LR-N10-0153, Submittal of Steam Generator Tube Inspection Report - Seventeenth Refueling Outage (2R17)

Submittal of Steam Generator Tube Inspection Report - Seventeenth Refueling Outage (2R17)

ML101250176
Person / Time
Site:	Salem
Issue date:	04/30/2010
From:	Fricker C Public Service Enterprise Group
To:	Document Control Desk, Office of Nuclear Reactor Regulation
References
LR-N10-0153
Download: ML101250176 (55)

Text

PSEG Nuclear LLC P.O. Box 236, Hancocks Bridge, New Jersey 08038-0236 0 PSEG Nuclear LLC Technical Specification 6.9.1.10 APR 3 0 2010 LR-N1 0-0153 U.S. Nuclear Regulatory Commission ATTN: Document Control Desk Washington DC 20555-001 Salem Nuclear Generating Station Unit 2 Facility Operating License No. DPR-75 NRC Docket No. 50-311

SUBJECT:

Steam Generator Tube Inspection Report - Seventeenth Refueling Outage (2R17)

PSEG Nuclear, LLC (PSEG) hereby submits the Steam Generator Tube Inspection Report consistent with the requirements of Technical Specification (TS) 6.9.1.10. The report is being submitted within 180 days after the initial entry into HOT SHUTDOWN following completion of the inspection performed in accordance with Technical Specification 6.8.4.i, "Steam Generator (SG) Program." Salem Unit 2 entered HOT SHUTDOWN (Mode 4) on November 6, 2009, following the completion of its seventeenth refueling outage.

The following attachments are included in this letter:

Steam Generator Tube Inspection Report TS 6.9.1.10 Salem Unit 2 SG Tube Support Arrangement and Terminology Summary of Salem 2 R17 Wear Indications (Tubes / Indications)

AVB Bundle Support / Positioning Devices (Typical Configuration) 2 R17 Nondestructive Examination Techniques 2 R17 Service Induced Indications (AVB Wear) 2 R17 Service Induced Indications (TSP Wear) 14 E.

U (

95-2168 REV. 7/99

Document Control Desk Page 2 APR 3 0 2010 LR-N10-0153 Should you have any questions regarding this submittal, please contact Mr. E. Villar at (856) 339-5456.

Sincerely rl J ric er Site ice President - Salem Attachments (7) cc Mr. S. Collins, Administrator - Region I Mr. R. Ennis, Licensing Project Manager - Salem USNRC Senior Resident Inspector - Salem (X24)

Mr. P. Mulligan, Manager IV Mr. H. Berrick, Salem Commitment Tracking Coordinator Mr. L. Marabella, Corporate Commitment Tracking Coordinator LR-N10-0153 Steam Generator Tube Inspection Report TS 6.9.1.10

PSEG Nuclear LLC Salem Unit 2 STEAM GENERATOR TUBE INSPECTION REPORT TS 6.9.1.10 Introduction The original Salem Unit 2 Series 51 steam generators (SG) were replaced with the AREVA Model 61/19T replacement steam generators (RSG) during outage 2R16. The 61 indicates approximately 6,100 square meters of heat transfer surface area per steam generator, the 19 indicates the approximate tube outside diameter (OD) in millimeters, and the "T" corresponds to a triangular tube pitch. The RSGs incorporate state-of-the-art features designed to improve reliability and minimize degradation. The thermally treated Inconel Alloy 690 tubing has a nominal OD of 0.750 inch and nominal wall thickness of 0.043 inch. Industry experience and laboratory testing has shown thermally treated Inconel Alloy 690 to be far more resistant to cracking than the Inconel Alloy 600 tubing found in the original SG. There are 5048 tubes within each SG fabricated in a triangular pitch. The tubes are hydraulically expanded the full tubesheet depth and seal welded at the tubesheet primary face. Lateral tube bundle support is accomplished using eight, 410 stainless steel (SS) broached tube support plates (TSP). The TSP holes are of a trefoil design withflat lands. The U-bends are supported with 3 sets of anti-vibration bars (AVBs) bent into a "V" shape. Since a given tube will intersect the same AVB at two separate locations, the AVBs are labeled AV1 through AV6 to segregate the separate hot-leg (HL) and cold-leg (CL) intersections. AV1 is near the upper hot leg TSP, and AV6 in near the upper cold leg TSP. The first 16 rows of tubes have been thermally stress relieved after the bending process to further reduce residual stresses in the U-bend region. Attachment 2 provides a general summary of the Salem Unit 2 SG Tube Support Arrangement and Terminology.

Consistent with Technical Specification (TS) 6.9.1.10, this report is being submitted within 180 days after the initial entry into HOT SHUTDOWN following completion of inspection performed in accordance with the Specification 6.8.4.i, "Steam Generator (SG) Program". Salem Unit 2 entered HOT SHUTDOWN on November 6, 2009.

This report includes:

a.

The scope of inspections performed on each SG,

b.

Active degradation mechanisms found,

c.

Nondestructive examination techniques utilized for each degradation mechanism,

d.

Location, orientation (if linear), and measured sizes (if available) of service induced indications,

e.

Number of tubes plugged during the inspection outage for each active degradation mechanism,

f.

Total number and percentage of tubes plugged to date,

g.

The results of condition monitoring, including the results of tube pulls and in-situ testing.

SG inspections were performed in accordance with TS 6.8.4.i, "Steam Generator Program",

during Salem Unit 2 Outage 2R17, which was also the first in-service inspection outage with the I

RSGs. Each applicable reporting requirement of TS 6.9.1.10 is addressed below (items a through g). Item h of TS 6.9.1.10 is not applicable to the Salem Unit 2 RSGs.

