ML17345A995

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Rev 0 to Functional Design Description for Qualified Safety Parameter Display Sys for Turkey Point Units 3 & 4.
ML17345A995
Person / Time
Site: Turkey Point  NextEra Energy icon.png
Issue date: 10/06/1982
From: Castagno J, Ronde K, Starkweather G
ABB COMBUSTION ENGINEERING NUCLEAR FUEL (FORMERLY
To:
Shared Package
ML17345A993 List:
References
16081-ICE-3218, 16081-ICE-3218-R, 16081-ICE-3218-R00, GL-82-28, NUDOCS 8303160282
Download: ML17345A995 (14)
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Text

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FOR THE ) 1

~ CI QUALIFIED SAFETY PARAllETER DISPLAY SYST=i1 re Cl J

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FOR CY VI I 5 CJ C'I TURKEY POINT UNITS 3 AND 4 CJ J CJ Vf VI CJ VI CJ I

FUNCTIONAL DESIGN DESCRIPTIOH HUtlBER 16081-ICE-3218, REVI Hucl e a r Pow e r S j'st ems COi~JBUSTI0 1 ENGINEER Il'lG, I'lC.

llindsor I Connecticut p rcepa f ed BJI rc g lQ ~v v Q ~cg ~I1 cv~ Date ); .y Z.Z G. 9, Stat kweaihef (Safe.i j Siaius l loni ior; nc. Sysie.,s )

<z'/, , f tel Independently Reviewed By p.ggfjgft D

. F. Casiagno (Leaa =ngineer, Safeiy Stat" s Monitoring Sjs ems)

Approved By Date K. R. Ronde (Supervisor, Saf ij Status i'loniioring Systems Approved By J. L Pdcak

. lA~=n.4 (Section !anacer, insiru. eniaiion Sjs ems Oe...

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Approved ey Daie /Ci T ~  ? ~ Gaies (?I ogeci I lanager) /

Thi s documeni i s the property o Combust I on Engi neer i ng, Inc.

I (C-=), 'ylindsor, Connecticut, and is to be used only for ihe pur"oses of ihe agreemeni yIi th C-E pursuant io whic!". it is

.r. i s ed.

Issue Daie Ocioo r 6, 1932 Pa"-e 'I 8 I'303ih0282 8303i0 PDR ADOCK 05000250 P PDR

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RECORD OF R"=V i S I OHS

".'ABER DATE PAGc,S IilVOLV D PREPAREO BY REVIE'riED BY APPROVALS 10/6/8 Z G.M.S ark~:(ea goer J.G.Castaano (.R.Rl hde J; L.Pucak

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ABSTRACT Tni s document specifies the qua i fi ed Safety 1 t Parameter Display System functional desi gn or Tur!< ey Point Units 3 and 4. Tni s document is based upon the generic 0SPDS functiona,l cesi on specification, HPROD-IC:--3201. Plant specific comp i ance vIi th the generi c functional desi gn speci 1

specific di f ferences are speci fied.

fi cation and pl ant Thi s document is qual i ty assured according to the (}APD, Revision 16.

unc: iona I Des ign Desc, i ption 'lo ..>o081- iC"--32> 8, Rev. 00 Pace 3 oi 2

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Sc.CT iOH 1I I L PAGE 1.0 Purpose and Scope 2.0 References 3.0 Design Bases 4.0 System Functional Requirements m

5.0 System Functional Description 6.0 Sys m Design Requi rements Func=iona I Des ion 'escription I'/o ~ novo'< p Q, Q~ Page 4 o= 3

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1. 0 PURPOSe, Ai'IO SCOPE The purpose of this docurent is to speciry the plant specific'design bas s, functional requirerents, and functional design of the QSPDS for Tur!<ey Point Units 3 and 4. This document, in con'unction with the generic QSPOS r<.nctional design specification ',Rererence 1), comprises the func.ional desi on speci fication. Two ot~her documents, the QSPOS data base document (Rererence 2) and the QSPDS display design document (Re<erence 3), describe the plant specific input and data constants and displays.

2.0 REFERE<ICES

1. HPROO- ICE-3201, Revision 02, Functional Desi gn Specification or a Qualified Safety Parameter Display Sys.em.
2. 16081-ICE-3219, Revision 00, QSPDS 'Data Base Document for Turkey Point Units 3 and 4.
3. 16081-ICE-3220, Revision 00, Functional Design Speci <ication for the QSPOS Displays for Turkey Point Units 3 and 4.

3.0 DES IGi'I BASES The design bases for the Turkey Point Units 3 and 4 QSPOS are a subset of the desi gn bases o< the generic QSPDS unctional design specification (Ref r nce 1). Briefly, these functions are:

1. Safety grade processing and display of the ICC variables.
2. Isolation of Class 1E inputs into the non Class lE 'Sa<ety Assessment System (SAS) which is not in C-E scooe.
3. Human fac.or engineered display system, 3.1 DESIG<'I BASIS E'lEi'ITS The Turkey Point Units 3 and 4 design is the sare as specified in the generic functional design of Reference 1.

4,0 SYSTE<I FUHCTIO<'IAL REQUIRE< IEi~ITS Turkey Point iJnits 3 and 4 incorporate the ICC functional require.,;ents contained in Section 4.1 of Re erence 1. The backup SPOS function is not incluced in the Tur<ey Point Units 3 and 4 QSPOS design.

