ML20012F349

Proposed Tech Specs,Deleting Fire Detection Instrumentation, Fire Suppression Water Sys & Spray &/Or Sprinkler Sys

ML20012F349
Person / Time
Site:	Fermi
Issue date:	03/26/1990
From:	DETROIT EDISON CO.
To:
Shared Package
ML20012F348	List: ML20012F349 NRC-90-0040, Application for Amend to License NPF-43,removing Fire Protection Requirements from Tech Specs,Per Generic Ltr 88-12
References
NUDOCS 9004110196
Download: ML20012F349 (29)

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I S/4 > 44 Sowme tange 0tenitors..............

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3/4 > ?0 Lesse Pett Deteetten Systas..........................

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3/4 F 1 targency Rgetpoemt coeltas Water systen.............

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3/4 F 8 Wittuate Nea t S tak................................... 3/4 7-4 3/4.7.2 CONTROL 800N EM(MENCY FILTRATION SYSTEM.............

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3/4.7.5 SNtMttR$.............................................

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4 MAIN TUR81NE SYPAS$ SYSTEM Am MISTURE SEPARATOR 3/4.7.9 RENEATER............................................. 3/4 7 40 I

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8 8/4 41 8/4.4.1 8ttttCULATION ST878M............................

8 8/4 41 8'/4.4.8 SArtTV/RSLIEF WALVB5............................

8/4.4.8 MACTCa 800'.Alff SY8Tm teammar 8 8/4 4*8 Lankage Dr 6estien Systems.......................

8 8/4 4*8 Opetetteral Lashage.............................

8 8/4 4*8 R/4.4.4 0 9 0STRY.......................................

8 8/4 4-3 8/4.4.8 SPECIFIC ACT1VffY...............................

8 8/4 4 4 8/4.4.6 PRESSWE/ftpetaATutt L31GT8.....................

8 8/4 4*8 8/4.4.T gek!N STRAM List 190LAT10N MLVE5................

8 8/4 4*l 8/4.4,3 STRUCTURAL INTtsRITY............................

8 8/4 4*5 8/4.4.9 Ogs! Duel NEAT RDOVAL...........................

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CONTROL ROOM EE RGENCY FILTRATION SYSTEM........

l 3/4.7.2 B 3/4 7-1 3/4.7.3 ' $NDRE BARRIER P90TECT10N........................

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3/4.7.9 SEPARATOR RENEATER..............................

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3/4.8 ELECTRICAL POWER SYSTEMS I

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CES, D.C. SOURCES, and ON$1TE POWER S 3/4 8 1 3/4.4.3 A.C.

DISTRIBUTION $YSTEMS............................

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ELECTRICAL EQUIPMENT PROTECTIVE DEVICES.........

3/4.8.4 3/4.9 REFUELING OPERATIONS l

1 8 3/4 9-1 3/4.9.1 REACTOR MODE 5 WITCH.............................

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J 3/4 9-1 3/4.9.2 I NSTRUME NT AT I ON.................................

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3/4.9.3 COWTROL R00 P051T10N............................

8 3/4 9-1 3/4.9.4 DE CAY T I ME......................................

8 3/4 9-1 3/4.9.5 C0104UNICAT 10NS..................................

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3/4.9.6 REFUELING PLATF0RM..............................

B 3/4 9-2 CRANE TRAVEL-$ PENT FUEL STORAGE P00L............

3/4.9.7 WATER LEVEL - REACTOR VES$tL t 3/4 9-2 3/4.9.8 and 3/4.9.9and WATER LEVEL - $ PENT FUEL STORAGE P00f S 3/4 9 2 3/4.9.10 CONTROL ROD REM 0V AL.............................

S 3/4 9 F RE$1 DUAL HEAT REMOVAL AND COOLANT CIRCULATION... h 3/4.9.11 i

Amendment No.39

'l xv FERMI - UNIT 2

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SNST8 M NTATION................................. S/4 F 73 p

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< SADIDACTIVE LIQUID EFFLUENT 191170R15 l

INSTANNTATION SURVEILLANCE MON!WWITS...... 3/4 F74 l

i 3.3.7.12-1 340104CTIVE G45EOUS EFFLNENT SWi!TORINB INSTALMENTATION................................ 3/4 977 4.3.7.1F1

84DIDACTIVE GASE0US EFFLUDff 4Wi!TORING INSTR M NTATION SURVEILLANCE M QUIRD elf 5......

3/4 F 81 i

3. 3.k1 FEEWATER/ MAIN TURBilE Tt!P SYSTEM ACTunfl0N p

INSTRUMENTATION................................ 3/4 F 87 I

3.3.9-2 FEEWATER/ MAIN TURBINE TRIP SYSTEM ACTUATION h

INSTRUMENTATION SETP0lWT5...................... 3/4 P at L

4.3.9.1-1 FEEDWATER/ MAIN TURBINE TRIP SYSTEM ACTUATION l

INSTRUMENTATION SURVEILLANCE REQUIREMENTS......

3/4 U tt 3.4.3.3 1 REACTOR COOLANT SYSTEM PRES $URE !$0LAT!0N l

VALVES......................................... 3/4 4 12 l

3.4.3.2 2 REACTOR COOLANT SYSTEM INTERFACE VALVE $ LEAKAGE l(

PRE S$URE MONITOR $.............................. 3/4 4 12 j-j 3.4.4 1 REACTOR COOLANT SYSTEM CHEMISTRY LIMITS........ 3/4 4 15 i

4.4.5-1 PRIMARY COOLANT $PECIFIC ACTIVITY SAMPLE AND I

ANALY$15 PROGRAM...............................

