ML072120539
| ML072120539 | |
| Person / Time | |
|---|---|
| Site: | Byron  |
| Issue date: | 04/16/2007 |
| From: | Exelon Generation Co, Exelon Nuclear |
| To: | Office of Nuclear Reactor Regulation |
| References | |
| B2R13 | |
| Download: ML072120539 (53) | |
Text
- u ~,peciaiInterest +Polnt Inspection Resuts Byron 2 B2R13 CBE 20070401 04/16/2007 14:03:30
~
I ROW CDL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 I CRLEN CRWID CEG BEGT ENDT PDIA PTYPE CAL If
+ + +-..--+_-_-+----+----+----+ + + + +----+-.-.-+----+ + +
2 1 3.49 174 DNG P1 10C 36.24 11C TEC .610 ZBAZC 2 Cf 2 1 INF 1OC 38.05 I1C TEC .610 ZBAZC 2 Cf 2 1 NDF 2 10H 36.02 1OH 11H .610 ZPSNM 23 HI 2 1 3.07 178 ONG P1 1GH 34.45 1IH TEH .610 ZBAZC 97 HI 2 1 5.78 181 DNG P1 10H 35.55 11H TEH .610 ZBAZC 97 Hf 3 1 6.43 178 DNG P1 10C 22.19 1IC TEC .610 ZBAZC 2 C:
3 1 2.14 71 MBM 6 09C 14.43 11C TEC .610 ZBAZC 2 CI 3 1 NOV 2 1OH 22.69 10H 11H .610 ZPSNM 23 HI 3 1 3.91 179 DNG P1 10H 22.39 1IC TEH .610 ZBAZC 97 HI 4 2 17.45 177 DNT P1 1IC -.45 11C TEC .610 ZBAZC 2 Cf 4 2 4.67 178 DNG P1 10C 7.13 11C TEC .610 ZBAZC 2 Cf 4 2 3.38 177 DNG P1 10C 41.86 1IC TEC .610 ZBAZC 2 Cf 4 2 17.45 177 INR P1 1OC 42,29 11C TEC .610 ZBAZC 2 CI 4 2 .75 74 MBM 6 05H 28.39 11C TEH .610 ZBAZC 97 HI 4 2 3.15 178 ONG P1 1OH 8.43 11C TEH .610 ZBAZC 97 HI 4 2 4.23 185 ONT P1 11H -.61 1IC TEH .610 ZBAZC 97 Hf 4 2 9.80 180 DNT P1 11H .19 11C TEH .610 ZBAZC 97 Hf 4 2 3.73 181 DNG P1 11C -1.85 I1C TEN .610 ZBAZC 97 HI 4 2 19.68 181 OUT P1 11C - .75 11C TEH .610 ZBAZC 97 Hf 4 2 NOV 2 1011 8.43 10H 1111 .610 ZPSNM 131 HI 10 3 NOV 2 09H 23.40 0911 1011 .610 ZPSNM 23 H:
10 3 4.14 184 DUG P1 09H 23.52 TEC TEH .610 TBATC 41 HI 3 5 NOD ilC TEC .610 ZBAZC 4 Cf 3 5 NDD TSU TSH .610 ZPSNM 7 HI 3 5 2.91 178 DNT P1 11H - .49 11C TEH .610 ZBAZC 95 Hf 3 5 NDF 2 11H -.47 11H 11H .580 ZPUN4 115 HI 5 5 NOD TSH TSH .610 ZPSNM 7 H:
5 5 NOF 2 10H 9.13 1011 11H .610 ZPSNM 23 HI 5 5 2.28 172 DUG P1 1OH 3.93 TEC TEN .610 TBATC 39 Hf 5 5 3.83 174 DUG P1 10H 9.20 TEC TEH .610 TBATC 39 HI 5 5 2.31 171 DNO P1 1OC 38.95 TEC TEH .610 TBATC 39 HI 5 5 7.01 176 DNG P1 1OC 39.87 TEC TEH .610 TBATC 39 HI 23 6 NOD TSH TSH .610 ZPSNM 5 H:
23 6 NOV 2 1011 33.68 1OH 11H .618 ZPSNM 27 Hf
) I 23 6 4.55 175 DNG P1 1OH 33.89 TEC TEH .610 TBATC 43 Hf 23 6 2.02 175 DNT P1 11H .40 TEC TEH .610 TBATC 43 Hf 23 6 1.28 145 INR P1 1OC 17.68 TEC TEH .610 TBATC 43 Hf 23 6 1.45 154 DES 1 10C 17.91 TEC TEH .610 TBATC 43 HI 23 6 1J8 69 MOM 6 1OC 18.66 TEC TEH .610 TBATC 43 Hf 23 6 1.75 67 MOM 6 1OC 18.89 TEC TEN .610 TBATC 43 Hf 23 6 3.55 172 DUG P1 IOC 24.29 TEC TEH .610 TBATC 43 Hf 23 6 .18 146 DES 1 09C 27.26 TEC TEN .610 TBATC 43 Hf 8 7 NOD TSH TSH .610 ZPSNM 7 H:
8 7 NDF 2 1OH 30.28 1OH 1111 .610 ZPSNM 21 I-If 8 7 NDF 2 10H 34.35 1011 1111 .610 ZPSNM 21 Hf 8 7 .59 170 DES 1 1011 26.22 TEC TEH .610 TBATC 39 Hf 8 7 2.63 175 DNG P1 1OH 28.35 TEC TEH .610 TBATC 39 Hf 8 7 1.23 175 INR P1 1OH 30.27 TEC TEH .610 TBATC 39 Hf 8 7 4.95 174 DNG P1 10H 30.64 TEC TEH .610 TBATC 39 Hf 8 7 2,43 180 DUG P1 10H 31.09 TEC TEH .610 TBATC 39 HI 8 7 2.13 173 DNG P1 iON 33.60 TEC TEH .610 TBATC 39 Hf 8 7 3.71 178 DNG P1 iON 34.63 TEC TEH .610 TBATC 39 Hf 8 7 2.93 168 DUG P1 1OC 25.24 TEC TEH .610 TBATC 39 Hf 8 7 .51 197 IUR P1 10C 25.74 TEC TEN .610 TBATC 39 HI 8 7 3.14 172 DUG P1 1OC 26.03 TEC TEH .610 TBATC 39 Hf 8 7 5.17 178 DNG P1 1OC 26.34 TEC TEH .610 TBATC 39 Hf 8 7 2.09 177 DNG P1 1OC 27.08 TEC TEH .610 TBATC 39 Hf 8 7 5.19 179 DUG P1 1OC 27.47 TEC TEH .610 TBATC 39 Hf 8 7 2.67 181 DUG P1 10C 27.87 TEC TEH .610 TBATC 39 Hf 8 7 3.74 175 DUG P1 1OC 28.82 TEC TEH .610 TBATC 39 Hf 8 7 2.06 173 DUG P1 1OC 29.47 TEC TEH .610 TBATC 39 Hf 8 7 4.18 178 DUG P1 10C 32.39 TEC TEH .610 TBATC 39 Hf 8 7 2.09 177 DUG P1 1OC 32.76 TEC TEH .610 TBATC 39 Hf 13 7 NOD TSH TSH .610 ZPSNM 7 Hf 13 7 3.04 179 OUT P1 05H - .50 TEC TEN .610 TBATC 39 Hf 13 7 NOV 2 0511 - .50 0511 05H .610 ZPSNM 131 Hf 9 8 NDF 2 TSH -11.57 TSH TSH .610 ZPSNM 5 Hf 9 8 2.82 177 ONG P1 10H 39.66 TEC TEN .610 TBATC 45 Hf
{ ~ f 9 8 3.23 175 ONG P1 10H 40.74 TEC TEH .610 TBATC 45 Hf
\~ ) 9 8 2.78 178 INR P1 1OC 37.89 TEC TEH .610 TBATC 45 Hf 9 8 5.60 179 DUG P1 10C 38.12 TEC TEH .610 TBATC 45 Hf
+----+----+ + + + + +----+----+----+
ROW COL VOLTS OEG INO PER CHN LOCN INCH1 INCH2 I CRLEN CRWID CEG BEGT ENOT POIA PTVPE CAL LI
+----+----+ +----+----+----+----+.---+ + +-.+ + +----+----+----+ + +
1
SG - 0 Special Interest +Point Inspect ion Results Byron 2 B2R13 CBE 20070401 04/16/2007 14:03:30
+----+----+----+----+----+ + .f--+ + +----+----+----+ + +
I ROW COL VOLTS DEG IND PER CNN LOCN INCH1 INCN2 I CRLEN CRWID CEG BEGT ENOT POIA PTYPE CAL LI
+----+ +----+----+----+-..--+----+ + +--+ + +----+----+---.+ + +--+
9 8 NDF 2 10H 40,74 iON uN .610 ZPSNM 131 Hf 10 8 NOD TSH TSH .610 ZPSNM 5 Hf 10 8 NOV 2 1011 41,84 1011 uN .610 ZPSNM 23 Hf 10 8 3.79 176 DUG P1 1011 41,74 TEC TEN .610 TBATC 45 Hf 21 8 NOD TSH TSH .610 ZPSNM 7 HI I 21 8 NOV 2 1OH 37,08 1011 uN .610 ZPSNM 27 Hf I 21 8 3.52 176 DUG Vi iOH 36,72 TEC TEN .610 TBATC 45 Hf 21 8 2.64 173 OUT P1 11C - .59 TEC TEN .610 TBATC 45 Hf I 21 8 3.30 171 OUT P1 11C .47 TEC TEH .610 TBATC 45 I-if 5 9 NOD TSH TSH .610 ZPSNM 7 H~
I 5 9 NOV 2 1OC 25.86 1eC lie .610 ZPSNM 14 Cf I 5 9 2.08 170 DUG P1 iON 27.68 TEC TEN .610 TBATC 43 Hf I 5 9 2.61 171 DUG P1 1OH 30.57 TEC TEH .610 TBATC 43 NI 5 9 2.56 172 OUT P1 I1C .43 TEC TEN .610 TBATC 43 Hf 5 9 .12 118 DVS 1 IOC 25.86 TEC TEH .610 TBATC 43 Hf 7 9 NOD TSH TSH .610 ZPSNM 7 tli 7 9 MDV 2 1011 15.71 1011 uN .610 ZPSNM 21 Hf 7 9 1.43 162 DES 1 ION 15.02 TEC TEN .610 TBATC 43 Hf 7 9 3.89 179 DUG P1 iON 16.03 TEC TEN .610 TBATC 43 Hf I 7 9 .43 155 DFS 1 1011 30.73 TEC TEH .610 TBATC 43 Hf 7 9 2.61 180 DNT P1 11C .28 TEC TEH .610 TBATC 43 Hf I 7 9 .97 166 DES 1 1OC 12.84 TEC TEH .610 TBATC 43 Hf 7 9 5.39 179 ONG P1 IOC 13.92 TEC TEN .610 TBATC 43 Hf 7 9 .59 32 DES 1 iOC 41.69 TEC TEN .610 TBATC 43 Hf 9 9 NOD TSH TSH .610 ZPSNN 7 Hf 9 9 NDF 2 03N 9,32 03H 05H .610 ZPSNM 21 Hf 9 9 3.07 185 DUG P1 0311 9.44 TEC TEN .610 TBATC 43 Hf 10 9 NDF 2 TSH -14.24 TSH TSH .610 ZPSNM 7 Hf 10 9 NOV 2 iON 38.97 1GH U.N .610 ZPSNM 23 Hf I 10 9 3.29 174 DUG P1 iON 39.04 TEC TEH .610 TBATC 43 Hf 20 9 NOD TON TSH .610 ZPSNM 7 Hf 20 9 NDF 2 1011 35.74 1011 11H .610 ZPSNM 27 Hf 20 9 3.52 176 DUG P1 1011 35.86 TEC TEN .610 TBATC 43 HI 9 10 NOD TSH TSH .610 ZPSNM 5 Hf 9 10 3.00 182 DUG P1 07N 27.54 TEC TEH .610 TBATC 45 Hf 1 9 10 2.97 182 DUG P1 08H 3.49 TEC TEH .610 TBATC 45 Hf 9 10 3,22 177 DUG P1 04C 13.93 TEC TEH .610 TBATC 45 Hf 9 10 NOV 2 07H 27.54 0711 08H .610 ZPSNM 131 Hf 28 10 NOV 2 01H 3.92 0111 03H .610 ZPSUM 27 Hf 28 10 3.49 179 DUG P1 0111 4.05 TEC TEN .610 TBATC 43 Hf I 28 10 1.60 181 INR P1 O1N 11.06 TEC TEN .610 TBATC 43 Hf I 28 10 .38 56 DFS 3 uN 9.09 TEC TEH .610 TBATC ~ NI I 28 10 3.34 171 OUT P1 11C - .69 TEC TEN .610 TBATC 43 Hf p 28 10 3.20 171 OUT P1 11C .27 TEC TEN .610 TBATC 43 H 4 12 15.40 178 OUT P1 lie - .47 lie TEC .610 ZBAZC 2 Cf I 4 12 3.03 174 DUG P1 1OC 20.90 lie TEC .610 ZBAZC 2 Cf 4 12 13.96 179 DUG P1 lee 21.98 lie TEC .610 ZBAZC 2 Cf 4 12 3.35 179 DUG P1 1OC 22.69 lie TEC .610 ZBAZC 2 Cf 4 12 3.94 179 DUG P1 lee 41.86 11C TEC .610 ZBAZC 2 Cf 4 12 NOD TSH TSH .610 ZPSNM 5 Hf 4 12 NOV 2 iON 22.34 iON ill-i .610 ZPSNM 21 Hf 4 12 NOV 2 1111 -.44 iON 1111 .610 ZPSNM 21 Hf 4 12 NOF 2 uN .36 1OH uN .610 ZPSNM 21 Hf 4 12 NOV 2 uN 1.13 iON 1111 .610 ZPSNM 21 Hf 4 12 3.12 179 DUG P1 iON 19.05 ilC TEH .610 ZBAZC 97 Hf 4 12 .40 152 DES 1 10H 20.11 liC TEN .610 ZBAZC 97 Hf 4 12 3.15 178 DUG P1 iON 20.90 lie TEN .610 ZBAZC 97 Hf 4 12 3.13 179 DUG P1 iON 21.23 liC TEH .610 ZBAZC 97 Hf 4 12 3.99 183 DUG Vi iON 21.55 11C TEN .610 ZBAZC 97 Hf 4 12 7.92 181 DUG P1 iON 22.10 lie TEN .610 ZBAZC 97 Hf 4 12 3.75 186 OUT P1 1111 - .48 lie TEN .610 ZBAZC 97 Hf 4 12 7.16 181 OUT P1 uN .37 lie TEN .610 ZBAZC 97 Hf 4 12 6.05 190 DUG P1 1111 1.33 lie TEN .610 ZBAZC 97 Hf 4 12 18.18 182 OUT P1 1IC - .67 liC TEN .610 ZBAZC 97 Hf 8 12 NOD TSH TON .610 ZPSNM 5 N:
8 12 NOV 2 1011 40.28 1OH 1111 .610 ZPSNM 21 Hf 8 12 .74 70 INR 6 1OH 7.69 TEC TEN .610 TBATC 45 Hf
~ ,/ 8 12 .22 146 DES 1 iON 25.79 TEC TEN .610 TBATC 45 Hf 8 12 5.03 179 DUG P1 1011 39.90 TEC TEH .610 TBATC 45 Hf
+----+----+ +----+----+----+----+----+ + +--+ + +----+----+----+ + +
ROW CDL VOLTS DEG INO PER CHN LOCN INCH1 INCN2 I CRLEN CRWID CEG BEGT ENDT PDIA PTYPE CAL If
+----+----+ +----+----+----+----+----+ + +--+ + +----+----+----+ + + +--+
2
SG - 0 Special Interest +Point Inspection Results Byron 2 B2R13 CBE 20070401 04/16/2007 14:03:30 ROW COL VOLTS OEG IUO PER CNN LOCN IUCH1 INCH2 I CRLEN CRWZO CEG BEGT ENOT PDIA PTYPE CAL Lf
+----+----+ +----+----+---.+----+----+ + +--+ + +----+----+ + +
8 12 5.35 178 ONG P1 1CC 27.15 TEC TEN .610 TBATC 45 Hf I 8 12 4.22 180 DUG P1 iCC 38.19 TEC TEN .610 TBATC 45 Hf 8 12 2.08 178 INR P1 iCC 38.57 TEC TEN .610 TBATC 45 Hf 12 12 NOD TOIl TSH .610 ZPSNM 5 Hf 12 12 NOV 2 101-i 39.86 1011 liii .610 ZPSNM 27 Hf 12 12 4.00 178 DUG P1 10H 39.47 TEC TEN .610 TBATC 45 Hf 16 12 NOV 2 TSH -11.94 TSH TON .610 ZPSNM 5 Hf i6 12 3.74 175 OUT Pu uN - .08 TEC TEN .610 TBATC 45 Hf 16 12 i.98 172 DES 1 1OC 37.96 TEC TEN .610 TBATC 45 NI 16 12 4.65 175 DUG P1 lee 39.09 TEC TEH .610 TBATC 45 Hf 16 12 NOV 2 1111 -.03 1111 1111 .580 ZPUN4 115 Hf 20 12 NOD TSH TSN .6i0 ZPSNN 5 H~
20 12 3.00 177 DUG P1 10H 33.67 TEC TEN .610 TBATC 45 Hf 20 12 .49 i21 DES 3 UN .89 TEC TEN .610 TBATC 45 Hf 20 12 NOF 2 IOH 33.67 1OH liH .610 ZPSUM 131 Hf 25 12 MOE 2 TON -15.75 TOH TON .610 ZPSNN 7 Hf 25 12 .29 148 DES 1 iON 31.92 TEC TEN .610 TBATC 45 Hf 25 12 3.39 180 OUT P1 uN - .69 TEC TEN .610 TBATC 45 Hf 25 12 2.99 177 OUT P1 1111 .37 TEC TEN .610 TBATC 45 Hf 25 12 .11 119 OFS 1 l0C 27.73 TEC TEN .610 TBATC 45 Hf 25 12 NOF 2 11H - .69 iiH uN .580 ZPUU4 139 Hf 25 12 NOF 2 uN .36 1111 uN .580 ZPUN4 139 Hf 14 13 NOD TOIl TON .610 ZPSUM 7 Hf 14 13 NDF 2 ION 40.24 1011 uN .610 ZPSNM 27 Hf 14 13 3.58 179 DUG P1 iON 40.40 TEC TEN .610 TBATC 43 Hf 22 13 NOV 2 TSH -10.84 TON TSH .610 ZPSNM 7 H:
22 13 NOF 2 1011 35.32 1011 uN .610 ZPSNM 27 Hf 22 13 4.62 174 DUG P1 iON 35.45 TEC TEH .610 TBATC 43 Hf 29 13 NOD TOM TSN .610 ZPONM 7 Hf 29 13 5.41 180 OUT P1I1H -.69 TEC TEN .610 TBATC 45 Hf 29 13 UDF 21111 -.69 1111 uN .610 ZPSNM 119 Hf 6 14 NOD TSH TON .610 ZPSNM 5 Hf 6 14 NOV 2 iON 37.45 1OH uN .610 ZPONM 21 Hf 6 14 UDF 2 iON 41.89 IOH 11H .610 ZPSUM 21 Hf 6 14 3.97 179 DUG Vi iON 37.07 TEC TEN .610 TBATC 45 Hf 6 14 2.25 175 DUG Pu iON 39.73 TEC TEN .610 TBATC 45 Hf 6 14 5.10 180 DUG P1 1011 41.79 TEC TEN .610 TBATC 45 Hf 6 14 2.47 180 DUG Pu iON 42.12 TEC TEN .610 TBATC 45 Hf 6 14 4.14 179 ONT Vi lie .06 TEC TEN .610 TBATC 45 Hf 6 14 4.25 178 OUT Pi 11C .36 TEC TEH .610 TBATC 45 Hf 6 14 .40 158 DES 1 1OC 35.20 TEC TEN .610 TBATC 45 Hf 6 14 .61 151 DES i lee 37.71 TEC TEN .610 TBATC 45 Hf 6 14 2.42 175 ONG ~i lee 38.74 TEC TEN .610 TBATC 45 Hf I 8 14 NOD TON TSH .610 ZPSUM 5 H:
I 8 14 3.19 180 OUT Vi 1111 - .21 TEC TEN .610 TBATC 45 Hf I 8 14 NOV 2 uN -.08 1111 1111 .580 ZPUN4 115 Hf 34 14 NOD TSH TSN .610 ZPSUM 7 Hf 34 14 NOD 02C 02C .610 ZPSUM 16 Cf 34 14 4.72 177 OUT Pu uN - .58 TEC TEH .610 TBATC 43 Hf 34 14 2.81 172 OUT P1 11C - .61 TEC TEN .610 TBATC 43 Hf 35 14 NOD TON TSH .610 ZPONM 7 Hf 35 14 NOD 02C 02C .610 ZPSNM 16 Cf 35 14 8.12 180 OUT Vi AV3 .03 TEC TEN .610 TBATC 43 Hf I 35 14 1.19 0 PCT 19 P2 AV4 - .03 TEC TEN .610 TBATC 43 Hf I 35 14 5.18 180 DUG Pu TSC 7.20 TEC TEN .610 TBATC 43 Hf 16 15 NOD TON TSH .610 ZPSNM 7 H I 16 15 3.01 174 DUG P1 iON 36.40 TEC TEN .610 TBATC 43 Hf 16 15 2,23 74 MOM 6 09C 38,34 TEC TEN .610 TBATC 43 Hf 16 15 NOV 2 1011 36,40 10H uN .610 ZPSNM 131 Hf 17 15 NOD TON TON .610 ZPSNM 7 Hf 17 15 NOV 2 iON 35.41 1011 1111 .610 ZPSNM 27 Hf 17 15 3.87 175 DUG P1 1011 35.60 TEC TEN .610 TBATC 43 Hf 28 15 NOD TON TON .610 ZPSNM 7 H:
28 15 3.93 177 OUT P1 uN -.50 TEC TEN .610 TBATC 43 Hf 28 15 2.97 181 OUT P1 oue - .10 TEC TEN .610 TBATC 43 Hf 28 15 NOF 2 1111 - .62 uN uN .580 ZPIJN4 115 Hf
+ + +----+----+----+----*----+ + +--+ + +----+---.-+----+ +
ROW CDL VOLTS OEG IND PER CNN LOCN INCHI IUCH2 I CRLEN CRWID CEG BEGT ENOT POIA PTYPE CAL If
+----+----+----+----+----+ + +--+ + +----+----+----+ + +
3
SO - 0 Special Interest +Point Inspection Results Byron 2 B2Ri3 CBE 20070401 04/16/2007 14:03:30
+----+----+----+----+----+ + +--+ + +----+-.--+----+ + +
ROW COL VOLTS DEG INO PER CNN LOCN INCH1 INCH2 I CRIEN CRWIO CEG BEGT ENDT POIA PTYPE CAL LI
+----+ +----+----+----+----+----+ + +--+ + +----+----+ + +
34 15 RBD TSN TON .610 ZPOUM 5 Hf 34 15 NOD 02C 02C .610 ZPSNM 16 Cf 34 15 NOD TSH TSH .610 ZPSNM 17 Hf 34 15 NOD TEC TEN .610 TBATC 45 Hf 35 15 UDF 2 TON -16.04 TSH TON .610 ZPSNM 5 N:
35 15 NDF 2 TSH -14.80 TSH TSH .610 ZPSNM 5 Hf 35 15 NOD 02C O2C .610 ZPSNM 16 Cf 35 15 2.12 170 OUT Pu lie - .62 TEC TEN .610 TBATC 45 Hf 35 15 1.02 69 MOM 6 07C 11.33 TEC TEH .610 TBATC 45 HI I 3 16 NOD 11C TEC .610 ZBAZC 4 Cf I 3 16 NOD TON TSH .610 ZPSNM 5 Hf 3 16 NOV 2 1OH 41.19 1011 1111 .610 ZPSNM 27 Hf I 3 16 2.82 177 DUG Vi 1011 40.84 liC TEN .610 ZBAZC 95 Hf 5 16 NOD TSH TSN .610 ZPSNM 5 Hf 5 16 3.48 175 OUT P1 1111 -.48 TEC TEN .610 TBATC 51 Hf 5 16 1.68 186 INR P1 I1C .15 TEC TEN .610 TBATC 51 Hf 5 16 2.79 173 OUT Vi lie .38 TEC TEN .610 TBATC 51 Hf 5 16 NDV 2 1111 - .50 1111 uN .580 ZPUU4 1i5 Hf 6 16 NDE 2 TSH -17.14 TSH TSN .610 ZPSNM 5 H:
6 16 2.06 174 DUG Vi iON 28.33 TEC TEN .610 TBATC 53 Hf 6 16 3.09 178 DUG P1 iON 40.56 TEC TEN .6i0 TBATC 53 Hf 6 16 2.31 176 ONT Vi 11C - .23 TEC TEN .610 TBATC 53 Hf 6 16 3.67 177 ONG P1 1OC 41.49 TEC TEN .610 TBATC 53 Hf 6 16 NOV 2 iON 40.56 1OH ilH .610 ZPSNM 131 Hf 24 16 NOD TSH TSH .610 ZPOUM 5 N:
24 16 NOV 2 iON 16.76 1011 ilH .610 ZPSNM 27 Hf 24 16 NOV 2 11H - .61 1011 uN .610 ZPONM 27 Hf 24 16 NOF 2 uN .47 1011 1111 .610 ZPSUM 27 Hf 24 16 3.34 178 DUG P1 iON 16.89 TEC TEH .610 TBATC 43 Hf 24 16 3.46 176 ONT P1 1111 -.48 TEC TEH .610 TBATC 43 Hf 24 16 2.98 174 ONT P1 uN .62 TEC TEN .610 TBATC 43 Hf 21 17 NOD 02C 02C .610 ZPSNM 16 Cf 21 17 2.58 189 DUG Pu 08H 25.52 TEC TEN .610 TBATC 45 Hf I 5 19 NOV 2 1011 39.93 10H 1111 .610 ZPSNM 27 Hf I 5 19 .62 87 MOM 6 iON 31.50 TEC TEN .610 TBATC 51 Hf I 5 19 3.04 176 ONG P1 i0H 40.30 TEC TEH .610 TBATC 51 Nf I 5 19 2.69 175 DUG P1 lOC 40.84 TEC TEN .610 TBATC 51 Hf 37 19 3.08 178 OUT P1 uN - .69 TEC TEN .610 TBATC 49 Hf 37 19 2.90 188 DUG Pu O7C 6.i4 TEC TEH .610 TBATC 49 Hf I 37 19 6.54 187 DUG P1 07C 7.45 TEC TEN .610 TBATC 49 Hf 37 19 2.93 188 DUG P1 07C 8.79 TEC TEN .610 TBATC 49 HI 37 19 NOV 2 1111 - .69 1111 1111 .580 ZPUN4 139 NI 2 20 NOD 11C TEC .610 ZBAZC 2 C 2 20 3.27 177 DUG P1 iON 4i.iO liH TEN .610 ZBAZC 97 N 2 20 NOF 2 iON 41.10 ION liN .610 ZPSNM 131 H 25 21 NDF 2 iON 31,07 10H uN .6uO ZPSNM 27 HI 25 21 1.21 76 MBM 6 OBH 16.49 TEC TEN .610 TBATC 49 Hf 25 21 3.39 179 DUG P1 ION 31.10 TEC TEN .610 TBATC 49 NI 25 21 2.75 178 DUG P1 1OC 37.13 TEC TEN .610 TBATC 49 Hf 41 21 3.19 177 OUT Vi 1111 - .69 TEC TEN .610 TBATC 49 Hf 41 21 1.19 0 PCI 17 P2 AV2 .20 TEC TEN .610 TBATC 49 Hf 41 21 1.24 0 PCT 18 P2 AV3 .05 TEC TEN .610 TBATC 49 Hf 41 21 NOV 2 1111 - .69 11H uN .580 ZPIJN4 139 Hf 42 21 3.25 177 OUT Vi 1111 - .69 TEC TEH .610 TBATC 49 N:
42 21 6.21 180 DUG P1 1IH 6.81 TEC TEN .610 TBATC 49 Hf 42 21 25.07 178 DUG Pu AV4 16.74 TEC TEN .610 TBATC 49 Hf 42 21 27.04 179 086 P1 AV4 17.84 TEC TEH .610 TBATC 49 Hf 42 21 3.89 172 OUT P1 iiC -.49 TEC TEN .610 TBATC 49 Hf 42 21 22.94 178 OUT P1 lie .57 TEC TEN .610 TBATC 49 Hf 42 21 NOF 2 I1H - .69 11H uN .580 ZPIJN4 139 Hf 12 22 NOV 2 0911 8.51 09H 1011 .610 ZPSNM 27 H:
12 22 3.69 181 DUG P1 09H 8.48 TEC TEN .610 TBATC 47 Hf 12 22 3.11 174 ONG Pu 1OC 39.12 TEC TEN .610 TBATC 47 Hf 16 22 NOV 2 0911 14.64 09H 1011 .610 ZPSNM 27 Hf 16 22 3.02 183 DUG P1 0911 14.73 TEC TEN .610 TBATC 47 Hf
+----+----+----+----+----+ + + + +----+----+----+ + +
I ROW COL VOLTS DEG IND PER CNN LOCN INCH1 INCH2 I CRLEU CRWXD CEG BEGT ENOT POIA PTYPE CAL If
+----+----+----+----+----+ + +--+ + +----+----+----+ +
4
SO - 0 Special Interest +Point Inspection Results Byron 2 B2R13 CBE 20070401 04/16/2007 14:03:30
+ + +----+----+ +----+ + +--+ + +----+----+----+ + + +--+
ROW CDL VOLTS DEG INO PER CHN LOCU INCH1 INCN2 I CRLEN CRWIO CEO BEGT ENOT POIA PTYPE CAL If
+----+----+----+----+----+ + +--+ + +----+----+----+ + +
16 22 2.15 93 MBM 6 iON 13.77 TEC TEN .610 TBATC 47 Hf 18 22 NOF 2 1ON 33,45 iON uN .610 ZPSNM 27 H:
18 22 NOF 2 iON 33.84 iON uN .610 ZPONM 27 Hf 18 22 3.89 177 DUG P1 iON 33,59 TEC TEH .610 TBATC 47 Hf 18 22 3.33 180 ONG P1 iON 33.96 TEC TEN .610 TBATC 47 Hf 4 23 4.50 176 OUT P1 11C .11 11C TEC .6iO ZBAZC 2 Cf 4 23 3.02 176 DUG Pu iON 23.40 liC TEN .610 ZBAZC 97 Hf 4 23 2.17 178 OUT ~i lie - .29 liC TEN .610 ZBAZC 97 Hf 4 23 5.01 180 OUT P1 11C .32 11C TEN .610 ZBAZC 97 Hf 4 23 NOF 2 iON 23.40 1OH 11N .610 ZPSNM 131 Hf 8 23 NOV 2 iON 40.37 10H 1111 .610 ZPSNM 27 Hf 8 23 .15 147 DFS 1 0911 21.01 TEC TEN .610 TBATC 55 Hf 8 23 2.58 176 DUG P1 iON 34.43 TEC TEN .610 TBATC 55 Hf 8 23 3.25 179 DUG P1 1OH 40.75 TEC TEN .610 TBATC 55 Hf 8 23 2.43 178 OUT P1 1IC - .66 TEC TEN .610 TBATC 55 Hf 8 23 2.52 174 DUG P1 i0C 29.01 TEC TEN .610 TBATC 55 I-If B 23 2.07 172 DUG P1 1OC 39.11 TEC TEN .610 TBATC 55 Hf 1 25 NOD lie TEC .610 ZBAZC 4 Cf 1 25 4.72 176 DUG P1 1011 41.48 liH TEN .610 ZBAZC 95 Hf 1 25 6.08 176 OUT Vi 1111 - .03 uN TEN .610 ZBAZC 95 Hf 1 25 2.30 175 OUT Pu llH .27 11H TEN .610 ZBAZC 95 Hf 1 25 NOD uN 11C .580 ZPUM8 105 Hf 1 25 NOV 2 iON 41.4.8 iON uN .610 ZPSUM 131 Hf 41 25 3.17 185 ONG P1 05H 5.88 TEC TEN .610 TBATC 49 H:
