three mile island, unit 1, transmittal of steam …special interest 510xp array data 258 413 (e.g....

Exeklon.Nuclear

May 15, 2012

TMI-12-071

U.S. Nuclear Regulatory CommissionATTN: Document Control DeskWashington, DC 20555

Three Mile Island, Unit 1 (TMI Unit 1)Facility Operating License No. DPR-50NRC Docket No. 50-289

Subject: TMI-1 Steam Generator Tube Inspection Report

Reference: Letter from P. Cowan, Exelon Generation Company, LLC, to the U.S.Nuclear Regulatory Commission, 'Three Mile Island Unit 1 -Response toJune 25, 2009, Public Meeting Between the U.S. Nuclear RegulatoryCommission and the Pressurized Water Reactor Owners Group(PWROG) Related to PWROG Topical Report BAW-2374, Revision 2,"dated September 4, 2009

Exelon Generation Company, LLC (Exelon) completed an examination of the tubing inthe Three Mile Island Unit 1 (TMI-1) steam generators during Refueling Outage T1 R1 9.TMI-1 Technical Specification 6.9.6 requires a report of the inspection results besubmitted within 180 days after reactor coolant temperature exceeds 2000F. Attachment1, documents the results of the examinations.

In Reference 1, Exelon made the following commitment relative to tube integrityfollowing a large break loss of coolant accident (LBLOCA).

"Provide the NRC with the structural limit(s) associated with the most limiting LBLOCAfor the replacement SGs as part of the next SG tube inspection report (required bytechnical specifications) following completion of the next inspection of the tubes in thereplacement SGs."

The response to this commitment is also included in Attachment 1.

No new regulatory commitments are established by this submittal. If any additionalinformation is needed, please contact Michael Fitzwater at 717-948-8228.

Respectfully,

R. W. LibraSite Vice President, Three Mile Island Unit 1Exelon Generation Co., LLC

Attachment 1 - TMI-1 Steam Generator Tube Inspection Report (T1 R1 9)

May 15, 2012

TMI-12-071

cc: USNRC, Regional Administrator, Region IUSNRC, Senior Resident Inspector, TMI Unit 1USNRC, Project Manager, TMI Unit 1

TMI-12-071, TMI-1 Steam Generator Tube Inspection Report (T1R19)Attachment 1Page 1 of 14

Overview

During the period of 10/25/2011 to 11/25/2011 TMI-1 was shutdown for RefuelingOutage TIR19. While the unit was shutdown, Exelon performed examinations of thetubing in the steam generators (SG). The examinations were performed in accordancewith Technical Specification 4.19 and 6.19.

Technical Specification 6.9.6 requires a report be submitted within 180 days after theaverage reactor coolant system temperature exceeds 200°F following completion of aninspection performed in accordance with Section 6.19, Steam Generator (SG) Program.The average reactor coolant temperature exceeded 200'F on 11/22/2011.

In Reference 1, Exelon Generation Company, LLC (Exelon) made the followingcommitment relative to tube integrity following a large break loss of coolant accident(LBLOCA).

"Provide the NRC with the structural limit(s) associated with the most limiting LBLOCAfor the replacement SGs as part of the next SG tube inspection report (required bytechnical specifications) following completion of the next inspection of the tubes in thereplacement SGs."

As required by the technical specifications and the commitment contained in Reference 1,the following information is being submitted

LBLOCA Structural Limits

The limiting loads for the LBLOCA event are the axial loads that result from the temperaturedifference between the tube and the shell as the tube rapidly cools in relation to the slow coolingshell. The maximum tube load is limited by the yield strength of the material. For TMI, thelimiting load is 3104 lbs based on the average material properties of the TMI tubing.

The allowable circumferential extents for a 100% through-wall flaw at the yield axial load of3104 lbs are:

Best estimate structural limit = 0.63 inches which equals 123 degrees

End of Cycle, High Probability limit = 0.55 inches which equals 107 degrees

The equivalent allowable circumferential extents for a 60% through-wall flaw are:

Best estimate structural limit = (0.63/0.6) = 1.05 inches which equals 204 degreesEnd of Cycle, High Probability limit = (0.55/0.6) = 0.91 inches which equals 178 degrees

The results show the EOTSG tubes can experience degradation with significant amounts ofcircumferential extent and depth and will not be in jeopardy of pulling apart (rupturing) during aLBLOCA event.

TMI- 12-071, TMI- 1 Steam Generator Tube Inspection Report (T 1R 19)Attachment 1Page 2 of 14

Tube Support Plate Wear LimitsThe limits provided above are basic limits for circumferential degradation without any relation toa specific degradation source. At the time of the analysis, the only active degradation in theEOTSG with Alloy 690 tubing was wear at the tube supports. A conservative estimate ofcircumferential extent based on a flat wear scar that just does intersect the ID of the tube yields anextent of 0.30". A review of the data shows that degradation of this extent would not challengethe structural limits for the tube. Specifically:

The allowable axial strength due to a 100% through-wall wear scar at a single TSP land (0.30")is:

Best estimate structural limit allowable load = 4130 lbsEnd of Cycle, High Probability limit allowable load = 3900 lbs

These allowable loads are much greater than the limiting yield load of 3104 lbs.

The allowable axial strength due to a 100% through-wall wear scar at two TSP lands (0.60") is:

Best estimate structural limit allowable load = 3184 lbsEnd of Cycle, High Probability limit allowable load = 2965 lbs

The best estimate limit allowable load is greater than the 3104 lb limiting yield load. Althoughthe End of Cycle, High Probability (EOC) allowable load is slightly lower than the limiting yieldload of 3104 lbs, due to the conservatism in defining the circumferential extent of the wear scar, itis concluded that the EOC limit is also acceptable for a 100% TW wear at two TSP lands.

During outage T1R19, the structural limits defined above were determined to be applicable toboth the tube-to-tube support plate (T-TSP wear) and tube-to-tube wear (T-T wear) identifiedduring the T1R19 examinations. Both the condition monitoring and operational assessmentevaluations for both damage mechanisms considered the LBLOCA structural limits andconditions. These evaluations are discussed in section T.S.6.9.6.g of this report.

Information Required by Technical Specification (T.S.) 6.9.6

The following information is required to be submitted per T.S. 6.9.6. The applicable T.S.paragraph is shown in parenthesis followed by the T.S. reporting requirement.

(T.S. 6.9.6.a) The scope of examinations performed on each SG,

The T1R19 examinations were the first examinations following replacement of the steamgenerators during outage T1R18. In accordance with the requirements of TS 6.19.d.1, theexaminations included 100% of the tubes in each steam generator. All of the tubes ineach steam generator were examined over their full length using the bobbin coil probe.

A combination bobbin coil / array coil probe was used to examine the periphery tubes (2tubes deep). The data from the array probe was evaluated for the detection of foreignobjects in the span between the lower tube sheet and the first tube support plate. Tubeswith anomalies (e.g. dings >1.5 volt, manufacturing buffing marks (MBM) >0.5 volt)


recorded during the pre-service (PSI) examinations were also examined using the arrayprobe.

In addition, array probes and/or rotating probes were used to examine tubes withindications identified during the T1R19 bobbin coil examinations. This population oftubes, referred to as special interest (SI) tubes, included all tubes with indicationsrecorded as I-Codes (i.e. ADI, DSI and NQI), all tubes with tube-to-tube wear and asample of tubes with tube-to-tube support plate wear.

The total scope of the examinations is as follows:

T1R19, Scope of ExaminationsExamination Group Probe Extent SG A SG B

Bobbin Coil AnalysisSingle Pass Full Length 51OUL Full Length 15,597 15,597Examinations or (LTEUTE)

510XBArray Coil Analysis

Periphery Tubes and 510XP Array data 920 958Tubes with PSI evaluatedIndications, Top of LTS01SLower Tubesheet to 1 st

TSPPSI Indications 510XP Array data 18 56

evaluated forspecificlocations

Special Interest 510XP Array data 258 413(e.g. Sizing T-T Wear, evaluated for

specificlocations

MRPC AnalysisSpecial Interest 520PP (08S09S) 64 0(Sizing T-T Wear)

Notes.* 520UL = Bobbin Coil Probe, 5 1OXB = X-Probe Bobbin Coil Analysis, 5 1OXP = X-Probe Array

Coil Analysis, 520PP = MRPC +Point* Tube supports are identified as 01S (lower) to 15S (upper).* Full length examinations are from the lower tube end (LTE) to the upper tube end (UTE).* Array data for periphery tubes was evaluated in the span from the lower tube sheet (LTS) to the ISt

TSP (0IS) for detection of foreign material or loose parts.


(T.S. 6.9.6.b) Active degradation mechanisms found,

The eddy current examinations identified two active degradation mechanisms. The firstmechanism is tube-to-tube support plate wear (T-TSP wear). The second mechanism istube-to-tube wear (T-T Wear). Both degradation mechanisms are present in both steamgenerators.

(T.S. 6.9.6.c) Nondestructive examination techniques utilized for each degradationmechanism,

The T-TSP wear was initially screened by the bobbin coil probe. Sizing was alsoaccomplished using the bobbin coil probe and EPRI technique ETSS 96004.1, Rev. 13.Rotating and/or array probes were used to perform line by line sizing on a sample ofindications to characterize the length and width of the degradation and to verify nocracking was present.

The T-T Wear was initially screened using the bobbin coil probe. The screenedindications were then sized using the rotating probe and EPRI technique 27905.3, Rev. 0or the array probe and the TMI Site Qualification technique Rev. 0.

The TMI Site Qualification technique was developed in conjunction with EPRI to allowdepth sizing using the array probe. The technique was developed using the samestandards used to develop EPRI technique 27905.3 for the detection and sizing of wearusing the MRPC probe. The calibration methodology for the array probe is the same asdefined in EPRI technique 11956.3, Rev. 0, which was developed for the detection andsizing of mechanically induced wear at stainless steel support plates using the arrayprobe. The technique was developed and qualified in accordance with requirements ofthe EPRI Pressurized Water Reactor Steam Generator Examination Guidelines, Revision7.

(T.S. 6.9.6.d) Location, orientation (if linear), and measured sizes (if available) ofservice induced indications,

The following information is provided to aid in understanding the location of indicationswithin the SGs. The TMI-1 SGs have 15 tube support plates (TSPs), numbered 01Sthrough 15S with 01S being the bottom TSP. The TSPs are 1.18" thick SA 240 type410M stainless steel. The distance between the support structures ranges from 35" to46.38". The tube bundle is essentially circular with a maximum diameter ofapproximately 114" (maximum radius= 57"). Exhibits 1 and 2 are listings of all serviceinduced indications.

T-TSP Wear

The T-TSP wear is located primarily at the 7th through 15th TSP with the highest numberof indications occurring at the 8th TSP. At the 8th TSP, the radial location of the T-TSP

TMI- 12-071, TMI-1 Steam Generator Tube Inspection Report (T 1R 19)Attachment 1Page 5 of 14

wear is approximately the same as the T-T wear indications. The radial location of the T-TSP wear indications is more towards the periphery at the higher tube support platelocations.

In SG A, a total of 952 T-TSP wear indications ranging from 5% - 27% through wallwere recorded in 847 tubes. In SG B, a total of 1342 T-TSP wear indications rangingfrom 5% - 52% through wall were recorded in 1035 tubes. The indications arevolumetric in nature and tend to be axially oriented. Length sizing on a sample ofindications showed the structural length for most of the indications is < 0.5" with thelongest observed structural length being 0.66".

Figures 1 and 2 show the radial distribution of T-TSP wear indications. Figure 3 showsthe axial distribution of the T-TSP wear indications.


Figure 1

SG "A"Tube-to-Tube Support Plate Wear

XA1TMI Unit 1 Repi

1R19- 10/11

Tube SupportWear

S/G APRIMARY FACEINLETTOTAL TUBES. 15897:TUBES SELECTED: 847OUT OF SERVICE (#) NA

GROUP TUBESTube Support Wear 847

z x

SCALE. 008887 XThu N 10774411

Y

TMI- 12-071, TMI- 1 Steam Generator Tube Inspection Report (T1R 19)Attachment 1Page 7 of 14

Figure 2

SG "B"Tube-to-Tube Support Plate Wear

wTMI Unit 1 Repi

1R19- 10/11

Tube SupportWear

SIr BPRIMARY FACEINLETTOTAL TUBES: 15597TUBES SELECTED. 1035OUT OF SERVICE (•: 0

GROUP TUBESTube Support Wear 1035

z x

SCALE 006W87XThu NoM100&40:04 21

Y

TMl-12-07x, TMI-1 Steam Generator Tube Inspection Repor (T1 9 )AkttachmenIt 1

Page8 of 14 igure 3

SG "A"

e4Te SupPOri piate Wear

25C1

2000

l0szo 10oT-.

10030

-T.W.

TSP Number

S Plate WearTube-to-TUbe Sul)'

250

020-29%

1510-2-9%

>= 0 %T.W.503OIS 02S 03S 04S 05S 06S 07S 08S 09S JOS JIS 12S 13S 14S 15S

TSP Number


T-T Wear

The T-T wear indications are located primarily in the span between the 8th and 9th tubesupport plates (counted from the bottom). There is one tube that has tube-to-tube wearbetween both the 7th and 8th and the 8th and 9th tube support plate. (Including the abovetube, there are 5 tubes with wear between the 7th and 8th tube support plate and 2 tubeswith wear between the 4th and 5th tube support plate.) All other tube-to-tube wearindications are between the 8th and 9th tube support plate.

Most of the tubes with T-T wear indications are located between 30" - 45" from thecenter of the bundle. Generally speaking, there is a ring of tubes with indications.

In SG A, a total of 89 T-T wear indications ranging from 1% - 21% through wall wererecorded in 74 tubes. In SG B, a total of 206 T-T wear indications ranging from 3% -19% through wall were recorded in 183 tubes.

The wear indications are essentially centered between the tube support plates and in mostcases are in pairs with similar through wall depths. In some cases there is a cluster ofthree or more affected tubes. The wear indications are axially oriented with lengthsranging from approximately 2" to 8".

Figures 4 and 5 show the radial distribution of the T-T wear indications. Figure 6 showsthe percent through wall depth distribution of the T-T wear indications.

TMI- 12-071, TMI- 1 Steam Generator Tube Inspection Report (T 1R19)Attachment 1Page 10 of 14

Figure 4

SG "A"Tube-to-Tube Wear

\AITMI Unit 1 Repi

1R19 - 10/11

Tube-to-TubeContact

SIGBPRIMARY FACEINLETTOTAL TUBES 15697TUBES SELECTED: 183::OUT OF SERVICE A1) NA

GROUP TUBESTubeto-Tube Contact 183

z x

SCALE: 0.088887XThu Nov 10 08:43:19 2011

Y


Figure 5

SG "B"Tube-to-Tube Wear

WTMI Unit 1 Repl

1R19 - 10/11

Tube-to-TubeContact

SfGAPRIMARY FACEINLETTOTAL TUBES 15597TUBES SELECTED: 74OUT OF SERVICE (#) 0

GROUP TUBESTube--Tube Cot.. 74

z x

SCALE: 0088887XThu No 10 08:28:21 2011

Y


Figure 6

SG "A"Tube-to-Tube Wear Indications

30

25

C2 0

z0

ZOz ia .

2

10

Iii'''m

I

i

5] I I II I.M.I I I

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22

DEPTH (%TW)

SG "B"Tube-to-Tube Wear Indications

45 ---

40

35

CD30

z0

25-

•20

z15

10

5

01 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22

DEPTH (%TW)


(T.S. 6.9.6.e) Number of tubes plugged during the inspection outage for each activedegradation mechanism,

Thirty-seven tubes were plugged during T1R19. Thirty tubes, all in SG B were pluggedfor T-TSP wear. Seven tubes, (4 in SG A and 3 in SG B) were plugged for T-T Wear.

(T.S. 6.9.6.0 Total number and percentage of tubes plugged to date,

There were no tubes plugged prior to T1R19. The total number and percentage ofplugged tubes is as follows.

SG A, Total Tubes = 15,597Year Outage Number of Cumulative Cumulative

Tubes Plugged Plugged Tubes Percent2009 Fabrication 0 0 02009 Baseline 0 0 02011 1st ISI 4 4 0.03%

SG B, Total Tubes = 15,597Year Outage Number of Cumulative Cumulative

Tubes Plugged Plugged Tubes Percent2009 Fabrication 0 0 02009 Baseline 0 0 02011 1st ISI 33 33 0.2%

(T.S. 6.9.6.g) The results of condition monitoring, including the results of tubes pullsand in-situ testing,

The condition monitoring evaluations demonstrated all identified indications wereacceptable at the end of Cycle 18 (T1R19 examinations). There were no tube pulls andin-situ pressure testing was not required. The condition monitoring was evaluatedseparately for both T-TSP wear and T-T wear. For both degradation mechanisms, thelimiting structural performance criterion for TMI- 1 is three times the normal operatingdifferential pressure (NOPD). The evaluations also considered large break loss ofcoolant accident (LBLOCA) conditions.

T-TSP Wear

The condition monitoring limit for T-TSP wear, assuming a length of 1.18" axial lengthis about 58% through wall, The deepest T-TSP wear indication was 52% through wallwith a structural length of 0.48".

TMI-12-071, TMI-1 Steam Generator Tube Inspection Report (TIR 19)Attachment 1Page 14 of 14

The T-TSP indications were also evaluated for LBLOCA conditions. Structural integrityfor LBLOCA conditions is satisfied with 100% through wall flaws at two land areas.Since none of the wear indications approach 100% through wall, LBLOCA conditionsare satisfied.

T-T Wear

The condition monitoring limit for T-T wear was established for both the rotating andarray probes. The bounding condition monitoring limit for both techniques is greaterthan 50% through wall, assuming a flaw length of 39". Since the deepest measured T-Twear was 21% through wall with a structural length of less than 10", all conditionmonitoring conditions were satisfied.

The T-T wear indications were also evaluated for LBLOCA conditions. The LBLOCAconditions are satisfied with a 100% through wall flaw with a 107 degree circumferentialextent which results in a percent degraded area (PDA) of 29.7%. The T-T wear flawsgenerally had NDE measured circumferential extents of 50-70 degrees. Conservativelyassuming two flaws, at the same axial location, with 90 degree circumferential extentgives a total circumferential extent of 180 degrees. The resultant allowable PDA for a180 degree flaw is 59.4% through wall. Since the deepest flaw is 21% through wall allLBLOCA conditions are satisfied.

(T.S. 6.9.6.h) The effective plugging percentage for all plugging in each SG,

There are no sleeves or repairs other than plugs installed in the steam generators. Theeffective plugging percentage is the same as the actual plugged tube percentage.Following T1R19, the effective plugging percentage for SG A is 0.03% and for SG B0.2%.

Summary

This report meets the reporting requirements for Technical Specification 6.9.6. Theinformation provided relative to the TMI LBLOCA Structural Limits satisfiesCommitment 2 from Reference 1.

References

Reference 1 Letter from P. Cowan, Exelon Generation Company, LLC, to the U.S.Nuclear Regulatory Commission, "Three Mile Island Unit 1 -Response toJune 25, 2009, Public Meeting Between the U.S. Nuclear RegulatoryCommission and the Pressurized Water Reactor Owners Group (PWROG)Related to PWROG Topical Report BAW-2374, Revision 2," datedSeptember 4, 2009

TMI-12--071, TMI-J Steam Generator Tube Inspection Report (TJR19)

Attachment 1, Exhibit 1

SG A, All Service Induced Indications, Outage TJR19Location % Ind. Ind. Axial Circ.

TSP Offset T. W. Start End Length Degrees Volts PhaseSG Row Tube Type Chn. Probe Cal

A 1 5 T-TSP Wear 1lS

A 1 9 T-TSP Wear 11S























0.4 7

0.4 7

0.4 12

0.4 9

0.2 11

-0.8 11

0.5 17

0.5 10

-0.7 11

0.4 19

-0.7 11

0.4 11

0.5 15

0.5 18

-0.9 8

0.4 14

0.4 10

0.5 11

0.4 9

0.5 10

0.4 14

0.4 12

0.4 10

0.4 12

0.09 136 P1

0.09 149 P1

0.2 151 P1

0.13 145 P1

0.18 150 P1

0.18 143 P1

0.24 154 P1

0.15 145 P1

0.15 143 P1

0.28 149 P1

0.18 147 P1

0.18 140 P1

0.23 145 P1

0.31 146 P1

0.12 141 P1

0.23 141 P1

0.13 145 P1

0.17 144 P1

0.13 147 P1

0.13 143 P1

0.21 142 P1

0.16 154 P1

0.14 151 P1

0.18 137 P1

510XB

510XB

51OUL

510XB

51OUL

51OUL

51OUL

510XB

510XB

51OUL

510XB

51OUL

51OUL

510XB

51OUL

51OUL

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

022

022

551

022

551

551

553

028

022

553

028

551

513

028

611

551

026

613

611

511

513

603

613

613

Tuesday, April 24, 2012 Page 1 of 43

TMI-12-071, TMI-1 Steam Generator Tube Inspection Report (TIR19)


SG A, All Service Induced Indications, Outage T1R19Location % Ind. Ind. Axial Circ.










-0.9 9

13 59 T-TSP Wear 13S

14 8 T-TSP Wear 09S





15 8 T-TSP Wear 09S

15 9 T-TSP Wear 15S






17 8 T-TSP Wear 13S

17 8 T-TSP Wear 09S

18 7 T-TSP Wear 09S

0.4

-0.7

0.2

-0.8

-0.7

-0.7

0.4

0.3

0.4

-0.7

-0.8

0.5

-0.7

0.4

0.2

0.2

0.2

0.4

0.3

0.4

0.3

0.5

0.4

11

10

10

9

12

10

8

9

10

9

8

11

11

10

8

9

11

10

10

10

9

12

12

0.12 131 P1

0.17 148 P1

0.15 143 P1

0.14 139 P1

0.13 149 P1

0.17

0.14

0.11

0.12

0.14

0.13

0.11

0.16

0.17

0.14

0.1

0.12

0.15

0.13

0.14

0.13

0.13

0.17

0.17

149

142

151

142

145

149

138

142

140

150

119

148

145

138

140

136

123

143

153

P1 51OUL

P1 51OUL

P1 51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

611

611

611

613

613

611

613

603

511

611

613

613

511

028

611

613

613

613

511

513

511

613

613

613

Tuesday, April 24, 2012 Page 2of 43

, .1

TMI-12-071, TMI-1 Steam Generator Tube Inspection Report (TJR19)


SG A, All Service Induced Indications, Outage TJR19Location % Ind. IncL Axial Circ.
















A 23. 46 T-T Wear 08S






A 24 45 T-T Wear 08S




0.4 10

0.4

-0.8

0.3

0.4

-0.8

0.2

0.4

0.2

0.4

0.4

0.3

0.4

0.4

17.9

-0.7

0.4

0.4

0.4

0.4

17.8

0.4

0.4

-0.7

0.15

0.12

0.1

0.09

0.18

0.09

0.11

0.09

0.1

0.13

0.12

0.15

0.14

0.13

0.47

0.23

0.14

0.15

0.22

0.19

0.45

0.11

0.11

0.09

146 P1 51OUL

135 P1

115 P1

144 P1

140 P1

124 P1

121 P1

131 P1

142 P1

151 P1

144 P1

134 P1

140 P1

131 P1

85 5

131 P1

147 P1

144 .i P1

130 P1

128 ! P1

82 5

138 P1

129 P1

120 P1

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

520PP

510XB

51OUL

51OUL

51OUL

51OUL

520PP

51OUL

51OUL

51OUL

613

611

513

613

613

511

513

511

613

613

611

513

611

611

815

028

611

613

573

573

815

573

573

573

14.8 21.0

14.7 21.0

6.2 53

6.3 47

Tuesday, April24, 2012 Page 3 of 43




SG A, All Service Induced Indications, Outage T1R19Location % Ind. Ind Axial Circ.



























Tuesday, April 24, 2012

0.4 8

0.3

-0.7

0.5

-0.7

0.4

0.3

18.9

18.8

0.3

-0.7

0.4

0.3

0.3

0.5

0.3

18.6

0.5

0.4

-0.8

-0.7

-0.7

0.4

-0.8

0.2

14.7 23.0

14.7 23.0

17.1 20.0

8.3 57

8.3 52

2.9 53

0.1 119 P1

0.12 139 P1

0.21 140 P1

0.14 139 P1

0.09 120 P1

0.14 138 P1

0.13 149 P1

0.83 89 5

0.85 87 5

0.09 125 P1

0.12 106 P1

0.11 136 P1

0.12 121 P1

0.21 146 P1

0.12 140 P1

0.22 142 P1

0.21 63 69

0.14 140 P1

0.13 142 P1

0.2 119 P1

0.13 97 P1

0.21 115 P1

0.12 133 P1

0.12 128 P1

0.1 134 P1

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

520PP

520PP

51OUL

51OUL

51OUL.

51OUL

51OUL

51OUL

51OUL

510XP

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

573

551

551

551

613

571

573

815

815

571

573

573

573

571

573

571

823

571

571

571

571

573

573

511

513

Page 4 of 43



SG A, All Service Induced Indications, Outage T1R19Location %d. Ind. Axial Circ.


A 27 96 T-TSP Wear - 11S

























-0.8

0.4

0.3

9

8

10

-0.7 7

-0.7

0.4

18.0

0.4

0.4

-0.7

11

9

5

10

10

14

0.13 120 P1 51OUL

0.12 136 P1 510XB

0.16 147 P1 510XB

0.1 87 P1 510UL

0.15 119 P1 51OUL

0.11 133 P1 51OUL

0.19 93 53 510XP

0.13 145 P1 51OUL

0.13 126 P1 51OUL

0.19 123 P1 51OUL

0.26 136 P1 51OUL

17.0 19.0 2.0 53

0.4 18

0.4 13

0.4 8

-0.6 14

0.4 17

0.4 8

-0.7 10

0.4 16

0.5 9

0.4 10

0.4 10

-0.7 6

0.4 12

-0.7 5

0.2 8

0.17

0.11

0.19

0.24

0.1

0.13

0.23

0.12

0.13

0.13

0.08

0.17

0.06

0.11

134

126

111

125

114

118

139

138

142

124

126

119

64

143

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

51OUL

51OUL

51OUL

51OUL

51OUL

S5OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

513

028

028

613

573

573

823

573

573

573

573

573

573

573

573

571

571

573

573

571

571

511

511

511

613

Tuesday, April24, 2612 Page S of 43




SG A, All Service Induced Indications, Outage T1R19Location %d. Ind. Axial Circ.