3/4 4 18 I

4.4.6.1.3-1 REACTOR VE55EL MATERIAL SURVEILLANCE PROGRAM--

WITHDRAWAL SCHEDULE............................

3/4 4 22 4.6.1.1 1 PRIMARY CONTAINMENT ISOLATION VALVES / FLANGE $

LOCATED IN LOCKED HIGH RADIATION AREA $......... 3/4 6-lb

3. 6. k1 PRIMARY CONTAINMENT ISOLATION VALVE 5........... 3/4 6 32 3.6.5.3 1 SECONDARY CONTAINMENT VENTILATION SYSTEM AUTOMATIC !$0LAT10N DAMPERS..................... 3/4 6-53

3. 7. k1 SURVE Y POI NT S FOR $NORE SARRI ER................

3/4 7 13 3.7.7.F1 FME-ND6ESTAH9NE...P.f.W.?RP............... 3/4 7-32 3.7.7.6 1 VARD-flRE-NYDRANT&- AND-A550CIATED-NWDRANT-IDGE i

MW6M..R#i hT.W.9............................ 3/4 7-37 l

4.8.1.1.3-1 DIESEL SENERATOR TEST SCHEDULE................. 3/4 $*8 l

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i FERMI - UNIT 2 xxiv Amendment No.

49 1

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MIBE M E l

3lg,3,y.at DE.LtTED j

3envis

'meu pet _an 1 sheNtementatten for seen fire ten 4 3.3.7.

As e statesla Telel.f?

the ft be GPthABLt.

eens egen reent I

eteet gppeent protected by the fire eteetten t g!!g:

te one er more a.

With ember of GPIMBLE fire deteetten las j

eenes the T 1 theter of j

n but cert then one half of,for ion A. restore ths l

l 1.

e shown la tele 3.3.7.>1 eFunettenAtastrument(s)to Lt status within not 34 ers e within 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> este tten a re ten setrei to inspost esper

,e with the tasperable tapt

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et least ente per l

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theeene(less fastrument(s)is1 1 tee the genteiseent, l

hour,taspect t sentainment et least enee per e loves er un l

then et least ente per hour monitor the inment sit et the lesettens 1sted la fisetten 4.4.1.7.

l of lastn mente slown in l s 3.

One less then the 1

8, or one-helf er less of the Tete) l l

Tele 3.3.7.P1 for l

to Tele 3.3.7.>% for Function A eseet testruments faspere1e withIn 1 Ihaber of Instnments or with astr two or petroltotaspecttheeenes)with i

tour establish a ft we et least enee per tour, e oss the the taspetable inst at(

tastroent(s) is '

sted las the senteisment, then taspect that i

i sentainment it least e 8 Invrs or eenitor the een-toissent ett retore et enee per hour et the lesations j

Itsted ta ficetten 4.4.1..

b.

The provistens Specifisettens 3.0.3 3.9.4 are att app 11seble, f

mutyt!LL = i E st!

J s which are l

4.3.7.9.1 tech the above regetred fire deteetten i

.E et least once i

eseessible mit operetten 11 tom L FIRICTI8nhL F

detectors which per 4 eenths performente of a ten sha)) to demonstreted RABLE by the are act s ble during mit of a CN40sitL FIBICT!

TEST during each Sta esteesing l

perf 34 less perfereed in the previous 6 eenths.

I 1sted

.I The IFPA Stenderd 730 supervised ettevits supervisten as struments l

the detector eieres of each of the above requires fire detection l

4.3.

wi 1 he demonstrated OPttABLE et least enee per 6 months.

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4.3.T.9.3 The non supervised circuits assteisted with dete ente per 31 days.

l 3/4 #-87 fem! - 1811T 3 t

18812 3.3.f.>1 mvab se ma.

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Comer IPCI 4

t/0 5.

Somer I

St3C 8/9

6. First Fleer N/0 8/9 7.

tas Ares leer te Floor

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18. Gefueltag Area.

10/0 FiftA Fleet 17 i

A M11tary hildina

1. I M N I Meeldir 8.

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I' fret Floor Ilmasentee table d' Osse, M'

8 UM 7

4.

ereen e

m Floor le funnel 9

38/9 1

1e fray Wee Floor II ssenine M

S/It 7.

pg y

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Sri r.

tot and CH bleet 14 34/9 9.

h Floor 18 6/9 18.

Ifu Fleer 5/0 fem! - WIT 2 8/4 >GS l

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PLANT SYLTEG 1/4.7.? Flat appeenstag gygtet$

M4.7.7.4 bl.LETEb i

(imiiith ttsdlltion FOR SPtt&TieN he f1M ogpressten utter systes shell be WSMBLE with:

3.7.

eesh with a espesity of 8000

. with he fire septession peps,the ?9ee egpression heeder, a.

Weir elesharge e11gned to 468 feet, b.

genere) servies unter toegae strustsee unter love and s.

An Lt flew path sepsble of taking eastion he genere) servise ter ietske streetere and transferri unser through 81stribut piping with OptaABLE soettenelis

.senteet er feeletten v vos to the perd Iqyerent eat

s. D e test selve ahead of the ter flow eleve Revise en sprinkler er nose steneige and last velve ahead of systes roovired to be OPinABLE per ifisettens 3.7.7.8

.7.7., and 3.7.7.6.

a AP1Litat1LITY: At all times.

