~ ~ l

FLORIDA POWER 6 LIGHT COMA%

'URKEY POINT PLANT

UNIT 4 CYCLE V

STARTUP REPORT'

~ „

Introduction

This report contains an official summary of the Startup Physics Tests,

Unit 4, Cycle V. The tests were conducted in accordance with Operating Procedure

0204.5, Nuclear Design Check Tests During Startup.Sequence After Refueling.C

The testing program commenced on September '27, 1978 with initial criticalityand was completed on September 30, 1978.

Author:R. G. Ifende

Reviewed:J. R. TomontoHanager of Nuclear Analysis

Approved:U. A. Kamindkas,Reactor Engineering Supervisor (PTP)

TABLE OF CONTENTS

Page

Acknovled gemen ts

Introduction

1.0 Unit 4 Cycle V Core

1.1 Loading Pattern1.2 Rod Pattern1.3 Rod Drop Times

'- 2.0 Initial Criticality2.1 ICRR Vs. Rod 'Position2.2 ICRR Vs. Dilution

2

7

8

3.0 Summary of Tests

3. 1 Nuclear Heating3.2 Reactivity Vs. Period

3. 3 Boron Endpoints

3.4 Rod Worth (PP"1)

3.5 Rod Worth (PC~I)

3.6 Temperature Coef ficient

10

11

12

13

13

19

4.0 Shutdovn ~far gin

5.0 Pov'er Distribution Maps

5.1 HZP Flux Mip

5.2. 30% Flux Hap

5.3 98% Flux ~Rp

6.0 Poser Defect

20

22

23

24

25

1.0 Unit 4 Cycle V

1.1 'Loading Pattern

1.2 Rod Pattern

1.3 Rod Drop Times

DATQREACTOR -FUEL LOCATION

TURKEY POINT PLANT UNITNO.~CYCLE NO. V

15 14 13 12 11 10

I I I I I .IP-34

25

P-36 P-44

17 78

B 6 4- '3

I I

83 R95

G-41 U-07

U-ll N-26 V-12

12P13

S-25

P-15 V-ll -10

63 2P79 R71

T-02 S-34 U-20

U-3.3

57

G-43 R-43

U-19

94

R-02 V-08

37 12P13

U-01 tel-37

60 79

N-14 S-31

47 R65

S-ll S-20

R89 88

R-42

61

S-13

R78

P-46 R-27 S-olR70 72 R80

T-10 S-26 S-16

2P 73 R54 12 R76 36 59 46

N-35 V-05 R-32

19 12P 109 53

S-36 N-40 U-17 'U-03

P-45

92

P-22

54

N-25 U-06 S-39

R12 12P72 R86

V-06 S-29 R-44

12P86 R81 38

P-23 T-08 P-37

69 PS-04 R58

T-14

2P 11

P-18\

R84

S-33 S-17

96 13

S-12 N-47

R77 21

N-.20

T-01

T-03

SP02

SP03 9 29

P-48 T-13 P-27

R59 8PO1 R51

P-26 N-43 S-35

R57 98 95

T-04 T-16 -48

S-24 S-28 U-10 N-49

20 R69 2P11 R83

S-15 R-13 S-04 V-02

90 R85 12P10

T-05 P-03 T-07 P-06

2PlOS R61 PS 0 62

P-30

P-28

74

P-47 V-07 S-02 R-10

12P12 R73 55

S-06 iN-01

R64 93

T-12 T-ll T-06 i -46

SP04 73 71

S-38

R79 85 R68

S-03 R-48 V-04]