TSP Offset T. W. Start End Length Degrees Volts PhaseSG Row Tube Type Chn. Probe CalA

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A




30 7 T-TSP Wear 10S





















0.4

-0.7

0.3

0.3

0.4

-0.7

0.4

0.5

0.4

0.4

0.5

8

16

12

9

10

7

10

9

9

11

7

0.1

0.22

0.17

0.12

0.13

0.09

0.14

0.11

0.11

0.14

0.09

0.09

133

115

123

142

142

87

152

140

139

135

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

107 P1 51OUL

133 P1 51OUL0.4 7

0.4 7

0.4 10

573

573

571

613

573

573

573

573

573

573

573

571

515

573

571

571

573

573

571

573

571

573

571

571

0.09 141 P1 51OUL

0.3

-0.7

0.4

0.4

0.4

0.5

0.4

0.4

0.4

0.5

17

10

7

15

13

8

18

10

7

8

0.13

0.26

0.13

0.09

0.22

0.19

0.11

0.27

0.12

0.1

0.1

123 P1 51OUL

135

136

116

134

138

123

139

149

141

135

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

Tuesday, April 24,2 Tuesday, April 24,2 012 Page 6of43

012 Page 6 of 43





























0.3 9

0.4

-0.7

0.4

0.4

0.4

0.3

0.5

0.4

0.4

-0.7

0.4

-0.8

-0.7

-0.8

0.4

0.4

0.5

0.4

0.4

0.4

0.4

0.4

-0.8

0.12 138 P1

0.1 139 P1

0.1 118 P1

0.1 141 P1

0.16 128 P1

0.11 130 P1

0.1 132 P1

0.22 136 P1

0.11 121 P1

0.11 140 P1

0.1 87 P1

0.12 159 P1

0.09 98 P1

0.11 114 P1

0.15 114 P1

0.11 129 P1

0.12 120 P1

0.1 135 P1

0.12 113 P1

0.13 142 P1

0.09 124 P1

0.13 134 P1

0.09 118 P1

0.11 151 P1

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

S1OUL

51OUL

51OUL

51OUL

571

515

517

515

517

649

605

571

573

515

517

515

621

605

603

571

573

571

573

573

515

515

515

507





TSP Offset T. W. Start End Length Degrees Volts PhaseSG Row Tube Type

A 33 107 T-TSP Wear

A 34 23 T-TSP Wear

A 34 34 T-TSP Wear

A 34 35 T-TSP Wear

A 34 57 T-TSP Wear

A 34 60 T-TSP Wear

A 34 65 T-TSP Wear

A 34 72 T-TSP Wear

A 34 74 T-TSP Wear

A 34 79 T-TSP Wear

A 34 83 T-TSP Wear

A 35 37 T-TSP Wear

A 35 68 T-TSP Wear

A 35 69 T-TSP Wear

A 35 73 T-TSP Wear

A 35 75 T-TSP Wear

A 35 77 T-TSP Wear

A 35 79 T-TSP Wear

A 35 81 T-TSP Wear

A 35 82 T-TSP Wear

A 36 46 T-TSP Wear

A 36 65 T-TSP Wear

A 36 65 T-TSP Wear

A 36 67 T-TSP Wear

Chn. Probe Cal

09S

08S5

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

0.4

-0.7

0.4

-0.8

0.5

0.4

0.4

0.4

0.4

0.4

0.4

-0.7

0.4

0.5

0.5

0.5

0.4

0.4

0.4

0.4

0.4

-0.7

0.4

0.5

0.22

0.12

0.12

0.11

0.08

0.17

0.11

0.12

0.12

0.14

0.13

0.11

0.11

0.15

0.09

0.12

0.13

0.19

0.11

0.16

0.13

0.2

0.12

0.12

146

100

147

100

121

133

55

134

131

139

143

121

131

143

122

123

139

130

127

131

143

127

139

140

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510UL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

026

619

621

619

571

573

571

573

515

507

507

573

573

571

571

517

517

507

507

507

571

573

573

573































0.5

0.5

0.5

0.5

0.4

0.4

0.4

18.3

0.4

0.4

-0.8

0.3

0.3

0.4

0.5

0.5

0.4

0.4

-0.7

0.5

0.4

18.3

0.5

0.4

10

10

7

6

11

0.13 134

0.13 138

0.1 131

0.08 115

0.15 143

P1 51OUL

P1 51OUL

P1 51OUL

P1 51OUL

P1 51OUL

15.6 21.0

15.7 21.0

5.4 42

5.4 42

0.15

0.08

0.21

0.12

0.18

0.1

0.11

0.15

0.09

0.14

0.11

0.11

0.1

0.07

0.08

0.08

0.19

0.14

0.16

132

122

85

136

138

130

145

155

108

142

121

121

130

86

105

87

85

130

140

51OUL

51OUL

520PP

51OUL

51OUL

51OUL

510XB

51OUL

51OUL

51OUL

510UL

51OUL

51OUL

51OUL

51OUL

51OUL

520PP

51OUL

51OUL

573

573

515

515

517

515

515

817

517

515

517

026

621

577

579

577

515

517

517

515

515

817

517

515

517-0.7 8 0.1 133 P1 51OUL







A

A

A

A

A

A

A








0.4

0.4

0.4

0.4

0.5

0.4

0.5

9

10

8

12

19

8

6

0.12

0.14

0.11

0.16

0.29

0.11

0.08

0.11

0.23

149

162

150

152

122

124

98

P1

P1

P1

P1

P1

P1

P1

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL




A 39 37 T-TSP Wear l0s














0.4 8

0.4 16

0.4 10

140 P1 51OUL

132 P1 51OUL

-0.8

0.5

-0.7

0.5

0.5

0.5

0.5

0.4

0.4

0.4

0.5

0.4

0.4

0.4

7

11

11

7

8

13

13

6

6

13

.16

8

10

12

0.15 145

0.1 126

0.14 137

0.14 89

0.09 118

0.11 122

0.17 140

0.16 134

0.08 99

0.08 71

0.18 130

0.23 137

0.11 102

0.13 111

0.17 131

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

619

621

619

577

517

515

515

517

517

619

619

577

577

577

579

577

577

515

515

517

517

515

517

515


Tuesday,.4pril 24, Page 10 of 43

TMI-12-071, TMI-1 Steam Generator Tube Inspection Report (TIR19)Attachment 1, Exhibit 1


SG Row Tube Type TSP Offset T. W. Start End Length Degrees Volts Phase Chn. Probe CalA 40 13 T-TSP Wear 09S 0.4 7 0.1 155 P1 510UL 619

A 40 30 T-TSP Wear 08S 0.4 7 0.1 136 P1 51OUL 621

A 40 53 T-TSP Wear 088 -0.7 11 0.14 132 P1 51OUL 577

A 40 55 T-TSP Wear 08S -0.7 10 0.12 136 P1 51OUL 577

A 40 75 T-TSP Wear 08S 0.4 7 0.09 122 P1 51OUL 577

A 40 76 T-TSP Wear 08S 0.5 6 0.08 134 P1 51OUL 515

A 40 78 T-TSP Wear 08S 0.4 6 0.09 65 P1 51OUL 515

A 40 81 T-TSP Wear 08S 0.5 12 0.16 123 P1 51OUL 517

A 40 82 T-TSP Wear 08S 0.4 6 0.07 105 P1 51OUL 515

A 40 84 T-TSP Wear 08S 0.4 9 0.12 117 P1 51OUL 515

A 40 85 T-TSP Wear 08S 0.5 8 0.11 130 P1 51OUL 517

A 40 86 T-TSP Wear 08S 0.4 14 0.2 133 P1 51OUL 515

A 40 87 T-TSP Wear 08S 0.5 12 0.16 134 P1 51OUL 517

A 40 89 T-TSP Wear 088 0.4 11 0.15 124 P1 51OUL 517

A 40 90 T-TSP Wear 085 0.4 9 0.13 126 P1 51OUL 515

A 40 112 T-TSP Wear 09S 0.4 9 0.12 149 P1 51OUL 515

A 41 12 T-TSP Wear 09S 0.4 10 0.14 155 P1 51OUL 619

A 41 14 T-TSP Wear 098 0.4 6 0.08 136 P1 51OUL 619

A 41 24 T-TSP Wear 08S 0.4 9 0.13 159 P1 51OUL 619

A 41 27 T-TSP Wear 08S 0.4 9 0.13 151 P1 51OUL 621

A 41 28 T-TSP Wear 085 0.4 8 0.11 150 P1 51OUL 619

A 41 41 T-TSP Wear 08S 0.4 7 0.09 123 P1 51OUL 579

A 41 48 T-TSP Wear 08S -0.7 11 0.13 90 P1 51OUL 577

A 41 60 T-TSP Wear 08S -0.7 11 0.15 137 P1 51OUL 577



TMI-12-071, TMI-1 Steam Generator Tube Inspection Report (T1R19)



SG Row Tube Type TSP Offset T. W. Start End Length Degrees Volts Phase Chn. Probe Cal

A 41 85 T-TSP Wear 08S 0.5 9 0.12 127 P1 510UL 517

A 41 95 T-TSP Wear 08S 0.3 10 0.13 140 P1 51OUL 517

A 41 114 T-TSP Wear 11S -0.7 8 0.1 134 P1 51OUL 517

A 41 116 T-TSP Wear loS -0.7 10 0.13 130 P1 510XB 026

A 42 27 T-TSP Wear 08S 0.4 8 0.11 148 P1 51OUL 619

A 42 47 T-TSP Wear 08S 0.4 11 0.16 143 P1 51OUL 581

A 42 50 T-TSP Wear 08S -0.7 7 0.09 128 P1 51OUL 583

A 42 51 T-TSP Wear 08S -0.7 8 0.12 131 P1 51OUL 583

A 42 52 T-TSP Wear 08S 0.5 9 0.12 137 P1 51OUL 581

A 42 57 T-TSP Wear 08S 0.4 10 0.15 145 P1 51OUL 583

A 42 76 T-TSP Wear 08S -0.7 6 0.09 125 P1 51OUL 515

A 42 76 T-TSP Wear 08S 0.5 6 0.09 128 P1 51OUL 515

A 42 77 T-TSP Wear 08S 0.4 16 0.23 129 P1 51OUL 517

A 42 78 T-TSP Wear 08S 0.4 7 0.09 111 P1 51OUL 515

A 42 79 T-TSP Wear 08S 0.5 10 0.12 134 P1 51OUL 517

A 42 80 T-TSP Wear 08S 0.5 6 0.08 110 P1 51OUL 515

A 42 81 T-TSP Wear 08S 0.4 12 0.16 106 P1 51OUL 517

A 42 82 T-TSP Wear 08S 0.4 9 .0.13 125 P1 51OUL 515

A 42 83 T-TSP Wear 08S 0.4 17 0.26 138 P1 51OUL 517

A 42 84 T-TSP Wear 08S 0.4 5 0.07 117 P1 51OUL 515

A 42 90 T-TSP Wear 08S 0.4 6 0.08 128 P1 51OUL 515

A 42 92 T-TSP Wear 08S 0.4 8 0.1 123 P1 51OUL 515

A 43 27 T-TSP Wear 08S -0.7 8 0.12 75 P1 51OUL 621

A 43 38 T-TSP Wear 08S -0.7 7 0.09 100 P1 51OUL 619

Tuesday, April 24, 2012 Page 12 of 43===== 2 - M - -



SG A, All Service Induced Indications, Outage T1R19Location % Ind. In d Axial Circ.










A 43 116 T-TSP Wear loS
















-0.7

0.5

-0.8

8

8

9

0.11

0.11

0.11

0.08

117 P1 51OUL

132 P1 51OUL

123 P1 51OUL

90 P1 51OUL0.5 6

0.4

0.4

0.4

0.4

ý0.7

0.4

0.4

-0.7

-0.7

-0.7

-0.7

0.5

-0.7

0.5

0.5

0.4

0.4

-0.7

0.4

10 0.14 114 P1 51OUL

0.11

0.09

0.09

0.13

0.12

0.09

0.12

0.16

0.11

0.09

0.09

0.11

0.09

0.18

0.12

0.18

0.11

0.18

140

120

131

129

153

148

131

132

106

121

113

128

98

131

138

137

139

142

51OUL

51OUL

51OUL

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

583

581

517

515

515

515

515

517

026

619

619

581

583

583

583

583

523

525

525

525

523

525

525

525

13 P1 51OUL

0.4 12 0.15 147 P1 51OUL

CIMMAM = Tueday Apil4 201 Pag 13MM of 43 &= 2 -- --Tuesday, April 24, 2012 Page 13 of 43

TM1-12-071, TMI-1 Steam Generator Tube Inspection Report (TIR19)



TSP Offset T. W. Start End Length Degrees Volts PhaseSG Row Tube Type Chn. Probe CalA

A

A

A

A

A

A
























47 26 T-T Wear 08S

-0.7

0.5

-0.7

0.5

-0.7

-0.7

-0.7

-0.7

10

8

7

9

9

9

10

0.13

0.1

0.09

0.13

0.13

0.1i

0.13

143

134

132

146

128

137

136

P1

P1

P1

P1

P1

P1

P1

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

026

581

583

583

583

525

525

7

0.4 9

0.4

-0.7

0.4

0.5

0.4

0.4

-0.7

-0.7

0.5

0.4

10

7

14

7

6

10

10

7

9

11

0.08 103 P1 51OUL 525

0.11 142 P1 51OUL 525

0.13 126 P1 51OUL 525

0.09 83 P1 51OUL 525

0.19 135 P1 51OUL 523

0.09 137 P1 51OUL 525

0.09 147 P1 51OUL 619

0.14 153 P1 51OUL 621

0.14 146 P1 51OUL 583

0.09 80 P1 51OUL 525

0.12 128 P1 51OUL 523

0.15 135 P1 51OUL 505

0.4 9 0.12 142 P1 51OUL

0.13 151 P1 51OUL

523

5230.4

0.4

0.3

19.0

10

11

7

11

0.16 153 P1 510XB 026

0.11

0.31

151

85

P1

5

51OUL

520PP

621

81516.1 22.0 5.9 52

MM 3- ý







A 47 26 T-T Wear 08S 19.1 5 17.1 21.0 3.9 47 0.14 80 5 520PP 815

A 47 56 T-TSP Wear 08S -0.7 12 0.18 144 P1 51OUL 583

A 47 72 T-T Wear 07S 21.7 7 19.4 24.0 4.6 53 0.36 109 93 510XP 823

A 47 86 T-TSP Wear 08S -0.7 7 0.09 101 P1 510UL 525

A 47 87 T-TSP Wear 08S 0.5 10 0.12 139 P1 51OUL 523

A 47 89 T-TSP Wear 08S 0.4 8 0.1 122 P1 51OUL 523

A 47 90 T-TSP Wear 08S 0.5 13 0.18 142 P1 51OUL 525

A 47 117 T-TSP Wear 10S -0.7 10 0.13 151 P1 510XB 026

A 47 118 T-TSP Wear 10S -0.7 10 0.14 138 P1 510XB 026

A 48 8 T-TSP Wear 14S 0.2 5 0.07 134 P1 51OUL 629

A 48 24 T-TSP Wear 08S -0.7 6 0.09 82 P1 51OUL 627

A 48 27 T-T Wear 08S 19.0 7 17.0 21.0 4.0 53 0.33 61 81 510XP 823

A 48 28 T-T Wear 08S 19.1 11 16.1 22.0 5.9 47 0.36 88 5 520PP 815

A 48 61 T-TSP Wear 08S -0.7 9 0.12 143 P1 51OUL 583

A 48 73 T-T Wear 07S 21.5 8 18.9 24.0 5.1 53 0.44 62 81 510XP 823

A 48 94 T-TSP Wear 08S 0.4 17 0.24 136 P1 51OUL 525

A 48 95 T-TSP Wear 08S 0.4 13 0.17 142 P1 51OUL 523

A 48 98 T-TSP Wear 08S 0.4 16 0.22 121 P1 51OUL 525

A 48 99 T-TSP Wear 09S 0.4 8 0.1 139 P1 51OUL 505

A 48 99 T-TSP Wear 08S -0.7 7 0.1 127 P1 51OUL 505

A 49 7 T-TSP Wear 10S 0.1 7 0.11 146 P1 51OUL 629

A 49 18 T-TSP Wear 09S 0.3 10 0.17 149 P1 51OUL 629

A 49 75 T-TSP Wear 03S 0.6 10 0.15 153 P1 51OUL 581

A 49 92 T-TSP Wear 08S 0.5 14 0.2 128 P1 51OUL 525



Attachment 1, Exhibit I



























0.4 13

0.4

0.4

0.4

0.4

0.0

-0.7

-0.7

17.6

0.6

0.5

0.4

18.5

-0.7

-0.8

-0.7

-0.7

-0.7

0.3

-0.7

17.7

18.3

18.1

-0.7

16.1 19.0

15.9 21.0

16.5 19.0

16.5 20.0

16.2 20.0

2.9 37

5.1 53

2.5 42

3.5 42

3.8 53

0.17 136 P1

0.1 119 P1

0.08 134 P1

0.09 126 P1

0.12 156 P1

0.1 141 P1

0.1 99 P1

0.1 93 P1

0.09 94 5

0.14 147 P1

0.12 133 P1

0.12 145 P1

0.27 77 33

0.11 144 P1

0.13 134 P1

0.12 138 P1

0.17 139 P1

0.11 133 P1

0.14 140 P1

0.13 95 P1

0.14 86 5

0.15 82 5

0.26 110 81

0.08 112 P1

51OUL

51OUL

51OUL

51OUL

510XB

51OUL

51OUL

51OUL

520PP

51OUL

51OUL

51OUL

510xP

51OUL

51OUL

51OUL

51OUL

510XB

51OUL

51OUL

520PP

520PP

510XP

51OUL

525

523

525

525

026

629

629

627

821

581

583

523

823

523

525

525

525

030

629

629

821

815

823

583


TMI-12-0 71, TMI-1 Steam Generator Tube Inspection Report (T1R19)




A 51 92 T-TSP Wear 08S 0.5 10 0.12 130 P1 51OUL 525

A 51 94 T-TSP Wear 08S 0.4 9 0.11 140 P1 51OUL 525

A 51 96 T-TSP Wear 08S 0.4 14 0.19 122 P1 51OUL 525

A 51 96 T-TSP Wear 08S -0.6 9 0.11 84 P1 51OUL 525

A 51 98 T-TSP Wear 08S 0.4 16 0.22 138 P1 51OUL 525

A 51 98 T-TSP Wear 08S -0.7 15 0.2 106 P1 51OUL 525

A 51 100 T-TSP Wear 08S -0.7 9 0.12 83 P1 51OUL 525

A 51 100 T-TSP Wear 08S 0.4 9 0.12 128 P1 51OUL 525

A 51 119 T-TSP Wear 10S -0.7 13 0.19 140 P1 510XB 030

A 52 22 T-TSP Wear 08S -0.7 7 0.11 86 P1 51OUL 629

A 52 39 TITSP Wear 08S -0.7 7 0.1 120 P1 51OUL 627

A 52 68 T-TSP Wear 08S -0.7 9 0.13 141 P1 51OUL 583

A 52 68 T-TSP Wear 08S 0.5 10 0.14 149 P1 51OUL 583

A 52 97 T-TSP Wear 08S -0.7 9 0.12 104 P1 51OUL 525

A 52 97 T-TSP Wear 08S 0.4 16 0.22 131 P1 51OUL 525

A 52 98 T-TSP Wear 08S -0.7 11 0.14 140 P1 51OUL 523

A 52 98 T-TSP Wear 08S 0.4 19 0.29 127 P1 51OUL 523

A 52 98 T-TSP Wear 07S 0.5 7 0.09 133 P1 51OUL 523

A 52 99 T-TSP Wear 08S -0.7 8 0.1 86 P1 51OUL 525

A 52 99 T-TSP Wear 08S 0.4 13 0.17 130 P1 51OUL 525

A 52 102 T-TSP Wear 08S 0.4 11 0.15 142 P1 51OUL 523

A 52 103 T-TSP Wear 08S -0.7 9 0.11 86 P1 51OUL 525

A 52 123 T-TSP Wear 10S -0.6 11 0.15 141 P1 510XB 030

A 52 123 T-TSP Wear 09S 0.4 10 0.14 136 P1 510XB 030

A 53 22 T-TSP Wear 08S -0.7 8 0.12 91 P1 51OUL 627


TMI-12-O071, TMI-1 Steam Generator Tube Inspection Report (T1R19)























A 54 104 T-T Wear 08S






0.4 6

-0.7

0.4

-0.7

0.5

0.4

-0.7

0.4

-0.7

0.4

-0.6

0.4

0.4

0.4

0.5

0.4

-0.7

0.4

-0.7

17.9

0.4

0.4

0.5

-0.7

0.4

0.08 119 P1

0.09 123 P1

0.22 126 P1

0.16 130 P1

0.09 131 P1

0.15 139 P1

0.09 98 P1

0.33 134 P1

0.1 132 P1

0.16 139 P1

0.18 140 P1

0.11 143 P1

0.13 150 P1

0.11 137 P1

0.13 115 P1

0.2 130 P1

0.13 99 P1

0.38 .133 P1

0.11 102 P1

0.21 88 5

0.34 131 P1

0.17 150 P1

0.18 145 P1

0.14 79 P1

0.16 137 P1

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OXB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

520PP

51OUL

51OUL

51OUL

51OUL

51OUL

523

523

523

523

523

523

525

525

523

523

030

639

529

527

529

527

529

529

529

817

525

525

523

639

527

14.9 21.0 6.1 48

Tuesday, April24, 2012 Page 18 of 43Tuesday, April 24, 2012 Page 18 of 43



SG A, All Service Induced Indications, Outage T1R19Location % Ind. Ind. Axial Cire.


A 55 102 T-TSP Wear 08S 0.4 13

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

Tuesday, A


55 104 T-T Wear 08S


55 105 T-T Wear 08S

55 105 T-T Wear 08S






55 120. T-TSP Wear 10S



56 23 T-T Wear 08S


56 101 T-TSPWear 08S


56 - 103 T-TSP Wear 08S








-0.7

18.0

0.4

17.5

17.7

-0.7

0.4

0.4

-0:7

0.4

-0.7

0.4

0.5

19.4

0.5

0.4

0.4

0.4

-0.7

0.5

-0.7

0.4

-0.8

0.4

-0.7

16.1 20.0

15.1 20.0

16.5 19.0

3.9 53

5.0 26

2.6 26

0.16 131 P1

0.17 114 P1

0.27 75 125

0.27 136 P1

0.22 83 .5

0.1 73 5

0.1 95 P1

0.2 154 P1

0.07 129 P1

0.18 134 P1

0.17 143 P1

0.09 119 P1

0.23 144 P1

0.13 137 P1

0.48 82 5

0.11 133 P1

0.2 132 P1

0.19 123 P1

0.38 134 P1

0.09 84 P1

0.14 144 -, P1

0.12 130 P1

0.11 143 P1

0.07 80 P1

0.38 131 P1

0.12 139 P1

51OUL

51OUL

510XP

51OUL

520PP

520PP

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

520PP

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

529

529

823

527

817

817

529

529

527

529

529

529

529

527

815

593

529

527

529

529

529

527

527

529

529

529

15.8 23.0 7.2 52

1pril 24, 2012 Page 19 of 43.




TSP Offset T. W. Start End Length Degrees Volts PhaseSG Row Tube Type Chn. Probe CalIA 56 125 T-TSP Wear 10S

A 57 24 T-TSP wear 08S


A 57 *29 T-T Wear 08S




-0.7

-0.7

19.5

18.7

-0.8

13

8

15

6

7

16.0 23.0

16.4 21.0

7.0 47

4.6 42

0.4 14

0.4 5

0.16

0.12

0.54

0.22

0.1

0.18

0.07

0.36

0.12

0.12

0.23

0.2

136

58

84

84

119

P1

P1

5

5

P1

51OUL

51OUL

520PP

520PP

51OUL

529

639

815

821

627

529

527

134 P1 51OUL

90 P1 51OUL





58 29 T-T Wear 08S












59 106 T-T Wear 08S

0.4

-0.7

0.4

0.4

18.7

0.5

0.4

24

10

9

16

6

13

25

132

95

135

140

91

P1

P1

P1

P1

5

51OUL

51OUL

51OUL

51OUL

520PP16.4 21.0 4.6 42

0.2 142 P1 51OUL

0.39 132 P1 51OUL

0.5 14 0.2 130 P1 51OUL

0.4

-0.7

-0.7

0.4

0.4

0.4

-0.7

0.4

18.3

15

8

7

16

12

9

11

17

0.19

0.1

0.09

0.23

0.15

0.11

0.13

0.22

0.13

133

90

113

136

139

124

100

123

89

P1

P1

P1

P1

P1

P1

P1

P1

5

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

520PP

529

529

527

527

815

639

529

527

529

529

527

527

529

527

529

529

8194 16.6 20.0 3.4 37

Tuesday, ApiM 4 02 e2 f4Tuesday, April 24,2012 Page 20of 43



SG A, All Service Induced Indications, Outage TJR19Location % Indc IndL Axial Circ.


A 59 107 T-T Wear 08S
















A 60 109 T-T Wear 08S








A 61 106 T-TSP Wear 08S.

18.4

0.4

-0.7

0.4

-0.7

0.4

-0.7

18.9

0.4

19.1

0.4

-0.7

0.5

0.4

-0.7

0.4

17.6

0.4

-0.7

18.7

18.8

20.5

20.5

0.4

0.4

3

18

9

13

10

15

11

7

11

16.8 20.0

16.8 21.0

2 18.2 20.0

9

10

10

11

10

24

4

13

7

6

7

3

4

10

8

3.2 42

4.2 42

1.8 37

4.7 48

4.6 42

4.3 48

5.0 58

4.9 68

0.09

0.24

0.1

0.18

0.12

0.19

0.13

0.24

0.15

0.06

0.11

0.12

0.12

0.14

0.12

0.36

0.14

78

144

93

141

62

137

143

76

156

5

P1

P1

P1

P1

P1

P1

5

P1

1

1

1

1

1

75

07

61

17

31

01

29

85

520PP

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

520PP

51OUL

15.3 20.0

16.4 21.0

16.7 21.0

18.0 23.0

18.1 23.0

5 520PP

P1 51OUL

P1 51OUL

P1 51OUL

P1 51OUL

P1 51OUL

P1 51OUL

5 520PP

P1 51OUL

P1 51OUL

5 520PP

5 520PP

5 520PP

5 520PP

P1 51OUL

P1 51OUL

817

529

529

527

529

529

529

815

643

821

529

529

529

527

529

529

817

529

641

815

821

821

815

641

529

0.17 136

0.11 139

0.21 81

0.25 81

0.12 68

0.12 65

0.16 141

0.1 128

Tuesday, April 24, 20Tuesday, April 24, 20 12 Page 21 of 43i2 Page 21 of 43





A 61 107 T-TSP Wear

A 61 108 T-TSP Wear

A 61 108 T-TSP Wear

A 61 110 T-TSP Wear

A 61 110 T-TSP Wear

A 61 110 T-T Wear

A 61 110 T-T Wear

A 61 111 T-TSP Wear

A 61 116 T-TSP Wear

A 61 125 T-TSP Wear

A 62 1 T-TSP Wear

A 62 25 T-T Wear

A 62 31 T-T Wear

A 62 32 T-T Wear

A 62 34 T-T Wear

A 62 35 T-T Wear

A 62 105 T-TSP Wear

A 62 106 T-TSP Wear

A 62 108 T-TSP Wear

A 62 123 T-TSP Wear

A 63 4 T-TSP Wear

A 63 25 T-T Wear

A 63 25 T-T Wear

A 63 31 T-TP Wear

A 63 109 T-TSP Wear

Chn. Probe Cal

08S

08S

08S

08S

08S

08S

08S

08S

1is

09S

09S

08S

08S

08S

08S

08S

08S

08S

08S

09S

los

08S

08S

08S

08S

0.4

0.4

-0.7

-0.7

0.4

18.4

17.7

18

16

8

10

12

2

4

0.27

0.21

0.09

0.12

0.15

0.07

0.17

139

149

63

120

146

72

87

16.8 20.0

15.5 20.0

3.2 37

4.5 42

0.4 18

-0.7

0.4

-0.7

19.0

19.6

19.7

19.3

18.9

0.4

0.4

0.4

0.5

0.4

19.2

19.2

11

6

8

7

7

7

3

3

21

11

13

12

9

4

2

16.1 22.0

17.2 22.0

17.4 22.0

17.6 21.0

17.8 20.0

17.3 21.0

18.3 20.0

5.9 42

4.8 42

4.6 42

3.4 48

2.2 38

3.7 53

1.7 32

0.27 134

0.13 136

0.08 127

0.13 152

0.22 83

0.25 83

0.21 87

0.11 78

0.09 85

0.3 137

0.14 121

0.18 131

0.14 143

0.13 156

0.16 75

0.07 82

0.15 151

0.3 129

51OUL

51OUL

51OUL

51OUL

51OUL

520PP

520PP

51OUL

51OUL

51OUL

510XB

520PP

520PP

520PP

520PP

520PP

51oUL

51OUL

51OUL

51OUL

51OUL

520PP

520PP

51OUL

51OUL

527

529

529

529

529

819

819

527

529

527

042

815

821

815

821

821

529

527

527

529

679

821

821

643

527

0.4 11

0.4 19





SG A, All Service Induced Indications, Outage T1RJ9Location % Ind. Ind. Axial Circ.