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tNth one pep inoperable, a to the isoperable p op to OPERABLE etetus within 7 ears or de en ettereste backs pep. The provisions of Specifiset

.9.3 and 3.0.4 are att applisele.

b.

tHth the fire oppress us ystem otherwise insperable.

establish a heebe fi seqeress meter system within 84 heves.

MalLLMt niiinf1Ranii _

4.7.7.1.1 The fire o rossion water systes shs11 essenstrated OPERABLE:

e.

At lees per 7 days by verifying the et a n unter apply level.

t ente per 81 days by starting the elette ester-deiven fire 6.

At rossion pump and operating it for et feest 18 notes en e

tesulation flow.

nuel, At least ente per 81 days by) verifying that each selvepowee reest e

position.

8/4 7 24 FttM1 - UNIT 8

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.1o =r: miinia-;wis ttanti 1

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l M least esos per M eenths by performenee of a system flesh.

d.

selve the onesesp1beasttestab)$1 ty sysli e.

t least once U

f sys)e of fe peu et l

..,eten f

. i test f.

=

t enee per = essihe, is (en of the tersuchowt l

set asledes steelsted l

. f ts ing seguense, and:

f ese of 188 of ng that each fire pup develops a di a 35 pa at I

1.

i et GM of reted pessowe (8 I

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, and resorting emetered steense et einime l

and 2.

ins selve in the flow path is set testable dering ant 4peret through et least one 1ste sp le of tw11 l

1,and I

l fire suppres on pump starts sogentis11y l

3.

Verifying that s

to esistain the fi suppressi veter systes presw m prester l

then er equel to sig.

C w eine. fi

= st.f me syste. in

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.re en la of the Fire protection

=i.est eye r8 actoreanse vi d by the Rettens) Fire Pretattien f

l AssetiatIen,% Edit en, ptel Nenteek 16 l

si sheli ise demonstreted d.7.7.1.2 The diesel-driven fire 1

OPttABLE:

e.

At.) east ente per $1 by:

1.

r ne fuel sterage tank et least 180 pellens t

f the diesel dien peep from esb1 i eenditions and i

2.

Storti e on I

operet for greater then er ap:t1 to N rest vlation flow.

I At 1oes once per St days by serifying that a sample f diesel fuel AffM Ot?> 65 feel storspe tank attained in etterdance vi ied in b.

from reved 1980),16 wiula the seceptable lloits spot sediment.

e 1 of ASTM 997P 77 when ehested for viteesity, uste

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T Ioast enee per 18 months, during shutdown, ty subjecting he l

diesel to en inspection in assertence win precedeves prepare in e.

s of senjunction win its manufacturer's reconnendations for the si service.

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hampe=: sw==m twee j

ans esel-driven fg: starting M volt bettery 4.7.7.1.3 tested eherger shall l

4.

At least T egys ty verifying thet:

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The elastre) level of esen het is above the pistes.

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The bettery sport its to ??*F, is greater then er o pal to 1.

3.

The bettery voltage i e then er equal to 34 volts, and i

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6.

At least enee per i>y vert thet:

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The het and bettery reeks show as 1 todisation of plyst esmage or ebnemel esterioration, en ti i

2.

Sterrte battery and tereinsi eennections are s1.ght, 4

• free 6f sorrosien and seated with antiserresten as l,

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htmiis amatite pet aptsattaw The fellertag sprey and aprinkler erstens she11 to GPtn4BLI:

3.7.

IkEEIE E

Buildine 860' tiet Sprinkler a.

L Terus twa 2.

IE terner tone 940' 1pe Sprink)er 3.

Tw6tes and pep toes 540' t pipe Sprinkler

.. First eer, taittood toy 983' that Pipe Sprinkler 5.

Second r, table Treys

$13' tiet Pipe Sprinkler 6.

Fourth Fl IS Sets

$41'8" tiet pipe Sprinkler l

i 6.

p111arvtuildi M1' S&t' tiet pipe Sprinkler l

2. Ileasantas and Cab Trey

- 803' tiet Mpe $prinkler l

1.

Sesament 8

• Ares 3.

tientilation Equipment 477' Ilennel Fleeding System l

ie.,reedia,.

0'..

. inn.e,.,rinue, 0

l' test Pipe sprinkler

5. terrider

t. M titt Pipe Sprinkler l

1.

Fee) 011 Sterope enk teams -

(4) d.

General S m ies e7"rm j

test Pipe Sprinkler l

L tietel Fi Pep toes 1

and/ee sprinkler g

ge g j e stacted by the op j.

3:

nkler systems j

ene er spre of the above remrited sprey and/or with a.

tM reble, within 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> establish o sentinuous fire redondent fire suppression oevipment for these areas in whi blish eystems er geoponents seuld se deanged; for other trees, es en hourly five usten petrol.

1e.

The provisions of Specifications 3.0.3 and 3.0.4 ete not app 11e b

3/4 7 17 Ftml - WIT 2 l

(

fur _Emem SUWilldNCE BW1RDENTS 7.2 teen of the ebeve eetprived sprey and sprinkler systans she11 ted OPEAABLit we (eeneel.

ente per R days by)verifrtaa that each -

a.

At

, or estenstis in the flow pe in tto serfect pese positten.

b.

At 1 stet ease per U eeth testable velve in the flew path tarough et A n to ayste of full trevel.

s.

At least ease per N by perf systas functional test escept which includes e estomatic estes sech systas.' inspectors the ventilett annuel fleeding systas. Dy ing the test valve vertfying the unter flow eleen annunc d.