12P131

P-35

56

N-04 U-05 S-05

R87 12P11 R75

S-19 S-18

89 23 R67 42 15

P-32 N-06 S-14 S-23 S-37 U-16 N-32

87 R62 12pll R82

U-18 U-15

101 86

N-38 S-07

R55

S-21 S-32

R74

T-152P95

S-22 S-30

R52 27

S-08R91

N-41

40

U-02

18

U-08

INSERTS

R= RCC

65 12P13

R-49

R-25 V-09'-44 S-09

28 R66

G-44

66

U-09

12P114

U-12 N-42

31 R-90

R-12

68

S-40

V-03

2P59

P-33

77

P-29 R-39 S-2 7

R53 58 R92

T-09 S-lo U-04

12P92 R63 12P118

P-25 V-01 N-09

52 2P113 R88

P-43 P-40

49 39

N-36 'V-10 R-05

26 12P12 44

G-42 R-28

51 50

U-14

16

RS = PART LENGTH

BP = POISON

NO LETTER DESIGNATION = THDIBLE PLUG

D = THIMBLE PLUG FOR REMOVABLE ROD ASSEMBLY

PS ~ PRDIARY SOURCE

Assembly No.

Insert No.

LEGEND

pEr rrP

FOR 5445 REV. lg177

DATEREACTOR FUEL LOCATION

TURKEY POINT PLANT UNITNO.~CYCLE NO.~

16 14 13 12 11 10 9 7 6 6

B

SA SA

C C

SB

C 'SB C B

SB'SB SA

C C

SA

SB

C C

'A

ABSORBER IMMATERIAL

Ag-In-Cd

FUNCTION

Control Bank 0Conlrol Bank C

Control Bank B

Control Bank A .

Shu'ldown Bank SBShutdown Bank SA

OF CLUSTERS

588888

Assembly No.

Insert No.

LEGEND

FORM 5445 REV. ll/77

ROD DROPS

rN

The following is a table of rod drops times as measured prior to

Unit 4 Startup Physics Tests. The two times given are time to dashpot,

a Technical Specification of 1.8 seconds or less, and time to the bottom-

of the core, which does not have a Technical'pecification requirement.

All rods were droppe'd and met the Technical Specification requirement.

DATE

Se tember 25, 1978

REACTOR FUEL LOCATION ITURKEY POINT PLANT UNIT NO.

CYCLE NO.~1S 14 13 12 11 10 9 6 S 4

1.341.79

1.29

l.72

1.26

1.76

1.29

1.78

l.29

1.78

1.31

1.73

1.27

l. 75

1.27

l.77

1.27

1.72

1.28

1.77

1.29

1.78

1.31:

1.73

1.281.78

1.31l.73

1. 28

1.75

1.29

1. 72

1.28

1.78

1. 28

1.72

1.29

l.76.

1.27

1.74

1.301.73

1.29

l. 72

1.27

1.74

1.29

l. 72

1.28

1.71

1.26

1.74

1.26

1.73

1.25

l. 75

1.26

1.75

1.29

1.72

1.27

1.76

1.29

1.72

1.28

1.77

1.33

1.76

1.25

1.74

1.29

1.79

1.281.75

1.26

l. 73

1.251.73

1.271.70

1.271.70

1.26

1.76

1.25

1.75

1.26

1.271. 70

H,

G

F"

8'l

I

I

A

Ti.me to Dash. Pot(sec)Tame to Bottom ofCore (sec)

LEGEND

FORM 5445 REV. 11/77

2.0. Initial Criticality

The approach to criticaality began September'27, 1978 at 2140, hours

in accordancewithOoerating Procedure 0204.3, Initial Criticality After

Refueling. Criticality was achieved September 28, 1978 at 0800 hoursI /

by withdrawing control rods to 193 stepson Bank D and dilutirig-39,700

gall'ons of water.

Upon attaining criticality the flux level was increased to 1 x 10-8

amps on the intermediate range to obtain critical data.

Tavg;— 547'. F

Control Bank = 193 steps-8Flux ~ 1 x 10 amps

Boron = 775 ppm

The following two graphs are a plot of the ICRR during the appr'oach

to criticality.