41 25 2.60 179 DNG Vi AV4 25.92 TEC TEN .610 TBATC 49 Hf 41 25 NOV 2 0511 5.88 05H 0711 .6iO ZPONM 131 Hf 43 25 3.16 177 OUT P1 uN - .69 TEC TEN .610 TBATC 49 Hf 43 25 2.19 74 MBM 6 05C 15,45 TEC TEN .610 TBATC 49 Hf 43 25 NOV 2 1lN - .69 1111 UN .580 ZPUN4 139 Hf 1 26 NOD lie TEC .610 ZBAZC 4 Cf 1 26 3.30 169 DUG P1 iON 42.18 1111 TEN .610 ZBAZC 95 Hf 1 26 3.52 175 OUT P1 11H - .17 1111 TEN .610 ZBAZC 95 Hf 1 26 9.63 176 OUT P1 114 .28 uN TEN .610 ZBAZC 95 Hf 1 26 NOE 2 iON 42.18 10H 1111 .610 ZPSNM 131 Hf 43 27 3.10 177 ONT P1 uN - .67 TEC TEH .610 TBATC 49 Hf 43 27 NDF 2 liN - .67 uN uN .580 ZPUN4 139 Hf I 4 28 NOD lie TEC .610 ZBAZC 2 Cf 4 28 3.28 179 ONG Pu ION 23.44 liD TEN .610 ZBAZC 97 Hf 4 28 2.26 176 DUG P1 iON 34.64 liC TEN .610 ZBAZC 97 Hf 4 28 NOV 2 iON 23.44 iON uN .610 ZPOUM 131 Hf 21 28 3.37 175 OUT P1 uN -.18 TEC TEN .610 TBATC 51 Hf 21 28 NOV 2 ilN - .30 11N uN .580 ZPUU4 115 Hf 4 29 2.33 177 ONG Pu 1OC 30.42 iue TEC .610 ZBAZC 2 C 4 29 1.23 73 MBM 6 1OC 30.94 i1C TEC .610 ZBAZC 2 Cf 4 29 NOD TSN TON .610 ZPONM 3 Hf 4 29 2.08 181 DUG P1 1011 31.54 1IC TEN .610 ZBAZC 97 Hf 4 29 3.18 181 DUG P1 l0H 31.86 11C TEN .610 ZBAZC 97 Hf 4 29 NOV 2 ION 31.86 1ON i1H .610 ZPSNM 131 Hf 7 29 NOD TON TON .610 ZPSNM 3 Hf 7 29 NDF 2 ION 32.41 iON uN .610 ZPSNM 27 Hf 7 29 2.12 177 DUG P1 104 31.47 TEC TEN .610 TBATC 55 HI 7 29 3.10 174 DUG Pu iON 32.40 TEC TEN .610 TBATC 55 Hf 7 29 2.34 179 DUG P1 10C 36.12 TEC TEN .610 TBATC 55 Hf 44 29 NOF 2 TSC .62 TOC TOC .610 ZPONM 14 Cf 44 29 17.25 6 BIG 1 TSC .62 TEC TEN .610 TBATC 53 Nf 8 30 PRC TON TSN .610 ZPONM 1 Hf B 30 NOV 2 TSH .80 TSH TON .610 ZPONM 27 Hf 8 30 4.87 184 IUR Pu TSH 1.13 TED TEN .610 TBATC 57 Hf 8 30 1.37 75 MBM 6 iON 13.31 TEC TEN .610 TBATC 57 Hf 7 31 MOO TON TON .610 ZPSNM 3 Hf 7 31 NOV 2 iON 41.73 1011 uN .610 ZPONM 27 Hf 7 31 2.09 173 DUG P1 iON 38.92 TEC TEN .610 TBATC 55 NI 7 31 2.77 178 DNG Pu 10H 39,68 TEC TEN .610 TBATC 55 Hf 7 31 3.68 179 ONG Pu iON 41.86 TEC TEN .610 TBATC 55 Hf 7 31 2.72 179 OUT P1 lIe - .68 TEC TEN .610 TBATC 55 Hf
+----+ +----+ + +--+ + + +----+ +
I ROW COL VOLTO DEG IND PER CNN LOCH INCH1 IUCH2 I CRLEU CRWIO CEG BEGT ENDT POIA PTYPE CAL Lf
+----+----+----+----+----+ + +--+ + + +----+ + +
5
OG - 0 Special Interest +Point Inspection Results Byron 2 B2R13 CBE 20070401 04/16/2007 14:03:30 I ROW COL VOLTS DEG INO PER CNN LOCH INCH1 INCN2 I CRLEN CRWID CEO BEGT ENOT PDIA PTYPE CAL Lf
+-.--+ +----+ + * + +----+---.+ + +
7 31 3.22 178 DUG P1 1OC 39.98 TEC TEN .610 TBATC 55 Hf 14 31 NOD TSH TSH .610 ZPSNM 3 Hf 14 31 NOV 2 iON 42.14 104 11N .610 ZPSNM 25 Hf 14 31 4.03 178 DUG P1 10N 42.02 TED TEN .610 TBATC 53 Hf 14 31 236 175 DUG P1 iOC 39.12 TEC TEH .610 TBATC 53 Hf 26 31 NOD TSH TON .610 ZPSNM 3 Hf 26 31 NOD O2C O2C .610 ZPSNM 16 Cf 26 31 NOD TED TEN .610 TBATC 53 Hf 28 31 NOD TSH TON .610 ZPSNM 3 Hf 28 31 3.26 184 DUG P1 0311 19.65 TEC TEN .610 TBATC 53 Hf 28 31 NOV 2 03N 19.65 03H 05H .6iO ZPSNM 131 Hf 44 31 NOD TSH TON .610 ZPSUM 5 Hf 44 31 3.07 177 DM0 Pu iON 41,13 TED TEN .610 TBATC 53 Hf 44 31 NDF 2 iON 41,13 iON liN .610 ZPSNM 131 NI 4 33 NOD liC TED .610 ZBAZC 4 Cf 4 33 NOV 2 101-I 12.49 104 1111 .610 ZPOUM 27 Hf 4 33 3.89 179 DUG P1 1011 12.68 lIe TEN .610 ZBAZC 97 Hf
~ 33 NOV 2 09H 15.89 O9H lON .610 ZPONM 27 Hf 7 33 3.40 184 DUG P1 09N 15.98 TED TEN .610 TBATC 55 Hf 19 33 UDF 2 10H 40.61 iON uN .610 ZPSNM 25 Hf 19 33 3.22 176 DUG Vi iON 40.58 TEC TEN .610 TBATC 53 Hf 19 33 2.57 47 MOM 6 O8C 7.63 TEC TEN .610 TBATC 53 Hf 20 33 NOV 2 09H 6.79 O9N iON .610 ZPSNM 25 Hf 20 33 3.49 183 DUG P1 09H 6.54 TED TEN .610 TBATC 53 NI 8 35 NDF 2 10N 32.72 iON uN .610 ZPSUM 25 Hf 8 35 3.97 174 DUG Vi iON 32.75 TEC TEN .610 TBATC 55 Hf 8 35 2.68 175 DUG P1 iON 34.14 TED TEN .610 TBATC 55 Hf 8 35 3.40 77 MOM 6 1OC 36.19 TEC TEN .610 TBATC 55 Hf 13 35 NDF 2 1OH 38.78 10H uN .610 ZPSUM 25 Hf f~~\ f 13 35 2.91 177 DUG P1 1011 39.21 TED TEN .610 TBATC 55 Hf if 20 35 NOV 2 1OH 40.30 1011 uN .610 ZPSNM 25 Hf 20 35 NOV 2 ION 41,41 iON 11N .610 ZPSNM 25 Hf 20 35 3.36 172 DUG P1 iON 40.39 TED TEN .610 TBATC 55 Hf 20 35 3.84 177 ONG P1 1011 41.45 TED TEN .610 TBATC 55 Hf 15 36 NOV 2 0111 2.71 O1N 03N .610 ZPSNM 25 Hf 15 36 3.77 184 DUG Vi O1H 2.80 TEC TEN .610 TBATC 57 Hf 23 38 NOD TON TSH .610 ZPSUM 1 N:
23 38 3.10 173 DNT P1 1111 - .70 TED TEN .610 TBATC 57 HI 23 38 9.17 180 OUT Vi 1111 .37 TEC TEN .610 TBATC 57 Hf 23 38 8.29 177 ONT P1 liD .45 TED TEN .610 TBATC 57 Hf 23 38 NOV 2 1111 -.61 uN liH .580 ZPUN4 115 Hf 23 38 NOV 2 11H .44 uN 1111 .580 ZPUN4 115 Hf 29 38 NOD TSH TON .610 ZPSNM 9 Hf 29 38 NDF 2 iON 38.20 10H liN .610 ZPONM 27 Hf 29 38 MOE 2 iON 38.62 1011 uN .610 ZPSNM 27 Hf 29 38 2.81 175 DNG Pu 1ON 37.48 TEC TEN .610 TBATC 57 Hf 29 38 6.29 181 DUG Vi 1OH 38.23 TED TEN .610 TBATC 57 Hf 29 38 9.27 181 DUG P1 1011 38.61 TEC TEN .610 TBATC 57 Hf 29 38 2.27 175 DUG P1 iON 41.35 TED TEN .610 TBATC 57 Hf 48 38 NOD TON TON .610 ZPSNM 11 N:
48 38 4.50 182 DUG P1 0311 9,31 TED TEN .610 TBATC 59 Hf 48 SB 2.49 182 DUG P1 0511 10.53 TED TEN .610 TBATC 59 Hf 48 38 2.43 183 DUG P1 05H 17.53 TED TEN .610 TBATC 59 Hf 48 38 NOV 2 O3H 9.20 0311 0511 .610 ZPOUM 119 Hf 19 42 NOD TSN TON .610 ZPSNM 1 Hf 19 42 NOV 2 O1N 18,51 O1H 03H .610 ZPSUM 25 Hf 19 42 4.47 179 DUG P1 0111 18.45 TED TEN .610 TBATC 35 Hf 1 43 2.78 76 MOM 6 07C 1L15 lie TEC .610 ZBAZC 2 1 43 2.58 167 OUT P1 04C - .15 liD TED .610 ZBAZC 2 Cf 1 43 6.95 174 OUT P1 O4C .59 ilC TED .610 ZBAZD 2 Cf
( \ I 1 43 3.81 176 ONT P1 1111 - .10 11H TEN .610 ZBAZD 95 Hf
\~ / I 1 43 4.02 177 OUT P1 uN .27 11H TEN .610 ZBAZD 95 Hf 1 43 NOV 2 uN - .17 uN 1111 .580 ZPUP44 115 Hf
+----+----+----+----+----+ + +--+ + +----+----+----+ +
ROW COL VOLTS DEG IND PER CNN LOCU INCN1 INCH2 I CRLEN DRUID DEG BEGT EUOT POIA PTYPE CAL If
+----+----+----+----+----+ + +--+ + +----+----+----+ +
6
OG - 0 Special Interest +Polnt Inspection Results Byron 2 B2R13 CBE 20070401 04/16/2007 14:03:30 ROW COL VOLTS OEG IUO PER CNN LOCN INCN1 INCH2 I CRLEN CRWIO CEO BEGT ENDT PDIA PTYPE CAL If
+-----+----+----+----+----+ + +--+ 4 +----+----+----+ + +
1 43 NOV 2 uN .33 liN 11H .580 ZPUN4 115 Hf 10 43 3.04 173 DUG P1 1OH 27.49 TED TEN .610 TBATD 39 Hf 10 43 UDF 2 iON 27.49 10H ilH .610 ZPSNM 135 Hf 16 43 NOD ISH TOH .610 ZPSNM 3 Hf 16 43 2.76 178 DUG P1 O1H 9.05 TEC TEN .610 TBATC 37 Hf 16 43 3.40 179 DUG P1 01N 10.12 TED TEN .610 TBATC 37 Hf 16 43 NOV 2 0iH 10.12 O1H 03N .610 ZPONM 135 Hf 11 44 NOD TOH TON .610 ZPONM 1 HI 11 44 NOV 2 iON 39,23 1011 uN .610 ZPONM 25 Hf 11 44 NOV 2 1111 -1.73 iON 1111 .610 ZPONM 25 Hf ii 44 NOV 2 1111 -.22 1011 liN .610 ZPONM 25 Hf ii 44 4.60 179 DUG P1 10H 39.17 TED TEN .610 TBATD 41 Hf 11 44 4.28 176 DUG P1 iON 41.4i TED TEH .610 TBATD 41 Hf 11 44 4,28 176 IUR Pu uN -1.59 TED TEN .610 TBATC 41 Hf ii 44 3.50 177 OUT Vi liH - .36 TED TEN .610 TBATC 41 Hf 11 44 1.57 62 MBM 6 IOC 11.97 TED TEN .610 TBATC 41 Hf 11 44 1.51 68 MOM 6 02D 7.36 TED TEN .610 TBATC 41 Hf 15 44 NOD TSH TSH .610 ZPSUM 1 H~
15 44 NOV 2 TSH 5,34 TSH O1N .610 ZPSNM 25 Nf 15 44 3.30 183 DNG P1 TON 5.27 TEC TEN .610 TBATC 39 Hf 15 44 2.20 183 DUG P1 TSH 6,37 TED TEN .610 TBATC 39 Hf 15 44 2.69 173 DUG P1 06C 12.16 TED TEH .610 TBATC 39 Hf 17 44 NOD TON TSN .610 ZPOUM 1 Hf 17 44 NOV 2 i0H 33.85 iON 11N .610 ZPSNI4 25 Hf 17 44 NOV 2 1OH 41.27 iON 1111 .610 ZPONM 25 Hf 17 44 6.05 73 MOM 6 07H 31.48 TED TEN .610 TBATC 35 Hf 17 44 .20 lii DES 1 1OH 22.78 TEC TEN .610 TBATC 35 Hf 17 44 .77 71 MBM 6 ION 23.62 TED TEN .610 TBATC 35 Hf 17 44 .30 125 OFO 1 1OH 26.78 TED TEN .610 TBATD 35 Hf 17 44 .92 75 MOM 6 iON 29.65 TED TEN .610 TBATD 35 Hf 17 44 3.65 4 INK P1 1011 33.81 TEC TEN .610 TBATC 35 Hf 17 44 2.88 176 DUG Pu 1OH 41.16 TED TEH .610 TBATC 35 Hf 17 44 .23 i29 OVO 1 1OC 25.27 TED TEN .610 TBATD 35 Hf 17 44 10.70 179 DUG P1 iCC 36.25 TED TEN .610 TBATC 35 Hf 19 44 NOD TON TSH .610 ZPSUM 1 Hf
---~ 19 44 3.15 177 OUT P1 uN - .68 TED TEN .610 TBATD 35 Hf 19 44 NOV 2 liN -.60 uN 11H .580 ZPUN4 139 Hf 1 45 2.70 173 OUT Vi C4C .54 lID TED .610 ZBAZC 2 Cf 1 45 NOV 2 07H 16.09 07H CON .610 ZPONM 25 Hf 1 45 1.85 184 INK Vi 034 26.06 1111 TEN .610 ZBAZD 95 Hf 1 45 1.65 184 INR Pu 07N 15.41 uN TEN .610 ZBAZC 95 Hf 1 45 3.36 182 DUG Vi 07H 16.14 11H TEN .610 ZBAZC 95 Hf
~ 45 NOV 2 TSC .54 TOC TSC .610 ZPONM 14 Cf 45 45 .93 66 MOM 6 07H 14.98 TED TEN .6iO TBATC 61 Hf 45 45 .89 66 MBM 6 07H 31.99 TED TEN .610 TBATC 61 HI 45 45 .97 50 MOM 6 07H 33.84 TEC TEN .610 TBATC 61 Hf 45 45 1.62 65 MOM 6 O3C 25.93 TED TEN .610 TBATD 61 Hf 45 45 4.24 3 BLG 1 TOD .54 TED TEN .610 TBATC 61 Hf 10 46 NDF 2 iON 41.16 1011 liN .610 ZPSNM 25 NI 10 46 2.64 174 DNG P1 ION 40.28 TED TEN .610 TBATC 41 Hf 10 4.6 2.81 177 DUG P1 iON 41.21 TEC TEN .610 TBATD 41 Hf 15 46 NOV 2 iON 37.55 ION 1lH .610 ZPONM 25 Hf 15 46 MOE 2 1111 - .33 iON uN .610 ZPONM 25 Hf 15 46 .23 126 DES 1 iON 22.60 TEC TEN .610 TBATC 39 Hf 15 46 2.23 179 DUG Pu iON 23.71 TED TEN .610 TBATD 39 Hf 15 46 .79 116 DES 1 ION 36.27 TEC TEN .610 TBATD 39 Hf 15 46 5.42 179 DUG P1 iON 37.43 TED TEN .610 TBATD 39 Hf 15 46 4.02 178 OUT P1 11N - .34 TED TEN .610 TBATC 39 Hf 4 48 1.01 72 MBM 6 O7D 24.58 lID TED .610 ZBAZC 4 Cf 4 48 NOF 2 O3H 4.57 O3H 05H .610 ZPSNM 25 Hf 4 48 4.30 181 DUG Vi 0311 4.58 liD TEN .610 ZBAZD 97 Hf 12 48 14.37 23 PVU Vi 0711 - .39 TED TEN .610 TBATC 41 HI 12 48 2.22 14 PVN P1 0711 3.44 TED TEN .610 TBATD 41 Hf 12 48 5.57 15 PVN P1 0711 6.62 TEC TEN .610 TBATD 41 Hf 12 48 11.64 17 PVN Pu 07N 10.29 TED TEN .610 TBATD 41 Hf 12 48 3.53 12 PVN P1 0811 24.96 TED TEN .610 TBATD 41 Hf 12 48 4,42 52 PVN 2 07N - .32 07H 0711 .610 ZPSM8 137 NI 12 48 1.27 37 PVN 2 07H 3.08 O7H O7H .610 ZPOMB 137 Hf
+----+,----+ +----+----+----+----+----+ + +--+ +----+----+----+ + + f--f ROW COL VOLTS DEG IND PER CNN LOCU INDN1 INCN2 I CRLEU CRWID CEO BEGT ENOT PDIA PTYPE CAL If
+--.-+----+----+----+----+ + f--f + +----+----+----+ + f--f 7
00 - 0 SpecIal Interest +Polnt Inspection Results Byron 2 B2R13 CBE 20070401 04/16/2007 14:03:30
+----f----+ f----f----+ +----+ + f--f + f---f--+-f + + f~f ROW CDL VOLTS DEG IUO PER CNN LODU INCHI INCN2 I CRIEN DRUID CEO BEGT ENDT PDIA PTYPE CAL If f----f +----l- + f--I. + f---f---4.--f 4 + f~4 12 48 2.01 226 PVN 2 07H 6.38 0711 07N .610 ZPSMB 137 Hf 30 51 2.33 183 DUG P1 0711 34.43 TED TEH .610 TBATD 37 Hf 30 51 2.58 185 DUG P1 07N 35.10 TEC TEH .610 TBATD 37 Hf 30 51 3.14 i84 DNG Vi O7N 36,71 TED TEN .610 T8ATC 37 Hf 30 51 2.18 183 DUG Vi 07H 37,35 TED TEN .610 TBATD 37 Hf 30 51 2.25 184 DUG P1 07N 37.96 TED TEN .610 TBATC 37 Hf 30 51 3,31 183 DUG P1 07N 39.55 TED TEH .610 TBATC 37 Hf 30 51 2.36 183 DUG Pu 09H 19.62 TED TEN .610 TBATD 37 Hf 30 51 2.19 182 DUG P1 09N 20.53 TEC TEH .610 TBATD 37 1-If 30 51 MDV 2 07N 36.71 0711 O8N .610 ZPSNM 131 Hf 30 51 NOV 2 07H 39.55 07H 08H .610 ZPSNM 131 Hf 10 52 NOV 2 0911 26.11 09H iON .610 ZPSNM 25 H:
10 52 5.26 180 DUG Vi 0911 26.00 TED TEN .610 TBATD 41 Hf 10 52 2.07 179 OUT P1 uN .00 TED TEN .610 TBATD 41 Hf 39 52 NOV 2 09H 23.48 09H uN .610 ZPSUM 29 Hf 39 52 NDF 2 09N 28.63 O9H llH .610 ZPSUM 29 Hf 39 52 NOF 2 1011 12.74 09H 1111 .610 ZPONM 29 Hf 39 52 NOF 2 1011 25.23 0911 uN .610 ZPOUM 29 Hf 39 52 NOV 2 iON 34.10 O9N uN .610 ZPONM 29 Hf 39 52 NOV 2 iON 38.03 09H uN .510 ZPONM 29 Hf 39 52 3.41 178 DUG P1 09H 23.37 TED TEN .610 TBATC 61 Hf 39 52 4.22 180 DNG P1 094 28,54 TEC TEN .610 TBATD 61 HI 39 52 3.58 178 DUG Vi 104 12.72 TED TEN .610 TBATD 61 Hf 39 52 3.58 178 DUG Vi iON 25d4 TED TEN .610 TBATD 61 Hf 39 52 4.07 178 DUG P1 1OH 33.67 TED TEN .610 TBATD 61 Hf 39 52 3.85 174 DUG P1 1OH 37.78 TED TEN .610 TBATD 61 Hf 39 52 L88 352 INK Vi iON 38.04 TED TEN .610 TBATC 61 Hf 39 52 11.74 181 DUG Vi iON 38.94 TED TEN .610 TBATC 61 Hf 39 52 .81 0 PCI 15 P2 AV4 .18 TED TEN .610 TBATD 6i Hf 39 52 .94 75 MBM 6 bC 18.45 TED TEN .610 TBATC 61 Hf 39 52 1.20 67 MBM 6 1OC 23.28 TED TEN .610 TBATD 61 Hf 39 52 2.82 49 MOM 6 IOD 35.23 TED TEN .610 TBATC 61 Hf 39 52 5.46 180 DUG Vi 1OC 35.45 TED TEN .610 TBATD 61 Hf 39 52 4.02 177 DUG Vi 1CC 35.73 TED TEN .610 TBATC 61 Hf fl 39 39 39 52 52 52
.24 1.47
.02 63 74 56 DFS MOM INK 1 03D 6 03C 6 03C 5.45 5.45 5.79 TED TED TED TEN TEN TEN
.610
.610
.610 TBATD TBATD TBATD 61 61 61 Hf 1-If Hf 1 53 NOD liD TED .610 ZBAZD 8 C 1 53 NOD 06C O6C .610 ZPSNM 14 Cf 1 53 NOD liii TEN .610 ZBAZC 101 Hf 1 53 NOD iiH liD .580 ZPUM8 105 Hf 2 53 NOD liD TED .610 ZBAZC 6 C 2 53 NOD O6C O6C .610 ZPSUM 14 C 2 53 NOD uN TEN .610 ZBAZC 99 H I 3 53 .38 144 DES 1 03C 13.87 liD TED .610 ZBAZC 8 Cf I 3 53 NOD 06C 06C .610 ZPSNM 14 DI 3 53 NOD liD TEH .610 ZBAZC 101 NI 1I 17 17 53 53 2.16 182 NOV DUG P1 2 iON 05N 19.75 30.27 iON TED uN TEN
.610
.610 ZPSNM TBATC 25 35 Hf Hf 17 53 3.08 182 086 Vi 068 35.11 TED TEN .610 TBATD 35 Hf I 17 53 5.46 182 ONG P1 iON 19.72 TED TEN .610 TBATD 35 ill 17 53 NDF 2 08N 35.11 08H O9H .610 ZPSNM 135 Hf 1
I 1 54 NOD liD TED 610 ZBAZC 8 C 1 54 NOD 06D 06D .610 ZPONM 14 Cf I 1 54 UDF 2 0311 .72 03H 03H .610 ZPSNM 33 Hf 1 54 NOV 2 05N -.30 O5N 05H .610 ZPSUM 33 Hf 1 54 NOV 2 0511 .70 05H O5H .610 ZPOUM 33 Hf I 1 54 2.13 175 OUT Vi 0311 - .32 llH TEN .610 ZBAZC 101 Hf 1 54 3.78 176 OUT P1 03H .74 U.N TEN .610 ZBAZC 101 Hf 1 54 3.83 176 OUT P1 05H - .34 11N TEH .610 ZBAZD 101 Hf I 1 54 5.62 178 OUT Vi O5H .75 uN TEN .610 ZBAZC 101 Nj 2 54 NOD iiC TED .610 ZBAZD 6 Cf 2 54 NOD O6C O6D .610 ZPSNM 14 Cf 2 54 1.87 174 INR P1 05N .71 uN TEN .610 ZBAZD 99 HI 2 54 NOD 1111 liD .580 ZPUM8 105 Hf 3 54 NOD liD TED .610 ZBAZD 8 Cf 0
3 54 NOD 06D O6C .610 ZPSNM 14 DI 3 54 NOD liD TEN .610 ZBAZC 101 Hf 5 54 NOD 02D 02D 610 ZPOUM 16 Cf fff f+++ff + f--f + f----f----+----+ + + f.f ROW DOL VOLTS DEC IND PER CNN LOCN INDH1 INCN2 I DRLEN DRUID CEO BEGT ENDT PDIA PTYPE CAL LI
+----+----f----+----+----+ + f--f + +----+----f----f + + f--f 8
SO - 0 Special Interest +Polnt Inspection Results Byron 2 B2R13 CBE 20070401 04/16/2007 14:03:30
- f-f--f-+ - fff4 - f-f-+--+
ROW CDI VOLTS DEC INO PER CNN LOCU INCH1 INCN2 I DRLEN CRWIO CEO BEGT ENDT POXA PTYPE CAL If
+----+----+----f----+----+ + f--+ + f----+----+----+ + +
5 54 2.54 185 INK P1 O3C 1.60 TEC TEN .610 TBATC 41 Hf 6 54 NOD O2D O2D .610 ZPONM 16 Cf 6 54 NOD TED TEN .610 TBATC 41 Hf 28 54 NOD TON TON .610 ZPSNM 9 Hf 28 54 NOV 2 10N 38.30 l0N ilN .610 ZPSNM 29 Hf 28 54 2.51 179 DUG P1 ION 37.85 TED TEN .610 TBATD 37 Hf 28 54 3.47 182 DUG Vi iON 38.34 TED TEN .610 TBATC 37 Hf 2 55 NOD uuC TED .610 ZBAZC 6 Cf 2 55 NOD O6D 06D .610 ZPONM 14 Cf 2 55 MDV 2 03H .75 0311 O3N .610 ZPSNM 25 Hf 2 55 NOF 2 05H .75 05H O5H .610 ZPSNM 25 Hf 2 55 2.16 175 OUT P1 03N - .37 uN TEN .610 ZBAZD 99 Hf 2 55 3.31 178 DNT Vi 0311 .69 liH TEH .610 ZBAZC 99 Hf 2 55 2.27 176 OUT P1 O5H - .36 1111 TEN .610 ZBAZC 99 Hf 2 55 5.79 179 OUT Vi 0511 .69 uN TEN .610 ZBAZD 99 Hf 2 55 4.56 77 MOM 6 08N 33.16 1111 TEN .610 ZBAZC 99 Hf
~ NOD liD TED .610 ZBAZD $ Cf 3 55 NOD 06C 06D .610 ZPSNM 14 Cf 3 55 NOD liD TEN .610 ZBAZD 101 Hf
~ 55 NOD 02C O2D .610 ZPSNM 16 Cf 5 55 NOD TED TEN .610 TBATC 39 Hf 6 55 NOD 02D O2C .610 ZVSUM 16 DI 6 55 NOD TED TEN .610 TBATC 39 Hf 1 56 NOD liD TED .610 ZBAZC 8 Cf 1 56 NOD 06D O6D .610 ZVSUM 14 Cf 1 56 9.32 180 OUT P1 03H - .31 uN TEN .610 ZBAZC 101 Hf 1 56 13.88 179 DUG Vi O3N .78 lbH TEN .610 ZBAZC 101 Hf 1 56 11.43 179 OUT Vi O5H - .32 liH TEN .610 ZBAZD 101 Hf 1 56 15.89 179 DUG P1 05N .77 liH TEN .610 ZBAZC 101 Hf 1 56 2.90 175 OUT Vi 07H .74 1111 TEN .610 ZBAZD 101 Hf 1 56 200 78 MOM 6 08H 16.51 11H TEN .610 ZBAZC 101 NI
(\~ I 2 56 NOD liD TED .610 ZRAZC 6 Cf 2 56 NOD 06C 06C .610 ZPSUM 14 Cf 2 56 NOV 2 0311 - .36 03H 0311 .6iO ZPSNM 33 Hf 2 56 NOV 2 03H .70 03H 0311 .610 ZVSNM 33 Hf 2 56 NOV 2 05N - .36 O5N 0511 .6i0 ZPSNM 33 Hf 2 56 NOV 2 05H .69 0511 05H .610 ZPSNM 33 Hf 2 56 4.16 176 OUT Vi 03N -.37 1111 TEN .610 ZBAZC 99 Hf 2 56 6,00 178 OUT Vi 03H .69 uN TEN .610 ZBAZD 99 Hf 2 56 6.70 177 OUT P1 05N - .37 I1H TEN .610 ZBAZC 99 Hf 2 56 5.85 178 ONT P1 0511 .60 1111 TEN .610 ZBAZD 99 Hf 3 56 NOD liD TED .610 ZBAZC 8 Cf 3 56 NOD 06C 06C .6iO ZVSNM 14 Cf 3 56 NOV 2 O5H .61 05N 05H .610 ZPONM 25 Hf 3 56 2.28 176 OUT Vi 0311 - .34 liD TEN .610 ZBAZD 101 Hf 3 56 2.32 177 OUT Vi O3H .70 liD TEH .610 ZBAZC 101 Hf 3 56 3.48 178 OUT P1 05N .75 liD TEN .610~ ZBAZD 101 Hf 1 57 NOD liD TED .610 ZBAZD 8 Cf 1 57 NOD 06C 06D .610 ZPOUM 14 DI 1 57 NOF 2 03H -.30 03H 0311 .610 ZPSUM 33 Hf 1 57 NDF 2 03H .60 O3N 03N .610 ZPONM 33 Hf 1 57 NOV 2 05H - .30 05H 05H .610 ZVSUP4 33 Hf 1 57 NOF 2 0511 .70 05H 05N .610 ZP0NM 33 Hf 1 57 10.37 180 OUT P1 O3H - .30 uN TEN .610 ZBAZC 101 Hf 1 57 10.04 178 ONG Pu 03H .81 ilH TEN .610 ZBAZC 101 Hf 1 57 10,84 179 OUT Vi 05H - .30 1111 TEN .610 ZBAZC 101 Hf 1 57 9.95 179 DUG Vi 05H .80 1111 TEN .610 ZBAZC 101 Hf 1 57 2,34 174 OUT P1 0711 - .33 liH TEN .610 ZBAZD 101 Hf 1 57 14.65 184 OUT P1 iiH .38 uN TEN .610 ZBAZD 101 Hf 1 57 NOD uN liD .580 ZPUMB 105 Hf 2 57 NOD liD TED .610 ZBAZC 6 Cf 2 57 NOD O6D O6C .610 ZPSNM 14 Cf 2 57 NOV 2 03H - .27 03N 0311 .610 ZPSNM 33 Hf 2 57 NOV 2 O3H .70 0311 0311 .610 ZPSNM 33 Hf 2 57 MDV 2 0511 - .30 05H O5N ,6i0 ZPOUM 33 Hf 2 57 NOV 2 0511 .70 05H 0511 .610 ZPSNM 33 Hf
( ) f 2 2
57 57 6.80 6.35 178 179 ONT OUT Vi Vi 03N 03N
- .34
.66 uN TEH uN TEH
.610
.6i0 Z8AZD ZRAZD 99 99 Hf Hf 2 57 8.02 178 OUT Vi O5N - .37 uN TEN .610 ZBAZD 99 Hf