At t ease per 18 months by a visue) inspection of the apt t

r te verify its integrity, s

O 4

4 e

e 4

g 6

4 FttM1 - nat!T t 3/4738 L

I j

I l

W_

.3N.9.1.3 QUATED l

M-iin; emusine see apenanae j

8 The fellerieg new pressure W systses she11 to OptMNA:

l 8.7.

g Emergency diesel genereters, We eenplea.

e systes eheresol filters, Anar111ery 1 ding, g ges b.

l e trey eres, Austitary settetes, elevellen 831',

Meisten II owltehgear fees, Austtfety tut)

, elevation i

s..

4 d.

Oste Ma'4 f

s.1, t proie.ted my tne e,

to ts,e ired t.

i l

gi l

g:

i a.

trtth one er as f the shove togstred systems tasperable, within 1 have en lion a asettauses f with teste fire espression equipse for these crets a which fecundant erstems or L

sempenents seuld be

for r areas, estehlish an hourly l

s fire Weten petrol.

b.

The provistens of Spect tt

.0.8 and 3.9.4 ore est applisable.

BS5;tt~r sitouters.wes l

4.7.7.3.1 Each of the eteve trod CD.

the11 he demonstrated i

SPthABLE at least ease per 31 ty weH fyt that each valve (eenuel, power sperated, or estematis) in f av path is la servert position.

systems shell be 4.7.7.8.8 Esen of the foguired law pressure g

sonenstrated spannetti l

s.

At least per 7 days by vertfytag the eterage tank level to De greete then 905 full for tems e and b and greater than

(

er systems e and d

, and press to be gesater than i

4 R fv1 tems.

$50 ps tot less than 880 pstg for all of the 6.

At at enee per SS senths by certfyfag fire sempers The system, testuding esserieted wantitetten eye and/or 1

and fire eser telease mechantees, estustes, annue signal, and estematiselly, open faseipt of a stestated actuati l

Flow from each esenle dwHas a

• Puff 7est.*

2.

8/4 7 29 Ftlet! - WIT 2

~

Em1Emms f!Md*H*PER A14.79.64 bE&RTEb Mufften ftsettleu Pet C+itAtton

/us 4 The fe11 ewing Nelon systems the11 to 9Pt4ABLE with the sterope 3.7.

in e De asin beak or the reserve beak having et least $1B of the of et easerve tank full eherge weight and 9(E of the mein teak the tank or reserve Cu11 sherge pressures e.

Se rene, elevetten 818'6".

b.

Cable reading room, elevation 630'6*.

s.

Casputer

, and under fleer, elevation 868'l*

Wheneve equiparat protested by the Ibn systems is requires e

AMB 4.

With one er more of ebeve requi Nalen syetaas inoperable, within 1 have estabitsh senti fire weten with beske fire se es in unten redundant systems or espression equipment for fe other spees, establish an hevely tsaponents seuld be fire match patrol.

g b.

The provisions of Specift ions

.0.8 and 8.0.4 ave act app 11estle.

SURVt1LLNt nimf1WEWT5 4.*f.7.4 Seth of the ebeve trod Nelen systems 11 be demonstrated OPERABLE:

a.

At least one r 31 days by serifying that velve(mehual, power-ope e,orestematic)intheflevpath in its correst k

position.

b.

At 1 ente per 6 ennths by verifying Nelen sto tank way.t and store.

e.

At east once per le anoths by:

teclading assoaisted went11sti ystem Verifying the systen, door reitese mothenisms, esteetes, nually fire aanpers and fire and estematically, upon receipt of a staulated eetuation

gnal, and performente of a puff test through all heeders eno noggles to 8.

assure as bleekege.

8/4 7-30 FERMI tal!T 3

4 1

i 1

j N

.SN.7."F.5 DLLETE.0 limifilm teeffiell Fet GPttAtleti l

The fin teos stations shown la Table 3.7.7.k1 shell be OpthAt f

3.7.

APPLitABttffY: h enever equi in the areas protected by the fire se i

sunens required ta be AABLI.

E le 3.7.7.6 1 l

or more of the fire hose stations s6ewn in hose sta-a.

tPith leone evtjet of the eye shall toprovide geted eye (s) en th stanesed taspe tion (s).

length of se provided for the hose station. Y setend outlet of the tent to provies tene-eye shall sonnected to a length of hose suffab)e hose eletten.

ese for the a left agrotected by the i Ifem it sen treted that the plwei routing of the fire hose

[

rating technistans.

uov1d result in vosognisele haaste to re hose shall be stored plant eevipment, the hess itself, the in a te11 at the et of the BPitABLE se station. Signs shall ntify the proper nose to l

be asented above the tedeye(s)tei i

I est. The above ACT!

hell be ished within 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> if the i

I inoperable fire hose to primary ens of fire suppression; i

g etherwise resta the addit nel crithin 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />, j

3.0.3 and 3.0.4 are not applicable.

1 b.

The provisions of $pecifisat

(

\\

suWt1Lt*Mt stoutiiEvts l

4.7.7.5 Each of the fire hose s tens shown Table 3.7.7.F1 shall be essenstrated epttABLE:

At least ease per 3 days by a visual i etion of the fire hose stations accessib during plaat operation assure a)) required l

a.

l orpipment is at stetten.

l 6.

At least ense r 18 months by:

ion af the'ft m iose stations t accessible during ration to essere all togvited equi nt is at the station.

1.

Visual Plant l

ing the hose for taspection and re-retki l

and l

2.

estets in l

3.

I pecting all gaskets and repleting any degrade i

t couplings.

c.

At east ente per 3 years by:

e j

Partia11y spening each hose station valve to serify va l

OPERAB3L17Y and no flow b1stkage.

