ML17159A326

Proposed Tech Specs Re Removal of Fire Protection Program

ML17159A326
Person / Time
Site:	Susquehanna
Issue date:	05/12/1998
From:	PENNSYLVANIA POWER & LIGHT CO.
To:
Shared Package
ML17159A327	List: ML17159A326 ML18026A494
References
NUDOCS 9805190204
Download: ML17159A326 (83)

Text

ATTACHMENTIII to PLA-4902 PROPOSED TECHNICAL sPECIFI'C'ATI'oN'cHANGE REMOVALOF FIRE PROTECTION REQUIREMENTS 9805f90204 9805f2 PDR ADOCK 05000387 P PDR

l r~osx LllIITINO COITIONS FOR OPERATION ANO 5UNVKILLANC j'Rf UIR&fN'5 SECTION 3/4. 3 [N5TRUHSITATION 3/4.3.1 REACTOR PROTjCTION SYSTQI INSTRtNNTATION............ 3/43 1 3/4.3. 2 ISOLATION ACTUATION INSTRlNNTATION.................. 3/i 3 9 3/4. 3. 3 9%NaKNCY CORK COOLINO SYSTN ACTUATION INSTNLNENTATION...................................

3/4. 3. 4 1

RECIRCULATION A~ Jfecfrcu1atfon

~ P~ TRIP ACTUATION INSTRQlfNTATION Tt'fy Systsa Instrmentatfon..

3/4 3-ZT 3/4 3-36 Kn4-of-Cyc1e Recfrcu1atfon Puep Tr fy Systee IgstgvQhtatfono ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 3 40 3/4.3. S REACTOR CORAL ISOLATION COOLIN SYSTKN ACTUATION INSTRlNSITAT ION.................................,.... 3/e 3~48 3/4.3. 4 CONTltdL ROO SLOCK INSTRNKNTATION.................... 3/4 3~51 3/4.3. 7 NNIT01INN INSTRQCNTATION Ra4fatfon Nonftoi'fnQ Inst~ntatfon................. 3/4 3.S7 Sefsafc NmftorfnQ Instrwentatfon....,.............. 3/4 3-61 NeteomloQf cal Nonf toHnQ Inst~ntatfon............ 3/4 3 $ 4 leoote Shut4ae NmftorlnQ Instrmantatfon...'........ 3/4 3 67 Accf 48'Nf toFf nQ InsCF~tatf ont ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 3 70 5 olfco RanQN IINftolso ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 3 74 T'NvofsfnQ In CoN Ms SysCNo ~ ~ ~ ~ ~ ~ ~ o' ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3l4 3 75 Chloe!ne Detectfon SysCNo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 3 71 RaHoectf w Lf~f4 Effluent NonftoHnQ InstfsNtatfone ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 3 el RaCfoectfw Oaseow diffluent NonftoHnQ nsCNsltatfLo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ i ~~ ~ ~ ~~ ~ ~~~ ~ ~ 3/43 0 L'oose )aFC Detectfon System o ~ ~ ~ ~ ~ ~ ~

i' ~ ~ ~ ~~ ~ ~ ~ ~ ~ ~ ~ ~ ~~ 3/4 3 $3 3/4.3. N 8 I4 OVQSi% NTNCTINl SYSTIL ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3l4 3 54 3/4.3. 5 SCNDWmanSIS meum Va& SYSTEM aCnSTINf 3/ 3~5 INSTNNATIN. ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~4 ~ ~~

L ZITI~ CONDITIONS FOR OP RATION AND SURVEILLANC'P UIR~iNTS SKCTiN P46i 3/4. 7 PLANT SYST95 3/4. 7. 1 SiRVICK WATKR SYST95 Resjdua1 Heat Rcmova1 Service 'dater Systii........... 3/4 7-'.

Bergency Service Mater Sys~....................... 3/4 T-P.

J1tfaata Heat I

Sfnk................................... 3/4 7-4 3/4.7.7. CONTROL, ROON EMERGENCY OUTSIOK AIR SUPPLY SYSTEM..... 3/4 7-5 3/4.7. 3 %ACTOR CORK ISOLATION COOLIE SYSTBI................ 3/4 7-8 3/4.7. 4 S NUSaSRS............................................. 3/4 7-'0

'3/4.7. 5 Swum SOURCE CONTAMINATION............'........,..... 3/4 7-14 FIaa SuPPRKSSION SYSme Ff press ion star Systca..................... 3/4 7-LS Spray and Spr ar Systea............. 3/4 7 5 CO g

SyaCos o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ o~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 7-5 Halon SyaCN$ ~ ~ ~ ~ o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 7-22 Ffre Hoaa 4nio ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 7 Z3 f)re Hydranta and. Hydrant Hoae HONaao ~ ~ ~ ~ ~ ~ oo ~ ~ 4 7-5

~ ~ 7 FIRE RATES ASSBOLIES.........'. ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 7 3/4.7.8 NDI TllRI~ BYPASS SYSTBL.......................... 3/4 7-~ l8 iaendsant !rc.1=

l l ENOEX BASES SECTZN PAQE ENSTRUHENTATEON (Continued) 3/4. 3. 7 MONITORING ENSTRUHENTATION Radfatfon Nonftorfng ?nstruaentatfon............ 8 3/4 3-4 Seismic Monftorfng Enstruaentatfon............".. 8 3/4 Z 4 Meteorologfcal Monitoring Enstruaentation....,.. 83/435 Reiote Shutdeen Monitoring Enstruaentatfon...... 8 3i4 3-j Accfdent monitoring Enstrueentatfon............. 8 3/4 3-=

Source Range Monitors........................... 8 3/4 3-5 Traversing En-Core Probe Systea................. '8 3/4 3-5 Ch1orfne Oetectfon Systee....................... ,8 3/435 Radfoactfve Lfqufd Effluent, Instneentatfon....; 8 '3/4 3 6 Radfoactf ve Gaseous EtfIuent Inst~ntatfon.... 8 3/4 3-6 Loose-Part Oetectfon Systeao ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

~ ~ ~ 8 3/4 3 8 3/4.3. 8 TURbINE OVERSPEN PROTKCTIN SYSTBI............. 8'3/4 3-7 3/4.3. 9 FEKSQTER/MAIN TURbINE TRIP SYSTBI ACTUATION NSTR$ %iITATIONo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 8 3/4 3-7 3/4.4 REACTOR COOLANT SYSTBI 3/4.4.

3/4.4.R 3/4.4.3 l REC IRCllQTIOII SYSTSIo SAFETY/RELIEF REACTOR

~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ y ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

VALVESo ~ ~ ~ ~ ~ ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

COOLNlf SYSTSI LEAXAQE

~ ~ ~ ~ ~ ~ ~

8 3/4 4 1 d3/li 2-Leakage Oetectf on Systees..........;..........;. b 3/4 4 R ratfonal Leaklgeo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

~ ~ ~ ~ ~ ~ ~ ~ ~ b 3/4 4 R ii b 3/4 4 R 3/4.4.4 CH SIISTRfo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

3/4.4$ SPECIFIC ACTIVITYo~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ b 3/4 4 3 PSSLlRE/TSIPNTURE LQIITSo ~ ~ ~ ~ ~ ~ ~ ~ o ~ ~ ~ ~ ~ ~ ~ ~ ~ o ~ b 3/4 4-4 NI

'/4.4.4 3/4.4. j NIII STENI SOLATIOII VALVESe ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

~ ~ ~ ~ ~ ~ ~ ~

b 3/4 4-5 b 3/4 4 5 3/4.4. 0 >PICTURAL INTNITYe ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

b 3/4 4 5 3/4.4.9 SINIL OT NNVALo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

~ ~ ~ ~ ~ ~

ieoehont No.

0

'BASES 3/4.7.1 SERVICE WATER SYSTEMS........,.............~....""........... 8 3/4 7-1 .

3/4.7.2 CONTROL ROOM EMERGENCY OUTSIDE AIR SUPPLY......--"""....-...... ~ .."..-............. 8 3/4 7-1 3/4.7.3 REACTOR CORE ISOLATION COOLING SYSTEM....."...... 8 3/4 7-1 e

3/4.7.4 SNUBBERS...................-............................................ 8 3/4 7-2 3/4.7e5 SEALED SOURCE CONTAMINATION.......................,...... 8 3/4 7-3 3/4.7e6 ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ eeeee I

~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~~~ ee ~~ 8 3/4 7 3 3/4.7.7 ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ee ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ee ~~~~~~~~~~~~~~~~e 8 3/4 74 3/4.7.8. MAIN TURBINE BYPASS SYSTEM.................................. 8 3/4 7-4 3/4.8.1, 3/4.8.2 and 3/4.8.3 A.C. SOURCES, D.C. SOURCES and ONSITE POWER DISTRIBUTION SYSTEMS.....~......,... 8 3/4 8-1 3/4.8.4 ELECTRICAL EQUIPMENT PROTECTIVE DEVICES......,.....B 3/4 8-3 3/4.9.1 REACTOR MODE SWITCH............................,............... 8 3/4 9-1 3/4.9.2 INSTRUMENTATION................................................... 8 3/4 9-1 3/4.9.3 CONTROL ROD POSITION......................................"-.. 8 3/4 9-1 3 /4.9.4 DECAY TIME...;:......................................................... 8 3/4 9 1 3/4.9.5 COMMUNICATIONS..................................................... 8 3/4 9-1 3/4.9.6 DELETED 3/4.9.7 CRANE TRAVEL-SPENT FUEL STORAGE POOI..",............ 8 3/4 9.-2 I

3/4.9.8 and 3/4.9.9 WATER LEVEL - REACTOR VESSEL and WATER LEVEL - SPENT FUEL STORAGE POOL................ 8 3/4 9-2 3/4.9.10 CONTROL ROD REMOVAL............................................ 8 3/4 9-2 3/4.9.11 RESIDUAI. HEAT REMOVAL AND COOLANT CIRCULATIONe ee~~ ~ ~~~ ~ e ~~ ~ ~~ ~ ~~ ~~~ ~ ~~ ~ ~~~ ~~ ~ ~~~~~~~ ~ ~~ ~~~ ~ ~~ ~ ~ ~ ~ ~~ ~~ ~~~~ ~ 3/4 9-2 8 3/

SUSQUEHANNA - UNIT 1 XV Amendmentwo. ~ 9 )

INOKX L'ST OF TABLES Continued TABLE

4. 3. 7.4-1 REMOTE SHUTDSHI MOHITORIHQ IHSTRUHENTATION SURVEILLANCE REOUIRENEHTS ...............'.......... 3/4 3-59 3.3.7.5 1 ACCIGEHT MONITORING INSTANENTATION ............... 3/4 3-71

4. 7. S-1 ACCIDENT NOHITORIHQ IHSTRUNENTATION SURVKILLAHCE 3e REQUIREMENTS ...................................... 3/4 3-73

3. 3. 7. 10-1 RADIOACTIVE LIgVIO EFFLUENT HONITORI%

IHSTRUNEHTATION ..............-.................... 3/4 3 82 4.3.7.10 RADIOACTIVE LIQUID EFFLUENT MONITORINQ 1'.3.

lHSTRUNENTATION SURVKILLANCK REQUIRENENTS ......... 3/o 3  !!i

7. 11-1 RADIOACTIVE GASEOUS EFFLUENT NNITORINQ INSTRUNKNTATION ................................... 3/4 3 83

4. 3.7. 11-1 RAOIOACTIVE GASEOUS EFFLUENT NNITORIN INSTRQ%NTATION SURVEILLANCE R@UIRENENTS uS 3-SO 3.3.9 1 FKE9lQTER/I%IN TlJRSINj TRIP'YSTEN ACTUATION INSTMNTATION e ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 3 95 3.3.9 2 INSTRLNRNTATION SKTPOINTS ..;............" ". - ""

FKKGMATKMQINTURBINE TRIP SYSTBI ACTUATION 3/4 3 97

4. 3.9. 1-1 FKKSQTEN/i%IN TURSINj TR!t SYSTGI ICTUATIN INSTRQ%NTATIN SURVEILLQICj RE+IIRKNoNTS e ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 3 98 3.4.3. 2-1 REACTOR COO LAIT SYSTQl NjSSURE ISO LATIN VALVES ~ ~ ~ 3/4 4 9 REACTOR COOLANT SYSTQI CHQIISTRY LINITS ~ ~ ~ ~ ~ ~ ~ ~ ~

'o'o ~ 3/4 4 12 3.4.4 1 4.4.5 1 NINWY COQUET Sf ECIFIC ACTIVITY SNOLE NO 3/4 4 15 NLYSIS PROQRHI ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

4.4.5.1.3 1 RflCTOW VESSEL NATNIAl. SURVEILLANCE JROOaNI- 3/4 4 20 CTNNIL SOSIJLj ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

ISOLATIN VAloVjS ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

3/4 5 1$

3.6.3 1 PRIMARY CONTAIISIT

AUTNATIC

~ 3.5.5.2 1

~ ~ ~ SECOlONtY CONTAIl0%NT'VNTILATINSYSTQI ISOLATIeI VERS ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

/ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

~ ~

~ ~ ~

iaen&ent IN. Q

. SQQUENNON UNIT 1

\

INST'TAT ON FIR CTION INSTRlNCNTATION LIHITIN CONOITION FOR OPKRATION 9/4.~.1g b8&TC'D

~ ~

zectfon zone 5nerA fn Taole 3.3.7.$ 1 %nell be OPKRAILK, aPPL ILITY: Nenever equfeeent protecte4 by the f'fre Cetectfon <neer

>a ."equ> to Oe OPKRAILK.

'AC~.ON:

fifth the

<nsz~nts n~er o OPKRAILK f~t PKRAILK Sf'etectfon fnstrueents less of Tall ~ 3.3.7.$ 4 an the Nfnfm~

Qfthfn l hour, fifth the fnoperabl lfsh a ffre mtch pet fnst~t(s) at 1 to fnspect the zone(s) tsasfbl once per hour, unless the fnst~t(s) fs loca fnaf4e an f ~ zone, then fnsoect the aree surroun4fng fneccess e zone at least once per hour.

b. The prorfsfona of Specfffcat 3.0.3 are not applfc&le.