Technical Specification 6.9.1.10.a, "The scope of inspections performed on each SG" The following Tube inspections were performed:

1. A full-length (tube end to tube end) bobbin coil probe inspection was performed on 100% of the in-service tubes in each steam generator.

2. Plus Point Inspection of the first 3 outer periphery tubes on both HL and CL; and the first 3 rows of no-tube lane on the HL and CL. Inspection extent was 3 inches above the top of the tube sheet (TTS) to 3 inches below the TTS.

3. Plus Point Inspection of AVB wear locations 25% Through-wall (TW) and greater, and a sample of AVB wear locations less than 25% TW. This scope totaled approximately 447 of the 1556 AVB wear indications reported.

4. Plus Point Inspection of AVB bundle support/positioning device wear (SPT) locations; 1 tube at 3 locations.

5. Plus Point Inspection of all TSP wear locations (6 tubes, 8 indications of TSP wear)

6. Plus Point Special Interest Inspections, including all Bobbin "I" code locations Technical Specification 6.9.1.10.b, "Active degradation mechanisms found" The active degradation mechanisms found during outage 2R1 7 was wear at the AVB, TSP, and the AVB bundle support/positioning device (SPT). A summary of the wear indications is provided in Attachment 3. The AVB support structure that comes in contact with the tubes includes the AVB bars and the AVB bundle support/positioning devices. The AVB bundle support/positioning devices are located on the outer periphery of the tube bundle support structure and contact numerous tubes on the extrados. Figure 1 in Attachment 4 provides the general AVB construction arrangement and illustrate how the supports make contact with the tube's extrados.

Technical Specification 6.9.1.10.c, "Nondestructive examination techniques utilized for each degradation mechanism." provides the Nondestructive examination techniques utilized for each degradation mechanism.

Technical Specification 6.9.1.10.d, "Location, orientation (if linear), and measured sizes (if available) of service induced indications" The only service induced indications detected during outage 2R17 were due to AVB wear, TSP wear, and SPT wear. Attachments 6 and 7 provide information for the AVB and TSP wear. The Through-wall (TW) sizing in Attachments 6 and 7 was provided by qualified bobbin coil technique ETSS 96004.1. The only occurrence of (SPT)wear was in SG22, tube R64-Cl12 at AVBs 1, 2, and 3. SPT wear was sized using extended +Point technique ETSS 96910.1. The depth sizing was 5% through-wall for AVB locations 1 and 2; and 8% through-wall for AVB 3.

2

Technical Specification 6.9.1.10.e, "Number of tubes plugged during the inspection outage for each active degradation mechanism" The table provided in response to Tech Spec 6.9.1.10.b provides the number of tubes plugged (and number of indications) during the inspection outage for each active degradation mechanism.

Technical Specification 6.9.1.10.f, "Total number and percentage of tubes plugged to date" Following the completion of outage 2R1 7, a total of 10 tubes were removed from service from all four steam generators. This equates to a total of approximately 0.05% of the tubes removed from service from all four steam generators. The Table below provides further details.

Steam Generator Tube Plugging

_SG21 ISG22 SG 23 SG 24 Total Pre Service 0

'0 1

0 0

0 2R1 7 1

3 1

5 10 Total Tubes Plugged 1 1 3

1 5

-10 Total Percentage 1 0.02 0.06 I

0.02 0.1 0.05 U-bend cable stabilizers were conservatively installed in all plugged tubes.

Technical Specification 6.9.1.10.q, "The results of condition monitoring, including the results of tube pulls and in-situ testing" All tubes inspected met the tube integrity performance criteria in TS 6.8.4.i.b and condition monitoring requirements. The most limiting and conservative condition monitoring limit of all the degradation detected (AVB, TSP, and SPT) is approximately 46% TW. Therefore, since the largest degradation detected is 38% TW, and much less than 46%, condition monitoring was met. No tubes required in-situ pressure testing, and no tube pulls were required.

3 LR-N10-0153 Salem Unit 2 SG Tube Support Arrangement and Terminology

Salem Unit 2 SG Tube Support Arrangement and Terminology AV3 AV2 AV 1 A~v4 AV5 AV6 0SH' 08C 07H 06o-I 05H 04H 6.H 02H1 01H POT C

00C, 05C.

04C 03C

02c, oic I

LR-N10-0153 Summary of Salem 2 R1 7 Wear Indications (Tubes / Indications)

Summary of Salem 2R17 Wear Indications (Tubes/Indications)

SG 21 SG 22 SG 23 SG 24 Total AVB 206 549 186 476 42 95 150 436 584 1556 TSP 1

2 2

3 1

1 2

2 6

8

• SPT 0

0 1

3 0

0 0

0 1

3 Detected 207 551 189 482 43 96 152 438 591 1567 AVB 1

5 2

11 1

4 5

25 9

45 TSP 0

0 0

0 0

0 0

0 0

0

• SPT 0

0 1

3 0

0 0

0 1

3 Plugged 1

5 3

14 1

4 5

25 10 48 AVB 205 544 184 465 41 91 145 411 575 1511 TSP 1

2 2

3 1

1 2

2 6

8

• SPT 0

0 0

0 0

0 0

0 0

0 Returned to 206 546 186 468 42 92 147 413 581 1519 Service

• SPT is tube wear from the AVB support structure and not associated with the standard AVB wear.

I LR-N10-0153 AVB Bundle Support / Positioning Devices (Typical Configuration)

Figure 1: AVB bundle Support/Positioning Devices (Typical Configuration)

CLAMP --

BlaDE I

SUPPORT -

APPUI H1oop CERCE U SHAPED CAVADER EN U AjM4~VM~l11ON Bam RARRM AN111-VIRRATIaN CLAMP ASSEMBLY ASSEMBlAGE BRIDE COMB PEGNE STIFFENER RENFORT

,SCREW

-Gt.AMP GPDE Note: the structure (SPT) that caused wear on the tube is labeled "Support" or "Appui" in the above diagram.