A 63 110 T-TSP Wear 08S 0.4 14 0.18 144 P1 51OUL 529

A 63 113 T-TSP Wear 08S -0.7 8 0.11 138 P1 51OUL 527

A 63 114 T-TSP Wear 08S -0.7 8 0.1 114 P1 51OUL 529

A 63 126 T-TSP Wear 09S 0.4 13 0.16 142 P1 51OUL 529

A 64 2 T-TSP Wear los -0.7 12 0.21 135 P1 510XB 042

A 64 19 T-TSP Wear 09S 0.3 7 0.09 136 P1 51OUL 643

A 64 20 T-TSP Wear 09S -0.8 8 0.12 142 P1 51OUL 641

A 64 25 T-T Wear 08S 19.3 4 17.6 21.0 3.4 42 0.13 77 5 520PP 815

A 64 108 T-TSP Wear 08S 0.4 23 0.37 136 P1 51OUL 527

A 64 108 T-TSP Wear 07S 0.5 6 0.08 119 P1 51OUL 527

A 64 109 T-TSP Wear 08S -0.7 9 0.11 93 P1 51OUL 529

A 64 109 T-TSP Wear 08S 0.4 15 0.19 140 P1 51OUL 529

A 64 111 T-TSP Wear 08S 0.4 16 0.21 146 P1 51OUL 529

A 64 113 T-TSP Wear 08S -0.7 9 0.1 107 P1 51OUL 529

A 64 114 T-TSP Wear 08S -0.7 9 0.11 131 P1 51OUL 527

A 64 115 T-TSP Wear 08S -0.7 9 0.1 107 P1 51OUL 529

A 64 117 T-TSP Wear 08S :0.8 9 0.1 130 P1 51OUL 529

A 64 129 T-TSP Wear 10S 0.4 13 0.18 149 P1 510XB 030

A 65 2 T-TSP Wear 10S -0.7 9 0.16 136 P1 510XB 042

A 65 4 T-TSP Wear 09S 0.4 7 0.11 144 P1 51OUL 679

A 65 22 T-TSP Wear 08S 0.3 8 0.11 133 P1 51OUL 643

A 65 107 T-TSP Wear 08S 0.4 17 0.26 139 P1 51OUL 539

A 65 117 T-TSP Wear 08S -0.7 10 0.11 109 P1 51OUL 541

A 66 104 T-TSP Wear 08S 0.4 16 0.18 144 P1 51OUL 541

= M M zzzý





TSP Offset T. W. Start End Length Degrees Volts PhaseSG Row Tube Type Chn. Probe CalA 66 108 T-TSP Wear 08S
























0.4 20

-0.7

-0.7

0.4

0.4

0.4

-0.7

0.4

0.3

0.3

0.5

0.3

-0.7

-0.8

0.3

0.4

0.4

0.4

0.4

0.4

0.4

-0.8

-0.7

-0.7

7

11

14

7

14

7

9

9

6

9

12

6

8

17

12

20

7

11

9

10

8

13

10

0.25 142 P1

0.07 102 P1

0.15 109 P1

0.2 135 P1

0.1 128 P1

0.17 154 P1

0.07 98 P1

0.15 152 P1

0.12 146 P1

0.09 141 P1

0.12 130 P1

0.16 144 P1

0.08 87 P1

0.11 121 P1

0.25 140 P1

0.17 144 P1

0.32 130 P1

0.11 152 P1

0.15 133 P1

0.11 139 P1

0.13 141 P1

0.11 123 P1

0.17 136 P1

0.13 110 P1

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

541

541

505

505

505

541

541

042

643

641

543

543

545

545

030

543

543

675

543

543

543

643

543

545


Tuesday,.4pril 24, 2012 Page 24 of 43



SG A, All Service Induced Indications, Outage TIRJ9Location % Ind. Indt Axial Circ.


A 70 103 T-T Wear 08S










A 71 104 T-T Wear 08S













-0.7 8

18.9

0.5

0.4

0.4

0.4

-0.7

0.3

0.3

0.3

0.3

19.0

0.4

0.4

0.5

0.4

0.3

0.4

24.1

15.4

19.6

0.5

0.5

0.4

4

15

11

11

11

9

6

7

10

10

4

16

24

9

12

9

6

3

3

3

7

8

16.9 21.0

17.1 21.0

21.3 27.0

12.8 18.0

17.3 22.0

4.2 53

3.9 42

5.7 48

5.2 48

4.7 37

0.11

0.17

0.21

0.15

0.15

0.15

0.15

0.08

0.09

0.14

0.14

0.17

0.24

0.41

0.11

0.17

0.12

0.08

0.08

0.1

0.08

0.1

0.11

0.07

111 P1

91 5

139 P1

147 P1

141 P1

139 P1

141 P1

145 P1

148 P1

138 P1

144 P1

89

130

126

134

147

151

142

98

88

97

127

135

119

51OUL

520PP

51OUL

51OUL

51OUL

51OUL

510XB

51OUL

51OUL

51OUL

51OUL

520PP

51OUL

51OUL

51OUL

510XB

51OUL

51OUL

520PP

520PP

520PP

51OUL

51OUL

51OUL

543

819

543

545

543

545

042

643

643

643

643

817

543

543

543

030

643

643

817

817

817

545

545

545

P1

P1

P1

P1

P1

P1

5.

5

5

P1

P1

P1

Tuesdaj', April24, 2012 Page 25 of 43

Tuesday, April 24, 2012 Page 2-5of 43

TMI-12--071, TMI-1 Steam Generator Tube Inspection Report (TIR19)



TSP Offset T. W. Start End Length Degrees VoltsSG Row Tube Type Phase Chn. Probe CalA 72 104 T-TSP Wear 08S













A 73 108 T-TSP Wear. 08S











0.5 10

0.4

0.5

0.5

0.4

0.3

0.3

0.3

-0.7

0.5

-0.7

0.4

0.4

-0.7

0.4.

0.4

0.3

-0.7

-0.7

0.4

0.5

0.5

0.4

0.4

0.13 133 P1

0.15 135 P1

0.17 137 P1

0.09 135 P1

0.1 129 P1

0.25 134 P1

0.12 145 P1

0.09 143 P1

0.12 134 P1

0.11 130 P1

0.15 117 P1

0.22 144 P1

0.35 129 P1

0.1 135 P1

0.19 140 P1

0.19 135 P1

0.14 134 P1

0.09 125 P1

0:12 122 P1

0.14 147 P1

0.1 137 P1

0.09 128 P1

0.11 148 P1

0.16 136 P1

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

543

545

543

545

543

.030

643

643

543

545

545

543

545

543

545

543

030

543

545

545

543

543

545

543

Tusdy Apil4 201 Page 26 of 43 --Tuesday, April 24, 2012 Page 26 of 43





A 74 107 T-TSP Wear 08S -0.7 10 0.14 121 P1 510UL 545

A 74 123 T-TSP Wear loS 0.3 6 0.08 153 P1 51OUL 545

A 75 15 T-TSP Wear 09S 0.3 8 0.11 149 P1 510UL 643

A 75 16 T-TSP Wear 09S 0.3 7 0.09 142 P1 51OUL 643

A 75 23 T-TSP Wear 08S 0.4 9 0.12 148 P1 51OUL 643

A 75 101 T-TSP Wear 08S 0.5 11 0.15 141 P1 51OUL 545

A 75 102 T-TSP Wear 08S -0.7 10 0.13 129 P1 51OUL 543

A 75 103 T-TSP Wear 08S 0.4 8 0.1 132 P1 51OUL 545

A 75 104. T-TSP Wear 08S 0.4 9 0.12 126 P1 51OUL 543

A 75 105 T-TSP Wear 08S 0.4 11 0.15 138 P1 51OUL 545

A 75 106 T-TSP wear 08S -0.7 15 0.22 140 P1 51OUL 543

A 75 107 T-TSP Wear 08S 0.4 17 0.27 139 P1 51OUL 545

A 75 110 T-TSP Wear 08S 0.4 11 0.15 139 P1 51OUL 543

A 75 111 T-TSP Wear 08S 0.3 14 0.21 148 P1 51OUL 545

A 76 16 T-TSP Wear 09S 0.4 8 0.13 140 P1 51OUL 667

A 76 22 T-TSP Wear 08S 0.3 14 0.21 150 P1 51OUL 643

A 76 98 T-TSP Wear 08S -0.7 10 0.14 143 P1 51OUL 543

A 76 99 T-TSP Wear 08S 0.4 8 0.11 128 P1 51OUL 545

A 76 101 T-TSP Wear 08S 0.5 18 0.28 144 P1 51OUL 545

A 76 105 T-TSP Wear 08S 0.4 12 0.17 152 P1 51OUL 545

A 77 96 T-TSP Wear 08S 0.4 7 0.11 134 P1 51OUL 663

A 77 97 T-TSP Wear 08S -0.7 6 0.07 114 P1 51OUL 665

A .77 97 T-TSP Wear 08S 0.4 8 0.11 150 P1 51OUL 665

A 77 98 T-TSP Wear 08S 0.4 8 0.12 149 P1 51OUL 663


TMI-12-0 71, TMI-1 Steam Generator Tube Inspection Report (TIR19)



























0.5 8

0.4

0.4

0.4

-0.7

-0.7

0.4

-0.8

-0.7

0.4

-0.8

0.4

-0.7

0.4

-0.7

-0.7

0.4

0.4

0.4

0.3

-0.8

18.8

0.4

-0.8

0.12 140 P1

0.09 132 P1

0.13 134 P1

0.21 135 P1

0.12 120 P1

0.12 107 P1

0.18 133 P1

0.08 84 P1

0.17 136 P1

0.11 146 P1

0.16 140 P1

0.12 141 P1

0.12 107 P1

0.12 144 P1

0.09 120 P1

0.09 101 P1

0.1 151 P1

0.22 141 P1

0.16 147 P1

0.17 151 P1

0.1 130 P1

0.18 85 5

0.08 136 P1

0.08 80 P1

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

520PP

51OUL

51OUL

663

665

665

663

665

663

663

665

042

537

663

665

663

663

665

665

665

663

665

663

675

815

665

665

16.5 21.0 4.5 53

T=sdy Api 24 201 Pag 28 of 43 IMXMTuesday, April 24, 2012 Page 28of 43





A 80 35 T-T Wear 08S 18.9 5 16.7 21.0 4.3 48 0.18 89 5 520PP 821

A 80 104 T-TSP Wear 08S 0.4 13 0.22 146 P1 51OUL 663

A 80 105 T-TSP Wear 08S 0.4 16 0.24 144 P1 51OUL 665

A 80 106 T-TSP Wear 08S -0.8 9 0.14 108 P1 51OUL 663

A 80 106 T-TSP Wear 08S 0.4 7 0.1 143 P1 51OUL 663

A 80 107 T-TSP Wear .08S 0.4 7 0.09 138 P1 51OUL 665

A 80 108 T-TSP Wear 08S -0.8 8 0.12 102 P1 51OUL 663

A 80 109 T-TSP Wear 08S 0.4 15 0.22 128 P1 51OUL 665

A 80 109 T-TSP Wear 08S -0.8 6 0.08 65 P1 51OUL 665

A 81 11 T-TSP Wear 10S -0.8 7 0.11 134 P1 51OUL 675

A 81 99 T-TSP Wear 08S 0.4 9 0.12 148 P1 51OUL 665

A 81 104 T-TSP Wear 08S 0.4 6 0.09 139 P1 51OUL 663

A 81 105 T-TSP Wear 08S -0.7 6 0.07 72 P1 51OUL 665

A 81 108 T-TSP Wear 08S 0.3 14 0.24 130 P1 51OUL 663

A 81 109 T-TSP Wear 08S -0.7 7 0.09 129 P1 51OUL 665

A 81 110 T-TSP Wear 08S -0.8 10 0.16 109 P1 51OUL 663

A 81 113 T-TSP Wear 08S -0.7 6 0.08 87 P1 -51OUL 665

A 82 105 T-TSP Wear 08S 0.4 8 0.11 133 P1 51OUL 665

A 83 22 T-TSP Wear 09S 0.4 6 0.08 125 P1 51OUL 535

A 83 105 T-TSP Wear 08S 0.4 11 0.15 147 P1 51OUL 665

A 83 106 T-TSP Wear 08S -0.7 8 0.13 94 P1 51OUL 663

A 83 108 T-TSP Wear 08S 0.4 15 0.25 139 P1 51OUL 663

A 83 109 T-TSP Wear 08S 0.4 6 0.07 124 P1 51OUL 665

A 83 110 T-TSP Wear 08S 0.4 14 0.24 131 P1 51OUL 663




SG A, All Service Induced Indications, Outage T1R19Location % Ind Ind Axial Circ.

SG Row Tube Type TSP Offset T. W. Start End Length Degrees Volts Phase Chn. Probe CalA 83 110 T-TSP Wear 08S -0.7 7 0.11 102 P1 51OUL 663

A 83 111 T-TSP Wear 08S -0.8 8 0.1 98 P1 51OUL 665

A 83 111 T-TSP Wear 08S 0.3 15 0.22 133 P1 51OUL 665

A 83 112 T-TSP Wear 08S -0.8 9 0.14 121 P1 51OUL 663

A 84 104 T-TSP Wear 08S 0.4 10 0.16 135 P1 51OUL 663

A 84 105 T-TSP Wear 08S 0.4 8 0.11 140 P1 51OUL 665

A 85 4 T-TSP Wear loS -0.8 8 0.12 122 P1 51OUL 675

A 85 23 T-TSP Wear 09S 0.3 10 0.13 128 P1 51OUL 535

A 85 108 T-TSP Wear 08S 0.4 11 0.17 105 P1 51OUL 659A 85 108 T-TSP Wear 08S -0.7 9 0.13 113 P1 51OUL 659

A 85 109 T-TSP Wear 08S -0.6 8 0.12 157 P1 51OUL 663

A 85 115 T-TSP Wear 10S -0.8 8 0.12 137 P1 51OUL 659

A 85 121 T-TSP Wear 10S -0.8 13 0.21 158 P1 51OUL 659

A 86 19 T-TSP Wear 10S -0.8 7 0.09 132 P1 51OUL 535

A 86 23 T-TSP Wear 09S 0.3 9 0.11 137 P1 51OUL 535

A 86 105 T-TSP Wear 08S -0.7 12 0.18 125 P1 51OUL 659

A 86 105 T-TSP Wear 08S 0.4 8 0.12 143 P1 51OUL 659

A 86 109 T-TSP Wear 08S -0.8 7 0.09 81 P1 51OUL 665

A 87 24 T-TSP Wear 09S 0.3 8 0.11 135 P1 51OUL 537

A 87 25 T-TSP Wear 09S 0.4 9 0.1 148 P1 51OUL 535

A 87 26 . T-TSP Wear 09S 0.3 9 0.12 134 P1 51OUL 537

A 87 107 T-T Wear 08S 18.1 4 16.1 20.0 3.9 . 53 0.14 82 5 520PP 819

A 88 7 T-TSP Wear 10S -0.7 10 0.16 137 P1 51OUL 675

A 88 9 T-TSP Wear l0S -0.8 8 0.08 147 P1 51OUL 677




SG A, All Service Induced Indications, Outage TJR19Location ' % Ind. Ind. Axial Circ.


A

A

A

A

A

A

88 107 T-T Wear

89 4 T-TSP Wear

89 23 T-TSP Wear

89 103 T-TSP Wear

89 105. T-TSP Wear

89 105 T-TSP Wear

89 107 T-TSP Wear

89 107 T-TSP Wear

89 109 T-TSP Wear

89 109 T-TSP Wear

89 122 T-TSP Wear

90 30 T-T Wear

90 31 T-T Wear

90 31 T-T Wear

90 34 T-T Wear

90 34 T-T Wear

90 38 T-T Wear

90 39 T-T Wear

90 101 T-TSP Wear

91 34 T-T Wear

91 34 T-T Wear

91 35 T-T Wear

91 87 T-TSP Wear

91 101. T-TSP Wear

91 101 T-TSP Wear

08S

10S

09S

08S

08S

08S

08S

08S

08S

08S

10S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

18.2

-0.8

0.4

0.4

-0.7

0.4

0.4

-0.8

0.4

-0.8

-0.8

18.8

18.7

18.7

19.0

18.9

19.1

18.6

0.4

18.9

18.9

18.9

4

11

6

8

8

8

14

7

10

15

10

2

4

4

4

1

3

3

9

16.4 20.0 3.6 42 0.11

0.18

0.1

0.12

0.13

0.11

0.21

0.1

0.15

0.25

0.14

0.09

0.08

0.08

0.15

0.06

0.12

0.1

0.12

0.14

0.14

0.16

84

143

136

137

110

128

138

50

129

128

128

77

76

76

83

77

88

86

134

83

83

75

5

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

5

5

5

5

5

5

5

P1

5

5

5

520PP

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

520PP

520PP

520PP

520PP

520PP

520PP

520PP

51OUL

520PP

520PP

520PP

17.5 20.0

17.4 20.0

17.4 20.0

16.9 21.0

17.8 20.0

17.3 21.0

17.3 20.0

2.5 58

2.6 37

2.6 42

4.1 48

2.2 42

3.7 43

2.7 37

4.2 48

4.2 32

4.1 42

817

675

547

659

659

659

659

659

659

659

661

821

815

815

821

821

821

821

661

815

815

821

659

659

659

4 16.8 21.0

2 16.8 21.0

4 16.9 21.0

08S -0.8

A

A

08S

08S

-0.8

0.4

6

7

8

0.08 117 P1 51OUL

0.1 80

0.12 133

P1

P1

51OUL

51OUL

Muesd== Apil4 201 Pag 31 Mf 43 2- MT1


TMI-12--071, TMI-1 Steam Generator Tube Inspection Report (T1R19)














A 94. 102 T-TSP Wear 08S














A .96 102 T-TSP Wear 08S

18.9

-0.6

-0.7

0.4

-0.8

0.4

0.4

-0.8

0.2

0.3

0.4

0.4

-0.8

-0.7

-0.8

-0.7

0.4

0.4

-0.7

-0.8

0.4

0.3

-0.8

0.3

-0.7

16.8 21.0 4.2 42 0.15

0.16

0.1

0.1

0.09

0.14

0.17

0.09

0.16

0.09

0.19

0.26

0.11

0.07

0.08

0.1

0.22

0.1

0.1

0.14

0.14

0.11

0.13

0.18

0.12

83

.153

102

131

124

152

155

69

144

140

120

131

110

95

93

95

130

109

53

101

144

150

128

134

97

520PP

51OUL

51OUL

51OUL

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

821

659

661

661

042

547

667

659

659

661

659

659

659

661

659

659

659

659

659

661

659

661

547

547

659

7

7

10

9

8

8

10

8






TSP Offset T. W. Start End Length Degrees VoltsSG Row Tube Type Phase Chn. Probe Cal

A

A

A




0.4

-0.7

0.4

0.3

11

7

13







A 97 104 T-TSP Wear. 08S







A .98 101 T-TSP Wear 08S








A 100 46 T-T Wear 08S


-0.7 14

-0.8

0.3

-0.7

-0.8

0.4

0.4

-0.8

-0.7

-0.8

0.4

0.4

0.4

-0.7

-0.7

-0.7

0.4

18.4

-0.8

0.4

18.3

10

10

10

10

13"

0.17

0.1

0.21

0.12

0.22

0.14

0.14

0.15

0.14

0.19

0.26

0.14

0.14

0.2

0.11

0.12

0.21

0.12

0.16

0.24

0.07

0.25

0.1

0.14

0.23

131 P1 51OUL

82 P1 51OUL

132 P1 51OUL

155 P1 51OUL

159 P1 51OUL

108

134

105

99

140

144

109

128

132

121

148

139

66

142

128

146

78

130

144

83

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510UL

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

510XB

51OUL

520PP

51OUL

51OUL

520PP

659

659

659

661

659

661

661

659

661

661

673

673

042

675

657

655

657

657

042

042

669

815

669

669

815

15.7 21.0

15.6 21.0

5.3 42

5.4 53

Page 33 of 43





A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

























0.4

0.3

0.4

0.4

-0.8

0.3

0.4

0.4

-0.7

0.4

0.4

-0.6

-0.7

0.4

-0.8

0.4

-0.7

0.4

0.3

-0.8

-0.7

0.4

0.4

0.4

9

7

8

7

5

8

7

13

9

14

8

8

7

7

6

11

7

7

7

9

9

8

6

6

0.14

0.1

0.12

0.1

0.07

0.13

0.09

0.2

0.14

0.24

0.12

0.12

0.1

0.11

0.08

0.18

0.09

0.09

0.1

0.13

0.12

0.1

0.09

0.08

137

152

140

148

116

140

132

135

88

140

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

51OUL

51OUL

51OUL

51OUL

51OUL

51OXB

51OUL

51OUL

51OUL

51OUL

148 P1 51OUL

137 P1 51OUL

133 P1 51OUL

135 P1 51OUL

71 P1 51OUL

136 P1 51OUL

92 P1 51OUL

147 P1 51OUL

155 P1 51OUL

147 P1 51OUL

148 P1 51OXB

131 P1 51OUL

139 P1 51OUL

141 P1 51OUL

655

657

655

657

669

006

657

657

655

655

655

655

657

655

657

655

657

657

655

531

008

569

655

657





SG A, All Service Induced Indications, Outage T1R19Location % Ind Ind. Axial Circ.

















A 11i 33 T-TSP Wear 07S


A 111 36 T-T Wear 08S

A 111 37 T-T Wear 08S




A 112 36 T-T Wear 08S

A 114 40 T-T Wear 08S

-0.8 .6

-0.7

0.4

0.4

0.4

-0.8

-0.7

0.3

0.3

0.4

0.4

-0.7

0.3

-0.8

0.4

0.4

0.4

18.8

18.7

.- 0.8

0.4

0.3

18.9

18.3

8

6

7

7

8

10

8

8

6

9

7

7

10

7

9

12

2

2

7

8

7

2

19

0.08 121 P1

0.11 63 P1

0.09 123 P1

0.1 153 P1

0.09 142 P1

0.11 146 P1

0.13 94 P1

0.1 142 P1

0.14 131 P1

0.08 145 P1

0.13 151 P1

0.11 131 P1

0.11 152 P1

0.13 99 P1

0.09 140 P1

0.12 163 P1

0.21 135 P1

0.08 80 5

0.06 59 5

0.1 20 P1

0.1 142 P1

0.11 147 P1

0.09 81 5

0.72 82 5

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

520PP

520PP

51OUL

51OUL

51OUL

520PP

520PP

569

657

655

657

657

008

569

569

575

569

569

663

575

569

569

569

575

815

821

651

569

575

821

815

-17.6 20.0

17.3 20.0

17.7 20.0

14.5 22.0

2.4 58

2.7 37

2.3 42

7.5 58





TSP Offset T. W. Start End Length Degrees Volts PhaseSG Row Tube Type Chn. Probe CalIA 114 41 T-T Wear 08S 19.1 4 17.2 21.0

114 41 T-T Wear 08S

114 42 T-T Wear 08S

114 97 T-TSP Wear loS

115 40 T-T Wear 08S

115 40 T-T Wear 08S














117 40 T-T Wear 08S

117 40 T-T Wear 08S

117 40 T-T Wear 08S




19.1

20.0

-0.8

18.3

18.6

-0.8

-0.7

-0.7

-0.7

0.3

-0.7

-0.8

0.3

0.3

0.3

0.4

0.3

0.4

18.7

18.3

18.6

-0.8

-0.7

0.4

17.2 21.0

17.9 22.0

14.7 22.0

17.2 20.0

17.3 20.0

16.7 20.0

16.1 21.0

3.8 37

3.8 42

4.1 53

7.3 58

2.8 26

2.7 37

3.3 42

4.9 42

0.1 87 5

0.1 87 5

0.4 79 69

0.08 133 P1

0.68 87 5

0.13 91 5

0.12 128 P1

0.11 112 P1

0.08 128 P1

0.09 129 P1

0.13 156 P1

0.09 127 P1

0.09 121 P1

0.1 146 P1

0.09 119 P1

0.12 131 P1

0.17 139 P1

0.14 147 P1

0.11 147 P1

0.04 58 5

0.11 72 5

0.21 83 5

0.12 142 P1

0.15 146 P1

0.08 136 P1

520PP

520PP

510XP

51OUL

520PP

520PP

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

520PP

520PP

520PP

51OUL

510XB

51OUL

815

815

823

647

815

815

647

645

645

647

587

645

647

645

585

585

587

585

587

815

815

815

647

008

587


Tuesday, April 24,2012 Page 36of 43



SG A, All Service Induced Indications, Outage T1R19Location % Ind Ind Axial Circ.



A 118 39 T-T Wear 08S

A 118 40 T-T Wear 08S




A 119 40 T-T Wear 08S



A 120 39 T-T Wear 08S

A 120 39 T-T Wear 08S

A 120 52 T-T Wear 08S




A 121 52 T-T Wear 08S

A 121 52 T-T Wear 08S

A 121 53 T-T Wear 08S








0.3

18.5

18.7

-0.7

0.3

0.4

18.4

0.4

7

4

7

7

8

10

7

9

17.0 20.0

16.4 21.0

15.9 21.0

3.1 42

4.6 53

5.1 53

0.1

0.15

0.22

0.11

0.11

0.15

0.3

0.16

120

87

78

139

147

145

84

149

P1

5

5

P1

P1

P1

5

P1

51OUL

520PP

520PP

51OUL

51OUL

51OUL

520PP

51OUL

0,3 7 0.12 151 P1 51OUL

18.3

18.4

18,3

-0.8

0.3

0.4

17.4

18.4

17.5

-0.8

0.4

3

8

4

9

8

8

5

3

5

8

10

16.6 20.0

15.8 21.0

16.6 20.0

15.7 19.0

16.7 20.0

16.0 19.0

3.4 42

5.2 53

3.4 53

3.3 53

3.3 48

3.0 58

0.08

0.27

0.16

0.13

0.13

0.13

0.16

0.12

0.16

0.12

0.17

0.15

77 5 520PP

81 5 520PP

53 77 510XP

146 P1 51OUL

162 P1 51OUL

156 P1 51OUL

95 5 520PP

75 5 520PP

88 5 520PP

107 P1 51OUL

156 P1 51OUL

143 P1 51OUL

585

821

815

585

665

663

815

625

625

815

815

823

645

625

625

815

815

815

625

625

645

645

647

647

645

-0.7 10

0.3 7

-0.7

-0.8

8

8

0.1 142 P1 51OUL

0.11 153 P1 51OUL

0.11 138 P1 51OUL

0.17 123 P1 51OUL


-0.8 11

Page 37 of 43



SG A, All Service Induced Indications, Outage TJR19Location % Ind. Ind Axial Circ.


A 122 47 T-TSP Wear 07S 0.4 8 0.12 151 P1 51OUL 615

A 122 49 T-TSP Wear 08S 0.4 8 0.12 150 P1 51OUL 615

A 122 51 T-TSP Wear 08S 0.3 11 0.17 156 P1 510UL 615

A 122 100 T-TSP Wear 10S -0.7 12 0.18 140 P1 510UL 645

A 123 51 T-TSP Wear 08S 0.3 9 0.14 146 P1 51OUL 615

A 123 88 T-TSP Wear 10S -0.8 6 0.09 133 P1 51OUL 645

A 123 98 T-TSP Wear 10S 0.3• 8 0.12 146 P1 51OUL 645

A 125 43 T-TSP Wear 08S 0.4 8 0.11 143 P1 51OUL 617

A 125 44 T-TSP Wear 08S 0.3 16 0.26 150 P1 51OUL 615

A 125 44 T-TSP Wear 08S -0.8 7 0.11 130 P1 51OUL 615

A 126 42 T-TSP Wear 09S 0.3 6 0.09 141 P1 51OUL 615

A 126 56 T-TSP Wear 08S 0.3 13 0.21 145 P1 51OUL 615

A 126 56 T-TSP Wear 08S -0.8 13 0.21 139 P1 51OUL 615

A 126 56 T-TSP Wear 07S 0.4 13 0.21 150 P1 51OUL 615

A 127 13 T-TSP Wear 10S -0.8 11 0.17 149 P1 51OUL 597

A 127 42 T-TSP Wear 08S -0.7 7 0.11 103 P1 510XB 036

A 127 42 T-TSP Wear 08S 0.4 8 0.14 143 P1 510XB 036

A 127 89 T-TSP Wear 10S -0.7 8 0.12 137 P1 51OUL 635

A 127 93 T-TSP Wear 10S -0.7 11 0.17 132 P1 51OUL 635

A 128 87 T-TSP Wear 12S 0.3 9 0.14 143 P1 51OUL 637

A 129 89 T-TSP Wear 10S -0.7 9 0.14 125 P1 51OUL 635

A 130 9 T-TSP Wear 09S 0.4 10 0.16 150 P1 51OUL 597

A 130 84 T-TSP Wear 10S 0.3 12 0.2 162 P1 51OUL 637

A 131 84 T-TSP Wear 10S -0.8 7 0.11 130 P1 51OUL 637






























0.3 7

-0.7 11

0.3 8

0.3 5

-0.8 8

-0.8 7

0.3 8

0.3 7

-0.8 6

0.3 10

-0.8 5

-0.8 10

0.3 6

-0.8 10

0.1

0.18

0.12

0.06

0.13

0.1

0.13

0.09

0.1

0.17

0.07

0.13

0.07

0.14

0.11

0.1

0.15

137

136

132

131

137

142

144

145

134

157

118

126

152

135

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

51OUL

51OUL

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

599

635

014

599

615

617

637

599

637

637

637

599

599

599

607

607

607

637

-0.8

-0.8

-0.8

0.3

7

6

9

12

147 P1 51OUL

140

138

P1

P1

51OUL

51OUL

0.2 149 P1 51OUL

-0.8 9

0.4 9

0.3 8

0.3 8

-0.8 9

-0.8 7

0.15

0.15

0.12

0.1

0.12

0.09

148 P1 51OUL 637

150 P1 51OUL 597

145 P1 51OUL 599

147 P1 51OUL 599

139 P1 51OUL 609

135 P1 51OUL 609


I IIMMMVMMMý - 4 = - -

Page 39 of 43



SG A, All Service Induced Indications, Outage T1R19Location % Indt Indt Axial Circ.