SuaVHLLANC RK IRIfENT 4.3.7.%.1 Koch of the tequ)re4 ffre 4atectfon t~nta rhfch are accssafble ArfnN operatfon shIH be ~natrste4 0 LE at least once per 5 eonths by oreance of a ClfANIIL RICHONN. TKN'. 4stectora rofch are not access e ~no edt operation shall be 4aaonatn PKIAILE by the

~ xceeofng per/or@ance a ONISL RECT?ONL TEST 4urfnfN sech 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> eaa perforee4 fn the prevfow i mntlta.

COLO 4.3 .%.2 The sem<~ c4teu5ta smrvfafon assocfate4 ~th the 4e tm of each of the ahem reqs)re4 fire 4etectfon fnscneents shell be 4eeonatrete4 OPNAIlf It least once pa 4 moths.

F R Of. cC..ON '.NSTRtN%ÃTIT'ON N S OOKM e

FTRC HfAT lONQITTON 5 ?C

~OX ROOIa OR ~RE ~A ~N N. ~TOTA QN. T A ntV.

CohcM u< l4$

4 240 0 2' PIC Relay Rooe 4%'~L'.

ISO'~L>>

54 27 4 2 2SC 4aet Cai t Soteeel Nl 4+et Cable Spteeotwe ~ 714'M 2O ZO wi t

Conctel M

~tInnet Rt. Vn)C 7~L~ IS Coitrel Woes OInalet nt. un5t 2)>> 72m l <<L>> W 1

Gmctel Gee 75' IN N N1'l NI Co~~I Rm <~ Cig>> 7 <<L>> IS IN Upset Cail ~

~'

~ gytewfng Nile Syteadng W W~L>>

gy 4! 5 4

0 27m gypsy Relay Reoa 4 2 L 0 27% POCC 75lI~L>> a D-0 2N sateen Gee m'w IN. IN 'L j 0 20L 0 COI 0 2 laeceW %em Saaesy aaeeea aeea

~ 772M m'M m'w IN IN IN IN IN L L

L L

0 2N laecae Qea m'w IN IN '

0 ZLl leeae IN IN L L 0 RN lathe m'w IN L 0 CV 772M IN IS L L 0 2$ S SNa m'w IS. IN L 1 0 20C RNS m'w IN L L eatcae 4ea-- m'w L' 0

0 2

2' eaceow ~ m'w IS IS IN L 'L

<<Nlf L pggghonC Ne

TABLE 3 > 7 9-'C~ntfnuog)

FERE OETECTTON iNSTRlNENTAT ON iVS UMENT '-QCAT.CN rN~i. UMENTS OPEÃA8 F.RE Agg&Q NEAT ~

PNgQ w&fl e eoeoeo lGHK OON QR AREA Ni a'ewe 5 e ~

Ef TOTAL '~IN. "ALM.. + 'i + ~ '

22A 3-268 Ff, r Area iN'" NA VA 729 i + g>>

VA'A South Cab i ~ Chase VA IVA ~ ~

O-25C Cantor 1e Chase 729'1" VA VA O 265 Nor 0 Cab Chase 729l~g>> NA NA VA Vg ~

0-258 Vostfbule 729'-V iN NA VA VA, 4-25G .- Shfft Office 729'" NA NA VA 0 25J Vestfbu1e 729'.-1" VA 4 NA 0-N Soffft 729'" NA 4 2 NA VA VA 0 25N Control Rooe Soffft 729'" NA iVA 2 I VA VA 0-251 Control Rooe Soffft 729 i <<1>> N NA 2 NA VA 0 25R Sorfft 729 I >> Nl Nl 4 2 NA VA 0 25$ South CahIe Chase <<1>>

7 1 1 NA N NA VA 0 25T Canter Cable Chase s 1>> 1 ~

1 N Nl NA VA 0-25V North. Cah1a Chase 7 1>> 1 1 N N NA VA 0-27F South Cah1e Chase 7@I ~ '>>

1 1 N Nl N NA 0 27G Canter Cahle Chase 754'>> 1 N Nl NA VA 0 27H North Cahle Chase 7@I <<1>> 1 N N Nl .VA 0-28A Equf peant Rooe m'w 4 2 NA vl

,0 2N Kqufpeant Noae 77ll 4 2 N NA 0 2N Ropaf v'hay m'-0w N 2 1 N 0 8P South Cshle ~ 1 -1 Nl N N VA 0 2N NorCh Cahl Chase 7TL'M 1 1 N. N' N NA 0 29$ HQt fquf t Raoe 713'M N Nl Nl vl Oi30A HVAC fpeant Rooe 8N'M Nl N 20 10 N VA 4 251 So Cahle Chase ne'-0'o'm ,1 1 N N NA 0-25C C r Cahle Chase 1 1 N N N NA 0 250 rth Cahle Chase ni'm 1 1 N NA N  !IA 0 2 Center Cahle Chase m'-0'2%'" 1 1 N Nl 0-25 0peratfonal Support Canter Nl N 1 3/4 3 71A

FIR OETECTjON tNSTRQÃENTATTON NS, RtlNEVT LOCATION NSTNlNM'S OPKRAIL~

0 <<Q<<

FIRE HEAT -OCZATiON eo<<e<<p<<f Qfo I 'I o<<

~MR ROC)I hR KOREA Mill.

TOYOTA ~QTl /TAN

\

b. leal yr 8uf1df ~

YJ I IA Core Core pray Pulo Rooa P~ '"

445'" Nl Nl

'Nl 5 M1 ~A I IE RH1 iM P~

S Peal ay da Rooe 64$

641'M 645' Nl'l NA Nl 4

Nl 11 NA 7

l<<gl'Q Ro Nl Nl NA NA RCIC P~ Ro Ql'M 2 I NA NA I IC HPC! P~ Roea 641'M 2 .

Nl Nl 7 I II Sue> Rooa 643'M Nl lN 2 I Nl Ã1 I<<S Access Area 670' lN 7 NA I 5A Fue) Pool Pueos an4 7%'i Heat &changers NA IN 22 11 R~te Shutdown Panel Re. Nl 2 I NA I 4C 7'N I W'A hdtchNear Reoe . NA 2 N1 I 40 Sef chgear Raa 2 I Nl N1 I 4A ContafmeC Access Area 7IS'N 27 14 4 2-IP LoaC CeCe Sea W 2 Nl Nl I 50 Loo4 Center Sea V'4oi-I'70'W 2 I Nl NA I 2A Access Area IN 7 4 Nl N1 I 3A Access Area 5'M IN 7 Nl I '31 Reals Area . 5'~ IN 12 I Nl Nl I 3C 513'~ IN IN lN I3  ?

1<<45 lfye 1ene foo hxe '@i gP IN I Nl Nl I 40 safn S jfpfnI nSi-Ie IN NA 151 Val Access Area 7C,'lP lN .

I 50 Sctw~rs j

hays Heat 74)I ,12 6 I 5i Penetratfon Noel 74/< I+ IN lN IN NA 2 1<<Q Access Area +I<<1+ IN IN 5 5 I-it fuel Poelfng Hol4fng Jeep 77%' IN IN IN Noce

TASLE 3. 3. 7. 9 'Contf nues)

EIRE OETECT ION INSTRUMENTATION

.IN LOCATION INSTNNENTS OPERASLE fIRE >MOTO

~ON 0ÃN ON AREA HEAT IONI~T;0 EL:CTR-C

~TOTA NIN Reactor 8ufId Contfnued)

I 6D H4V E font Room 779'" NA.

I 6K Recfreul fon fans Area vA 77%'-I" 0 5C Surge, Tank aul t t vl v 77$ NA NA I 7A HCV fan and 2 vA Fflter Rooms 79%'" 21 0 8I 13 a Refue1fny Floor aIS'-I" NA NA NA C.. ESSM Puathouse 0 5I Pusp Rooo QS'-5" ~ ~

0 Q Peep Rooe tA INfQ~RED (FVHK)

TgT~AJIIN.

Dfesel Generator Sufldf QS'40'n'2 0 4IA Dfesel Generator Rooas Dfesek Cenerator M4 II 2 1 N 840'M On'm Ii 2 I Df esel Cenerator N' 0 41'f esel Cenera Rooms en'O" 440'M m'-0'2 23 I2 11 2 1 IONIZlTIC

>t.

7 Cenera r Su474f

~TOTA

~M N'-e Df Canes ator Roose 454 .. i7$ '>>

708'~

NA 1 IS 3

9 2

and N NA Nl Nl No aecassfhle.

CHION NP 1 3/43 Aeenchont No- g

ai Two OPNAlLE fire suooressfon Oma. one electric eotor orf ven sno one ofesel orfven, eacn wf th a caoacfty of 2500 NN, wftn their ofscharge alfie! to Me ffre suppression heaCer, At ast ceo seaarate wter suoolfee, each with a afnf =ansafneo vol~ f 300,000 gal1ons, ano C Two NENAl low oaths caoaa1e of takfng suctf f~

the following: 4 Unft L cooling tower naif, (k) Vnft 2 cooling any ~ of

ower basin, (3) ariffeC wter storage . ane transferring:he Wter threugn CfStr tfOn OfOfng with LE SeC:fenalftfng On~ml or fsolatfon valves Co yacht euro valves, the 1ast valve ahead of Ne wter flee a ro 4ev on each sorfniOer or hose stanoo>oe system anC

~f~

an4 tha last valve ante4 of 3.l.d.d u Oe QPK. r legs valve on seen deluge or soray Soecfffcatfona 3.7.4.2, 3.7.5.5, API CAQI At all tfees.

@TIN:

ae fifth one fnOpe 1 re ~ andlor one of the above nquf

~, reetOre the fneperail ~ Oqofyeent CO 0 or Provf4o an alternate bacloo P or s~ly.

water seylfes Statue withf, provisions 7 s

~ffcatfon 3.0.3 are not apylf~le.

fifth No faire <<ypresafoca water system otherwfso inoperable hours.

~ stall)sb 4 bach~ ffro sWyresafon water sys~ <<f thin 2i nt No.

RSgUCHIN4 lN?T 1

7 0

4. 6. l. I The ffre suppress<on ~atsr systaa sna11 .e camonstra.sd .P=..i'3':

At Ieast once per 7 days by verffyfng t1e efnfeua cancafneo supply vol use. ~a- r least once per 31 days by startfng Ne eIK r c Ilotor van su rec ressfon pew and operstfng uIatfon f1'. ft for at least 15 xfnuts on Co At Ieas once per 31 days by verffyfng Oat'ace va e, lallua:, '<<o.

operated r a+eat'.c, ln one flee patn fs ln fts rrec::os'..=.-..

d. At Ieast on per.12 eontns by perforianca of sys~ .Iusi1.

~s At Ieast once o 12 eonths by cyclfng tach astanle vaIve '.n .ne fin patn throug at Isast one cospIete i~ of fu11 travel.

At least once per I vnfcn fncIudes sfaula nths by perfore autoeatfc a system fuhc fonaI tfon of ae 4$

sys~:orcus;.out t

fts operatfng sequence, o:

Verf fyfng Chat each a c valve fn the . ee path achates co fts correct posftfon

2. Verffyfng that each f s ressfon p~ develops at Ieas 2M0 ye at a sys ead o I25 psfg, Cyclfng each val fn the flee th that fs not tastabI ~ durfng plant oyeratfo rough at least coeplete cycle of fuII trawl, and

4. Verffyfng to mf t each ffre supyressfon p n the ffre supyressfon eater starts sequentfaIIy stes pressure greater than o equal to N psfg.

At lout e per 3 years by perforefny a fler t~ *of the systea fn acco fifth Chapter 5, Sectfon 11 of the ffre tectfon Handbook.

14th tfon, puhlfshef by the Natfonal Ffre protect n Assocfatfon.

4.7.$ .1.2 Cfesel drfven ffre suyyressfon p~ shall be deeons ted OPBABP:

t least once per S days by:

1~ Verffyfnl the fuel storage tank contafns at least 250 ga Ions-of fuel.

2. Startfny the 4fesel drfven ~ tree aabfent condftfons operatfng for greater than or equal to 30 efnutss on reef rculatf on fier.

an@

I I >>

SURVELLUNCE %KCVIRB/KHTS ~C ntfnued)

At leaSt OnCa per 92 dayS by verffy<ng that a Saae> ~ Of Cfe i foci troa Ne fuel storage tank, obtained $ n accordance <<f w A . g2.."- =.

fs ~4thfn 'ie eCCaytable lkakts specified $ n Taole of SW'97>>- ,

en checked fol'fscosfty, water and sedfeent t

co At 1 In acc t once per ZS eonths by suhfect'.ng t'ie ok' ce with procedures preyared fn confu ,on an 'ns-ec:i=.-.

.~i:n  !:s eanufacw r's recaaaendatfons for the class service.

4i 7e $ a go 3 The Cf esel d ven ( <re QLCl df esel stat Q 24 (ol t Qa'c+4f ] e4sai and charger snail be oaso craters QPQhjl5:

a. At least once per T ys by verffy4 that:

1. The electrolyte lev of pf1ot call )s aoove se y'.ass.

2. The pilot ce11 spec)ff vasty, correct a 77 F., ls pea:e>>

than or equal to X.

The overal1 ba ry voltage 3 tar than or equal w 24 ~o"~.

At least once pe 2 days by veRfylng the soecfffc grav<".g '.s b.

appropriate fo conNnued service of ~ ttary.

cs At 1east o r per LS aonths by veri~no tha call and battery tacks shte no visual 3 t$ on of physfca7 or ahnorial detarlorat)on, and Terefnal connect)one are clean, tfgtC, free of co fon and coated Hth antf-corrosion aatertal.

s 180ndient W

~ NIT?