Conducting a hose hydrostatic test at a pressere of 160 ps er at least to psig ebeve the maximum fire esin operating press ee, 3.

whichever is greater.

d i

3/4 7 31 FEIMI - WIT 3 1

t t

1

IMLLhL11 IdLETT.h N

hitatteN M

e.\\enarterbuildina

. Fim hose et tap of steinsey in nortawest eum hviteing FN' 1

2.

tre hose et mortauseet somef-GM'4" GB 2-elevater 3.

F1 et savuesest semer 404' 4 '

EB 3 4.

Fire e et certhoest stairway 084' 08 4 5.

Fim hose n se.theast weituey

' 4".

08 5 4.

Fire hose et vtamost semer evtsies eleva e 459' 4 "

M4 7.

Fire hose et se et semer in stairway GM'4" 08 7

.. nee hose et es.u.se se et steirwe,

.: c

3..

9.

Fire tese et southeast r

at steietsy 459' 4 "

M9

10. Fire hose et somer

.M1'*6" M 10 et stairway

11. Fire hose et et semer at stairway by levater M1'4",

88 D

u. Fire hose a sevtanost corner

'*4" M*U at stai D. Fire et seetheast semer

, M1'-

W 13 et ste ey

14. F1 se et norta.sen esmer

$13' 4" 38 14 elevator 18, in hose et sevtlesest esmer at tottaa of steigway 413'-8" M5 eenitoring resk (ywe11 teatrument Fire hose meer dreast weltway) 418' 4 "

M44 1/4 7*18 FleM1 Ult!T 2

I-q l

j' k

JMLt3.7.741(Continued)

/

AELETEb M1HS891MitM i

ggggum l

SU'f B 17 7.

Fin hete in the northeast somer

38. Fire hete et senhetst somer

$13'*S' B

sus h1 4 eseess 19.

hose et asethwest corner 983' 4 '

N'19 elevater

30. Fire et certheast eerner SN'4 M 20 seer s iruey W 11

21. Fin hete t feittood bey M3' l

l*

st. Fin he.e es est eer r

't E 22 near steitway l,

I

33. Fire hose et ont nee to eentaissent (

st)

S$3' f B 13 b

H. Fin hose et serume eerneg 962' M m 24 near elevater tl. Fire hose et softheast MI'f BN r

near stairway M. Fin hose et sovuseet Mt'f BN amar stateway

27. Fire hose et st corner Mt'f 5 !?

near stairuey

[.

l M. Fire he6e et at eerner

. 'M EN este staitway N. Fire hose northeast somer M0' mN amar stai M. Fim e et sesumest semer MD'M N 50 mest 1rway

31. F1 hose et sodheast somer M0'f 31 r stairway M0' +

B-St.

ire hose,in IPCI roen Mt '-0" B 33 3.

Fire lose in CRD gwap roen 8/4 7-83 Ftml WIT 2

l I

l j

i I

i l.

IMit1LAl 1 (Continued)

DEL &TEb i

unenten g

f 6.

Aunt 11arv hv11 dine Fire boot at testinest iemer in sentrol senter air sent tiening equipment toes

$U'-4" 1

2.

to heet at nortinest semer in tilation equipment eroa 677'-4" AB 2 l

1 i

3.

Fire et assuneet well in senti tien equipment eroa SU' M3

]

I 4.

Fire at merth side in eentilett equipment area

'-4" M4 5.

Fire hose et side in eentilation paent area 669'-6' M,5 g'

I, 6.

Fire hose evtsi enteel rose l

near senter slet 643'-8" M4 i

7.

Fire hose outside cab sp ding ream in stairway free 1 room

&M'-6" M7 i

8.

Fire hose seeth well

t. ray i

resaaserstaifuey SM'-4' M4 i

9.

Fire hete meer eel line06-4D' 8" M9

10. Fire base la wel fees reacto s

building 613'-6*

AB 10 r-l l

D.

Fire hose in i

free relay l

rees to 1 sable area

'-6" AS u l

i

12. Fire t sevueest eerser hy l

MCCW t enehenger M3' As 12

13. Fire se et solumn 4,14 RBCCW l

area 53'-6" M 13 14.

F, hose near nespressor receiver j

er Division !!

S$1'-0" 14 15 Fire hose near esepresser receiver for Olvision !

Ell'*0*

As 15 l

1 4

FEIMI - WIT 2 1/4 7 M s

T M Lt L ? d a 1 (coattenes)

If.Lt.TED N

L$MTIM M

&al llaat " ~;;1 f981 tennian g.

1.

ho6e et tap of stai mer to R7'M M1 switsegear fees 2.

Fim to et tap of stairmer to f

M2 M 2 swt r toes 3.

Fire hose in

-1 aoer diesel pnerater eeni ter peup 800' f M3 4.

Fi m hose in 9 9 3 di 1

800' f M4 pnerater sentes meter l.

Fire he6e in M 1 r die 900' f M5 pnerator #U s

6.

Fire hose in t meer diesel -

't M6 pnetster f

7.

Fire e in M 1 aoer diesel y

ter fu 990'-

M-7 8.

re hose in M 2 eser diesel 590' f pnerator M4 e

9 e

4 3/4 7-35 FEMI - WIT 2

{

j i

~

o M

^^ 7 -^:

$,7,7 L, &a(Avsb I

7 -' : ;;.2 J' ; :  ;. JJ~ : '-

i LVITINS **fTION Fitt OPttATION i

l in and associated ydrent hose houses j

37.