ICRR VS ROD BAi%( POSITION

— N32

UNIT CYCLE V EXPOSURE N/A IBM)/i~fTU

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3.0 Summary of Tests

3.1 Nuclear Heating

3.2 Reactivity Vs. Period Check

3.3 Boron Endpoints

3.4 Rod Norths (PP".Q

3.5 Rod Horths (PCM)

3.6 .Temperature Coefficient

3.1 Nuclear Heating

Nuclear Heating was determined in accordance with Operating Procedure

0204.3, Initial Criticality After Refueling.

'Nuclear heating first occurred at:-7Kiethly Pico Ammeter = 4.3.x 10 amps

-7N-35, 3.7 x 10 amps

-7N-36 3.3 x 10 "amps

-7All physics test were conducted at a flux level at or below X..O x 10

amps to assure nuclear. heating did not occur.

-10-

3.2 Reactivity Vs. Period

Reactivity Computer Checkout was done in accordance with Operating

Procedure 0204.3, Initial Criticality After Refueling. The results are

as follows:

Period (sec)

145.1

139.9

111.9

123.4

151.4

128.5

194. 6

Reactivity '(pcm)

36.5

37.9

45.2

42.5

35.5

30. 0

20.0

Reactivity (design)

35

37

45

'34

29

20

Diff (%)

+ 1.04

+ 1.02

+ 1.00

+ 3.66

+ 4.41

+ 3.4

0.0

-11-

3.3 Boron Endpoints

HeasuredDesign-

Westin house

ARO 799 750

D in 725 678

CD in

DCB in

DCBA in

567

520

359

515

470

309

3.4 Rod Worth (PPM)

D

Measured

74

Westinghouse

72

% Diff2%7

158 163 '+3.1

B 45 -4.4

161 ~ 161 0

To tal 440 441 +0.22

3.5 Rod Worth (PCM)

Measured Westinghouse % Diff

727

1701\

473

1744

762 .

17.35

487

1749

+4.8

+1.9

+2.9

+0. 3

Total 4645 4733 +1.89

r

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40 60 100 120 140 160 180 200. 220 228

1200

1000

SOQ

600

'.400

200

UNIT 4.CYCLE 5EZPOSURE O O KMD/MTUBANK D

BANK POSXTIONS

MOVING;

Cl ~~ Q

D~ 0

Ee Q

OUT INSDA I .C3SDB 9 Q

'CBA EJ 0CBB IS .0CBC ElCOD GP/L tm Q .

~ TEST METHOD

o DXLUTXON 'ElBORATION 0,

~ Q ~ ~~

~

~ ta

k

P

PTP-4 CYCLE-5IiVTEGRAL h'ORTH - TN OVERLAP

ECC SECTlONFIGURE-3ERK 10/12/78

CONTROL BANK C POSITION (STEPS)

108 118 128 138 14!8 158 168 178 188 198 208 218 228

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0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220 228

Temperature Coefficient

Temperature'oefficient was measured in accordance with Operating

Procedure 0204.5, Nuclear Design Check Tests .During Startup After Refueling.

Tne measured numbers (in PCM/ F) are:

Isothermal Temperature Coefficient

Rods

ARO

Measured

-7.66

DesignWestinghouse

-7.01

Moderator Temperature Coefficient

Rods

ARO

Measured

-5.76

DesignWestinghouse

-5.11

Moderator Temperature Coefficient can be defined as Xsothermal Temperature

Coefficient minus Doppler Coefficient. Doppler Coefficient = -1.9 pcm/'F.

Est. from Westinghouse WCAP -9351 was used for all Temperature Coefficients.

—,19-

4.0 SHUTDOWN MARGIN

The Shutdown Margin was calculated prior to power escallation to verifyadequate shutdown capability. For this calculation design, rod wreaths werereduced by 10% and showed shutdown margin at BOC and EOC. The fo92owingis a summary of the results:

CYCLE 5BOC EOC

Control Rod Worth (%hp)

All Rods Inserted Less Worst Stuck Rod(1) Less 10%

6.515. 86

6.5~45. 89

Control Rod Re uirements (%do)

Reactivity Defects (Doppler, Tavg,Void, Redistribution)