SPOAY ~NO SPRINKLER SYST~

L lTTNI COHOTTTON FOR OP RATION 3.7.6.Z e tollovfny syray and syrfnlalar systaes shall ho OPQA4 RC P~ Rooe, Unft 1

a. HPCZ Rooe, Unft 1 C>> Uyyer C e Spreaofng Rooe, Unft 1 Lover Cubi ~ raaofng Rooe, Unft 1 o>> Ofasel Caner a A Rooe Of asel Ocher ator Rooe Ofasel Cinerator C Ofese'l Generator 0 Rooe ffre Zones L 3A and L-3I Ffre Zone 1 4A Ffre Zone L Q Ffre Lone L ZI Rre Lone O 2%

Ffre Lone 0 4>> Ofesel Oeno r I Suf lani, tfre Zone 0 4 APP Cli r equfpeant yrotecte4 by tte syray or syrfnklar s veau to be lPCRNLL .

1gggN.

Nth one or mme of the abele reqofrK syray anger syrfnlL systaea fnoyer&le, vfthfe 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> astailfsl a contfnuous ffre vote th boch tfre smressfoe efpeent for these areas fn vefcb t, systems or c~neAs could be Omega; for other areas, estl ae heetly ffre vetch yetrel.

jeansit Ne.

yap i gCK Ctgggg c~g a.T.d. Etch of the above ~@fred spray and syrfnkler'ystaas shall be gsaonstra OINAILX:

a. At t once get $ 1 days by veH~ag that yeeor

.yosftfon.

ratac or avtoaatfc. fn the f1'atheachfs valve, fn f vol, orrec.

At least once t?2 NN tao le valve fn Me rlO ~th tnrO it eonths leaat by cyclfog One eaeplete Cyel ~ r t~l1 travel.

c. At 1east once yea TS Iy year,orefng ausoaatfc a sy ac~tfon of teetf

~o ~

test &fch fnc'.uces sfeulacao a) Ver!any that the fc valves fn t1 ~ thos oath acute te thefr rFOCt ftfon$ 00 a %st sfghal, 4ll4 b) Cyclfny e valv~ fn the fToe th that fs not tastaule Cutfng of Oui 0

travel.

oOeratfon through at one ~leta c~le

2. Sy a v 1 fnsoectfoe ef Oe Cty ape spray sorfnkler to verity thNr fncagrf+, ant a vf ma1 fnspectf on ef ecch %1uye needle' ayny to verfg that Oa Syny pattern fa net OOaMeaet.

At least oeei pa 3 years by yerf~ay.as air e N MANN 8 IIIl

~

through each apea heat spray an4 syrfna1e header ee verlfyfni each l

Roe test

L N TING CONOIT?ON5 3.7 3 >e roll~fn0 lw pressure COt s s ees shall be OPERABLE:

a. Control Rooe Under Floor, Unft 1

b. Control Rooe Unaer Floor> Unft 2

c. r R ~ lay Rooe, Unit 1>

O. Up er'elay Rooe, Unfed 1

~. Sou Cab 1 ~ Chase

f. Conte Cable Chase

g. North 1 ~ Chase

h. Rom C- Soffft Control Control R

Ro Soffft, Unft Soffft, unft, l

2 rendu)rqo'~

k. Rooe C-a12 S fft fifth A)ILLCAIILITY: Henever fpeent protecte4 by CO2 systaes is ACT:OM:

ae 'lSfth one or core of above re4 CO2 systees inooerabl ~, vitni~

I, hour establfsh a cont f re vetch backup ffre suopres-sfon tqufpeent for those a fo Wfch re4undant systees or coe-yonents coul4 be daeage4; other areas, establfsh an hourly fire awatch patrol.

b. The provfsfona of Specff catA 3.0.3 are not applfcable.

SUNVEIL RE IRE%ÃT5 4.7.d.3.'1 Each of the abov nqufre4 let press C02 systeea shall be deaoa-

~r strata4 Of%IAIQ at leaa once per 31 4aya by ver fno that each valve, eanual operate4. ot 4.7.0.3.2 IaS ef tfc, fn the floe path fa f fta correct posftfon.

abave reqvfre4 los pressure CO systems shall be daaonatrata4 OtNAI

a. At I once pet 7 4ayl by varffyfng the CO2 s raQa tank le"el be ter than 25% an4 preSSure tO be greater th 270 PSfl. an'S

b. A eaat once per' eontha by:

Verf~ng the system valvea an4 assocfata4 ventf1 fon autoea oaeoers an4 ffre 4oet release mchanfsea actuate eanually

'n4 tfcally, upon recefpt of a sfmlata4 actuatfon sfgna "

2. SToe Test.

f~ each accaeafhle nestle by perforeance of a Ihl

L ITINQ CONOITION FOR OPERATION 3.7,6.4 e Helen systeas in the following panel eodules shall with the St age tankS haVing at leaot 95X Of full Charge weight beandOPERA 9 Of fu11 charge p ssure:

LU700 IU701 LU702 1U703 lU704 lU705 LU706 LU730 LU73l lU732 APoLICABILITY: Mhenev equipaent protected by the Halon sy eas is required L

4C. ION:

a. Mith one or sore of t above required H on systeas inoperable, within "l hour estao1fsh continuous ff ~etch vfth backup fire suppression equfpoent fo those areas n Wfch redundant systeas or components could be daaag f'fre watch patrol.

for o r areas, establish an hourly

b. The provisions of Specfffcatf 0.3 are not applicable.

SURVEILLANCE RE UIRENBITS 4.7.6.4 Each of'he above red Halon systeas s 11 be deaonstrated OPERABLE.

a. At least once 31 days by verffyf that.e valve, aanual, power opera or autoaatfc, in the ar path is fts correct position.

b. At lees once per 6 aonths by verifying Halon storage k might and p ssure.

C. A east once per .1$ aonths by:

1. Perforaance of a flee test through accessible headers and noules to assure no blockage.

2. Perforaance of a functional test of the general alara cfrcuit act associated alara and interlock devices.

Ql+UEHANA NO 1 Aaen&nt No'2

N CCNOlTTOll WON OPERATION 3.l. d. The ffre hose statfons shan fn Table 3.7.5.5 l shall oe OP/

APoLLCAS 7V: Nenever oqufpeent fn the areas prOteoted by the t< hose stations rocufred CO be OPERAlLE.

ACTTON:

'Nth 0 or'ot ~ of the'f"fre hose statfonS Sholn n Table 3.7.i.g~l

<noOeraol route an aooftfonal ffre hose of 1 or griater atametI.

to the un'ee~ area(5) froo Ql OINAILC e statfon <<ttnfn l le ffre hose fs the prfeary ans of ffre suyorass!on;

<r the tnoye otheMse, rou the aooftfonal hose wfthf gi hours.

The provf sfons of fffcatfon 3.0.3 not ayylfcaule.

SURVKIL, l%8l8P5

\

i.l.d.d fach of the ffre hose statf fn T&le 3.T.S.S l shall be cmanstraced OPQiSLE:

AC least onc>> pet 3l days a swl fnsyectfon of the ffre hose statf ons accassfhle durf plant raNon to assure all requf rect

~ ydyoae fs at the s fon.

At least once yes l eonths by:

Vfsual f fon of the ffre hase fons not accassfbl ~ durfeg ylaa foe to assure a)l reqefn4 yaent fs at the statfon ReeeH the hase fm fnsyectfoe an4 re r fno for all ffre hose scan y 4'.

fni a)3 gaakeCs an4 reylacfni any %as~ fn caylfnla far all f'lre hose statfons.

l~ once pop 3 years ~i L IetCfa)ly oyenfno each hose statfoa valve to verffy val VSMMTY eH ne floe bluchaie.

2. C4&sctfne a hase hydrostatfc Ca& at a pressure of QO yressu yoffe r aC least $ 0 ysfi where the ~faa ffre eefn oyeratfni

&fchever fs greater.

lMlNSInt llew

F~RK HOSE STlTIONS astrol TIQ 5 Structute K1. 697'" LS 697'-0" L 32 NrlTI itI <<0N rgb I

'L 3l 2i i Idi f ~

2HNiI62

~JRig8 E1. 72$ r0" l;25. 9 El 725'r l 32.l 2HR idd E1. 754' L, 2i ~JO Ud 754'" l Q 28% Ud ~

E1. 7

77l' 0" l L 3X 21 IHl I2S 2HR DS E1.

Reacts rr Su<14 gl 645i rgi 8 25 IHR RTL K1.

~

645'" 0 20.4 9% 272 ue-273 ae'0" 2R E1.

E1. 645'"

U R 37.4 2HI m E1. 645'" u-30.5 gw 272 E1. 645 "0" 0 30 2HI 273 D. 670' 0 Q.S IHI 25I 670'-0 l8% 212 El.

El. og IHI 213 Kl. 670"0'NN'M .5 ~251 Kl. .I IHI 252 IHI 253 Kl.

Kl.

6N'

~i g]$ i'41 IHI Kl. S fl.5 242 IHR-2i3 Kl.

Kl.

TZS'-V 7+i +g>>

7@i ~I>>

4:a.

T 23.5 IHN IHR 2ii 2i5 Kl. IHI Sl Kl. 74%i P S ZT..5 Iii 231 Kl.

Kl.

Kl.

Kl.

745'iP 745'~P 7+i <<)>>

75'~3>>

4i S $ 7.$

&2L5 S-2LS iHR 232 iN-233 IN 22K 38222 Kl. III.223 Kl. 75'~l>> 0 CS ZN 224 Kl.

Kl.

Z5'~3>>

72%'ii Qlg T Ll u-29.0

>2L5 iN-GX III 55 Kl. IHI IN

0. M-2@5 q-R.i QR 203 il. CI'enota Co 0$ tot I healng NrCh Staftwll Kl. 15$ 'W>> Noe SetN Stairwell Kl $ 54'M Neat Notth Stairwell 474'>> Neat Sech Stafvwll Ha'M Neat Neat North Sta(swell

8. 706'M 5etth Sta)swell

g. 7'M Neat peen~ No. Sl ollZ j 5Q 14M

NI CONOIT?ON FOR OP'EQUATION 3.7.4. Yard ftre hydrants IFHI2g and LFHIO4 and associated hydrsnt se houses stta l l be JQJQLE.

AP~'LICAI?LI hanover ecufpeent )n the areas protected by the srd !i~s hydrants >s fred Co be OPNAllf.

4CTIS:

ae With yard hydrante 1FHIgg aefjOr IFNIO4 Or SSSZC~atSO Qypr~Z hOSe housea raolei route sufffcgent ttonal lyons 4 hose or eoual greater emoter located h QQacsnt OFKMLE +orant hose house(s) to rovfde servtca to the rotacted ursa(s) rith$ n" I hour.

b The prov)stone of Spec fcatfon 3. are not aypllcabla.

a.1.4.4 Yard fCre hydranta etN aerated hydrant hose houses shall be demonstrated Of%RAILL ao At least onc>> per daya by visual 5 )on of the hydrant hose houses to aaaure t ~)re4 equfyeent at the hose houses.

At 1eaat once 4 mntha,,4urtnN Nuch. l or Nay an4 during 5tedset,. or llov~r, by vtaually l )no the yard fire hydraSta verl~nO that the hydrant barrela re dry an4 that the are net l8$+pdo Co At l once pes lC months bye C@04uctflN hose hydroatatfc teats at a pressure of psjy or at leait 50 pe)y Sero the m$ as Are cain operate pressure.

&chevet $ $ greatate lsy1~~t of al1 4egra4e4 gaslaeta tn cauyl1noa.

3. Nef~ni a.Am checla of ecch'ydrawt.

learnt Ne.

1 3/4.7.7 ~IN RATN ASSKNlLEES HITTN CONOITTON FON OPERATION ff re rated assaeb> f es <ncludf ny val ls, floor/ca f ) fags enCleaure end Other ffre barrherS Separatfng Safety re1ate4 Sf'eaS ~ arp, zy

~ 1 separatfny rttons of redundant systals fmrtant to safe snu vf tnfn e area all sea1fng oevfcas <n ffre rated asseebly oen rations.

fncludfny ffre rs. ffre wfndova, ffre daezrs, eall ~ and o)ng yenetrsc,'.an seals @no ventf1 fon seals snail be OINK.

~IIIII:

ACTION:

Nth one or sore the above reef ffre rated ass~lfes enolm seal fng oevfcas f riel ~, Wthfn estaolfsh a continuous ffre watch on at 1eas one sfde of affected ass~ly and/or

- sealfnq oevfce or verf the O) ILITY of ffre detectors on at 1east one side'of the f rab ffre assmly and/or sealing cavfca and establ)an an hourly ff tch patrol.

The provfsfons of Specfft f 3.0.3 are net gpylfcab1 ~ . l a.7.7.1 Kacb of the ~fred ffre rated lfes and sealfng devfcas shall be verfffed tP at 1east once pe XS by perforafno a vfsua) fnspectfon of:

a. The surfaces of each ffre rated asseOsly.

ffra vendee, ffre dasper, and assocfated harOsa least Q5 percent ef each type of sealed penetretfon. If apparent chaliss fs ~earance or abnormal deeradstfons are found, vfsual.

fnsPfee ef m addftfona) Ql percent of each type of seal p~LFaCfoa shell be cede. Thfs fnspectfon precesa shall nue uaC$ 1 e lO percent

~lcMl degradatfon

~1 fs

~ rfth found.

ne wearent Sables changes she)l by fn aoyearsnc selected such or t

web peetrstfoa All be fnspected every iS years.

Each of 4hove f'e+uf F44 8 Po loot'i 51al > e v ...ao P~z'Qg ':

Verf~yfng 'le p fon of tach loseC Coot at .tas once e.

24 boun.