The pised fim Table

.7.k1 shall to Lt.

ed fim l

Whenever ogvi et in the areas protected W the f

I l

iM u h J.

p l

E isted eyerent hose een of the yard fim tydrants or as n 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> neve I

a.

With one erable,wt in Tele 3 7.7.61 inop/2 fach di ter hose leseted in houses itionet lengths of 8 1 ide service to the l

sufficient 61fThe.e,erhouseto ent hose i

ie fin er es.eet.ted eneddacent. s>is the er,es, hose wl on,,

. cud es.no e< in yp ssi.ni i

tydrant he..

attitions) in M hours.

othefwise provies 8

b.

The pfevisions of Spot laations 3.0.

and 3.0.4 are not applise61e.

f l

SURVt1LLAktt tiDU!iisNTS ssociated h erent hose houses shown 4.7.7.6 fach of the yard fin tydrant LEt a

l fn Table 3.7.7.F1 shall he essenstre d SPE l

At 1sant ente per 31 day visus) i etion of the tydrant hose house to assure all red equipment at the hose heute.

l a.

l, il er fley and during IIsteh'lly )

b.

At lotst ense per 6 nths,duri visue petting each yard fire ette6er

movember, herre ery and that the September,d verif ng that the tyerant an

(.

lytrant is not l

\\

c.

At least enee r 32 seethe by:

l 160 psig er 1.

Co ing a hose hydrostatic test et a pressure pnssure.

l et 1 et 50 pois cheve the seateam fire esin operat i

i wh ver is greater.

f plecement of all tegended taskets in couplings.

1 i

3.

j Perfereing a f)ew shock of each tyWrant, 3.

J i

)

3/4 7-36 f

FttM1 - UNIT I 1

t

.----n

0 fMLt 3.7.LA-1 ggg s.

eagles and the 6.

Sosumest of the 30

" Tfr-* d beester M1813 4.:

s e,.e tee s

S G

l*

4 S/4 7*37 F(IMI

• UNIT 2

)

BAllLIIIIIIS 1/4.7.8 %"_ r _. 2:Z "4 hPfab htmittat E-!T1081 FOR idiiAftew All fire voted essesbites, tasluding me11sfety related fTre, sable floor /se(11ans y

8.7.

areas e e and other fire barr16rs. esperating ee ensies portient of eggundant eyetges tapertent to safe 80wteown wi<

n five and all 8e419 toes in fire reted essembly penettett to esperet

, esble piping ventdation t

iasleding deers, fire penettetten is and venti en seats, s, hall te Lt.

APP 11 CAR 1117Y:

411 tiens.

M:

e.

With one er se of the ebeve toesteed fire essemblies and/or reblo,e4 thin 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> lish a sentinuous sealing devices et one sies of the aff essembly(s) and/or fire watch en et posiing devise (sb rify the OPitABI of flee estosters on et least one side e" the reble es (s)andseeltagdevis6(s) 8 and establish an hourly its usteh

.8 and 8.8.4 ore met appli,seble, b.

The provistens of Specift ens autyt1LL e t ttoultiE NTs 4.7.8.1 toch of the above tegui fire ested semblies and penetration osaling devices shall be verifie RABLE et 1 once per 18 months by performing a wises) inspection e.

The espeted surf a of each flee teted.as ly.

b.

tech fire and essettsted teeesere.

a.

At least of eeth type of sealed penettetten. I rent shenges e er abnetasi degredations are found, e vel inspection in appearittene) 105 of each type of eseled penetretten hall to ease.

of en th no ten prosess sha11 sentiamo unti) e 105 ses,1 This ad.

at thenges in appearanse er abnevesl Ge0redation is be les shall be selected such that tech penetration seal wi app posted et least ease per 15 years.

e 8/4 7 88 FleM1 - UNIT I

T

,]

9 e

6 9

8 e

parL8mR

/

wu

_.c..w_ a r.,atr6 Test.

.gg.,,,

gj;'yge a r n a m.,,-

EF.Er.e.,e,

,,,e

.,e.

D. ' The pett%

eesh Deste$ sloted fgge et toast sees M r ? 8tre.

sten is m %este, flee eser d the n e%esteleet g,

et least ease per M tears.

4 9

4 8

r'g r

9 e

o e

e e

G

/

8/4 7'M

(

pggg. att 3 e

9

e' i.'

ameeg (M$M) are L L s naanlet Kt utten.atatta see Livv of tse nintee owetten enten omenos thet en actants) shlettee wi)) to end the ice estions w111 to totemet i

tett

$en 1 pese geroennel, tee to 9een empegency egea ten a

genega tet sa of as,the eh ettee sees of etete.

agati etten grotes wi 4eells to la Stoa to papelse tae protett h, ten geneetten systes 999v1998 by thisspecift sa se eens yt e the posessonest of latery evie o.96 ten 9fmaspepausePlgettentee) ters a0einst*

en Ast<eestal ettaa teleste, Revision 3,i8eausey, DELSTED 1 ann:2:1

'r^^2 - - x rn n" :h :n Zr:n is evettele for prompt elettien et fires and taet espasility i er tems,la e $goe estmetes ey flee electees, will 816 test i w es nt 5es)y eenner. Preept enestiga and as en et i 4 i s new $ n u i 4 r, s vm e,eu e setential ter eenpge to gefety poi ipment eng is t ateg a1 e i ese ni euerell festltty fire progreB.

o 4

e Ftre metecter, t%t m to atteste f<

esten erstems voteeseW ar e erstscei), tes>ertet c of it's tre protettlea es % el

.sectore t%t m instome Ne eiy e y fies geratag and esti is tien.