+----+----f----f----f----+ + f--f + f----+ + + + +--+
ROW COL VOLTS DEG IUD PER CNN IOCN INCH1 INDH2 I DRLEN DRWID DEG BEGT EUOT PD1A PTYPE CAL If f----+----f----f----f----f + f--f + +----f----+----f + + +
9
SO - 0 Special Interest +Point Inspection Results Byron 2 B2R13 DOE 20070401 04/16/2007 14:03:30 I ROW COI VOLTS DEC INO PER CHU LOCU INDN1 IUCN2 I CRLEN DRUID DEC OEGT ENOT POXA PTYPE CAL If
+----f----+----+----+----+ + + + +----f----+ -f +
2 57 6.90 179 OUT P1 0511 .68 1111 TEN .610 ZBAZC 99 Hf 2 57 3.10 174 ONT Pu O7H - .42 1111 TEN .610 ZBAZC 99 Hf 2 57 2.36 177 OUT Vi 0711 .65 1111 TEN .610 ZBAZC 99 Hf 2 57 NOV 2 C7H - .42 07H O7N .610 ZPSNM 133 Hf 3 57 NOD liD TED .610 ZBAZC 8 Cf 3 57 NOD O6D 06D .610 ZVSNM 14 Cf 3 57 1.91 180 INK Vi 03N .70 liD TEN ,610 ZBAZC 99 Hf 3 57 2.24 178 OUT Vi 0511 - .39 11C TEN ,61O ZBAZC 99 Hf 18 57 NOV 2 10H 41.91 1011 uN .610 ZPSNM 25 Hf 18 57 4.32 178 DUG Vl iON 41,84 TED TEN .610 TBATD 37 Hf 1 58 9.83 186 OUT Vi liD - .11 liC TED .610 ZBAZC 8 D~
1 58 4.24 177 OUT P1 liD .30 liD TED .610 ZBAZC 8 Cf 1 58 NOV 2 03H - .30 03N 03H .610 ZVONM 33 H~
1 58 NOF 2 O3H ,67 0311 031-I .610 ZPSNM 33 Hf 1 58 NOV 2 05H - .25 05H 0511 .610 ZVONM 33 Hf 1 58 NOV 2 0511 .65 0511 0511 .610 ZPSUM 33 Hf 1 58 9.16 180 OUT P1 O3H - .28 uN TEN .610 ZBAZD 101 Hf 1 58 13.34 180 ONG Vi 0311 .83 1111 TEN .610 ZBAZC 101 HI 1 58 15.46 180 OUT Pu O5N - .30 uN TEN .610 ZBAZD 101 Hf 1 58 14.13 180 DUG Vi 05H .82 iiH TEN .610 ZBAZD 101 HI i 58 3.19 177 OUT P1 0711 - 35 uN TEN .610 ZBAZC 101 Hf 1 58 3.12 174 ONG Pu O7H .79 uN TEH .610 ZBAZC 101 Hf 1 58 UDV 2 07H - .35 O7N 07N .610 ZPSNM 133 Hf 1 58 NOV 2 0711 .79 0711 O7H .610 ZPSNM 133 Hf 2 58 NOD liD TED .610 ZBAZD 6 Cf 2 58 3,23 174 OUT P1 03N -.36 llH TEN .610 ZBAZC 99 Hf 2 58 4.98 176 DNT P1 03N .74 liN TEN .610 ZBAZD 99 Hf 2 58 5.56 176 OUT Vi 05H - .39 uN TEN .610 ZBAZC 99 Hf 2 58 3.72 176 OUT Vi 05N .61 uN TEN .610 ZBAZC 99 Hf 2 58 1.06 73 MOM 6 05H 31.39 11H TEN .610 ZBAZC 99 Hf 2 58 NOD 11H liD .580 ZVUM8 107 NI 2 58 MDV 2 03H .75 03H O3H .610 ZPSUM 119 Hf 2 58 NOV 2 05H - .32 O5H 0511 .6iO ZPOUM 119 Hf 2 58 NOV 2 O5H .75 0511 05N .610 ZPSNM 119 HI 3 58 NOD liD TED .610 ZBAZC 8 Cf 3 58 2.71 181 OUT P1 03N .69 liD TEll .610 ZBAZC 99 Hf 3 58 3.87 179 OUT Vi 05H -39 liD TEN .610 ZBAZC 99 Hf 3 58 3.52 180 OUT P1 05N .68 liD TEH .610 ZBAZC 99 Hf 3 58 1.25 63 MOM 6 08N 18.33 11D TEN .610 ZBAZC 99 Hf 3 58 NOV 2 05N -.32 0511 05H .610 ZPSUM 119 Hf 3 58 NOV 2 0511 .73 05N 05N .610 ZPSNM 119 Hf 1 59 1.60 67 MOM 6 08C 37.85 11D TED .610 ZBAZC 8 Cf 1 59 NOV 2 ilH - .11 uN 1111 .580 ZPUU4 115 Hf 1 59 NOV 2 111-i .44 1IH llN .580 ZPUU4 115 Hf 1 59 NDF 2 03N -.19 0311 03N .610 ZPSNM 119 Hf 1 59 NOV 2 03H .70 03H 03H .610 ZVONM 119 Hf 1 59 NOV 2 0511 -.19 05H 05N .610 ZPSNM 119 Hf 1 59 UDF 2 0511 .70 0511 0511 .610 ZVOUM i19 Hf 1 59 7.82 178 OUT P1 03H -.30 liH TEN .610 ZBAZD 127 Hf 1 59 10.59 177 OUT Vi 03H .75 uN TEN .610 ZBAZD 127 Hf 1 59 9.00 178 OUT P1 0511 -.31 1111 TEN .610 ZBAZC 127 Hf 1 59 9.97 177 ONT Pu 05H .74 11N TEN .610 ZBAZD 127 Hf 1 59 2.33 174 OUT P1 07N -.31 llH TEN .610 ZBAZC 127 Hf 1 59 1.53 57 MBM 6 O7H 34.78 ilN TEN .610 ZBAZD 127 Hf 1 59 1.64 68 MOM 6 O8H 11.76 llH TEN .610 ZBAZC 127 Hf 1 59 4.01 182 OUT P1 uN -.01 1111 TEN .610 ZBAZC 127 Hf 1 59 4.33 177 OUT Vi uN .50 11H TEN .610 ZBAZC 127 Hf 2 59 NOD llD TED .610 ZBAZC 6 Cf 2 59 2.05 175 OUT P1 0311 - .34 llH TEN .610 ZBAZC 99 Hf 2 59 3.74 178 OUT P1 03H .69 uN TEN ,6i0 ZBAZD 99 Hf 2 59 8.11 177 OUT P1 05H - .36 1111 TEN .610 ZBAZC 99 Hf 2 59 4.76 178 ONT P1 05H .67 1111 TEN .610 ZBAZC 99 Hf 2 59 NOV 2 03H .73 O3N 0311 ,61O ZPSNM 119 Hf 2 59 NOV 2 O5H - .27 05H 05H .610 ZVONM 119 Hf 2 59 NOV 2 O5H .68 O5H O5N .610 ZPSNM 119 Hf 3 59 NOD liD TED .610 ZBAZC ~ Cf 3 59 NOV 2 0511 - .27 05H 0511 .610 ZPONM 119 Hf 3 59 2.01 181 OUT P1 O3N - .34 liD TEN .610 ZBAZC 129 Hf 3 59 4.63 181 OUT Vi 05H - .32 liD TEN .610 ZBAZD 129 Hf 3 59 2.89 180 OUT Vi 0511 .73 ilD TEN .610 ZBAZD 129 Hf 19 59 MDV 2 OiH 5.82 01H 03N .610 ZPSNM 25 Hf f----f----f----+----f----f + f--f + f----f----f----f + f--f ROW DOL VOLTS DEC IND PER CNN LOCU INCH1 INCH2 I DRLEU DKWID CEO OEGT ENOT PDIA PTYPE CAL II
+ f,+ + f----f--f--f + +
10
SO - 0 SpecIal Interest +Volnt Inspection Results Byron 2 B2R13 CBE 20070401 04/16/2007 14:03:30 f----f----+-f----f----+----f----f----f-.f-f--f-+-+-----f----+----+-f-f-f--f ROW DOL VOLTS DEC IND PER CNN LDCU IUDH1 INCN2 I DRLEN DRUID CEG BEGT ENDT POIA PTYPE CAL LI
+.---+----f----+----+----f + 4--f + +----f----f----+ + + f--f 19 59 3.04 181 DUG P1 0iN 5.85 TED TEN .6i0 TBATC 35 NI 19 59 3.31 176 OUT P1 liD .13 TED TEN .610 TBATC 35 Hf 1 60 NOD liD TED .610 ZBAZD 8 Cf 1 60 NOD 02C 02D .610 ZPSNM 16 Cf 1 60 NOV 2 0311 - .25 03N 03N .610 ZPSNM 119 Hf 1 60 NOV 2 05N - .22 0511 0511 .610 ZPSNM 119 Hf 1 60 NOV 2 O5N .73 0511 05H .6iC ZPSUM 119 Hf 1 60 NOV 2 0711 .68 07N 07H .610 ZPSUM 119 HI 1 60 3.65 174 OUT P1 03N -.32 U.N TEN .610 ZBAZC 127 Hf 1 60 3.08 174 DUG Vi 03N .77 11H TEN .610 ZBAZD 127 UI 1 60 7.46 176 OUT P1 05N - .32 111-I TEN .610 ZBAZD 127 Hf 1 60 5.35 175 OUT Vi 05N .74 llN TEN .610 ZBAZD 127 Hf 1 60 3.50 174 OUT P1 07H .72 llN TEN .610 ZBAZC 127 Hf 2 60 NOD liD TED .610 Z8AZD 6 DI 2 60 NOD 02D 02C .610 ZPONM 16 Cf 2 60 MDV 2 03H .68 03H O3N .610 ZPSU14 119 NI 2 60 NOF 2 05N - .27 05N 0511 .610 ZVOUM 119 NI 2 60 NOV 2 05H .70 05H 05N .610 ZPSNM 119 HI 2 60 3.19 182 OUT ~u O3H -.34 1lN TEN .610 ZBAZC 129 Hf 2 60 4.25 182 OUT Vi 0311 .75 11H TEN .610 ZOAZC 129 Hf 2 60 4.07 181 OUT P1 05H - .34 llH TEN .610 ZBAZD 129 HI 2 60 4.93 181 OUT P1 0511 .70 uN TEN .610 ZBAZC 129 Hf 3 60 NOD liD TED .610 ZBAZD 8 DI 3 60 NOV 2 O5H - .27 05H O5N .610 ZPOUM 119 Hf 3 60 4.07 177 ONT P1 051-I - .32 liD TEll .610 ZBAZC 129 Hf 24 60 NOV 2 09H 7.63 O9H iON .610 ZPSNM 29 Hf 24 60 3.93 177 DNG Vi O9H 7,61 TED TEN .610 TBATC 65 Hf 1 61 NOD liD TED .610 ZBAZC 8 Cf 1 61 NOD O2C 02D .610 ZPONM 16 DI 1 61 KBO liii liD .580 ZPIJN8 109 Hf 1 61 NOD uN liD .580 ZPUM8 111 Hf 1 61 2.42 172 OUT Vi 03H .74 11H TEN .610 ZBAZD 127 NI 1 61 2.24 172 OUT Vi 05H .73 uN TEN .610 ZBAZC 127 Hf 2 61 NOD liD TED .610 ZBAZC 6 Cf 2 61 NOD 02C 02D .610 ZPONM 16 Cf 2 61 MOO 11H TEN .610 ZBAZD 129 Hf 19 61 NOV 2 1011 39.71 ION 1111 .610 ZPSNM 25 Hf 19 61 2.25 176 DUG P1 i0H 39.04 TED TEN .610 ZBAZD 89 Hf 19 61 2.27 180 DUG Pu iON 39.74 TED TEN .610 ZBAZD 89 Hf 19 61 3.82 178 DUG P1 iON 40.10 TED TEN .610 ZBAZC 89 HI 19 61 2.01 174 DUG P1 1OC 37.54 TED TEN .610 ZBAZD 89 HI 19 61 6.47 180 DUG P1 1OC 38.60 TED TEN .610 ZBAZC 89 Hf 48 63 .86 304 VOL 2 07D .36 O7C 07D .610 ZVONM 14 Cf 48 63 .51 0 PCT 20 P6 07C .38 .15 .40 61 O7C 07D .610 ZVONM 14 Cf 48 63 2.60 0 RWS P2 07C .5B TED TEN .610 TBATC 69 Hf 48 63 POD TEC TEN .610 ZBAZC 103 Hf 25 6-4 NOV 2 1OH 38.03 iON 1111 .610 ZPSNM 29 Hf 25 64 4.36 176 DUG Pu i0H 38.19 TED TEN .610 TBATC 63 Hf 1 65 NOD liD TED .610 ZBAZC 8 Cf 1 65 NOV 2 iON 39.91 iON liN .610 ZPSNM 119 Hf 1 65 NOF 2 iiH .16 iON uN .610 ZPSNM 119 Hf 1 65 3.69 183 DUG Vi 1011 39.18 1IH TEN .610 ZBAZC 127 Hf 1 65 iO.58 183 OUT Vi liH iS 11H TEN .610 ZBAZC 127 Hf 24 65 .36 267 VCT 31 2 O2D 1.ii .24 .38 58 O2C O2D .610 ZPSNM 14 Cf 24 65 ,28 88 VOL 2 02D 1.12 02D 02D .610 ZPONM 14 Cf 24 65 .54 147 DVS 1 O2C 1.18 TED TEN .610 TBATC 65 Hf 27 65 NOV 2 iON 31.02 iON uN .610 ZPSNM 29 Hf 27 65 1.08 71 MOM 6 TON 25.00 TED TEN .610 TBATD 65 Hf 27 65 1.70 81 MOM 6 TSH 32.52 TED TEN .610 TBATC 65 Hf 27 65 1.06 67 MOM 6 0511 2.14 TED TEN .610 TBATC 65 Hf 27 65 2.54 185 DUG P1 08N 2.84 TED TEN .610 TBATD 65 Hf 27 65 5.06 178 DUG P1 iON 30.98 TED TEH .610 TBATD 65 Hf 1 66 NOD lID TED .610 ZBAZC 8 Cf 1 66 NOV 2 uN .00 liN uN .580 ZPUN4 115 Hf 1 66 4.17 180 OUT P1 uN -.03 1111 TEN .610 ZBAZD 127 Hf 3 67 NOD ilD TED .610 ZBAZC 8 f----f----f----f----f----+ + f----f----f----f +
I ROW COL VOLTS DEG IND PER CNN 10CM INCH1 INDH2 I CRLEN CRWIO DEG BEGT ENOT POIA PTYPE CAL If f----+----f f----f----f----f----f----f + + + f----f----f----f + f--f ii
SC - 0 Special Interest +Point InspectIon Results Byron 2 B2R13 CBE 20070401 04/16/2007 14:03:30
+ + +----f----+----+----+----+ + f--f + f----+----+----f + + f--f ROW CDL VOLTS DEC IND PER CNN LOCU INDH1 INCH2 I DRLEN CRWID DEC BEGT ENOT VOIA PTYPE CAL If
+ + +----+----f +----f + f--+ + f----f----f + +
3 67 NOV 2 0811 .30 08N 08H .610 ZPSUM 119 Hf 13 67 4.25 189 OUT Vi CON .23 uiC TEN .6i0 ZBAZD 129 Hf 21 71 NDF 2 iON 39.05 iON uN .610 ZPSNM 29 Hf 21 71 4.09 177 DNG Pu iON 39.52 TED TEN .610 ZBAZD 87 Hf 21 71 2.94 174 OUT Pl liD - .38 TED TEN .610 ZBAZC 87 Hf 43 71 3.54 101 DUG Pu 1OH 39.84 TED TEN .610 TBATC 69 Hf 43 71 NOV 2 iON 39.84 168 1111 .610 ZPSNM 131 Hf 12 73 3.14 178 DUG P1 l0H 26.75 TED TEH .610 ZBAZC 85 Hf 12 73 .76 83 INK 6 lCD 23.01 TED TEN .610 ZBAZD 85 Hf 12 73 NOV 2 1011 26.75 1OH liH .610 ZPSNM 133 Hf 17 73 NOD TSH TON .610 ZPONM 19 Hf 17 73 NOV 2 0311 27.63 O3H 05N .610 ZPSNM 29 Hf 17 73 3.73 181 ONG P1 03H 27.77 TED TEN .610 ZBAZC 87 Hf 17 74 NOV 2 O7D 40,78 C7D COD .610 ZPONM 14 Cf 17 74 MOO TSN TON .610 ZPSNM 17 Hf 17 74 4.85 175 OUT Vi IlD .03 TED TEN .610 ZBAZD 89 Hf 17 74 102 75 MOM 6 07C 37,54 TED TEH .610 ZBAZD 89 Hf 17 74 .19 129 DFS 1 O7D 40.78 TEC TEH .610 ZBAZC 89 Hf 3 75 1.16 58 MBM 6 C9C 13.52 liD TED .610 Z8AZC ~
3 75 2.71 189 DUG P1 O8D 37.91 liD TED .610 ZBAZC B Cf 3 75 1.57 68 MOM 6 COD 38.67 liD TED .610 ZBAZC B Cf 3 75 NOD TSD TOC .610 ZPSNM 14 Cf 3 75 NOD TON TSH .610 ZPSNM 19 Hf 3 75 NOD liD TEN .610 ZBAZC 99 Hf 12 75 NOD TON TSH .610 ZPONM 19 Hf 12 75 NDF 2 09N 12,65 O9N 1OH .610 ZPONM 29 Hf 12 75 3.94 184 DUG P1 0911 1249 TED TEN .610 ZBAZC 85 Hf 1 76 NOD liD TED .610 ZBAZC 8 1 76 NOD TSH TON .610 ZPONM 17 Hf 1 76 NOV 2 0iN 13.99 O1H 03H .610 ZPSNM 29 Hf 1 76 5.35 18i DUG Pu O1H 13.86 1111 TEN .610 ZBAZD 99 Hf (II) 24 24 1 76 77 77 3.30 178 NOD DUO NOV Pu 2
O5H 05H 18.83 18.83 11H TED 05N liD TEN 07H
.580
.610
.610 ZPUM8 TBATD ZVSNM 107 67 131 Hf Hf Hf 18 80 NOF 2 TSC .77 TSC TSC .6i0 ZVSNM 14 Cf 18 80 NOD TON TSH .610 ZPSNM 17 Hf 18 80 38.87 188 DXV Vi TSC .77 TED TEN .610 ZBAZD 81 Hf 4 81 NOD liD TED .610 ZBAZD 6 Cf 4 81 3.24 176 DUG P1 iON 39.69 liD TEN .610 ZOAZD 101 Hf 4 8i NOV 2 1011 39.69 iON uN .6u0 ZPONM 133 Hf 45 82 3.27 180 DUG P1 O8H 8.63 TED TEN .610 TBATC 73 Hf 45 82 1.74 82 MOM 6 0811 9.14 TEC TEN .610 TBATD 73 HI 45 82 2.14 169 OUT Pb liD .50 TED TEN .610 TBATD 73 Hf 45 82 NOV 2 O8H 8.63 CON O9H .610 ZPSNM 133 Hf ii 83 NDF 2 1011 35.54 iON 1111 .610 ZPSNM 29 Hf 11 83 4.56 i79 DUG Pu iON 35.46 TED TEN .610 ZBAZC 85 Hf 11 03 2.64 176 DUO Vi lCD 36.67 TED TEN .610 ZBAZC 85 Hf 11 83 6.12 178 DUG Vi lCD 37.72 TED TEN .610 ZBAZD 85 Hf 20 84 3.62 51 MOM 6 0iN 7.10 TED TEH .610 ZBAZD 81 Hf 20 84 2.91 175 DUG Vi iON 40.98 TEC TEN .610 ZBAZD 81 Hf 20 84 3.37 178 OUT P1 1111 .74 TED TEN .610 ZBAZC 81 Hf 20 84 NOV 2 11H -.69 uN uN .580 ZVUN4 115 Hf 20 05 NOD TSN TSN .610 ZPONM 13 Hf 20 85 UOF 2 iON 40.01 iON uN .610 ZPSNM 29 Hf 20 85 2.00 176 DUG Vi iON 38.80 TED TEN .6iO ZBAZD 81 Hf 20 85 3.81 179 DUG Pu iON 39.89 TED TEN .610 ZBAZC 8i Hf 20 85 2.05 176 DUG Vi 1CC 39.96 TED TEN .610 ZBAZD 81 Hf 27 86 NOD TSH TON .610 ZPSNN 15 Hf 27 86 NOV 2 TON 4.30 TSH OIN .610 ZPSUM 31 Hf 27 86 3.15 185 DUG Vi TSN 4.01 TEC TEN .610 TBATD 73 Hf 27 86 3.31 183 0MG Vi O3N 24.34 TED TEN .610 T8ATD 73 Hf 27 86 5.05 76 MOM 6 10N 26.67 TED TEN .610 TBATC 73 Hf 27 86 NOV 2 03H 24.34 03N O5H .610 ZPSNM 131 Hf
+----f----f----f----f----f + f--f + f----+----f----f + + f--f ROW DOL VOLTS DEC IND PER CNN LOCN IUDH1 INDH2 I CRLEN CRWIO DEC BECT ENOT POIA PTYVE CAL If f----f----f f----f----+----+----+----f + f--f + f----f----f----f + + +--+
12
OG - 0 Special Interest fPoint Inspection Results Byron 2 B2R13 DOE 20070401 04/16/2007 14:03:30
+ + f----f----+----+----f----f + f--f + f----f----+----f + + f--f I ROW COL VOLTS DEC IND PER CNN LOCN INCH1 INDH2 I DRLEN DRUID DEC BECT EUDT VOIA PTYPE CAL Lf f----+----f f----+----f----f----+----f + f--f + f----f----f----+ + + f--f ii 87 NOD TSN TOH .610 ZVSNM 19 Hf 11 87 NOV 2 iON 38.74 10H uN .610 ZPSNN 29 Hf ii 87 NOV 2 iON 39.98 iON U.N .610 ZPSNM 29 Hf ii 87 NOV 2 iON 40,01 iON uN .610 ZPSUM 29 Hf 11 87 4.30 i78 DUG Pu iON 38.69 TED TEN .610 ZBAZC 85 Hf 11 07 3.91 180 DUG Vi 1ON 39.90 TED TEN .610 ZBAZC 85 Hf ii 87 1.09 181 INK P1 iON 40.01 TED TEN .610 ZBAZC 85 Hf ii 88 NOD TOH TON .610 ZPSUN 17 Hf ii 88 NOV 2 10H 38.58 iON uN .610 ZPONM 29 Hf lb 88 3.28 180 DUG P1 1011 38.41 TED TEN .610 ZBAZD 85 Hf 11 88 2.79 181 DUG Vi 1OH 39.08 TED TEN .610 ZBAZC 85 Hf 13 88 NOD TON TON .610 ZPSUM 17 Hf 13 88 NOV 2 08H 33.71 O8N O9N .610 ZVONM 29 Hf 13 88 2.77 176 DUG Vi 03H 26.79 TED TEN .610 ZOAZC 79 Hf 13 88 3.49 180 DUG Vi 0811 33,59 TED TEN .610 ZBAZC 79 Hf 39 88 NOD 02D 02C .610 ZPSNM 16 Cf 39 88 NOD TED TEN .610 TBATD 73 Hf 40 88 NOD 02C 02D .610 ZPSNM 16 Cf 40 88 NOD TED TEN .610 TBATD 73 Hf
~ 89 2.93 175 OUT Vi ilD .42 liD TED .610 ZBAZD 6 Cf 4 89 NOV 2 iON 40.89 iON uN .610 ZPSNM 31 Hf 4 89 NOV 2 liN -.19 10H uN .610 ZPSNM 31 Hf 4 89 1.48 83 I-IBM 6 0911 18.96 liD TEl-I .610 ZBAZC 99 Hf 4 89 2.07 90 MOM 6 O9H 28.75 liD TEN .610 ZBAZC 99 Hf 4 89 2.65 174 DUG Vi 101-1 41.25 liD TEN .610 ZBAZD 99 Hf 4 89 7.45 178 OUT Vi llN - .34 liD TEN .610 ZBAZC 99 Hf 4 89 3.43 176 OUT Vi liD .51 11C TEN .610 ZBAZD 99 Hf 37 89 NOD 02C 02D .610 ZPSNM 16 Cf 37 89 .69 144 OFS 1 ilH 1i7 TED TEH .610 TBATC 71 Hf 39 89 NOD 02C C2D .610 ZPONM 16 Cf 39 89 .81 71 MBM 6 O9D 14.68 TED TEN .610 TBATC 71 Hf 39 89 .99 64 MBM 6 C4D 15.46 TED TEH .610 TBATC 71 Hf 40 89 NOD O2C 02D .610 ZPONM i6 Cf 40 89 NOD TED TEN .610 TBATC 71 Hf 4 90 3.31 174 DUG P1 1CC 24.78 liC TED .610 ZBAZC 6 4 90 5.37 176 DUG Vi 1011 24.45 11D TEN .610 ZBAZC 99 Hf 4 90 1.68 97 MOM 6 iON 25.10 liD TEN .610 ZBAZD 99 Hf 4 90 4.77 176 DUG P1 iON 25.25 liD TEH .610 ZBAZC 99 Hf 4 90 UDF 2 iON 24.45 iON 1iH .610 ZPSNM 119 Hf 8 90 3.14 177 DUG P1 i0H 26.95 TED TEN .610 ZBAZD 85 Nj 8 90 4.39 178 DUG P1 lCD 25.47 TED TEN .610 ZBAZC 85 Hf 8 90 NOV 2 iON 26.95 iON uN 610 ZPSUM 133 Hf 10 91 UOF 2 iON 25.11 iON 1111 .610 ZPSNM 31 Hf 10 91 3.33 177 ONG P1 iON 25.04 TED TEN .610 ZBAZC 83 Hf 10 91 7.78 181 DUG P1 biN 2.06 TED TEN .610 ZBAZD 83 Hf 15 91 NDF 2 O1H 5.56 0iH O3H .610 ZPSUM 31 15 91 380 185 DUG Vi 0111 5.58 TED TEN .610 ZBAZC 75 HI 15 91 2.07 71 MOM 6 01N 6.33 TED TEN .610 ZBAZC 75 NI 26 91 NOV 2 iON 38.80 iON uN .610 ZPONM 31 Hf 26 91 NOV 2 1OH 40.24 1011 uN .610 ZPSUM 31 Hf 26 91 267 70 MOM 6 TSH 5,73 TED TEN .610 TBATC 71 Hf 26 91 6.42 178 DUG Vi l0N 38.92 TED TEN .610 TBATC 71 Hf 26 91 2.89 177 ONG P1 1OH 40.04 TED TEN .610 TBATD 71 Hf 26 91 4.57 178 DUO P1 ION 40.33 TED TEN .610 TBATC 71 Hf 26 91 2.60 80 MOM 6 COD 39.37 TED TEH .610 TBATC 71 Nj 27 91 NOV 2 iON 37.00 10H uN .610 ZPSUM 31 Hf 27 91 1.97 61 MOM 6 05H 17.04 TED TEN .610 TBATC 71 Hf 27 91 4.98 178 DUG P1 iON 37.37 TED TEN .610 TBATD 71 Hf 27 91 1.43 73 I-iBM 6 08C 27.59 TEC TEN .610 TBATD 71 HI 2 92 NOD liD TED .610 ZBAZC 6 Cf 2 92 NOF 2 OiH 20.07 0111 0311 .610 ZPONM 31 Hf 2 92 3.54 183 DUG Vi O1N 20.09 uN TEN .610 ZBAZD 99 Hf 29 92 3.47 187 DNG Pu 03H 1.60 TED TEN .610 ZBAZC 77 Ni 29 92 2.26 145 DSS Vi uN - .60 TED TEN .610 ZBAZC 77 Hf
+ ff + f--f + f 4--f ROW DOL VOLTS DEC IUO PER CNN LODN INCH1 INDH2 I CRLEU CRWID CEO BEGT ENOT PDIA PTYVE CAL If f----f----f +----+----f----f----f----f + f--f + + f----+ + + f--f 13
so - 0 Special Interest fPoint Inspection Results Byron 2 B2R13 DOE 20070401 04/16/2007 i4:03:30 I ROW DOL VOLTS DEC INO PER CNN 10DM INDH1 INCN2 I DRLEN DRWIO DEC 8EGT ENDT VOIA PTYVE CAL If
+----f----f +----f----f----f + + 4--f + f----+ + + f--f 29 92 6.28 174 DNT Vi 1111 .39 TED TEN 6i0 ZBAZC 77 Hf 29 92 290 169 OUT Vi biC - .64 TED TEN .610 ZBAZC 77 Hf 29 92 9.62 180 OUT Vi ilD .34 TEC TEN .610 ZBAZC 77 Hf 29 92 NOV 2 O3H 1.60 03N 03H .610 ZPONM 141 Hf 44 92 5.28 14 BLG 1 TSH 1.02 TED TEN .6i0 TBATC 73 Hf 44 92 3.50 177 ONT Vi AV4 - .17 TED TEN .610 TBATC 73 Hf 44 92 NOV 2 TON 1.02 TSH TON .610 ZPSNM 117 Hf 24 93 NOV 2 iON 39.63 i0H uN .610 ZPSNM 31 Hf 24 93 4.09 177 DUG P1 l0H 39.51 TED TEN .610 ZBAZD 75 Hf
~ 93 14.99 10 BIG 1 TON 1.12 TEC TEN .610 ZBAZD 75 Hf 43 93 NOV 2 TON 1.12 TON TSN 610 ZPSNM 117 Hf 42 94 13.66 188 INR Vi TSH .69 TED TEN .610 ZBAZD 77 Hf 42 94 21.34 10 BIG 1 TSH 1.01 TED TEN .610 ZOAZC 77 Hf 42 94 7.29 18i OUT Vi AV1 10 TED TEH .610 ZBAZC 77 Hf 42 94 NOV 2 TON 1.01 TON TSN .610 ZPONM 117 Hf
~ 95 NOV 2 1011 32.60 ION uN .610 ZPSUM 31 Hf 7 95 NOV 2 1OH 38,i9 iON uN .610 ZPSNM 31 Hf 7 95 4.74 180 DNG P1 10H 32.65 TED TEN .610 ZBAZD 83 Hf 7 95 4.50 180 DUG Vi 1011 38.15 TED TEN .610 ZOAZD 83 Hf 19 95 NOF 2 iON 40.68 iON ilN .610 ZPSNM 31 Hf 19 95 2.07 173 DUG P1 ION 39,54 TED TEN .610 ZBAZD 77 Hf 19 95 5.40 181 DUG Vi 1OH 40.60 TED TEN .610 ZBAZD 77 Hf 41 95 10.48 10 BIG 1 TON 1.15 TEC TEN .610 ZBAZD 75 Hf 41 95 NOV 2 TSN 1.15 TSH TON .610 ZPONM 117 Hf 1 96 NOD 11D TED 610 ZBAZC 10 Cf 1 96 NOV 2 05N - .11 O5H 05N 6i0 ZPSNM 31 HI 1 96 NOV 2 O5H .60 CON 0511 .610 ZPONM 31 Hf 1 96 NOV 2 lOH 39,14 iON uN .610 ZPSUM 31 Hf 1 96 4.37 178 OUT Vi 05N - .24 uN TEN .610 ZBAZC 101 Hf 1 96 5.24 179 DUG P1 05H .83 uN TEN .610 ZBAZC 101 Hf
-, I 1 96 374 183 DNG Vi iON 39,16 liN TEH .610 ZOAZC 101 Hf 40 96 4.84 9 BIG 1 TSH 1,06 TED TEN .610 ZBAZC 77 Hf 40 96 4.51 83 I-IBM 6 07H 3434 TED TEN .610 ZBAZC 77 Hf 40 96 2.97 180 OUT P1 AV4 - .23 TED TEN .610 ZBAZD 77 Hf 40 96 1.76 76 lION 6 07D 16.12 TED TEN .610 ZBAZD 77 Hf 40 96 NOV 2 TSH 1.06 TON TON .610 ZPSNM 117 III