VeH,yfng hat Coon rfCn a tfc .",olc-ooen anC w'.ease .-..e .-.an'c-..s ape ',~ee ot oostructfons )e once per 24 nours.

Vepffyfny Ne po on of each acket =. eo .'.w coo~ at .oj5 . a per 7 cays.

Vei f g "le OPoRASI4,iV of Ne fr@ 'ooor suoervfs

~

hays aa:y p orefny a QQlOKL, >~INC..CNl. ~EST at least once ,er aye.

tnsoectfny ue automatfc hold-open, ~lease ano c,oslng meehan:

ane latcnes at least once yes d mntns.

~ ~

VST1RMBiTAT:ON S~S S 3/4. 3. 7. 9 Warn) n f 1 fty f I avaf lao1e fat the pmmt detsctf on ef tf na. 7 404 bf1fty fs p~t roou detection ot .

aoufooent and fs an fntegral e 11 ~e ardor .to detect Nc 1ocate ffres fn tn 4e ootantfal f fn the tacf1 fry r.y stages.

ge to sat'sty-.~:scag If'rotac tan p'p0 Qriso

[n Ne event 'at on or the ffre de fnat~ntat'.on '.s

<nooeranl ~ , Inc the freOuenCy or f'fre ~tCn Oatre e af'.ec:IO areas fs rectgf yrovfde detsctfon caoaof1fty unttl the {nooeraole ~ntattan toreo a QPKQIILITY.

3/4. 3. 7. '0 QlDICl~8 L, ""IR.UBIT ? NWtLNKNTlTTOlI The rtdfoactfve 1fqufd etf1uant fnstrwentatfon f,s:yrovfded to mnftor

@no control, aa aoylfcahle, the releases of Iadfoactfve eatsrfals fn 1f.ctutO eff laments corfu actual or potantfal re1easas of' fqvfd eftlwnts. The alarm/

trfy seeyofnts for these fnst~ts shall be calculated fn accordance ~fch the yrocacurss fn the 00CÃ to ensure that the a1ara/trfy All occur prtor to excsedfng the lfefts of M CN part R. The'OPSMltlTY; and use of thfs fnst~tatfon fs consfstant fifth the requf~ts of Central Oesfgn Crftarfa M. 63 and 54 of'ppendfx A to IO CN tart 50, 3/4.3.7. NM ATT The ra4foectfve gaseous efflwnt fnst~tatfon fs provfded to aeftor and <<carol, as ylfcahle, the releasee of radfoactfve eatarfals fn gaseous

~ fRwnts durfni actual or yetantfal releases of gaseous efRwnts. The alare/

trfp setpefnta fOr these fns~aaltS shall be calculated fn accordam rfth the yrocadures fn the CN te ensure that the alare/trfp All occu yrfor to excsedfni the lf05ts of ZO CN tart 5I. Thfs fnst~ntatfon also fncludes provf sfons te maftorfni (and controll fnN) the concantratfons of yotantfally

~ xplosfve gas efxtures fn the ~te gas hol4up sya~'The OfCNSlQTV anC use of thfs fns~entatfoa fs consfstant Hth the nqofrmenta of Ceneral Oesf~ Crftarfa $ 0, A and $4 of Appendfx A to XO CN Part 50.

34 7. 0M? O ON SY The 4t%RNlLlTY of the locw~art datactfon systea ensures that, sufffcfant cm~)OCy fs avaf 1&le te- detect loose eetallfc parts fn the yrfeaty ex~ out-of and avofd or eftfgate daaage to prfaary system coeponants. The allovabl ~

recomenda servfce tfma and survefllance raquf~nts are consfstant Wth the tfons of'fegulatoty Oufde LES, ".Loose tart Oetectfon froym for the h feary System ot Lfght~ta~led Reactors, Nay LSOL

~ 3/4 $ H

PLANT SYSTEMS BASES II" The service life of a snubber is evaluated via manufacturer input and information through consideration of the snubber service conditions and associated instaliafion and maintenance records (newly installed snubber, seal replaced, spring replaced, in high radiation area, in high temperature area, etc...). The requirement to monitor the snubber service life is Included to ensure that the snubbers periodically undergo a performance evaluation in view of their age and operating conditions. These records will provide statisfical bases for future considerathn of snubber service life. The requirements for the maintenance of records and the snubber service life review are not intended to affect plant operafion.

3/47.5 SEALED SOURCE CONTAMIN TlOM The limitations on removable contamination for sources required leak tesfing, including alpha emitters, is based on 10 CFR 70.39(c) 11mits for plutonium this Iimitathn will ensure that leakage fiem byproduct, source, and special nuclear material sources will not exceed allowable intake values. Sealed sources are classified into three groups according to their use, with surveillance

.requirements commensurate with the probability of damage to a source in that group. Those sources which are'requently handled are required to be tested more often than those which are not. Sealed sources which are confinuously enclosed within a shlekted mechanism, Le., sealed sources within radiation monitoring or boron measuring devices, are considered to be stored and need not be teste4 unless they are removed from the shlekfed mechanism. 'I 3/47 8 Dl II e OPERABILITY'f the fire suppression systems ensures that adequate fire suppress cap ity is available to confine and extinguish fires occumng in any porthn of the facil're safety re equipment is located, The fire suppression system consists of the r system, spray and/or 'nlders, Caz systems, Xafon systems and fire hose sta The collective capability of the fir ppression systems ls adequate to minimize pot al damage to safety related equipment and is jor element ln the facility fire protecfion ram.

ln the event that porfions of the uppression syste re inoperable, alternate backup fire fighting equipment is required to be availab n the affected 'areas until the inoperable equipment is restored to service. Mlhen the ln le fire fighfing equipment is intended for use as a backup means of fire suppression, a 1 er pe of time is allowed to provide an alternate means of fire fighting than if the ino e equipment is rfmaiy means of fire suppression.

Xouriy Firewatch Patrols be completed once each clock hour. ivldual zones on the hourly firewatch patrol shall ured at inteivals (Le. zone A and back to zone f shty minutes with a margin of nutes.

A Co 'ous Firewatch must remain in the specified area at all times ind must patrol th uired.

zones in the specified area at least once per fifteen minutes with a margin of five minutes.

SUSQUEHANNA - UNIT 5 ...8 3/4 7-3 Amendment No.

Changed by letter dat~,JUN 11 1997

I PLANT SYSTEHS BASES The su lance require<<ents provide assurances that the OPNASILITY require<<ents of th suppression syste<<s are <<et. A ance is aade for ensuring a sufficient vo Halon in the Halo age tanks by verifying the ~ight and pressure of the In the event the corrective <<easures <<us fire 5 'n ~ater sy ken since thi5 syste<< p beco<<es inoperable, i<<<<ediate 5 the <<a)or fire suppression cap of the plant. The require<<ant for a four hour report to omission provides for pro<<pt evaluation of the accep ity of th asures to provide adequate fire suppression capability for 3/4 1.7 fire of a single fire involv

.extfnguish<<ent. The fire cable tr 3/4 7.8 NIN

<<ited. These design features

', e f re a fire viadawc, fire da<<pers, TQRSINK SYPASS SYSTEM

<<ini<<i and or to detection and ions for conduits; f re ty The required OPNASILOY of the <<ain turbine. bypass syste<< is consistent with the assu<<ptions of the feehvater controller failure analysis in the cycle specific transient analysis.

SUSQUEHANNA - UNIT 1 8 3/4 7-4. A<<end<<erat No. 64 C

IBIZSIkRtc "'l

c. A health physics technician shall be onsite when fuel is in the reactor.

d. All CORE ALTERATIONS shall be observed and directly supervised by either a licensed Senior Reactor Operator or Senior Reactor Operator Limited to Fuel Handling who has no other concurrent responsibilities during this operation.

8, Administrative procedures shall be developed and implemented to limitthe working hours of unit staff who perform" safetywelated functions; e.g., senior reactor operators. reactor operators, health physicists, auxiliary operators, and key maintenance personnel.

Adequate shift coverage shall be maintained without routine heavy use of overtime. However, in the event that unforeseen problems require substantial amounts of overtime to be used, or during extended periods of shutdown for refueling, major maintenance or major plant modifications, on a temporary basis, the following guidelines shall be followed:

\

1. A individual should aot be permitted to work more than 16 hours1.851852e-4 days <br />0.00444 hours <br />2.645503e-5 weeks <br />6.088e-6 months <br /> straight, excluding shift turnover time.

2. An individual should not be permitted to work more than 16 hours1.851852e-4 days <br />0.00444 hours <br />2.645503e-5 weeks <br />6.088e-6 months <br /> in any 24+our period, nor more than 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> in any 48+our period, nor more than 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> in any seven day period, all excluding shift turnover time.

3. A break of at least eight hours should be allowed between work periods, including shift turnover time.

4. Except during extended shutdown periods, the use of overtime should be considered on an individual basis and not for th ~ entire staff on a shift.

Any deviation from the above guidelines shall be authorized by the Superintendent of Plant-Susquehanna or hia deputy, or higher levels of management, in accordance with established procedurea and with documentation of the basis for granting the deviation. Controls shall be included in the procedures such that individual overtime shal be reWwad monthly by the Superintendent of Plant-Susquehanna or his dWyiMto assure that excessive hours have not been assigned. Routine deviation from the above guidelines is not authorized.

g. The Manager&uciaar Operations shall hold a Senior Reactor Operator license.

The health physics technician may be less than the minimum requirements for a period of time not to exceed 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> in order to accommodate unexpected absence provided immedfate action is taken to fill the required positions.

, SVSauaXANNA - eel S Amendmant No. >~7

BONIS ISTRATIVE CONTROLS RESPONSIBILITIES 6.5.1.6 'The PORC shall be responsfbl ~ for.

Revfee of all adafnfstratfve procedures and changes thereto.

Revfae of all proposed tests and axperfeents that affect nuc1oar safe~.

Revfar of all proposed changes to Appendfx "A" Technfcal Soacf.fcattons.'evfae of all proposed changes or eodfffcatfons'o unft systans or squfpaent that affect nuclear safety.

Revfee of the safecy evaluatfons for procedures and changes -weraco ccwpleted under the provfsfons of M CFR 50.$ 9.

Investfgatfon of all vfo1atfons of the Technfcal Specf ffcatfons fncludfny the prepar atfon and fo~rdfni of reports coverfng evaluatfan snd recosaendatfons to prevent recurrence co the Vfce Presfoanc, Nuc1esr Operatfons and to the Susquehanna Revfev Cosssf ttae.

y. Revf m .all RSNRTA8LK EVENTS.

h. Revfem of unft operatfons to detect potantfal nuclear safety hazards.

Perforoance of specfal revfae, fnvestfgatfons or analyses and rsports thereon as requested by the SuperfmeMnt of Plant-Susquehanna or the Susquehanna Revfm Comfttae.

'Revfee of the Securfty Plan and shall suhatt recommended changes to the Susquehanna Rwfee Coesrlttae.

k. Revfer of the Esergency Plan and shall suhaft receded changes to the Susquehanna Revf ev Coaef ttee.

Revfer of'every unplanned onsfte release of radfoactfve eatarfal to, the envfrons fncludfng the preparatfon and forwardfng of reports coverfng evaluatfon, recomendatfons and dfsposftfon of the cor rectfve actfon to prevent recurrence to the Vfce Presfdent-Nuclear Coasfttae.

Operatfons and to the Chafrmsan of the Susquehanna Revfee Rwfee of changes to the PROCESS CCNT1NL PRMMN, OFFSIDE OOSK CALNLATTN NNAL, and rad~ste treataent systees.

Renew 40 +~~ pn,pascal'4anqea 44aY~~ical Rcpescca4 P~ram o4 shall sob~it appeuQ changes 6a 4<a ~gQenna R~ui~ ~5e-

~accent No. 19 QJSQlSQNI ND L

6.7 6.7.1 The foHowing actions shaH be taken in the event a Safety Limit is violated:

a. The NRC Operations Canter shall be notified by telephone as soon as possible and in aH cases within 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br />. The Vice President-Nuclear Operations and the SRC shaH be notified within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.

b. A Safety Limit Violation Report shall be prepared. The report shall be reviewed by the PORC. This report shall describe (1) applicable circumstances preceding the violation, (2) affects of the violation upon unit components, systems or structures, and (3) corrective action taken to prevent recurrence.

4~

c. The Safety Limit Violation Report shaH be submitted to the Commission, the SRC and the Vice President-Nuclear Operations within 14 days of the violation.

d. Critical operation of the unit shall not be resumed until authorized by the Commission.

6.8 6.8.1 Written procedures shaH be established, implemented an'd maintained covering the activities referenced below:

a. The applicable procedures recommended in Appendix A ot Regulatory Guide 1.33, Revision 2, February 1978.

b. Refueling operations.

c. SurvelHance and test activities of safety related eQIApment,

d. Security Plan implementation.

e. Emergency Ran implementation.

f. Fire Protection Program implementation.

g. PROCESS CONTROL PROGRAM implementation..

alta I &IM I 4h

i. QuaQty Assuance Program for eNuent and environmental monitoring, using the guidance of Rag)IIIatoqr Guff,4. 1,5~/ruary ) 079:

Tedlrgca( RiIIu.am~'eggPr'c jVaw lmple~w'6i>'n.

8.8.2 Each procedure of 8.6.1(a) through (g above, and changes thereto, shaH be reviewed in accordaee with SpecIfications 8.5.1.8 or S.S.3, as appropriate, and approved by the or to implementation and shaH be y as set orth in a ministrative procedures.

Gcncw al Maitiacp2r- S~g~aena Sa5 Each procedure of 8.6.1, above. and changes thereto, that is estabHshed to implement those portions of the radio(ogical eNuent and environmental monitoring programs and those portions of the OOCM that are the responsibiBty of Nuc)ear Technology shaH be approved by the Manager-Nuclear Technology.