I LR-N10-0153 2 R17 Nondestructive Examination Techniques

2R17 Nondestructive Examination Techniques Industry Damage Demonstrated Extended Site-Specific Review Technique Qualification Mechanism Applicability Applicability Deemed Acceptable Detection Sizing 96004.1 1

Bobbin Reison1 Wear Structures None Yes Yes Revision 12 96004.2 2

Bobbin Reiio.2 Wear Structures None Yes N/A Revision 12 27091.2 PLP Wear Detection of 3

Bobbin Revision 0 PLP Wear (part not PLP wear with Yes N/A present)

Part Present All Support Structures

+Point 96910.1 Broached and TM Revision 10 Wear supports Freespan Yes Yes PLP Wear (When Part Present)

+Point 21998.1 TM Revision 4 Volumetric Freespan None Yes Yes 27901.1 27902.1 PLP Wear 27903.1

+Point 27904.1 Morphology 6

TM 27905.1 PLP Wear Dependent None Yes Yes 27906.1 (part not 27907.1 present)

(All Rev. 0) 1 LR-N10-0153 2 R17 Service Induced Indications (AVB Wear)

2R17 Service Induced Indications (AVB Wear)

SG Row Co63 7Tw ASpp SG21 51 63 7

AV2 SG21 51 73 7

AV4 SG21 53 53 10 AV5 SG21 53 57 10 AV4 SG21 53 79 10 AV4 SG21 53 95 5

AV4 SG21 53 95 4

AV3 SG21 54 72 6

AV2 SG21 54 76 8

AV3 SG21 54 76 5

AV5 SG21 54 88 8

AV2 SG21 57 49 5

AV4 SG21 58 64 8

AV3 SG21 58 64 9

AV4 SG21 58 64 9

AV5 SG21 58 76 6

AV3 SG21 58 76 12 AV5 SG21 59 63 5

AV5 SG21 61 59 6

AV5 SG21 61 65 5

AV3 SG21 61 65 7

AV4 SG21 61 65 11 AV5 SG21 62 64 12 AV2 SG21 62 72 7

AV5 SG21 63 77 5

AV3 SG21 64 56 8

AV4 SG21 64 66 6

AV2 SG21 64 66 15 AV3 SG21 64 66 11 AV5 SG21 65 53 7

AV3 SG21 65 61 7

AV2 SG21 65 75 14 AV3 SG21 65 75 16 AV4 SG21 65 75 13 AV5 SG21 66 48 7

AV3 SG21 66 48 13 AV4 SG21 66 52 6

AV3 SG21 66 52 10 AV4 SG21 66 58 6

AV2 SG21 66 58 10 AV3 SG21 66 58 9

AV4 SG21 66 58 5

AV5 I

2R17 Service Induced Indications (AVB Wear)

SG1 Ro Col

%T6 1

AupV SG21 66 60 11 AV3 SG21 66 60 4

AV4 SG21 66 60 6

AV5 SG21 66 64 8

AV2 SG21 66 64 9

AV4 SG21 66 64 12 AV5 SG21 66 68 6

AV3 SG21 66 68 10 AV4 SG21 67 55 8

AV4 SG21 67 55 5

AV3 SG21 67 61 7

AV3 SG21 67 63 8

AV4 SG21 67 63 6

AV5 SG21 67 67 15 AV3 SG21 67 67 14 AV4 SG21 68 58 7

AV5 SG21 68 58 7

AV4 SG21 68 58 5

AV3 SG21 68 60 10 AV5 SG21 68 60 7

AV3 SG21 68 62 10 AV5 SG21 68 62 15 AV4 SG21 68 62 10 AV3 SG21 68 662 8

AV2 SG21 68 64 17 AV2 SG21 68 64 18 AV4 SG21 68 64 17 AV5 SG21 69 51 5

AV4 SG21 69 61 11 AV3 SG21 69 61 10 AV5 SG21 69 63 8

AV5 SG21 69 63 7

AV4 SG21 69 65 19 AV3 SG21 69 65 13 AV4 SG21 69 67 5

AV3 SG21 69 67 13 AV4 SG21 69 73 18 AV2 SG21 69 73 12 AV3 SG21 69 73 13 AV4 SG21 69 73 13 AV5 SG21 69 75 10 AV3 SG21 69 75 8

AV4 2

2R17 Service Induced Indications (AVB Wear)

~SG ;.RowV Col_

%7FW vSupp SG21 69 75 8

AV5 SG21 70 48 7

AV3 SG21 70 48 10 AV4 SG21 70 52 11 AV4 SG21 70 52 7

AV5 SG21 70 54 8

AV4 SG21 70 54 11 AV3 SG21 70 54 9

AV2 SG21 70 56 10 AV4 SG21 70 58 5

AV3 SG21 70 60 6

AV4 SG21 70 62 7

AV3 SG21 70 62 7

AV4 SG21 70 66 6

AV3 SG21 70 66 5

AV4 SG21 70 66 8

AV5 SG21 71 59 6

AV4 SG21 71 59 9

AV2 SG21 71 63 7

AV4 SG21 71 65 18 AV3 SG21 71 65 12 AV4 SG21 71 69 9

AV3 SG21 71 69 9

AV4 SG21 71 69 8

AV5 SG21 72 56 11 AV3 SG21 72 56 11 AV4 SG21 72 56 7

AV5 SG21 72 58 8

AV4 SG21 72 60 7

AV4 SG21 72 64 5

AV2 SG21 72 64 5

AV4 SG21 72 64 6

AV5 SG21 72 70 10 AV3 SG21 72 70 7

AV4 SG21 72 72 10 AV2 SG21 72 72 12 AV3 SG21 72 72 13 AV4 SG21 72 72 24 AV5 SG21 73 55 8

AV2 SG21 73 55 8

AV3 SG21 73 55 7

AV4 SG21 73 55 5

AV5 3

2R17 Service Induced Indications (AVB Wear)