~ NOF 2 ION 38.55 iON ilN .610 ZPONM 31 Hf 7 97 2.87 175 DUG P1 O1H 13.43 TED TEN .610 ZBAZC 83 Hf 7 97 3.71 178 DUG V1 iON 38.53 TED TEN .610 ZOA2D 83 Hf 7 97 3.77 179 DUO Vi 1OD 39.48 TED TEN .610 ZBAZC 83 Hf 7 97 5.73 179 DUG P1 lCD 41.72 TED TEN .610 ZBA2C 83 Hf
~ NOF 2 iON 35.60 1011 uiH .610 ZPSNM 31 Hf 9 97 3.85 180 DUG Vi ION 35.59 TED TEN .610 ZBAZD 83 Hf 17 97 NOV 2 TSH 3.49 TON O1H .610 ZPOUM 31 Hf 17 97 2.26 187 DUG Vi TON 2.20 TED TEN .610 ZBAZD 75 Hf 17 97 3.91 186 DUG Vi TON 348 TED TEN .610 ZBAZD 75 Hf 2 99 NOD liD TEC .610 ZBAZC 12 Cf 2 99 3.00 184 DUG P1 O9H 29.59 11N TEN .610 ZBAZD 99 Hf 2 99 NOV 2 09H 29.59 09H iON .610 ZPSNM 133 HI
~ NOV 2 iON 4i.78 1OH uN .610 ZPONM 31 Hf 7 99 3.10 179 DUG Vi i0H 41.74 TED TEN .610 ZBAZD 83 Hf 10 99 NOV 2 iON 29.09 iON uN .610 ZPSUM 31 Hf 10 99 3.49 177 DUG P1 ION 29.11 TED TEN .610 ZBAZC 83 Hf 10 99 8.73 181 DUG Vi ilH 1.97 TED TEN .610 ZBAZD 83 Hf 10 99 3.15 174 DUG Vi lCD 2765 TED TEN .610 ZBAZC 83 Hf 10 99 7.80 179 DUG P1 iCC 2983 TED TEN .610 ZBAZD 83 Hf 12 99 NOV 2 10N 27.41 1OH uN .610 ZPONM 31 Hf 12 99 2.72 169 DUG Vi iON 26.37 TED TEN .610 ZBAZC 83 Hf i2 99 3.62 177 DUG Pb iON 27.44 TED TEH .610 ZBAZD 83 Hf 24 99 NOV 2 O9H 19.79 09H iON .610 ZPSNM 31 Hf 24 99 3.82 177 DUG P1 09H 19.74 TED TEN .610 ZBAZD 75 Hf i 100 NOD llC TED .610 ZBAZD 10 Di f--f-+ f----f----f----f----f + f--f + +----f----f----f + +
I ROW COL VOLTS DEC IUO PER CNN LOCN IUCH1 IUDH2 I DRIEN DRWIO DEC BECT ENOT POIA PTVPE CAL If f----f----f f-_--f----f----f----f----f + f--f + f----f----f----f + + f--f 14
SC - 0 Special Interest +Point Inspection Results Byron 2 B2R13 DOE 20070401 04/16/2007 14:03:30 f----f----f +----+----+----f----f----+ + f--f + +----f----f----+ + f--f I ROW COL VOLTS DEG IND PER CNN LOCN INCH1 INDH2 I CRIEN DRUID DEC BEGT ENOT PDIA PTYVE CAL If f----+----f f-f--f---f----ff + ++ + +----f----+-+ + +
1 100 NOV 2 iON 41.85 l0H uN .610 ZPONM 33 Hf 1 100 NOV 2 uN -.14 iON uN .610 ZPSNM 33 Hf I 1 100 2.66 177 DUG Pu iON 40,20 uN TEN .610 ZBAZD 101 Hf 1 100 4.23 180 DUG Vi iON 41.18 llH TEN .610 ZBAZC 101 Hf I 1 iCC 4.79 187 OUT P1 1IN - .05 11H TEN .610 ZOAZD 101 Hf 1 ~ 100 5 100 1.42 4.93 85 181 MOM OUT Vi 6 iON biN 33.06
- .62 TED TED TEN TEN
.610
.610 ZBAZC Z8AZC 89 89 Hf Hf I 5 100 5.11 180 OUT P1 11H .59 TED TEH .610 ZBAZC B9 Hf 5 100 5.74 179 DUG P1 10C 35.57 TED TEN .610 ZBAZC 89 Hf I 5 100 1.23 183 INR 1 lCD 36.15 TED TEN .610 ZBAZC 89 Hf 5 100 NOV 2 uN - .38 uN uN .580 ZPIJN4 115 Hf 5 100 NOF 2 1111 .75 11H uN .580 ZPUN4 115 Hf 1 27 27 100 100 NOD NOD O2C TED 02D TEN
.610
.610 ZPSNM ZBAZC 16 77 Cf Hf 1I 28 28 100 100 2.57 76 NOD MOM 6 04D 12.99 02C TED 02D TEN
.610
.610 ZPSNM ZBAZC 16 77 Cf NI 1I u 1
101 101 NOD NOV 2 TSH 3.70 liD TON TED 03H
.610
.610 ZBAZD ZVSNM 10 33 C
Hf 1
1 101 NOV 2 TSH 4.83 TON 03H .6i0 ZPSUI4 33 Hf 1 101 NOV 2 0iH .69 TON 03N .610 ZPOUM 33 Hf I 1 101 NOV 2 OiH 1,76 TON 03H .610 ZPONM 33 Hf 1 101 NOV 2 O1H 10.69 TSH 03N .610 ZVSNM 33 Hf 1 101 NOV 2 0111 1185 TSH 03H .610 ZPSNM 33 Hf I 1 101 5.95 183 DUG Vi TSN 3.40 uN TEN .610 ZBAZD 101 Hf 1 101 9i0 181 DUG Vi TON 4,46 ilH TEN .610 ZOAZC 101 Hf f 1 lOu 5.54 182 OUT Vi 0iH .68 uN TEN .610 ZBAZC 101 Hf 1 101 8.11 181 DUG Vi 0iH 1.75 uN TEN .610 ZOAZD 101 Hf I 1 101 6.02 i80 DUG Vi 0iH 10.67 uN TEN .610 ZBAZC 101 Hf 1 101 12.21 180 DUG Vi 0111 11.74 uN TEN .610 ZBAZC 101 Hf I 1 101 .48 10 I NR Vi O1N 11.88 uN TEN .610 ZBAZC 101 Hf 1 iOu 3.74 184 DUG Vi 1OH 39.64 11H TEN .6iO ZBAZC 101 Hf f 1 101 3.81 176 OUT Pu iiH - 50 uN TEH .610 ZBAZD 101 Hf 1 lOi 7.64 184 OUT Vi 11H - .08 uN TEN 6i0 ZBAZC 101 Hf 1 101 NOF 2 iON 39.64 iON uN .610 ZPSNM 133 Hf 27 101 NOD 02D 02C .610 ZVSNM 16 Cf 27 101 NOD TED TEH .610 ZBAZD 79 Hf 28 101 NOD 02D 02D .610 ZPSUP4 16 Cf 28 101 NOD TED TEN .610 ZBAZD 79 Hf I 10 Dl 1 102 NOD ilC TED .610 ZBAZC Ii 102 NOV 2 iON 39.31 iON uN .6iO ZPSNM 33 Hf 1 102 NOV 2 iON 4084 iON 11H .610 ZPSNM 33 Hf 1 102 5.08 184 DUG P1 iON 39.23 liN TEN .610 ZBAZC 101 Hf 1 102 4.64 188 DUG P1 l0N 40.70 uN TEN .610 ZBAZC 101 Hf 18 103 NOV 2 0111 3.64 0lN 03H .610 ZPSNM 31 H lB 103 3.49 184 DUG P1 O1N 360 TED TEN .610 ZBAZC 79 Hf 18 103 4.41 177 DUG P1 iCC 1i.34 TED TEN .610 ZBAZC 79 Hf 9 104 NOV 2 iON 40.83 10H uN .610 ZPSUM 31 Hf 9 104 5.46 178 DUG P1 iON 40.64 TED TEN .610 ZBAZC 89 Hf 9 104 1.00 71 MBN 6 lCD 24.77 TED TEH .610 ZBAZC 89 Hf 16 104 NOV 2 09H 74 09H 09H .610 ZPSNM 33 Hf 16 104 4.23 179 OUT P1 0911 .52 TED TEN .610 ZOAZC 8i Hf 9 i05 3.88 183 DUG P1 O3H 18.51 TED TEN .610 ZBAZC 89 Hf 9 105 NOF 2 03H 18.51 C3N 05H 610 ZPONM 133 Hf 29 105 2.42 17 BLC 1 TON L06 TED TEN .610 ZBAZC 79 H 29 105 2.35 172 DNC Pu 1OC 39.92 TED TEN .610 ZBAZD 79 H 29 105 2.17 174 OUT P1 COD .65 TED TEN .610 ZBAZC 79 H 29 105 MDV 2 TON 1.06 TSH TON .610 ZPSNN 117 H I 16 106 UDF 2 01H 17.65 OIH 03N .610 ZPSUM 33 Hf I 16 106 NOV 2 0iN 26.62 C1H 03N .610 ZVOUM 33 Hf 16 106 5.13 184 DUG Vi OIH 17.97 TED TEN .610 ZOAZC 81 Hf 16 106 2.60 83 MBM 6 O1H 2576 TED TEN .610 ZBAZC 81 Hf 16 106 3.79 185 DUG P1 01H 26.51 TED TEN .610 ZBAZC 81 Hf 16 106 8.60 177 DUG P1 lCD 9.28 TED TEN .610 ZBAZC 81 Hf 16 106 3.82 178 DUG P1 GOD 21.35 TEC TEN .610 ZBAZD 81 Hf
/ ~ 16 106 10.91 180 DNG Vi 07C 18.00 TED TEN .610 ZBAZC 81 Hf 18 106 NOV 2 O1H 14 01H 01H .610 ZPONM 33 Hf f-----I-----f----f----f----f + f--f + + + + f--f ROW CDL VOLTS DEC IND PER CNN LODN INCH1 INCH2 I CRLEU CRWID DEC BECT ENOT PDIA PTYVE CAL If f----f----f f f--f + + +----+
15
SC - 0 SpecIal Interest +Point inspection Results Byron 2 B2R13 CRE 20070401 04/16/2007 14:03:30 ROW DOL VOLTS DEC IND PER CNN IOCN INDH1 IUDN2 I DRLEU DRWID DEC BECT EUOT PDIA PTYPE CAL If
+fff~~+f + ~ + +
18 106 3.54 178 OUT Vi 01N 18 TED TEN .610 ZBAZD 81 Hf 18 106 2.67 182 DUG P1 0111 1.22 TED TEN .610 Z8AZD 8i HI 18 106 1.74 59 MON 6 iON 38.94 TED TEN .610 ZBAZD 81 hf 23 106 NOV 2 iON 41.81 10H uN .610 ZPONM 33 Hf 23 106 3.43 179 DUG P1 l0H 41.59 TED TEN .610 ZBAZD 81 Hf 23 106 2.17 60 MOM 6 l0C 345i TED TEN .610 ZBAZD 81 Hf 28 106 5.85 14 BIG 1 TON 1.09 TED TEN .610 ZBAZC 81 NI 28 106 2.48 180 OUT Vi uN .65 TED TEN .610 ZBAZC 81 Hf 28 106 2.37 179 OUT Vi 08D -.38 TED TEN .610 ZBAZC 81 Hf 28 106 2.91 179 OUT Vi 08C .69 TED TEH 6i0 ZBAZD 81 Hf 28 106 NOV 2 TON L09 TSN TSH .610 ZPSNM 117 Hf 1 107 NOD ilD TED .610 ZBAZD 10 DI 1 107 3.13 175 DUG Vi iON 32.10 uN TEN .610 ZBAZD 101 Hf 1 107 NOV 2 i0H 32.10 1011 uN .610 ZVOUM 133 HI 19 107 NOV 2 07H 4,98 07N 0814 .610 ZVONM 33 Hf 19 107 NOV 2 0911 1,72 0911 0911 .610 ZPSNM 33 Hf 19 107 3.78 178 DUG Vi 07H 4.81 TED TEN .610 ZOAZD 79 Hf 19 107 2.14 30 14814 6 0811 2.34 37.79 TED TEN .610 ZBAZC 79 Hf 19 107 2.30 179 DUG Vi 08N 29.82 TED TEH .610 ZBAZC 79 Hf 19 107 5.30 177 DUG Vi O9H 1.84 TEC TEN .610 ZBAZD 79 Hf 19 107 2.07 50 NBM 6 1OH 2.10 40.77 TED TEN .610 ZBAZC 79 Hf 19 107 2.83 176 OUT Pb 1114 .00 TED TEN .610 ZBAZC 79 Hf 19 107 2.57 176 DUG Vi 10C 33.80 TEC TEN .610 ZBAZC 79 Hf 26 107 9.17 12 BIG 1 TON 1.07 TED TEN .610 ZBAZC 79 Hf 26 107 2.26 174 OUT Vi iiH - .42 TED TEN .610 ZBAZC 79 Hf 26 107 4.32 176 OUT P1 uN .66 TED TEN .610 ZBAZC 79 Hf 26 107 1.24 C VDT 18 P2 AV3 - .19 TED TEN .610 ZBAZC 79 Hf 26 107 .90 0 PDT 15 P2 AV4 -.18 TED TEN .610 ZBAZC 79 Hf 26 107 NOV 2 TSH 1.07 TSH TON .610 ZPSNM 117 Hf 27 107 19.31 12 BIG 1 TON 1.11 TED TEN .610 ZBAZC 81 Hf 27 107 3,17 179 OUT Vi biN .57 TEC TEN .610 ZBAZC 81 Hf 27 107 4.08 181 OUT P1 AV1 .60 TED TEN .610 ZBAZD 81 Hf 27 107 2.01 184 DUG Vi AV1 1.07 TED TEN .610 ZBAZC 81 Hf
~\ f 27 107 - 2.12 174 OUT P1 GOD - .28 TED TEN .610 ZBAZD 81 Hf 27 107 2.31 178 DUG Vi O8C .79 TED TEN .610 ZBAZC 81 Hf 27 107 NOF 2 TON iii TON TSN .610 ZPONI4 117 Nj 18 108 NOD TON TON .610 ZVONN 13 Hf 18 108 2.25 178 OUT P1 1111 - .41 TEC TEN .610 ZBAZD 81 Hf 18 108 NOV 2 uN -.41 uN uN .580 ZVIJN4 115 Hf 18 lOB NOV 2 uN -.41 10H liN .610 ZPSNM 133 Hf 24 108 498 13 BIG 1 TON 1.15 TED TEN .610 ZBAZD 79 Hf 24 108 2.74 175 OUT Vi ilK -.39 TED TEN .610 Z8AZD 79 Hf 24 108 3.75 174 OUT Vi uN .69 TEC TEN .610 ZBAZC 79 Hf 24 108 NOV 2 biN - .47 uN ilK 580 ZPUN4 115 Hf 24 108 UOF 2 11H .61 11H uN .580 ZPUN4 115 Hf 24 108 NOF 2 TON 1.15 TSH TON 610 ZPONM 117 Hf 25 108 20.98 11 BIG 1 TON 1.13 TED TEN 610 ZBAZC 81 Hf 25 108 2.89 89 MOM 6 GiN 15.02 TED TEN .610 ZBAZD 81 NI 25 108 .13 i42 OVS 1 OBH 1694 TED TEN .610 ZBAZD 81 Hf 25 108 5.75 178 OUT P1 uN -.41 TED TEN .610 ZBAZD 81 Hf 25 108 10.73 180 OUT Vi uN .65 TED TEN .610 ZBAZD 81 Hf 25 108 2.13 0 PCT 26 P2 AV1 - .07 TED TEN .610 ZBAZC 81 Hf 25 108 1.05 0 PCT 17 P2 AV2 - 02 TED TEN .610 ZBAZC 81 Hf 25 108 1.83 0 PCT 24 P2 AV4 - 09 TED TEN .610 ZBAZD 81 Hf 25 108 3.66 178 OUT P1 08C .66 TED TEN .610 ZBAZD 81 Hf 25 108 NOV 2 TON 1.13 TON TON .610 ZPONM 117 NI 22 109 1.74 20 BIG 1 TSH 1.15 TEC TEN .610 ZBAZC 79 Hf 22 109 3.12 175 OUT P1 uN - .39 TED TEN .610 ZBAZC 79 Hf 22 109 3.51 175 OUT P1 ilK .69 TEC TEN .610 ZBAZC 79 Hf 22 109 3.67 172 ONT P1 liD - .48 TED TEN .610 ZBAZC 79 Hf 22 109 5.84 177 OUT Vi liD 58 TED TEN .610 ZBAZC 79 Hf 22 109 NOV 2 uN -.30 1111 ilN 580 ZPUN4 115 Hf 22 109 NDF 2 ilH .72 uN ilK .580 ZVUN4 115 Hf 22 109 NOV 2 TON 1.15 TON TON .610 ZPONM 117 Hf 23 109 10.18 13 BIG 1 TON 1.16 TED TEN .610 ZBAZD 81 Hf f 23 109 2.00 174 DUG Vi 10K 36.45 TED TEH .610 ZBAZC 81 Hf C~
) f 23 23 23 109 109 109 3.57 3.32 6.56 172 178 177 DUG DUG DUG f_---f----f----f---_f----f P1 P1 P1 iON ION iON 40.12 40.92 41.15
+ +--+ +
TED TED TED f----f----f----f TEN TEN TEN
.610
.610
.610
+
ZBAZC ZOAZC ZBAZC 81 81 81 Hf Hf Hf ROW CDL VOLTS OEG INO PER CNN LOCU IUDN1 INDN2 I CRLEN DRWID DEC BEGT EUOT PDIA PTYPE CAL If f----f----f f----f----f----f----f-----+ + +--+ f f----f----f----f + f--f 16
SC - 0 Special Interest +Point Inspection Results Byron 2 B2R13 CBE 20070401 04/16/2007 14:03:30
~
ROW DOL VOLTS DEC INO PER CNN LOCU 1UCNI INCN2 I CRLEN DRWID DEC BECT ENOT PDIA PTYPE CAL If f----f---+ +----f----+----4----f----f + f--f + +----f----f----+ + + f--f 23 109 3.05 174 OUT P1 1111 - .54 TED TEH .610 ZBAZC 81 Hf 23 109 3.65 172 OUT Vi l1N .55 TED TEH .610 ZBAZC 81 Hf 23 109 NOV 2 TON L16 TSN TSH .610 ZPSNM 117 Hf 7 110 3.38 179 DUG Pb iON 31.95 TED TEN .610 ZBAZC 89 Ni 7 110 3.30 182 OUT Vi uN - .49 TED TEN 6i0 ZBAZD 89 Hf 7 110 3.76 179 OUT Pb uN .68 TED TEN .610 ZBAZD 89 Hf 7 110 11.38 181 OUT P1 liD .16 TED TEN .610 ZBAZD 89 Hf 7 hO 2.87 177 DUG Pu lCD 40.B5 TED TEH .610 ZBAZD 89 Hf 7 110 14.58 182 DUG Vi bC 41.90 TED TEN .610 ZBAZD 89 Hf 7 110 NOV 2 10K 31.95 10K llH .610 ZPSNM 133 Hf 7 uiO NOV 2 uN -.49 iON ulH .610 ZVONM 133 Hf 7 110 NOV 2 11K - .49 uN uN .580 ZPUN4 139 Hf 20 110 89 21 BIG 1 TON 1.13 TED TEN .610 ZBAZC 81 H 20 110 2.10 178 DNT Vi 1111 - 4l TED TEH .610 ZBAZD 81 Hf 20 110 5.78 177 OUT Pu 06C - .31 TEC TEN 610 ZBAZD 81 Hf 20 110 7.31 178 OUT Pu O6D .40 TED TEN .610 ZBAZD 81 Hf 20 110 2.76 SB MOM 6 O2D 5.09 TED TEN .610 ZBAZD 81 Hf 20 110 3.11 58 MBM 6 02C 778 TED TEN .610 ZBAZC 81 Hf 20 110 5.68 180 ONG P1 O1C 2.21 TED TEN .610 ZBAZC 81 Hf 20 110 454 180 DUG Vi OlD 3.27 TED TEN 610 ZBAZD 81 Hf 20 110 NDF 2 TON 1.13 TON TSH .610 ZPSNM 117 Hf 21 110 6.77 16 BIG 1 TSH 1.19 TED TEN .610 ZBAZD 81 Hf 21 110 3.26 173 OUT Pu iiH - .69 TED TEN .610 ZBAZC 81 Hf 21 ilO 9.62 183 ONT P1 uN .36 TED TEN .610 ZBAZD 81 Hf 21 110 1.43 60 MOM 6 10C 36.05 TED TEN .610 ZBAZC 81 Hf 21 110 3.62 169 OUT P1 O6C - .31 TED TEN .610 ZBAZC 81 Hf 21 110 5.38 174 OUT Vi 06C .36 TED TEN .610 ZBAZD 81 Hf 21 110 NOV 2 TON 1.19 TOK TON .610 ZVONM 117 Hf 9 111 3.30 176 DUG Pu 1OH 37.64 TED TEN 6l0 ZBAZD 89 Hf 9 lii 2.98 180 DUG Vi iON 38.31 TED TEN .610 ZBAZC 89 Hf 9 iii 2.43 47 MOM 6 1OC 35.79 TED TEN .610 ZBAZD 89 Hf 9 111 456 181 ONG Vi iCC 3602 TED TEN .610 ZBAZD 89 Hf 9 lii 2.33 172 INR Pu C8C -.52 TED TEN .610 ZBAZC 89 Hf 9 111 NOV 2 iON 37.64 1011 1111 .610 ZPONM 133 Hf 10 lii NOV 2 l0N 38.10 10K uN .610 ZPSUM 33 Hf 10 111 2.80 171 DUG Vi 1OH 38.00 TED TEN .610 ZOAZC 87 Hf 10 111 8.91 180 DUG Vi ilK 2.07 TEC TEN .610 ZBAZD 87 Hf 10 lii 1.98 i72 INR Vi O9D -.52 TEC TEN .610 ZBAZC 87 Hf 10 lii 3.90 176 OUT Vi O9D .55 TED TEN .610 ZBAZC 87 Hf 10 iii 3.00 176 OUT Vi COD - .50 TED TEN .610 ZBAZC 87 Hf 10 iii 3.44 175 ONT P1 GOD .52 TED TEN 6i0 ZBAZD 87 Hf 16 111 NOV 2 03N 18.04 O3H OSH .610 ZPSNM 33 Hl 16 111 NOV 2 08N 311 08H 09H .610 ZPSNM 33 Hf 16 iii NOF 2 1OH 16.86 iON uN 610 ZPSNM 33 Hf 16 lii 3.36 184 DUG Vi 03H 10.95 TED TEN .610 ZBAZC 81 Hf 16 lii 5.26 185 DUG P1 03N 18.08 TED TEN .610 ZBAZD 81 Hf 16 111 2.23 185 DUG P1 03H 30.31 TED TEN 610 ZBAZC 81 Hf 16 iii 2.00 185 DUG Vi O5N 24.90 TED TEN 610 ZBAZC 81 Hf 16 111 243 184 DUG P1 05N 32.03 TED TEN .610 ZBAZC 81 Hf 16 111 2.4i 184 ONG Vi 07H 3.16 TED TEN 610 ZBAZC 81 Hf 16 lii 2.22 185 DUG P1 07H iO.3i TED TEN 610 ZBAZD 81 Hf 16 111 2.51 185 DUG Vi 07N 17.41 TED TEN .610 ZBAZC 8i Hf 16 111 2.66 185 DUG P1 07H 24.56 TED TEN .610 ZOAZC 81 Hf 16 iii 2.63 184 DUG Vi 07N 31.68 TED TEN 610 ZBAZD 81 Hf 16 111 296 185 DUG Vi 07H 3881 TED TEN .610 ZBAZC 81 Hf 16 111 3.91 185 DUG Vi 08H 2.91 TED TEN 610 ZBAZC 81 Hf 16 ill 3.54 184 DUG Pb 0BN 10.04 TED TEN .610 ZBAZD 81 Hf 16 111 3.25 184 DUG Vi 08H 17.16 TED TEN .610 ZBAZC 81 Hf 16 lii 2.66 184 DUG Vi 08H 24.32 TED TEN 610 ZBAZD 81 Hf 16 iii 3.06 185 DUG P1 08K 31.47 TED TEH .610 ZBAZD 81 Hf 16 111 3.48 185 DUG Vi 08K 38.60 TED TEN .610 ZBAZD 81 Hf 16 lii 3.34 185 DUG P1 0914 2.75 TED TEH .610 ZBAZD 81 Hf 16 111 3.05 185 DUG Vi 09N 9.80 TEC TEN .610 ZBAZD B1 Hf 16 iii 3.11 185 DUG VI 0911 17.05 TED TEN .6i0 ZBAZC 81 Hf 16 111 3.24 185 DUG Vi CON 24.20 TED TEN .610 ZBAZD 81 Hf 16 lii 2.77 186 DUG Vi 09H 31.35 TED TEN .610 ZBAZC 01 HI 16 lii 2,47 185 ONG P1 09K 38,42 TED TEN .610 ZBAZC 81 Hf 16 111 2.91 185 DUG Vi iON 2.59 TED TEN .610 ZBAZC 81 HI 16 111 2.71 185 DUG Vi iON 9.74 TED TEN .610 ZBAZC 81 Hf 16 lii 6.17 185 DNG Vi iOH 16.90 TED TEl-I .610 ZBAZD 81 Hf 16 iii 2.61 174 OUT Vi 1OC - .38 TED TEN .610 ZOAZD 81 Hf j f i6 lii 4.94 178 ONC Vi 1CC 40.86 TED TEN .610 ZBAZC 81 Hf
\,~j f 16 lii 2.66 177 OUT P1 GOD .64 TED TEN .610 ZBAZD 81 Hf 16 111 NOV 2 09N 275 09K iON .610 ZPSNM 133 Hf
++ffff + f~f + f-f----f--f + + ff ROW DOL VOLTS DEG INO PER CNN LOCN IUDN1 INCK2 I CRIEN DRUID DEC BEGT ENOT PD!A PTYPE CAL If
+----+----f----f----+----f + + + f----f + + + f--f 17
SG - D Special Interest i-PoInt Inspection Results Byron 2 B2RI3 DOE 20070401 04/16/2007 14:03:30 f----f-~--f-+----f----f-f----f-4 ROW COL VOLTS DEC INO PER CNN LOCU INCH1 INCN2 I CRLEN DRWIO DEC BECT ENOT POIA VTYPE CAL If f-_--f_---f +----f----f----f----f----f + f--f 4 f----f----f----f 4 f f-_f 16 111 NOF 2 09H 9.80 O9H iON .610 ZVONM 133 Hf 16 111 NOV 2 O9H 17.05 09K iON .610 ZPSUM 133 Hf 16 111 NDF 2 0911 24.20 09H iON .610 ZPONM 133 Hf 18 lii 1.37 i3 BIG 1 TSH 1.06 TED TEN .610 ZOAZC 81 Hf 18 111 2.18 177 OUT P1 iON - .44 TED TEN .610 ZBAZC 01 Hf 10 111 5.73 181 OUT P1 uN -.39 TED TEN .610 ZBAZD 01 Hf 18 111 3.62 182 OUT Vi ilK .65 TED TEN .610 ZBAZC 81 Hf 18 ill 2.40 176 OUT P1 i0D -.33 TED TEN .610 ZBAZC 81 Hf 18 iii NOV 2 TON 1.06 TON TON .610 ZPSNM 117 Hf 7 112 NOV 2 C1N 14.21 01K 03H 610 ZPSNM 33 Hf 7 112 NOV 2 iON 25,98 iON 1111 610 ZPSNM 33 Hf 7 112 3.74 178 DUG Vi 0111 14.17 TED TEN .610 ZBAZC 09 Hf 7 112 2.96 182 DUG Vi lON 25.64 TED TEN 610 ZBAZC 09 Hf 7 112 5.12 179 DUG Vi 10K 26.00 TED TEN .610 ZBAZD 89 Hf 7 112 62 114 INR 6 1OC 21.03 TED TEN .610 ZBAZC 89 Hf 7 112 1.55 66 MOM 6 iCC 23.03 TED TEN .610 ZBAZD 89 Hf 7 112 140 49 MOM 6 iCC 40.25 TED TEN .610 ZBAZD 89 Hf 7 112 5.06 171 ONT Vi 05D .41 TED TEN .610 ZBAZD 09 Hf 3 113 3.51 178 DUG P1 10D 32.98 lID TED .610 ZBAZD 10 Cf 3 113 .54 162 LNR Vi lCD 35.16 ulD TED .610 ZBAZC 10 Cf 3 113 216 175 DUG Vi iOC 36.08 liD TED .610 ZBAZC 10 Cf 3 113 .16 10 11W Vi 1OD 38,51 liD TED .610 ZBAZC 10 Cf 3 113 2.71 62 MBM 6 08C 12.98 liD TED .610 ZBAZD 10 Cf 3 113 6.43 175 DNT P1 05D - .19 liD TED .610 ZBAZC 10 Cf 3 ii3 966 177 OUT P1 05D .53 I1C TED 610 ZBAZC 10 Cf 3 u13 3.20 181 DUG Vi iON 34.40 liD TEN .610 ZBAZD 101 Hf 3 113 2.97 177 DUG Vi ION 34,70 liD TEH 610 ZOAZC 101 Hf 3 113 NDF 2 10K 34.40 iON uN .610 ZVSUM 133 III 7 113 NOV 2 iON 37.94 iON uN .610 ZVSNM 33 Hf 7 113 3.46 175 DUG P1 iON 37.26 TED TEN .610 ZBAZD 87 Hf f 7 113 2.90 164 OUT Vi 05C -.18 TED TEN .610 ZBAZD 87 Hf 7 113 4.84 169 OUT Pu 05C .52 TED TEK .610 ZBAZD 87 Hf 7 113 1.31 70 MOM 6 05D 11.35 TED TEN .610 ZBAZD 87 Hf f----f----f f____+----f----+----f + f-_f + f----f----f----f 4 4 f--f C----.. I ROW DOL VOLTS DEC INO PER CHN LODU INCHi INDH2 I CRIEN DRUID DEC BEGT ENOT PDIA VTYPE CAL If I ~ f-__-f--__f----f-_--f----f + f--f + f----f----f----+ + + f--f Tubes: 225 Records: 1173 10
ATTACHMENT C Steam Generator Inservice Indications Page 30 of 38
Attachment Ci 2A Steam Generator Inservice Indications Page 31 of 38
Byron 2 B2R13 DOE 20070401 06/12/2007 16:23:29
+----+----+-+----+----+-~~~+----+----+-+-+--+-+-+----+----+----+-f-+-+
I ROW COt VOLTS DEC IND PER CNN LOCN IUCN1 INCH2 I CRLEN CRWID CE~GBEGT ENOT VDIA PTYVE CAL If
+----+----+----+----+----+ + +--+ + +----+----+----f + + +
25 8 183 0 PCT 24 P2 AV3 .00 TED TEN .610 ZBAZD 53 Hf 29 10 4,63 0 VCT 36 P2 AV3 .08 TED TEH .610 ZBAZC 55 Hf 29 12 1.24 0 PCT 17 P2 AV2 .12 TED TEN .610 ZBAZD 55 Hf 29 12 1.94 0 PCT 23 P2 AV3 - .12 TED TEN .610 ZBAZD 55 Hf 31 12 1.77 0 PCT 22 P2 AV3 - .10 TED TEN .610 ZBAZC 55 Hf 31 12 1.31 0 PCT 18 P2 AV4 - .12 TED TEN .610 ZBAZC 55 HI 29 13 1.18 0 PCT 19 P2 AV3 .00 TED TEH .610 ZBAZC 63 Hf 31 14 1.47 0 PCT 19 P2 AV3 - .05 TED TEN .610 ZBAZC 55 Hf 31 14 1.39 0 VCT 19 P2 AV4 - .17 TED TEN .610 ZBAZD 55 Hf 34 14 2.49 0 PCT 26 P2 AV2 - .10 TED TEN .610 ZBAZC 55 Hf