Rod Insertion Allowance(2) Total Requirements

Shutdown Margin [(1)-(2) ] %hpRequired Shutdown Margin (%hp)

2.13.50

2.63

3.231. 36

2. 78.59

3.29

2.691.'7,7

«20-

5.0 Power Distribution Map

5.1. HZP Flux Map

5.2 30% Flux'ap -,

5.3 98% Flux ?fap

-21-

«

IDA POWER tst LIGHT COMPANY

TURKEY POI»VT PLANT UNIT 4OPERATING SUMMARY

...R

00

00

.584

. bpej-2»6

eb)9

~ ~

0»0»

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!0»toot~ ~ ~

too10 ~

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.635~ 6p25,4

~ ~ ~ ~ ~

00

~ ~ ~ ~ ~

~00li318 t 13 ~

'4,',~4> jo3bptp3)9l~io.'i321'. 13)rl

F s ~ 8H ..., H...L. K J ..* H .tj~ ~ ~ ~ e ~ ~ « ~

. b;Sinai";354!c'hi~~!0)321!oe360!0 318

59> 5 h2ibf 1 132 H 4'0! i 12"

Q»~feei ~ j3doi»07~!j ~ 154li ~ 252!a»14

f,0, 449 j a 151 .l 0 9 7o: i:2? 7 f a ~ 007: i, n ) 9:. i.. 0 a 8l 0 ~ 459 ~ 1 »16$ lo ~ 99/ l 1 ~ ?82' ) 024 '

~ 047''»024

l oa ~ 1 54 ~ 0 ~ 9Y5'. 1 ~ 264 '. 1 t 3 0«n', 1 ~ 257 l 1 ~ 257 ~ 1 ~ 254

'j ',? 9 2 a o g 4 ~! i e «~ 2 a o a e ) $ 5 'f s 9 5 > '. /J ~ 9 5 a f 0 s 9 4 $! j.,3Q7 1,232! 1 e29d'1 ?59'.0 981 jo,963» 0e982

~ 1 ~ 207 f 1 ~ 53~ i ~ </< t 0 ~ ~40 '1 s 254.'i »152 l 1 ~ 2/6!a,?og!a 024.'a.?54lp,982!a 258' 106'j1 258

',i;2>r'.tji.b'o'fi!i.Mh 5,082!i,iO2;i,p~~.i i?i24?taI04? 1 257 0»963«!1)ipbofi Q67)j. ao+

'.i,284.'i 064!i 'C5'i;Oob.i,'«.'7?; ;„:»I)lid?8j'j..2C3l j. ~ C24! 1 25/I G,981.'1 25o! 1 '106,1 25e,2»5! 3 ~ P» 3 ~ <t 2 ~ Qo j ~ 1! 1)7! 1 ~ 5

!i;3451:i:06>'.i:33V'.i:386!h;995!b;64P!0 99EaI3aafae?32'a ~ 300! 1»259'O)98?!CD 963,'p)981

!iy252!a»53~.'i 202ll»530'a)30 .'i»335',i'86!1,160!0»99/!'e264l 1,?9dti»254! 1)257!1)257

PE 498Ia»23htaogallao?78!i»069!1»pbbfa ~ O09P.460,1.161!Oe+Y5 1 ?3> 1)024,1»G47»a n24

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lotbop!Ge63< 1 ~ $ 45 0 ~ 824! 1 e15j."2 ~ 3 "4»6l "/.7!. -7)1, "7»9s ~ ~ ~ o ~ ) ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ e ~ ~ ~ ~ ~ ~ ~ ~ ~ ~„!0,?89!0,329!0 295

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!i.2/h.'i,?4$ ;ea»300!a»264!

1«)94!0,980!''.32!0»997)

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1 ~ 240'lellpl1 311.! a, 1 60!-7»4t 3

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io«.5afie3)hf1 ~ (32'j.»311!

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io?C5!io?/3!a.?32!a»307'.

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o.46nfQ

~ ~ ~, ~ ~ ~

D F DE!TA KD F DELTA KI»CE

0.604Qebp?