SG2 Ro Col

%TW5 Supp SG21 73 57 5

AV5 SG21 73 59 10 AV3 SG21 73 59 11 AV4 SG21 73 61 13 AV4 SG21 73 61 13 AV5 SG21 73 61 11 AV3 SG21 73 63 5

AV4 SG21 73 63 5

AV3 SG21 73 65 21 AV3 SG21 73 65 14 AV4 SG21 73 65 15 AV5 SG21 73 67 17 AV3 SG21 73 67 7

AV4 SG21 73 71 16 AV3 SG21 73 71 27 AV4 SG21 73 71 7

AV5 SG21 73 71 8

AV2 SG21 74 56 8

AV5 SG21 74 58 12 AV3 SG21 74 58 15 AV4 SG21 74 58 11 AV5 SG21 74 60 4

AV3 SG21 74 60 10 AV4 SG21 74 60 10 AV5 SG21 74 62 5

AV1 SG21 74 62 10 AV3 SG21 74 62 14 AV4 SG21 74 70 13 AV2 SG21 74 70 13 AV3 SG21 74 70 11 AV5 SG21 75 57 9

AV5 SG21 75 57 7

AV4 SG21 75 57 9

AV3 SG21 75 59 6

AV5 SG21 75 59 14 AV4 SG21 75 59 12 AV3 SG21 75 59 14 AV2 SG21 75 63 8

AV3 SG21 75 63 7

AV4 SG21 75 63 18 AV5 SG21 75 65 17 AV2 4

2R17 Service Induced Indications (AVB Wear)

SG 75ow 6ol

%\\

Supp1 SG21 75 65 18 AV3 SG21 75 65 10 AV4 SG21 75 65 17 AV5 SG21 75 65 6

AV6 SG21 75 67 9

AV2 SG21 75 67 7

AV3 SG21 75 67 16 AV4 SG21 75 67 5

AV5 SG21 75 69 10 AV3 SG21 75 69 5

AV4 SG21 75 69 10 AV5 SG21 75 71 10 AV4 SG21 76 54 9

AV3 SG21 76 54 14 AV4 SG21 76 54 14 AV5 SG21 76 54 5

AV6 SG21 76 56 4

AV3 SG21 76 56 8

AV4 SG21 76 58 11 AV4 SG21 76 58 17 AV4 SG21 76 58 15 AV3 SG21 76 60 10 AV4 SG21 76 60 6

AV4 SG21 76 62 5

AV4 SG21 76 62 9

AV4 SG21 76 62 9

AV3 SG21 76 62 6

AV2 SG21 76 64 13 AV2 SG21 76 64 21 AV2 SG21 76 64 8

AV3 SG21 76 66 7

AV3 SG21 76 66 5

AV5 SG21 76 68 8

AV3 SG21 76 68 7

AV4 SG21 77 55 8

AV4 SG21 77 57 6

AV2 SG21 77 57 13 AV3 SG21 77 57 13 AV4 SG21 77 57 8

AV6 SG21 77 57 7

AV6 SG21 77 59 13 AV2 SG21 77 59 10 AV3 5

2R17 Service Induced Indications (AVB Wear)

SG2 1 R

Col 14TW ASupp SG21 77 59 14 AV4 SG21 77 59 14 AV5 SG21 77 61 12 AV4 SG21 77 61 19 AV5 SG21 77 63 15 AV5 SG21 77 63 18 AV3 SG21 77 63 18 AV2 SG21 77 63 8

AV4 SG21 77 63 6

AV2 SG21 77 67 5

AV3 SG21 77 65 9

AV4 SG21 77 67 6

AV2 SG21 77 67 5

AV3 SG21 77 67 5

AV4 SG21 77 71 5

AV3 SG21 78 52 10 AV4 SG21 78 52 5

AV5 SG21 78 54 15 AV3 SG21 78 54 11 AV2 SG21 78 54 5

AV4 SG21 78 56 10 AV5 SG21 78 58 4

AV2 SG21 78 58 15 AV3 SG21 78 58 15 AV4 SG21 78 58 10 AV5 SG21 78 60 9

AV2 SG21 78 60 10 AV3 SG21 78 60 13 AV5 SG21 78 62 15 AV2 SG21 78 62 11 AV3 SG21 78 62 13 AV4 SG21 78 64 10 AV5 SG21 78 64 4

AV6 SG21 78 64 11 AV2 SG21 78 64 7

AV3 SG21 78 64 16 AV4 SG21 78 66 8

AV4 SG21 78 66 21 AV2 SG21 78 66 22 AV3 SG21 78 66 24 AV4 SG21 78 66 22 AV5 SG21 78 76 7

AV3 6

2R17 Service Induced Indications (AVB Wear)

<SGi, R-Row Col

/Tw~ _____

SG21 78 76 8

AV2 SG21 79 57 9

AV4 SG21 79 57 9

AV3 SG21 79 59 14 AV5 SG21 79 59 11 AV3 SG21 79 61 11 AV5 SG21 79 61 11 AV4 SG21 79 61 10 AV3 SG21 79 63 9

AV3 SG21 79 63 16 AV4 SG21 79 65 6

AV1 SG21 79 65 17 AV2 SG21 79 65 25 AV3 SG21 79 65 18 AV4 SG21 79 65 18 AV5 SG21 79 69 19 AV3 SG21 79 69 16 AV4 SG21 79 69 12 AV5 SG21 79 69 14 AV2 SG21 80 56 5