~ 15 1.54 0 PCT 22 P2 AV3 - .08 TED TEN .610 ZBAZD 53 Hf 35 15 .83 0 PCT 16 P2 AV4 - .13 TED TEK .610 ZBAZC 53 Hf 36 15 .81 0 PCT 15 P2 AV3 .05 TED TEN .610 ZBAZD 53 Hf 36 15 1.20 0 PCT 19 P2 AV4 .00 TED TEN .610 ZOAZC 53 Hf 35 16 2.28 0 PCT 25 P2 AV2 - .13 TED TEN .610 ZOAZC 55 Hf 35 16 1.91 0 PCT 23 P2 AV3 .03 TED TEN .610 ZBAZC 55 Hf 35 16 1.23 C PCT 17 P2 AV4 .10 TED TEN .610 ZOAZD 55 Hf 37 16 1.35 0 PCT 18 P2 AV4 - .17 TED TEN .610 ZBAZD 55 H1 38 16 2.52 0 PCT 27 P2 AV3 - .20 TED TEN .610 ZOAZD 55 NI 38 16 1.47 0 PDT 19 P2 AV4 .05 TED TEN .610 ZOAZD 55 Hf 37 17 2.52 0 PCT 29 P2 AV3 .00 TED TEN .610 ZBAZD 53 Hf 27 18 1.43 0 PCT 19 P2 AV1 - .22 TED TEN .610 ZBAZD 55 Hf 36 18 1.29 0 PCT 18 P2 AV2 - .02 TED TEN .610 ZOAZC 56 Hf 36 18 1.56 0 PCT 20 P2 AV3 - .07 TEC TEN .610 ZBAZC 55 Hf 37 18 1.26 0 VCT 18 P2 AV2 .02 TED TEN .610 ZBAZC 55 Hf 37 18 1.09 0 PCT 16 P2 AV4 - .10 TED TEN .610 ZBAZC 55 Hf
~ 19 1.05 0 PCT 18 P2 AV1 - .05 TEC TEN .610 ZBAZC 53 H1 37 19 1.60 0 VCT 23 P2 AV3 - .03 TED TEN .610 ZOAZC 53 Hf 38 19 L28 - 0 PCT 20 P2 AV3 .08 TED TEK .610 ZBAZC 53 Hf 38 19 1.59 0 PDT 23 P2 AV4 - .05 TED TEN .610 ZBAZC 53 Hf 37 20 1.99 0 PCT 23 P2 AV3 - .05 TED TEN .610 ZBAZD 55 Hf 38 20 2.67 C PCT 27 P2 AV1 .13 TED TEN .610 ZOAZC 55 Hf 38 20 2.62 0 PCT 27 P2 AV2 .05 TED TEN .610 ZOAZC 55 Hf 3B 20 1.13 0 PCT 16 P2 AV3 .00 TED TEN .610 ZOAZC 55 Hf 38 20 1.47 0 VDT 19 P2 AV4 - .03 TED TEN .610 ZBAZC 55 Hf 36 21 1.31 0 PDT 20 P2 AV3 .00 TED TEH .610 ZBAZC 53 Hf 36 21 .81 0 PCT 15 P2 AV4 .00 TED TEN .610 ZBAZD 53 Hf 37 21 1.18 0 PDT 19 P2 AV3 .00 TED TEN .610 ZBAZD 53 Hf 38 21 120 0 PCT 19 P2 AV1 - .03 TED TEN .610 ZBAZC 53 Hf 38 21 1.05 0 PCT 18 P2 AV3 .00 TED TEN .610 ZBAZC 53 Hf 39 21 3.01 0 PCT 32 P2 AV3 .00 TED TEN .610 ZOAZC 53 Hf 39 21 1.14 0 PCT 19 P2 AV4 .00 TED TEN .610 ZBAZC 53 Hf 38 22 1.70 0 PDT 21 P2 AV2 .10 TED TEN .610 ZBAZD 55 Hf 41 22 4.34 0 PDT 35 P2 AV2 .00 TED TEN .610 ZBAZD 55 Hf 37 23 1.95 0 PDT 26 P2 AV2 .00 TED TEN .610 ZOAZC 53 Hf 37 23 2.01 0 PCT 26 V2 AV3 - .18 TED TEN .610 ZOAZC 53 Hf 37 23 .79 0 PCT 15 P2 AV4 - .03 TEC TEN .610 ZBAZD 53 Hf 38 23 1.61 0 PCT 23 P2 AV1 .00 TED TEN .610 ZBAZC 53 Hf 38 23 .79 0 VCT 15 P2 AV2 .00 TED TEN .610 ZBAZC 53 Hf 38 23 2.50 0 PDT 29 P2 AV3 .00 TED TEN .610 ZBAZC 53 Hf 38 23 1.91 0 VCT 25 P2 AV4 .00 TED TEN .610 ZBAZD 53 Hf
~ 23 1.32 0 PDT 20 P2 AV2 .00 TED TEN .610 ZOAZC 63 Hf
+---.+----+----f-.-.+----+ + +--+ + +----+----+----+ + +
I ROW DOL VOLTS DEC INO PER CNN LOCU IUCH1 INDH2 I CRIEN CRWIO DEC BEGT ENOT POIA PTYPE CAL If
+----+----+----+-,--+-,--+ + +--+ + +----f----+----+ + + +--+
Byron 2 B2R13 DBE 20070401 06/12/2007 16:23:29 I ROW COL VOLTS OEG IND PER CNN LODN INDH1 INCH2 I CRIEN CRWID DEG BECT EUOT POIA PTYPE CAL If
+----+-,--+ +----+ + +--+ + +.---+ + + +
39 23 2.14 0 PCT 27 P2 AV3 .00 TEC TEN .610 ZOAZC 53 Hf I 39 23 .96 0 PCT 17 P2 AV4 .00 TEC TEN .610 ZBAZC 53 Hf 1I 38 38 24 24 1.79 1.15 0
0 PCT PCT 22 17 P2 P2 AV2 AV3
.27
.00 TEC TED TEN TEN
.6i0
.610 ZBAZD ZBAZD 55 55 Hf Hf I
1 42 42 25 25
.86 3.45 0
0 PCT VDT 16 34 P2 P2 AV2 AV3
.00
.00 TEC TED TEN TEN
.610
.610 ZBAZC ZBAZC 53 53 Hf Nf 42 25 1.41 0 PDT 21 P2 AV4 .00 TED TEH .610 ZBAZC 53 Hf 1I 46 45 25 26 1.13 1.08 0
0 PCT VDT 19 18 P2 P2 AV3 AV4
.00
.00 TED TED TEN TEN
.610
.610 ZBAZD ZBAZC 53 53 N
Hf 1
1 38 26 1.43 0 PCT 19 P2 AV2 .15 TED TEN .610 ZBAZD 65 H1 1 38 27 .97 0 PCT 17 P2 AV3 .00 TED TEN .610 ZBAZC 53 Hf 1I 45 45 28 28
.82 5.80 0
0 PCT PCT 15 39 P2 P2 AV2 AV3
.03
.00 TED TED TEN TEN
.610
.610 ZBAZD ZBAZC 59 59 N1 Hf I 45 28 4.91 0 PDT 37 P2 AV4 - .15 TED TEH .610 ZBAZC 59 Hf 1 47 28 1.00 C PCT 15 P2 AV4 .05 TED TEN .610 ZBAZD 59 H 1
1 38 30 2.29 0 PCT 25 P2 AV3 .00 TED TEN .610 ZBAZD 59 H1 1 41 33 .80 0 PDT 15 P2 AV2 .00 TED TEN .610 ZBAZD 57 Hf 41 33 1.36 0 PCT 21 P2 AV3 .00 TED TEN .610 ZBAZD 57 Hf 1 29 34 1.27 0 PDT 18 P2 AV3 .00 TED TEN .610 ZBAZC 59 Hf 1I 38 38 34 34 1.09 1.88 0
0 PDT PDT 16 22 P2 P2 AV2 AV3 -
.00
.10 TED TED TEN TEN
.610
.610 ZBAZD ZBAZD 59 69 H1 Hf 1 29 36 .82 0 VDT 15 P2 AV3 - .07 TED TEN .610 ZOAZC 57 Hf 1 42 42 1.00 0 PDT 15 P2 AV2 - .05 TED TEN .610 ZBAZD 59 Hf 1 40 46 1.19 0 PDT 15 P2 AV1 .05 TED TEN .610 ZBAZD 63 Hf I
1I 40 48 48 46 56 56 3.06 2.32 1.28 0
0 C
PCT PCT PDT 28 28 20 P2 P2 P2 AV3 AV3 AV4
- .02
.00
.00 TED TED TED TEN TEN TEN
.610
.610
.610 ZBAZD ZBAZC ZBAZD 63 61 61 Hf H1 Hf 1 ~ 59 1.42 0 PDT 20 P2 AV3 .00 TED TSN .610 ZBAZD 67 Hf 1 ~ ~ 1.07 0 PDT 17 P2 AV1 - .05 TED TEN .610 ZOAZD 67 Hf 1 47 61 4.60 0 PCT 36 P2 AV3 .00 TED TEN .610 ZBAZD 67 Hf I 47 61 3.95 0 PDT 33 P2 AV4 .15 TED TEN .610 ZBAZD 67 Hf 1
38 63 1.01 0 PCT 16 P2 AV2 .10 TED TEN .610 ZBAZD 67 Hf I 38 63 .93 0 PDT 15 P2 AV4 .05 TED TEN .610 ZBAZD 67 Hf 1 20 64 1.30 0 PDT 20 P2 AV1 .24 TED TEN .610 ZOAZC 61 Hf 1 40 64 1.13 0 PDT 17 P2 AV1 .00 TED TEN .610 ZOAZC 65 H1 1 46 64 2.42 0 PCT 28 P2 AV3 .00 TED TEN .610 ZBAZD 65 Hf 1I 46 40 40 64 66 66 3.B5 1.60
.97 C
0 0
PCT PDT PDT 35 21 16 P2 P2 P2 AV4 AV1 AV2
.00
.15
.07 TED TED TED TEN TEN TEH
.610
.610
.610 ZBAZD ZBAZD ZBAZD 65 67 67 Hf Hf Hf 1 31 67 1.20 0 PDT lB P2 AV4 .00 TED TEN .610 ZBAZC 65 HI 1I ~
45 67 67
.12
.19 96 291 VOL PDT 21 2
2 02D 02D 1.14 126 .31 .65 100 02D O2C 02C 02D
.610
.610 ZPSUM ZPSNM 22 22 Di Cf I 45 67 .18 92 VOL 2 02D 2.97 02C 02D .610 ZPSUM 22 DI I 46 67 .17 280 PDT 19 2 O2D 2.97 .22 .36 55 02D O2D .610 ZPSNM 22 Cf I
1 30 30 69 69 1.08 1.04 0
0 PDT PDT 17 16 P2 P2 AV2 AV3 -
.00
.16 TED TED TEN TEN
.610
.610 ZBAZC ZBAZD 65 66 N1 Hf 1 30 70 .93 0 PDT 15 P2 AV2 .00 TED TEH .610 ZBAZD 67 Hf 1 38 72 2.61 0 PDT 27 P2 AV3 .00 TED TEN .610 ZBAZD 71 Hf 38 72 1.29 0 PCT 18 P2 AV4 .13 TED TEN .610 ZOAZC 71 Hf 1
38 73 .92 0 PDT 14 P2 AV2 .00 TED TEN .610 ZBAZD 71 Hf 38 73 2.92 0 PDT 29 P2 AV3 - .12 TED TEN .610 ZBAZD 71 Hf
+----+----+----+----+----+ + f--i- + +--.-+----+----+ + + +
I ROW CDL VOLTS DEC IND PER DHN IDDN INDH1 INDH2 I DRLEU DRWIO DEG BEGT EUDT POIA VTYPE CAL LI
+----+----f----+----+----+ + +--+ + +----+----+----+ + + +
2
Byron 2 B2R13 CBE 20070401 06/12/2007 16:23:29
+----+~---f-+----+----+----+----f----+-+-+--f-+- +----+
f ROW COt VOLTS OEG IUO PER CNN LODN IUDN1 INDN2 I DRIEN DRWID DEC BEGT ENOT POIA PTYPE CAL If
+----+----+ +----+----+----+----+----+ + +--+ + +----+----+----+ + +
I 32 76 .98 0 PCT 15 P2 AV3 .00 TED TEN .610 ZBAZD 69 Hf 1 32 79 2.25 0 PCT 25 P2 AV4 - .13 TED TEH .610 ZBAZD 71 H 1
1 44 81 3.92 0 PCT 33 P2 AV2 .00 TED TEN .610 ZBAZD 71 Hf I 44 81 1.61 0 PDT 21 P2 AV3 .00 TED TEN .610 ZBAZD 71 Hf 1 40 82 1.71 0 PDT 22 P2 AV2 .00 TED TEN .610 ZOAZD 69 H1 I 40 82 1.16 C PCT 17 P2 AV3 .00 TED TEN .610 ZOAZD 69 Hf 1 39 84 .96 0 PCT 16 P2 AV2 .00 TED TEN .610 ZBAZD 73 Hf 1I 41 41 84 84
.96 1.26 0 0 PDT PDT 16 20 P2 P2 AV2 AV3
.00
.00 TED TED TEN TEK
.610
.610 ZBAZC ZOAZD 73 73 Hf Hf 1I 27 27 85 85 4.18 1.10 0
0 PDT PDT 34 18 P2 P2 AV2 AV3
- .07
.05 TED TED TEN TEN
.610
.610 ZBAZD ZBAZD 75 75 H~
Hf 1I 39 39 85 85 1.52 1.01 97 0 PDT VOL 21 P2 P2 AV2 AV2
-.04
.02 TED AV2 TEN AV2
.610
.580 ZBAZD ZPUN4 75 113 H
Hf 1
1 40 85 1.68 0 PDT 22 P2 AV3 - .02 TED TEN .610 ZBAZD 75 H 1
1f 41 41 85 85
.99 2.04 116 0
VOL PDT 25 P2 2 AV3 AV2
.00
.00 AV3 TED AV3 TEN
.580
.610 ZPIJU4 ZBAZD 20 75 Dl NI I 41 85 2.34 C PCT 27 P2 AV3 - .05 TED TEN .610 ZBAZD 75 Hf I 41 85 1.10 0 VDT 18 P2 AV4 - .20 TED TEN .610 ZBAZC 75 Hf I 41 85 1.28 91 VOL P2 AV2 .05 AV2 AV2 .580 ZVUU4 113 Hf 1f 41 41 87 87 5.95 2.20 0
C PDT PCT 40 26 P2 P2 AV2 AV3 -
.12
.03 TED TED TEN TEN
.610
.610 Z8AZC ZBAZD 75 75 Hf Hf f 41 87 1.12 0 PDT lB P2 AV4 .00 TED TEN .610 ZBAZD 75 Hf I 41 87 2.24 99 VOL P2 AV2 - .05 AV2 AV2 .580 ZPiJU4 113 Hf 1 41 88 1.02 C PDT 16 P2 AV2 .00 TED TEN .610 ZBAZC 73 Hf 1I ~
44 88 88
.68 2.00 C
C PDT PDT 12 25 P2 P2 AV2 AV3
.02
.00 TED TED TEN TEN
.610
.610 ZBAZD ZBAZD 73 73 Hf Hf f 44 88 1.64 0 VCT 22 P2 AV4 - .18 TED TEN .610 ZBAZC 73 Hf 1f 39 39 89 89 3.64 5.77 C
0 PDT PCT 33 39 P2 P2 AV2 AV3
.07
.00 TED TED TEN TEN
.610
.610 ZBAZD ZBAZD 75 75 Hf Hf I 39 89 1.80 0 PDT 23 P2 AV4 .00 TED TEN .610 ZBAZD 75 Hf 45 89 2.00 0 PCT 25 P2 AV4 - .13 TED TEN .610 ZOAZD 75 Hf 34 90 1.14 C PCT 18 P2 AV3 .00 TED TEN .610 ZBAZC 73 Hf 40 90 1.71 0 PDT 24 P2 AV2 .00 TED TEN .610 ZBAZD 73 Hf 40 90 1.81 C PDT 24 P2 AV3 .00 TED TEN .610 ZBAZD 73 Hf 40 90 .82 0 PDT 15 P2 AV4 .00 TED TEN .610 ZBAZD 73 Hf 44 90 1.18 C PDT 19 P2 AV2 .08 TED TEN .610 ZBAZD 73 Hf 44 90 3.21 C PCT 33 P2 AV3 .00 TED TEN .610 ZBAZD 73 Hf 40 91 1.33 C PDT 20 P2 AV2 .00 TED TEN .610 ZBAZD 75 Hf 40 91 4.19 0 PDT 35 P2 AV3 .00 TED TEN .610 ZBAZC 75 Hf 41 91 .62 113 VOL 2 AV3 .00 AV3 AV3 .580 ZPIJN4 20 Df 41 91 3.57 0 PDT 32 P2 AV2 .00 TED TEN .610 ZBAZD 75 Hf 41 91 1.22 C PCT 19 P2 AV3 - .03 TED TEN .610 ZBAZD 75 Hf 41 91 1.71 97 VOL P2 AV2 .02 AV2 AV2 .580 ZPUN4 113 Hf 40 92 .98 0 PCT 16 P2 AV2 - .03 TED TEN .610 ZBAZC 73 N1 40 92 .80 C PDT 14 P2 AV3 .00 TED TEN .610 ZOAZD 73 Hf 41 92 1.76 0 PCT 24 P2 AV2 .00 TED TEN .610 ZOAZC 73 NI 41 92 .90 C PDT 16 P2 AV3 .00 TED TEN .610 ZBAZC 73 Hf 41 92 1.87 C PDT 24 P2 AV4 .00 TED TEN .610 ZBAZD 73 Hf 39 94 L22 C PCT 18 P2 AV1 .10 TED TEN .610 ZBAZD 73 Hf 39 94 1.00 C PDT 17 P2 AV2 .00 TED TEN .610 ZBAZD 73 Hf 39 94 4.12 0 PDT 37 P2 AV3 .00 TED TEN .610 ZOAZC 73 Hf 34 95 1.05 C PDT 17 P2 AV2 - .08 TED TEN .610 ZBAZD 75 Hf 36 95 1.66 0 PDT 22 P2 AV3 - .12 TED TEN .610 ZBAZD 75 Hf 36 95 1.14 0 PDT 18 P2 AV4 - .08 TED TEN .610 ZBAZC 75 Hf
+----+----+ +----+-.--+----f----+----+ + f--f + +----+----+.---+ + +
I ROW DOL VOLTS DEC IUD PER CNN LOCN INDH1 INDH2 I DRLEN DRWIO DEG BEGT ENOT VDIA PTYPE CAL If
+----+----+ +-,--+----+----+----+----+ + f--f + +----+----+----f + +
3
Byron 2 B2R13 DBE 20070401 06/12/2007 16:23:29 I ROW DOL VOLTS DEC IUD PER CNN LODN INDH1 INDN2 I CRLEN DRWIO DEC BEGT ENDI PDIA PIYPE CAL If
+----+----+----+.---+----+ + +--+ + +----+----+---.+ + + +
40 95 2.78 0 PDT 29 P2 AV1 .11 TED TEN .610 ZBAZD 75 Hf I 40 95 4.73 0 PDT 36 P2 AV2 .00 TED TEH .610 ZBAZD 75 Hf I 40 95 4.12 0 PCI 34 P2 AV3 .00 TED TEN .610 ZBAZD 75 Hf I 40 95 4.06 0 PCI 34 P2 AV4 .00 TED TEN .610 ZBAZD 75 Hf I 40 95 1.09 99 VOL P2 AVI .09 AV1 AV1 .580 ZPUN4 113 Hf I 40 95 1.67 99 VOL P2 AV2 .01 AV2 AV2 .580 ZPUN4 113 Hf 40 95 .37 89 VOL P2 AV2 .02 AV2 AV2 580 ZPUN4 113 Hf 1 36 96 1.30 0 PCI 19 P2 AV2 -.08 TED TEN .610 ZBAZC 73 Hf 1 39 96 1.05 0 PDI 17 P2 AV3 .00 TED TEN .610 ZBAZD 73 Hf I 39 96 .93 0 PDT 15 P2 AV4 .00 TED TEN .610 ZBAZD 73 Hf 1 37 98 2.63 0 PDT 30 P2 AV2 .00 TED IEH .610 ZBAZD 73 H 1
I 37 98 2.63 0 PDT 30 P2 AV3 .00 TED TEN .610 ZBAZD 73 Hf 1I 38 38 98 98 1.06 2.69 0
0 PDT PCT 17 30 P2 P2 AV1 AV2
.05
.00 TED TEC TEN TEN
.610
.610 ZBAZD ZBAZD 73 73 Hf Hf I 38 98 1.30 0 PCI 19 P2 AV3 -.10 TED TEN .610 ZBAZD 73 Hf 1 28 99 1.10 0 PCI 16 P2 AV1 .00 TED TEN .610 ZOAZD 77 Hf 1 ~ 99 2.31 C PDT 25 P2 AV3 .13 TED TEN .610 ZBAZC 77 Hf 1 35 iCC 1.32 0 PCI 10 P2 AV3 - .03 TED TEN .610 ZBAZD 77 H 1
1 31 101 1.55 0 PCI 22 P2 AV2 .00 TED TEN .610 ZBAZD 79 Hf I 31 iCi 2.38 0 PCI 28 P2 AV3 .00 TED TEN .610 ZBAZD 79 Hf 1 30 103 1.49 0 PCI 22 P2 AV2 .16 TED TEN .6iC ZBAZC 79 H1 1 31 103 1.47 0 PCI 22 P2 AV2 .00 TED TEN .610 ZBAZD 79 Hf I
1 31 27 103 104 1.65 1.62 0
0 PCT VDT 23 20 P2 P2 AV3 AV2
.00
.08 TED TED TEN TEN
.610
.610 ZBAZD ZBAZD 79 77 NI HI 1 29 104 1.02 0 PCI 15 P2 AV3 .05 TED TEN .610 ZOAZD 77 NI 1 30 104 1J5 0 PCI 16 P2 AV2 .11 TED TEN .610 ZBAZD 77 Hf 1I 28 28 105 105
.76 1.25 80 0
PIP PCI 19 ii P2 TSH AV3 -
.33
.08 TSH TED ION TEN
.610
.610 ZPSNM ZBAZD 23 79 H1 Hf I 28 105 1.15 0 PCI 18 P2 AV4 .10 TED TEN .610 ZBAZD 79 Hf 1 29 105 .89 81 PIP 11 TSH .32 TSN ION .610 ZPSNM 23 Hf 1 26 106 1.05 0 PDT 15 P2 AV1 .11 TED TEN .61C ZBAZD 77 Hf 1I 27 27 106 106 2.97 2.18 C
0 PCT PDT 29 25 P2 P2 AV1 AV2
.29
.00 TED TED TEN TEN
.610
.610 ZBAZD ZBAZD 77 77 Hf Hf I 27 106 3.62 0 PCI 32 P2 AV3 .28 TED TEN .610 ZBAZD 77 Hf I
1 26 26 107 107
.01 1.39 0
C PCI PCI 15 21 P2 P2 AV2 AV3
.00
.00 TED TED IEH TEN
.610
.610 ZBAZD ZBAZC 79 79 Hf Hf 1I 22 22 109 109
.58
.89 81 C
VOL PCI 14 P2 2 AV4 AV4
.OC
.00 AV4 TED AV4 TEN
.580
.610 ZPUN4 ZBAZD 20 77 Cf Hf 1I 23 23 109 109
.75
.78 109 C
VOL PCI 14 P2 2 AV4 AV1
.00
.00 AV4 TED AV4 TEN
.580
.610 ZPUN4 ZBAZD 20 79 Cf Hf I 23 109 .86 C PCI 15 P2 AV4 .00 TED TEN .610 ZBAZD 79 Hf I 23 109 .65 99 VOL P2 AV1 .05 AV1 AV1 .580 ZPUN4 ii3 Hf
+----+----+ +----+----+----+----+----+ + +--+ + +.f--++ + + +
ROW CDL VOLTS DEC IND PER CNN LDCN IUDN1 IUDH2 I CRLEU DRUID CEG BECI ENOT VDIA PTYPE CAL If
+----+----+-.--+----+----+ + +--+ + +----+----+----+ + +
Tubes: 104 Records: 199 4
Attachment C..2 28 Steam Generator Inservice Indications Page 32 of 38
Byron 2 B2R13 DOE 20070401 O6/i2/2OC7 16:29:52
-+--+
I ROW CDL VOLTS BEG INO PER CNN LOCN INDH1 INDH2 I DRIEN CRWID CEG BEGI ENOT PDIA VTYPE CAL LI
+ +----+----+----+ + +--+ + f-f++ + + +--f I 27 10 .90 0 PCI 15 P2 AV2 CC TED TEN .610 IOATC 31 Hf 1I 25 25 11 11
.26
.18 80 94 OSI PCI 19 Vi 2
07N 07H
.44
.68 .13 .33 50 TED C7N TEN C7N
.610
.610 TBATD ZPONM 31 81 Hf Hf 25 ii .17 91 SVI 2 07K .71 0711 07N .610 ZPSNM 81 Hf 1I 27 27 ii ii
.07
.09 93 93 OVI PDT 12 2
2 07N 07K
.74
.76 .16 .36 55 C7H 07H C7N C7H
.610
.610 ZPSNM ZPONM 81 81 HI Hf 1I 28 28 11 11
.90 2.83 C
0 PCI PCI 16 31 P2 P2 AV2 AV3
.00
.00 TED TED TEN TEN
.610
.610 ZBAZD ZBAZD 29 29 Hf Hf 28 ii 1.46 0 PCI 22 P2 AV4 .00 TED TEN .610 ZBAZD 29 Hf 1 28 12 .96 0 PCI 15 P2 AV2 .00 TED TEN .610 IBAIC 31 N 1 30 12 .57 C PCI 10 P2 AV2 .03 TED TEN .610 IBAIC 31 HI 1I 31 31 12 12 1.71 2.63 C
0 PCI PCI 23 29 P2 P2 AV1 AV2
.00
.00 TED TED TEN TEN
.610
.610 IBAID IBAID 31 31 H
Hf 1
I 31 12 3.31 C PCI 33 P2 AV3 .00 TED TEN .610 IBAID 31 Hf I 31 12 2.48 0 PCI 28 P2 AV4 .00 TED TEN .610 IBAIC 31 Hf 1 32 32 12 12 2.11
.99 C
0 PCI PCI 25 15 P2 P2 AV2 AV4 -
.00
.06 TED TED TEN TEN
.610
.610 IBAID TBATC 31 31 Hf Hf 1 29 13 1.17 C VDI 19 P2 AV3 .00 TED TEN .610 ZBAZC 29 Hf 1 30 13 1.02 C PCI 17 P2 AV3 .00 TED TEN .610 ZOAZD 29 Hf 1I 31 31 13 13
.72
.68 0
C PCI PDI 14 13 P2 P2 AV1 AV2
.00
.00 TED TED TEN TEN
.610
.610 ZBAZD ZBAZD 29 29 H
Hf 1
I 31 13 1.33 C PCI 21 P2 AV4 .00 TED TEN .610 ZBAZD 29 Hf 1 33 13 1.24 0 PCI 20 P2 AV1 .00 TED TEN .610 ZBAZC 29 Hf 1 30 14 .93 C PCI 15 P2 AV3 .00 TED TEN .610 IBAIC 31 Hf I
1 33 33 14 14 2.71 2.28 C
C PCI PCI 29 27 P2 P2 AV1 AV2
- .06
.06 TED TED TEN TEN
.610
.610 IBAIC TBAIC 31 31 HI Hf I 33 14 1.23 C PCI 18 P2 AV3 .24 TED TEN .610 IBAID 31 Hf 33 14 1.08 C PDT 17 P2 AV4 .00 TED TEN .610 IBAID 31 Hf 1 34 14 3.84 0 PDI 35 P2 AV3 .00 TED TEN .610 IBAID 31 Hf 1 35 35 14 14 1.28 1.62 C
C PCI PCI 18 21 P2 P2 AV1 AV2
-.23
.11 TED TED TEN TEN
.610
.610 TOAIC TOATC 31 31 N1 Hf 35 14 .97 0 PCI 15 P2 AV3 00 TED TEN .610 IBAIC 31 Hf 1 31 15 1.73 0 PCI 24 P2 AV2 .00 TED TEN .610 ZBAZC 29 Nf 1 35 15 2.85 0 PCI 31 P2 AV2 .00 TED TEN .610 ZBAZC 29 Hf 1 31 16 1.00 0 PDI iS P2 AV3 00 TED TEN .610 IBAID 31 Hf 1 35 16 1.58 C PCI 21 P2 AV3 - .06 TED TEN .610 IBAIC 31 Hf 1I 36 36 16 16 1.46 2.51 0
C PCI PCI 21 28 P2 P2 AV2 AV3 -
.00
.17 TED TED TEN TEN
.610
.610 IBAID TOAID 31 31 N1 Hf I 36 16 .87 0 PCI 15 P2 AV4 .00 TED TEN .610 TOATC 31 Hf 1I 31 31 17 17 1.01 1.00 0
0 PCI PCI 16 16 P2 P2 AV2 AV3
.00
.00 TED TED TEN TEN
.610
.610 IBAIC TBAIC 31 31 Hf Hf 1 34 17 1.15 0 PCI 19 P2 AV3 .00 TED TEN .610 ZBAZD 29 NI 1I 36 36 17 17 1.07 1.12 0
0 PCI PCI 18 18 P2 P2 AV2 AV3
.00
.00 TED TED TEN TEN
.610 610 ZOAZD ZBAZD 29 29 H
Hf 1
1 37 17 .78 0 VDI 15 P2 AV3 .00 TED TEN .610 ZBAZC 29 Hf 1I 36 36 18 18 1.27
.93 0
0 PCI PCI 18 15 P2 P2 AV2 AV3 -.25
.03 TED TED TEN TEN
.610
.610 IBATC IBAID 31 31 HI Hf 40 18 1.09 0 PCI 17 P2 AV1 .00 TED TEN .610 IBAIC 31 NI I 40 18 5.46 0 PCI 42 P2 AV2 .00 TED TEN .610 IBAIC 31 Hf I 40 18 5.03 0 PCI 40 P2 AV3 .00 TED TEN .610 IBATC 31 Hf I 40 18 2.00 84 VOL 2 AV2 .00 AV2 AV2 .580 ZPUN4 133 Hf 34 19 .98 0 PCI 17 P2 AV3 .00 TED TEN .610 ZBAZC 29 Hf
+----+----+ +----+----+----+---,+----+ + +--+ f----+----+----+ +
I ROW DOL VOLTS DEC IND PER CNN LODN INDH1 IUCK2 I CRIEN CRWID DEC BEGI ENOT VDIA PIYPE CAL If
+----+---.+ +----+----+----+----+----+ + f--i- + +----+----+----+ +
1
Byron 2 B2R13 CBE 20070401 06/12/2007 16:29:52 I ROW COL VOLTS DEC INO PER CNN LOCN INDN1 INDN2 I CRLEN DRUID DEC BEGI ENDI PDIA PIYPE CAL If
+---,+----f----+----+----+ + +--+ + f---.f----+ + +
I 37 19 .94 0 PCI 17 P2 AV2 .00 TED TEN .610 ZBAZC 29 Hf 1I 39 39 19 19 1.36 3.20 90 0
VOL PCI 33 2
P2 AV3 AV2
.00
.00 AV3 TED AV3 TEN
.580
.610 ZPUN4 ZBAZD 20 29 Cf Hf I 39 19 2.60 0 PCI 30 P2 AV3 .00 TED TEN .610 ZOAZC 29 Hf I 39 19 1.64 88 VOL 2 AV2 .03 AV2 AV2 .580 ZPUN4 133 Hf 1I 36 36 20 20
.94 1.53 0
C PCI PCI 20 25 P2 P2 AV1 AV2
- .14
.08 TED TED TEN TEN
.610
.610 ZBAZC ZBAZC 25 25 Hf Hf I 36 20 .89 0 PCI 19 P2 AV3 - .08 TED TEN 610 ZBAZC 25 Hf 1 39 20 .85 0 PCI 19 P2 AV2 .00 TED TEN .610 ZBAZC 25 Hf 1I 40 40 20 20 1.12 1.63 101 0
VOL PCI 26 2
P2 AV3 AV2
.00
.03 AV3 TED AV3 TEN
.580 610 ZPIJN4 ZBAZC 20 25 C
Hf 1
I 40 20 1.91 C PCI 26 P2 AV3 .00 TED TEN .610 ZBAZC 25 Hf I 40 20 .88 C PCI 17 P2 AV4 .00 TED TEN .610 ZBAZC 25 Hf I 40 20 .90 94 VOL 2 AV2 .03 AV2 AV2 .580 ZPUN4 133 Hf 1
39 21 1.39 0 PCI lB P2 AV2 20 TED TEN .610 ZBAZC 27 K I 39 21 1.45 0 PCI 19 P2 AV3 - .25 TED TEN .610 ZBAZD 27 Hf 1 36 23 1.94 0 PCI 24 P2 AV2 .25 TED TEN .610 ZBAZC 27 Hf 1 40 24 1.12 C PCI 20 P2 AV2 .00 TED TEN .610 ZBAZC 17 Hf 1I ~
43 25 25 2.24 166 0 C PCI PCI 25 21 P2 P2 AV2 AV3
.14
.17 TED TED TEN TEN
.610
