AEC D lTRIBUTION FOR PART 50 DOCKET MA'7RIAL (TEMPORARY FORM) CONTROL NO: 7972

FILE:

FROM: DATE OF DOC DATE REC'D LTR MEMO RPT OTHER Carolina Power & Light Co. Raleigh, N. C. 27602 10-30-73 11-2-73 X E. E. Utley

TO: ORIG CC OTHER SENT AEC PDR X A. Giambusso 3 signed SENT LOCAL.PDR X

CLASS LASS PROP INFO INPUT NO CIS REC'D DOCKET NO:

XXX [40. 50-261 DESCRIPTION: ENCLOSURES: Ltr trans the following: BIWEEKLY REPORT: Results of incore surveiltando

for the peroid 10-17-73

ACKNOWLEDGED

DO NOT REMOVE PLANT NAME: H. B. Robinson ( 3 Orig & 37 .cys rec'd )

FOR ACTION/INFORMATION 11-2-73 GC BUTLER(L) SCHWENCER(L) ZIEKANN(L) REGAN(E) W/ Copies W/ Copies W/ Copies W/ Copies CLARK(L) STOLZ(L) DICKER(E) W/ Copies 'W/ Copies W/ Copies W/ Copies GOLLER(L) VASSALLO(L) KNIGHTON(E) W/ Copies W/ Copies W/ Copies W/ Cooies KNIEL(L) .ACHEMEL(L) YOUNGBLOOD(E) W/ Copies W/6 Copies W/ Copies W/ Copies

INTERNAL DISTRIBUTION ELLE TECH REVIEW DENTON A/T IND

EC PDR HENDRIE GRIMES LIC ASST BRAITMAN OGC, ROOM P-506A SCHROEDER GAMMILL DIGGS (L) SALTZMAN

V*MUNTZING/STAFF 71MACCARY VKASTNER GEARIN (L) B. HURT CASE KNIGHT BALLARD GOULBOURNE (L) GIAMBUSSO PAWLICKI SPANGLER LEE (L) BOYD SHAO MAIGRET (L) DONE MOORE (L)(BWR) ISTELLO ENVIRO SERVICE (L) DEYOUNG(L)(PWR) HOUSTON MULLER SHEPPARD (E) INFO SKOVHOLT (L) NOVAK DICKER SMITH (L) C. MILES P. COLLINS ROSS KNIGHTON -.4EETS (L)

IPPOLITO YOUNGBLOOD WADE (E) sREG OPR /TEDESCO REGAN WILLIAMS (E) FILE & REGION(3.) LONG PROJECT LDR WILSON (L)

/MORRIS(2) LAINAS /DITTMAN ,5TEELE BENAROYA HARLESS

VOLLIER EXTERNAL DISTRIBUTION

A - LOCAL PDRHartvillet S. C. 1 - DTIE(ABERNATHY) (1)(2X1o)-NATIONAL LAB'S 1-PDR-SAN/LA Y 1 - NSIC(BUCHANAN) 1-ASLBP(E/W Bldg,Rm .529) 1-GERALD IN' 1 - ASLB(YORE/SAYRE/ 1-W. PENNINGTON, Rm E-201 GT BROOKHAVEN NAT. LAB

WOODARD/"H" ST. 1-CONSULTANT'S 1-AGMED(Ruth Gussman) 6- CYS ACRS REEINE SENT TO LIC. ASST. NEWMARK/BLUME/AGBABIAN RM-B-127, GT.

11-2-73 TEETS. :.- 1-GERALD. ULRIKSON..,.ORNL v,'1-RD..MULLER..F-309 GT

W 0 50 261

Carolina Power & Light Company

SRgulatory Docket File October 30, 1973

File: NG-3514 Serial: NG-73-530

Mr. A. Giambusso Deputy Director for Reactor Projects Directorate of Licensing Office of Regulation U. S. Atomic Energy Commission Washington, D. C. 20545

Dear Mr. Giambusso:

H. B. ROBINSON UNIT NO. 2 LICENSE DPR-23

BIWEEKLY REPORT OF RESULTS OF INCORE SURVEILLANCE

In accordance with the requirements of the "Interim Conditions for

Operation, H. B. Robinson Unit No. 2," dated July 25, 1973, we hereby submit

as an attachment the biweekly report of the results of incore surveillance

for the period October 4 - 17, 1973.