AV3 SG21 80 56 13 AV4 SG21 80 56 23 AV5 SG21 80 60 11 AV5 SG21 80 60 7

AV3 SG21 80 60 10 AV2 SG21 80 62 13 AV5 SG21 80 62 16 AV4 SG21 80 62 14 AV3 SG21 80 62 12 AV2 SG21 80 64 5

AV2 SG21 80 66 8

AV1 SG21 80 66 23 AV2 SG21 80 66 25 AV3 SG21 80 66 26 AV4 SG21 80 66 23 AV5 SG21 81 57 14 AV3 SG21 81 59 6

AV1 SG21 81 59 18 AV2 SG21 81 59 8

AV3 SG21 81 59 19 AV4 SG21 81 59 18 AV5 SG21 81 61 12 AV3 7

2R17 Service Induced Indications (AVB Wear)

SG Row

• Col

%T\\

Supp SG21 81 61 14 AV5 SG21 81 63 8

AV6 SG21 81 63 11 AV5 SG21 81 63 19 AV4 SG21 81 63 11 AV3 SG21 81 63 17 AV2 SG21 81 65 8

AV2 SG21 81 65 21 AV3 SG21 81 65 19 AV4 SG21 81 65 10 AV5 SG21 81 67 18 AV2 SG21 81 67 17 AV3 SG21 81 67 22 AV4 SG21 81 67 14 AV5 SG21 81 67 10 AV6 SG21 82 58 5

AV2 SG21 82 58 11 AV3 SG21 82 58 5

AV4 SG21 82 60 12 AV2 SG21 82 60 7

AV3 SG21 82 60 15 AV4 SG21 82 60 18 AV5 SG21 82 62 20 AV3 SG21 82 62 15 AV4 SG21 82 62 14 AV5 SG21 82 64 6

AV4 SG21 82 68 16 AV2 SG21 82 68 15 AV4 SG21 82 68 18' AV5 SG21 82 72 7

AV4 SG21 82 72 5

AV3 SG21 82 74 8

AV4 SG21 82 74 5

AV5 SG21 83 57 6

AV3 SG21 83 57 5

AV5 SG21 83 59 13 AV5 SG21 83 59 11 AV4 SG21 83 59 17 AV3 SG21 83 63 10 AV1 SG21 83 63 5

AV2 SG21 83 63 17 AV3 SG21 83 63 14 AV4 8

2R17 Service Induced Indications (AVB Wear)

SG, Row Col

%Th.V S*p"p SG21 83 63 12 AV5 SG21 83 65 14 AV2 SG21 83 65 8

AV3 SG21 83 65 17 AV4 SG21 83 65 11 AV5 SG21 83 67 17 AV2 SG21 83 67 13 AV3 SG21 83 67 18 AV4 SG21 83 69 12 AV2 SG21 83 69 9

AV3 SG21 83 69 10 AV4 SG21 83 69 9

AV5 SG21 84 58 10 AV4 SG21 84 58 11 AV3 SG21 84 60 14 AV6 SG21 84 60 21 AV5 SG21 84 60 15 AV4 SG21 84 60 16 AV3 SG21 84 60 19 AV2 SG21 84 62 7

AV5 SG21 84 62 18 AV4 SG21 84 62 17 AV3 SG21 84 64 14 AV1 SG21 84 64 26 AV2 SG21 84 64 13 AV3 SG21 84 64 8

AV4 SG21 84 64 14 AV5 SG21 84 64 16 AV6 SG21 84 66 12 AV2 SG21 84 66 19 AV3 SG21 84 66 11 AV4 SG21 84 66 13 AV5 SG21 84 68 8

AV4 SG21 84 68 18 AV5 SG21 84 68 16 AV2 SG21 84 68 24 AV3 SG21 84 70 23 AV3 SG21 84 70 28 AV4 SG21 84 70 20 AV5 SG21 84 70 10 AV6 SG21 85 57 7

AV2 SG21 85 57 16 AV3 9

2R17 Service Induced Indications (AVB Wear)

SG~ Row

~Col

~%1W Sp1 SG21 85 57 12 AV4 SG21 85 61 8

AV1 SG21 85 61 15 AV2 SG21 85 61 20 AV3 SG21 85 61 8

AV4 SG21 85 61 20 AV5 SG21 85 63 12 AV3 SG21 85 67 12 AV2 SG21 85 67 6

AV4 SG21 85 67 7

AV5 SG21 85 67 11 AV3 SG21 86 62 6

AV4 SG21 86 66 16 AV2 SG21 86 66 11 AV3 SG21 86 66 22 AV4 SG21 86 66 9

AV5 SG21 86 66 8

AV6 SG21 87 59 18 AV4 SG21 87 59 18 AV2 SG21 87 59 7

AV1 SG21 87 61 12 AV5 SG21 87 61 6

AV4 SG21 87 61 14 AV3 SG21 87 65 10 AV2 SG21 87 65 23 AV4 SG21 88 56 7

AV4 SG21 88 60 7

AV5 SG21 88 60 11 AV4 SG21 88 60 8

AV3 SG21 88 60 14 AV2 SG21 88 62 7

AV4 SG21 88 62 5

AV5 SG21 88 62 5

AV3 SG21 88 64 18 AV2 SG21 88 64 12 AV3 SG21 88 64 24 AV4 SG21 88 64 18 AV5 SG21 88 64 12 AV1 SG21 88 72 6

AV4 SG21 89 57 6

AV4 SG21 89 59 15 AV2 SG21 89 59 17 AV3 10

2R17 Service Induced Indications (AVB Wear)