TSP Offset T. W. Start End Length Degrees Volts PhaseSG Row Tube Type Chn. Probe CalIA 137 35 T-TSP Wear 10S

























-0.8 7

-0.8

-0.7

-0.8

0.3

-0.8

0.4

0.4

-0.8

-0.8

0.3

-0.8

0.3

-0.8

-0.8

-0.8

-0.8

0.3

-0.7

0.4

-0.8

-0.8

-0.8

-0.7

0.1 140 P1

0.13 137 P1

0.13 140 P1

0.12 141 P1

0.25 144 P1

0.18 126 P1

0.17 150 P1

0.1 150 P1

0.17 147 P1

0.2 148 P1

0.09 138 P1

0.17 134 P1

0.23 140 P1

0.15 130 P1

0.08 113 P1

0.11 149 P1

0.14 134 P1

0.29 128 P1

0.12 146 P1

0.32 137 P1

0.13 133 P1

0.14 153 P1

0.09 136 P1

0.13 148 P1

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

607

635

637

635

637

599

597

599

607

607

609

635

637

635

599

607

607

637

637

635

597

609

607

607

Page 40 of 43

TMI-12-071, TMI-I Steam Generator Tube Inspection Report (T1R19)

















A 142 13 T-TSP Wear 105












0.4 6

-0.7

0.4

0.4

0.4

-0.7

-0.7

0.4

0.3

0.3

0.4

0.4

-0.7

-0.7

-0.8

-0.8

0.4

0.3

0.4

0.4

-0.7

0.4

-0.7

0.3

0.4

5

17

12

27

10

10

8

24

8

10

12

7

13

8

9

11

14

11

9

10

16

15

6

7

0.1 144 P1

0.08 129 P1

0.31 140 P1

0.19 138 P1

0.57 133 P1

0.16 136 P1

0.18 133 P1

0.12 140 P1

0.45 129 P1

0.12 150 P1

0.15 158 P1

0.19 143 P1

0.11 142 P1

0.23 155 P1

0.11 155 P1

0.14 157 P1

0.17 139 P1

0.22 142 P1

0.16 150 P1

0.14 155 P1

0.17 134 P1

0.29 136 P1

0.27 143 P1

0.08 133 P1

0.1 132 P1

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

510XB

510XB

51OUL

51OUL

637

637

635

635

637

006

036

633

633

633

633

635

637

607

609

607

633

633

633

633

006

006

006

607

633

Tuesdaj', April24, 2012 Page 41 of 43






A 143 50 T-TSP Wear 11S 0.4 14 0.22 145 P1 51OUL 633

A 143 51 T-TSP Wear 11S 0.4 27 0.51 129 P1 51OUL 633

A 143 52 T-TSP Wear 11S 0.4 9 0.13 151 P1 51OUL 633

A 144 45 T-TSP Wear 11S 0.4 7 0.1 144 P1 51OUL 633

A 145 8 T-TSP Wear 09S 0.5 9 0.15 142 P1 51OUL 607

A 145 14 T-TSP Wear 10S 0.4 8 0.12 150 P1 51OUL 607

A 145 38 T-TSP Wear 11S 0.4 10 0.14 155 P1 51OUL 609

A 146 15 T-TSP Wear 10S -0.8 10 0.13 128 P1 51OUL 609

A 146 16 T-TSP Wear 10S -0.8 13 0.22 138 P1 51OUL 607

A 146 24 T-TSP Wear 11S -0.8 7 0.11 146 P1 51OUL 607

A 146 24 T-TSP Wear 10S -0.7 6 0.09 143 P1 51OUL 607

A 146 33 T-TSP Wear 10S -0.8 11 0.15 115 P1 51OUL 609

A 146 36 T-TSP Wear 10S -0.8 9 0.14 141 P1 51OUL 607

A 147 3 T-TSP Wear 10S -0.8 6 0.09 122 P1 510XB 010

A 147 13 T-TSP Wear 10S -0.8 11 0.18 139 P1 51OUL 607

A 147 14 T-TSP Wear 10S -0.8 10 0.13 140 P1 51OUL 609

A 147 15 T-TSP Wear 10S -0.8 13 0.23 140 P1 51OUL 607

A 147 19 T-TSP Wear 10S -0.7 10 0.16 124 P1 51OUL 607

A 147 24 T-TSP Wear 10S -0.8 9 0.13 124 P1 51OUL 609

A 147 27 T-TSP Wear l0S -0.8 15 0.26 140 P1 51OUL 607

A 147 29 T-TSP Wear 10S -0.7 10 0.17 157 P1 51OUL 607

A 148 4 T-TSP Wear 10S -0.7 16 0.28 118 P1 510XB 010

A 148 12 T-TSP Wear 10S -0.8 8 0.11 141 P1 51OUL 609

A 148 13 T-TSP Wear 10S -0.8 16 0.28 133 P1 51OUL 607

Tucsdqv, April 24, 2012 Page 42 of 43




TSP Offset T. W. Start End Length Degrees Volts PhaseSG Row Tube Type Chn. Probe -Cal







148: 37 T-TSP Wear loS












-0.8

-0.7

11

10

0.15 132 P1

0.17 140 P1

51OUL

51OUL

-0.8 8 0.13 140 P1 51OUL

-0.8

-0.8

-0.8

-0.8

-0.8

-0.8

-0.8

-0.7

-0.7

-0.7

-0.7

0.4

0.4

-0.8

0.3

0.16

0.34

0.14

0.18

0.12

0.19

0.15

0.14

0.17

0.13

0.11

0.15

0.19

0.33

0.1

133

135

146

122

121

133

133

129

154

140

111

145

141

127

137

P1 51OUL

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

51OUL

51OUL

510XB

510XB

51OUL

51OUL

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

609

607

607

609

607

607

002

002

609

607

010

012

010

002

004

002

002

004

A

A

A

A

Total Tubes

Total Indications

913

1041


EM



SG BA All Service Induced Indications, Outage TJR19Location % Ind. Ind. Axial Circ.


B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

1 1 T-TSP Wear 13S

1 1 T-TSP Wear 12S

1 1 T-TSP Wear 11S

1 2 T-TSP Wear 13S

1 2 T-TSP Wear 13S

1 2 T-TSP Wear 12S

1 2 T-TSP Wear 11S

1 3 T-TSP Wear 13S

1 3 T-TSP Wear 13S

1 3 T-TSP Wear 12S

1 4 T-TSP Wear 13S

1 4 T-TSP Wear 12S

1 5 T-TSP Wear 13S

1 5 T-TSP Wear 12S

-0.8

-0.7

-0.8

-0.8

0.2

-0.7

-0.7

0.2

-0.8

-0.8

0.0

-0.8

-0.8

-0.3

-0.7

0.3

-0.8

0.0

0.4

-0.7

-0.8

-0.8

-0.8

0.3

8

11

14

24

8

16

18

9

26

9

42

34

8

47

52

13

24

43

11

19

38

19

29

12

0.13

0.18-

0.22

0.38

0.1

0.22

0.25

0.13

0.5

0.14

1.01

0.67

0.12

1.49

1.69

0.18

0.38

113

110

115

132

124

143

132

132

116

109

127

124

65

104

111

141

127

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

510XB

510XB

51OXB

510XB

510XB

510XB

510XB

510XB

51OXB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

004

004

004

006

006

006

006

004

004

004

006

006

004

004

006

006

006

004

004

006

006

004

004

004

006

1

1

1

1

1

6 T-TSP Wear 12S

6 T-TSP Wear 12S

6 T-TSP Wear 11S

7 T-TSP Wear 12S

7 T-TSP Wear 11S

8 T-TSP Wear 12S

8 T-TSP Wear 11S

9 T-TSP Wear 12S

9 T-TSP Wear 11S

9 T-TSP Wear 11S

1.21 120

0.16 142

11

1

0.27

0.8

0.34

0.62

0.19

129

119

115

119

151

B 1 10 T-TSP Wear 12S -0.8 8 0.1 122 P1 510XB

Tuesday, April24, 2012 Page) of 67Tuesday, April 24, 2012 Page I of 67

TMJ-12-O 71, TMI-J Steam Generator Tube Inspection Report (TJRJ9)-~Attachment l7,Exhibit-2

SG BA All Service Induced Indications. Outa2e TJR19Location % Ind. Ind Axial Circ.


B 1 10 T-TSP Wear 11S


























-0.8

-0.7

-0.8

-0.8

-0.9

0.4

-0.8

0.3

0.3

-0.7

0.3

-0.8

-0.7

0.3

-0.7

0.3

0.3

-0.8

-0.8

0.3

-0.7

0.2

0.3

-0.8

0.4

0.08

0.09

0.34

0.1

0.06

0.09

0.66

0.12

0.13

0.64

0.11

0.1

0.48

0.22

0.28

0.23

0.28

0.11

0.24

0.14

0.68

0.11

0.22

0.86

0.18

131

130

114

72

152

136

124

135

140

119

137

129

122

136

112

139

152

141

133

144

127

150

156

112

143

Chn. Probe

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

P1 510XB

Cal

006

006

004

004

006

006

002

002

002

002

002

002

002

002

002

002

002

002

002

002

002

002

002

002

002

7

15

9

32

7

14

36

11

Page 2 of 67

1 4



SG B. All Service Induced Indications. Outage T1R19Location % Ind. Ind. Axial Circ.






-0.8 36

0.2

-0.7

0.3

B

B

1

1

24 T-TSP Wear 13S

24 T-TSP Wear 12S

1 T-TSP Wear 12S

I I-TSP Wear 12S

1 T-TSP Wear 11S

2 T-TSP Wear 13S

2 T-TSP Wear 12S

2 T-TSP Wear .12S

2 T-TSP Wear 11S

2 T-TSP Wear 11S

2 T-TSP Wear lOS

3 T-TSP Wear 12S

3 T-TSP Wear 12S

3 T-TSP.Wear 11S

3 T-TSP Wear 11S

4 T-TSP Wear 12S

4 T-TSP Wear 12S

4 T-TSP Wear 11S

5 T-TSP Wear 12S

5 T-TSP Wear 11S

5 T-TSP Wear 11S

0.3

0.4

-0.7

0.4

-0.7

0.0

0.3

-0.7

0.4

-0.7

0.3

-0.7

0.3

-0.7

0.3

-0.8

0.3

-0.7

0.3

0.3

-0.7

8

28

21

8

18

23

18

15

27

10

12

29

38

8

27

20

30

11

20

22

24

20

12

25

0.86 120 P1 510XB

0.12 160 P1 510XB

0.56 103 P1 510XB

0.39 154 P1 510XB

0.1 141

0.25 145

0.44

0.32

0.25

0.46

0.13

0.15

0.51

0.82

0.1

0.54

0.36

0.62

0.17

0.3

0.34

0.38

0.35

0.19

0.48

124

135

121

145

147

105

140

114

159

123

137

120

147

119

146

118

134

143

121

510XB

510XB

510XB

51OXB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

002

004

004

004

006

006

004

004

004

006

006

006

006

006

006

004

004

004

004

006

006

006

004

004

004

Tuesdy, Aril2, 201 .. g..f6Tuesday, April 24, 2012 Page 3of 67


-Attachment -,Exhibit-2

SG BA All Service Induced Indications. Outage T1R19Location % Ind. In d Axial Circ.


B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

6 T-TSP Wear 12S

6 T-TSP Wear 11S

7 T-TSP Wear 13S

7 T-TSP Wear 12S

7 T-TSP Wear 11S

7 T-TSP Wear 1 S

8 T-TSP Wear 13S

8 T-TSP Wear 13S

8 T-TSP Wear 12S

8 T-TSP Wear 11S

9 T-TSP Wear 12S

9 T-TSP Wear 11S

9 T-TSP Wear 11S

9 T-TSP Wear 10S

10 T-TSP Wear 12S

10 T-TSP Wear 11S

11 T-TSP Wear 12S

11 T-TSP Wear 11S

11 T-TSP Wear 10S

12 T-TSP Wear 12S

12 T-TSP Wear 12S

12 T-TSP Wear loS

14 T-TSP Wear 11S

14 T-TSP Wear 10S

-0.8

.- 0.7

0.3

-0.7

-0.7

0.3

-0.8

0.2

-0.7

-0.8

-0.8

-0.7

0.4

0.3

-0.7

-0.8

-0.7

-0.7

0.3

-0.8

0.3

0.3

-0.8

0.3

32

28

7

19

24

12

5

10

19

31

22

34

10

11

14

23

11

22

11

8

12

15

0.6 119

0.49 108

0.11

0.35

0.45

0.2

0.07

0.12

0.28

0.56

0.41

0.76

0.15

0.17

146

119

117

149

105

148

99

113

130

118

148

152

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

510XB 006

510XB 006

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

51OXB

51OXB

510XB

510XB

51OXB

510XB

51OXB

51OXB

004

004

004

004

006

006

006

006

004

004

004

004

006

006

004

004

004

006

006

006

006

006

004

0.18 109

0.37 117

0.17

0.4

0.18

0.09

0.15

0.2

113

125

147

103

144

151

7

27

0.09 122

0.46 145

B 2 15 T-TSP Wear 11S -0.8 11 0.17 130 P1 510XB

Tuesday, April24, 2012 Page4of67Tuesday, April 24, 2012 Page 4 of 67



SG BA All Service Induced Indications. Outage T1R19Location % InL Ind. Axial Circ.


B 2 15 T-TSP Wear loS 0.3 18 0.31 134 P1 510XB 004

B

B

B

B

B

2 16 T-TSP Wear 12S

2 16 T-TSP Wear 11S

2 16 T-TSP Wear 10S

2 17 T-TSP Wear 11S

2 17 T-TSP Wear 10S

2 18 T-TSP Wear 11S

2 18 T-TSP Wear 11S

2 18 T-TSP Wear loS

2 18 T-TSP Wear loS

2 19 T-TSP Wear 11S

2 19 T-TSP Wear 11S

2 19 T-TSP Wear 10S

2 19 T-TSP Wear loS

2 20 T-TSP Wear 11S

2 20 T-TSP Wear 10S

2 20 T-TSP Wear loS

2 21 T-TSP Wear 11S

2 21 T-TSP Wear loS

2 21 T-TSP Wear 10S

2 22 T-TSP Wear 12S

2 22 T-TSP Wear -12S

2 22 T-TSP Wear 11S

2 22 T-TSP Wear 10S

-0.8

-0.8

0.4

-0.8

0.4

-0.8

0.3

-0.7

0.4

-0.7

0.4

-0.8

0.4

-0.8

-0.8

0.4

-0.8

-0.7

0.4

0.4

-0.7

-0.8

0.4

9

13

26

31

18

38

14

23

12

8

7

21

21

35

24

14

43

7

25

11

10

42

20

0.12

0.17

0.44

129

118

134

P1

P1

P1

P1

P1

510XB

510XB

510XB

006

006

006

0.67 124

0.3 143

510XB 002

510XB 002

0.95

0.23

0.41

0.19

0.11

0.11

0.39

0.38

0.82

0.45

0.22

1.17

0.1

0.48

0.16

0.16

1.11

0.35

118

157

126

158

121

149

127

140

116

123

156

110

108

139

145

141

117

138

510XB

510XB

510XB

510XB

510XB

51OXB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

002

002

002

002

002

002

002

002

002

002

002

002

002

002

002

002

002

002

002B 2 23 T-TSP Wear 12S 0.4 12 0.2 146 P1 51OXB

Tuesday, April 24, 2012 Pg f6Page 5 of 67


Attt-chmne)tI-.Exhib-it-2

SG B, All Service Induced Indications, Outa, e TJR19Location % Ind. Ind. Axial Circ.


B 2 23 T-TSP Wear 11S -0.8 42 1.12 114 P1 510XB 002

B 2 24 T-TSP Wear 12S -0.8 14 0.23 127 P1 510XB 002

B 2 24 T-TSP Wear 12S 0.4 14 0.23 151 P1 510XB 002

B 2 24 T-TSP Wear 11S 0.3 18 0.31 161 P1 510XB 002

B 2 24 T-TSP Wear 11S -0.8 45 1.29 109 P1 510XB 002

B 2 24 T-TSP Wear lOS -0.8 6 0.09 117 P1 510XB 002

B 2 25 T-TSP Wear 11S -0.7 6 0.08 134 P1 510XB 002

B 2 25 T-TSP Wear 11S 0.4 6 0.08 150 P1 510XB 002

B 2 26 T-TSP Wear 12S -0.7 11 0.17 129 P1 510XB 002

B 2 26 T-TSP Wear 12S 0.4 18 0.3 131 P1 510XB 002

B 2 26 T-TSP Wear 11S -0.8 41 1.05 120 P1 510XB 002

B 2 26 T-TSP Wear 10S 0.4 18 0.3 139 P1 510XB 002

B 2 27 T-TSP Wear 12S -0.7 11 0.17 150 P1 510XB 002

B 2 28 T-TSP Wear 12S 0.4 22 0.41 144 P1 510XB 002

B 2 28 T-TSP Wear 11S 0.4 19 0.33 159 P1 510XB 002

B 2 29 T-TSP Wear 12S 0.4 23 0.43 156 P1 510XB 002

B 2 29 T-TSP Wear 11S 0.4 18 0.31 161 P1 510XB 002

B 2 29 T-TSP Wear 10S 0.4 20 0.34 152 P1 510XB 002

B 2 30 T-TSP Wear 12S -0.8 6 0.09 116 P1 510XB 002

B 2 31 T-TSP Wear 12S -0.7 12 0.15 151 P1 510XB 006

B 3 1 T-TSP Wear 12S -0.7 12 0.2 117 P1 510XB 004

B 3 1 T-TSP Wear 12S 0.3 27 0.53 131 P1 510XB 004

B 3 1 T-TSP Wear 11S -0.7 6 0.09, 82 P1 510XB 004

B 3 2 T-TSP Wear 12S 0.4 12 0.14 150 P1 510XB 040

B 3 2 T-TSP Wear 10S 0.4 11 0.14 154 P1 510XB 040





SG B, All Service Induced Indications. Outage T1R19Location % Ind. Ind Axial Circ.

SG Row Tube Tyvpe TSP Offset T. W. Start End Length Degrees Volts Phase Chn. Probe Cal

B 3 4 T-TSP Wear 11S -0.7 9 0.11 127 P1 510XB 040

B 3 4 T-TSP Wear 11S 0.4 18 0.24 145 P1 510XB 040

B 3 4 T-TSP Wear 10S 0.4 13 0.17 146 P1 510XB 040

B 3 5 T-TSP Wear 12S 0.3 15 0.24 161 P1 510XB 004

B 3 5 T-TSP Wear 11S -0.7 25 0.48 112 P1 510XB 004

B 3 6 T-TSP Wear 12S 0.3 23 0.37 155 P1 510XB 006

B 3 6 T-TSP Wear 11S 0.4 17 0.23 149 P1 510XB 006

B 3 6 T-TSP Wear 11S -0.7 27 0.46 115 P1 510XB 006

B 3 8 T-TSP Wear 11S -0.7 29 0.53 129 P1 51OUL 675

B 3 9 T-TSP Wear 12S 0.4 9 0.13 160 P1 51OUL 673

B 3 9 T-TSP Wear 11S -0.7 23 0.39 126 P1 51OUL 673

B 3 9 T-TSP Wear 11S 0.3 13 0.19 156 P1 51OUL 673

B 3 10 T-TSP Wear 14S 0.2 8 0.1 143 P1 51OUL 675

B 3 10 T-TSP Wear 11S -0.7 23 0.37 133 P1 51OUL 675

B 3 11 T-TSP Wear 12S 0.7 9 0.13 161 P1 51OUL 673

B 3. 11 T-TSP Wear 11S -0.7 30 0.56 122 P1 51OUL 673

B 3 12 T-TSP Wear 11S -0.8 21 0.33 132 P1 51OUL 675

B 3 13 T-TSP Wear 11S -0.7 12 0.18 129 P1 51OUL 673

B 3 14 T-TSP Wear 11S -0.8 .14 0.2 129 P1 51OUL 675

B 3 15 T-TSP Wear 11S -0.7 7 0.09 108 P1 51OUL 673

B 3 16 T-TSP Wear 11S -0.7 10 0.14 143 P1 51OUL 675

B 3 17 T-TSP Wear 11S 0.3 15 0.23 143 P1 51OUL 673

B 3 17 T-TSP Wear 11S -0.5 18 0.29 164 P1 51OUL 673

B 3 18 T-TSP Wear 10S -0.8 13 0.19 128 P1 51OUL 667


TMI-12-071, TMI-1 Steam Generator Tube Inspection Report (T1R19),

Attachment-i .Exhibit-2

SG B. All Service Induced Indications, Outage TJR19Location % Ind Ind Axial Circ.


3 19 T-TSP Wear 1S

3 19 T-TSP Wear 10S

3 20 T-TSP Wear 11S

3 20 T-TSP Wear loS

3 21 T-TSP Wear 11S

3 21 T-TSP Wear 10S

3 22 T-TSP Wear 11S

3 22 T-TSP Wear lOS

3 23 T-TSP Wear 14S

3 23 T-TSP Wear 12S

3 23 T-TSP Wear 11S

3 24 T-TSP Wear 12S

3 24 T-TSP Wear 11S

3 25 T-TSP Wear 11S

3 25 T-TSP Wear 11S

3 26 T-TSP Wear 11S

3 26 T-TSP Wear 10S

3 27 T-TSP Wear 11S

3 27 T-TSP Wear 11S

3 28 T-TSP Wear 11S

3 29 T-TSP Wear 11S

3 29 T-TSP Wear 11S

3 30 T-TSP Wear 11S

3 30 T-TSP Wear 11S

-0.7

-0.7

-0.8

-0.7

0.3

-0.7

-0.8

-0.8

0.2

0.3

-0.8

0.3

-0.7

-0.8

0.4

-0.7

0.3

0.3

-0.7

-0.7

0.4

-0.7

-0.7

0.4

6

17

8

11

17

20

17

25

10

8

7

16

15

28

17

20

12

11

32

21

15

10

6

31

0.09 87

0.31 109

0.11 135

0.15 93

0.3 139

0.37 112

0.26 132

0.42 117

0.16 150

0.13 130

0.11 139

0.23 143

0.21 119

0.6 114

0.31 140

0.31 123

0.16 158

0.19 149

0.74 122

0.34 124

0.26 144

0.17 120

0.08 120

0.66 145

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

51OXB

665

665

667

667

665

665

667

667

665

665

665

667

667

665

665

667

667

665

665

667

665

665

002

002

Tuesday, April24, 2012 Page8of67Tuesday, April 24, 2012 Page 8 of67



SG B, All Service Induced Indications, Outage TJR19Location % Ind. Indt Axial Circ.


B 3 31 T-TSP Wear 11S 0.4 24 0.45 152 P1 510XB 002

B 3 31 T-TSP Wear 11S 0.4 14 0.22 147 P1 510XB 002

B 3 32 T-TSP Wear 14S 0.2 10 0.15 133 P1 510XB 002

B 3 32 T-TSP Wear los -0.7 10 0.15 134 P1 510XB 002

B 3 33 T-TSP Wear 12S -0.7 12 0.18 131 P1 510XB 002

B 3 34 T-TSP Wear 14S 0.3 12 0.18 143 P1 510XB 002

B 3 34 T-TSP Wear 13S 0.2 9 0.14 151 P1 510XB 002

B 3 34' T-TSP Wear loS 0.4 26 0.51 137 P1 510XB 002

B 4 3 T-TSP Wear 14S 0.2 9 0.11 150 P1 510XB 006

B 4 3 T-TSP Wear lOS -0.7 10 0.13 81 P1 51OXB 006

B 4 8 T-TSP Wear 12S -0.7 17 0.25 139 P1 51OUL 675

B 4 9 T-TSP Wear 10S 0.4 21 0.34 138 P1 51OUL 673

B 4 11 T-TSP Wear 10S -0.7 11 0.15 154 P1 51OUL 673

B 4 12 T-TSP Wear 10S -0.7 7 0.09 117 P1 51OUL 675

B 4 13 T-TSP Wear 10S -0.8 6 0.08 111 P1 51OUL 673

B 4 14 T-TSP Wear 14S 0.2 9 0.12 145 P1 51OUL 675

B 4 14 T-TSP Wear lOS -0.7 10 0.13 93 P1 51OUL 675

B 4 22 T-TSP Wear 14S 0.2 8 0.11 143 P1 51OUL 667

B 4 23 T-TSP Wear 14S -0.8 10 0.16 147 P1 51OUL 665

B 4 23 T-TSP Wear 11S 0.3 15 0.26 160 P1 51OUL 665

B 4 25 T-TSP Wear 11S 0.3 23 0.45 141 P1 51OUL 665

B 4 26 T-TSP Wear 11S 0.4 27 0.47 140 P1 51OUL 667

B 4 27 T-TSP Wear 11S 0.4 21 0.41 148 P1 51OUL 665

B 4 27 T-TSP Wear loS -0.7 7 0.11 47 P1 51OUL 665


TMI-12-O 71, TMI-1 Steam Generator Tube Inspection Report (TJRJ9)-~~Ai~diiiment-17E~rh-ibi12

SG B, All Service Induced Indications. Outawe T1R19Location % Ind Ind. Axial Circ.


4 28 T-TSP Wear 11S

4 30 T-TSP Wear 12S

4 33 T-TSP Wear 12S

4 34 T-TSP Wear 10S

4 35 T-TSP Wear loS

5 1 T-TSP Wear 14S

5 4 T-TSP Wear 10S

5 11 T-TSP Wear 10S

5 23 T-TSP Wear 14S

5 23 T-TSP Wear 10S

5 25 T-TSP Wear 14S

5 26 T-TSP Wear 11S

5 28 T-TSP Wear 11S

5 31 T-TSP Wear 14S

5 40 T-TSP Wear 14S

5 41 T-TSP Wear 10S

5 42 T-TSP Wear 14S

5 42 T-TSP Wear 13S

6 1 T-TSP Wear 14S

6 2 T-TSP Wear 14S

6 2 T-TSP Wear 13S

6 3 T-TSP Wear 14S

6 5 T-TSP Wear loS

0.4

0.3

-0.7

-0.7

-0.7

0.1

-0.8

-0.7

0.2

-0.8

0.3

0.3

0.4

-0.8

-0.8

0.4

0.3

0.3

0.1

-0.7

0.0

-0.8

0.46

0.14

0.14

0.14

0.14

0.24

0.18

0.17

0.14

0.11

0.15

0.22

0.16

0.1

0.11

0.17

0.28

0.19

0.19

0.11

0.35

0.13

0.29

149 P1 51OUL 667

154 P1 51OUL 667

104 P1 51OUL 665

73 P1 51OUL 665

97 P1 510XB 002

132 P1 51OXB 004

144 P1 510XB 006

140 P1 51OUL 675

145 P1 51OUL 667

112 P1 51OUL 667

144 P1 51OUL 667

168 P1 51OUL 665

160 P1 51OUL 665

114 P1 51OUL 667

132 P1 51OXB 002

156 P1 510XB 002

135 P1 510XB 002

152 P1 510XB 002

132 P1 510XB 004

120 P1 510XB 004

144 P1 510XB 004

145 P1 51OXB 006

133 P1 510XB 006-0.8 19




SG B. All Service Induced Indications. Outage TJR19Location % Ind. Ind. Axial Circ.


6 9 T-TSP Wear 14S

6 9 T-TSP Wear 12S

6 12 - T-TSP Wear 14S

6 12 T-TSP Wear 14S

6 13 T-TSP Wear 14S

6 13 T-TSP Wear 13S

6 13 T-TSP Wear 11S

6 13 T-TSP Wear 10S

6 14 T-TSP Wear 13S

6 17 T-TSP Wear 14S

6 17 T-TSP Wear lOS

6 18 T-TSP Wear lOS

6 19 T-TSP Wear 14S

6 20 T-TSP Wear 10S

6 21 T-TSP Wear 14S

6 21 T-TSP Wear 10S

6 23 T-TSP Wear 14S

6 23 T-TSP Wear 11S

6 24 T-TSP Wear 11S

6 25 T-TSP Wear 14S

6 25 T-TSP Wear 11S

6 25 T-TSP Wear 10S

6 26 T-TSP Wear 14S

6 26 T-TSP Wear 11S

-0.8

0.3

0.2

-0.8

-0.8

-0.8

0.3

-0.7

-0.8

0.2

-0.7

-0.8

-0.8

-0.7

-0.8

-0.8

-0.8

0.3

0.3

0.2

0.3

-0.8

-0.9

0.3

8

14

0.1

0.19

0.11

0.1

0.1

0.13

0.12

0.11

0.13

0.15

0.21

0.08

0.09

0.19

0.09

0.15

0.11

0.19

0.2

0.18

0.28

0.25

0.12

0.23

137

147

135

128

139

148

154

118

146

148

139

115

130

141

123

110

137

152

149

132

152

112

108

152

P1 51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

675

675

673

673

675

675

675

675

673

675

675

673

667

665

667

667

667

667

665

667

667

667

665

665



Atta-cdfment-i .Exhidbit-2

SG B. All Service Induced Indications. Outae TJRI9Location % Ind. Ind. Axial Circ.