0»3h;bki0»64C

Ooiilia."1)151

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ROD POSITION

LocationBank ~In Sta s Classification

SBA

SBB

CBA

CBB

CBC

CBD

228

228«

228

228

228

212

Map No. P"14 VlPower (%) 0AxialOffset +46.22

Max ) 1.475

Max P 2.826

-22-

f

s

R P H H

IDA POMER & LIGHT COMPANYEY POINT PLANT UNIT 4OPERATING SRMARY

J' G F ' D c 8

3C ~ 64230 ~ 6393 0 ~ 5~ ~ ~ ~ ~

30 670)oebbfs3 CD 9

~ ~ e ~ ~ ~ ~ ~ ~ ~ ~ ~

30 ~ 3263) ~ )3)30 '4331 '263 5 F 03 0 ~ 5~ ~ e ~ ~ ~ ~ ~ ~ e ~ ~

3G ~ 372 30 ~ 8 3030 ~ 34) 30 ~ 8 SC3 -5e03 -0 ~ 0

30 ~ 347 3 le 1 313 -5 ~ 03 1 1~ ~ e ~ ~ ~ ~ ~ ~ ~ ~ ~

30 69430eb673 4 ~ 1

e e ~ ~ ~ ~

30 '56)G ~ o4)3 F 3

30 F 61230 '413 -4 ~ 4~ ~ ~ ~ ~ ~

31 e 14731 ~ 1 793 -2 '~ ~ ~ ~ ~ ~

31 AC?331 0)33 -G ~ 9

30 ~ 4 793G F 5013 4 ~ 4

~ ~ ~ ~ ~ e ~ ~ ~ ~ ~ ~

30 '95 31 1?C30 ~ SCC 3) ~ 190) -1 23 -1 7~ ~ * ~ ~ ~ ~ ~ ~ ~ ~)1 ~ )b)31e034)1 ~ 174)1 03)3 0 ~ 5'3 0e)31 '9931 '4631 '8731 F 2343 0 ~ 93 1 0

31 )P431 C4131 ~ 1563) ~ 0073 1 53 3 ~ 5

31 ~ Z24 30 962)1 ~ 175)C ~ 9183 4 '3 4 'J) ~ 2)b )1 04'931 )ba)) ~ OGe3 4 '3 4 '31 ~ )42)1 24331 28931 ')33 4 13 oea~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

)1 ~ 206 )1 ~ OQ931 '793)eo))3 2 F 33 -F 3

)o.'<~4)riel30 'G)31 '903 0 '3'2 'e ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

)oo49730 'QO3 "col

31 e? 5331 2833 0 ~ 0

)le))731 e 2993 1 ~ 4

31 e 29831 2)73 5 ~ 0~ ~ ~ ~ ~ ~

3)e30531 '063 8 '~ ~ ~ ~ ~ ~

)1 ~ 266)1 ~ 2)93 2 ~ 1

31 26631 ~ Io13 -2 5

~ ~))-)933) ~ ZSI3 -7 ')O ~ 9599e

31 ~ 03)3 -7 ')1 ~ 1513) o)743 -2 '~ ~ ~ ~ ~ ~

)c-e."e3C F 6)93 -2 ~ 0

~ ~ e ~ ~ ~

os ~ ~ ~ o ~ ~ ~ ~ ~ o ~ ~ e ~ \ e ~

~ )79~ 543

~ ~ ~ ~

F 114~ 126-leo

3030

30 ~ 6553130.6e7313 -1 ~ 83

322 30 364 30~ 347 30 ~ 391 3G-7 ~ 03 -7 ~ 03~ 100 3C ~ 803 31~ 131 30 ~ 83031-2 83 -3 ~ 33

149 31 169 31~ 168 31 «17531-1 eb 3 -0 ~ 53

30 ~ 67530 6643 lol

e)67F 166Ool

~ ~ e ~~ 004.~ 007-0

31 3))3) ~ 2873 )e931 ~ 26031 ?S43 2 1~ \ ~ ~ ~ ~

31 '7531 ~ 2993 -1 9

31 ~ 2703131 289313 -1 ~ 53~ ~ ~ ~ ~ ~ ~ ~31 2323)31 233313 -0 1.3~ ~ ~ ~ e ~ ~ ~