SG R~ow ColK%TWA

~Su~pp SG21 89 59 12 AV4 SG21 89 59 15 AV5 SG21 89 59 7

AV6 SG21 89 61 10 AVl SG21 89 61 15 AV2 SG21 89 61 17 AV3 SG21 89 61 12 AV4 SG21 89 61 15 AV5 SG21 89 61 10 AV6 SG21 89 63 5

AV4 SG21 89 63 10 AV3 SG21 89 63 17 AV2 SG21 89 65 14 AV1 SG21 89 65 16 AV2 SG21 89 65 22 AV3 SG21 89 65 29 AV4 SG21 89 65 21 AV5 SG21 89 73 11 AV3 SG21 89 73 10 AV4 SG21 89 73 8

AV5 SG21 90 56 10 AV4 SG21 90 58 6

AV2 SG21 90 58 8

AV3 SG21 90 58 17 AV4 SG21 90 58 9

AV5 SG21 90 58 7

AV6 SG21 90 60 6

AV2 SG21 91 57 7

AV4 SG21 91 57 7

AV3 SG21 91 57 7

AV2 SG21 91 59 19 AV5 SG21 91 59 16 AV4 SG21 91 59 13 AV3 SG21 91 59 20 AV2 SG21 91 61 6

AV5 SG21 91 63 5

AV4 SG21 91 63 5

AV5 SG21 92 58 21 AV4 SG21 92 58 19 AV3 SG21 92 60 9

AV6 SG21 92 60 18 AV5 SG21 92 60 20 AV4 11

2R17 Service Induced Indications (AVB Wear)

SG21 Row Col ASupp SG21 92 60 6

AV3 SG21 92 60 17 AV2 SG21 92 60 13 AV6 SG21 92 64 15 AV6 SG21 92 64 16 AV2 SG21 92 64 29 AV2 SG21 92 64 29 AV5 SG21 92 74 14 AV2 SG21 92 74 10 AV3 SG21 93 57 6

AV4 SG21 93 59 22 AV2 SG21 93 59 15 AV3 SG21 93 59 21 AV4 SG21 93 59 18 AV5 SG21 93 61 6

AV5 SG21 93 61 5

AV4 SG21 93 63 9

AV5 SG21 93 63 19 AV4 SG21 93 63 11 AV3 SG21 93 63 13 AV2 SG21 93 65 5

AV1 SG21 93 65 24 AV2 SG21 93 65 17 AV3 SG21 93 65 29 AV4 SG21 93 67 5

AV4 SG21 94 62 11 AV4 SG21 94 62 8

AV5 SG21 94 64 8

AV2 SG21 94 64 9

AV3 SG21 94 68 11 AV2

• SG21 94 68 14 AV4 SG21 94 68 10 AV5 SG21 95 59 13 AV4 SG21 95 59 14 AV3 SG21 95 59 14 AV2 SG21 95 67 7

AV2 SG21 96 58 13 AV4 SG21 96 58 14 AV3 SG21 96 58 13 AV2 SG21 96 60 6

AV5 SG21 96 60 15 AV4 SG21 96 62 7

AV2 12

2R17 Service Induced Indications (AVB Wear)

.SG Row.

Col

%IIIW.

IS...p.

SG21 96 66 25 AV3 SG21 96 66 21 AV4 SG21 96 66 25 AV5 SG21 96 66 11 AV6 SG21 97 57 11 AV2 SG21 97 57 13 AV3 SG21 97 57 8

AV4 SG21 97 59 5

AV3 SG21 97 59 7

AV4 SG21 97 59 16 AV5 SG21 97 59 5

AV6 SG21 97 61 19 AV3 SG21 97 61 6

AV2 SG21 97 67 12 AV2 SG21 97 67 21 AV3 SG21 97

• 67 17 AV4 SG21 97 67 7

AV5 SG21 98 58 14 AV3 SG21 98 58 24 AV4 SG21 98 58 10 AV5 SG21 98 60 9

AV4 SG21 98 60 11 AV3 SG21 98 60 10 AV2 SG21 98 76 8

AV3 SG21 98 76 6

AV1 SG21 98 76 11 AV2 SG21 99 59 11 AV4 SG21 99 63 7

AV4 SG21 99 63 9

AV5 SG21 99 67 7

AV2 SG21 99 73 8

AV2 SG21 100 58 9

AV5 SG21 100 58 6

AV6 SG21 100 64 15 AV1 SG21 100 64 37 AV2 SG21 100 64 14 AV3 SG21 100 64 38 AV5 SG21 100 64 18 AV6 SG21 100 66 4

AV3 SG21 101 59 17 AV3 SG21 101 59 19 AV4 SG21 101 67 13 AV2 13

2R17 Service Induced Indications (AVB Wear)

SG..