SUSOVKHARMA - VNT 1 8-15 No. 117

CQO T?Qt5 fON

~tx OlfNAT?ON gg 7 1 erS 3/4. 3 LES rarWtxlar 3/4.3. i "O <CT?~

S>STef 3/4.3. i ?SOLAT?ON ACTtIAT?OJj OSTeNENTAT?QN........

3/4 3-g

?ggTNgjj~AT?ON 3/4.3. 3 8%1OKNCT CONf COOL?Jg $ >STnf 3/4 3-g laSTNeee'AT?Oa.................... ACTIlAT?ON 3/4.3. 4 NEC?aCuLAT?ON 3/4 3-i7 eu>> rN?r MtS Necf ~ulatfon ~T?ON?eTNOemAT?ON I uap Tpfp System f~of.Cycle Necfreuletfon ?nat~ntatf 3/4 3-31

?njt~nWtfon................... fgap Tpfp Syit

~ ~ ~ ~ ~ ~

3/4.3. 5 NEACTOa

~ ~ ~ ~ ~ ~

~ ~ ~ ~ ~ ~

~ t~~~ 3/4 3-4O CONE?SOLAT?ae COOL?~

?NSTNQKNTAT?ON.................., ~STIf ACTttAT?Of, 3/4.3. I COffTM NO0 ILOCN 3/4 3-44 3/4.3.7 ?NSTNN&TAT?ON...................

NN?TON?NO

?@STNENTAT?gg 3/4 3 5)

Nadfatfon NonftolfnN Sefsofc Noflftol'fni ?nit~tetfon... .

3/4 3 57 too~>oNfcat NWCol ?hit~tfon........... 3/4 3-dl fng N~te Qlut4ae Nonf tor ?nst~tatfon 3/4 3id4 Accf alt Ref Col'fno fnN?nst~totfon.......... 3/4 3 47 Sou

?net~ntotf on.............,....

3/4 3 70 T~nfny ~re

~ ~ 0 0 ~ ~ ~ ~

~ ~ ~ ~ ~ ~ ~ ~ H

~ ~ ~~~~ ~ ~ ~

trehe

~ ~ ~ ~ ~ ~ ~

3l4 3 74 Chlorfni Oitactfoe Syieea,..................... 3/4 3i75 Systee............................ 3/4 3~71

~ ~ ~ ~ ~ ~ ~ ~ 0 ~

Naifoactfve Lfqofd Effluent ~ ~ ~

~ 'e ?netlOOhtetfOno ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ Nonftolfne

~ ~

~-'.eaeooctfm gaseous Erauent elf

~ ~ ~ ~ ~ ~

EN480ntltfono ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ Col fne

~ ~ ~ ~ ~

3l43 0

~ ~ ~ ~ ~ ~ ~ ~ ~ ~

LooNHIPC Oetectfow ~ ~ ~ ~ ~ ~ ~ ~~ ~

3/4 3 I1 Sgt ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

3/4.8.1

~ ~ ~ ~

3/4 3i$4 TtNIae OVaaSrEEO eeraCT?m Srm%N..;.....

3/4.3.$ ........ .. ~ 3/43$ $

FCRSWITENllNlw TUBES?Nf Tilt A'STCN WQCNTAT?ONo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 1ClNT?ON