3) ~ 5) 53131 Io) 313 1 13

31 ~ 278 3031 ~ 271 )13 0 ~ 53~ ~ ~ ~ ~ ~ ~ ~

31 ~ 0183131 ~ OC8313 1 e03

CCZ )O 953)~ Gob 30 ~ 918 31-C ~ 53 -2 ~ 53

~ 196237-3 2

27)3) ~ )9)3)239 31 206312 ~ 63 -le)3

~ ~ ~ ~ ~ e ~ ~ ~

9<b)CD 95)30~ 007 30 ~ 981 31-1 13 -2 93~ 2033) 04131~ 24331 ~ 07) 31-3 ~ 23 -3 ~ 03

037 30 91031~ 073)0 ~ 9383)-3 ~ 4 3. -2 ~ 93

~ ) 99 31 ~ 05031e?4) 3) 07)))-) 53 -2 ~ 23

~ 975 30 ~ 97931~ Ooa 30 ~ 98) 31-3 '3 -0 '3~ 219 31 e24831'237 31 Zob 310 23 3.53

~ 009)0 '323)~ 007 30 ~ 9)a 31

0 F 33 1 ~ S3

~ 17131 '8131~ 166 31 ~ 175 31

0 ~ 43 0 ~ 53

~ G7 1 30 ~ 81531~ 126)0 ~ 6)031-4 ~ 83 -1 93

959 31 157~ 008 31 271-4 83 -6 ~ 9

~ 21224)-2 5

F 051F 073-2 '~ 227e243"F 3

30 ~ 95731 ~ 0073 -5 ~ 0

30 ~ 95G30 ~ 9813 -3 ~ 1

31 019313Q ~ 981 313 3.93

31 F 01231 F 0083 G ~ 4

3) e0293)31 ~ 007313 2 ~ 23

3) ~ 2)33031 ~ 271)13 -3e03

~ GI431 ?80~ 0073)e271

0 '3 CD 7

31 32231 e 3013 1 7~ ~ ~ ~ ~ ~

31 ~ 27031 ~ 2) 33 3 '~ ~ ~ ~ ~ ~

3) ~ )583)e2893 5 ~ 4

30:eaoOe30 '67) 2 0~ ~ ~ ~ ~ ~

333

)1 ~ 244 3131 ~ 299 313 -4 33

3) e?07)i3)e23431) -2 ~ 23

3) ~ 7763131 ~ 287313 -C ~ 83~ ~ ~ ~ ~ ~ ~ ~3" ~ 6 )9 3130e 664 313 -)o83~ ~ ~ ~ e ~ ~

30303

~ 272~ 239

2 e7~ ~ ~ ~

~ 036.Ooe

2 9~ ~ ~ o~ 187.iea

1 6e ~ ~ ~

F 117~ )I)

2

~ 3) 8 30 ~ 37C )0 ~ )42~ 34 3 30 ~ 391 30 ~ 34 7-7 ~ 53 -5 ~ 43 -le4

30 649 330 63933 1 ~ 6331 195 3G 509 331 ~ 1 74 30 ~ 500 33 1e73 1 ~ 633)eG4831 e2G530 504)31 03) 31 190 IQ ~ 50133 1 63 1 33 0 5331 30031 ~ C4231 179 30 635331 28)3) 0333) ~ )7930 ~ 64) 33 1 33 0 ~ 9) -0 ~ G3 -0 93