B 6 27 T-TSP Wear 11S 0.3 8 0.11 149 P1 51OUL 667

B 6 29 T-TSP Wear 14S -0.8 8 0.11 138 P1 510UL 667

B 6 30 T-TSP Wear 14S -0.9 9 0.15 146 P1 51OUL 665

B 6 30 T-TSP Wear 12S 0.3 6 0.1 142 P1 51OUL 665


B 7 2 T-TSP Wear 14S -0.9 6 0.08 131 P1 51OXB 006

B 7 4 T-TSP Wear 14S 0.2 13 0.18 143 P1 510XB 006

B 7 4 T-TSP Wear 14S -0.9 8 0.1 125 P1 51OXB 006

B 7 6 T-TSP Wear 14S 0.2 11 0.15 152 P1 51OUL 675

B 7 8 T-TSP Wear 14S 0.2 9 0.12 134 P1 51OUL 675

B 7 11 T-TSP Wear 14S -0.8 9 0.12 137 P1 51OUL 673

B 7 11 T-TSP Wear 14S .0.2 8 0.11 152 P1 51OUL 673

B 7 11 T-TSP Wear 11S -0.7 19 0.3 142 P1 51OUL 673

B 7 11 T-TSP Wear 11S 0.3 17 0.26 154 P1 51OUL 673

B 7 14 T-TSP Wear 15S -0.8 9 0.12 127 P1 51OUL 675

B 7 14 T-TSP Wear 11S -0.7 13 0.18 147 P1 51OUL 675

B 7 14 T-TSP Wear 11S 0.3 13 0.18 139 P1 51OUL 675

B 7 15 T-TSP Wear 14S -0.8 11 0.16 149 P1 51OUL 673

B 7 15 T-TSP Wear 11S 0.3 16 0.25 142 P1 51OUL 673

B 7 15 T-TSP Wear loS 0.4 17 0.26 163 P1 51OUL 673

B 7 16 T-TSP Wear 11S -0.7 7 0.09 138 P1 51OUL 675

B 7 16 T-TSP Wear 11S 0.3 16 0.24 153 P1 51OUL 675

B 7 17 T-TSP Wear 15S 0.2 16 0.23 157 P1 51OUL 673

B 7 17 T-TSP Wear 11S 0.3 10 0.13 152 P1 51OUL 673




SG BA All Service Induced Indications. Outare TJR19Location % Ind. Ind. Axial Circ.


B 7 18 T-TSP Wear 10S -0.7 8 0.11 81 P1 51OUL 673

B 7 24 T-TSP Wear 11S 0.3 11 0.18 137 P1 51OUL 665

B 7 26 T-TSP Wear 10S -0.8 7 0.11 137 P1 51OUL 665

B 7 33 T-TSP Wear 14S -0.7 9 0.12 111 P1 51OUL 667

B 7 34 T-TSP Wear 14S -0.9 6 0.09 111 P1 51OUL 665

B 7 35 T-TSP Wear 14S 0.2 10 0.13 145 P1 51OUL 667

B 7 35 T-TSP Wear 11S 0.3 9 0.12 154 P1 51OUL 667

B 7 36 T-TSP Wear 14S 0.2 8 0.12 142 P1 51OUL 665

B 7 36 T-TSP Wear 11S 0.3 10 0.16 149 P1 51OUL 665

B 7 36 T-TSP Wear 10S 0.0 8 0.13 145 P1 51OUL 665

B 7 37 T-TSP Wear 11S 0.4 21 0.33 139 P1 51OUL 667

B 7 41 T-TSP Wear 14S 0.3 17 0.25 142 P1 51OUL 667

B 7 48 I-TSP Wear 14S -0.8 8 0.12 150 P1 51OXB 002

B 7 48 T-TSP Wear 10S 0.4 10 0.16 146 P1 510XB 002

B 7 49 T-TSP Wear 14S 0.0 28 0.55 149 P1 510XB 002

B 8 3 T-TSP Wear 14S -0.8 13 0.18 139 P1 510XB 006

B 8 4 T-TSP Wear 14S -0.8 8 0.12 147 P1 510XB 004

B 8 16 T-TSP Wear 11S 0.3 10 0.14 135 P1 51OUL 673

B 8 45 T-TSP Wear 15S 0.2 9 0.14 144 P1 51OUL 729

B 8 45 T-TSP Wear 14S -0.8 13 0.22 142 P1 51OUL 729

B 8 46 T-TSP Wear 14S -0.8 6 0.08 132 P1 51OUL 731

B 8 48 T-TSP Wear 14S 0.2 18 0.26 138 P1 51OUL 519

B 8 49 T-TSP Wear 14S -0.8 11 0.18 143 P1 51OUL 517


TMI-12--071, TMI-1 Steam Generator Tube Inspection Report (T1R19)-A-ttA ttih-me-nt-1 •E•h-bFit 2

SG BA All Service Induced Indications. Outa, e TJR19Location % Ind. Ind Axial Circ.


B 8 50 T-TSP Wear 14S 0.3 11 0.18 138 P1 510XB 002

B 8 50 T-TSP Wear 14S -0.8 7 0.1 147 P1 510XB 002

B 8 50 T-TSP Wear los 0.4 7 0.1 149 P1 510XB 002

B 8 51 T-TSP Wear 14S 0.3 8 0.13 149 P1 510XB 002

B 8 51 T-TSP Wear 14S -0.8 5 0.07 145 P1 510XB 002

B 8 51 T-TSP Wear lOS 0.4 10 0.15 160 P1 510XB 002

B 8 52 T-TSP Wear 14S 0.0 22 0.4 147 P1 510XB 002

B 8 53 T-TSP Wear 14S -0.8 8 0.12 134 P1 510XB 002

B 8 53 T-TSP Wear 13S 0.2 9 0.14 138 P1 510XB 002

B 8 54 T-TSP Wear 14S 0.0 24 0.44 133 P1 51OXB 002

B 9 3 T-TSP Wear 14S 0.2 8 0.13 127 P1 510XB 004

B 9 8 T-TSP Wear 14S -0.8 7 0.12 143 P1 51OUL 609

B 9 12 T-TSP Wear 10S -0.7 27 0.47 137 P1 51OUL 675

B 9 14 T-TSP Wear 11S 0.3 12 0.17 146 P1 51OUL 675

B 9 53 T-TSP Wear 14S -0.8 9 0.15 139 P1 51OUL 517

B 9 55 T-TSP Wear 14S 0.0 22 0.4 136 P1 51OXB 002

B 9 56 T-TSP Wear 14S -0.2 14 0.22 142 P1 510XB 002


B 9 57 T-TSP Wear 14S -0.8 14 0.23 130 P1 51OXB 002

B 9 57 T-TSP Wear 10S 0.4 25 0.47 134 P1 51OXB 002

B 9 59 T-TSP Wear 14S -0.8 5 0.07 111 P1 510XB 002

B 9 59 T-TSP Wear 14S 0.2 10 0.16 141 P1 510XB 002

B 9 60 T-TSP Wear 14S 0.3 13 0.2 147 P1 510XB 002





SG BA All Service Induced Indications. Outaze TJR19Location % Ind Ind. Axial Circ.


B 10 3 T-TSP Wear loS -0.8 14 0.22 131 P1 510XB 012


B 10 6 T-TSP Wear 14S -0.8 9 0.14 139 P1 510XB 012

B 10 15 T-TSP Wear 11S 0.3 12 0.17 144 P1 51OUL 675

B 10 58 T-TSP Wear 14S 0.2 9 0.12 141 P1 51OUL 519

B 10 59 T-TSP Wear 14S -0.8 10 0.16 143 P1 51OUL 517

B 10 60 T-TSP Wear 10S 0.4 12 0.19 161 P1 510XB 002

B 11 3 T-TSP Wear 12S -0.7 11 0.14 140 P1 510XB 014

B 11 9 T-TSP Wear 15S 0.3 6 0.1 140 P1 51OUL 609

B 11 12 T-TSP Wear 14S -0.9 8 0.11 140 P1 51OUL 611

B 11 13 T-TSP Wear 10S -0.7 12 0.2 128 P1 51OUL 609

B 11 16 T-TSP Wear 11S 0.3 9 0.11 152 P1 51OUL 675

B 11 18 T-TSP Wear 11S 0.3 12 0.17 151 P1 51OUL 675

B 11 19 T-TSP Wear 11S 0.3 10 0.13 159 P1 51OUL 675

B 11 21 T-TSP Wear 14S -0.9 6 0.07 88 P1 51OUL 675

B 11 23 T-TSP Wear 11S 0.3 8 0.14 144 P1 51OUL 729

B 11 64 T-TSP Wear 14S 0.3 7 0.1 155 P1 51OXB 002

B 11 64 T-TSP Wear 14S -0;8 7 0.1 125 P1 510XB 002

B 11 66 T-TSP Wear 14S 0.2 11 0.16 128 P1 510XB 002

B 12 2 T-TSP Wear 14S 0.1 8 0.12 136 P1 510XB 012

B 12 5 T-TSP Wear 09S 0.4 8 0.13 148 PI 51OUL 609

B 12 6 T-TSP Wear 15S -1.0 11 0.17 151 P1 51OUL 611

B 12 8 T-TSP Wear 14S 0.1 12 0.19 137 P1 51OUL 611




A-tti h t-len7-1iEXhibit2

SG BA All Service Induced Indications. Outa2e T1RI9Location % Ind. Ind. Axial Circ.

SG Row Tube Tvpe TSP Offset T. W. Start End Length Degrees Volts Phase Chn. Probe Cal

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

Tuesday, April



12 12" T-TSP Wear 10S






12 17 - T-TSP Wear 11S





13 7 T-TSP Wear 14S










14 2 T-TSP Wear 14S

0.1

0.2

-0.8

-0.7

0.3

-0.6

0.4

-0.8

0.3

0.3

-0.7

0.4

0.4

0.1

-0.9

0.3

0.2

0.3

0.3

-0.8

0.3

-0.8

0.3

0.1

15

8

24

6

13

11

14

8

9

6

9

13

10

11

8

7

9

10

11

22

9

6

13

11

0.23

0.11

0.45

0.1

0.21

0.18

0.24

0.12

0.14

0.09

0.14

0.2

0.16

0.17

0.11

0.11

0.15

0.17

0.17

0.39

0.13

0.08

0.2

0.16

134

143

134

130

140

135

150

126

151

144

59.

161

158

143

134

142

.126

138

143

127

152

123

140

129

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

510XB

510XB

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

510XB

510XB

510XB

510XB

611

611.

611

609

685

685

685

685

685

002

002

002

002

611

611

609

609

609

685

002

002

002

002

012

24,2012 Page 16 of 67



SG BA All Service Induced Indications. Outaie T1R19Location % Ind. Ind. Axial Circ.


B 14 4 T-TSP Wear 14S -0.9 7 0.1 133 P1 510XB 012

B 14 10 T-TSP Wear 15S 0.2 8 0.14 141 P1 51OUL 609

B 14 15 T-TSP Wear 15S 0.2 8 0.11 136 P1 51OUL 611

B 14 16 T-TSP Wear 11S 0.3 6 0.09 145 P1 51OUL 609

B 14 17 T-TSP Wear 11S 0.2 13 0.21 138 P1 51OUL 611

B 14 21 T-TSP Wear 14S -0.8 12 0.15 125 P1 51OUL 699

B 14 35 T-TSP Wear 15S 0.1 8 0.1 142 P1 51OUL 699

B 14 67 T-TSP Wear 14S 0.2 8 0.12 135 P1 51OUL 517

B 14 75 T-TSP Wear 14S 0.2 6 0.09 127 P1 510XB 002

B 14 75 T-TSP Wear 12S 0.4 11 0.17 159 P1 510XB 002

B 14 75 T-TSP Wear 12S -0.8 5 0.08 92 P1 510XB 002

B 14 75 T-TSP Wear 11S 0.4 23 0.42 148 P1 510XB 002

B 14 75 T-TSP Wear 11S -0.7 17 0.29 113 P1 51OXB 002

B 14 76 T-TSP Wear 14S 0.2 11 0.17 133 P1 510XB 002

B 14 76 T-TSP Wear 12S -0.7 12 0.19 122 P1 510XB 002

B 14 76 T-TSP Wear 12S 0.4 30 0.64 128 P1 510XB 002

B 14 76 T-TSP Wear 10S 0.4 11 0.17 157 P1 510XB 002

B 14 77 T-TSP Wear 13S 0.3 7 0.1 150 P1 510XB 002

B 14 77 T-TSP Wear 12S -0.8 7 0.1 129 P1 510XB 002

B 14 77 T-TSP Wear 12S "0.4 18 0.32 142 P1 510XB 002

B 15 2 T-TSP Wear 14S 0.3 7 0.09 125 P1 510XB 012

B 15 7 T-TSP Wear 11S -0.7 10 0.15 143 P1 51OUL 611

B 15 7 T-TSP Wear' 11S 0.4 13 0.21 153 P1 510UL 611

B 15 9 T-TSP Wear 14S 0.2 8 0.11 146 P1 51OUL 611


TMI-12-O 71, TMI-1 Steam Generator Tube Inspection Report (TJRJ19)A'ttachment-1-i-Exhibit-

SG B, All Service Induced Indications. Outa2e T1R19Location % Ind. Ind. Axial Circ.


B

B
















-0.8

0.4

0.4

-0.7

-0.8

0.2

-0.8

0.2

-0.8

0.4

0.4

0.3

0.2

-0.7

0.3

7

8

14

10

8

7

5

8

21

30

9

6

6

11

8

0.1

0.11

.128

147

0.23 140

0.16 139

0.12

0.1

0.07

0.12

0.39

0.62

0.14

0.09

0.09

0.17

0.13

128.

126

142

133

128

125

134

136

137

124

145

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

510XB

510XB

510XB

510XB

510XB

510XB

510XB

510XB

51OXB

510XB

510XB

510XB

510XB

51OXB

510XB

002

002

002

002

004

004

004

004

004

004

004

004

004

004

004

615

617

617

617

004

004

004

004

004

004


B 16 7 T-TSP Wear 12s

-0.7 16

0.4 14

0.28 135 P1 51OUL

0.2 146 P1 51OUL

B

B

B

B

B

B

B

B

16

16

9 T-TSP Wear 11S

9 T-TSP Wear 11S







-0.8

0.3

-0.8

-0.7

-0.8

-0.8

-0.8

0.4

17

15

9

8

0.25

0.23

0.14

0.12

0.32

0.88

135

134

136

131

126

123

P1

P1

P1

P1

P1

P1

51OUL

51OUL

510XB

510XB

510XB

510XB

510XB

510XB

19

36

12

18

0.19 123 P1

0.31 135 P1

T .eda, pri24.212P.g 1...6Tuesday, April 24, 2012 Page 18of 67



SG B. All Service Induced Indications. Outage TJR19Location % Ilnd. Ind. Axial Circ.


B 17 6 T-TSP Wear 11S 0.4 14 0.2 156 P1 51OUL 617

B 17 8 T-TSP Wear 11S 0.4 15 0.22 146 P1 51OUL 617

B 17 81 T-TSP Wear 11S 0.3 12 0.18 136 P1 51OUL 521

B 17 82 T-TSP Wear 14S 0.2 7 0.1 133 P1 510XB 004

B 17 82 T-TSP Wear 12S -0.8 8 0.11 135 P1 510XB 004

B 17 82 T-TSP Wear 12S 0.4 10 0.16 137 P1 510XB 004

B 17 82 T-TSP Wear 11S -0.8 10 0.15 132 P1 510XB 004

B 17 83 T-TSP Wear 12S -0.8 27 0.54 119 P1 510XB 004

B 17 83 T-TSP Wear 12S 0.4 9 0.14 151 P1 510XB 004

B 18 7 T-TSP Wear 10S -0.8 15 0.23 126 P1 51OUL 617

B 18 8 T-TSP Wear 11S 0.3 16 0.28 151 P1 51OUL 615

B 18 8 T-TSP Wear 11S -0.8 7 0.11 117 P1 51OUL 615

B 18 9 T-TSP Wear 14S -0.9 8 0.12 145 P1 51OUL 617

B 18 21 T-TSP Wear 09S -0.7 7 0.1 104 P1 51OUL 617

B 18 79 T-TSP Wear 12S 0.3 14 0.18 162 P1 51OUL 523

B 18 81 T-TSP Wear 11S 0.4 21 0.3 153 P1 51OUL 523

B 18 83 T-TSP Wear 12S 0.3 11 0.18 141 P1 510XB 004

B 18 83 T-TSP Wear 10S 0.4 12 0.18 150 P1 510XB 004

B 18 84 T-TSP Wear 12S -0.7 10 0.15 121 P1 510XB 004

B 18 84 T-TSP Wear 11S -0.7 21 0.37 119 P1 510XB 004

B 18 85 T-TSP Wear 12S 0.3 8 0.13 165 P1 510XB 004

B 19 8 T-TSP Wear 11S 0.4 8 0.13 153 P1 51OUL 697

B 19 8 T-TSP Wear 10S -0.7 7 0.11 89 P1 51OUL 697

B 19 9 T-TSP Wear 15S 0.2 5 0.08 134 P1 51OUL 697



Attachment-l.Exhibit-2

SG B, All Service Induced Indications. Outage T1R19Location % Ind. Ind. Axial Circ.


B 19 9 T-TSP Wear 11S 0.4 17 0.31 132 P1 510UL .697

B 19 10 T-TSP Wear 11S 0.3 7 0.09 155 P1 51OUL 617

B 19 11 T-TSP Wear 14S -0.9 7 0.11 136 P1 510UL 615

B 19 85 T-TSP Wear 11S 0.4 16 0.21 158 P1 510UL 523

B 19 86 T-TSP Wear 12S 0.3 14 0.24 156 P1 510XB 004

B 19 86 T-TSP Wear 11S -0.8 19 0.33 123 P1 510XB 004

B 19 87 T-TSP Wear 13S -0.8 6 0.09 71 P1 51OXB 004

B 19 87 T-TSP Wear 138 0.2 19 0.33 128 P1 510XB 004

B 19 87 T-TSP Wear 12S -0.8 7 0.1 .103 P1 51OXB 004

B 19 87 T-TSP Wear 11S -0.8 8 0.12 96 P1 51OXB 004

B 20 8 T-TSP Wear 11S 0.3 6 0.1 147 P1 51OUL 615

B 20 86 T-TSP Wear 11S 0.3 18 0.25 155 P1 51OUL 523

B 20 87 T-TSP Wear 11S -0.8 10 0.16 131 P1 510XB 004

B 20 88 T-TSP Wear 11S -0.8 28 0.56 119 P1 510XB 004

B 20 88 T-TSP Wear 11S 0.3 9 0.13 159 P1 510XB 004

B 20 89 T-TSP Wear 11S -0.8 17 0.29 117 P1 510XB 004

B 20 89 T-TSP Wear 11S 0.3 14 0.22 144 P1 510XB 004

B 21 1 T-TSP Wear 14S 0.2 10 0.12 133 P1 510XB 014

B 21 2 T-TSP Wear 14S 0.2 8 0.12 134 P1 510XB 012

B 21 7 T-TSP Wear 15S 0.2 10 0.14 139 P1 51OUL 617

B 21 9 T-TSP Wear 15S 0.2 6 0.08 135 P1 51OUL 617

B 21 9 T-TSP Wear 11S 0.3 9 0.13 143 P1 510UL 617

B 21 14 T-TSP Wear 11S 0.3 11 0.18 154 P1 51OUL 615

B 21 39 T-TSP Wear 08S 0.3 12 0.16 153 P1 51OUL 699


TMI-12-0 71, TMI-1 Steam Generator Tube Inspection Report (T1R19)Attachment 1, Exhibit 2

SG B, All Service Induced Indications. Outage TJR19Location % Ind Ind. Axial Circ.


B 21 52 T-TSP Wear 08S 0.3 15 0.2 152 P1 51OUL 699

B 21 52 T-TSP Wear 07S 0.4 12 0.16 162 P1 51OUL 699

B 21 55 T-TSP Wear 07S 0.4 9 0.12 147 P1 51OUL 699

B 21 58 T-TSP Wear 07S 0.4 11 0.14 159 P1 51OUL 699

B 21 61 T-TSP Wear 08S 0.3 12 0.16 157 P1 51OUL 699

B 21 88 T-TSP Wear 11S 0.4 28 0.47 138 P1 51OUL 523

B 21 89 T-TSP Wear 12S 0.3 12 0.18 148 P1 510XB 004

B 21 89 T-TSP Wear 11S -0.8 9 0.14 102 P1 510XB 004

B 21 90 T-TSP Wear 14S 0.2 15 0.25 135 P1 510XB 004

B 21 90 T-TSP Wear 11S -0.7 9 0.13 117 P1 510XB 004

B 22 8 T-TSP Wear 1OS -0.7 6 0.1 101 P1 51OUL 615

B 22 9 T-TSP Wear 11S 0.3 12 0.18 152 P1 51OUL 617

B 22 27 T-TSP Wear 08S 0.4 19 0.27 163 P1 51OUL 711

B 22 33 T-TSP Wear .08S 0.3 9 0.11 146 P1 51OUL 711

B 22 52 T-T Wear 08S 18.3 5 15.8 20.8 5.0 53 0.23 103 129 510XP 803

B 22 52 T-T Wear 08S 19.6 9 16.5 22.7 6.3 53 0.57 75 53 510XP 803

B 22 53 T-T Wear 08S 20.3 10 16.9 23.8 6.9 67 0.62 73 65 510XP 803

B 22 62 T-TSP Wear 09S 0.4 8 0.1 150 P1 51OUL 699

B 22 62 T-TSP Wear 08S 0.4 9 0.11 154 P1 51OUL 699

B 22 62 T-T Wear 08S 17.4 15 13.6 21.2 7.6 67 1.29 84 57 510XP 803

B 22 63 T-TSP Wear 08S -0.8 13 0.17 106 P1 51OUL 699

B 22 63 T-T Wear 08S 17.4 13 13.7 21.1 7.5 67 0.99 93 69 510XP 803

B 22 63 T-T Wear 08S 18.6 10 15.5 21.7 6.2 67 0.63 99 5 510XP 803

B 22 67 T-T Wear 08S 18.5 6 16.3 20.7 4.4 53 0.3 73 93 510XP 809

Tuesday, April 24, 2012 Page 21 of 6 7


Attachment-li.Exhibit-2

SG BA All Service Induced Indications. Outare T1R19Location % Ind Ind. Axial Circ.


B 22 67 T-TSP Wear 08S -0.8 9 0.14 110 P1 51OUL 521

B 22 90 T-TSP Wear 11S 0.4 13 0.17 150 P1 51OUL 523

B 22 91 T-TSP Wear 11S -0.8 9 0.14 123 P1 510XB 004

B 22 91 T-TSP Wear 11S 0.4 17 0.29 155 P1 510XB 004

B 22 92 T-TSP Wear 12S 0.3 16 0.27 155 P1 510XB 004

B 23 8 T-TSP Wear 11S 0.3 9 0.13 151 P1 51OUL 617


B 23 9 T-TSP Wear 11S 0.3 10 0.16 141 P1 51OUL 615


B 23 46 T-T Wear 08S 19.4 8 17.0 21.7 4.7 80 0.41 74 81 510XP 803

B 23 52 T-T Wear 08S 19.4 4 17.5 21.3 3.8 67 0.17 59 117 510XP 803

B 23 54 T-TSP Wear 08S 0.3 17 0.22 156 P1 51OUL 711

B 23 60 T-T Wear 08S 17.7 6 16.3 19.1 2.8 67 0.25 72 165 510XP 803

B 23 61 T-TSP Wear 08S 0.4 10 0.17 144 P1 51OUL 729

B 23 62 T-T Wear 07S 20.4 6 18.4 22.4 4.0 67 0.28 84 41 510XP 803

B 23 63 T-T Wear 08S 17.9 11 14.7 21.1 6.4 67 0.73 94 17 510XP 803

B 23 66 T-TSP Wear 08S 0.4 13 0.17 160 P1 51OUL 523

B 23 68 T-TSP Wear 08S 0.4 19 0.28 154 P1 51OUL 523

B 23 68 T-TSP Wear 07S 0.5 14 0.18 158 P1 51OUL 523

B 23 93 T-TSP Wear 12S 0.3 15 0.25 142 P1 510XB 004

B 23 93 T-TSP Wear 11S -0.8 7 0.11 91 P1 51OXB 004

B 24 7 T-TSP Wear 11S 0.3 8 0.13 151 P1 51OUL 615

B 24 8 T-TSP Wear 11S 0.3 11 0.16 151 P1 51OUL 617

iuesday, April24, 2012 Page 22 of 67Tuesday, April 24, 2012 Page 22 of 6 7



SG BA All Service Induced Indications. Outage T1R19Location %d. Ind. Axial Cire.











B 24 55 T-T Wear 08S
















-0.7

0.4

0.4

0.3

0.4

0.4

-0.7

0.3

0.3

18.8

-0.8

-0.8

0.3

0.4

0.2

19.4

18.9

.0.3

0.4

0.3

18.5

0.3

0.4

18.9

16.7 20.9

16.5 22.3

15.2 22.6

14.8 22.3

16.9 21.0

Page 23 of 67

4.2 67

5.8 53

7.4 53

7.6 53

4.1 67

0.07

0.23

0.17

0.14

0.1

0.17

0.08

0.13

0.2

0.32

0.08

0.15

0.11

0.14

0.1

0.42

0.91

0.15

0.18

0.16

1.2

0.26

0.16

0.23

83

143

149

153

151

153

45

148

149

78

140

136

141

149

141

77

82

158

132

139

90

151

149

103

P1

P1

P1

P1

P1

P1

P1

P1

P1

153

P1

P1

P1

P1

P1

89

45

P1

P1

P1

21

P1

P1

17

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510XP

510XB

510XB

51OUL

51OUL

51OUL

510XP

510XP

51OUL

51OUL

51OUL

510XP

51OUL

51OUL

510XP

615

709

709

711

711

711

711

711

711

803

004

004

617

617

615

809

803

711

709

709

803

709

709

803

TMI-12-O 71, TMI-1 Steam Generator Tube Inspection Report (TJRJ9)-~AttachrnentlT;Exhibit-2

SG B, All Service Induced Indications. Outa2e T1R19Location % Ind. Ind Axial Circ.



26 2 T-TSP Wear 14S


26 29 T-T Wear 08S

26 30 T-T Wear 08S

26 30 T-T Wear 08S


26 33 T-T Wear 08S

26 39 T-T Wear 08S


26 43 T-T Wear 08S









27 44 T-T Wear 08S


27 49 T-T Wear 08S

27 50 T-T Wear 08S

0.4

0.2

0.4

18.7

18.9

19.4

0.3

18.8

18.4

0.3

18.6

-0.8

0.3

0.4

0.4

0.4

0.2

-0.8

0.4

18.5

0.4

18.4

18.6

15.8 21.6

16.6 21.3

17.2 21.7

15.3 22.4

14.8 22.1

5.8 53

4.7 53

4.5 53

7.1 53

7.3 53

16.0 21.2 5.2 67

16.2 20.9 4.7 67

0.18

0.12

0.14

0.43

0.36

0.38

0.09

0.98

1.02

0.2

0.57

0.13

0.11

0.18

0.2

0.22

0.09

0.17

0.14

0.56

0.09

0.31

0.31

161

143

149

79

86

92

157

89

88

146

76

97

156

153

150

129

125

125

159

89

156

82

86

P1

P1

P1

45

89

165

P1

33

9

P1

45

P1

P1

P1

P1

P1

P1

P1

P1

33

P1

81

69

51OUL

510XB

51OUL

510XP

510XP

510XP

51OUL

510XP

510XP

51OUL

510XP

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

510XB

510XB

510XP

51OUL

510XP

510XP

709

014

615

809

803

803

711

803

803

709

803

709

711

521

521

521

004

004

004

803

711

803

803

16.0 20.7

15.5 21.8

4.7 53

6.3 67

Tuesday, April24, 2012 Page 24 of 67Tuesday, April 24, 2012 Page 24 of 6 7



SG B, All Service Induced Indications, Outage TJR19Location % In. Ind. Axial Cire.