5.0 SYST  ! FU<ICT.'0<Ii'L 0 SCRIP I IOH The Turkey Point Units 3 and 4 design is not oart of the standard Acc'.dent

<rlOnl iOf lng SyStem COnf i gul at i On deSCribed in ReferenCe 1. Tne QSPOS equiOment t

is func ionally the same as in Reference I ~although some hardware O'I fferences The QSPOS is rot connected to the Cr tical,"-<;nctiion 'Ionitor'.ng System r'xist,).

as described in Pe=erence 1. The QSPOS does data link the ICC inputs and caic'a.e: variables and anv 0 her inpu variables G fied y FP~L i".e r ad r ~

m<us: -"d the "net i ona des i gn documenta=i on ior 'I e pr'mary comou'er sys-c.-.

< 1 the Safe y Assessm<e!1 System< (SAS) to wnich the QSPOS is connected, o Urderstand t<he role of the QSPDS data lin< ou< puts.

nc.ional Design Description <'Io. 15081-!CE-32'8, Rev. 00 Pace 5 07 8

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Tne QSPOS has a capability of accepting the following types of inputs per channel:

1. 40 high level anaiogs
2. 12 hi gh level S'Ul analog inouts
3. 31 Type K thermoc"uple inputs
4. HJTCS inputs ( 16 Type K inputs) 6.0 SYSTEll DESIGi'l REOiJIRc,i!Ei'lTS Following are the QSPOS design requirements i or Turkey Point Units 3 and 4 as compared to the generic system design requir ments in Reference 1.

6,1 OVERALL SYSTEH DESIG>l REQUIREi~l~ lTS The Turkey Point Units 3 and 4 design is the same as specified in the generic functional design of Reference 1.

6.2 CODES;".ilD STAiilD.-'.RDS The Turkey Point Units 3 and 4 design is the same as specified in the generic functional design of Reference 1.

6.3 Ii'(PUT REQUIREi!Ei'!TS 6.3.1 Inout List The actual list of inputs with the numbers of inputs, type of inout, range units, and specific comments are included in the Turkey Point Units and 4 data base docurent (Reference 2). Following is a description of the types of inputs included in the Turkey Point Units 3 and 4 QSPOS" for eacn channel as comoared to the generic functional desi gn specIfication of Reference 1.

The following cnance is made to ICC inouts as comipared to Reference 1 Hot ard cold leg temoeratur s - One hot leg and one cold leg temperature is input =rom eacn of the thr e primary loops.

i'ion ICC variables are not included for Turkey Point Units 3 and 4.

6.3.2 Input Oesicn Reouirements Tne Turkey Point Units 3 ard 4 desicn is the same as specified in the generic

,unc ional des'.cn of Reference l.

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'.1 PROC SSIi G R QUIR i'l ilTS The Turkey Point Uni:s 3 and -'. desicn is, the same as specified in the generIc funct'.'onali 'esiign of Reference 1i with the, ioiioving exceptions:

Functiona'sicn r'e<c-.;"-,;on,.'lo. '602'-'r"--"'rna 6 oi

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6.4.1 Probe Asse.;.bly A split probe asse...bly will be used with ""uo sensors in the upper section <<nd six sensors in the lower section.

6.4.2 PCS Saturation llarain Three RCS saturation mar"ins will be calculated, one from each of the three loops (A, B, and C). =ach of these three saturation margins will be display d. The minimum subcooled margin (or maximum superheat) will be selected for display and will be used for the determination of the minimum of the RCS and upper head saturation margins.

6.5 OI SPLAY RE{}UIRclvc>lTS 6.5.1 QSPOS Variable Display Information The Turkey Point Units 3 and 4 design includes the ICC detec.ion information listed in Table 8-5 of Reference 1. Specific ranges and desi cn information for the variables are contained 1 the data base document (Reference 2).

6.5.2 System Indication The Turkey Point Units 3 and 4 desicn is the same as specified in the generic t

functional design of Reference 1.

6.5.3 Oisolay Hierarchy The upper level ICC pace will contain the core heat remo ial variables. The ICC pages reriain the same as in Reference 1. A directory page and a diagnostic page are also included in the upper level display paces. The fol1owing hierarcny 'shall be included:

Core Heat Removal

1. Saturation Margin
2. Reac.or Vessel Level ural HJ iC T moeratures II
3. Core "=xit Temoeratures Cor '~ap For rore information, refer to the disolay document, Reference 6.5.4 Alarm Oisolay The Turkev Po'.At Units 3 nd 4 'do s'."n is the same 'as -specified in the generic fuActi onal design of Reference 1.

0',s" lav =, so'u. ion Re emefI

( <<v Point Uni:s 3 ard -'"esicn is '.he s;,.e as specified Tu.lc 1a I cesl gn CT R=i erenc 1

-unctional D sign escriotion,'lo ~6081-<C";-32'3, Rev. 00

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6.=.6 Display Update The Turkey PoInt Units 3 and 4 design is the same as specified in the generic functional design oi Reference 1.

6.6 DAT4 L>il'( R:.CU1REi!"-i'ITS The Turkey Point Uni.s 3 and 4 design is he sa; ..e as specified in the generic func ional'esign- of Refef nce 1, except tha-. the data link does not transmit to the CFtlS. The is. of inputs and var iables to be data linked to the SAS is 1

contained in the data base document, Referenc 2. The data link is available for us. by FPEL; however, no system test or integra ion is in the C-E scope.

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