Ro Co[

%TW! Sup SG21 101 67 13 AV3 SG21 101 67 23 AV4 SG21 101 67 12 AV1 SG22 45 49 5

AV3 SG22 47 25 4

AV3 SG22 47 97 7

AV4 SG22 48 54 4

AV4 SG22 48 54 4

AV3 SG22 49 49 7

AV3 SG22 49 55 5

AV4 SG22 49 63 4

AV4 SG22 49 65 6

AV4 SG22 50 56 4

AV3 SG22 50 96 4

AV4 SG22 51 47 5

AV3 SG22 51 97 5

AV4 SG22 53 61 5

AV3 SG22 53 77 7

AV4 SG22 55 57 5

AV3 SG22 55 83 4

AV4 SG22 56 48 5

AV4 SG22 56 52 4

AV5 SG22 57 55 8

AV4 SG22 57 55 16 AV3 SG22 57 59 6

AV3 SG22 57 61 5

AV2 SG22 58 48 6

AV4 SG22 58 52 7

AV4 SG22 58 62 11 AV2 SG22 58 62 6

AV5 SG22 59 53 5

AV4 SG22 59 61 8

AV2 SG22 59 61 8

AV3 SG22 59 61 6

AV4 SG22 59 61 12 AV5 SG22 60 48 6

AV4 SG22 60 58 6

AV4 SG22 60 62 8

AV4 SG22 60 62 6

AV5 SG22 60 66 12 AV4 SG22 60 74 4

AV2 SG22 60 78 4

AV2 14

2R17 Service Induced Indications (AVB Wear)

SG2 Row Co

%TW 5

SG22 61 61 7

AV4 SG22 61 61 9

AV3 SG22 61 65 7

AV4 SG22 62 52 6

AV5 SG22 62 52 9

AV4 SG22 62 60 5

AV4 SG22 62 60 7

AV3 SG22 62 62 7

AV5 SG22 62 62 8

AV4 SG22 62 62 8

AV3 SG22 62 62 6

AV2 SG22 62 74 9

AV2 SG22 62 74 4

AV3 SG22 62 74 7

AV4 SG22 62 74 9

AV5 SG22 63 63 13 AV2 SG22 63 63 12 AV3 SG22 63 63 3

AV4 SG22 63 65 4

AV2 SG22 63 65 5

AV4 SG22 64 64 18 AV2 SG22 64 64 3

AV3 SG22 64 64 8

AV5 SG22 64 64 7

AV6 SG22 65 57 5

AV3 SG22 65 61 5

AV5 SG22 65 61 8

AV2 SG22 65 63 11 AV4 SG22 65 63 7

AV3 SG22 65 67 9

AV3 SG22 65 67 15 AV4 SG22 65 67 10 AV5 SG22 65 69 5

AV4 SG22 65 75 5

AV2 SG22 65 75 11 AV3 SG22 65 75 9

AV4 SG22 66 60 6

AV4 SG22 66 60 14 AV3 SG22 66 60 5

AV2 SG22 66

.64 6

AV3 SG22 66 64 15 AV5 15

2R17 Service Induced Indications (AVB Wear)

SG2 Row6 8C

%TW Supp SG22 66 80 5

AV2 SG22 66 80 5

AV3 SG22 66 80 6

AV4 SG22 67 49 8

AV3 SG22 67 57 10 AV3 SG22

67.

61 6

AV2 SG22 67 61 4

AV3 SG22 67 61 12 AV5 SG22 67 63 16 AV2 SG22 67 63 15 AV3 SG22 67 63 14 AV5 SG22 67 65 7

AV4 SG22 68 46 6

AV4 SG22 68 54 3

AV3 SG22 68 60 20 AV3 SG22 68 60 11 AV4 SG22 68 60 8

AV5 SG22 68 64 16 AV2 SG22 68 64 12 AV3 SG22 68 64 8

AV5 SG22 68 78 6

AV4 SG22 68 78 5

AV5 SG22 69 63 8

AV4 SG22 69 63 9

AV3 SG22 69 63 12 AV2 SG22 69 67 7

AV2 SG22 69 67 13 AV3 SG22 69 67 16 AV4 SG22 69 67 16 AV5 SG22 69 67 4

AV6 SG22 70 62 10 AV4 SG22 70 62 12 AV5 SG22 70 64 6

AV1 SG22 70 64

'19 AV2 SG22 70 64 12 AV3 SG22 70 64 13 AV5 SG22 70 80 5

AV2 SG22 70 80 7

AV3 SG22 70 80 6

AV4 SG22 71 51 5

AV3 SG22 71 51 6

AV2 SG22 71 63 18 AV3 16

2R17 Service Induced Indications (AVB Wear)

SG RowI

~Col

%TW(

Supp SG22 71 63 20 AV4 SG22 71 65 6

AV2 SG22 71 65 7

AV3 SG22 71 65 12 AV4 SG22 71 65 8

AV5 SG22 71 75 4

AV2 SG22 72 58 12 AV2 SG22 72 58 6

AV3 SG22 72 58 9

AV4 SG22 72 58 4

AV5 SG22 72 62 12 AV5 SG22 72 62 19 AV4 SG22 72 62 14 AV3 SG22 72 62 6

AV2 SG22 72 62 6

AV1 SG22 72 64 9

AV2 SG22 72 64 16 AV3 SG22 72 64 9

AV5 SG22 72 66 6

AV3 SG22 72 66 3

AV5 SG22 72 68 9

AV3 SG22 72 68 9

AV4 SG22 72 70 6

AV2 SG22 72 70 20 AV3 SG22 72 70 29 AV4 SG22 72 70 12 AV5 SG22 72 82 7

AV4 SG22 73 61 15 AV5 SG22 73 61 20 AV4 SG22 73 61 12 AV3 SG22 73 61 11 AV2 SG22 73 63 10 AV5 SG22 73 63 14 AV4 SG22 73 63 29 AV3 SG22 73 65 7

AV3 SG22 73 65 13 AV4 SG22 73 65 10 AV5 SG22 73 75 22 AV2 SG22 73 75 22 AV3 SG22 73 75 16 AV4 SG22 73 75 12 AV5 SG22 73 77 11 AV5 17

2R17 Service Induced Indications (AVB Wear)