B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

-B

B

B

B

B

B

B

B

B

Tuesday, Apri








28 6 T-TSP Wear 10S

28 7 T-TSP Wear 09S

28 8 T-TSP Wear 11S

28 42 T-T Wear 07S



28 68 T-T Wear 08S

28 68 T-T Wear 08S






29 31 T-T Wear 08S


29 32 T-T Wear 08S

29 32 T-T Wear 08S

0.4

0.4

0.4

0.3

0.4

0.3

-0.8

-0.7

0.4

-0.8

20.1

0.4

0.4

18.3

17.8

-0.7

-0.8

0.3

0.3

0.0

18.0

0.4

18.4

18.0

19

15

11

6

19

12

6

12

8

22

6

11

10

5

4

13

9

10

7

10

6

9

5

10

17.8 22.3 4.5 53

0.27

0.24

0.14

0.09

0.33

0.19

0.08

0.19

0.12

0.39

0.27

0.13

0.17

0.18

0.17

0.21

0.13

0.15

0.1

0.15

0.29

0.13

0.2

0.64

143

136

158

136

146

137

128

126

154

134

50

150

147

76

65

113

126

156

135

132

85

146

87

87

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

45

P1

P1

149

65

P1

P1

P1

P1

P1

21

P1

125

41

51OUL

51OUL

51OUL

510XB

510XB

51OXB

510XB

51OUL

51OUL

51OUL

510XP

51OUL

51OUL

510XP

510XP

51OUL

510XB

510XB

510XB

510XB

510XP

51OUL

510XP

510XP

523

521

523

004

004

004

004

621

619

621

803

711

709

803

803

521

004

004

004

004

803

621

803

803

16.5 20.0 3.5 67

16.1 19.5 3.4 67

15.5 20.4

15.2 21.5

14.5 21.5

Page 25 of 67

4.9 53

6.3 53

7.0 53

124, 2012

TMI-12-O 71, TMI-1 Steam Generator Tube Inspection Report (TJRJ19)-Attach men t-]yExh ibit-2

SG B, All Service Induced Indications, Outage T1R19Location % Ind. hid. Axial Circ.



























20.5

19.1

18.2

18.4

0.4

19.1

-0.8

17.9

0.4

17.0

0.3

0.4

-0.7

0.4

0.4

17.2

18.7

18.0

17.8

0.3

18.8

19.1

18.4

19.5

6 18.5 22.6

5 17.5 20.7

5 16.1 20.3

5 16.6 20.2

16.8 21.4

15.4 20.5

14.5 19.6

14.3 20.2

16.3 21.1

14.7 21.4

15.2 20.3

16.4 21.2

16.7 21.5

16.4 20.4

17.2 21.7

Page 26 of 67

4.2 53

3.3 53

4.2 53

3.6 53

4.6 53

5.0 53

5.1 67

5.9 53

4.8 53

6.6 53

5.1 53

4.7 53

4.8 53

4.0 53

4.5 53

0.26

0.23

0.22

0.2

0.12

0.34

0.09

0.47

0.14

0.53

0.16

0.2

0.15

0.17

0.35

0.16

0.25

0.69

0.2

0.13

0.29

0.28

0.21

0.43

66

64

78

61

157

80

106

97

153

82

147

146

141

154

133

46

75

88

66

151

74

83

77

78

29

45'

101

89

P1

45

P1

29

P1

41

P1

P1

P1

P1

P1

9

5

29

137

P1

29

45

41

33

510XP

510XP

510XP

510XP

51OUL

510XP

51OUL

510XP

51OUL

510XP

51OUL

51OUL

51OUL

51OUL

510XB

510XP

510XP

510XP

510XP

51OUL

510XP

510XP

510XP

510XP

803

803

803

803

711

803

711

803

709

803

521

523k

523

523

004

803

803

803

803

709

803

803

803

803

TMI-12-071, TMI-1 Steam Generator Tube Inspection Report (TIR19)Attachment 1, Exhibit 2

SG B. All Service Induced Indications. Outaze TIR19Location % Ind. Ind. Axial Circ.





















B 32 .25 T-T Wear 08S





0.4

0.4

0.4

-0.7

0.3

-0.8

-0.8

-0.9

-0.7

19.1

18.8

17.9

18.8

0.3

0.4

0.3

0.2

-0.7

-0.8

18.6

19.6

19.6

18.4

9

12

21

9

9

7

9

6

8

7

7

.8

5

10

10

16

7

5

11

4

5

5

9

16.5 21.6

16.3 21.3

15.2 20.7

16.7 21.0

5.2 53

4.9 67

5.5 67

4.2 67

0.13

0.15

0.37

0.13

0.14

0.09

0.14

0.09

0.09

0.36

0.36

0.43

0.21

0.15

0.12

0.26

0.09

0.08

0.17

0.15

0.18

0.19

0.55

126

152

141

138

134

100

123

141

114

64

73

98

69

141

146

142

140

121

148

97

85

66

94

P1

P1

P1

P1

P1

P1

P1

P1

P1

29

45

129

53

P1

P1

P1

P1

P1

P1

21

69

5

153

51OUL

51OUL

510XB

510XB

510XB

510XB

51OUL

51OUL

51OUL

510XP

510XP

510XP

510XP

51OUL

51OUL

510XB

510XB

51OUL

51OUL

510XP

510XP

510XP

510XP

521

523

004

004

004

012

619

621

711

803

803

803

803

521

523

004

012

621

621

803

803

803

803

16.7 20.5 3.8 53

17.2 21.9 4.7 53

17.2 21.9 4.7 53

15.6 21.2 5.5 53

Page 27 of 67

TMI-12-O071, TMI-1 Steam Generator Tube Inspection Report (TIR19)

Attch-me-nt-lEXhibit-2

SG B, All Service Induced Indications, Outa2e T1R19

SG Row Tjube Type

28 T-T Wear

29 T-T Wear

32 T-TSP Wear

34 T-T Wear

35 T-T Wear

38 T-TSP Wear

40 T-T Wear

44 T-T Wear

55 T-T Wear

56 T-T Wear

56 T-T Wear

59 T-T Wear

63 T-TSP Wear

67 T-T Wear

69 T-T Wear

69 T-T Wear

24 .T-TSP Wear

26 T-T Wear

27 T-T Wear

28 T-T Wear

30 T-T Wear

44 T-TSP Wear

49 T-T Wear

LocationTSP Offset

Ind. IntL Axial Circ.

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

17.9

18.0

0.4

19.2

19.5

0.4

18.3

18.5

18.7

18.4

18.5

19.0

0.3

18.1

18.1

18.1

0.4

19.8

19.4

18.5

18.4

0.4

18.2

T.W.

4

10

8

7

6

9

5

6

5

8

4

5

10

8

6

7

9

5

5

7

3l

11

3

Start End Length Degrees

16.3 19.4

15.2 20.9

16.9 21.5

17.5 21.5

15.7 20.9

16.2 20.7

17.0 20.5

15.4 21.4

16.9 20.1

17.3 20.7

15.5 20.6

16.0 20.3

15.9 20.2

17.8 21.9

17.6 21.2

15.9 21.1

15.4 21.3

16.2 20.1

3.2

5.8

4.6

4.0

5.2

4.5

3.5

6.1

3.2

3.4

5.1

4.3

4.4

4.1

3.6

5.2

5.9

0.16

0.67

0.13

0.35

0.25

0.14

0.19

0.31

0.22

0.43

0.16

0.23

0.13

0.43

0.31

0.34

0.14

0.23

0.19

0.34

0.71

0.17

0.11

Volts Phase Chn. Probe Cal

76 69

88 41

151 P1

71 77

88 89

155 P1

71 53

69 29

102 57

88 137

86 69

91 105

151 P1

91 101

87 101

89 P8

164 P1

72 153

87 101

92 101

86 149

154 P1

89 117

510XP

510XP

51OUL

510XP

510XP

51OUL

510XP

510XP

510XP

510XP

510XP

510XP

51OUL

510XP

510XP

510XP

51OUL

510XP

510XP

510XP

510XP

51OUL

510XP

803

803

619

803

803

709

803

803

803

803

803

803

711

803

803

803

619

807

807

807

807

709

8033.9 53

Tuesday, April24, 2012 Page 28of 67Tuesdqv, April 24, 2012 Page 28of 67



SG Row Tube Type

B 33 52 T-TSP Wear

B 33 61 T-TSP Wear

B 33 61 T-T Wear

B 33 69 T-T Wear

B 33 76 T-TSP Wear

B 33 107 T-TSP Wear

B 33 107 T-TSP Wear

B 34 3 T-TSP Wear

B 34 6 T-TSP Wear

B 34 8 T-TSP Wear

B 34 20 T-TSP Wear

B 34 25 T-T Wear

B 34 25 T-T Wear

B 34 26 T-T Wear

B 34 27 T-T Wear

B 34 27 T-T Wear

B 34 28 T-TSP Wear

B 34 29 T-TSP Wear

B 34 64 T-TSP Wear

B 34 69 T-TSP Wear

B 34 71 T-TSP Wear

B 34 85 T-TSP Wear

B 34 110 T-TSP Wear

SG BA All Service Induced Indications. Outage TJR19Location % Ind. Ind. Axial Circ.

TSP Offset T. W. Start End Length Degrees Volts

08S 0.4 11 0.19

08S 0.4 14 0.18

08S 18.4 5 16.9 20.0 3.1 80 0.21

08S 18.6 7 16.1 21.0 4.9 67 0.39

08S 0.4 14 0.23

iS 0.3 11 0.18

is -0.8 10 0.15

Phase

159

146

57

95

144

142

126

10S

15S

11s

09S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

08S

11S

-0.7

0.2

-0.8

0.4

20.1

18.9

20.3

20.3

19.2

0.3

0.4

0.3

0.4

0.4

0.4

0.4

17.4 22.8

16.5 21.3

18.0 22.5

17.0 23.6

16.6 21.7

5.4 53

4.8 53

4.5 53

6.7 40

5.1 40

0.08

0.15

0.15

0.16

0.46

0.18

0.44

0.78

0.36

0.27

0.13

0.1

0.14

0.12

0.24

0.15

69

144

135

142

78

85

70

88

92

152

162

142

151

152

148

143

Chn. Probe

P1 51OUL

P1 51OUL

117 510XP

113 510XP

P1 51OUL

P1 510XB

P1 510XB

P1 51OXB

P1 51OUL

P1 51OUL

P1 51OUL

165 510XP

93 510XP

165 510XP

165 510XP

89 510XP

P1 51OUL

P1 51OUL

P1 51OUL

P1 51OUL

P1 51OUL

P1 51OUL

P1 510XB

Cal

709

711

803

803

533

004

004

012

621

621

621

807

807

807

807

807

621

619

711

729

729

533

006

-.- j

Tuesday, April 24, 2012 Page29qf67

TMI-12-O 71, TMI-1 Steam Generator Tube Inspection Report (TJRJ9)-~~A-fdct~Me-ntF1yE..hibWjt2

SG Row Tube Type

B 35 1 T-TSP Wear

B 35 1 T-TSP Wear

B 35 4 T-TSP Wear

B 35 6 T-TSP Wear

B 35 23 T-TSP Wear

B 35 25 T-T Wear

B 35 26 T-T Wear

B 35 27 T-T Wear

B 35 28 T-T Wear

B 35 30 T-T Wear

B 35 31 T-T Wear

B 35 33 T-TSP Wear

B 35 34 T-T Wear

B 35 35 T-T Wear

B 35 35 T-TSP Wear

B 35 56 T-TSP Wear

B 35 74 T-TSP Wear

B 35 82 T-TSP Wear

B 35 111 T-TSP Wear

B 35 112 T-TSP Wear

B 36 5 T-TSP Wear

B 36 28 T-TSP Wear

B 36 30 T-T Wear

TMI-12-071, TMI-1 Steam Generator Tube

Inspection

Report (T1R19)

A-tt

•-•h-m-e•t-l •Exh-i b-it-2

SG B, All Service Induced Indications. Outa2e TJR19Location % Ind. Ind. Axial Circ.

TSP Offset T. W. Start End Length Degrees Volts

lS -0.7 9 0.11

los -0.8 16 0.22

14S 0.2 7 0.1

11S 0.3 8 0.12

08S 0.4 7 0.1

08S 20.1 8 17.6 22.5 5.0 53 0.44

08S 20.1 8 17.5 22.8 5.4 53 0.42

08S 20.3 13 17.0 23.6 6.7 53 0.97

08S 19.4 8 16.9 21.9 5.0 53 0.41

08S 19.2 9 16.4 21.9 5.5 53 0.53

08S 19.3 5 17.0 21.6 4.5 53 0.22

08S 0.3 13 0.21

08S 19.4 6 16.7 22.2 5.5 53 0.26

08S 18.7 5 16.7 20.8 4.1 53 0.2

08S 0.3 10 0.16

08S 0.3 9 0.14

08S 0.4 12 0.18

08S 0.4 10 0.16

Phase

128

128

145

154

148

102

91

87

101

83

71

162

67

77

163

146

143

142

140

162

145

159

81

Chn. Probe

P1 510XB

P1 510XB

P1 51OUL

P1 51OUL

P1 51OUL

153 510XP

153 510XP

153 510XP

77 510XP

161 510XP

149 510XP

P1 51OUL

89 510XP

161 510XP

P1 51OUL

P1 51OUL

P1 51OUL

P1 51OUL

P1 510XB

P1 510XB

P1 51OUL

P1 51OUL

149 510XP

Cal

014

014

621

621

619

807

807

807

807

807

807

619

807

807

619

709

533

533

042

004

621

619

807

11S 0.4 21

10S

10S

08S

08S

0.4

-0.7

0.4

19.2

11

11

7

8

0.33

0.17

0.17

0.11

0.4716.4 22.1 5.7 53




SG B. All Service Induced Indications, Outage T1R19Location %d. d Ind Axial Circ.


B 36 31 T-T Wear 08S 18.0 4 16.7 19.3 2.6 53 0.15 .66 29 510XP 807

B 36 34 T-T Wear 08S 20.2 4 17.8 22.5 4.8 53 0.17 68 29 510XP 807

B 36 79 T-TSP Wear 08S 0.4 12 0.16 154 P1 51OUL 535

B 36 82 T-TSP Wear 08S 0.4 8 0.12 142 P1 510UL 533

B 36 86 T-TSP Wear 08S 0.4 9 0.14 148 P1 51OUL 533

B 36 90 T-TSP Wear 08S 0.4 10 0.16 139 P1 51OUL 533

B 36 112 T-TSP Wear 11S 0.4 17 0.29 155 P1 510XB 004

B 36 113 T-TSP Wear 11S -0.8 12 0.17 140 P1 510XB 034

B 36 113 T-TSP Wear 11S 0.4 19 0.28 139 P1 510XB 034

B 37 7 T-TSP Wear 11S -0.8 11 0.17 148 P1 51OUL 621

B 37 28 T-TSP Wear 08S 0.4 11 0.17 154 P1 51OUL 619

B 37 33 T-TSP Wear 08S 0.4 11 0.16 156 P1 51OUL 621

B 37 73 T-TSP Wear 08S 0.4 10 0.15 145 P1 51OUL 717

B 37 74 T-TSP Wear 08S 0.4 9 0.14 138 P1 51OUL 717

B 37 81 T-TSP Wear 08S 0.4 11 0.16 133 P1 51OUL 533

B 37 83 T-TSP Wear 08S 0.4 8 0.11 130 P1 51OUL 533

B 37 84 T-TSP Wear 08S 0.4 13 0.16 154 P1 51OUL 535

B 37 85 T-TSP Wear 08S 0.4 12 0.18 136 P1 51OUL 533

B 37 87 T-TSP Wear 08S 0.4 8 0.11 142 P1 51OUL 533

B 37 91 T-TSP Wear 08S 0.4 7 0.11 136 P1 51OUL 533

B 37 94 T-TSP Wear 08S 0.3 14 0.18 153 P1 51OUL 535

B 37 114 T-TSP Wear 11S 0.4 23 0.37 134 P1 510XB 034


Tluesday, April 24, 2012 Page 31 of 67


Attachment-l.Exhibit-2

SG BA All Service Induced Indications, Outage TJR19Location % Ind. Ind Axial Circ.




38 33 T-T Wear 08S



38 74 T-T Wear 08S




39 4 T-TSP Wear 10S

39 5 T-TSP Wear 09S

39 7 T-TSP Wear 14S



39 34 T-T Wear 08S

39 34 T-T Wear 08S




39 90 T-T Wear 08S

39 91 T-T Wear 08S

40 33 T-T Wear 08S

0.3

0.4

19.9

0.4

0.3

18.8

-0.8

0.3

0.3

-0.7

0.4

0.2

0.4

0.3

18.7

18.2

0.4

0.4

0.4

17.7

18.5

18.3

17.3 22.4 5.1 53

.17.6 20.0 2.4 67

0.21

0.18

0.48

0.19

0.19

0.19

0.08

0.19

0.09

0.1

0.19

0.11

0.17

0.12

0.42

0.34

0.19

0.13

0.11

0.37

0.49

0.26

157

161

69

154

161

79

106

151

149

127

164

150

160

154

91

84

164

148

155

94

79

108

P1

P1

161

P1

P1

57

P1

P1

P1

P1

P1

P1

P1

P1

113

165

P1

P1

P1

57

77

153

51OUL

51OUL

510XP

51OUL

51OUL

510XP

51OUL

51OUL

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

510xP

510XP

51OUL

51OUL

51OUL

510XP

510XP

510XP

621

619

807

621

619

803

535

535

034

621

619

619

621

619

807

807

619

717

535

803

803

807

807

16.3 21.0 4.8 53

16.1 20.2 4.1 53

15.4 20.0

16.0 20.9

16.5 20.1

4.7 67

5.0 53

3.6 53

4.8 53B 40 34 T-T Wear 08S 18.8 7 16.4 21.2 0.4 85 101 . 510XP

Tuesday, April 24, 2012 Tuesay, pri24, 012Page 32 of 67



SG B, All Service Induced Indications. Outaze TJR19Location % Ind. Ind Axial Circ.





40 90 T-T Wear 08S

40 91 T-T Wear 08S


40 95 T-T Wear 08S

40 95 T-T Wear 08S


40 96 T-T Wear 08S








42 2 T-TSP Wear 14S

42 25 T-T Wear 08S

42 25 T-T Wear 08S


42 26 ToT Wear 08S

42 27 T-T Wear 08S

0.4

0.3

0.3

18.1

18.2

-0.8

18.0

17.8

-0.7

17.4

0.3

0.3

0.4

0.4

-0.7

0.4

0.3

0.2

20.1

20.2

0.3

19.2

17.7

9

12

10

15.9 20.3

15.9 20.4

16.0 19.9

15.2 20.4

15.0 19.9

17.6 22.5

17.5 22.8

4.4 67

4.5 67

3.9 53

5.2 67

5.0 80

5.0 53

5.4 53

4.5 53

2.7 53

0.13

0.15

0.15

0.26

0.24

0.1

0.25

0.34

0.08

0.36

0.17

0.23

0.16

0.13

0.1

0.16

0.11

0.14

0.25

0.21

0.19

0.32

0.17

127

158

119

80

80

123

92

74

107

90

161

157

154

120

81

156

129

134

93

94

151

78

86

P1

P1

P1

93

93

P1

81

9

P1

21

P1

P1

P1

P1

P1

P1

P1

P1

89

165

P1

165

101

51OUL

51OUL

51OUL

510XP

510XP

51OUL

510XP

51OXP

51OUL

510XP

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

510XP

510XP

S5OUL

51OXP

510XP

533

535

533

803

803

535

803

803

535

803

627

629

627

533

535

535

533

014

807

807

629

807

807

7 17.0 21.5

4 16.4 19.0

B 42 82 T-TSP Wear 08S 0.4 8 0.12 142 P1 51OUL 541


TMI-12-O 71, TMI-1 Steam Generator Tube Inspection Report (TJRJ19)-Attachment l7-Exhibit-2

SG B, All Service Induced Indications. Outawe TJR19Location % Ind. Ind. Axial Circ.


























0.4

0.4

18.9

19.7

20.0

18.8

19.0

0.4

0.3

-0.8

0.4

0.4

0.4

0.4

0.4

0.4

0.4

-0.8

19.0

0.4

18.5

18.8

18.7

15.9 22.0

16.5 22.9

17.9 22.1

16.9 20.8

16.6 21.4

16.1 21.9

'16.2 20.9

17.0 20.7

16.7 20.7

Page 34 of 67

6.1 40

6.4 53

4.2 40

3.9 53

4.8 53

5.8 53

4.7 53

3.7 53

4.0 53

0.13

0.11

0.38

0.28

0.19

0.33

0.23

0.19

0.11

0.1

0.13

0.1

0.09

0.22

0.08

0.1

0..18

0.19

0.43

0.14

0.32

0.24

0.16

149

155

93

85

85

94

78

157

147

110

156

153

109

142

107

135

141

141

82

149

79

102

95

P1

P1

165

153

101

153

117

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

153

P1

65

105

53

51OUL

51OUL

510XP

510XP

510XP

510XP

510XP

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

510XP

51OUL

510XP

510XP

510XP

543

543

807

807

807

807

807

627

627

629

721

543

541

543

541

543

543

022

807

627

807

807

807



SG B. All Service Induced Indications. Outawe T1R19Location % Ind. Ind. Axial Circ.



B 44 74 T-TSP Wear - 08S























0.4

0.4

0.4

0.4

0.4

0.3

0.4

0.5

19.0

19.5

19.3

0.4

0.4

0.4

-0.7

0.2

-0.8

0.3

0.5

0.4

19.0

19.0

18.8

7

11

9

18

8

9

7

15.9 22.0

16.2 22.7

17.5 21.0

17.6 20.5

17.6 20.5

16.7 20.8

Page 35 of 67

6.1 53

6.5 53

3.5 63

2.9 67

2.9 67

4.1 53

0.11 152

0.15 159

0;12 131

0.22 154

0.11 111

0.12 143

0.13 152

0.15 163

0.55 88

0.45 80

0.35 73

0.14 157

0.17 132

0.13 128

0.07 88

0.12 129

0.13 128

0.14 140

0.12 153

0.14 148

0.14 88

0.11 35

0.39 89

P1

P1

P1

P1

P1

P1

P1

P1

89

113

101

P1

P1

P1

P1

P1

P1

P1

P1

P1

77

33

81

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

51OUL

51OUL

510XP

510XP

510XP

51OUL

51OUL

51OUL

51OUL

510XB

51OUL

51OUL

51OUL

51OUL

510XP

510XP

510XP

721

723

541

543

541

022

725

725

807

807

011

721

541

541

543

020

725

725

635

629

803

803

807


-Attachment7-,Exhibit-2

SG BA All Service Induced Indications. Outage T1R19Location % Imd. Ind Axial Circ.

SG Row Tube Type TSP Offset T. W. Start End Length Degrees Volts Phase CChn. Probe Cal

B 46 25 T-T Wear 08S 18.8 6 16.9 20.8 3.9 53 0.29 90 153 510XP 807

B 46 26 T-T Wear 08S 20.0 5 18.1 21.9 3.8 40 0.23 91 77 510XP 807

B 46 27 T-TSP Wear 09S 0.4 7 0.1 141 P1 51OUL 629

B 46 29 T-T Wear 08S 19.7 6 17.0 22.4 5.3 53 0.29 64 101 510XP 807

B 46 76 T-TSP Wear 08S 0.3 9 0.12 158 P1 51OUL 723

B 46 84 T-TSP Wear 08S 0.4 11 0.17 163 P1 51OUL 541

B 46 103 T-T Wear 08S 18.9 8 16.5 21.3 4.8 67 0.41 72 101 510XP 803

B 46 112 T-TSP Wear 11S 0.3 10 0.14 144 P1 51OUL 541


B 47 4 T-TSP Wear 14S -0.8 8 0.16 138 P1 51OUL 725

B 47 4 T-TSP Wear 14S 0.3 10 0.19 147 P1 51OUL 725

B 47 7 T-TSP Wear 09S 0.4 8 0.11 145 P1 51OUL 635

B 47 22 T-TSP Wear 08S 0.4 8 0.12 147 P1 51OUL 637

B 47 28 T-TSP Wear 08S 0.3 11 0.15 157 P1 51OUL 637

B 47 73 T-TSP Wear 08S 0.4 12 0.17 152 P1 51OUL 673

B 47 74 T-TSP Wear 08S 0.4 13 0.17 164 P1 51OUL 723

B 47 76 T-TSP Wear 08S 0.4 15 0.21 154 P1 51OUL 723

B 47 81 T-TSP Wear 08S 0.4 8 0.1 148 P1 51OUL 541

B 47 98 T-TSP Wear 08S 0.4 10 0.15 118 P1 51OUL 541

B 47 101 T-T Wear 08S 19.0 8 16.5 21.5 5.0 67 0.46 85 113 510XP 803

B 47 101 T-T Wear 08S 17.8 10 14.6 21.1 6.4 67 0.67 91 165 510XP 803

B 47 102 T-T Wear 08S 18.6 11 15.4 21.9 6.5 67 0.71 91 153 510XP 803

B 47 102 T-TSP Wear 08S 0.4 9 0.11 149 P1 51OUL 543




SG B. All Service Induced Indications. Outage T1R19Location % Ind. Ind. Axial Circ.


B 47 118 T-TSP Wear 11S 0.4 17 0.25 149 P1 510XB 034

B 47 118 T-TSP Wear 11S -0.7 9 0.11 119 P1 510XB 034

B 48 1 T-TSP Wear 14S 0.3 13 0.19 143 P1 510XB 022

B 48 4 T-TSP Wear los 0.3 8 0.13 144 P1 51OUL 727

B 48 5 T-TSP Wear 15S 0.3 6 0.12 141 P1 51OUL 725

B 48 6 T-TSP Wear 15S 0.2 9 0.14 134 P1 51OUL 727

B 48 18 T-TSP Wear 08S 0.4 8 0.12 153 P1 51OUL 635

B 48 24 T-TSP Wear 08S 0.3 15 0.26 136 P1 51OUL 635

B *48 78 T-TSP Wear 08S 0.4 8 0.13 151 P1 51OUL 721

B 48 93 T-TSP Wear 08S 0.4 12 0.18 144 P1 51OUL 553

B 48 94 T-TSP Wear 08S 0.4 19 0.29 165 P1 51OUL 555

B 48 117 T-TSP Wear 11S -0.8 9 0.12 128 P1 51OUL 555

B 48 118 T-TSP Wear 11S 0.3 9 0.14 152 P1 51OUL 553

B 49 4 T-TSP Wear 14S 0.3 16 0.28 132 P1 51OUL 727

B 49 5 T-TSP Wear 15S 0.2 7 0.14 137 P1 51OUL 725

B 49 5 T-TSP Wear 10S 0.3 8 0.15 148 P1 51OUL 725

B 49 6 T-TSP Wear 15S 0.2 7 0.11 131 P1 51OUL 727

B 49 9 T-TSP Wear 09S 0.4 11 0.16 158 P1 51OUL 637

B 49 24 T-TSP Wear 08S 0.3 6 0.09 146 P1 51OUL 635

B 49 28 T-TSP Wear 08S 0.4 9 0.14 155 P1 51OUL 635

B 49 30 T-TSP Wear 08S 0.4 9 0.13 154 P1 51OUL 635

B 49 31 T-TSP Wear 08S 0.4 7 0.1 147 P1 51OUL 637

B 49 89 T-TSP Wear 08S -0.8 6 0.07 132 P1 51OUL 555

Tuesday, April 241. 2012 Page 37 of 67

TMI-12-O 71, TMI-1 Steam Generator Tube Inspection Report (TJRJ9)Atachmenti7-Exhibit-2

SG BA All Service Induced Indications, Outat e TJR19Location % Ind. Ind. Axial Circ.