Yours very truly,

E.. E. Utley Vice-President

Bulk Power Supply

DBW:mvp Attachment

cc: Messrs. C. D. Barham N. B. Bessac UDOCK(ED T. E. Bowman B. J. Furr g NOV2 1973 19 8 D. V. Menscer EGUarTOR a D. B. Waters MAIL SECTPJN <

336 Fayetteville Street P. 0. Box 1551 *Raleigh, N. C. 27602 7q1

0 Regulatory Docket File

H. B. ROBINSON STEAM ELECTRIC PLANT

UNIT NO. 2

OCTOBER 18, 1973

INCORE SURVEILLANCE DATA SUMMARY

Robinson File No. 2-A-7

Surveillance of the F S was performed at one to two hour intervals from zz

October 4, 1973, through October 17, 1973. Data taken during the sur

veillance was then graphed and copies of these graphs are attached to

this report.

During this reporting period there were two valve tests, (October 7 and

October 14). APDMS scans were made before a return to power in both

cases. Also during this period, little maintenance was required an the

APDMS, leaving it available to the operators almost 10C% of the time.

Compiled By: H. Chambers

Approved By: AB . Furr

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AVG AXIAL CONOiTIONS HMR2 MAP 120 10/58 BAtKO~ 178 IKLOCAL 3KTHIMBLE NEW OPTIONS 2

AVERAGF SOURCE PER FOOT =0.142916E-17 AVERAGE KW/FT = 0.557545E 01 AVERAGE KW/SOURCE =. 0.390119F 19

POWER LEVEL EDITED AT 2142.80 MEGAWATTS THERMAL

POINT KW/FT NORMALIZED KW/FT POINT KWIFT NORMALIZED KW/FT

'1 3.434185 0.616665 30 6.006467 1.077307 2 2.723059 0.486402 31 6.055941 1.086180 3 3.149199 0.564834 32 6.095691 1.093309 4 3.727279 0.668517 33 6.120979 1.097845 5 4.086551 0.732955 34 6.130424 1.099539 6 4.1o7515 0.747476 35 6.121124...... - 1.097871 7 4.t55611 0.835020 36 6.019654 1.079672 8 5.081651 0.Q11434 37 5 650537 1.013468 9 .5.323946 0.t54820 38 5.727578 1.027286

10 . 5.472164 0.981476 39 6.056840 1.086341 11 5.536926 1.002058 40 6.185762 1.109465 12 5.576337 1.000159 41.6.247773 1.120586 13 5.549531 0.995379 42 6.296262 1.129284 14. .5.537665 1.002191 43 6.331621 1.135626 15 5.55)115 0.997071 44 6.356094 1.140015 16 5.319j42 0.953922 45 6.352?60 1.139327

'17 5.?49521 0.941543 46 6.302865 1.130467 18 5.570141 0.999048 47 6.057383 .1.06438 19 5.740932 1.029680 4A 5.718657 1.025685 20 5.80)36 1.040623 49 6.077303 1.090012 21 5.34558 1.048464 50 6.251912 1.121329 22 5.97f145 1.053932 51 6.224711 1.116450 23 5.895837 1.057464 52 6.117118 1.097153 24 5.897631 1.058145 53 5.900504 1.058301 25 5.880 13 1.054770 54 5.550863 0.995591 26 5.672979 1.017493 55 5.040507 0.904055 27 5.410382 0.970394 56 4.275577 0.766858 28 5.712959 1.024664 57 3.2539d& 0.583627 29 5.928745 1.063367

