Text

Forwards Nonproprietary Version of Input Listing of RELAP4- Flood Input & Nodalization Diagram for RELAP4-FLOOD Input Re Environ Qualification of Electrical Equipment
	ML17250A669
Person / Time
Site:	Ginna
Issue date:	09/25/1980
From:	White L; ROCHESTER GAS & ELECTRIC CORP.
To:	Crutchfield D; Office of Nuclear Reactor Regulation
References
	NUDOCS 8010020376
	Download: ML17250A669 (24)
	v • d • e

REGUL'Y INFORMATION DISTRIBUT

'YSTEM (RIDS)

V ACCESSION NBR:8010020376 DOC;DATE: 80/09/25 NOTARIZED:

NO DOCKET FACIL:50-244 Robert Emmet Ginna Nuclear Planti Unit 1i Rochester G

05000244 AUTH'AME AUTHOR AFFILIATION HHITKgL ~ D ~

Rochester Gas 5 Electric Corp.

REC IP ~ NAME REC IP IENJ AFFILIATION CRUTCHFIELDpD ~

Operating Reactors Branch 5

SUBJECT:

Forwards nonproprietary. version of input listing of RELAP4-FLOOD input 8 nodalization diagram for RELAP4-FLOOD input re environ qualification of electrical equipment.

DISTRIBUTION CODE:

A035S COPIES RECEIVED:I TR ENCL SIZE:

TITLE: SEP Topics NOTES:1 copy:SEP Sect.

Ldr.

05000244 RECIPIENT ID CODE/NAME ACTION:

CRUTCHF IELD 04 INTERNAL: A/D MATL8QUAL13 HYD/GEO BR 10 N

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'i~iyjg<<j iersz zluFE I,uziiut ROCHESTER GAS AND ELECTRIC CORPORATION o

S9 EAST AVENUE, ROCHESTER, N.Y. 14649 LEON D. WHITE, JR.

VICE PRESIDENT TELEPHONE ARCi COCE TIE 546.2700 September 25, 1980 Director of Nuclear Reactor Regulation ATTN:

Mr. Dennis M. Crutchfield, Chief Operating Reactors Branch 55 U.S. Nuclear Regulatory Commission Washington, D.C.

20555

Subject:

SEP Topic III-12, Environmental Qualification of Electrical Equipment R. E. Ginna Nuclear Power Plant Docket. No. 50-244

Dear Mr. Crutchfield:

As was requested in a recent telephone conversation, RG&E is providing a copy of the nonproprietary version of the input listing of the RELAP4-FIOOD input. for the Ginna'eactor to your consultant, Mr. David Veeland of Lawrence Livermore Laboratories.

Also, for clarity, a nodalization diagram for the RELAP4-FIOOD

input, and a discussion of the data, xs provided.

Very truly yours, xc:

L. Tinkler - NRC D. Veeland - LLL PO~S 5

(li

0 "t

Attachment to SEJ:052:80 Sept.

16, 1980 Attachment RELAP4-FLOOD INFORMATION FOR'.E.

GINNA As requested, attached are a nodalization diagram and an input listing for the RELAP4-FLOOD calculation performed for R.E.

Ginna.

Input associated with proprietary Exxon Nuclear'o.

(ENC) options has been deleted.

Those using this information should be advised that this input is for a specialized version of RELAP4 developed for LOCA ECCS reflood analysis by the USNRC and documented in NUREG-75/056 as RELAP4-FLOOD.

BELAP4-FLOOD requires specialized input for both the system model and fluid conditions in order to perform the LOCA reflood calculation.

Input to and results from RELAP4-FLOOD are intended to yield a conservative analysis with respect to LOCA ECCS criteria and may not be suitable for other purposes.

Note also that the ENC WREM IIA PWR ECCS evaluation model.no longer uses RELAP4-FLOOD but instead uses an ENC developed reflood program

( REFLEX).

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II 150031 150041 150051 150061 150071 0

1 1

0 1

1 0

1 1

0 1

1 0

1 1

0 1

1 150081

~

150091 150101 150111

~

150121 0

1 1

0 1

1 0

1 1

0 1

1 SG TUBES (I) 150131 4

23 2

0 2

2 17710 ~ 20073 ~

81 ~ 4 e166

~

150141 5 23 2

0 2

2 17710 ~ 20073 81 ~ 4

~ 166

~ 03933

~ 03933 0 ~

0 ~

Oo 0 ~

0 ~

o0446

~ 0446

.044e F 0446

~ 0446 o0446

~ 0446 oG446

~ 0446

~9861

~ 9861 o9861 o9861

~ 9861

.9861

~ 9861

~9861

~ 9861

~9861

~ 9861

~9861

~ 9861

~ 9861 09861

~ 9861

~ 0646

~ 166

~ 166 e0646 29o8 29'

~ 06'I6 29o8 29' HDR HEDL HEDR CHL CHR SG TUBES IB) 150151 12 25 2

~

150161 13 25 2

0 2

2 17710 ~ 20073 ~

81 ~ 4

~ 166 0

2 2 17710 20073 ~

81 ~ 4

~ 166

~ 0646

~ 166

~ 0646 29o8 29' F 0646 29' 29 '