50 3 T-TSP Wear 14S




50 103 T-T Wear 08S







51 102 T-T Wear 08S

51 102 T-T Wear 08S

51 103. T-T Wear 08S




52 2 T-TSP Wear 10S

0.4

0.4

0.4

-0.8

0.3

0.4

0.3

0.3

18.9

-0.8

-0.8

0.4

-0.8

-0.8

0.4

18.9

19.6

18.6

-0.7

0.5

0.4

-0.7

15.2 22.6

15.2 22.6

16.9 22.4

15.6 - 21.6

7.4 80

7.4 93

5.5 67

6.0 80

0.12

0.07

0.14

0.19

0.11

0.11

0.19

0.18

1.24

0.1

0.08

0.17

0.1

0.08

0.14

1.18

0.4

0.62

0.08

0.13

0.17

0.12

147 P1 51OUL 555

128 P1 51OUL 553

145 P1 51OUL 555

135 P1 51OUL 555

138 P1 51OUL 725

149 P1 51OUL 635

164 P1 51OUL 635

151 P1 51OUL 553

80 53 510XP 803

58 P1 51OUL 635

78 P1 51OUL 637

160 P1 51OUL 723

90 P1 51OUL 555

108 P1 51OUL 555

144 P1 51OUL 555

88 65 510XP 803

114 141 510XP 803

82 29 510XP 803

110 P1 51OUL 555

149 P1 51OUL 553

12

8

155

142

P1

P1

510XB

510XB

034

020

635B 52 27 T-TSP Wear 08S 0.3 6 0.1 139 P1 51OUL


TMI-12--071, TMI-1 Steam Generator Tube Inspection Report (TJR19)



TSP Offset T. W. Start End Length Degrees Volts PhaseSG Row Tube Type Chn. Probe CalI52 29 T-TSP Wear 09S




52 104 T-T Wear 08S

52 104 T-T Wear 08S


52 106 T-T Wear 08S

53 2 T-TSP Wear 10S


53 105 T-T Wear 08S







54 103 T-T Wear 08S

54 105 T-T Wear 08S

54 106 T-T Wear 08S




0.4

0.3

0.4

0.3

19.2

18.5

0.3

18.5

-0.7

0.4

19.3

0.2

0.3

0.3

0.4

0.3

0.3

19.0

18.3

19.3

0.4

0.3

-0.8

7

6

9

10

17.2 21.2

15.5 21.6

4.0 53

6.1 53

15.2 21.8 6.6 53

16.4 22.3

16.5 21.5

16.2 20.5

1616 22.0

5.9 53

5.0 53

4.3 53

5.4 53

0.1

0.08

0.12

0.15

0.18

0.34

0.13

0.62

0.1

0.14

0.4

0.14

0.14

0.11

0.13

0.13

0.15

0.34

0.24

0.42

0.1

0.3

0.32

132

144

146

155

76

63

152

108

134

152

89

142

157

159

144

149

153

77

58

88

151

136

125

P1 51OUL

P1 51OUL

P1 510XB

P1 51OUL

69 510XP

5 51oXP

P1 51OUL

117 510XP

P1 510XB

P1 51OUL

105 510XP

-P1 51OUL

P1 51OUL

P1 510XB

P1 51OUL

P1 51OUL

P1 51OUL

.129 510XP

129 510XP

113 510XP

P1 51OUL

P1 51OUL

P1 51OUL

635

637

036

565

809

809

565

809

020

635

809

565

565

034

635

565

565

809

809

809

565

565

565

Tuesday, April24, 2012 1'~ ~ge39 of67Tuesday, April 24, 2012 Pf ae 39of 67

TMI-122-O71, TMI-1 Steam Generator Tube Inspection Report (TJRJ9)-- Attachment .l7Exhi bit-2

SG BA All Service Induced Indications. Outage T1R19Location % Ind. Ind. Axial Circ.


B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

Tuesday, April

55 5 T-TSP Wear 11S

55 6 T-TSP Wear 11S

55 9 T-TSP Wear 09S




55 104 T-T Wear 08S

55 106 T-T Wear 08S


56 34 T-T Wear 08S



57 3 T-TSP Wear 11S

57 31 T-T Wear 08S

57 34 T-T Wear 08S



58 1 T-TSP Wear 10S

58 3 T-TSP Wear 11S

58 32 T-T Wear 08S




-0.7

-0.8

0.4

0.4

-0.6

0.4

19.2

18.3

0.3

19.5

0.4

0.4

-0.7

18.6

19.3

0.3

0.3

-0.7

0.4

18.9

0.4

0.4

-0.7

10

11

9

14

9

16.7 21.6

15.3 21.3

17.2 21.7

15.8 21.4

16.6 22.0

16.0 21.8

4.9 67

6.0 67

4.6 53

5.7 53

5.4 53

5.8 53

0.2

0.19

0.13

0.21

0.12

0.15

0.28

0.32

0.11

0.3

0.17

0.19

0.22

0.37

0.34

0.15

0.11

0.15

0.21

0.42

0.08

0.13

0.09

130

139

145

165

138

138

71

73

129

71

144

150

140

83

72

143

158

138

162

69

135

148

133

Chn.

P1

P1

P1

P1

P1

P1

141

117

P1

33

P1

P1

P1

141

21

P1

P1

P1

P1

105

P1

P1

P1

Probe

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510XP

510XP

51OUL

510XP

510XB

51OUL

51OUL

510XP

510XP

51OUL

51OUL

510XB

51OUL

510XP

51OUL

51OUL

51OUL

Cal

725

727

637

673

673

565

809

809

637

807

036

573

725

807

807

573

573

022

725

807

575

575

575

__j

24,2012 Page 40 of 67

TM1-12-071, TMI-1 Steam Generator Tube Inspection Report (TIR19)


SG B, All Service Induced Indications. Outaze T1R19Location % Ind. Ind. Axial Circ.

SG Row Tube Tvpe TSP Offset T. W. Start End Length Degrees Volts Phase Chn. Probe Cal

B 58 106 T-TSP Wear 08S 0.3 10 0.16 151 P1 51OUL 573

B 58 107 T-TSP Wear 08S 0.4 8 0.11 137 P1 51OUL 575

B 58 108 T-TSP Wear 08S 0.4 13 0.2 159 P1 51OUL 573

B 59 106 T-TSP Wear 08S 0.4 8 0.12 155 P1 51OUL 573

B 59 107 T-TSP Wear 08S 0.4 8 0.1 136 P1 51OUL 575

B 59 124 T-TSP Wear 11S 0.3 8 0.12 150 P1 51OUL 573

B 60 83 T-TSP Wear 02S -0.6 8 0.13 147 P1 51OUL 577

B 60 92 T-TSP Wear 02S -0.6 15 0.25 160 P1 51OUL 577

B 61 5 T-TSP Wear 15S 0.3 6 0.11 145 P1 51OUL 725

B 61 113 T-TSP Wear 07S 0.4 9 0.14 138 P1 51OUL 577

B 62 102 T-TSP Wear 08S 0.4 7 0.12 138 P1 S5OUL 589

B 62 113 T-TSP Wear 09S 0.4 5 0.08 117 P1 51OUL 589


B 62 127 T-TSP Wear 11S 0.3 15 0.21 153 P1 510XB 034

B 62 127 T-TSP Wear 11S -0.7 9 0.12 133 P1 510XB 034


B 63 4 T-TSP Wear 09S 0.4 8 0.12 137 P1 510XB 020

B 64 103 T-TSP Wear 08S 0.3 6 0.11 127 P1 51OUL 589

B 64 104 T-TSP Wear 08S 0.4 9 0.16 143 P1 51OUL 589

B 65 35 T-TSP Wear 08S 0.3 5 0.08 141 P1 51OUL 661

B 65 130 T-TSP Wear 11S -0.7 10 0.12 110 P1 510XB 034

B 65 130 T-TSP Wear 11S 0.4 19 .0.29 156 P1 510XB 034

B 67 129 T-TSP Wear 11S -0.7 7 0.09 123 P1 510XS 034


TMI-12-O 71, TMI-1 Steam Generator Tube Inspection Report (TJRJ9)-A ttach ment-];-Exhibit -2





68 112 T-T Wear 08S

68 113 T-T Wear 08S

68 114 T-T Wear 08S


69 5 T-TSP Wear 11S

69 113 T-T Wear 08S


69 114 T-T Wear 08S




70 112 T-T Wear 08S







73 4 T-TSP Wear 12S



0.4

-0.8

18.8

19.0

18.0

-0.7

0.3

17.5

0.4

18.1

0.3

0.3

0.4

18.3

-0.7

-0.8

0.4

0.3

0.4

0.3

-0.8

0.2

-0.7

16.5 21.0

16.4 21.6

14.9 21.0

13.8 21.2

14.7 21.6

14.6 22.0

4.5 67

5.2 67

6.1 67

7.4 67

6.9 67

7.5 80

0.12 158 P1 510XB 034

0.1 126 P1 510XB 034

0.3 70 161 510XP 803

0.35 88 149 510XP 803

0.93 81 77 510XP 803

0.09 131 P1 510XB 034

0.1 148 P1 51OUL 745

1.17 81 81 510XP 803

0.21 140 P1 51OUL 595

0.83 94 89 510XP 803

0.1 146 P1 51OUL 659

0.16 154 P1 51OUL 661

0.17 148 P1 51OUL 661

0.98 85 93 510XP 803

0.21 142 P1 51OUL 595

0.1 139 P1 51OXB 036

0.14 145 P1 51OUL 697

0.18 149 P1 51OUL 661

0.2 150 P1 51OUL 611

0.21 141 P1 51OUL 603

0.1 108 P1 51OUL 733

0.21 152 P1 51OUL 659

0.1 126 P1 51OUL 603

5

12

7

Tuesday, April24, 2012 Page 42 of67Tuesday, April 24, 2012 Page 42 of 6 7



SG BA All Service Induced Indications. Outaze TJR19Location % Ind. Ind. Axial Circ.





B 76 9 T-TSP Wear loS






B 78 101 T-T Wear 04S





B 79 102 T-T Wear 04S



B 79 114 T-T Wear 08S







-0.8

-0.7

-0.8

-0.7

0.1

-0.7

-0.7

0.4

0.4

19.0

0.4

0.4

0.4

-0.8

18.8

0.4

0.4

19.7

0.3

-0.8

0.3

18.6

-0.6

16.2 21.8

15.8 21.8

17.9 21.4

16.2 21.0

5.6 53

6.0 53

3.5 40

4.9 53

0.09

0.09

0.19

0.1

0.16

0.13

0.1

0.11

0.14

0.54

0.15

0.13

0.13

0.08

0.56

0.18

0.16

0.27

0.08

0.09

0.17

0.36

0.1

137

130

126

129

153

132

124

160

163

98

149

151

153

105

90

150

151

75

126

115

.156

88

130

P1

P1

P1

P1

P1

P1

P1

P1

P1

33

P1

P1

P1

P1

21

P1

P1

149

P1

P1

P1

165

P1

51OUL

51OUL

510XB

51OUL

51OUL

51OXB

51OXB

51OUL

51OUL

510XP

51OUL

51OUL

51OUL

510XB

510XP

51OUL

51OUL

510XP

51OUL

51OUL

51OUL

510XP

51OUL

603

603

036

737

659

036

028

737

677

805

677

679

679

028

805

679

677

805

679

679

651

801

651

Page 43 of 67


Attachment-l .Exhibit-2

SG B, All Service Induced Indications. Outaze T1R19Location % Ind. Ind. Axial Circ.


B 80 113 T-TSP Wear 08S -0.8 5 0.09 108 P1 51OUL 679

B 80 114 T-T Wear 08S 19.2 13 17.4 20.9 3.5 40 0.13 90 161 510XP 805

B 81 5 T-TSP Wear 14S -0.8 6 0.1 127 P1 51OUL 739

B 81 17 T-TSP Wear 09S 0.4 12 0.23 169 P1 51OUL 651

B 81 27 T-T Wear 08S 18.6 8 16.2 21.1 4.9 53 0.46 96 5 510XP 801

B 81 106 T-TSP Wear 08S 0.4 8 0.15 134 P1 51OUL 679

B 81 132 T-TSP Wear 13S 0.3 15 0.32 136 P1 510XB 018

B 82 109 T-TSP Wear 08S 0.3 8 0.16 144 P1 . 51OUL 679

B 82 130 T-TSP Wear 1OS -0.7 6 0.1 127 P1 51OXB 016

B 82 131 T-TSP Wear 12S -0.8 8 0.15 127 P1 510XB 018

B 83 109 T-TSP Wear 08S 0.4 8 0.14 140 P1 51OUL 677

B 83 110 T-TSP Wear 08S 0.3 10 0.2 143 P1 51OUL 679

B 83 132 T-TSP Wear 12S 0.3 10 0.21 137 P1 510XB 018

B 84 103 T-TSP Wear 08S 0.4 10 0.17 168 P1 51OUL 677

B 84 108 T-TSP Wear 08S 0.4 14 0.3 155 P1 51OUL 679

B 84 127 T-TSP Wear 10S -0.7 8 0.14 136 P1 51OUL. 677


B 85 22 T-TSP Wear 08S 0.3 6 0.1 129 P1 51OUL 641

B 85 27 T-TSP Wear 08S 0.4 10 0.16 148 P1 51OUL 639

B 85 53 T-TSP Wear 06S -0.7 6 0.1 128 P1 51OUL 653

B 85 100 T-TSP Wear 08S 0.4 7 0.13 161 P1 51OUL 683

B 85 109 T-TSP Wear 08S 0.4 7 0.13 144 P1 51OUL 747

B 85 109 T-T Wear 08S 18.1 6 16.1 20.1 4.1 53 0.29 69 21 510XP 805

Tuesday, April 24, 2012 . Page 44 of67



SG BA All Service Induced Indications. Outaee T1R19Location % Ind. Ind. Axial Circ.


B 85 129 T-TSP Wear 10S -0.7 11 0.2 138 P1 510XB 016

B 85 130 T-TSP Wear 12S 0.3 13 0.27 139 P1 510XB 018

B 86- 7 T-TSP Wear 14S 0.2 6 0.1 132 P1 51OUL 737

B 86 22 T-T Wear 08S 19.5 10 16.5 22.5 5.9 53 0.61 94 81 510XP 801

B 86 108 T-T Wear 08S 19.4 8 16.9 21.9 5.0 53 0.49 84 129 510XP 805

B 86 109 T-T Wear 08S 18.1 4 16.4 19.9 3.5 53 0.15 55 9 510XP 805


B 87 4 T-TSP Wear 12S -0.8 7 0.11 133 P1 51OUL 737

B 87 4 T-TSP Wear 10S -0.7 7 0.12 144 P1 51OUL 737

B 87 22 T-T Wear 08S 19.7 9 16.8 22.6 5.8 53 0.5 91 89 510XP 801

B 87 103 T-TSP Wear 08S 0.4 9 0.18 156 P1 51OUL 683

B 87 109 T-T Wear 08S 19.4 8 16.7 22.0 5.3 53 0.45 88 117 510XP 805

B 88 60 T-TSP Wear 03S -0.6 9 0.15 138 P1 51OUL 585

B 88 102 T-TSP Wear 08S 0.3 10 0.19 150 P1 51OUL 683

B 88 110 T-T Wear 08S 19.1 10 16.2 22.0 5.7 53 0.63 91 129 510XP 805

B 89 4 T-TSP Wear 14S 0.2 5 0.09 135 P1 51OUL 737

B 89 28 T-TSP Wear 08S 0.3 13 0.25 143 P1 51OUL 641

B 89 111 T-T Wear 08S 19.2 8 16.5 21.9 5.4 53 0.48 84 "117 510XP 805

B 89 130 T-TSP Wear l0S -0.7 7 0.13 114 P1 510XB 018

B 90 48 T-TSP Wear 03S -0.6 13 0.23 147 P1 51OUL 585

B 90 105 T-TSP Wear 08S 0.3 10 0.21 152 P1 51OUL 687

B 90 106 T-TSP Wear 08S 0.3 9 0.18 145 P1 51OUL 689

B 90 127 T-TSP Wear 10S -0.7 15 0.32 125 P1 510XB 018



Attachment-liExhibit-2

SG B, All Service Induced Indications, Outage T1R19Location % Ind. Ind. Axial Circ.




91 110 T-T Wear 08S

91 111 T-T Wear 08S


92 30 T-T Wear 08S



93 23 T-T Wear 08S



93 30 T-T Wear 08S



93 103 T-T Wear 08S



94 24 T-T Wear 08S

94 26 T-T Wear 08S





0.3 7

0.4

19.1

19.2

0.3

18.8

-0.7

0.3

18.6

0.4

0.3

18.7

-0.6

0.4

18.1

-0.7

0.4

18.9

19.9

0.4

0.3

0.3

0.4

17.8 20.5

17.5 20.9

16.6 21.0

16.0 21.2

16.3 21.0

16.8 19.4

16.3 21.5

17.5 22.3

0.13

0.14

2.7 53 0.21

3.4 53 0.32

0.14

4.4 53 0.23

0.14

0.17

5.1 53 0.38

0.24

0.19

4.6 53 0.27

0.15

0.09

2.6 53 0.12

0.32

0.1

5.2 40 0.3

4.9 53 0.29

0.19

0.24

0.16

0.26

152 P1

148 P1

85 57

83 69

138 P1

87 33

138 P1

151 P1

77 9

145 P1

145 P1

82 45

145 P1

148 P1

95 5

127 P1

143 P1

98 45

76 33

162 P1

145 P1

151 P1

156 P1

51OUL

51OUL

510XP

510XP

51OUL

510XP

51OUL

51OUL

510XP

51OUL

51OUL

510XP

51OUL

51OUL

510XP

510XB

51OUL

510XP

510XP

51OUL

51OUL

51OUL

51OUL

641

689

805

805

639

801

687

689

801

641

641

801

639

689

805

018

631

801

801

689

687

689

689




SG BA All Service Induced Indications. Outae TJR19Location % Ind. Ind. Axial Circ.



B 95 26 T-T Wear 08S 19.7 7 16.8 22.6 5.8 53 0.4 105 41 51OXP 801

B 95 97 T-TSP Wear 08S 0.4 11 0.24 160 P1 51OUL 691

B 95 100 T-TSP Wear .08S 0.4 10 0.2 157 P1 51OUL 691

B. 95 100 T-T Wear 08S 17.7 4 16.4 19.0 2.6 53 0.13 79 153 51OXP 805

B 96 90 T-TSP Wear 08S 0.4 6 0.11 129 P1 51OUL 691

B 97 91 T-TSP Wear 08S -0.8 4 0.08 115 P1 51OUL 691

B 97 103 T-T Wear 08S 18.1 8 16.0 20.2 4.2 53 0.41 93 53 51OXP 805

B 97 104 T-T Wear 08S 18.0 8 16.2 19.9 3.7 53 0.46 81 65 510XP 805

B 97 104 T-TSP Wear 08S -0.7 9 0.18 111 P1 51OUL 691


B 97 120 T-TSP Wear 09S 0.4 12 0.25 146 P1 51OUL 691

B 97 121 T-TSP Wear 09S -0.7 6 0.11 84 P1 51OUL 691

B 97 121 T-TSP Wear 09S 0.4 11 0.22 158 P1 51OUL 691

B 97 122 T-TSP Wear 09S 0.5 9 0.19 151 P1 51OUL 691

B 97 125 T-TSP Wear 13S 0.4 13 0.25 140 P1 510XB 016

B 97 126 T-TSP Wear 14S -0.7 9 0.18 116 P1 510XB 018

B 98 3 T-TSP Wear 09S -0.6 8 0.12 132 P1 51OUL 727

B 98 97 T-TSP Wear 08S 0.4 8 0.17 153 P1 51OUL 691

B 98 102 T-T Wear 08S 18.2 9 15.5 20.8 5.3 53 0.51 86 101 51OXP 805

B 98 117 T-TSP Wear 09S 0.4 11 I 0.24 144 P1 51OUL 691

B 98 118 T-TSP Wear 09S 0.3 .13 0.28 153 P1 51OUL 691

B 98 119 T-TSP Wear 09S 0.4 13 0.29 156 4P1 51OUL 691

Tuesday, April24, 2012 Page47 of 67Tuesday, April 24, 2012 Page 47 of 6 7


A-tta fh-ent-.Eih-i bit-2

SG BA All Service Induced Indications. Outa, e TJR19Location % Ind. Ind Axial Circ.


B 98 120 T-TSP Wear lOS -0.7 6 0.11 126 P1 510UL 691

B 98 121 T-TSP Wear 09S 0.5 11 0.24 161 P1 51OUL 691

B 98 122 T-TSP Wear 09S 0.4 .14 0.31 150 P1 51OUL 691

B 98 122 T-TSP Wear 09S -0.7 10 0.21 128 P1 51OUL 691

B 98 125 T-TSP Wear 14S -0.8 9 0.19 131 P1 510XB 018

B 99 95 T-TSP Wear 08S 0.4 12 0.25 152 P1 51OUL 691

B 99 97 T-TSP Wear 08S 0.4 10 0.21 160 P1 51OUL 691

B 99 98 T-TSP Wear 08S 0.4 10• 0.21 149 P1 51OUL 691

B 99 99 T-TSP Wear 08S 0.4 10 0.2 148 P1 51OUL 691

B 99 101 T-TSP Wear 08S 0.4 11 0.22 151 P1 51OUL 691

B 99 101 T-T Wear 08S 18.1 7 15.7 20.6 5.0 53 0.35 86 149 510XP 805

B 99 102 T-T Wear 08S 18.0 9 15.7 20.3 4.7 53 0.51 85 113 510XP 805

B 99 115 T-TSP Wear 09S 0.4 10 0.2 158 P1 51OUL 691

B 99 116 T-TSP Wear 09S 0.4 11 0.23 150 P1 51OUL 691

B 99 121 T-TSP Wear 13S 0.3 7 0.14 145 P1 51OUL 691

B 99 121 T-TSP Wear 09S 0.5 15 0.35 140 P1 51OUL 691

B 99 123 T-TSP Wear 09S 0.5 17 0.33 144 P1 510XB 016

B 99 124 T-TSP Wear 14S -0.7 7 0.14 121 P1 510XB 018

B 100 3 T-TSP Wear 09S -0.7 8 0.16 140 P1 51OUL 725

B 100 22 T-TSP Wear 08S -0.8 10 0.19 79 P1 51OUL 633

B 100 94 T-T Wear 08S 18.2 3 17.2 19.1 2.0 53 0.1 66 165 510XP 805

B 100 100 T-T Wear 08S 18.1 7 15.7 20.5 4.8 53 0.32 105 161 510XP 805

B 100 114 T-TSP Wear 09S 0.4 10 0.21 162 P1 51OUL 691




SG BA All Service Induced Indications. Outa2e TIR19Location %d. I Ind Axial Circ.


B 100 118 T-TSP Wear 09S 0.4 12 0.24 151 P1 51OUL 693

B 101 22 T-TSP Wear 08S -0.8 8 0.14 115 P1 51OUL 631

B 101 26 T-TSP Wear 08S 0.4 8 0.14 153 P1 51OUL 631

B 101 83 T-TSP Wear 07S 0.4 14 0.29 151 P1 51OUL 693

B 101 89 T-TSP Wear 08S -0.8 4 0.07 98 P1 51OUL 693

B 101 94 T-T Wear 08S 17.7 9 15.0 20.5 5.5 53 0.55 84 53 510XP 805

B 101 95 T-T Wear 08S 17.7 10 15.3 20.2 4.9 53 0.59 88 65 510XP 805

B 101 96 T-TSP Wear 08S 0.3 10 0.2 155 P1 51OUL 693

B 101 102 T-TSP Wear 08S -0.8 4 0.09 95 P1 51OUL 693

B 101 102 T-TSP Wear 08S 0.4 9 0.19 152 P1 51OUL 693

B 101 112 T-TSP Wear 09S 0.4 7 0.15 139 P1 51OUL 693

B 101 115 T-TSP Wear 09S 0.4 14 0.29 151 P1 51OUL 693

B 101 116 T-TSP Wear 09S 0.4 14 0.3 154 P1 51OUL 693


B 101 119 T-TSP Wear 14S -0.8 14 0.25 138 P1 510XB 016


B 102 116 T-TSP Wear 09S 0.4 11 0.24 145 P1 51OUL 693

B 102 117 T-TSP Wear l0S -0.7 15 0.33 128 P1 51OUL 693

B 102 117. T-TSP Wear 09S 0.4 8 0.16 157 P1 51OUL 693

B 102 118 T-TSP Wear 10S -0.7 5 0.1 131 P1 51OUL 693


B 103 1 T-TSP Wear 14S -0.8 6 0.1 149 P1 510XB 030

B 103 16 T-TSP Wear 08S 0.3 9 0.17 153 P1 51OUL 633



Attachment-lvExhibit-2

SG B, All Service Induced Indications. Outawe T1R19Location

TSP Offset% Ind Ind Axial Circ.

T. W. Start End Length Degrees Volts PhaseSG Row Tube Type Chn. Probe Cal

103

103

103

103

103

103

103

103

103

103

104

104

104

104

104

104

104

104

104

104

104

104

104

116

117

118

118

119

120

121

122

122

122

84

89

90

95

99

114

115

115

116

117

118

120

121

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

T-TSP Wear

09S

09S

135

los

los

los

los

13S

13S

los

08S

08S

08S

08S

08S

09S

los

09S

095

los

10S

10S

12S

0.4

0.4

0.3

-0.7

-0.7

-0.7

-0.7

-0.7

0.4

-0.7

0.3

0.4

0.4

0.4

0.4

0.4

-0.7

0.5

0.5

-0.7

-0.7

-0.7

0.3

0.28

0.29

0.2-

0.45

0.22

0.17

0.33

0.28

0.25

0.51

0.2

0.13

0.17

0.28

0.24

0.17

0.17

0.18

0.21

0.31

0.49

0.17

0.11

150

155

154

131

137

142

130

128

146

128

157

137

156.

152

158

153

139

155

151

140

133

134

131

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

510XB

510XB

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

510XB

693

693

693

693

693

693

016

018

018

018

715

693

693

693

743

713

715

715

713

715

713

016

018


TMI-12-0 71, TMI-1 Steam Generator Tube Inspection Report (TJR19)


SG B. All Service Induced Indications. Outawe T1R19

SG Row Tube TypeLocation

TSP Offset% Ind. Ind. Axial Circ.

T. W. Start End Length Degrees Volts Phase



B 105 92 T-T Wear 08S

B 105 95 T-T Wear 08S







B 106 89 T-TSP Wear. 08S

B 106 92 T-T Wear 08S


B 106 95 T-T Wear 08S







B 106 117 T-TSP Wear 105




-0.7

0.4

17.6

18.2

0.4

-0.7

0.4

-0.7

-0.7

-0.7

0.4

17.6

0.3

18.5

-0.7

0.4

0.5

-0.7

-0.7

0.5

-0.7

-0.7

-0.7

15.5 19.8

15.4 21.1

15.6 19.7

15.8 21.3

4.3 53

5.7 53

4.1 53

5.5 53

0.23

0.14

0.34

0.42

0.21

0.29

0.31

0.25

0.16

0.16

0.14

0.34

0.18

0.48

0.18

0.17

0.28

0.3

0.1

0.26

0.31

0.36

0.25

132

155

.82

80

159

139

162

129

115

125

152

74

151

96

135

143

162

130

122

149

136

131

120

Chn.

P1

P1

153

21

P1

P1

P1

P1

P1

P1

P1

165

P1

17

P1

P1

P1

P1

P1

P1

P1

P1

P1

Probe Cal

510XB 018

51OUL 695

510XP 805

510XP 805

51OUL 713

51OUL 713

51OUL 715

51OUL 715

510XB 016

510XB 018

51OUL 695

510XP 805

51OUL 695

51OXP 805

51OUL 713

51OUL 713

51OUL 715

51OUL 713

51OUL 715

51OUL 715

51OUL 713

510XB 016

510XB 018

Page 51 of 67


Atta-chme-nt -i .Exhibit-2

SG BA All Service Induced Indications. Outaze TJR19Location % Ind. Ind. Axial Circ.


B 107 78 T-T Wear 08S 18.5 4 17.0 19.9 2.9 53 0.12 47 77 510XP 801

B 107 83 T-TSP Wear 08S 0.4 11 0.19 158 P1 51OUL 713

B 107 86 T-TSP Wear 08S 0.4 11 0.2 160 P1 510UL 715

B 107 113 T-TSP Wear 09S -0.6 8 0.14 114 P1 51OUL 713

B 107 114 T-TSP Wear 09S 0.4 8 0.14 147 P1 51OUL 715




B 107 118 T-TSP Wear 10S -0.7 11 0.22 130 P1 510XB 018

B 108 28 T-TSP Wear 08S -0.7 13 0.24 126 P1. 51OUL 623

B 108 41 T-TSP Wear 08S -0.7 8 0.16 126 P1 51OUL 571

B 108 43 T-TSP Wear 08S -0.7 5 0.1 107 P1 51OUL 571

B 108 92 T-TSP Wear 08S 0.4 10 0.18 157 P1 51OUL 715

B 108 92 T-TSP Wear 08S -0.7 4 0.07 74 P1 51OUL 715



B 109 4 T-TSP Wear 09S -0.7 7 0.11 132 P1 51OUL 727

B 109 50 T-TSP Wear 08S 0.4 13 0.28 150 P1 51OUL 571

B 109 82 T-TSP Wear 08S 0.4 9 0.17 162 P1 51OUL 715

B 109 113 T-TSP Wear 09S -0.6 8 0.14 136 P1 51OUL 713

B 109 114 T-TSP Wear 09S 0.4 10 0.19 148 P1 51OUL 715

B 110 79 T-TSP Wear 08S 0.4 7 0.12 152 P1 51OUL 715

B 110 81 T-TSP Wear 08S 0.4 6 0.11 155 P1 51OUL 715




SG B, All Service Induced Indications. Outage TJR19Location % Ind. Ind. Axial Circ.