.610 ZBAZD ZBAZD 19 19 NI Hf I 43 25 1.23 0 PCI 17 P2 AV4 - .06 TED TEN 610 ZBAZC 19 Hf 1 34 26 1.71 C PCI 25 P2 AV3 - .16 TED TEN .610 ZBAZC 17 H1 1 39 26 1.63 0 PCI 24 P2 AV2 .08 TED TEN .610 ZBAZD 17 Hf 39 26 .87 C PCI 17 P2 AV3 -.06 TED TEN .610 ZBAZC 17 Hf 1 40 26 1.43 C PCI 23 P2 AV2 .16 TED TEN .610 ZBAZC 17 H 1
1 44 44 26 26 3.22
.71 0
0 PCI PCI 33 14 P2 P2 AV2 AV3
.00
.00 TED TED TEN TEN
.610
.610 ZBAZD ZBAZD 17 17 Nl Hf 1I 45 45 26 26 2.55 3.88 0
C PCI PCI 30 36 P2 P2 AV2 AV3
.08
.00 TED TED TEN TEN
.610
.610 ZBAZD ZOAZC 17 17 Hl Hf I
1 45 28 26 27 2.04
.92 0
0 PCI PCI 27 13 P2 P2 AV4 AV2 -
.00
.13 TED TED TEN TEH
.610
.610 ZBAZD ZBAZC 17 19 Hf H
I 28 27 1.36 0 PCI 18 P2 AV3 - .16 TED IEH .610 ZBAZC 19 Hf 1 39 27 .84 0 PCI 13 P2 AV3 - .03 TED TEN .610 ZBAZD 19 K 1
1 40 27 1.79 C PCI 22 P2 AV3 - .08 TED TEN .610 ZBAZC 19 N 1
1I 47 47 27 27 4.16 2.79 0
0 PCI PCI 36 29 P2 P2 AV2 AV3 03
.08 TEC TED TEN TEN
.610
.610 ZBAZD ZBAZC 19 19 Hf Hf I 47 27 2.62 0 PCI 28 P2 AV4 .00 TED TEN .610 ZOAZC 19 Hf I
1 32 32 28 28 2.38 1.56 0
0 PCI PCI 29 23 P2 P2 AV2 AV3
.00
.10 TED TED TEN TEN
.610
.610 ZOAZD ZBAZD 17 17 Hf Hf 32 28 .78 0 PCI 16 P2 AV4 .08 TED TEN .610 ZBAZC 17 Hf 1 27 29 1.26 0 PCI 17 P2 AV3 - .10 TED TEN .610 ZBAZD 19 Hf 1 28 29 iii 0 PCI 15 P2 AV2 .13 TEC TEN .610 ZBAZC 19 H 28 29 1.23 0 PCI 17 P2 AV3 - .08 TED TEN .610 ZBAZC 19 Hf 36 29 1.11 0 PCI 15 P2 AV2 .00 TED TEN .610 ZBAZD 19 NI 36 29 1.28 0 PCI 17 P2 AV3 - 11 TED TEN .610 ZOAZC 19 Hf 43 29 1.32 0 PCI 17 P2 AV1 .00 TED TEN .610 ZBAZC 19 N1 43 29 4.54 0 PCI 38 P2 AV2 .05 TED IEK .610 ZOAZD 19 Hf 43 29 .97 0 PCI 14 P2 AV3 - .14 TED TEN .610 ZBAZD 19 Hf
~s 29 1.33 0 PCI 18 P2 AV4 - .19 TED TEN .610 ZBAZC 19 Hf 34 30 1.11 0 PCI 15 P2 AV1 .05 TED TEN .610 ZBAZC 19 Hf 34 30 2.05 0 PCI 24 P2 AV3 - .08 TED TEN .610 ZBAZD 19 Hf 42 30 2.28 0 PCI 25 P2 AV1 .06 TED TEN .610 ZBAZD 19 Hf 42 30 2.18 0 PCI 25 P2 AV2 .40 TED TEN .610 ZBAZD 19 Hf 42 30 4.30 0 PCI 37 P2 AV3 - .05 TED TEN .610 ZBAZC 19 Hf
+--.-f----+ f----+----f----+-,-,+----f + f--f +----+.---f----+ + +--+
I ROW DOL VOLTS DEC IND PER CNN LODN IUCH1 INCN2 I CRIEN DRWID DEC BEGI ENOT POIA PIYPE CAL If f----+----+----f----f----+ + + + +----f,---f----f +
2
Byron 2 O2R13 CBE 20070401 06/12/2007 16:29:52 ROW COL VOLTS DEC IND PER CNN LOCU INCH1 IUCN2 I CRIEN DRUID DEC OEGT ENOT PDIA VIYPE CAL LI f----+----+ +----+----+--f--f----+ + +--+ + +----+----+----f + + f--f 27 31 .77 0 PCI 16 P2 AV3 - .13 TED TEN .610 IBAIC 13 Hf I 27 31 1.51 0 PCI 23 P2 AV4 - .C6 TED TEN .610 IBAID 13 Hf I 28 32 1.43 0 PCI 19 P2 AV2 .13 TED TEN .610 ZBAZC 15 HI 1I 32 32 32 32 1.48 2.95 0
0 PCI PCI 19 30 P2 P2 AV2 AV3 -
.00
.13 TED TED TEN TEN
.610
.610 ZBAZD ZBAZC 15 15 HI Hf 32 32 1.63 0 PCI 20 P2 AV4 .00 TED TEN .610 ZBAZD 15 Hf I 45 32 1.45 0 PCI 19 P2 AV2 .05 TED TEN .610 ZBAZD 19 NI I 45 32 2.28 0 PCI 25 P2 AV3 - .03 TED TEK .610 ZBAZD 19 Hf 1 34 33 1.53 0 PCI 23 P2 AV2 .19 TED TEN .61C IBAIC 13 N 1
1 ~ 33 .87 0 PCI 17 P2 AV3 - .14 TED TEK .610 IBAID 13 HI 39 33 1.08 0 PCI 19 P2 AV4 .09 TED TEN .610 IBAIC 13 Hf I 31 34 1.43 0 PCI 19 P2 AV3 .00 TED TEH .610 ZBAZC 15 Hf 1 40 34 2.43 C PCI 27 P2 AV2 .13 TED TEK .610 ZBAZC 15 HI I 42 34 1.32 0 PCI 18 P2 AV2 .05 TED TEN .610 ZBAZD 15 Hf 1 32 36 1.85 0 PCI 22 P2 AV3 - .14 TED TEN .610 ZBAZC 15 Hf I 34 36 1.51 0 PCI 19 P2 AV2 .05 TED TEN .610 ZBAZC 15 Hf I 42 36 1.73 0 PCI 21 P2 AV2 .00 TED TEN .610 ZBAZC 15 NI 1 45 36 2.06 0 PCI 26 P2 AV3 .00 TED TEN .610 ZBAZD 15 HI I 45 36 2.65 0 PCI 30 P2 AV4 .23 TED TEN .610 ZOAZC 15 Hf I
28 37 1.24 C PCI 21 P2 AV3 - .11 TED TEN .610 IBAIC 13 Hf 1I 42 42 37 37
.79 2.09 C
0 PCI PCI 16 27 P2 P2 AV1 AV2
.06
.16 TED TED TEN IEH
.610
.610 IBAID IBAIC 13 13 N
Hf 1
I 42 37 2.43 C PCI 29 P2 AV3 .00 TED TEN .610 IBAIC 13 Hf 1 39 38 1.16 0 PCI 16 P2 AV2 - .11 TED TEN .610 ZBAZD 15 Hf 1 10 39 .84 C PCI 16 P2 AV4 .40 TED TEN .610 ZBAZC 17 Hf 1 32 39 1.14 C PCI 20 P2 AV3 .05 TED TEN .610 IBAIC 13 N 1
I 32 39 .93 C PCI 17 P2 AV4 .00 TED TEN .610 IBAIC 13 Hf 1 34 39 1.02 C PCI 18 P2 AV2 .10 TED TEN .610 IBAID 13 HI 1 39 39 1.55 C PCI 23 P2 AV2 .10 TED TEN .610 TBATC 13 H 1 42 39 .75 C PCI 15 P2 AV3 .13 TED TEN .610 IBAID 13 HI 1I 32 32 40 40 1.16 1.87 C
C PCI PCI 16 22 P2 P2 AV2 AV3
.12
.10 TED TED TEN TEN
.610
.610 ZBAZD ZOAZC 15 15 Hf Hf 32 40 1.55 C PCI 20 P2 AV4 - .05 TED TEN .610 ZBAZC 15 Hf I 32 40 .89 118 VOL 2 AV3 .00 AV3 AV3 .580 ZPUN4 20 Cf I 32 40 .62 114 VOL 2 AV4 .00 AV4 AV4 .580 ZPIJN4 20 Cf 1 40 41 1.51 0 PCI 23 P2 AV2 .00 TED TEN .610 IBAID 5 K 1I 41 41 43 43 1.96 2.38 C
C PCI PCI 26 29 P2 P2 AV1 AV2
.06
.C3 TED TED TEN TEN
.610
.610 IBAID IBAIC 5
5 HIHf I 41 43 4.17 0 PCI 37 P2 AV3 - .13 TED TEN .610 TOAID 5 Hf 1I 42 42 44 44
.98 3.60 0
0 PCI PCI 15 34 P2 P2 AV2 AV3
.00
.00 TED TED TEN TEN
.610
.610 IBAIC IOAIC 7
7 H
Hf 1
I 42 44 1.48 0 PCI 20 P2 AV4 - .05 TED TEN .610 IBAID 7 NI 1 40 45 .90 0 PCI 20 P2 AV2 .21 TED TEN .610 IBAIC 9 Hf 1 44 45 .78 0 PCI 19 P2 AV2 CO TED TEN .610 IBAID 9 K 1I 44 46 45 50 1.69 1.94 0
C PCI PCI 27 20 P2 P6 AV3 07C -
.05
.03 TED TED TEN TEN
.610
.610 IBAIC IBAIC 117 9 Hf H
1 1 48 50 4.30 0 PCI 39 P6 07D - .31 TED TEN .610 IBAIC 117 H 1
1 49 52 2.47 0 PCI 26 P6 C7C - .10 TED TEN .610 IBAIC 117 Hf 1 48 53 2.87 C PCI 29 P6 07D - .20 TED TEN .610 IBAIC 117 Hf f+--+---f-+--+ + f+ + ++f+ + + f+
I ROW COL VOLTS DEC IND PER CNN LOCU INCH1 INCH2 I CRLEN CRWID DEC BEGI ENOT PDIA PIYPE CAL If f----+----f f----f----+----+----f----+ + +--f + f----+----f----+ + f f+
3
Byron 2 O2R13 DBE 20070401 06/12/2007 16:29:52
+----f----+----f-,--+----+ + +--+ + +----f----+----+ + +
I ROW COL VOLTS DEC INO PER CNN LOCH INCH1 INCH2 I CRLEN DRWID DEC BECT ENOT POIA PIYPE CAL If
+----+----+ f----+----+---.+----f----+ + f--f + +----+----+----f + + f--f I 40 54 1.16 0 PCI 17 P2 AV2 .00 TED TEN .610 ZBAZD hi Hf 40 54 1.28 0 PCI 19 P2 AV3 - .25 TED TEN .610 ZBAZD 11 Hf I 48 54 2.99 0 PCI 30 P6 C7D - .20 TED TEN .610 IBAID 117 NI 1 48 55 3.87 0 PCI 37 P6 07D - .10 TED TEN .610 IBAID 117 HI 1I 47 47 56 56 1.24 3.13 0
0 PCI PCI 17 31 P2 P2 AV1 AV2
- .24
.00 TED TED TEN TEN
.610
.610 ZBAZC ZBAZD 15 15 HIHf I
1 40 40 59 59 1.23
.99 0
0 PCI PCI 20 17 P2 P2 AV3 AV4
.00
.00 TED TED TEN TEN
.610
.610 ZBAZC ZBAZC 29 29 NINI 1 48 59 3.34 0 PCI 33 P6 07D - .23 TED TEN .610 IBAIC 117 Nf 1 49 63 3.39 0 PCI 33 P6 C7D - .20 TED TEN .610 IBAIC 117 Hf 1I 42 42 68 68
.72 1.63 0
0 PCI PCI 15 24 P2 P2 AV1 AV2
.00
.00 TED TED TEN TEN
.610
.610 ZBAZD ZBAZC 33 33 HI Hf I 42 68 1.55 0 PCI 23 P2 AV3 .00 TED TEN .610 ZBAZC 33 Hf I 39 69 .83 0 PCI 14 P2 AV3 .00 TED TEN .610 IBAIC 35 HI 1 38 38 71 71
.94 1.34 0
0 PCI PCI 17 21 P2 P2 AV1 AV2
- .C6 05 TED TED TEN TEN
.610
.610 ZBAZC ZBAZD 43 43 HIHf I 38 71 2.79 0 PCI 31 P2 AV3 .03 TED TEN .610 ZBAZD 43 Hf I 38 71 .80 0 PCI 16 P2 AV4 .05 TED TEN .610 ZBAZD 43 Hf II 33 33 72 72 1.48 1.30 0
0 PCI PCI 21 19 P2 P2 AV3 AV4
- .08
.05 TED TED TEN TEN
.610
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1 39 88 1.53 0 PCI 20 P2 AV2 .08 TED TEN .610 ZBAZD 47 Hf 36 89 .95 C PCI 17 P2 AV2 .27 TED TEN .610 ZBAZD 49 Hf
+.+f ++f--++~~+ + f+ + fff-.f + + +f I ROW DOL VOLTS OEG IUD PER CNN LOCU IUDH1 INDK2 I DRLEN DRUID DEC BECT ENDI PDIA PTYPE CAL If
++ f+f + ++ + ++-+--f + + ff 4
Byron 2 B2R13 DOE 20070401 06/12/2007 16:29:52
+,.--+----+----+----f----f + f--f + +----f----+----f + + f--f ROW CDL VOLTS DEC INO PER CNN LOCH INCN1 INDH2 I DRLEU DRWID DEC BECT ENOT PDIA PTYPE CAL If
+----f.--.f---,+----+----f + f--f + +----f----+----+ + +
42 89 3.43 C PCI 34 P2 AV1 - .03 TED TEN .610 ZBAZD 49 Hf 42 89 3.27 0 PCI 34 P2 AV2 CC TED TEN .610 ZBAZD 49 Hf 42 89 2.11 0 PCI 27 P2 AV3 - .03 TED IEH .610 ZBAZC 49 Hf 45 89 .77 0 PCI 15 P2 AV1 .25 TED TEN .610 ZBAZC 49 Hf 45 89 3.25 0 PCI 33 P2 AV2 - .05 TED TEN .610 ZBAZD 49 Hf 45 89 1.60 0 PCI 24 P2 AV3 .05 TED TEN .610 ZBAZC 49 Hf 36 90 1.15 0 PCI 16 P2 AV2 .43 TED TEN .610 ZBAZC Si HI 36 90 1.46 0 PCI 19 P2 AV3 - .21 TED TEH .610 ZBAZC 51 NI 37 90 1.22 0 PCI 17 P2 AV2 .27 TED TEN .610 ZBAZC 51 HI 44 90 3.69 C PCI 34 P2 AV3 .00 TED TEN .610 ZOAZD 51 HI 44 90 1.21 0 PCI 18 P2 AV4 - .03 TED TEN .610 ZBAZC 51 Hf 15 91 .27 0 PCI 7 P5 06C .05 TED TEN .610 IBAID 117 NI 25 91 1.13 0 PCI 19 P2 AV3 .08 TED TEN .610 ZBAZD 49 Hf 40 91 1.40 0 PCI 22 P2 AV2 .11 TED IEH .610 ZBAZD 49 HI 42 91 .92 0 PCI 17 P2 AV2 - .03 TED TEN .610 ZBAZD 49 Hf 42 91 .82 0 PCI 16 P2 AV3 - .06 TED TEN .610 ZBAZD 49 Hf 42 91 .78 C PCI 15 P2 AV4 .08 TED TEN .610 ZBAZD 49 Hf 43 91 1.74 0 PCI 25 P2 AV3 .08 TED TEN .610 ZBAZC 49 NI 37 92 3.72 C PCI 35 P2 AV2 .00 TED TEN .610 ZBAZD 51 Hf 38 92 1.37 0 PCI 18 P2 AV2 - .11 TED TEN .610 ZBAZC 51 Hf 38 92 1.25 C PCI 17 P2 AV3 .13 TED TEN .610 ZBAZD 51 Hf 39 92 1.80 0 PCI 23 P2 AV4 .00 TED TEN .610 ZBAZC 51 NI 40 92 2.84 C PCI 30 P2 AV3 .05 TED TEN .610 ZBAZD 51 HI 43 92 1.72 0 PCI 21 P2 AV3 .03 TED TEN .610 ZBAZD Si Hf 3~ 93 .88 0 PCI 16 P2 AV2 - .03 TED TEN .610 ZBAZD 49 HI 37 93 2.38 C PCI 29 P2 AV3 .03 TED TEN .610 ZOAZD 49 Hf 1
38 93 .74 0 PCI 15 P2 AV1 - .03 TED TEN .610 ZBAZD 49 N 38 93 .92 0 PCI 17 P2 AV2 .21 TED TEK .610 ZBAZD 49 Hf 38 93 1.26 0 PCI 21 P2 AV3 .05 TED TEN .610 ZOAZC 49 Hf 38 93 1.11 C PCI 19 P2 AV4 - .08 TED TEN .610 ZOAZD 49 Hf 39 93 1.66 0 PCI 24 P2 AV3 .08 TED TEN .610 ZBAZD 49 NI 39 93 .92 C PCI 17 P2 AV4 .06 TED TEN .610 ZOAZC 49 Hf 41 93 1.92 0 PCI 26 P2 AV2 - .03 TED TEN .610 ZBAZC 49 HI 41 93 2.47 C PCI 29 P2 AV3 .08 TED IEH .610 ZBAZD 49 Hf 41 93 1.87 0 PCI 26 P2 AV4 - .03 TED TEN .610 ZBAZC 49 Hf 43 93 1.01 C PCI 18 P2 AV4 .03 TED TEN .610 Z8AZC 49 NI 36 94 1.40 C PCI 20 P2 AV2 .00 TED TEN .610 ZBAZD 51 HI 1
39 94 1.44 C PCI 20 P2 AV2 .00 TED TEN .610 ZOAZD 51 H 39 94 3.34 0 PCI 33 P2 AV3 .00 TED TEN .610 ZBAZD 51 Hf 39 94 1.56 C PCI 20 P2 AV4 .08 TED TEN .610 ZBAZC 51 Hf 40 94 3.32 C PCI 32 P2 AV2 .00 TED TEN .610 ZBAZC 51 HI
~ 95 1.08 C PCI 19 P2 AV2 - .11 TED TEN .610 ZBAZD 49 HI 37 95 1.45 0 PCI 22 P2 AV3 .08 TED TEH .610 ZOAZD 49 Hf 37 95 1.08 0 PCI 19 P2 AV4 .03 TEC TEN .610 ZBAZD 49 Hf 38 38 95 95 3.44 1.50 C
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39 95 1.70 C PCI 24 P2 AV2 .00 TED TEN .610 ZBAZD 49 N 39 95 1.42 C PCI 22 P2 AV3 .08 TED TEN .610 ZOAZC 49 Hf 39 95 1.68 0 PCI 24 P2 AV4 .06 TED TEN .610 ZOAZD 49 Hf 40 40 95 95
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+----+-,--f----+----f----+ + f--f + +----+----+----f + +
ROW CDL VOLTS OEG IND PER CNN LOCH INCH1 INCH2 I CRIEN DRWID DEC BECT ENOT POIA PTYPE CAL If f--.-+----+----+----+----+ + +--+ + +----+----f----+ + +
5
Byron 2 B2R13 CBE 20070401 06/12/2007 16:29:52 f-f-f--f ROW COL VOLTS OEC INO PER CNN LOCH INCH1 INDH2 I DRIEN CRWID DEC BEGI ENDI POIA PTYPE CAL If ff+ff + + +f + f+++ + + f--f I 41 95 1.33 0 PCI 21 P2 AV1 .11 TED TEN .610 ZBAZC 49 Hf I 41 95 3.33 0 PCI 34 P2 AV2 - .06 TED TEN .610 ZBAZD 49 Hf I 41 95 2.42 0 PCI 29 P2 AV3 .03 TED TEN .610 ZBAZC 49 Hf 1 3~ 96 1.96 0 PCI 24 P2 AV3 .00 TED TEN .610 ZBAZD 51 N 1
1I 38 38 96 96 2.86 2.10 0
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1 35 35 97 97 1.21 3.35 0
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1 30 99 1.28 0 PCI 21 P2 AV3 .05 TED TEN .610 ZBAZD 49 HI I 32 99 .99 0 PCI 18 P2 AV3 .08 TED TEN .610 ZBAZD 49 NI 1I ~
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31 102 2.33 0 PCI 25 P2 AV3 - .08 IEC TEN .610 ZBAZD 55 K 34 102 1.31 0 PCI 16 P2 AV4 .00 TED TEN .610 ZBAZC 55 Hf 25 103 1.S1 C PCI 24 P2 AV2 .00 TED TEN .610 ZBAZC 53 Hf 28 103 .83 C PCI 17 P2 AV1 - .06 TED TEN .610 ZBAZD 53 Ni 28 103 1.28 C PCI 22 P2 AV3 .03 TED TEN .610 ZBAZD 53 Hf 25 104 2.15 0 PCI 24 P2 AV2 .18 TED TEN .610 ZBAZC 56 HI 28 104 2.36 0 PCI 25 P2 AV2 .00 TED TEN .610 ZBAZC 55 Hf 28 104 2.4S 0 PCI 26 P2 AV3 - 32 TED TEN .610 ZBAZD 55 Hf 26 106 1.84 C PCI 27 P2 AV3 - .11 TED TEN .610 ZBAZD 53 H1 f----+ +.---+----f----f----+----f + + + f----+----f.---f + + f--+
I ROW DOL VOLTS DEC INO PER CNN LOCN INDN1 INDN2 I DRLEH DRUID DEC BECT ENDI POIA PTYPE CAL If
+----f---.f----+ + + + + f----+----f----f + + f--f 6
Byron 2 B2R13 DOE 20070401 06/12/2007 16:29:S2 I ROW COL VOLTS DEC IND PER CNN 10GW INCH1 IUCH2 I CRLEN DRWID DEC BEGT ENDI POIA PTYPE CAL If
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0 PCI PCI 22 26 P2 P2 AV2 AV4
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55 HI I ROW CDL VOLTS DEC INO PER CNN LOCH IUCN1 INDN2 I CRIEN DRUID DEC BEGT ENOT PDIA PIYPE CAL If f++----f f + f--f + ff-..-+.-..f + f--f Tubes: 182 Records: 336 7
Attachment C~3 2C Steam Generator Inservice Indications Page 33 of 38
Byron 2 B2R13 CBE 20070401 06/12/2007 16:31:43 f----f----f + f--f f f f~f + +++f f + f--f I ROW COL VOLTS OEG IND PER CNN LOCH INDN1 INCH2 I DRIEN DRUID DEC BEGI ENOT POIA PIYPE CAL If ff+ +ff+ff + ff + f---+---+-f + + f--f I 21 6 .87 0 PCI 19 P2 AV1 .00 TED TEN .610 ZBAZC 29 Hf 1 22 6 1.24 0 PCI 21 P2 AV1 .00 TED TEN .610 ZBAZC 29 Nf I 22 6 1.19 0 PCI 22 P2 AV4 - .08 TED TEN .610 ZBAZC 29 Hf 1 23 6 1.78 0 PDI 22 P2 AV4 .00 TED TEN .610 ZBAZD 31 NI 1 26 8 1.18 0 PCI 22 P2 AV2 - .33 TED TEN .610 ZOAZC 29 H 1
I 26 8 .94 0 PCI 19 P2 AV3 -.09 TED TEN .610 ZBAZC 29 Hf 1I 26 26 9
9 1.10 1.08 0
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I 26 9 1.36 0 PCI 18 P2 AV4 .00 TED TEN .610 ZBAZC 31 Hf I 29 ii 1.25 C PCI 17 P2 AV1 .07 TED TEN .610 ZBAZD 31 HI 1 31 12 .41 91 VOL 2 AV3 .09 AV3 AV3 .S80 ZPUN4 10 DI I 31 12 .74 0 PCI 17 P2 AV3 - .16 TED TEN .610 ZBAZC 29 Hf 1 32 13 .91 0 PCI 13 P2 AV2 .00 TED TEN .610 ZBAZC 31 NI I 32 13 1.41 0 PCI 19 P2 AV3 .03 TED TEN .610 ZBAZD 31 Hf II 31 14 .86 C PCI 18 P2 AV1 .03 TED TEN .610 ZBAZC 29 NI 31 14 1.30 0 PCI 23 P2 AV3 .03 TED TEN .610 ZBAZD 29 Hf 1 ~
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1 38 16 1.60 0 PCI 20 P2 AV1 .00 TED TEN .610 ZBAZC 31 H I 38 16 1.03 0 PCI 15 P2 AV2 .00 TED TEN .610 ZBAZD 31 Hf 1 37 17 1.27 0 PCI 17 P2 AV1 - .08 TED TEN .610 ZBAZC 31 N 1
I 26 18 .94 C PCI 14 P2 AV3 -.10 TED TEN .610 ZOAZC 31 H1 1 35 18 .92 C PCI 19 P2 AV2 .26 TED TEN .610 ZBAZD 29 N 1
I ~s 19 .81 0 PCI ii P2 AV2 .00 TED ION .610 IBAIC 19 HI 1 36 19 1.90 C PCI 22 P2 AV3 .00 TED TEN .610 IBAID 19 Nl 1 ~ 19 2.02 0 PCI 24 P2 AV3 .00 TED TEN .610 T8ATC 19 Hf 1 36 20 .81 0 PCI 16 P2 AV2 - .03 TED TEN .610 ZBAZD 17 N 1
I 36 20 1.12 C PCI 19 P2 AV3 .00 TED TEN .610 ZBAZD 17 Hf 1 ~ 20 .96 0 PCI 18 P2 AV2 .00 TED TEN .610 ZBAZC 17 Hf I 36 21 2.02 0 PCI 24 P2 AV3 .00 TED TEN .610 IBAID 19 HI 1 40 21 2.67 0 PCI 29 P2 AV2 .00 TED TEN .610 IBAID 19 HI I 40 21 .69 C PCI 10 P2 AV3 .05 TED TEN .610 IBAIC 19 NI 1 35 22 .98 0 PCI 18 P2 AV1 .00 TED TEN .610 ZBAZC 17 HI I 35 22 1.59 C PCI 24 P2 AV3 .11 TED TEN .610 ZBAZC 17 Hf I
36 22 1.10 C PCI 19 P2 AV2 .00 TED TEN .610 ZBAZC 17 H1 I 36 22 1.19 C PCI 21 P2 AV3 .00 TED TEN .610 ZBAZC 17 Hf 1I 38 38 22 22 1.70
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42 23 .83 0 PCI 12 P2 AV3 .00 TED TEN .610 TBATC 19 N 1
36 24 .76 0 PCI 16 P2 AV1 .00 TED TEN .610 ZBAZC 17 N 36 24 2.16 0 PCI 28 P2 AV3 .00 TED TEN .610 ZBAZC 17 Hf 35 25 1.81 C PCI 23 P2 AV2 .00 TED TEN .610 IBAIC 19 N1 35 25 1.46 C PCI 19 P2 AV3 .00 TED TEN .610 IBAID 19 Hf 36 25 1.08 0 PCI iS P2 AV2 .00 TED TEN .610 IBAID 19 Hf 38 25 1.04 0 PCI 15 P2 AV1 .00 TED TEN .610 TBATD 19 Hf 38 25 1.34 0 PCI 18 P2 AV2 .00 TED TEN .610 IBAIC 19 Hf 38 25 .83 0 PCI 12 P2 AV3 .00 TED TEN .610 IBAIC 19 Hf 39 25 1.00 0 PCI 14 P2 AV1 .00 TED TEN .610 TBATC 19 Hf f.-f---+ ++f.-f---f-f + f--f + +----+----+----+ + f--f I ROW COL VOLTS DEC INO PER CNN LOCH INDN1 IUCN2 I DRLEN DRWIO DEC BECT ENOT POIA PIYPE CAL If
+-+---f +f-f--+----f-+ + f--+ + f----f----f----f + + f--f
Byron 2 B2R13 DBE 20070401 06/12/2007 16:31:43 f----f-f----f----f----+----+----f-+-+--f-+-f----f----+----+ -+-f--f ROW COL VOLTS DEC INO PER CNN LODU INCH1 INCH2 I CRLEU DRWID DEC BECI ENDI PDIA PTYPE CAL If f---.+----+--.-f----+ + f--+ + f--..+----+----f + + f--f I 39 2S .74 0 PCI ii P2 AV2 .00 TED TEN .610 IBAID 19 Hf 1 42 25 1.28 0 PCI 18 P2 AV3 .00 TED TEN .610 IBAID 19 HI 1 ~ 26 .77 0 PCI 16 P2 AV3 - .13 TED TEN .610 ZBAZC 17 NI 1 41 26 .80 0 PCI 16 P2 AV2 .05 TED TEN .610 ZBAZC 17 Hf I 41 26 1.06 0 PCI 19 P2 AV3 .13 TED TEN .610 ZBAZC 17 Hf 1 34 27 1.86 0 PCI 26 P2 AV2 .00 TED TEN .610 ZBAZC 17 NI 1 36 27 1.01 0 PCI iS P2 AV3 .00 TED TEN .610 IBATD 19 H1 1 41 27 .97 0 PCI 14 P2 AV2 .00 TED TEN .610 IBAID 19 Nj 1 32 28 .82 C PCI 16 P2 AV2 .00 TED TEN .610 ZBAZC 17 HI I 32 28 .84 0 PCI 17 P2 AV3 .00 TED TEN .610 ZBAZD 17 Hf I 36 28 .88 0 PCI 17 P2 AV3 .00 TED TEN .610 ZBAZD 17 HI II 29 29 29 29 1.31
.97 C
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.610
.610 IBAIC IBAID 19 19 NI Hf 1I 34 34 29 29 1.02
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C PCI PCI 18 18 P2 P2 AV2 AV3
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.610
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1 I 43 29 36 38 1.23
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.610 ZBAZD IBAID 13 19 Hf HI I ~ 38 1.26 0 PCI 21 P2 AV3 - .10 TED TEN .610 ZOAZC 13 HI 1 33 39 .87 0 PCI 13 P2 AV2 .00 TED TEN .610 TBAID 19 H 1
I 33 39 .69 0 PCI 10 P2 AV3 .00 TED TEN .610 IBAIC 19 Hf 1 29 40 .90 C PCI 13 P2 AV2 .05 TED TEN .610 IBAIC 19 N 1
I 29 40 .75 0 PCI 11 P2 AV3 .00 TED TEN .610 IBAID 19 Hf 1 29 43 1.18 0 PCI 20 P2 AV4 .00 TED TEN .610 IBAID 1 N 1
29 ~ 1.05 0 PCI 16 P2 AV2 .00 TED TEN .610 IBAIC 3 H 31 48 .71 C PCI 12 P2 AV2 .00 TED TEN .610 IBAIC 3 1
39 49 .90 0 PCI 12 P2 AV2 .00 TED TEN .610 IBAID ii H 1