CORE DATA

gP

, a$

=R E GINNA 0 ~ 4 DECLG REFLOOD

~ s PAGE 0008 1'i<

I' 0

8 160010 160020 160 030 t

16OO4O 160050 160060 160070 160080 160 090 160100 160110 160120 SLB NODE-TEHPS 1

7 9

17 2

7 9

17 7

9 17 7

9 17 5

7 9

17 6

7 9

17 7

7 9

17 8

7 9

17 9

7 9

17 10 7

9 17 11 7

9 12 7

9 17 CLAD TK

~ 0025 a0025

~ 0025

~ 0025 POMER

~ 03613

~06016 08108

09779 F 10943

~ 11541

~ 10943

~ 09779

~ 08108

~ 06016

~ 03613 I<

46j+4p

'~,

g

)r',"-'~'

'g HEAT SLAB GEOMETRY DATA GEO NR HAT SS XRAD 170101 2

3 1

6 0 ~

170102 1

5 2

170103 0

2 8

170201 2

2 3

5

~ 032 170202 0

6 5

U02 i

180100 20 180101 180102 800+0 2 '77 180103 1250 '

2'78 180104 1700 '

1 ~ 724 t

180105 2150 ~ 0 1 ~ 507

~

180106 26GO ~ 0 1 '82 180107 4100 '

1 F 406 Z IRC ALLOY

~

180200 18 180201

~ 32 '

7'12 180202 572 '

8'84 4

i~

180203 1112 '

11 '68 ii~180204 1652 '

13,968 180205 2192 '

17 '84

~

180206 2732 0

24 048 STNLESS STEEL 347 l

180300

-3

~

[

180301 0.0 9.000 STEEL 180400

-2 180401 0 ~ 0 25 F 000

GAP 180500

-5

~

,']

180501 0 ~ 0 0 F 100 180502 1200 '

0 ~ 400 CONCRETE -

SG TUBE SCA

~

180600

-2 180601 90 '

0+9 1000

'IDTH PF

~ 01485 I ~

3 ~ 125E-4 0 ~

~ 0025 0 ~

29

~ 004167 0 ~

1 ~ 420-4 0 ~

CORE-FUEL

CORE-GAP CORE-CLADDING SG TUBES SG SEC TUBE SCALE THERHAL CONDUCTIVITY TABLES 20971 2+242 1 ~ 823 1 +568 1 ~ 415 1 ~ 333 1 ~ 730 200 ~ 0 950 ~ 0 1400 '

1850io 2300 '

3100 '

4600 '

650 ~ 0 1 100 ~ 0 1550 ~ 0 2000 ~ 0 2450 '

3600 '

5100 '

4 ~ 060 2 F 439 1 ~ 940 1 ~ 639 1 ~ 457 1 ~ 323 1 ~ 538 212 '

7 '92 752 '

9'40 1292 '

12a492 1832+0 14 '96 2372 '

19 '56 3092 '

28'08 392 ~ 0 932 ~ 0 1472 ~ 0 2012 ~ 0 2552 ~ 0 3360 '

8 ~ 208 10 +404 13 '76 16 '28 21 F 780 33 '20 200 '

F 000 1600 ~ 0 15 ~ 000 2000 '

15 F 000 900 ~ 0 0 ~ 275 0 ~ 118 0 ~ 400 330 '

2500 '

LES 0

0 ~ 9

~ t:

VOLUHETRIC HEAT CAPACITY TABLES

=R E GINNA 0 ~ 4 OECLG REFLOOO PAGE 0009 212 ~ 0 40 +950 2012~0 51o350 3452 0 63 F 050 4532a0 94 '50 5144 '01 '00 THERNAL EXPANSION TABLES

U02 190100 16 190101 32a0 34 '50 122a0 38'50 190102 392 0

43 '50 752 '

46 800 190103 2732 '

52 '50 3092a0 56'50 190104 3812 '

72 F 800 4352 '

89 '00 190105 4532 '

98 '50 4892 '00 '00 190106 8000 ~

101 '00 ZIRCALLOY 190200 5

190201 0.0 28.392 1480.3 34.476 1675.0 85.176 190202 1787 ~ 5 34 ~ 476 3500 ~ 0 34 ~ 476

STNLESS STEEL 347 190300

-2 190301 200 '

60 F 000 2200 '

80 ~ 000 STEEL 190400

-2 190401 0'

60 F 000 2000 '

80 F 000

GAP 190500

-2 190501 0'

0 F 000 2000 '

0 F 000

CONCRETE -

SG TUBE SCALES 190600 2

190601 90' 32 ~ 0 1000 '

32 '

U02 200100

-3 200101 0 ~ 0 3 ~ 79E-6 2400+0 5 ~ 93E-6 4800 ~ 0 8 ~ 08E-6 Z IRC ALLOY 200200

-4 200201 100 '

3 '0E-6 1550 '

3'0E-6 1800 '

2 '1E-6 200202 3000 '

3'3E-6

STNLESS STEEL 347 200300

-3 200301 0'

9 ~ OOE-6 1600 '

10 '0E 6

2000 '

12 'OE-6 STEEL 200400 3

200401 0'

6'0E-6 1100 '

8'0E 6

2000 '

9 'OE-6

~

GAP 200500

-2 200501 0 '

0 '

2000 ~ 0 0 ~ 0 CONCRETE -

SG TUBE SCALES 200600

-2 200601 90' 1'E-5 1000 '

le2E-5 PRESSURE PENALTY OATA 260011 9

27 28 29 le 8

-0'

Q~ ~.

4>

~

ML17250A669

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