B 110 83 T-TSP Wear 08S 0.4 10 0.2 150 P1 51OUL 715

B 110 84 T-TSP Wear 08S 0.3 16 0.29 142 P1 51OUL 713

B 110 86 T-TSP Wear 09S -0.7 6 0.1 124 P1 51OUL 713

B 110 86 T-TSP Wear 08S 0.4 15 0.28 142 P1 51OUL 713

B 110 111 T-TSP Wear 09S -0.6 6 0.11 107 P1 510XB 016

B 111 87 T-TSP Wear 08S 0.4 13 0.23 139 P1 51OUL 713

B 111 90 T-TSP Wear 08S 0.3 11 0.21 160 P1 51OUL 715

B 112 75 T-TSP Wear 08S 0.4 9 0.16 150 P1 51OUL 561

B 112 77 T-TSP Wear 08S 0.4 12 0.26 164 P1 51OUL 707

B 112 113 T-TSP Wear 09S -0.7 12 0.23 131 P1 51OUL 715

B 112 114 T-TSP Wear loS -0.7 9 0.16 132 P1 510XB 016

B 113 26 T-TSP Wear 08S -0.7 8 0.13 140 P1 51OUL 613

B 113 29 T-TSP Wear 08S -0.7 8 0.15 71 P1 51OUL 601

B 113 39 T-TSP Wear 08S 0.4 8 0.14 145 P1 51OUL 561

B 113 77 T-TSP Wear 08S -0.6 7 0.11 106 P1 51OUL 705

B 113 116 T-TSP Wear 10S -0.7 11 0.22 122 P1 510XB 018

B 114 64 T-TSP Wear 08S 0.4 7 0.13 152 P1 51OUL 563

B 114 66 T-TSP Wear 08S -0.8 7 0.13 105 P1 51OUL 563

B 114 68 T-TSP Wear 08S .0.4 11 0.21 156 P1 51OUL 563

B 114 77 T-TSP Wear 08S 0.4 12 0.26 169 P1 51OUL 707

B 114 77 T-TSP Wear 07S 0.4 13 0.28 163 P1 51OUL 707

B 114 79 T-TSP Wear 08S 0.4 12 0.25 168 P1 51OUL 707

B 114 85 T-TSP Wear 08S 0.3 8 0.16 158 P1 51OUL 707

Tuesday, April24, 2012 Page S3 of 67Tuesday, April 24, 2012 Page 53 of 67

TMI-12--071, TMI-1 Steam Generator Tube Inspection Report (T1R19)Attachment-l .Exhibi-2

SG B, All Service Induced Indications. Outae TJR19Location % Ind. Ind. Axial Circ.


B 114 109 T-TSP Wear 09S -0.7 5 0.09 135 P1 51OUL 707

B 114 110 T-TSP Wear 09S 0.5 11 0.2 146 P1 51OUL 705


B 115 23 T-TSP Wear 08S -0.7 6 0.09 98 P1 51OUL 607

B 115 24 T-TSP Wear 08S -0.7 11 0.21 41 P1 51OUL 601

B 115 26 T-TSP Wear 08S -0.7 6 0.1 55 P1 51OUL 601

B 115 27 T-TSP Wear 08S -0.7 9 0.15 100 P1 51OUL 607

B 115 28 T-TSP Wear 08S 0.3 9 0.18 139 P1 51OUL 601

B 115 81 T-TSP Wear 08S 0.4 12 0.21 148 P1 51OUL 705

B 115 83 T-T Wear 08S 17.8 7 15.2 20.4 5.3 53 0.38 82 113 510XP 801

B 115 84 T-T Wear 08S 18.0 8 15.3 20.7 5.4 53 0.44 82 101 510XP 801

B 115 85 T-TSP Wear 08S 0.4 12 0.23 142 P1 51OUL 705

B 115 109 T-TSP Wear 09S 0.4 13 0.24 167 P1 51OUL 705

B 115 114 T-TSP Wear 10S -0.7 10 0.19 119 P1 510XB 024

B 116 28 T-TSP Wear 08S -0.7 7 0.11 95 P1 51OUL 607

B 116 29 T-TSP Wear 08S -0.8 8 0.14 53 P1 51OUL 601

B 116 31 T-TSP Wear 08S -0.8 9 0.16 55 P1 51OUL 601

B 116 33 T-TSP Wear 08S -0.8 8 0.16 69 P1 51OUL 601

B 116 34 T-TSP Wear 08S -0.8 5 0.08 94 P1 51OUL 607

B 116 36 T-TSP Wear 08S -0.7 15 0.26 126 P1 51OUL 607

B 116 36 T-T Wear 08S 18.0 17 14.0 22.1 8.1 67 1.45 94 89 510XP 805

B 116 36 T-TSP Wear 07S 0.4 9 0.14 145 P1 51OUL 607

B 116 76 T-TSP Wear 08S 0.4 16 0.36 166 P1 51OUL 707

Tuesday, April 24, 2012 Page 54 of6 7



SG B, All Service Induced Indications, Outage TJR19Location % Ind. Ind. Axial Circ.







B 116 86 T-T Wear 08S

B 116 87 T-T Wear 08S

B 116' 108 T-TSP Wear 09S





B 117 36 T-T Wear 08S






B 117 83 T-T Wear 08S




B 118 36 T-T Wear 08S


0.4

0.4

0.4

0.4

0.4

17.7

18.3

0.4

-0.7

-0.7

-0.8

0.4

18.2

0.4

0.4

0.4

0.4

0.3

17.9

0.3

0.2

-0.8

18.8

15.0 20.5

15.9 20.7

14.3 22.2

16.0 19.9

16.0 21.6

Page 55 of 67

5.5 53

4.8 53

7.9 53

3.9 53

5.6 40

0.26

0.22

0.37

0.33

0.24

0.41

0.42

0.18

0.1

0.14

0.13

0.28

1.89

0.15

0.17

0.45

0.22

0.36

0.24

0.38

0.1

0.17

0.63

159

153

139

163

154

85

90

166

64

112

99

153

87

150

148

170

152

172

92

154

131

135

97

P1

P1

P1

P1

P1

161

149

P1

P1

P1

P1

P1

77

P1

P1

P1

P1

P1

57

P1

P1

P1

29

51OUL

51OUL

51OUL

51OUL

51OUL

510XP

510XP

51OUL

51OUL

51OUL

51OUL

51OUL

510XP

51OUL

51OUL

51OUL

51OUL

51OUL

510XP

51OUL

51OUL

51OUL

510XP

707

707

705

707

707

801

801

707

607

601

601

607

805

561

741

707

741

707

801

707

601

607

805

TMI-12-O 71, TMI-1 Steam Generator Tube Inspection Report (TJRJ19)Attachment-]l7Exhibit-2

SG B, All Service Induced Indications. Outage T1R19Location % Ind. Imd Axial Circ.









B 118 82 T-T Wear 08S

B 118 82 T-T Wear 08S

B 118 83 T-T Wear 08S








B 119 78 T-T Wear 08S

B 119 79 T-T Wear 08S

B 119 81 T-T Wear 08S

B 119 82 T-T Wear 08S




0.4

0.4

0.4

0.4

0.4

0.4

0.4

17.8

18.1

18.2

0.4

-0.6

-0.8

-0.7

0.4

-0.7

0.4

18.2

17.9

17.7

17.8

0.3

0.4

14.6 20.9

16.7 19.5

15.4 20.9

15.3 21.1

15.3 20.6

14.8 20.6

14.8 20.8

6.3 53

2.8 53

5.5 53

5.8 53

5.3 53

5.8 53

6.0 53

0.27

0.17

0.12

0.19

0.18

0.26

0.18

0.22

0.24

0.33

0.21

0.19

0.12

0.14

0.1

0.12

0.12

0.49

0.71

0.48

0.56

0.13

0.18

157

145

150

152

142

146

148

119

77

101

160

114

126

102

147

76

138

92

86

77

88

128

146

P1 51OUL

P1 51OUL

P1 51OUL

P1 51OUL

P1 51OUL

P1 51OUL

P1 51OUL

69 510XP

137 510XP

125 510XP

P1 51OUL

P1 510XB

P1 51OUL

P1 51OUL

P1 51OUL

P1 51OUL

P1 51OUL

117 510XP

125 510XP

137 510XP

149 510XP

P1 51OUL

P1 51OUL

561

563

561

563

561

563

561

801

801

801

741

024

607

601

563

563

561

801

801

801

801

601

561

Page 56 of6 7

TMI-12-0 71, TMI-1 Steam Generator Tube Inspection Report (TIR19)Attachment 1, Exhibit 2

SG B, All Service Induced Indications. Outaze T1R19Location %d. Ind. Axial Circ.


B 120 71 T-TSP Wear 08S 0.4 12 0.22 150 P1 51OUL 705

B 120 75 T-TSP Wear 08S 0.4 9 0.16 152 P1 51OUL 705

B 120 76 T-TSP Wear 08S 0.4 12 0.26 155 P1 51OUL 707

B 120 79 T-TSP Wear 09S -0.7 8 0.13 109 P1 51OUL 705

B 120 79 T-TSP Wear 08S -0.7 8 0.14 91 P1 51OUL 705

B 120 79 T-TSP Wear 08S 0.3 14 0.26 134 P1 51OUL 705

B 120 80 T-TSP Wear 08S -0.7 4 0.08 106 P1 51OUL 707

B 121 6 T-TSP Wear 09S 0.4 9 0.16 153 P1 51OUL 601

B 121 35 T-TSP Wear 08S -0.8 6 0.11 99 P1 51OUL 563

B 121 63 T-TSP Wear 08S 0.4 9 0.16 143 P1 510UL 559

B 121 66 T-TSP Wear 08S 0.4 12 0.23 143 P1 51OUL 557

B 121 76 T-TSP Wear 08S -0.7 6 0.09 62 P1 510UL 705

B 121 76 T-TSP Wear 08S 0.4 12 0.22 157 P1 51OUL 705


B 122 17 T-TSP Wear 15S 0.2 6 0.1 145 P1 51OUL 601

B 122 32 T-TSP Wear 08S -0.7 7 0.11 125 P1 51OUL 607

B 122 33 T-TSP Wear 08S -0.8 7 0.12 91 P1 51OUL 559

B 122 35 T-TSP Wear 08S -0.8 8 0.15 97 510UL 559

B 122 62 T-TSP Wear 08S 0.4 10 0.19 141 P1 51OUL 671

B 122 63 T-TSP Wear 08S -0.8 5 0.08 89 P1 51OUL 669

B 122 63 T-TSP Wear 08S 0.4 7 0.13 150 P1 51OUL 669

B 122 65 T-TSP Wear 08S 0.3 5 0.08 141 P1 51OUL 669

B 122 65 T-TSP Wear 07S 0.4 7 0.12 165 P1 51OUL 669


TMI-12-0 71, TMI-1 Steam Generator Tube Inspection Report (TJR19)


SG B, All Service Induced Indications, Outage T1R19Location % Ind. Ind. Axial Circ.

TSP OJfset T. W. Start End Length Degrees Volts PhaseSG Row Tube Type Chn. Probe Cal








B 122 104 T-TSP Wear lOS


















0.4 15

-0.8 8

-0.7 6

0.4 10

-0.8 8

-0.7 9

0.4 13

-0.7 10

-0.9 5

0.2 7

-0.8 6

-0.8 8

-0.7 6

-0.8 9

0.4 9

-0.8 7

0.4 11

0.4 12

0.4 8

-0.7 10

-0.7 6

-0.7 11

-0.7 11

-0.8 7

Page 58 of 67

0.27

0.15

0.12

0.21

0.17

0.17

0.28

0.19

0.1

0.11

0.09

0.14

0.1

0.16

0.15

0.12

0.22

0.23

0.14

0.16

0.11

0.21

0.21

0.12

159

135

101

141

150

131

153

131

144

147

119

55

84

118

135

104

151

153

142

120

71

87

102

96

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

P1

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510UL

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

51OUL

510XB

51OUL

51OUL

51OUL

51OUL

51OUL

705

707

707

707

707

707

707

026

601

607

607

559

557

557

557

557

557

557

024

607

559

559

557

559



SG B, All Service Induced Indications. Outage TJR19Location % IndL Ind. Axial Circ.


B 124 38 T-TSP Wear 08S -0.7 8 0.14 56 P1 51OUL 559

B 124 58 T-TSP Wear 08S -0.7 5 0.09 79 P1 51OUL 559

B 124 70 T-TSP Wear 08S -0.7 9 0.16 53 P1 51OUL 701

B 125 53 T-TSP Wear 08S 0.4 9 0.18 155 P1 51OUL 559

B 125 59 T-TSP Wear 08S -0.8 6 0.1 82 P1 51OUL 559

B 125 59 T-TSP Wear 08S 0.4 10 0.2 145 P1 51OUL 559

B 125 62 T-TSP Wear 08S -0.7 5 0.1 100 P1 51OUL 557

B 125 75 T-TSP Wear 08S -0.7 7 0.14 70 P1 51OUL 703

B 125 100 T-TSP Wear 13S 0.3 11 0.21 142 P1 510XB 026

B 125 101 T-TSP Wear 10S -0.7 14 0.27 122 P1 510XB 024

B 126 29 T-TSP Wear 08S -0.7 7 0.11 80 P1 51OUL 599

B 126 33 T-TSP Wear 08S -0.8 8 0.14 129 P1 51OUL 669

B 126 35 T-TSP Wear 08S -0.8 9 0.17 109 P1 51OUL 669

B 126 36 T-TSP Wear 08S -0.8 8 0.15 55 P1 51OUL 559

B 126 46 T-TSP Wear 08S -0.8 6 0.12 102 P1 51OUL 559

B 126 65 T-TSP Wear 08S -0.8 12 0.24 111 P1 51OUL 557

B 127 41 T-TSP Wear 08S -0.8 14 0.25 135 P1 51OUL 549

B 127 41 T-TSP Wear 08S 0.3 7 0.11 145 P1 51OUL 549

B 127 41 T-TSP Wear 07S 0.4 8 0.13 153 P1 51OUL 549

B 127 51 T-TSP Wear 08S -0.8 5 0.09 130 P1 51OUL 669

B 127 67 T-TSP Wear 08S -0.8 8 0.13 66 P1 51OUL 701

B 128 35 T-TSP Wear 08S -0.7 9 0.18 90 P1 51OUL 559

B 128 50 T-TSP Wear 08S 0.4 10 0.18 145 P1 51OUL 557


TMI-12-O071, TMI-1 Steam Generator Tube Inspection Report (TJR19)


SG B, All Service Induced Indications. Outasie TJR19Location % Ind. Ind. Axial Circ.

SG Row Tube T.vpe TSP Offset T. W. Start End Length Degrees Volts Phase Chn. Probe Cal

B 128 51 T-TSP Wear 08S -0.8 7 0.14 63 P1 51OUL 559

B 128 53 T-TSP Wear 08S 0.4 11 0.21 141 P1 51OUL 557

B 128 53 T-TSP Wear 08S -0.8 10 0.19 111 P1 51OUL 557

B 128 54 T-TSP Wear 08S -0.8 9 0.15 125 P1 510UL 549

B 128 55 T-TSP Wear 08S -0.8 6 0.09 119 P1 51OUL 549

B 128 64 T-TSP Wear 08S -0.7 10 0.19 116 P1 51OUL 703

B 129 48 T-TSP Wear 08S 0.4 7 0.14 154 P1 51OUL 551

B 129 52 T-TSP Wear 08S -0.7 9 0.17 63 P1 51OUL 551

B 129 65 T-TSP Wear 08S -0.7 7 0.13 101 P1 51OUL 701

B 130 8 T-TSP Wear 09S 0.4 6 0.1 133 P1 51OUL 727

B 131 7 T-TSP Wear 09S 0.4 12 0.21 148 P1 51OUL 599

B 131 8 T-TSP Wear 09S 0.4 16 0.29 155 P1 51OUL 599

B 131 29 T-TSP Wear 08S -0.6 6 0.1 92 P1 51OUL 545

B 132 8 T-TSP Wear 09S 0.4 20 0.38 147 P1 51OUL 599

B 133 1 T-TSP Wear 13S -0.8 7 0.12 124 P1 510XB 010

B 133 1 T-TSP Wear 13S 0.3 12 0.24 146 P1 510XB 010

B 133 8 T-TSP Wear 09S 0.4 15 0.27 145 P1 51OUL 599

B 133 86 T-TSP Wear 09S 0.5 8 0.15 156 P1 510XB 038

B 133 87 T-TSP Wear 09S 0.4 12 0.23 154 P1 510XB 024

B 134 1 T-TSP Wear 13S -0.8 20 0.44 122 P1 510XB 010

B 134 7 T-TSP Wear 09S -0.7 11 0.18 89 P1 51OUL 591

B 134 7 T-TSP Wear 09S 0.4 21 0.39 160 P1 51OUL 591

B 134 14 T-TSP Wear 14S -0.8 12 0.18 147 P1 51OUL 591




SG B, All Service Induced Indications. Outake T1R19Location % Ind. Ind. Axial Circ.


B 134 45 T-TSP Wear 08S -0.8 10 0.19 129 P1 51OUL 539

B 134 76 T-TSP Wear 14S 0.2 11 0.21 144 P1 51OUL 703

B 134 80 T-TSP Wear lOS 0.4 10 0.2 155 P1 51OUL 703

B 134 84 T-TSP Wear 13S 0.3 8 0.14 147 P1 510XB 024

B 134 84 T-TSP Wear 13S -0.8 7 0.12 141 P1 51OXB 024

B 135 8 T-TSP Wear 09S 0.4 10 0.15 142 P1 51OUL' 591


B 135 82 T-TSP Wear 13S 0.3 5 0.08 132 P1 510XB 026

B 136 8 T-TSP Wear 09S -0.6 5 0.21 114 P1 51OUL 593

B 136 43 T-TSP Wear 14S 0.2 8 0.15 138 P1 51OUL 539

B 136 81 T-TSP Wear 12S 0.3 8 0.16 139 P1 510XB 026

B 137 14 T-TSP Wear 14S -0.7 12 0.19 133 P1 51OUL 591

B 137 18- T-TSP Wear 14S -0.8 10 0.16 140 P1 51OUL 591

B 137 52 T-TSP Wear 15S 0.2 9 0.18 149 P1 51OUL 539

B 137 65 T-TSP Wear 09S 0.4 13 0.25 160 P1 51OUL 743

B 137 80 T-TSP Wear 13S -0.8 16 0.34 109 P1 510XB 026

B 137 80 T-TSP Wear 13S 0.3 10 0.2 144 P1 510XB 026

B 137 80 T-TSP Wear 12S 0.2 7 0.14 140 P1 510XB 026

B 137 80 T-TSP Wear. 11S 0.3 8 0.16 156 P1 51OXB 026

B 137 80 T-TSP Wear lOS -0.7 7 0.13 96 P1 51OXB 026

B 138 8 T-TSP Wear 09S 0.4 12 0.19 146 P1 51OUL 591

B 138 10 T-TSP Wear 14S -0.8 9 0.15 132 P1 51OUL 591

B 138 62 T-TSP Wear 09S 0.3 16 0.34 160 P1 51OUL 703






B 138 63 T-TSP Wear 09S 0.4 15 0.3 160 P1 51OUL 743

B 138 64 T-TSP Wear 09S 0.4 17 0.38 163 P1 51OUL 703





B 139 7 T-TSP Wear 09S 0.5 16 0.26 154 P1 51OUL 591


B 139 58 T-TSP Wear 09S 0.4 11 0.19 143 P1 51OUL 741

B 139 59 T-TSP Wear 09S 0.4 11 0.19 158 P1 51OUL 701

B 139 60 T-TSP Wear 09S 0.4 11 0.19 157 P1 51OUL 701


B 139 61 T-TSP Wear 09S 0.4 12 0.23 149 P1 51OUL 703

B 139 62 T-TSP Wear 10S 0.4 12 0.21 141 P1 51OUL 701

B 139 65 T-TSP Wear 09S 0.4 10 0.19 149 P1 51OUL 703

B 139 67 T-TSP Wear 09S 0.4 18 0.35 152 P1 51OUL 701

B 140 8 T-TSP Wear 09S 0.5 10 0.15 157 P1 51OUL 591

B 140 12 T-TSP Wear 09S 0.5 11 0.17 154 P1 51OUL 591

B 140 30 T-TSP Wear 14S 0.2 6 0.1 144 P1 51OUL 537

B 140 54 T-TSP Wear 09S -0.7 6 0.1 128 P1 51OUL 741

B 140 55 T-TSP Wear 10S 0.4 12 0.22 161 P1 51OUL 743

B 140 57 T-TSP Wear 09S 0.4 10 0.18 153 P1 51OUL 703

B 140 64 T-TSP Wear 12S -0.7 10 0.18 119 P1 51OUL 701




SG B, All Service Induced Indications. Outaae T1R19Location % Ind. Ind. Axial Circ.


B 141 7 T-TSP Wear 09S -0.6 13 0.61 139 P1 51OUL 593

B 141 8 T-TSP Wear 09S -0.7 17 0.3 131 P1 51OUL 591

B 141 14 T-TSP Wear 09S -0.6 12 0.18 129 P1 51OUL 591

B 141 38 T-TSP Wear 14S 0.2 5 0.09 141 P1 51OUL 539

B 141 53 T-TSP Wear 09S 0.4 7 0.13 144 P1 51OUL 703

B 141 54 T-TSPWear 09S 0.4 10 0.19 142 P1 51OUL 743

B 141 55 T-TSP Wear 11S -0.7 11 0.19 136 P1 51OUL 741

B 141 64 T-TSP Wear 09S 0.4 13 0.26 158 P1 510XB 026

B 141 65 T-TSP Wear 09S 0.4 7 0.13 150 P1 510XB 024

B 141 68 T-TSP Wear 12S 0.3 6 0.11 145 P1 510XB 024

B 141 68 T-TSP Wear 10S -0.7 11 0.21 132 P1 510XB 024

B 141 68 T-TSP Wear 09S 0.5 11 0.2 158 P1 510XB 024

B 142 12 T-TSP Wear 10S -0.7 17 0.3 130 P1 51OUL 591

B 142 13 T-TSP Wear 09S 0.4 16 0.28 147 P1 51OUL 531

B 142 62 T-TSP Wear 10S -0.7 9 0.18 112 P1 510XB 026

B 142 63 T-TSP Wear 10S -0.6 10 0.18 130 P1 510XB 024

B 142 63 T-TSP Wear 09S 0.4 13 0.25 152 P1 510XB 024

B 142 64 T-TSP Wear 09S 0.4 12 0.25 151 P1 510XB 026

B 142 65 T-TSP Wear 14S -0.8 6 0.11 151 P1 51OXB 024

B 142 65 T-TSP Wear 13S -0.7 7 0.12 157 P1 510XB 024

B 142 65 T-TSP Wear 12S 0.3 5 0.08 125 P1 510XB 024

B 142 65 T-TSP Wear 12S -0.8 10 0.18 129 P1 510XB 024

B 143 4 T-TSP Wear 10S -0.7 8 0.13 .99 P1 51OXB 008

B 143 11 T-TSP Wear .10S -0.7 11 0.2 138 P1 51OUL 529


TMI-12-071, TMI-J Steam Generator Tube Inspection Report (T1R19)


SG B, All Service Induced Indications, Outaee TIR19Location % Ind. nd Axial Circ.


B 143 17 T-TSP Wear 14S -0.8 10 0.18 139 P1 51OUL 525

B 143 32 T-TSP Wear 14S 0.2 6 0.1 141 P1 510UL 527

B 143 40 T-TSP Wear 14S 0.2 5 0.09 147 P1 51OUL 527




B 144 5 T-TSP Wear los -0.8 13 0.26 .135 P1 510XB 008


B 144 9 T-TSP Wear 09S 0.4 13 0.24 144 P1 51OUL 525

B 144 18 T-TSP Wear 09S 0.4 9 0.17 161 P1 51OUL 527

B 144 21 T-TSP Wear 09S 0.4 13 0.25 155 P1 51OUL 525

B 144 22 T-TSP Wear 09S 0.3 7 0.12 147 P1 51OUL 527

B 144 38 T-TSP Wear 09S 0.4 12 0.22 144 P1 51OUL 525

B 144 39 T-TSP Wear 09S 0.4 11 0.21 143 P1 51OUL 527

B 144 40 T-TSP Wear 09S 0.4 14 0.28 159 P1 51OUL 525


B 144 48 T-TSP Wear 09S 0.4 11 0.21 149 P1 51OUL 703

B 144 50 T-TSP Wear 10S 0.4 11 0.21 153 P1 510XB 026

B 144 52 T-TSP Wear 10S 0.4 11 0.22 150 P1 510XB 026

B 144 53 T-TSP Wear 10S 0.5 11 0.21 140 P1 510XB 024

B 145 7 T-TSP Wear 10S -0.7 20 0.43 126 P1 51OUL 527

B 145 17 T-TSP Wear 10S -0.7 9 0.16 129 P1 51OUL 527




SG BA All Service Induced Indications. Outake T1R19Location % Ind. Ind. Axial Circ.


B 145 18 T-TSP Wear 10S -0.8 9 0.17 118 P1 510UL 525

B 145 19 T-TSP Wear 10S -0.7 7 0.13 144 P1 51OUL 527

B 145 20 T-TSP Wear 09S 0.3 10 0.19 152 P1 51OUL 525

B 145 33 T-TSP Wear 09S 0.4 11 0.21 147 P1 51OUL 527

B 145 34 T-TSP Wear 09S 0.4 15 0.3 134 P1 51OUL 525

B 145 35 T-TSP Wear 09S 0.4 9 0.15 153 P1 51OUL 527

B 145 36 T-TSP Wear 09S 0.4 13 0.24 143 P1 51OUL 525

B 145 37 I-TSP Wear 10S 0.4 9 0.17 157 P1 51OUL 527

B 145 37 T-TSP Wear 09S 0.4 15 0.29 146 P1 51OUL 527

B 145 40 T-TSP Wear 09S 0.4 12 0.22 135 P1 51OUL 525

B 145 48 T-TSP Wear 10S 0.4 8 0.14 148 P1 51OXB 024

B 145 49 T-TSP Wear 10S 0.4 21 0.5 133 P1 510XB 026

B 145 50 T-TSP Wear 10S 0.5 9 0.16 146 P1 510XB 024

B 146 11 T-TSP Wear 09S 0.3 18 0.38 133 P1 51OUL 525

B 146 15 T-TSP Wear 13S 0.1 10 0.17 127 P1 51OUL 525

B 146 19 T-TSP Wear 09S 0.4 13 0.25 143 P1 51OUL 525

B 146 20 T-TSP Wear 09S 0.4 12 0.24 150 P1 51OUL 527

B 146 25 T-TSP Wear 09S 0.4 11 0.2 155 P1 51OUL 525

B 146 28 T-TSP Wear 09S 0.5 11 0.2 162 P1 51OUL 527

B 146 35 T-TSP Wear 09S 0.4 13 0.26 138 P1 51OUL 525

B 146 45 T-TSP Wear 10S 0.4 19 0.43 141 P1 51OXB 026

B 146 46 T-TSP Wear 10S 0.4 19 0.4 137 P1 510XB 024

B 146 46 T-TSP Wear 09S 0.5 12 0.23 152 P1 510XB 024




SG BA All Service Induced Indications. Outai e TJR19Location % Ind. Ind. Axial Circ.



B 146 47 T-TSP Wear 09S 0.4 9 0.17 139 P1 510XB 024

B 147 6 T-TSP Wear los -0.7 11 0.2 146 P1 51OUL 525


B 147 24 T-TSP Wear 09S 0.3 7 0.13 148 P! 5 1OUL 525

B 147 30 T-TSP Wear 09S 0.4 8 0.15 146 P1 51OUL 525


B 147 33 T-TSP Wear 09S 0.4 11 0.21 153 P1 51OUL 527

B 147 34 T-TSP Wear 09S 0.4 11 0.21 153 P1 51OUL 525

B 147 35 T-TSP Wear 09S 0.4 10 0.19 159 P1 51OUL 527


B 148 28 T-TSP Wear 09S 0.3 7 0.13 151 P1 51OUL 527


B 150 7 T-TSP Wear 12S -0.8 8 0.15 117 P1 510XB 010

B 150 12 T-TSP Wear loS -0.7 7 0.12 123 P1 51OXB 008

B 150 27 T-TSP Wear 09S 0.4 16 0.33 149 P1 510XB 010

B 151 2 T-TSP Wear 12S -0.8 7 0.11 132 P1 510XB 008

B 151 5 T-TSP Wear 11S 0.3 5 0.09 134 P1 510XB 010

B 151 23 T-TSP Wear 12S 0.3 9 0.17 136 P1 510XB 010

B 151 24 T-TSP Wear 13S -0.8 14 0.3 124 P1 51OXB 010

B 151 24 T-TSP Wear 13S 0.3 32 0.89 119 P1 510XB 010

B 151 24 T-TSP Wear 12S 0.3 11 0.21 145 P1 510XB 010

B 151 24 T-TSP Wear 09S 0.4 12 0.25 147 P1 510XB 010




SG B, All Service Induced Indications.Location % Ind. Ind. Axial

TSP Offset T. W. Start End Length

Outage TJR19Circ.

Degrees Volts PhaseSG Row Tube Type Chn. Probe Cal

Total Tubes

Total Indications

1190

1548

Tuesday, April24, 20)2 Page 670! 67Tuesday, April 24, 2012 Page 67 of 67

three mile island, unit 1, transmittal of steam …special interest 510xp array data 258 413 (e.g....

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