~ ~

~~~~~~~~~~ otoo ~ ~ 3/4 a%i

I CNS /OR OIHATIaN NO Su~<. R IR8%f75

~SCTION 3/4. 7 PLlNT SY 3/4.7.1 SERVICE MATN SYSTQS Naei4al Heat Reaeval Service Mater Sya~..........

faa~ey Service Mater Syaam....................... 3/47 X Ultfmte Heat Sfnh.......................,.........., 3/4 7~4 3/4.7.2 CONTlNL ROTI K%808CY OQTSIH AIR SQffLY SY5TBL.... 3/4 7 5 3/4.7. 3 RKlCTOR CONK ISOLATION COOLIN SYSTQL........... ~... 3/47 8 3 /4o'7o4 QClQRSo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ t~ 3/4 7 1D 3/4.7. 5 SfAQQ SOlNCN CNTARINATION"........................ 3/4 7 16 QcLJKTCO 3/4.7. S 1 ~ 0 ~ 1 ~ ~ ~ ~ ~ ~ ~ ~ ~ 0 ~ ~ ~ ~ ~ ~ ~

~ ~ ~ ~ ~ 0 ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

~ ~ ~ 0 ~ ~ ~ ~ ~ ~ 0 ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

~ ~ ~ ~ ~ ~ ~ ~ 0~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 0 ~ ~ ~ ~ 0~ ~ ~ ~ ~ ~ ~ ~ ~

3/4.7.7 3/4o)o0 NQ Twig a%Q SYSTIL ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 7 30

'+,

I A.

0

~fNO X SKCTION tNSTRtNKNTATTON (Contfnued) 3/4.3.7 ICNITORINC INSTRQlKNTATION Radfatfon Ilonftorfng Instnaentatfon............ 8 3la 3-a 50f sef C conf torf ng Instantontatf ono ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ o B 3/i 3o4 Neteorologfcal'Honftorfng Instnaentatfon....... 8 3/4 3-5 Reaote Shutdeen Nonftorfng Instttaentatfon...... 8 3/i 3-5 Accfdent Nanftorfng Instttaentatfon............. 8 3/4 3-5 5ource Range Honftors...'........................ 8 3/4 3-5 Traversfng In-Cote Probe Systee................. 8 3/i 3-5 Chlorfne Cetactfon Systea...........'.........;.. 8 3/4 3-5

~ o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

Radfoactfve Lfqvf4 Kff1uent Instnwntatfon..... 8. 3/4 3-d Radfoactf ve Gaseous Kffluent Instnaentatfon.... b 3/4 3.5 t.oose.Part. Oetectfon Sys~..................... 8 3/4 3-6 3/4.3. b TUNINI OVHSPKKO PROTKCTION SYSTBI............. b 3/4 3 7 3/4.3.$ FKKSNTKNlNIN TllRIINC TRIP SYSTKN ACTIJATICN INSTRNTATQo o o ~ o o ~ o o ~ ~ ~ ~ ~ ~ ~ o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ o 8 3/4 3 7 3/4. 4 REACTOR COOLANT SYSTBI 3l4.4.1 RICIglQTIII SYSTIL ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~~ ~ ~ o b 3/4 4 L 3/4.4. 2 $ 1CY/LEF VALVISo ~ oo ~ ~ ~ ~ ~ o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ o d 3/4 4 2 3/4.4.3 RIACN1 COOL%V SYSTEN LKNQOI

~ LKkeie Oetectf on SysteNo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ i ~ ~ o ~ ~ ~ ~ b 3/442 OjW%tfonel Lee+ o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ o ~ ~ ~ ~ ~ ~ ~ 8 3/4 4 2 3/eke NlSTL o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

' ~ ~ ~ ~ ~ 0 w  %/4 4oo2 3/4.4. 5 S PKC'WC CVDYo ~ ~ ~ ~ ~~ ~~ ~ ~ ~ ~~ ~~ ~~

o' ~ ~ ~ o~~~ ~ ~ ~ ~ b3/443 4

3l4.4. S SWooTIIM LIlIDSo ~ ~ ~ ~ ~

~ ~ ~ ~~ ~ ~~ ~ ~~ ~~~ I 3l44 4 3/4.4. 7 +II STER LINN ISO 4TION VALVjSo~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ I 3/4 5 3/4.4.0 ST+WlIAL lilyQITYo ~ ~ ~ ~ o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ o~~~ ~~ ~ ~ ~~ o~ I 3/4 ~I 3o 3/4.4. 0 SINL HOT SOVALo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

~ ~ ~ ~~ ~ II,S/44% I

~ NIT2 xf f1 iee~nt No. =>

I A BASES GKQXIQH 3/4.7.1 SERVICE WATER SYSTEMS ~~~~~~~~~~~~~ B 3/4 7 1 3/4.7.2 CONTROL ROOM EMERGENCY OUTSIDE AIR SUPPLY B 3/4 7-1 3/4.7.3 REACTOR CORE ISOLATION COOLING SYSTEM ......., B 3/4 7-1 3/4.7.4 S NUBBERS............................................................. B 3/4 7-2 3/4.7o5 SEALED SOURCE CONTAIVIINATION......................... B 3/4 7-3

>ate.

3/4.7.6 ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ o"o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ oo B 3/4 74 3/4.7.7 ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~~~~~~~~~~~~~o B 3/4 74 3/4.7.8 MAIN TURBINE BYPASS SYSTEM............................. B 3/4 7A 3/4.8.1, 3/4.8.2 ahd 3/4.8.3 A.C. SOURCES, D.C. SOURCES, and ONSITE POWER DISTRIBUTION SYSTEMS........... 8 3/4 8;1 3/4,8.4 ELECTRICAL EQUIPMENT PROTECTIVE DEVICES ....... B 3/4 8-3 3/4.9.1 REACTOR MODE SWITCH ....................................... B 3/4 9-1 3/4.9.2 INSTRUMENTATION................................................ 6 3/4 9-1 3/4.9.3 CONTROL ROD POSITION ...................................:.... B 3/4 9-1 3/4.9.4 DECAY TIME.....................................................-.- 8 3/4 9-1 3/4.9.6 COMMUNICATIONS................................................ 8 3/44 9-1 3/4.9.6 DELETED 3/4.9.7 CRANE TRAVEL-SPENT FUEL STORAGE POOL........... 8 3/4 9-2 3/4.9.8 and 3/4.9.9 WATER LEVEL - REACTOR VESSEL and WATER LEVEL - SPENT FUEL STORAGE POOL..... 8 3/4 9-2 3/4.9.10 CONTROL ROD REMOVAL....................................... B 3/4 9-2 3/4.9.11 RESIDUAL HEAT REMOVAL AND COOLANT CIRCULATION......................................... B 3/4 9-2 SUSQUEHANNA - UNIT 2 XV Amendment No.

LIST OF TAO tfnwd

~PiC 4e3.4.2.1 1 K% OF CYCLE RECIRCULATION POP TRIP SYSTQI SURVEILIJVCE REgVIRENENTS ......................... 3/4 3 15 3.3.5 I REACTOR CONE I$04TION COOLIN SYSTEM ACTNTION

?NSTR$ %NTATION ~ .~~~ ~ ~ ~ ~ -- ~ ~

3(4 3 47 3.3.5 2 REACTOR CONE ISOLATION COOLIIC SYSTBI ICTUATION INSTRO%NTATION $ KTPOINTS ~..... -............,...... '/i 3 i9 4.3.5.1 1 REACTOR CONE ISOLATION COOLIN SYSTQI ACTttATION INSTNQKNTATION SURVEILLANCE REgUIRQIENTS .....;... 3/4 3 50 3.3.5. I CONTROL Rtm SLOCr INmmENTATION ................. 3/4 3-52 3.3.5 2 CONTROL NO dLOCN INSTROCNTATION $ ETPOINTS ....... 3/4 3-54 4.3.5 I COITAL ROD -dLON INSTR'ITATION SURVEILLANCE R gQIRESTS e ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 3 55 3.3.7.1 I RAOIATION NNITONIN INSTROKNTATION "... "" " ". 3/4 3 9 4.3.7.1 1 RADIATION NNITONIN INSTROONTATION SllRVEIL4WCE R@VIRENFS o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 3 5O 3.3.7.2 1 $ EIQQC NNITONIN INSTRQKNTATION ................ 3/4 3 52 4.3.7.2-1 $ EISNC NNITNIM INSTltSITATION QlRVEILLHCK It@SIRE OPS ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3 53 3.3.7.3 I NETSNLNlCIL NIOORIlO INSTN%ITATION 3/4 3 55

'/4 e ~ ~ ~ ~ ~ ~ e ~

l 4.3.7.3 1 NETMISLOOICIL NNOOWIN INSTRll%NTATION QCLLICE l@QIRESTS e ~ ~ ~ ~ ~ ~ ee ~ ~ ~ ~ ~ ~ ~ ~ ~

e'e' ~ e ~ ~ 3/4 3 55 3.3.7.4 l RIOT% SNfAXhll IOIOORIiQ INSTIQIENTATION ~ ~ ~ ~ ~ ~ ~ ~ 3/4 3-58 4.3.7.4 l SNlTQSOI LLANCE NNITONIN INSTRQRNTATION

%/VIREOS 'e ~ ~ ~ ~ ~ ~ ~ e ~ ~ ~ ~ ~ e ~ ~ ~ ~ ~ ~ ~ e ~ ~ 3/4 3 59 3.3.7.5 1 ACCIDENT NIIITOQN INSTRQRNTATIN ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ e 3/4 3 71 4.3.7.1 I ACCIMNT ICNOONIlO INSETiTATION SURVEILLANCE 3/4 3 73 RED IINNTS ~ ~ ~ ~ ~ ~ ~ ~ ~ e ~ ~~~~ ~ ~~ ~~~ ~e ~~~~~~~~ ~ ~~~o~~

~ ~ ~

/

3.3.7.10 l RADIOACTIVE LItgID KFFQl8lf NNOINiN INSTNKNTATIOII ~ ~ ~ ~ ~ e ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~~ ~~ ~~~~e ~~ 3/4 3 83 lN!T 2

irSTOF TA8 S Continued PAGE 4.3. 7. 10-1 RIOIOACTIVE LIQUID EFFLUENT %NITORINQ INSTRtNENTATION iURVEILLANCE RfgVIR9%NTS

......... 3/4 3 85 3.3.7.11 1 RIOlOACTlVK GASEOUS EFFLUBIT %NITORINQ lNSTRQ%NTATION ...... ~..... '......................

3/4 3-ee 4.3. 7. 11-1 RAOIOACTlVE GASEOUS EFFLUENT NWTORINQ INSTRUHENTAT?ON SURVEILLANCE RE/UIRENENTS

.......... 3/4 3-91 3.3.9 1 FEEQlQTER/KIIN TURSIHE TRIP SYSTEN ACTUATlON INSTRQ%NTATION ................,...,............. 3/4 3 97 3.3.9 2 fEEOlOTER/MAIN TVRSIKE TRIP SYSTEN ACTllATION

.?NSTRtNENTATION SETPOINTS ......,.................. 3/4 3-98 4.3.9.1 1 FEEQWATEL94IN TURSINE TRIP SYSTEM ACTUATION INSTRUNENTATION SllRVKILLANCE R@UIRE%NTS

.......... 3/4 3 99 3.4.3.2 1 REACTOR COOLANT SYSTBI PRESSURE ISOUTION VALVES ... 3/4 4 9 3.4.4 1 REACTOR COOLANT SYSTEN CHQIISTRY LINITS ..;......... 3/4 4 12 4.4.5-1 PRINARY COOLANT SPECIFIC ACTIVITY SAWLE A I

ANALYS S P ROG RAN o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ o' ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 4 15 4.4.6.1.3 1 REACTOR VESSEL, MATERIAL SlNVKILLANCE PROGRAN ITNIANL SOEDULE o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ o ~ ~ ~ ~ o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

~ 3/4 4 19 3.6.3. 1 PRIVY CONTAiNIT ISOUTION

'J VALVES ............... 3/4 6 19 3.6.5.2. 1 SECOINNtY CONTAIlOA'ENTIUTION SYSTBI AUTOEROTIC ISO UTION AERS ~ ~ ~ o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 6 35 4;8~1.1.2 1 DIESKL QKNKRATON TEST OIULK o ~ ~ ~ ~~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 8 7'/4 4.8.1.L2 2 lNIT 1 AN UNIT 2 DIESEL GENERATOR.'LOAOINQ TI%RS.'. 8 8 4.8.2.1 1 I NATTILY SURVK LLANCK RE)V RODENTS I o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 8 15 3.8.4.1 1 PNNARY CONTAINNBIT PENETRATION CeelCTOW OVKRCUNENT PROTECTIVE DEVICES o""".""........ 3/4 8 2 3.8.4.2 1 NTON OPERATED VALVES THEONL OVSLOAO PITKCTION ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ q 3/4 8 31 3.11.1.1 I . NXINN PERNISSISLK. CONCENTRATION Of OISMLVGl ON ENTRAINED lNNLK GASES RELEASE FNN T% SDK Te NIRKSTRICTEO ANS IN LlgllIO QTK ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3/4 11 2 lNIT 2 xe4 ~

leon~at No. g

J iTTON a/4;aZ,S Wt ierCP tactfon zone shee fn Tail ~ 3.3.7.9 l shall be Otlag~.

Whenever eeufpeent protacta4 by the ftre 4atactf<< f

>s requ7 to be OHNAELC. ~at gQN:

l4fN the tnst~nts n~rNENAILI f~t of of INNLE ffre 4etactfon fnstrtaents 1 s alan the Hfnf~

Table 3.3.7.$

1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br />, as lfsh a ffre watch trol to 1'fthfn fnspact 'Ne zona(a)

HN the fnopera01e st~nt(s) ~ east once per four fnst~t(s) fs 1oca fnsf4e fnaccassfble zone, then

~

the area surroun4fnl the sfble zone at least once per haur,

b. The provfsfons of Specff tf .0.3 are net eyylfcable.

S L, 8 t%8P 4,3.7.$ .l fach of accassfble 4urfny t abave requfre4 ffre 4atectfon operatfon shall be 4alonstrata4 0 taunts whfch mrs Li at 1sast ones par 4 eonths by rforeence of a CNNNEL FQCTMNAL TOST. 4atactors ~tee are net mcee le 4urfni unft operatfon shall be daaonstra Ll by ee perforeenc f a CNNfIL FOCfINL TNT 4urfnl each CRO eacsa4f ng R4 hou less parforeel fn Ne prevfous 4 eenths.

.S.C The s~fse4 cfmrlti servfsfen assocfate4 Ath the da area of each ef tbI aNee ~fry ffre 4etectfen .fnstrusants shall be

TASLE 3.3.7.9 FIR 5ETECTION ?NSTONKNTATTON NSTRUHKNT LOCATION INSTRUmes OOERAIL PHOTO FjRE "EAT 'ONIZATION ELECTR

~ZON OR AREA ~EL V. TOTAL NIN. ~TOTA NIN. TOTA pig

a. Co ntrol 8u 14)n 0<<22A F11 ter rea 687'-6" NA NA NA NA 0-240 Lower Re Rooe 69l <<gN 2 4 2 NA gA 0-246 Lover Re1ay ooe 59B I <<)II 4 2 4 NA NA 0 PGCC 598' 54 27 30 15 NA 2'-25A Lever Cahl ~

Spr ead)rig Ra. 714'0" 20 IO 6 3 0 25$ South Cahle Chase 714'-0" 1 1 Nl Nl 0 25C Center Cahle Chase 714'"-. 1 1 Nl NA 250 North Cahle Chase 14'" 1 NA 0 25K Leer Cahle Spread)ng Ra. 714 ON 6 3 0-25B 0-26C South Cahle Chase Canter Cable Chase, 729' 72$ '" >>

1 1, l 1

0-250 North Cahle Chase 72jv 1 1 0 26F 0-N Vestfbule Shrift Office 7

2$ '" 1" 1 1

1 1

0 25H Control Re.

(Under Flr. Unit 1 72$ '1" Nl Nl 0 25H Control Rooa (Under Flr. Un 2)~ 72$ '<<1>> Nl 8 75'"

0 26H 0 26H Control'IIIa Control 4li Novo Clg)>> 72$

78'"

'" Nl NA 10 9

5 1

0 25I Operate Support IN 1 Center Vest) le 78'>> Nl 1 1 0 2Q 2Q t 72$ '>> .

IN NA IN 4 2 0

26N Sof trol Rooe Sofflt 72$ ' NA IN ~

2 1 261 Cont~i Rooe Sorr<t 78'" NA NA 2 1 72%'". Nl IN 4 2 4 2 25N Sorr<t, South Cahle Chase 72$ ' 1 1 IN IN

- Amendment NO<<50 usqucHAIIN UNtT 2

8 3.3 1 9- (ContfngecI~

OET CTTON lNSTR~NT INSTRUkfNT IOCAT)ON INST5NENTS ODERA5I.

F IRK oNO'3 OH ROON ON AR HQT ~ONIZAT ON KI.(

A ~TOTA kgN, TOTA IN. AT. e C (C" )

0 0-25 Canter C&I~ Chase 129'," 1 1 A NA NA 0 25V North Cable Chase 129'-1" L 1 NA NA Va 0-27A pper Relay Rooo 154 l Lll 2 1 2 L NA VA 0 27A PQ 754'-I; 55 30 15 NA VA 0 218 Uppe Cah3e Spre fnII RI. 753' VA 0 27C Upper Cab SpreacIf Ra. 753'" 13 8 NA VA 0-27' Upper Relay R 754l<<LII 4 2 1 HA NA 27F South CaII30 Chas 1 7R'54' NA HA Nl VA 0 27tI, Center Cable Chase L HA NA NA VA 0 27H North Cable Chase I <<LN 1 1 NA NA NA VA I oa 0 28A Qufpoent Rooa NA NA 4 2 NA'A 0 288 fquf peent Rooe l <<QI NA NA 4 2 NA HA 0 28C Battery Rooe 771 0" NA Nl 1 1 NA HA 0 286 Battery Rooa 771'<< Nl Nl 1 1 NA NA 0 28% 8attery Ihee 771'-0>> IN 1 NA 0 28F Sattevy Nooe 77K'~ IN 1 NA NA 0-280 8attery. 771' IN NA 1 1 Nl NA 0 2$ Repair 771' Nl 2 1 Nl NA 0 RL Iattery 771'" Nl Nl 1 NA NA Q<< Satte Nooe 771'-0. IN IN 1 1 Nl NA 0<< Sa ry Roee 771' Nl IN 1 NA NA 0 28I. tteIy bee 771' Nl IN 1 HA NA 0-Ze 8attery looe 771' IN IN 1 NA NA 0 28N 8attery Rooe 771' Nl IN 1. 1 HA NA 0<< Scwth Cable Chase 771' 1 1 Mi Nl Nl NA 1:1

~

0 Center Cable Chase 771'" IN Nl RSR North Cable Chase 771' 1 1 !N Nl NA NI?T 2 ieennt Ao.:3

TN 3.3.7. 0 (Contf~~

CTIOI  ? AT?OW vawEHT cocATloe FIN%

LODE Control d OW ldf AREA (Contfnued)

TOT HCAT

~ll N. ~

IolftzATloe li N.

McTa?c TO TiiTTA,. gN.

0-2!T dettery 771'" HA

'-2% HLV Equf t Roo ~ 7O3'" 5 IN 0 MA HVAC Kquf Rom SOO' 1O IN

b. Ne r duf)4f 2 Ia Core Spray f~ N N'0 IN 2 IA Core Spray 1~ heo 545'" IN IS 2 1K t~ tea 'N N'O I e4>>

IN 1$ 7 eat NN fuap Rooa IN 1$

eIO RClC 1~ Rooe eQ>> 1 5.

HKL t~ hea 4457 1 7 2 Ifa S~ Nooe IN IN 2 28 Core Spray t~ Rom O IN O IN IS 2 4C Sef tchyear Nea l~ IN 1 IN IN 2-40 Mtchyear Rooe AS'M IN 2 1 IN IN 2 0 Contefrment Access A 71$ 'M m 2 2-SF Loe4 Center Noae W 1>> 2 1 IN IS 2 50 t.oa4 Center noae at <<1>> 2 1 IN IN 2 2l Access Aree R~te O7O' IN Nl Shueawa 0 1 Reee 2 3l Access ON' 4 2 3$ Access ON'M II 7 IN IN 2 SC Access tea ON'M 13 7 24 tfpe enetretf on 7$ ' L IN

'>> 1 .