PEAK ROD ENTHALPY RISE HBR2 MAP 120 10/58 BANKD 178 IKLOCAL 3KTHIMBLE NEW OPTIONS 2

R P N M L K J H G F E D B A

co .* * * *

.1.266. 1.396. 1.266. 1

2 1.215. 1.360. 1.459. 1.111. 1.459. 1.360. 1.215. 2 1. .49 121.0

3 . 1.200. 1.430. 1.042. 0.994. 1.162. 0.994. 1.042. 1.410. 1.200. 3

. . .. . . .. . . . 0

4 . 1.188. 1.103. 1.027. 1.260. 1.022. 1.097. 1.022. 1.260. 1.027. 1.103. 1.188. 4 * * * * * . * * e.* 0* S e 0 e* 4 * * * * ** * * 0 * * * *~ *e e e0

5 . 1.256. 1.405. 1.023. 1.196. 1.053. 1.121. 0.958. 1.121. 1.053. 1.196. 1.023. 1.405. 1.256 .... 5

6 . 1.357. 1.048. 1.270. 1.045. 1.248. 1.179. 1.180. 1.179. 1.248. 1.045. 1.270. 1.048. 1.357.. 6 .

7 . 1.144. 1.437. 1.017. 1.023. 1.118. 1.165. 1.156. 0.930. 1.156. 1.165. 1.118. 1.023. 1.017. 1.437. 1.144. 7 * * * * * * 0 e e * * * * * ** * 0** * * * * * * * 0 0** * * * * C e

8 . 1.204. 1.013. 1.260. 1.127. 0.957. 1.175. 0.919. 0.969. 0.919. 1.175. 0.957. 1.127. 1.260. 1.073.1.204. 8 * ~ * * * * * . .. . .. .. .. .. . ..... ~~0 0 ~~0 C~ ~ 0 o

9. . 1.144. 1.437. 1.017. 1.023. 1.118. 1.165. 1.156. 0.930. 1.156. 1.165. 1.118. 1.023. 1.017. 1.437. 1.144. 9 o 0

10 . 1,357. 1.048. 1.270. 1.045. 1.248. 1.179. 1.180.. 1.179. 1.248. 1.045. 1.270. 1.048. 1.357-... 10

11.. 1.256. 1.405. 1.023. 1.196. 1.053. 1.121. 0.95. 1.121. 1.053. 1.196. 1.023. 1.405. 1.256. 11 . . ... . . . . .. .. .. .. .. .. .. .... . . 0 . 0

12 . 1.188. 1.103. 1.027. 1.260. 1.022. 1.097. 1.022. 1.260. 1.027. 1.103. 1.188. 12 o~~ ~ ~~~ .. . . . .

13 . 1.200. 1.430. 1.042. 0.994. .1.162. 0.994. 1.042. 1.430. 1.200. 13

14 . 1.215. 1.360. 1.459. 1.111. 1.459. 1.360. 1.215. --- 14 o e * * * * * * * * * * * * * * o * o e C

15 . 1.266. 1.396.. 1.266....-- -- 15

R P N M L K J H- G E D. C B A ** ** ** **---

HiR2 MAP 120 10/50 6ANKD 178 IKLOCAL 3KTHIMBLF NEW OPTIONS 2

SUMMARY (IF KEY PEPFOPMANCF PARAMETERS

MAXIMMUM PEAK KW/FT OF 9.93 OCCURRED IN ASSEMbLY 2 LOCATED AT H I PEAK KW/FTI N REGION 1 OF 7.00 OCCURRED IN ASSEMBLY 79 AT LOCATION H 8 PEAK KWl/FT IN REGILN 2 (IF 7.48 OCCURRED IN ASSEMBLY 7 AT LOCATION H 2 PEAK KW/FT IN RFGION 3 OF 8.51 OCCURRED IN ASSEMBLY 74 AT LOCATION N 8 PEAK KW/FT IN RFGICN 4 OF 9.93 OCCURRED IN ASSEMBLY 2 AT LOCATION H 1