4 8

4 I +ueeet ly, un st atow swaw ire enestete aust be greater.

r N 1e 5 et estectier (11 for fire sten avstems, ettmetes 1, n re seieetv.

eau a si fteens t

Wee protection fet i o ete.

As.

t, the ute) sesent of a f a mots 1 aust to melt r stege taen muta to userontee for tse of e sec urt u.1 er en)I meIy tim seenias, fee asettionment of feoome o t4.tec e i

641'

,. L.in,the e ftstes peas is voeu!me to pew!ellow!t ta sepe I*

.. -.- -..u.

A&LLie_DtK4ttfattttf1 mumm Tse optaat Litt of tem epteetten ersten ensom that oefficient espebility is'avellebte to ettert estellis poets to the pelasty systee 6

and avoid et sitteete esmage to seteety system seegeneste. Tem ellemetle eWL*ef*eetvise ti6es and owPwe111 ente itements see gensistent with the petemmenestions of teguieteey Seteg 1.

• 6epse Peet Detettien Progree fee tse Peteery Systes of Light 2 2 & les 8ter 1981.

2/4.9.T.11 eethtflVE L10U19 ffFletIR 80N11081GB tilBTeleRWf&TleN The potteettive lige16 effluent esmitating lastrumpetetten is previses to es apelt9219. 48e teleases of retiesstive esterials in sanitet and sentto),ing arguel et potential releases of 11evig effisents. The lievis effluents Ove eleve/ trip setpoints fee tasse testvesents ses11 te seiselsted and e6 justed in ettercente with the methodelegy ens poteseters ta the CDCP. to ensure that the eleta/ trip wil) esser prior u esseedia0 tas 19eits of 10 pt Part 20. The CPta4BILITY ens use of this tastrumentation is sensistent with tae toevirements of Genere) Design tettette 60. 68 and M of Appencia A to le p t Port M.

• f tRM)

• UNIT !

$ $/4 34

s

..e P*

M

..s a/4.7.g asu es p =we etsnantattieu ring %eek The 1%eitettens en tenevele eestaminetten for 70.3Ns lette for testi

. taeludi phe emitters. to seced on 80 fees @' --' M. to wse.e latete eelmes.

This tien will easwo that elle pisten special musteer esterial eewees will apt steereine to their see, win led sewees ett etestified 1ste three 11ty of esme0s to a serveillante tege19ements esamenswete vi 1 headled em veterited These sewees die ete I

sewees shien are

. eewse to that grouq!.

to be tested more eften een these ship sto act.

.e.. sosted sewees within statinuously easieted wieta e shielded aschemise,ere esas18ered to to stated and need m fedietten monitoria0 helees,the shieleed esehenise, entess D ay see penewed fees i

a/4.7.7

%'". '_:."^ 2"': 3,6; tWARTEb

. ~ _ -

"s's1N'saiMIiit[festitty shore safis avaiI'etde'le ionfine and e

- - -.... ~ _,.

~_

~

teletoe equipment is leested

'ite sien tem consists of the se e

tea, and/or.

lors rtion of Os a

. Malen systems, and fire stat ens. The ottive s

tantial fire espptession systems to eseguete to sint taasItyof s

f 111ty fire ted equipment and is e aejer e)esent i 11 4.

iIsaage to safety-Iitetettien peogres, en systems ete inoperable.

la %e event that port of the fire supp to be sede available in 11 ternate beskup fire fighting 1pment is nt is testeved to service. Wnen le he effected stoes until %e I atended for use as a bestup asens he taspetable fire fighting equipse is e))eued to provide en etternate

'f fire tegefession a longer part I sens of fire f1 tIngthenif ipment is the priaefy means i

i >f fire ogpress on.

poseats pteride as 1 z ^ % t the state s set. An 411euence The serve 111 ente a of pe fire ag pression ers I pt8 ABILITY tequi a sufficient celues of Malen la the No totege tanks

's sede for ens se ght and pressere of the tanks.

Iy perify1 event the fire suppression water system bessets taoperable. A W. ate sorr.oettve se.s.s.o.res.au.st be. taken since this systen provides

~

i

__ __ m m _

r.---.

1/4.7.8 % '". . ; ^^^ Z ""

QEL87Eb

__m m-_.__

. _ m _. __

^N-A

- _ Ai I

A.

__-__.._..m

~ 'li!JZ 12 'm a ' "' T I i!' Tili l!' 2T* : Y'. 'l ~ ' 7 '

A=

A.__

bA a._

G' " 11_ _ri es 11 II. leTa I'.'1- ~

miZZ Lil!*Ti'! YLIIi..~ ""Z"'2"'.!_

- =

"IiJ C " '

T'.I_

'_iTJ _1 '~ ak.'aili' C li Z_~

"

• i1~w _' ~ ~ T ' l' _' '. _ i Z i 1 ' '.a!! ~ ' ' 'l I L ' ' 1 I U 411'

'2_ T Ii' Il! ' ' ' Zi.' ", ' ", ' ' '

T

....,.. Il "f I _ "' T _R ' '.'Y ' 4 1 ' H n =T.. ' M. "' ~ ~ ' ' ' ' ~~ ' ' "

E _'"

e 8 8/4 ?*4 F8941 - UNIT 2

e l

,,dIDNINISTRATIVECONTtDL5 l

i EU,,,Hgf, (Continued) c.

A Nealth physics Technicia shall be en site when fuel is in the reactory. e d.