31 ~ 27) ) ) 250 31 3oe 30 ~ 676 3)1 ~ )0) 31 ~ 23) 31 ~ ?8930 ~ 66733 -2 ~ )3 1 ~ I) 1 ~ 33 le4331 ~ Z093)e C21 31 e 18231 1703031.2)9)i.oob)1. iea)1. i3i 303 -2 ~ 43 1 53 1 ~ 23 3 5331 e 191 30 ~ 9)8 31 e 166 30 824 )031 ~ 206 30 o918 31 e 1 75 )0 630 303 -1 ~ 23 0 03 -0 ~ 83 -0 73

31 24831 ~ 0433) e)7431 ~ 1013031 ~ 237)l 00731 166)1 1?6303 Oe93 3 ~ 63 C ~ 63 -2 ~ 13

)1 ~ 332 31 ~ 306 31 ~ )72 30 661 3.31 ~ 299 31 ~ ? 34 ')1 ~ 287 )0 ~ 664 33 2 ~ 63 S 63 2 ~ 83 -0 ~ 53

31 ~ 29)31 071 31 21730 6)fo3)1 ~ ZP) 31 ~ 0) 1 31 1 74 3G ~ 63933 0 ~ 83 3 93 3 ~ 63 -0 ~ 43~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~" ~ ~31 ~ Cbb 3) e 252)0 ~ S?7 )31 035)) ~ 19030 ~ 50033 3 23 5 ~ 23 5 33~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

)1 ~ 24330 ~ 528 3)1 ~ 17930 '0133 5.43 5.)3~ e ~ ~ ~ ~ e ~ ~ ~ ~ ~ ~30 e76 330 54133 Se43

rEASVREO F DELTA HEX>ECTEO F DELTA HDIFF EREHCE

e3543o)473

2 ~ 23e38) 3e39) 3-2 03

3ZLi 3.3433-s.a)

ROD POSITIONo e ~ ~ ~ ~ ~ ~ ~ e ~ ~ ~ ~ ~ ~ ~ ~ ~

LocationBank In Steps Classification

INCORE TILTS

SBA

CBA

CBB

CBC

CBD

228

228

228'7'7 8

228

146

Hap No. FM4 V2

Power (%) 30AxialOffset — 2.47

".fax P 1.477

Hax F 1. 794N

0.9979

0.9934

0.9930

1.0157

-23-I

~ ",g C

aa

F RIDA POVER 6 LIGHT COMPANYTURKEY POINT PLANT UNIT I>

OPERATING SUiMARY

K J H G F E D C ~ 4

0 ~ 3310 ~ 337-I 8

~ ~ ~ e ~ ~

!

J ~ 3780 '64-ltd

!

C. 3340 ~ 340

I ~ 6~ ~ ~ ~ ~ ~

c.eoeGael 5-I ~ 5~ ~ ~ ~ ~

0 ~ 6380 '47-I ~ 5~ ~ ~ ~ ~

I ~ 095I ~ 112-L.e~ ~ ~ ~ ~

Gec'.3G.eze-I 7

Ge4380.479-8 5

I ~ 106I 133

2 ~ 4

I ~ 241I ~ 26G

I ~c

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rE SuREXPECTDIFFER

ELTA HELTA H

CebCS0 '17-I a9

Oe647G ~ 649

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00

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Classification. INCORE TILTS

0.9870 1.0055

SBA

SBB

CBA

CBC

CBD

228

228

228

228

228

210

~ifap No. Rb'I V3

Pc~rex (%) 98AxialOffset — 1. 35

Max P 1.4!i9.

Hax P 1.621

1.0050 1.0026

Cg

J

Power Defect

Unit 4 Cycle V

Power defect was measured by taking the difference in boron concentra-

tions between hot zero power, no xenon and hot full power equilibrium xenon

conditions, and subtracting out unwanted changes in reactivity such as,

xenon, burnup, and rodposition.'his

method of measuring power defect has many uncertainties because

of the errors in boron concentrations.

Because of present operating limits during startup after refueling,

it would be impractical to use the reactivity computer. At present, other

methods of measuring power defect are being investigated.

The following is a summary of the results:

MEASURED BOL

1591 pcm

'ESTINGHOUSE

1520 pcm

DIFFERENCE

-4.46

-25-

P

I