Woae 2 Ct Stem ffpfny 72$ 4 2 ml @el tuays an4 Meet Eacheoyers 7 1>> 7.

'5a Velw Access Area 701'IV 2 1 OCU Sachash Tank . 7'~-lr 2 1

CTION INST%$ %NTATION INSTNQIKNT LOCATION INST NT OP%

TO HEAT. " IONIZATION CTWIC FIR%

~N ~A QN ~A QN ~A ~NN.

IIeic duk 1 df Continued

,. 2-SD ms 4 Heat 7)QI <<)>> IO Bc ers 5 2-Sj Penetrat n 1am 7gjl <<]>> 2 1 2 5It Instant eya$ r hoe 740'~I>>

'>> 2 1 .NA 2e5A Access .Area 77$ 5 IN IN 2-5j Loa4 Centet N 77)I ~ I>> 2 IN IN Electric fqulysent TTS'>> I IN 2 5C 2 5% Hatch an4 Lay4oan A 77$ '>> 2 1 NI.'A IN 77%I I>> 12 5 IN NA 2-50 HLV EqufymInt Nooa 0 50 Surge Tank Vault

~ gg>> I NA IN HtV Fan an4 2~7A Fklter Race 7S' 8 12 14 7 Refuel)ng Floor ~I IN NA IN IN

c. ES .f QS'4 IN 4, 3 hay 0-51 0 52 F~

Noae Roce QS'>> IN i I~%

(FLA%)

A 01 eeel 0-4iA Obese p Race 540'

~ ~

ant On'm 22 11 2 D) Oonetatot Rooes 540'M

$77'M 22 11 2 1 aI4 l 540'M I D Oenorator Noose 577'~'$ 12 2 550'M I Diesel Oewratot Nooes an4 577' 22 II 2 P.

access)hie.

L 0

0

F IR OETECTION INSTRtNENTATION IN STREE ATION INSTROlENTS OPERAl fIRE

~ZO ROtN OR AREA BFRA RQ (F4Ve) IONIZATION

e. IN. ~TOTA NIN.

Ofeae1 Conet'atom ~OTAl. NIM.

E Suf1dfn 0-41E Ofesel Cenerato am ooea ance 'A 654!,-P 675'$

704'-O' NA 18 3

9 NA NA

r PLAN7 SYSTEMS Q QLEP63) cia.7.6 Two OPERAILE ffre suppression p~s, one electrfc aotor driven one diesel driven, each with a capacity of 2500 ge, end discharge alfgned to the fire suppression header, with their

b. At least two separate water supplies, each with ol~ of 300,000 gallons, end a efnfaua con oned

c. Two PERAILE flow paths capable of taking suction froe the 1owfng: (L) Unft L cooling tower basin, (2) Uni two of tower b fn, (3) clarified water storage tank, and 2 cooling water .th utah distribution pfpfng wfth OPERAILE sec tr sferrfng the or fsolatf valves to the yard hydrant curb valv onalfxfng control of the ater floe alare device on each spr nklertheor last

, valve'head hose standpfpe and the lest v lve ahead of"Che deluge valve o each deluge or spray systaa quired be OPERAILE per Specfffca ons 3.7.6.2, 3.7.5.5, and 3.7.d.d.

APPLICASILITY: At all tiees.

ACTIdN:

i. Wth one fire p~ andlor o of above required water supplfes fnoperabl ~, restore the fnope le tqufpeent to OPERAILE status within 7 days or, provide an alta of Specf ffcatfon 3.0.3 are t kup pm'r fcahle.

supply. The provfsfons I

b. Nth the ffre suppressf water sys otherwise inoperable establish a backup ffre s~res on rater systoe thin 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.

SURVHL LANCE 4.7.5.L.L The ftre s~ ssfon water systw shall be nstratad OPERABLE:

ao At least per 7 days by verffyfnI the ofnfaa ontafned water supply M At le t. once per 31 days by startfno the electric eoto driven fire s ssfon p~ and operatfnl ft for at least LI afnute on rculatfon flm.

Co At least once per 31 days by verffyfny that each valve, aanua power operated or autowtfc, fn the floe path fs fn fts correct posit At least once per L2 oonths by perforeance of a systeo flush.

~o At least once per'2 eonths by cyclfny each tsstabl ~ va)ve Roe path through at least one ~late cycle of full travel.

At least once per II eonths by pertorafng a system functfonal Wfch fncludos sfklan@ autoaatfc actuatfon of the system rougnout ts operatfng sequence, and:

Verffyfng that each autoaatfc valve fn Ne f1ee pa actuates fts correct posftfon,

2. Ve fyfng that each at ffre suppressfon of p~ Cave ops gt )east 2500 a syscaa hea4 L25 psffl;

3. Cyclfng valve fn the flee path that f not tastable our<ny plant ope atfon through at least one c ete cycle ef full travel, Verffyfny tha each ffre s~ressfo pr starts seouentfally to aafntafn the ffr4 suppressfon system pressure greater than or equal to psfi.

y. At least once per 3 yea by perfo fng a flee test of the systae fn accordance with Chapter 5, 1 II of the ftre Protectfon Hanobook, tfonal Ffre Protactfon Assocfatfon.

14th Kdftfon. pWlfshe4 by

4. 7.d. L2 The 41 esel driven f1 re s~ fon pwp shall be deeonstracad OPERAS':

a. At least once per 3i days I. 'f fwl.

Verffytni the fwl rage tan contafns at least 250 gallons L Startfni the dt el ~ven p~ f fent con4ftfons and operatfni for ter than or equal 30 elnutas on reef rcul48 floe.

b. & 1eait a%a r Sg 4aya by verffyfno that a

'e of Cfesel fuel fw storage tank, obtafned fn acco e with Aglh-M70-75, 4%5 the lefthfn acceptable l1Nfts specfffeC fn selfeent.

Tahl I of A5Tlf ON% 77 for vfscosf, mter ancl

c. At l once per II mnths by s&)ectfng the 4fesel an fnspectfon fts fn rdance Hth procedures prepa~ fn congunctfon acturer" s rec~ndatfons for the class of servfce.

Rt UlR&6PS Contfnued 4.7.d L3 and charger sha 4fese1 4rfven rfre p~ 4feael Nt ~f% 24-v be 4eeonatratad QPfJU4Lf: batt ~ bank

a. At least o per 7 4aya by verftyfny Cha I- The ~ lectro level of each ot cell fa above cue.plat a 2 The pf lot cell ap ttc fty, Chan or equa) to L corrected Co ~P

3. overall bette The vol At leaat once per 2 4aya by verftyf g gyrator Cban or ~) ~ 2$ yo approyrfate t'ontfnwd servfce of cheChat Che <pecfgfc gravfty <5 Co It leaat e per IS mnche by verfgfny Chat:

cell and battery rac)e shet vfaual fndf dmso or abnormal 4eterforatfon,no and fon of pnysfcal Terefna1 connectfone are clean, coated with antfcorroefon eeterfel. tfght, f'roe ot corroafon

S PRAV. N SPR R SVSTBeS LINET COJOITION FOR OPERATION 3.7.6.2 The ollowfny spray an4 sprfnkler systaes shall be OPERAS ae RCIC P Roca, Unit 2

b. HPCI Puap ooe, Unit 2 Co Upper Cable rea4fny Rooe, Unit 2

a. Lever Cabl ~ Sp 4fng Rooe, Unit 2 eo Dfesel Generator A ooe Diesel Generator 8 R Qo Dfesel Generator C Roae

h. Dfesel Generator D Roa Ffre Lone 2 Q Ffre Lones 2-0 an4 2-4 Ffre Zone 2 SA Ffre Zone 0 290

~o Ffre Zone 0 3N Diesel Generato K Sufl4fny, Ffre Zone 0 11K

, APPLICNIQTY: r eeufleent protecte4 by the spray or sprfnkler

~y be Ot%RNLE.

ACTIN:

Wf one or mta of the chere nqufre4 spray and/or sprfnk r systees rahle, AOHa 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> estaÃfsh a contfnuous ffre ~tch th backup ffre suppressfon eydyeant for those areas fn Wfch nt systole or c~nenti coul4 be d~ge4; for other areas, establi ao Iysyly ffre mtch petrol.

gh ~

Tlaafsfens or Specftlcaaan 3.0.3 are not ~licaae.

5U tANCE RK i.l.d.2 ch of the above requtre4 spray an4 sprinkler systaas shall be deaonstrate OtPAILK:

a. At le once pet 31 4eys by vet$ fythg that each valve, nual, yeeer ata4 or autosat$ c, $ a the f1m yaN ~s ln ~

yos$ t$ on.

b. AL 1east once D Oonths Q ~lfnQ each tes le valve $ n.g~

f1'ath through t least one cMlete cyel f full travel.

c. At 1east once per Q Ns:

Sy perform)ng a syst

., 'autoeat$ c actuation of a) Verffyfsy that the funct<

s, test W)ch Inclu4es skeulated an4:

fc valves $ n the flee yath actuate to the)r rrect )t)one on a test s)inal, an4 b) 'yelfno each alve $ n Ne fl that $ s not testable 4ur)no yl operation through least. one ~late cycle ef full el.

2. Sy a vt fnsyectlon of the dty y$ ye syr syHnhler.

hea4e verify Nehr intey sty, an4

3. Sy vtsual 4nsyect$ on ef each 4eluoe nojjle's syr area to

$ fy Nat Ne syrup pattern $ s net ohatructe4.

least once per 0 yeats iy perfeafng an a$ r or wter fin t Nrouoh each eaten hee4. spray an4 st)neer hea4er an4 verifying

~

open heal sytey ~ syrlakler ~le ia unehstructe4.

.LI TIIC COIOITIM FOR OPE RATION 3.7.6. The folio<<fag lo<<pressure CQs systeas shall be OPE54LE:

a. ontrol abler Rooe Under F1oor, Unft 1

b. C trol Rooe Under Floor, Vnft 2

c. L r Re1ay Rooe, Unit Zt

d. Uppe Relay Rooa, Unit 2t

e. South Chase t', Center 1e Chase

y. North Cab e Chase

h. Rooo C-i12 off it Rooe C-41' ffft Control Rooa ffft, Unft 1

k. Control Rom So ft, Unft 2 APPLICMILITY: Whenever psent protected by the ystaes fs ~fred to ACTIOI:

a. fifth one or mre of the ve iequfred systaes fnopersb1e, <<fthfn 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> establfsh a contfn ffre <<a <<fth backup ffre supprss sion equfpeent for those a as fn ch redundant systaas or coe-ponents could be dmaged; fo othe areas, establfsh an hourly ftre

<<etch patrol.

b. Th ~ provfsfons of Specfffcatf 0.3 are not appltcshle.

SURVKILLNCK RK IRE%NTS 4.7.6.3.1 Each of the above strated OFKNAILK at least once

~ lee press COs systaes shall be a~n-3l days by verf fno that each valve, lanual, pear operated, or" autoaatte, the floe path fs fn ts correct posftfon.

4.7.6.3.2 Eacti of the requfred lm pressure Cs tees shall be demonstrated OMNtE:

a. At be l~ per 7 days by verffyfng the COs stor 25% ml pressure to be greater than tank level to 0 psfg, and

b. At T per 1$ mnON by:

1. erffyfng ON system valves and assocfatef ventflatf diapers aN f5 re door release mchanfsas actuate eanually and tfca11y, upon recefpt of a sfmlated actuatfon sfgnal,

2. Floe fern each accessfbl ~ nozzle by perforaance of a "Nff Test.

Nlcc ssfble noules.

LON SYSTBS LI TINa COITIN FOR OPERATION 3.7.6. The Halon systaas $ n the follmfng panel eodules shall be QPf Lj rf th storage tanks havfng at least 9% of full charge re)ght and ful 1 cha pressure:

2ll701 2U702 2U703 2U7N 2U705 2U730 2U7$ 1 2U732 .

1 AP PLICASILITY: never equfpeent protected by the Halon sys fs required Bl&ISB.

ao " Nth one or of the above requfred Hal systaes )noperabl ~,

rfthfn 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> tablfsh a contfnuous ffre tch rfth backup fire supyressfon eqvf nt for'hose areas fn hach redundant systaes or c~onents could dasagect; for other as, establfsh an hourly ffre mtch patrol.

The prevfsfons of Spec fcatfon 3.6 are not ~1 fcable.

SVRVKILLINCK RK IR8%NTS i.7.6.1 Each of the abew requfred systees sha11 be desonstrated QPKRIILK.

a. At 'least once pet 3l by wtf that each valw, eanual, powt operated ot tfc, fn the. m path fs fn fts correct posf tfon.

b. At least once pa'nths by verffyfng 1on storage tank refght and pressure .~

c. At least once ik anths by:

of a flm test through accessfb headers and

~e te assure no blockage.

2. etwnce of a functfonal te4t of the general lars cfrcuft assocf ates alare ant Ateelock devfcea

~ ~

~ LNIT 2. Q'4 24 Andmnt No. 4

RE WSE STA LlllIT CONlITION FOR OP'ENATION 3.7.6,5 fire hose stations shown in Table 3 7.4.5 1 shall be OPERAS APPLICAIILI 'htMver aqufposnt fn the areas protected by the ffrs 45$

I 0 EEIIER.

ACTION:

/

ao 0th one core of the fire hose stations shee fn able 3.7.6.5-1 inoperable, ute an additional ffre hose of equal r greater dfaaetir to the unpro cad area(s) free an OPERASLE hose tatfon yfthfn 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> if the inoper ~ fire hose fs the prfaary the additional hose Hthfn 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br />.

of fire supprsssfon; otherwise, ro

b. Tee.provt ~ Iona ot I tlcaalon 3.0.3 are appltcaale.

SURVEILLANCE R IREKNTS 4.7.6.5 Each of the ffre hose stat ns shae n Table 3.7.6.5-1 shall be d~nstrated OPERAILE:

a. At least once per 31 deye by,a sual fnspectfon of the ffre hose stations accsssfbl ~ durfny pl operation to assure all required

~ quf poent fs at the statfon.

At least once per'1 aN by:

L Vfsual fnsyectfon f th~ fire all hose requf tatfons not accessible during aqufpeent fs at the station.

plant oyeratfon assure

2. Reeovfni the for fnsyectfon and rackfni for all ffre hose stations,

3. =

?nsyectf all gaskets and reylacfno any aded gaskets in the ngs for all fire hose stations.

~ ~

Ci At 9%at per 3 years by:

valve to veri valve

1. t felly oyenfno each hose station and no floe blockage.

IUD 2 Conductfni a hose hydrostatIc test at a yressure of 150 sing or ssure, at least 50 ysfg above the saxfaa'fre cain operatfno p Nfchever is greater.

Agandwsnt Non i3 NLT 2

FIR HOS STAT?ONS HOSE RACK L TTONS ~CD INI IIINSE R 4htt01 Sttuctupo E 697'" L 26 1HR-171 El. 697 "0 El.

., El 4'>> L 32 L 2$

2HR 17 1HR 2

~ ~ <<0>> L-31 2H 62 El. 72 0" L 25.9 158 El. 729" " L 32.1 R 158 El. 754' L-26 . 1HR U6" El. 754'0" L 32 2H% 136 Et. 771'-0" L-26 1HR 125 El. 771'-0>> L 31 2HR>>125

b. Reactor Iu)14f ny El. 645'" 8 37.4 2N 271 El. 645'" U 30.5 2HR 272 El. 645'" I 30 2N 273 El.

El.

670'-0>>

670' I0 $30.3

$ 50 261 El. 670'M 6I3'>> S 5.

El.

El. N'>>

663'>> 0 34 2N 251 2}i 252 El. .

2}N 253 El. 7I9D 1" 0 3I 5(i 241 El. 719'-1" S 36 280 242 El. 719'" O 28% 243 El. 719'-1" T 2HI 244 El. 71949D>>1>>

3O.5 2HI 245 El. S SI 5 231 El. 749'>>

'>> f'%. I 2}i 232 El. 74$ 2HI 233 EL. 779 I >>)>> 2}i 2n EL. 779'>> S  %.$

EL. 779 D>>]>> Q I.5 2'23 EL. 77$ '>>l>> 0 2$ 2HI 224 EL. 77%'L. T 33 2}N 211 EL. N'..

N' I 33 2}i 201 2}e 5e EL. U 33 I

e.

'L Of cool EL 650'QO K $ ÃlNni Neet Neet Netth Staf rwell Qeth Staf nell EL. Neet Nerth Staf~ll EL I+I Neet SeeN Stefreill EL. 70I'0 Near North Staf~ll E. 7M'0 Neat Sooth Staf smell

AND FIRE HYD HYOVWT HOSE HDVSKS LIIII NC CONITION FOR OPERATION 3.7.d.d Yard ffre hydrants 1fH122 and 1FH1M an4 associated hydrant ho houses shal 1 be ERASLE.

APPLICASILI 'Aenever equ$ yeent $n the areas protected by the ya OIEIIIIL ACTMII:

gath yard )re hydrants 1FHi22 and/or 1FHI04 and/o associated hydrant hose houses noperable, route sufflc$ ent add1tf 1 lengths of rare hose of equa or greater diameter located tn a acent OPERAILE hydralt hose house(s) prov)de service to the unpro ted area(s) w)thorn

,. 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br />.

b. The prov$ s$ ons of 3 f1catfon 3.0.3 are t applicable.