MAXI10M AXIAL PEAKING FACTOR OF 1.26 OCCURRED IN ASSEMBLY 79 LOCATED AT H 8 MAXIMUM AXIAL PLAKINGFACTOR IN REGION 1 OF 1.2o OCCURRED IN ASSEMiLY 79 LOCATED AT H 8 MAX IMU-71 AXIAL PEAKINGFACTOR IN REGION 2 OF 1.18 OCCURRED IN ASSEMBLY 85 LOCATED AT B 8 MAXIWU M AXIAL PEAK. INGFAL TOR IN REGION 3 OF 1.25 OCCURRED IN ASSEMBLY 133 LOCATED AT H12 MAXIMUM AXIAL PEAKINGFACTOR IN REGION 4 OF 1.2t OCCURRED IN ASSEMBLY 156 LOCATED AT HI5

MAXIMUM PAjIAL PEAKING FACTJR OF 1.27 OCCURRED IN ASSEMBLY 6 LOCATED AT J 2 MAXIMUM RADIAL PEAKING FACTOR IN REGION 1 OF 0.89 OCCURRED IN ASSEMBLY 79 LOCATED AT H 8

1MAXIMUM RADIAL PEAKING FACTOR IN REGION 2 OF .00 OCCURRED IN ASSEMBLY 151 LOCATED AT H14 MAXIN1UM RADIAL PEAKING FACTOR IN REGION 3 OF 1.15 OCCURRED IN ASSEMBLY 110 LOCATED AT FLO MAXIMUM RAOTAL PEAKING FACTOR IN REGION 4 OF 1.27 OCCURRED IN ASSENDLY 152 LOCATED AT G14

AVERAGE AXIAL OFFSET (PERCENT) -6.78

MAXIMUM GROSS PEAKING (FON) FACTOR OF 1.73 OCCURRED IN ASSEMBLY 2 LOCATED AT H I MAXIMUM GROSS PEAKING FACTOR IN RPGION 1 OF 1.22 OCCURPED IN ASSEMBLY 79 LOCATED AT H 8 *4AXI;.iUU. GkRSS PEAKING FACTOR IN REGION 2 OF 1.30 OCCURRED IN ASSEMBLY 151 LOCATED AT H14 * iAXIMUM GROSS PEAKING FACTOR IN HEGION 3 OF 1.48 OCCURRED IN ASSEMBLY 84 LOCATEU AT C 8 MAXIMUM GRUSS PEAKING FACTOR IN REGION 4 OF 1.73 OCCURRED IN ASSEMBLY -156 LOCATED AT H15

CENTER ASSEMBLY AVERAGE POWER FRACTION 0.883 REGION 2 AVERAGE POWER FPACTION 0.931 REGION 3 AVERAGC POWER FVACTIUN .1.065 FFGIUJ 4 AVERAGF POWER FRACTION 0.961

END OF INCORE RUN IBM VERSION 1 06-01-73

AVG X4XIAL CONDITIONS HBR2 CYCLE 2 MAP 121 10/12/73 0 BANK 178 1K LOCAL .3K THIMBLE

AVERAGE SOURCE PER FOOT = 0.142978E-17. AVERAGE.. KW/FT=-0.557545E 01.- AVERAGE-KW/SOURCE =-0.389950E 19

POWER LEVEL EDITED AT = 2142.80 MEGAWATTS THERMAL

POINT; KW/FT NURMALIZED KW/FT POINT KW/FT NORMALIZED KW/FT

1 3.527341 0.632656 30 5.994893 1.075231 2 2.652975 0.475832 31 6.041500 1.083590 6 3 3.091447 0.554475 32 6.079877 1.090473 4 3.707744 0.665013 33 6.105617 1.095090

4.113876 0.7317856 34 6.114618 1.096704 6 4. 183017 0.505735 6.09879475025 1.093L66 7 4.700479 0.843068 36 6.033591 1.087171 8 5.165243 0.926427 37 5..90530 1.020640 9 5.423625 0.972770 38 5.551244 0.9q5659