33 50 1.00 0 PCI 16 P2 AV3 - .07 TED TEN .610 IBAID 3 N
~ 50 1.44 0 PCI 22 P2 AV2 .00 TED TEN .610 ZBAZD 9 Hf 38 62 1.72 0 PCI 26 P2 AV2 .13 TED TEN .610 ZBAZC 37 HI 38 62 1.24 0 PCI 22 P2 AV3 - .20 TED TEN .610 ZBAZD 37 Hf 41 63 .76 0 PCI 12 P2 AV1 .00 TED TEN .610 ZOAZD 35 H1 f-ff--ff----+ f + + + +----+ + f f--f I ROW COL VOLTS DEC INO PER CNN LOCH INCN1 INCH2 I DRLEN DRUID DEC BECI EUOT POIA PTYPE CAL If f----f---f f.f+-+--f--.-f + + + + +---f 4 +
2
Byron 2 B2R13 DBE 20070401 06/12/2007 16:31:43
+----f---+---f-f -f.f.f I ROW COL VOLTS DEC IHD PER CNN LOCN IUDN1 INDH2 I CRIEN DRUID DEC BEGI ENOT PDIA PTYPE CAL If
+----f----f--+--f----+ + f-+ f f-.f----+-f + f f--f 41 63 2.61 0 PCI 29 P2 AV2 .00 TED TEN .610 ZBAZD 35 Hf I 41 63 1.02 0 PCI 15 P2 AV3 .00 TED TEN .610 ZBAZC 35 Hf 1 31 64 .62 0 PCI 15 P2 AV2 iS TED TEN .610 ZBAZC 37 HI 1 33 64 .23 85 PIP ii 08K .77 08K 08K .610 ZPOHM 81 N 1
1I ~
33 65 65
.23
.27 113 110 001 SVI Ph 2
08N 08K
.63
.64 TED 08K TEN 08K
.610
.610 ZBAZC ZPSNM 43 83 HIHf I 33 65 1.34 78 PIP ii 08K .64 08K 08H .610 ZPSNM 83 Hf I 33 65 .26 110 PCI 27 2 08K .69 .19 .66 101 08N 08N .610 ZPSNM 83 Hf 1 34 65 1.06 77 PIP ii 08K .72 08K 08K .610 ZPOHM 83 NI 1 49 70 4.09 0 PCI 35 P6 07D .03 TED TEN .610 IBAIC 147 N 1
1 32 73 .76 0 PCI 15 P2 AV3 .07 TED TEN .610 ZBAZD 43 HI 1 49 ~ .64 0 PCI 22 P6 07D - .44 .31 .45 69 C7C 07D .610 ZPSNH 12 DI 1
I 49 32 73 74
.84
.72 122 0
VOL PCI 12 P2 2 07C AV3
- .41 OS 07C TED 07C TEN
.610
.610 ZPSNM ZBAZC 12 45 Cf NI 1 32 79 1.00 0 PCI 18 P2 AV3 .00 TED TEN .610 ZBAZC 43 Hf 1 41 79 .97 0 PCI 14 P2 AV3 - .05 TED TEN .610 ZBAZC 41 Hf 1 36 80 1.20 0 PCI 20 P2 AV3 .00 TED TEN .610 ZBAZC 39 HI 1 33 81 .93 0 PCI 17 P2 AV3 - .12 TED TEN .610 ZBAZD 43 N 1
1 36 81 .89 0 PCI 16 P2 AV3 .00 TED TEN .610 ZBAZD 39 NI 1 39 81 .83 0 PCI 12 P2 AV2 .07 TED TEN .610 ZBAZC 41 Hf 39 81 .63 0 PCI 10 P2 AV3 .05 TED TEN .610 ZBAZD 41 NI 1
1 31 82 .71 0 PCI ii P2 AV3 .05 TED TEN .610 ZBAZC 45 H I 32 82 1.52 0 PCI 20 P2 AV2 .10 TED TEN .610 ZBAZD 45 Hf 1 35 82 .93 C PCI 14 P2 AV2 .22 TED TEN .610 ZBAZD 45 Hj I 35 82 1.14 0 PCI 17 P2 AV3 .05 TED TEN .610 ZBAZC 45 Hf 1 32 83 .71 C PCI iS P2 AV1 .03 TED TEK .610 ZBAZD 43 NI 32 83 1.45 0 PCI 23 P2 AV3 .00 TED TEN .610 ZBAZD 43 Hf 1 35 83 .89 C PCI 17 P2 AV3 .00 TED TEN .610 ZBAZC 43 H 1
II 39 39 83 83 1.60
.88 0
C PCI PCI 21 13 P2 P2 AV2 AV4
.30
.02 TED TED TEN TEN
.610
.610 ZBAZD ZBAZC 41 41 Hf Hf 1I 40 40 83 83 2.33 1.45 C
0 PCI PCI 29 22 P2 P2 AV2 AV3
.00
.00 IEC TED TEN TEN
.610
.610 ZBAZC ZBAZD 39 39 N1 Hf I 49 83 .71 C PCI 14 P2 AV4 - .05 TED TEN .610 ZBAZD 41 HI I 28 84 1.36 C PCI 19 P2 AV3 - .18 TED TEN .610 ZBAZD 45 Hf I 30 84 1.16 0 PCI 17 P2 AV2 .22 TED TEN .610 ZBAZD 45 H1 1 37 84 1.28 0 PCI 18 P2 AV3 .00 TED TEN .610 ZBAZC 45 N 1
1 41 84 .86 C PCI 13 P2 AV1 .00 TED TEN .610 ZBAZC 41 Hf I 41 84 1.08 0 PCI 15 P2 AV3 .00 TED TEN .610 ZBAZC 41 Hf 1 26 85 1.35 0 PCI 22 P2 AV2 - .03 TED TEN .610 ZBAZC 43 N 1
1 30 85 1.01 0 PCI 18 P2 AV2 .13 TED TEN .610 ZBAZD 43 Hf I 30 85 .88 0 PCI 17 P2 AV3 -.08 TED TEN .610 ZBAZD 43 Hf 1I 34 34 85 85 1.13
.94 C
0 PCI PCI 20 18 P2 P2 AV2 AV3
.00
.00 TED TED TEN TEN
.610
.610 ZBAZC ZOAZC 43 43 NIHf II 35 35 85 85
.87 1.46 C
0 PCI PCI 17 23 P2 P2 AV1 AV2
.05
.05 TED TED TEH TEN
.610
.610 ZOAZD ZBAZC 43 43 NI Hf I 35 85 2.96 0 PCI 32 P2 AV3 - .05 TED TEN .610 ZBAZC 43 Hf 1 41 85 .67 0 PCI 13 P2 AV3 .00 TED TEN .610 ZBAZC 41 HI 42 85 .89 C PCI 16 P2 AV3 .00 TED TEN .610 ZOAZC 39 Hf f----+----f----f-.--f----f + +--f f +----f---f-~f + +
I ROW COL VOLTS DEC INO PER CNN IODN INDN1 INCN2 I DRIEN CRWID DEC BECT ENDI POIA PIYPE CAL I
++.f--+ff f f+ + ++++ + + f--
3
Byron 2 B2R13 DOE 20070401 06/12/2007 16:31:43
+ +----+ + + + f--i-I ROW DOL VOLTS DEC INO PER CNN LOCU INCH1 INDN2 I DRIEN DRUID DEC BEGI ENDI PDIA PTYPE CAL If
+----f----+----f----+-.--f + f--f + +----+----+----f + + f--f 35 86 .53 0 PCI 9 P2 AV1 .11 TED TEN .610 ZBAZC 45 Hf 35 86 2.69 0 PCI 29 P2 AV2 - .18 TED TEN .610 ZBAZC 45 Hf 35 86 .64 0 PCI 10 P2 AV3 .10 TED TEN .610 ZBAZC 45 Hf 42 86 .87 0 PCI 16 P2 AV1 - .11 TED TEN .610 ZBAZC 39 NI 42 86 1.57 0 PCI 23 P2 AV2 - .03 TED TEN .610 ZOAZC 39 Hf 42 86 2.14 0 PCI 28 P2 AV3 - .10 TED TEN .610 ZBAZD 39 Hf 35 87 1.16 0 PCI 17 P2 AV3 - .10 TED TEN .610 ZBAZD 53 HI 35 88 1.15 0 PCI 17 P2 AV3 - .13 TED TEN .610 ZBAZC 53 Hf 41 88 1.18 0 PCI 17 P2 AV2 .35 TED TEN .610 ZBAZC 53 H1 41 88 1.71 0 PCI 22 P2 AV3 - .17 TED TEN .610 ZBAZD 53 Hf 42 88 1.12 0 PCI 17 P2 AV2 .36 TED TEN .610 ZBAZD 53 Hf 42 88 1.23 0 PCI 18 P2 AV3 .00 TED TEN .610 ZBAZD 53 Hf 41 89 2.23 0 PCI 29 P2 AV1 .00 TED TEN .610 ZBAZC 51 HI 41 89 1.31 0 PCI 22 P2 AV2 - .09 TED TEN .610 ZOAZC Si Hf 41 89 2.65 0 PCI 31 P2 AV3 .00 TED TEN .610 ZBAZC 51 Hf 41 89 1.88 0 PCI 25 P2 AV4 .00 TED TEN .610 ZBAZD 51 Hf 42 89 .72 0 PCI 15 P2 AV1 .00 TED TEN .610 ZBAZC Si HI 42 89 1.37 0 PCI 21 P2 AV2 .00 TED TEN .610 ZOAZC 51 Hf 42 89 3.65 0 PCI 35 P2 AV3 .00 TED TEN .610 ZBAZC Si Hf 42 89 .62 0 PCI 14 P2 AV4 .00 TED TEN .610 ZBAZD Si Hf 40 90 .90 0 PCI 14 P2 AV2 .00 TED TEN 610 ZBAZD 53 N1 40 90 1.07 0 PCI 16 P2 AV3 .02 TED TEN .610 ZBAZC 53 Hf 40 90 .77 0 PCI 13 P2 AV4 .00 TED TEN .610 ZBAZC 53 Hf 42 90 2.17 0 PCI 26 P2 AV3 - .28 TED TEN 610 ZBAZC 53 HI 42 90 .98 0 PCI iS P2 AV4 - .05 TED TEN .610 ZBAZD 53 Hf 34 92 1.36 0 PCI 19 P2 AV2 .16 TED TEN .610 ZBAZC 53 HI 41 92 .93 0 PCI 15 P2 AV1 .00 TED TEN .610 ZBAZD 53 Hf 41 92 2.56 0 PCI 29 P2 AV3 .00 TED TEN .610 ZBAZC 53 Hf 41 92 1.09 0 PCI 16 P2 AV4 - .11 TED TEN .610 ZBAZD 53 Hf 35 93 .68 C PCI 15 P2 AV2 .00 TED TEN .610 ZBAZD Si NI 36 93 1.03 C PCI 19 P2 AV2 .00 TED TEN .610 ZBAZD Si HI 39 93 .69 0 PCI iS P2 AV4 .00 TED TEN .610 ZBAZC 51 Hf 40 93 LiC C PCI 20 P2 AV1 .00 TED TEN 610 ZBAZD 51 N1 40 93 .85 0 PCI 17 P2 AV2 .00 TED TEN 6i0 ZBAZC 51 Hf 40 93 1.84 0 PCI 26 P2 AV3 - .42 TED TEN .610 ZBAZC 51 Hf 42 93 1.98 C PCI 27 P2 AV1 - .16 TED TEN 610 ZBAZC 51 NI 42 93 1.01 C PCI 19 P2 AV2 .13 TED TEN .610 ZBAZC 51 Hf 42 93 2.81 C PCI 32 P2 AV3 .03 TED TEN .610 ZBAZC 51 Hf 42 93 .91 C PCI lB P2 AV4 - .17 TED TEN .610 ZBAZD Si Hf 43 93 .95 0 PCI 18 P2 AV1 .00 TED TEN .610 ZBAZD 51 K1 43 93 1.54 C PCI 24 P2 AV2 .00 TED TEN .610 ZBAZC 51 Hf 43 93 1.31 C PCI 20 P2 AV3 .00 TED TEN .610 ZBAZD Si Hf 34 94 .85 C PCI 14 P2 AV3 .10 TED TEN .610 ZBAZC 53 Hf 36 94 1.01 C PCI iS P2 AV2 .03 TED TEN .610 ZBAZC 53 HI 39 94 .90 C PCI 14 P2 AV2 - .08 TED TEN .610 ZBAZC 53 H1 42 94 .96 C PCI iS P2 AV2 - .03 TED TEN .610 ZBAZC 53 Nj I 42 94 2.25 0 PCI 26 P2 AV3 - .16 TED TEN .610 ZOAZD 53 Hf I 42 94 .92 C PCI 14 P2 AV4 - .20 TED TEN .610 ZBAZD 53 Hf 1 34 95 1.00 0 PCI 17 P2 AV2 .00 TED TEN .610 ZBAZD Si HI 1 35 95 1.18 C PCI 21 P2 AV2 .00 TED TEN .610 ZBAZD 51 Hf 1I 40 40 95 95 1.11 1.89 0
C PCI PCI 20 26 P2 P2 AV1 AV3
.00
.00 TED TED TEN TEN
.610
.610 ZBAZD ZBAZC 51 Si H
Hf 1
I ~ 96 .73 0 PCI 12 P2 AV2 - C3 TED TEN .610 ZBAZD 53 H1
+ f----+----+----+ + f--f + +-.f+.f + +
I ROW GUI VOLTS DEG IWO PER CNN LDDN INDH1 INCN2 I CRLEN DRUID DES BEST ENOT POIA PIYPE CAL If f----f----f + f----+----f----f + f--f + f----+----+----+ + +
4
Byron 2 B2R13 DOE 20070401 06/12/2007 16:31:43 I ROW DOL VOLTS DES IND PER CNN LODN IUDN1 INDN2 I CRIEN CRWID DES BEST ENDI POIA PTYPE CAL If f---+----f f----f--+-f----+ + +--f + f----++f + + f--f I 36 96 1.41 0 PCI 20 P2 AV2 - .13 TED TEN .610 ZBAZC 53 Hf I 36 96 1.01 0 PCI 15 P2 AV3 - .05 TED TEN .610 ZOAZC 53 Hf 1 38 99 .93 0 PCI 17 P2 AV2 .00 TED TEN .610 ZOAZD SS NI 1 30 100 .64 0 PCI ii P2 AV2 .00 lEG TEN .610 ZOAZD S7 N 1 30 101 .83 0 PCI 16 P2 AV2 .00 TED TEN .610 ZOAZD 55 HI I 30 101 .86 0 PCI 16 P2 AV3 .00 TED TEN .610 ZBAZD S5 Hf 1 32 101 .90 0 PCI 16 P2 AV3 .00 TED TEN .610 ZBAZD 55 NI 28 103 1.94 C PCI 26 P2 AV3 .00 TED TEN .610 ZOAZC 55 Hf 30 104 .73 0 PCI 12 P2 AV2 .05 TED TEN .610 ZBAZC 57 NI I 30 104 .81 0 PCI 13 P2 AV3 .14 TED TEN .610 ZBAZC 57 Hf I -
26 105 .93 0 PCI 17 P2 AV2 .00 TED TEN .610 ZBAZC 55 HI 1 25 106 .99 0 PCI iS P2 AV1 .00 TED TEN .610 ZOAZC 57 HI I 27 106 1.16 0 PCI 17 P2 AV2 .14 TED TEN .610 ZOAZC 57 NI I 27 25 106 107 2.33 1.24 C
0 PCI PCI 27 20 P2 P2 AV3 AV4 -
.00
.08 TED TED TEN TEN
.610
.610 ZBAZC ZBAZD 57 55 Hf HI 1I 25 25 lOB 108
.93 1.38 C
0 PCI PCI 17 22 P2 P2 AV1 AV2
.00
.00 TED TED TEN TEN
.610
.610 ZBAZC ZOAZD SS 55 HI Hf I 25 108 1.56 0 PCI 23 P2 AV3 .00 TED TEN .610 ZBAZD 55 Hf f----f----+ fff++f + ff + ff+f + +
I ROW COL VOLTS DEG IWO PER CNN LOCN IUCK1 INCH2 I CRLEN CRUIO DEC BEST ENDI PDIA PTYVE CAL If
+ f+f---f + f--f + f-.--f----+----+ + +
Tubes: 135 Records: 215 5
Attachment C.4 2D Steam Generator Inservice Indications Page 34 of 38
Byron 2 B2R13 DBE 20070401 06/12/2007 16:33:39 f----+----f f.---f----f-f----+--+ f f--f + ff+f + f +
I ROW DOL VOLTS DEG IND PER CNN LOCH IUDH1 INDN2 I CRIEN DRWIO DEC BEST ENOT PDIA PTYPE CAL If f--+~f f--f----+-f.-+f 4 f--i- + f---f--f----+ + + f--i-20 5 .72 0 PCI 14 P2 AV4 .19 TED TEN .610 IBAID 43 Hf 1 23 7 .84 0 PCI 15 P2 AV3 - .29 TED TEN .610 IBAID 43 NI 1 28 ii .92 0 PCI 15 P2 AV3 .00 TED TEN .610 TBATC 45 NI 1I 31 31 13 13 1.35 1.09 0
0 PCI PCI 20 17 P2 P2 AV1 AV2 iS
.03 TED TED TEN TEN
.610
.610 IBAIC IBAIC 45 45 NIHf I 31 13 2.12 0 PCI 26 P2 AV3 - .03 TED TEN .610 IBAIC 45 Hf 1 31 14 .77 0 PDT 14 P2 AV4 - .15 TED TEN .610 IBAID 43 N1 1 35 14 1.19 0 PCI 19 P2 AV4 - .03 TED TEN .610 IBAID 43 NI 1I 35 35 17 17 2.91 1.27 0
0 PCI PCI 31 19 P2 P2 AV2 AV3 -
.03
.03 TED TED TEN TEN
.610
.610 IBAID IOAID 45 45 HI Hf I 36 17 1.69 0 PCI 23 P2 AV2 .00 TED TEN .610 TBATC 45 HI 1 36 19 1.20 0 PCI 17 P2 AV3 .05 TED TEN .610 TBATC 49 N1 1 39 19 .97 0 PCI 15 P2 AV3 .00 TED TEN .610 IBAIC 49 H 1
I 35 20 1.80 0 PCI 24 P2 AV2 - .05 TED TEN .610 IBAIC 47 Nj I 41 20 1.26 0 PCI 20 P2 AV1 - .03 TEC TEN .610 TBATC 47 N1 I 41 20 1.77 0 PCI 24 P2 AV2 .00 TED TEN .610 IBAIC 47 Hf I 36 21 1.80 0 PCI 23 P2 AV2 .25 TED TEN .610 IBAID 49 NI 1I 41 41 21 21 1.19 1.24 0
0 PCI PCI 17 18 P2 P2 AV2 AV3
.20 OS TED TED TEN TEN
.610
.610 IBAID TBATD 49 49 HIHf 1I 43 43 22 22 1.32
.97 0
0 PCI PCI 20 16 P2 P2 AV1 AV2
.00
.08 TED TED TEN TEN
.610
.610 IBAID IBATC 47 47 Hf Hf 1 38 25 1.74 C PCI 22 P2 AV3 .00 TED TEN .610 IBAID 49 HI I 40 25 1.24 0 PCI 18 P2 AV3 - .02 TED TEN .610 TOAID 49 Hf 1 40 26 .85 0 PCI 15 P2 AV3 .03 TED TEN .610 IBAIC 47 Hf 1I 39 39 27 27 1.01 1.31 0
0 PCI PCI 15 19 P2 P2 AV2 AV3
.10
.17 TED TED TEN TEN
.610
.610 TBATD IBAID 49 49 H
Hf 1
I ~ 27 1.39 0 PCI 19 P2 AV4 .00 TED TEN .610 IBAIC 49 Hf 1 28 28 1.75 C PCI 24 P2 AV4 - .22 TED TEN .610 TOATD 51 Hf 1 40 28 .84 C PCI 15 P2 AV3 .20 TED TEN .610 TBATC 51 Hf 1I 40 40 29 29 2.92 1.95 0
0 PCI PCI 30 24 P2 P2 AV2 AV3 -
.00
.03 TED TED TEN TEN
.610
.610 TBAID TBATD 53 53 Hf Hf 1 42 29 .92 0 PCI 15 P2 AV2 .05 TED TEN .610 IBAID 53 NI I 25 30 1.17 C PCI 19 P2 AV3 - 48 TED TEN .610 TBATD Si Hf 41 32 1.16 C PCI 19 P2 AV2 .23 TED TEN .610 IBAIC Si HI I 41 32 .90 0 PCI 16 P2 AV3 .15 TED TEN .610 IOATC 51 NI I 37 33 1.05 0 PCI 16 P2 AVI .02 TED TEN .610 TBAIC 53 Hf I 37 33 2.94 0 PCI 30 P2 AV2 .05 TED TEN .610 TOATC 53 Hf 37 33 2.78 C PCI 30 P2 AV3 - .13 TEC TEN .610 IBATC 53 Hf 1I 40 40 33 33 1.55 2.41 0
0 PCT PCI 21 28 P2 P2 AV2 AV3 -
.15
.14 TED TED TEN TEN
.610
.610 IBAIC IBAID 53 53 Hf Hf I 40 33 1.09 C PCI 17 P2 AV4 - .05 TED IEH .610 TBATC 53 Hf 1
I 41 41 33 33 1.95 1.28 0
0 PCI PCI 24 19 P2 P2 AV2 AV3 -
.07 i5 TED TED TEN TEN
.610
.610 IOAIC IBAIC 53 53 HI Hf 28 36 3.62 0 PCI 34 P2 AV2 - .05 TED TEN .610 IBAIC 57 Hf 40 36 1.13 0 PCI 18 P2 AV2 .17 TED TEN .610 TBATC 57 Hf 40 36 1.24 0 PCI 19 P2 AV3 .00 TED TEN .610 IBAIC 57 Hf 42 36 3.82 0 PCI 35 P2 AV2 .00 TED TEN .610 IBAID S7 NI 42 36 2.10 0 PCI 26 P2 AV3 - .10 TED TEN .610 IBAID S7 Hf f----+----f----f----f----f + f--f + +----+---f----f f + f-f I ROW DOL VOLTS DEC IHD PER CNN LOCH INDH1 INDH2 I DRIEN DRUID DEC BEST ENOT POIA PTYPE CAL If
+-+--f--ff.-~f ~f + f----f--f----f + + f+
1
Byron 2 B2R13 DOE 20070401 06/12/2007 16:33:39 ff.f--+++ f f--i- + f----f----+----f f 4 f-f ROW COL VOLIS DEC INO PER CNN LODN IUDH1 INDH2 I CRIEN DRUID DES BEST ENDT PDIA PIVPE CAL If ffi- ff+fff f ++ + i-f--f-f + 4 f--f I 36 37 2.83 0 PCI 31 P2 AV2 .00 TED TEN .610 IBAID 55 Hf I 36 37 2.30 0 PCI 28 P2 AV3 .00 TED TEN .610 IBAID 55 Hf 1 37 37 42 42 3.86
.97 0
0 VDI PCI 35 17 P2 P2 AV2 AV3 -
- .24
.15 TED TED TEN TEN
.610
.610 IBAID IBAID 61 61 Hf Hf 1I 31 31 44 44 3.34 1.70 0
0 PCI PCI 33 23 P2 P2 AV2 AV3
.00
.44 TED TED TEN TEN
.610
.610 IOAIC IBAID 35 3S NI Hf 1I 41 41 44 44
.83
.82 0
0 PCI PCI 15 15 P2 P2 AV3 AV4 -
.19 30 TED TED TEN TEN
.610
.610 IBAIC IBAIC 61 61 N
Hf 1
1 26 50 2.33 0 PCI 28 P2 AV2 - .23 TED TEN .610 IBAID 35 HI I 31 31 50 50 1.34 2.74 0
0 PCI PCI 20 30 P2 P2 AV2 AV3
.12
.20 TED TED TEN TEN
.610
.610 IBAIC IBAID 35 35 Hf Hf I 31 50 .97 0 PCI 17 P2 AV4 .03 TED TEN .610 IBAIC 35 Hf 1 39 52 .81 0 PCI iS P2 AV4 .18 TED TEN .610 IBAIC 61 HI II ~
47 56 56
.88 2.14 0
0 PCI PCI iS 27 P2 P2 AV3 AV4 -.05
.05 TED TED TEN TEN
.610
.610 IBAIC IBAIC 63 63 HI Hf 1I 21 21 67 S7
.91
.76 0
0 PCI PCI 16 14 P2 P2 AV1 AV4
.18
.00 TED TED TEN TEN
.610
.610 TBATC IOAIC 35 35 N
Hf 1
1I 48 48 59 59 1.78
.95 0
0 PCI PCI 24 16 P2 P2 AV3 AV4 -.03
.00 TED TED TEN TEN
.610
.610 IBAID IBAIC 63 63 H1 Hf II 41 41 60 60 1.06 1.31 0
0 PCI PCI 19 22 P2 P2 AV1 AV2
.19
.00 TED TED TEN TEN
.610
.610 TBATD IBAID 65 65 HI Hf 1 29 63 .99 0 PCI 17 P2 AV2 .05 TED TEN .610 TBAID 65 HI 1 48 48 63 63
.86
.51 304 0
VOL PCI 20 P6 2 07C 07D
.36
.38 .15 .40 61 OlD C7C 07D 07C
.610
.610 ZPSNI4 ZPSNM 14 14 Cl Cf 1 24 24 65 65
.36
.28 267 88 PCI VOL 31 2 2
02D C2D 1.11 1.12
.24 .38 58 C2C 02D 02C O2C
.610
.610 ZPSNM ZPSUM 14 14 Dl DI 1 49 67 i.S9 0 PCI 35 P6 07D -.03 TED TEN .610 ZOAZC 103 H 1 49 69 1.57 C PCI 35 P6 07D - .08 TED TEN .610 ZBAZC 103 Hf II 26 26 70 70 1.56
.83 0
0 PCI PCI 22 15 P2 P2 AV2 AV3
.00
.00 TED TED TEN TEN
.610
.610 TOAID IBAIC 63 63 K1 Hf 1 33 70 .87 0 PCI 15 P2 AV3 .07 TED TEN .610 IBAID 63 NI 1 48 71 .49 C PCI 12 P2 AV1 .00 TED TEN .610 IBAID 69 H1 II 36 36 72 72
.78
.83 0
C PCI PCI 17 17 P2 P2 AV2 AV3
.00
.03 TED TED TEN TEN
.610
.610 IBAIC IBAID 69 69 NI Hf 1I 39 39 72 72 1.32 2.00 0
C PCI PCI 22 27 P2 P2 AV2 AV3 -
.19
.05 TED TED TEN TEN
.610
.610 T8ATC IBAIC 69 69 NI Hf 1 40 73 1.07 0 PCI 19 P2 AV2 .15 TED TEN .610 IBAIC 67 NI 1I 40 40 76 76
.72 2.21 0
0 PCI PCI 16 28 P2 P2 AV1 AV2
.00
.00 TED TED TEN TEN
.610
.610 IBAIC IBATD 69 69 HIHf 1 28 78 .93 0 PCI 18 P2 AV3 .00 TED TEN .610 IOAID 69 Nj 1 32 79 1.04 0 PCI 17 P2 AV3 .00 TED TEN .610 IBAIC 71 N 1I 39 39 80 80 1.27 3.23 0
0 PCI PCI 19 32 P2 P2 AV2 AV3 CC
.00 TED TED TEN TEN
.610
.610 IBAIC IOAID 73 73 HIHf 1 41 80 1.81 C PCI 26 P2 AV1 .00 TED TEN .610 TOAID 69 N 1
19 82 1.15 C PCI 18 P2 AV4 .00 TED TEN .610 IBAIC 73 Hf 36 82 2.99 C PCI 31 P2 AV2 .00 TED TEN .610 IBAIC 73 Nj I 36 82 1.66 0 PCI 22 P2 AV3 .00 TED TEN .610 IBAIC 73 Hf I 36 82 1.63 0 PCI 22 P2 AV4 .00 TED TEN .610 IBAIC 73 Hf 36 83 .92 0 PCI 15 P2 AV1 - .12 TED TEN .610 IBAID 71 H1 36 83 1.59 0 PCI 22 P2 AV2 .00 TED TEN .610 IBAIC 71 Hf 36 83 SB C PCI 11 P2 AV3 - .02 TED TEN .610 IBAIC 71 Hf
+f---f---+f----f f f-+ + +----+----f----+ + f--f I ROW COI VOLTS DES IWO PER CNN LOCH INDN1 INDH2 I DRLEU DRUID DEC BEST ENDI PDIA PTYPE CAL If f--f----f f--f----f---f--+----f + f~+- + f----+----+----+ + f +--f 2
Byron 2 B2R13 DOE 20070401 06/12/2007 16:33:39
+ f-f--.ff + f+ 4 ff+-f + + f--f I ROW COL VOLTS OES IUD PER CNN LOCH INCH1 INCK2 1 CRLEN DRWIO DEC BEST ENOT POIA PTYPE CAL If
+ ~----i----~----~ f +--+ + ~----+----~ f +
f 31 84 1.7S 0 PCI 23 P2 AV2 .00 TED TEN .610 IBAID 73 Hf I 31 84 1.07 0 PCI 17 P2 AV3 .00 TED TEN .610 IBAID 73 Hf I 31 84 .95 0 PCI 16 P2 AV4 .00 TED TEN .610 IBAIC 73 Hf 1 36 84 1.06 0 PCI 17 P2 AV2 .00 TED TEN .610 IBAIC 73 N 1
1 43 85 .99 0 PCI 16 P2 AV3 .00 TED TEH .610 IBAIC 71 N 1
1I 41 41 86 86 1.46 4.74 0
0 PCI PCI 21 38 P2 P2 AV2 AV3 -
.12
.17 TED TED TEN TEN
.610
.610 IBAIC IBAID 73 73 N
Hf I 41 86 1.17 0 PCI 18 P2 AV4 - .22 TED TEN .610 IBAIC 73 Hf 1 34 87 1.iS 0 PCI 18 P2 AV2 .20 TED TEN .610 IBAIC 71 NI 34 87 1.23 0 PCI 19 P2 AV3 .05 TED TEN .610 IBAIC 71 Hf 1 37 87 .86 0 PCI 15 P2 AV3 .15 TED TEN .610 I8ATC 71 K1 1 46 89 .73 0 PCI 13 P2 AV4 .00 TED TEN .610 IBAID 71 HI 1 40 90 1.83 0 PCI 24 P2 AV3 .00 TED TEN .610 IBAIC 73 NI I 35 91 .64 0 PCI 13 P2 AV2 -.05 TED TEN .610 ZOAZC 7S Hf 1 35 92 .85 0 PCI 16 P2 AV2 .46 TED TEN .610 ZBAZC 77 HI 1 35 40 92 92
.87 1.58 0
0 PCI PCI 15 23 P2 P2 AV3 AV3
- .10
- .05 TED TED TEN TEN
.610
.610 ZBAZD ZOAZC 77 77 Hf1 H
1 41 92 1.34 C PCI 21 P2 AV3 .05 TED TEN .610 ZBAZC 77 NI 1 36 94 .86 0 PCI 15 P2 AV1 .00 TED TEN .610 ZBAZC 77 HI I 36 94 1.11 C PCI 19 P2 AV3 - OS TED TEN .610 ZOAZC 77 Hf 1 34 95 .92 0 PCI 16 P2 AV3 .00 TED TEN .610 ZOAZC 7S HI 1 ~s 95 2.31 0 PCI 28 P2 AV2 - .21 TED TEN .610 ZBAZC 7S HI 1 36 95 .81 0 PCI 15 P2 AV3 .08 TED TEN .610 ZBAZC 75 N 1
II ~
34 97 97
.66 1.99 0
0 PCI PCI 13 26 P2 P2 AV1 AV2
.00
.00 TEC TED TEN TEN
.610
.610 ZBAZC ZOAZD 75 75 Hf Hf I 34 97 .65 C PCI 13 P2 AV3 .00 TED TEN .610 Z8AZC 75 Hf 1I 34 34 98 98 1.30 1.77 0
0 PCI PCI 21 24 P2 P2 AV2 AV3
.00
.00 TED TED TEN TEN
.610
.610 ZOAZC ZOAZC 77 77 H
Hf 1
I 34 98 .92 0 PCI 17 P2 AV4 .09 TED TEK .610 ZBAZC 77 Hf 1I ~
34 99 99
.60
.61 0
0 PCI PCI 12 12 P2 P2 AV1 AV2
.05
.32 TED TED TEN TEN
.610
.610 ZBAZD ZBAZC 7S 75 Hf Hf I 34 99 1.08 C PCI 18 P2 AV3 - .02 TED TEN .610 ZBAZD 75 Hf I 34 99 337 0 PCI 34 P2 AV4 .00 lEG TEN .610 ZOAZC 75 Hf 1 34 100 1.09 C PCI 19 P2 AV1 .00 TEC TEN .610 ZOAZD 77 H I 34 100 1.36 0 PCI 21 P2 AV3 .05 TED TEN .610 ZOAZC 77 Hf 1 36 100 1.44 0 PCI 22 P2 AV4 - .17 TEC TEN .610 ZBAZC 77 H{