All CORE ALTthATION$ shall be ab6erved and directly swervised by i

either a licensed Senior roter er Ilconsed Senior Operater Limited to Fuel Mandling has no other eencurrent nopensibilities

}

duri this operation; NQ*: M-st-Me five emisers sheWksein 4.

The ft befande shall Nucleat j

ittea Shift Supervisor I

, nor the two other

[

esebersoftheeInled r safe shutdown of tre l

unit gend required for other essen a durire f.

.Atministrative procedures shall be developed and laplemented to l

functions (e.g. g hours of unit staff who perfem safety related limit the workin licensed Senior Operators, licensed Operators, i

health physics p,ersonnel, suailiary operators, and hay maintenance personnel).

I Adequate shift coverage shall be maintained without routine heavy use of evertime.

The objective shall be to have operating personnel l

work a normal 0-hour day, 40 hour4.62963e-4 days <br />0.0111 hours <br />6.613757e-5 weeks <br />1.522e-5 months <br /> week while the unit is operating.

Neuever, in the event that unfero6een problems 1.re substantia i

amounts of everties to be used, or during en periods of shut-i down for refueling enjer maintenance or major unit modifications,

..en a taaperary basis the following guidelines shall be followed:

1.

An individual should not be positted to work eere than 16 hours1.851852e-4 days <br />0.00444 hours <br />2.645503e-5 weeks <br />6.088e-6 months <br />

s. /

straight, excluding shift turnover ties, j

2.

An individual should not be pomitted to work een than 16 hours1.851852e-4 days <br />0.00444 hours <br />2.645503e-5 weeks <br />6.088e-6 months <br /> nor more than 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> in arqy 48 hour5.555556e-4 days <br />0.0133 hours <br />7.936508e-5 weeks <br />1.8264e-5 months <br /> in any 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> period,72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> in esty 7 day period, all exclue-i period nor more than ingshIftturnoverties.

3.

A break of at least 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> should be alloued between work periods, including shift turnover ties.

t during extended shutdeun riods the use of everties Exce$d be considered on an indivfemal basis and not for the !

4.

shou entire staff en a shift.

Any deviation free the above guidelines shall be authorized by the Plant Manager er a lection Sverintendent er higher levels of in accordance with established procedures and with annagement documentatIenofthebasisforgrantingthedeviation. Centrols shall be included in the procedures such that individual overties shall be revisued sentAly by the Plant Manager er a lection Super-intendent to assure that excessive hours have not'been assigned.

Routine deviation from the above guidelines is not authorised.

pos1% nm w16/ fed rine nealtn rrtysics Technician d "t= bi y.he.

(.f-the-e4e4eum-regeteesents for a period of tInf: n-;::i to acconnedate unexpected absence, provided tenediate action is taken to fill i

i the required positions; FEIMI - UNIT 2 62 Amendeent No.11, 30 f

h

~.

i f.'

'ADN1N15TRATIVE CONTROL 5 l ('

RESPON51BILITIES(Continued) i 1.

Review of every unplanned ensite release of radioactive material to

'the environs including the preparation and forwarding of reports 4

covering evaluation, receanendations and disposition of the correc-l n460s action to prevent recurrence to the Vice President Nuclear

)

Sperations and to the Nuclear Safety Review Group; and

)

e.

Review of changes to the PROCESS CONTROL PROGRAM, the OFF5ITE 00$E CALCULATION WREL, and mejor modifications to the Redweste Treatment Systems.

j n.

h wew or the fh c.

Pro te c h.

Prepans.

en 6.5.1.7 The Olho shall i

I s '.

Receanend in writing to the Plant Manager approval er disapproval of items considered under Specification 6.6.1.6a through d. prior to their implementatier, b.

Ronder determinations in writing to the Nuclear Safety Review Group l

with rosard to whether er not each ites considered under Specifica-j tien 6.5.1.6a. through f. constitutes an unreviewed safety question.

)

c.

Provide written notification within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> to the Vice President-Nuclear Operations and the Nuclear Safety Review Group of disseree-ment between the 0$R0 and the Plant Manager; however, the Plant Manager shall have responsibility for resolution of such disagree-monts pursuant to Specification 5.1.1.

('

RECORD 5 6.5.1.8 The 05R0 shall maintain written sinutes of each 0500 seating that, at a sinious document the results of all 0540 activities performed under the responsibIlityprovisionsoftheseTechnicalSpecifications. Lepies shall be provided to the Vice President Nuclear Operations and the Nuclear Safety Review Group.

6.5.2 NUCLEAR SAFETY REVIEW GROUP (N5RG)

FUNCTION 6.5.2.1 The N5hG shall function to provide independent review and audit of designated activities in the areas oft a.

Nuclear power plant operations, b.

Nuclear engineering.

c.

Chemistry and radiochemistry, d.

Metallurgy, e.

Instrumentation and control, f.

Radioledical controls; 9

Mechanical and electrical engineering, and h.

Quality assurance practices.

4 b

The NSRG shall report to and advise the Senior Vice President on these areas of responsibility in Specifications 6.5.2.7 and 6.5.2.8.

FERMI - UNIT 2 6g Amendment No.11,30

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t/0 3/0 a(a/y): a is of 9mmetten A (esely unratog fire deteetten astifisettenrely) te m ents.

y 8 aumber of Fenetten 8 (estustion et fire sepptessten y and eetly setning and motifisetten.) teatraents.

Mhe detection tasteunents laceted u4 thin the senteisinent see apt ead to j

6e ERABLE during the performance of Tge A Centstament Laekage Sete Tes t

FEIM1 - IstIT R 3/4 9-89 l

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