10 5.583824 1.001502 39 5.949382 1.067068 11 5.698013 1.021983 40 6.118692 1.097435 12 -.5.685693 1.019773 41 6. 182429.1.10867 13 5.654521 1.014182 42 6.234909 1.11d279 14 5.691291 1.020777 43 6.273182 1.125144 15 5.668602 1.016707 44 6.293210 1.128747 16 5.40J028 0.968537 45 6.300071 1.129967 17 5.245226 0.940772 46 6.261720 1.123088 18 5.638615 1.010894 47 .6.061251 1.067132 19 5.81)525 1.042163 48 5.639801 1.011542 20 5.871805 1.053154 49 5.933240 1.064173 21 5.-06713 1.059415 50 6.174233 .. 1.107397 22 5.931450 1.063851 51 6.179543 1.108349 23 5.941143 1.065590 52 6.088280 1.091980 24 5.940097 . 1.065402 - -- - ---53 5.897400 1.057744 25 5.919357 1.061683 54 5.56q337 0.998004 26 5.741540 1.030866 55 5.074345 0.910123 0 27 5.363890 0.962056 56 4.361232 0.732221 28 5.658334 1.014866 57 3.381361 0.606474 29 5.911503 1.060274

0

0

KU PEAK ROD ENTHALPY RISE HBR2 CYCLE 2 MAP 121 10/12/73 D BANK 178 1K LOCAL 3K THIMBLE

N H G F E D C 8 A

**** 1 . 1.213. 1.421. .1.213.

. .. . . . . . . . . * * * * * * * * * * . . . . . . . . . . .. . . . .****.. . . .2

2 . 1.222. 1.371. 1.456. 1.111. 1.456. 1.371. 1.222. 2

* .3 2 4 . . . . . .

3~~~ 1.173: .' 42.3. 1.050:..1.005. 1.16,5. 1.005. 1.050:. 1.423.. 1.173.-.3..

. 1.190. 1.090. 1.025. 1.271. 1.025. 1.103. 1.025: 1.271: 1.025. 1.090: 1.190.

. . . . . . . . .* * * * *

5 * 1.197. 1.394. 1.022- 1.195:.,1.056 .1.124. 0.961. .1.124..1.050-1.195 1.022.1.394. 1*197. 5

. .*. * *0*

6 : * 1.350. 1.J44. 1.270. 1.048. 1.254. 1.184... 1.186. 1.184. 1.254. 1.048. 1.270. 1.044. 1.350. 6

7 . 1.164. .1.446. 1.027. 1.034. 1.128. 1.176. -1.163..0.935. 1.163..1.176...1.128. 1. 0 3 4 1.027. 1.446. 1.164. 7

0, 0 . . * . . . . .* * * * *. * * * * *..

8 . 1.229. 1.080. 1.275. 1.140. 0.963. 1.182. 0.925. .0.972. 0.925. 1.182. 0.963. 1.140. 1.275. 1.080. 1.229. 8

9 . 1.164. 1.446. 1.027. 1.034. 1.128. 1.176. 1.163. 0.935. 1.163 . 1.176. 1.128. 1.034. 1.027. 1.446. 1.164 . 9

, . . . . . .* * * * * * * * 0

10 1.350. 1.044. 1.270. 1.048. 1.254. 1.184. 1.186. 1.184. 1.254. 1.048. 1.270. 1.044. 1.350. . 10

, . . . .* *1 * * * * *

1 1 1.197. 1.394. 1.022. 1.195. 1.056. 1.124. 0.961: 1.124. 1.056. 1.195 1.022. 1.394: 1.197 11

, . * * * * *0*

12 1.130: 1.090. 1.025. 1.271: 1.025. 1.103: 1.025. 1.271: 1.025. 1.090. 1.190. 12

. .. . . . . . . . .

.13 1.173. 1.423. 1.050. 1.00, .165. 1.005. 1.050. 1.423. 1.173. . . 13

14 . . 1.222. 1.311. 1.456. 1.111. 1.456. 1.371. 1.222.