1 28 102 1.29 0 PCI 19 P2 AV3 - .14 TED TEN .610 ZBAZC 81 HI 1 30 103 1.58 0 PCI 22 P2 AV2 - .17 TED TEN .610 ZBAZC 79 Hf 1I 31 31 103 103 1.35 1.36 0
C PCI PCI 20 20 P2 P2 AV2 AV3
- .10
.00 TED TED TEN TEN
.610
.610 ZBAZD ZOAZD 79 79 NINj I 31 103 .94 C PCI iS P2 AV4 - .15 TED TEN .610 ZBAZD 79 Hf 1I 30 30 104 104 1.12 1.21 0
C PCI PCI 18 19 P2 P2 AV2 AV4 -
.00
.11 TED TED TEN TEN
.610
.610 ZBAZC ZBAZD 81 81 Hf Hf 1
I 31 31 104 104 1.04 1.71 0
0 PCI PCI 17 23 P2 P2 AV1 AV3 -
.00
.05 TED lEG TEN TEN
.610
.610 ZBAZC ZOAZC 81 81 Hf Hf 1I 26 26 107 107 1.24
.90 0
0 PCI PCI 18 15 P2 P2 AV3 AV4
.19
.18 TED TED TEN TEN
.610
.610 ZOAZD ZBAZC 79 79 Nl Hf 1I 25 2S 108 108 2.13 lOS C
0 PCI PCI 26 17 P2 P2 AV1 AV2 07
.02 TED TED TEN TEN
.610
.610 ZBAZC ZBAZD 81 81 H
Hf I 25 108 1.83 0 PCI 24 P2 AV4 - .09 TED TEN .610 ZOAZC 81 Nj f--f-f---+---f + 4 f----f----+----f + +
I ROW DOL VOLTS DES INO PER CNN LOCH INCN1 INCN2 I DRIEN DRUID DES BEST ENOT PDIA PIYPE CAL If f----f----f----+---f----f + f--i- + f----f----+----+ + + f-f Tubes: 90 Records: 149
ATTACHMENT D ASME FORM NIS-1 OWNERS REPORT FOR INSERVICE INSPECTION Page 35 of 38
ATTACHMENT D FORM NIS-1 OWNERS REPORT FOR INSERVICE INSPECTIONS As Required by the Provisions of the ASME Code Rules
- 1. Owner: Exelon Generation Company, LLC, 200 Exelon Way, Kennett Square, PA, 19348 (Name and Address of Owner)
- 2. Plant: Byron Station, 4450 North German Church Road, Byron, Illinois, 61010 (Name and Address of Plant)
- 3. Plant Unit: Two (2) 4. Owner Certificate of Authorization (ifrequired): N/A
- 5. Commercial Service Date: 08/21/87 6. National Board Number for Unit: N-200
- 7. Components Inspected: Steam Generator Eddy Current Inspection Refueling Outage 13 Component or Manufacturer or Manufacturer or State or Province National Board No.
Appurtenance Installer Installer Serial No. No.
2RCOIBA Westinghouse 2095 U-20l435 15 2RCO1BB Westinghouse 2096 U-201436 16 2RCOIBC Westinghouse 2097 U-201437 17 2RCOIBD Westinghouse 2098 U-20l438 18 NOTE: Supplemental sheets in the form of lists, sketches, or drawings may be used, provided (1) size is 8 /2 in. x 11 in.,
(2) information in items I through 6 on this report is included on each sheet, and (3) each sheet is numbered and the number of sheets is recorded at the top of this form.
Page 36 of 38
FORM NIS-1 (Back)
- 8. Examination Dates: 04/06/07 to 04/13/07
- 9. Inspection Period Identification: 1/16/06 to 1/15/09
- 10. Inspection Interval Identification: Third Inservice Inspection Interval
- 11. Applicable Edition of Section XI: 2001 Edition through the 2003 Addenda
- 12. Date/Revision of Inspection Plan: August 1, 2006 / Revision I
- 13. Abstract of Examinations. Include a list of examinations and a statement concerning status of work required for current interval.
See Attached Report
- 14. Abstract of Results of Examinations and Tests.
See Attached Report
- 15. Abstract of Corrective Measures.
See Attached Report We certify that the statements made in this report are correct, b) the examinations and tests meet the Inspection Plan as required by the ASME Code,Section XI, and c) corrective measures taken to conform to the rules of the ASME Code,Section XI.
Certificate of Authorization No. (if applicable) Not Applicable Expiration Date Not Applicable Date 7 Signed For Exelon Generating Company, LLC By ,~
Owner CERTIFICATE OF INSERVICE INSPECTION I, the undersigned, hojding a valid commission issued by e National Board of Boiler and,Pressure Vessel Inspectors and the State or Province of 174/7~/~ and employed by of A~.~4/,~t1f~~7 have inspected the 1
components described in this Owners Report during the period b to ~,Øi, and state that to the best of my knowledge and belief, the Owner has performed examinations and taken corrective measures described in this Owners Report in accordance with the requirements of the ASME Code,Section XI.
By signing this certificate neither the Inspector nor his employer makes any warranty, expressed or implied, concerning the examinations and corrective measures described in this Owners Report. Furthermore, neither the Inspector nor his employer shall be liable in any manner for any personal injury or property damage or loss of any kind arising from or connected with this inspection.
___________________ Commissions /~(/ /I.3~
nspectors Signature National Board, State, Province, and Endorsements Date J~W Page 37 of 38
ATTACHMENT E ASME FORM NIS-2 OWNERS REPORT FOR REPAIR/REPLACEMENT ACTIVITY Page 38 of 38
I DOCUMENT NO.: 4.2 REV. NO..: 0 FORM NIS-2 OWNERS REPORT FOR REPAIR/REPLACEMENT ACTIVITY As Required by the Provisions of the ASME Code Section Xi
- 1. Owner Exelon Nuclear Date 04/17/07 Name 4300 Wlnfield Road, Warrenville, IL Sheet 1 of 1 Address
- 2. Plant Byron Nuclear Power Station Unit 02 Name 4450 N. German Church Road, Byron, IL Work Order No. 00866719-02 Address Repair Organization, P.O. No., Job No., etc.
- 3. Work Performed by Westinghouse Electric Co. Type Code Symbol Stamp Not Applicable Name Authorization No. Not Applicable P0 Box 158, Madison, PA 15663 Expiration Date Not Applicable Address
- 4. Identification of System REACTOR COOLANT (RC)
- 5. (a) Applicable Construction Code ASME Section III 1971 Edition,
- Addenda, ** Code Case (b) Applicable Edition of Section Xl Used for Repair/Replacement Activity 2001 Edition / 2003 Addenda (c) Section Xl Code Case(s) NONE
- 6. Identification of Components ASME Corrected, Code National Removed, or Stamped Name of Name of Manufacturer Board Other Year Installed (Yes or No)
Component Manufacturer Serial No. No. Identification Built 2RCO1BA Mechanical Tube HT#: NX441 8HK Westinghouse N/A S/N 2095 2007 Installed NO Col._87 2RCO1 BA Mechanical Tube HT#: NX4418HK N/A S/N 2095 Westinghouse 2007 Installed NO Col._61
- 7. Description of Work INSTALL MECHANICAL TUBE PLUGS IN THE 2A SG HOT LEG AND COLD LEG TUBE ENDS
- 8. Test Conducted: Hydrostatic 0 Pneumatic D Nominal Operating Pressure 0 Exempt Z Other D Pressure n/a psi Test Temp. n/a Note: Supplemental sheets in form of lists, sketches, or drawings may be used, provided (1) size is 81/2 in. x 11 in., (2) information in items 1 through 6 on this report is included on each sheet, and (3) each sheet is numbered and the number of sheets is recorded at the top of this form.
FORM NIS-2 (Back)
- 9. Remarks 00866719-02 Applicable Manufacturers Data Reports to be attached
- S72 /W74 for NB-2331(D), NB2332(A)(2), NB-4334, 4334.1& 4334.2, NB-4335.1, NB-4335.2, & NB-4335.3
- 1355, 1493-1, 1484, 1528, NB-4642 Mechanical tube plugs fabricated to ASME Section Ill 1989 Edition No Addenda with Code Case N-474-1.
CERTIFICATE OF COMPLIANCE I certify that the statements made in the report are correct and this conforms to the requirements of the ASME Code, Section Xl.
Type Code Symbol Stamp Not Applicable Certificate of uthorization No. Not Applicable Signed \..~
5 /~~L. ~M ~ Date _________ ,20 07
~or Owners Designee, Title CERTIFICATE OF INSERVICE INSPECTiON I, the undersigned, holding a valid commission issued by the National Board of Boiler and Pressure Vessel Inspectors and the State or Province of Illinois and employed by HSB CT of Hartford, CT have inspected the components described in this Owners Report during the period
_____________ to .~4/F7 and state that to the best of my knowledge and belief, ti~edwner has performed examinations and taken corrective measures described in this Owners Report in accordance with the requirements of the ASME Code, Section Xl.
By signing this certificate neither the Inspector nor his employer makes any warranty, expressed or implied, concerning the examinations and corrective measures described in this Owners Report.
Furthermore, neither the Inspector nor his employer shall be liable in any manner for any personal injury or property damage or a loss of any kind arising from or connected with this inspection.
_________________________ Commissions _________________________
Inspectors Signature National Board, State Province, and Endorsements Date: 8 ,20 07 (Final)
L DOCUMENT NO.: 4.2 REV. NO.: 0 FORM NIS-2 OWNERS REPORT FOR REPAIR/REPLACEMENT ACTIVITY As Required by the Provisions of the ASME Code Section Xl
- 1. Owner Exelon Nuclear Date 04/15/07 Name 4300 Winfleld Road, Warrenville, IL Sheet 1 of 1 Address
- 2. Plant Byron Nuclear Power Station Unit 02 Name 4450 N. German Church Road, Byron, IL Work Order No. 00866723-02 Address Repair Organization, P.O. No., Job No., etc.
- 3. Work Performed by Westinghouse Electric Co Type Code Symbol Stamp Not Applicable Name Authorization No. Not Applicabie P0 Box 158 Madison, PA 15663 Expiration Date Not Applicable Address
- 4. Identification of System REACTOR COOLANT (RC)
- 5. (a) Applicable Construction Code ASME Section Ill 1971 Edition,
- Addenda, ** Code Case (b) Applicable Edition of Section XI Used for Repair/Replacement Activity 2001 Edition / 2003 Addenda (c) Section Xl Code Case(s) NONE
- 6. Identification of Components ASME Corrected, Code National Removed, or Stamped Name of Name of Manufacturer Board Other Year Installed (Yes or No)
Component Manufacturer Serial No. No. Identification Built
~ 2RCO1BB Mechanical Tube Westinghouse HT#: NX4418HK N/A S/N 2096 Plug (2) Lot 11 Row 37 2007 Installed NO Cal._95
~ 2RCO1BB Mechanical Tube Westinghouse HT#: NX4418HK N/A S/N 2096 Plug (2) Lot 11 Row 27 2007 Installed NO Col. 11 2RCO1 BB Mechanical Tube Westinghouse HT#: NX4418HK N/A S/N 2096 Plug (2) Lot 11 Row 257 2007 Installed NO Col._11 2RCO1BB Mechanical Tube Westinghouse HT#: NX441 8HK S/N 2096 2007 Installed NO Plug (2) Lot 11 N/A Row 40 Col. 18
- 7. Description of Work ~STALL MECHANICAL TUBE PLUGS IN THE 2B STEAM GENERATOR HOT LEG AND COLD LEG TUBE ENDS
- 8. Test Conducted: Hydrostatic 0 Pneumatic 0 Nominal Operating Pressure 0 Exempt ~
Other 0 Pressure N/A psi Test Temp. N/A Note: Supplemental sheets in form of lists, sketches, or drawings may be used, provided (1) size is 81/2 in. x 11 in., (2) information in items 1 through 6 on this report is included on each sheet, and (3) each sheet is numbered and the number of sheets is recorded at the top of this form.
FORM N1S-2 (Back)
- 9. Remarks 00866723-02 Applicable Manufacturers Data Reports to be attached
- S72 /W74 for NB-2331(DJ, NB2332(A)(2), NB-4334, 4334.1& 4334.2, NB-4335.1, NB-4335.2, & NB-4335.3
- 1355, 1493-1, 1484, 1528, NB-4642 Mechanical tube plugs fabricated to ASME Section Ill 1989 Edition No Addenda with Code Case N-474-1 CERTIFICATE OF COMPLIANCE I certify that the statements made in the report are correct and this conforms to the requirements of the ASME Code, Section Xl.
Type Code Symbol Stamp Not Applicable Certificate of ~thorizationNo. Not Applicable Signed A <~ 7~ ~& C~7f~Q. Date ________,20 07
(~or Owners Designee, Title CERTIFICATE OF INSERVICE INSPECTION I, the undersigned, holding a valid commission issued by the National Board of Boiler and Pressure Vessel Inspectors and the State or Province of Illinois and employed by HSB CT of Hartford, CT have inspected the components described in this Owners Report during the period
______________ to ______________ and state that to the best of my knowledge and belief, tfe dwner has performed examinations and taken corrective measures described in this Owners Report in accordance with the requirements of the ASME Code, Section Xl.
By signing this certificate neither the Inspector nor his employer makes any warranty, expressed or implied, concerning the examinations and corrective measures described in this Owners Report.
Furthermore, neither the Inspector nor his employer shall be liable in any manner for any personal injury or property dama e or a loss of any kind arising from or connected with this inspection.
_________________________ Commissions /1~j,qg*/
Inspectors Signature National Board, State Province, and Endorsements Date: ~ ~ ,20 07 (Final)
DOCUMENT NO.: 4.2 REV. NO.: 0 FORM NIS-2 OWNERS REPORT FOR REPAIR/REPLACEMENT ACTIVITY As Required by the Provisions of the ASME Code Section XI Owner Exelon Nuclear Date 04/15/07 Name 4300 Winfield Road, Warrenville, IL Sheet 1 of 2 Address Plant Byron Nuclear Power Station Unit 02 Name 4450 N. German Church Road, Byron, IL Work Order No. 00866724-02 Address Repair Organization, P.O. No., Job No., etc.
Work Performed by Westinghouse Electric Co Type Code Symbol Stamp Not Applicable Name Authorization No. Not Applicable Box 158 Madison, PA 15663 Expiration Date Not Applicable Address Identification of System REACTOR COOLANT (RC)
Applicable Construction Code ASME Section III 1971 Edition,
- Addenda, ** Code Case Applicable Edition of Section XI Used for Repair/Replacement Activity 2001 Edition / 2003 Addenda Section Xl Code Case(s) NONE Identification of Components ASME National Corrected, Code of Name of Manufacturer Board Other Year Removed, or Stamped Manufacturer Serial No. No. Identification Built Installed (Yes or No) 2RCO1 BC Tube Westinghouse HT#: NX4418HK N/A S/N 2097 2007 Installed NO Lot 11 Row 33-Col. 64 HT#: NX4418HK 2RCO1BC Tube Westinghouse Lot 11 N/A S/N 2097 2007 Installed NO Row 32-CoI. 65 Tube HT#: NX4418HK 2RCO1BC Westinghouse N/A S/N 2097 2007 Installed NO Lot 11 Row_33-Col._65 Tube HT#: NX4418HK 2RCO1BC Westinghouse Lot 11 N/A S/N 2097 2007 Installed NO Row 34-Col._65 Tube Westinghouse HT#: NX4418HK 2RCO1BC Lot 11 N/A S/N 2097 2007 Installed NO Row_35-Col._65 2RCO1 BC Tube Westinghouse HT#: NX4418HK N/A S/N 2097 2007 Installed NO Row 32-Col. 66 2RCO1BC Tube Westinghouse HT#: NX4418HK N/A S/N 2097 2007 Installed NO Row_35-C0I._66
- 7. Description of Work INSTALL MECHANICAL TUBE PLUGS IN THE 2C STEAM GENERATOR
- 8. Test Conducted: Hydrostatic 0 Pneumatic 0 Nominal Operating Pressure 0 Exempt ~
Other 0 Pressure N/A psi Test Temp. N/A Note: Supplemental sheets in form of lists, sketches, or drawings may be used, provided (1) size is 81/2 in. x 11 in., (2) information in items 1 through 6 on this report is included on each sheet, and (3) each sheet is numbered and the number of sheets is recorded at the top of this form.
FORM NIS-2 (Back)
- 9. Remarks 00866724-02 Applicable Manufacturers Data Reports to be attached
- S72/W74 for NB-2331(D), NB2332(A)(2), NB-4334, 4334.1& 4334.2, NB-4335.1, NB-4335.2, & NB-4335.3
- 1355, 1493-1, 1484, 1528, NB-4642
- Mechanical tube plugs fabricated to ASME Section III 1989 Edition No Addenda with Code Case N-474-1 CERTIFICATE OF COMPLIANCE I certify that the statements made in the report are correct and this conforms to the requirements of the ASME Code,Section XI.
Type Code Symbol Stamp Not Applicable Certificate of Auth ~zationNo. Not Applicable Signed C,~r~L Date __________ , 20 07 Owner o Owners Designee, Title CERTIFICATE OF INSERVICE INSPECTION I, the undersigned, holding a valid commission issued by the National Board of Boiler and Pressure Vessel Inspectors and the State or Province of IllinoIs and employed by HSB CT of Hartford, CT have inspected the components described in this Owners Report during the period
______________ to .i-4.~7 , and state that to the best of my knowledge and belief, flie owner has performed examInations and taken corrective measures described in this Owners Report in accordance with the requirements of the ASME Code,Section XI.
By signing this certificate neither the Inspector nor his employer makes any warranty, expressed or implied, concerning the examinations and corrective measures described in this Owners Report.
Furthermore, neither the Inspector nor his employer shall be liable in any manner for any personal injury or property damage or a loss of any kind arising from or connected with this inspection.
_____________________________ Commissions _____________________________
Inspectors Signature National Board, State Province, and Endorsements Date: __________________ , 20 07
FORM NIS-2 SUPPLEMENTAL SHEET
- 1. Owner Exelon Nuclear Date 04/15/07 Name 4300 WinfleId Road, Warrenvllie, IL Sheet 2 of 2 Address
- 2. Plant Byron Nuclear Power Station Unit 02 Name 4450 N. German Church Road, Byron, IL Work Order No. 00866724-02 Address Repair Organization, P.O. No., Job No., etc.
- 3. Work Performed by Westinghouse Electric Co. Type Code Symbol Stamp Not Applicable Name Authorization No. Not Applicable P0 Box 158, Madison, PA 15663 Expiration Date - Not Applicab!e ~
Address
- 4. Identification of System REACTOR COOLANT (RC)
- 5. (a) Applicable Construction Code ASME Section III 1971 Edition,
- Addenda, ** Code Case (b) Applicable Edition of Section XI Used for Repair/Replacement Activity 2001 Edition / 2003 Addenda (c) Section Xl Code Case(s) NONE
- 6. Identification of Components ASME Corrected, Code National Removed, or Stamped Name of Name of Manufacturer Board Other Year Installed (Yes or No)
Component Manufacturer Serial No. No. Identification Built 2RCO1BC Mechanical Tube HT#: NX441 8HK Plug (2) Westinghouse Lot 11 N/A S/N 2097 2007 Installed NO Row 32-Col. 67 2RCO1BC Mechanical Tube Westinghouse HT#: NX4418HK N/A S/N 2097 2007 Installed NO Plug (2) Lot 11 Row 33-Col. 67 2RCO1BC Mechanical Tube HT#: NX4418HK Plug (2) Westinghouse Lot 11 N/A S/N 2097 2007 Installed NO Row 34-Col. 67 Mechanical Tube HT#: NX4418HK 2RCO1BC Westinghouse N/A S/N 2097 2007 Installed NO Plug (2) Lot 11 Row 35-CoI. 67 (Final)