SUNEILlANCK RE IRENNTS 4.1.d.d Yard f$ re hydrants IfH122 and assoc)ated hydrant hose houses shall be 4esonstrated QPERINLE:

At least once yer 31 days by l Inspect)on of the hydrant hose 0,

5 houses to assure all toque ego ls at the hose houses.

At least. once per durlnN h, April or Ny and ~ng

~~ ~r, b.

Sapper, October or by v$ lly $ nspect$ ng the yard f$ re hydrants and that the hydrant rrels are dry an4 that the are not 'ydrants Cs At least once 12 mwtNN by:

CoaOetf haec hydrestatfc tests at a p sure'of'150 ys$ g or R t ps$ ahcwe the ax)as fire sa operat)nN pressure,

$ s greatar.

w-'+

acct.of all degraded gaskets $ n coupl)

3. rfoMnN a flm check of each hydrant.

g7 Aandeant No. 43

PUNT SY5 am~D 3/i.7.1 atad asseebl5 os, fncludfnQ mal)s, floor/caf1 f

s ratfnQ portfens of redundant systaes faportant to safe sou~

ffr area, and all sealfnQ devfces fn ffre rated ass'ly penetratfons<graf fnc> fnQ ffre doors. <<re wfndoots. ffre daepers, cable and pfpfnQ ~ 'tatfo seals ventf latfon seals shall be OiQNLE.

APf L,ICNI TY: At all tfees.

ACTION:

aA Nth o or mre of the above requfrad ffre ra ass~lfes and/or goal fnQ vfcas fnoperabloo Hthfn I hour es sh a gontfnuous ffre wa on at least one sfde of the aff as~ly and/or sealfnQ dev e or verffy the OPBNMTV of fre detectors on at least ene sf of the fnoperable ffre as ly and/or saalfnQ davfce an4 estab}fsh, hourly f)te mtch petro .

The pro fsfons of frfcatfon 3.0.3 re not applfcable.

SUNNIl.LNCf R MENTS i.7.7.1 Each of the above ~fre4 rated ass~lfes and soalfnQ davfces shall be verffte4 OJNilLK at least per 1$ earths by perfotefnQ a vfsual fnspoctfon of:

a. The exyose4 surfaces ecch f re 5 te4 as~ly.

b. Qch ffre rfndar, r>> dNaper, an4 fate4 hatOara

c. At least I ef Cyme of seale4 fon.. ?f apparent chanQas fa agpetanc>> kraal deQradatfone foun4, a vfsual fnspectfon of NHtf 1 1lS of each type of seale4 ratfon shall be cade.

fe>> process dull contf ea ultf1 IN s~lo rfth no fn appearance or dwell tfon fs found.

ll be selecte4 such that..each penetra on All be

~ ver IN +Iree r

~

SUNNI RK%NTS Cont)nued 4.7.7.2 Each of ve required f$ re doors shall er)f)ed gyE~g~ b.-

a. VeHfyfnO the po ton of each closed door at least once per 24 teurs.

b. VerffyfnQ that doors r$ th t0c hold. open and release eeclzn~s are free of obstruction le once per 2i hours.

pl Co Verffyfno the po on of each locked sed fire door at least once per 7 4ays.

Ver~fy the Oneertm or the rt~ do r s~~ '~ ~st by pe rainy.a CHQOCL RNCTIQNL TEST at leaat once pe 1 4ays.

Inspectfny %he automatic hold. open, release and closfno sec sa an4 latches at least once per 4 aetha.

agc5

3 4.3.T.

wa aflfty fs fifty fn fa avaf labia fer'he p~t OataCtfOn Of ff~

order to detect and locate ffres Prem% datectfon o eeufpeent an4 fs an fntegra All reduce the petantfal for fn the ov to sat ty- 1 aeflfty f5 ra yrotectfon

~

p rope ln the event that a of the ffre da frequency of f5 re vetch patro fs f

~f fnoperab)e, 1 provfde detectfon eapabflfty untfl the fnoperable red to QfNAliLITY.

affected areas 3/a.;T. M lO KFFLUNT l A Off The radfoactfve 1fqufd affluent inst~etatfon fs provfded to conf ton and control, as Cylfcable, the releases of radfoactfve eatarfals fn 1fquf4

~ ffluents durfni actual or potantfal re)eases of lfydd effluents. The alata/

trfp setyofnts for these fnstnaants shall be calculata4 fn accordance ~5th the procedures fn the ODCN to ensure that the alaraltrfp All occur prfor to accaedfno the lfefts of IO CfN Art ZO. The OJNNMTY an4 use of thfs fnstnaentatfon fs consfstant Hth the requf~ts of Qeneral Oesfgn Crftarfa 40, I3 and d4 of Appendfx A to IO CN tart 50..

3 4.3.T. RlOl GAS UJSIT A OI The ra4foact1ve gaseous effluent fnsttmentatfon 1s provfdad to eanftor and control, aa apylfcahle, the releases of radfoactfve eatarfals fn gaseous effluents durfnI actual or yetentfal releases of gaseous affluents. The ataral trfy setyofnta for these fnetrtaenta shall be calculated fn accordance Ath the proca&ttee fn the CN te eeyore that the alara/trfy Al'l occur prfor to

~ xceedfnl the lfa5ts ef. Ql CN farL 20. TMa fnet~ntatfoe also fncludae Qeaf res r~c prevf sfone fer aeelterlnI (an4 merellfnN) the comentr'atf one of potantf ally alyleefve gal AxCuree fa the ~te gas held'ys~ The OiNlkILITYand i < e N a 00; N ant N of Apyendfa A te N CN tart 5L

< r~

a ill The %QIlLITt'ef the leeae part detactfon sya ensures that sufffcfant uyClflNy 5N evaf'I&le te detect.loese eetallfec~onenta. parti fn the yrfeafy sys and avef4 e eltfgate dmele te yQmfy syatee The alleahle out of-sttIHce tfMs and survef llama teqof~ts are consfstant Athfor the rec~nda Ini t llgNNNUM'&I I ~,

tfone of Reguiatey tufde 1.133, iLoese fart Oetactfon IN IRL frolrM the O'leary

'SASES 3/4 7.6 3~44 4 The QpERABILITY of the fire suppression systems ensures that adequate fire suppression ability is available to confine and extinguish fires occurring in any portion of the facility whe safe elated equipment is located. The fire suppression system consists of the water sys spray a or sprinklers, COg systems, Haion systems and fire hose stations. The ective capability o e fire suppression systems is adequate to minimize potential da to safety related equipme nd is a major element in the facility fire protection program.

In the event that portio of the fire suppression systems are inoperable ternate backup fire.

fighting equipment Is requ to be made available In the affected as until the inoperable equipment Is restored to serv . en the inoperable fire fighting nt Is intended for use as

. a backup means of fire suppres a longer period of time I Iiowed to provide an alternate means of fire fighting than if the Inope e equipment is the ry means of fire suppression.

Hourly Firewatch Patrols shall be completed o ea clock hour. Individual zones on the hourly

. firewatch patrol shall be toured at intervals (I.e. z A and back to zone A) of sixty minutes with a margin of fifteen minutes.

A Contihuous Flrewatch must remain i e specified area at times and must patrol the required fire zones in the specified area at I once per fifteen minutes a margin of five mInutes.

The surveillance require provide assurances that the minimum 0 ILITYrequirements of the fire suppression tems are met. An allowance Is made fbr ensuring sufficient volume of Halon in the Halon s e tanks by verHgjing the weight and pressure of the tan In the eve e fire suppression water system becomes Inoperable, Immediate e measure ust be taken since this system provkles the major fire suppression capabil f the plan e requirement for a twenty-four. hour report to the Commission provides Ior pro t e uation of the acceptability of the corrective measures to provide adequate fire suppression ca abfli forthecontinued rotectkeofthenucfear lant 3/4 7.7

~e.

3/4 7.8 WIA B NE BYPASS SYSTE The required OPERABILITYof the main turbine bypass system Is consistent with the assumptions of the feedwater controller failure analysis in the cycle specific transient analysis.

SUSQUEHANNA - UNIT 2 8 3/4 7P anendInent No.

Chan886 by

~oo~

letter'ated

.Ill@ 1 S

si

, *IaQ;> Cf

(~ ' I (Continued)

c. A health physics technician shall bash'onsite when fu4 ia in the reactor.

d. AN CORf ALTERATlONS shall be observed and directly supervised by either a Hcenaed Senior Reactor Operator or Senior Reactor Operator Umited to Fuel Handling who haa no other concurrent responsibilities during this operation.

Q Administrative procedurea ahsQ be developed and implemented to limit the working hours of unit staf who perform as~elated functions; e.g.. senior reactor operators, reactor operators, health phyaiciata, auxiliary operators, and

~

key maintenance personnel..

'dequate shift coverage shall be maintained without routine heavy use of overtime. However, in the event that unforeseen problems require substantial IMCII. I I<< ~

amounts of overtime to be used, or during extended periods of shutdown for basis, the following guidelines shall be fo0owed:

hflh I . ~ S

1. A individual should not be permitted to work more than 1B hours straight, excluding shift turnover time.

2. An individual should not be permitted to work more than 18 hours2.083333e-4 days <br />0.005 hours <br />2.97619e-5 weeks <br />6.849e-6 months <br /> in any 24+our period, nor more than 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> in any 48+our period, nor more than 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> in any seven day period. aN excluding shift turnover time.

3. A break of at least eight hours should be alowed between work periods, inclutgng shift turnover time.

h. Exit during extended shutdown periods, the use of overtime shou@I be considered on an lndMdual basis and not for the entire staff on a shift.

Any deviation from the above gukl4inea ahaQ be authorized by the Ihh.ISWH fl d h h'll I h I h h h Sl~ I I ld d dhh hd I f h ISC d I C d d III included ln the procedurea such that individual overtime shaQ be reviewed monthly by the Superintendent of Rant-Susquehanna or hia designee to assure that excessive hours have not been assigned. Routine deviation from the above QIAd4inea Ia not authorited.

. The Manager&uclear Operations shall hN a Senior Reactor Operator Ucense.

~f dh required poaltiona S

'I The heaNl physics technician hl d S hd& I

h ddl dh may be less than the ddl I h I Slh

- UNT2 Amendmaa No. 86

6.5.L6 The PORC shall be. responsfble for.

Revfer of all ~nfstratfve procedures an4 eunges thereto.

Revfee of all proposed tests an4 experfaents that affect nuglear safety.

C+ Revfee of all yroyose4 changes to ippendfa 'A'echnfcal Specfffcatfons.

Revfer of all proposed changes or eodfffcatfons to unft systeas or equf yeent that affect nuclear safety.

Revfer of the safety evaluatfons for procedures and changes thereto coap1eted under the provfsfons of 10 CN 54.59.

Investfgatfon of all vfolatfons of the Technfcal Specf ftcatfons fncludfno the preparatfon and fonerdfng of reports coverfng eva1uethon and reeomendatfons to prevent recurrence to the Vfce presfdant-Nuclear Operatfons and to the Susquehanna Revfas Coealttee.'evf~

all RINNTNLK EVENTS.

h Revfer of unft operatfons to detect potentfal nuclear safety haxards.

Perforaance of syecfal ~fee, fnvestfgatf one or analyses and reports

~I thereon as requested hy the Superfntendent of Plant-Susquehanna or the. SusqMenna Revf ee Comf ttee.

e

~I Revfew Revfee tl Revfee of the Securfty Plan and shall subelt recounted of the t C N Esergency Plan and shall suhalt recommended of every unplanned onsfte release of radfoactfve eaterfal to the envfrone fncludfno the yreparatfon an4 fomardfng of reports cewrfno evaluatfon, recomendatfons an4 4fsyosftfon of the d'or changes changes to to rectfw actfoa to yrevent reams to the Vfca Presf4ent-Nuclear Oyeratfons an4 to the Chafraan of the Susquehanna Revfew Ceaefttee.

Iavf~ of crannies to the PROCISS CmrrRe. PROaam, Omm aOSC

~

CiLCQLATDN )NIVAL, an4 ~aste treatwent systees.

gauger of all p~poseta4aagas< ~<~+4~ R~cum~h +raw a< +aN mbw + a,PPCeVak ~q~ 44 $ ~&~na geW~ g, ~,~~

"ar 5.7 6.1.1 The foeowing actions shall be taken in the event a Safety Limit ia violated:

a. The NRC Operations Center shall be notified by telephone aa soon as possible end in eN cases within 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br />. The Vice Preaidentklucleer Operations and the SRC shall be notified within 21 hours2.430556e-4 days <br />0.00583 hours <br />3.472222e-5 weeks <br />7.9905e-6 months <br />.

b. A Safety Umit Violation Report shall be prepared. The report shall be reviewed by the PORC. This report shall describe {1) applicable circumstances preceding the violation, {2) effects of the violation upon unit components, systems or structures, a@i {3) corrective action taken to prevent recurrence.

c. The Safety Umit Violation Report shaN be submitted to the Commission, the SRC and the Mee President-Nuclear Operations within 11 days of the violation.

d. Critical operation of the unit shaH not be resumed until authorized by the Commission.

8.8 8;8.1 Written procedures shaH be established, implemented and maintained covering the activities referenced below:

a. The appQcable procedures recommended in Appendbc A of Regulatory Guide 1.33, Revision 2, February 1978.

b. Refueling operations.

c. Swveiilance and teat activities of safety related equipment.

d. Security Ran implanentation.

~ . Emergency Ran implementation. If

f. Rre Protection Program implementation.

g. PROCESS CONTROL PROGRAM implementation.

h. Offaite Ooee Calculation Manual implementation.

i. auaNty As+rance Program for effluent and environmental monitoring. using the

~

guidance of ory 4.14, February 107$ .

4 ~gc.hnicBl equi'mend grave ~p/e~~~6<~

And 8 6.8.2 Each procedure of 6.6.1(a) through (g) above, and changes thereto, ahN be reviewed in accordance with Specificationa 6..1.6 or 6.4.3, aa appropriate, and approved by tf prior to implementation and ahaQ be Gt5Lf'A gQiipi perlodic&y aa set forth in administrative procedwea Nocedee of 6.6.1. above. and changes thereto, that ia established to implement CASI'gNÃtlons of the radiological effluent and environmental monitoring programs and thoee portions of the ODCM that are the reaponaibNty of Nuclear Technology shall be approved by the Manager+tuclear Technology.

0 I