15 1.213. .1.421.. 1.213. 15

R p N M L K J H G F E D C B A

HBR2 CYCLE 2 MAP 121 10/12/73 .0 BANK 178 -1K LOCAL - 3K THIMBLE - -- ----- **-------- ----- - - -

U

SUMMARY OF KEY PERFORMANCE PARAMETERS.. ..........

. MAXIMUM PEAK KW/FT OF. 10.01 OCCURRED IN ASSEMBLY 2 LOCATED AT H I ... ..

PEAK KW/FT IN REGION 1 OF 6.92 OCCURRED IN ASSEMBLY 79 AT LOCATION H 8 PEAK KW/FT IN EGION 2 OF 7.49 OCCURRED IN ASSEMBLY 7 AT LOCATION H 2 v PEAK KW/FT IN REGION 3 OF 8.48 CCCURREU.IN ASSEMBLY 74 AT LOCATION N 8 PEAK KW/FT IN RFGION 4 OF 10.01 OCCURRED IN ASSEMBLY 2 AT LOCATION H 1

MAXIMUM AXIAL PEAKING FACTOR OF L.24 OCCURED IN ASSEMBLY 79 LOCATEU AT H 8 MAXIMUM AXIAL PFAKINGFACTOR IN REGION I OF 1.24 OCCURRED IN ASSEMetY 79 LOCATED AT H 8 MAXIMUM AXIAL PEAKINGFACTOR IN REGION 2OF 1.17 OCCURRED IN ASSEMBLY 151 LOCATED AT H14 MAXIMUM AXIAL PEAKINGFACTOR IN REGION 3 OF 1.23 OCCURRED IN ASSEMBLY 133 LOCATED AT H12 MAXIMUM AXIAL PEAKINGFACTOR INt REGION4 OF 1.23 OCCURRED IN ASSEMBLY 156 LOCATED AT H15

MAXIMUM PADIAL PEAKING FACTOR OF 1.27 OCCURRED IN ASSEMBLY 6 LOCATED AT J 2 MAXIMUM RADIAL PEAKING FACTOR IN REGION 1 OF 0.89. OLCURRED IN ASSEMBLY 79 LOCATED AT H 8 MAXIMUM RADIAL PEAKING FACTOR IN REGION 2 OF L.00 OCCURPED IN ASSEMBLY 151 LOCATED AT H14 MAXIMUM RADIAL PEAKING FACTOR IN REGION 3 OF. 1.15 OCCURRED IN ASSEMBLY 110 LOCATED AT F10 MAXIMUM RADIAL PEAKING FACTOR IN REGION .2 .OF 1.27 OCCURRED IN ASSEMBLY 152 LUCATED AT G14

AVERAGE AXIAL OFFSET (PERCENT) -6.06

MAXIMUM GROSS PEAKING (FQN) FACTOR OF 1.74 OCCURRED IN ASSEMBLY 2 LOCATED AT H 1 v MAXIMUM GROSS PEAKING FACTOR IN REGION 1 OF I.?O.OCCURRED IN ASSEMBLY 79 LOCATED AT H 8 MAXIMUM GROSS PEAKING FACTOR IN REGION 2 OF 1.30 OCCURRED IN ASSEMBLY 151 LOCATED-AT H14 MAXIMUM GROSS PEAKING FACTOR IN REGION 3 OF 1.46 OCCUIRRFO IN ASSEMBLY 84 LOCATED AT C 8 MAXIMUM GROSS PEAKING FACTOR IN REGION 4 OF 1.74 OCCURRED IN ASSEMBLY 156 LOCATED AT H15

CENTFR ASSEMBLY AVERAGE POWER FRACTION 0.886 . REGION 2 AVERAGE POWER FRACTION. . 0.935 .

REGION 3 AVEPAGE POWER FRACTION 1.070 RFGION 4 AVERAGE POWFR FRACTION 0.956

N) OF INCORE RUN IBM VERSION 1 Oo-01-73

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