SG Row Col 3W AV4pp SG22 74 48 3

AV4 SG22 74 48 9

AV3 SG22 74 58 12 AV4 SG22 74 58 18 AV3 SG22 74 58 16 AV2 SG22 74 62 7

AVI SG22 74 62 13 AV2 SG22 74 62 18 AV3 SG22 74 62 20 AV4 SG22 74 62 17 AV5 SG22 74 62 10 AV6 SG22 74 64 15 AV2 SG22 74 64 10 AV3 SG22 74 64 20 AV5 SG22 74 66 7

AV3 SG22 74 66 5

AV2 SG22 75 55 13 AV3 SG22 75 55 16 AV4 SG22 75 55 12 AV5 SG22 75 63 4

AV2 SG22 75 63 24 AV2 SG22 75 63 27 AV3 SG22 75 63 25 AV4 SG22 75 63 20 AV5 SG22 75 65 18 AV3 SG22 75 65 15 AV4 SG22 75 65 15 AV5 SG22 76 54 5

AV3 SG22 76 54 10 AV4 SG22 76 54 8

AV5 SG22 76 60 10 AV3 SG22 76 60 9

AV4 SG22 76 64 24 AV2 SG22 76 64 8

AV6 SG22 76 68 17 AV3 SG22 76 68 19 AV4 SG22 76 68 10 AV5 SG22 76 72 9

AV3 SG22 76 72 9

AV4 SG22 77 63 19 AV4 SG22 77 63 21 AV3 SG22 77 63 8

AV2 18

2R17 Service Induced Indications (AVB Wear)

SG2 Row Col

%T4 AV2_

SG22 77 65 4

AV2 SG22 77 65 6

AV3 SG22 77 65 14 AV4 SG22 77 65 10 AV5 SG22 77 79 9

AV3 SG22 77 79 8

AV4 SG22 78 54 9

AV5 SG22 78 54 15 AV4 SG22 78 54 8

AV3 SG22 78 54 15 AV2 SG22 78 58 8

AV5 SG22 78 58 15 AV4 SG22 78 58 16 AV3 SG22 78 58 8

AV2 SG22 78 60 6

AV5 SG22 78 60 11 AV4 SG22 78 60 16 AV3 SG22 78 60 5

AV2 SG22 78 62 24 AV3 SG22 78 62 20 AV4 SG22 78 62 21 AV5 SG22 78 62 10 AV6 SG22 78 64 20 AV2 SG22 78 64 6

AV3 SG22 78 64 19 AV4 SG22 78 64 6

AV6 SG22 78 74 9

AV2 SG22 78 74 10 AV3 SG22 78 74 17 AV4 SG22 78 74 12 AV5 SG22 79 59 6

AV2 SG22 79 59 16 AV2 SG22 79 61 13 AV2 SG22 79 61 18 AV3 SG22 79 61 23 AV4 SG22 79 61 13 AV5 SG22 79 63 18 AV3 SG22 79 63 19 AV4 SG22 79 67 11 AV3 SG22 79 67 14 AV4 SG22 79 67 8

AV5 SG22 79 73 6

AV5 19

2R17 Service Induced Indications (AVB Wear)

SG.

Row Col

%TW

.S.pp SG22 80 60 4

AV2 SG22 80 60 15 AV3 SG22 80 60 14 AV4 SG22 80 60 4

AV5 SG22 80 62 8

AV4 SG22 80 64 4

AV2 SG22 80 64 9

AV3 SG22 80 78 7

AV5 SG22 81 57 14 AV5 SG22 81 57 14 AV4 SG22 81 57 17 AV3 SG22 81 57 9

AV2 SG22 81 61 14 AV5 SG22 81 61 25 AV4 SG22 81 61 19 AV3 SG22 81 61 5

AV2 SG22 81 63 16 AV5 SG22 81 63 8

AV4 SG22 81 63 23 AV3 SG22 81 63 10 AV2 SG22 81 63 8

AV1 SG22 81 65 19 AV3 SG22 81 65 15 AV4 SG22 81 65 16 AV5 SG22 81 69 12 AV2 SG22 81 69 23 AV3 SG22 81 69 13 AV5 SG22 82 56 6

AV5 SG22 82 56 6

AV4 SG22 82 60 15 AV5 SG22 82 60 17 AV4 SG22 82 60 19 AV3 SG22 82 60 11 AV2 SG22 82 64 13 AV1 SG22 82 64 29 AV2 SG22 82 64 13 AV3 SG22 82 64 11 AV6 SG22 82 66 21 AV2 SG22 82 66 10 AV3 SG22 82 66 15 AV4 SG22 82 66 16 AV5 SG22 82 74 16 AV2 20

2R17 Service Induced Indications (AVB Wear)

SG~ Row' Gol

%TW

-Supp SG22 82 74 7

AV3 SG22 83 63 10 AV1 SG22 83 63 19 AV2 SG22 83 63 25 AV3 SG22 83 63 22 AV4 SG22 83 63 25 AV5 SG22 83 63 6

AV6 SG22 83 65 15 AV3 SG22 83 65 21 AV4 SG22 83 65 15 AV5 SG22 83 67 20 AV3 SG22 83 67 21 AV4 SG22 83 67 14 AV5 SG22 83 69 3

AV2 SG22 84 58 13 AV3 SG22 84 58 6

AV4 SG22 84 62 22 AV4 SG22 84 62 8

AV3 SG22 84 62 11 AV2 SG22 84 64 12 AV1 SG22 84 64 5

AV2 SG22 84 64 15 AV3 SG22 84 64 22 AV4 SG22 84 64 25 AV5 SG22 84 64 14 AV6 SG22 85 59 17

AV5, SG22 85 59 11 AV4 SG22 85 59 19 AV3 SG22 85 59 10 AV2 SG22 85 61 6

AV4 SG22 85 63 10 AV3 SG22 85 67 11 AV3 SG22 85 67 13 AV4 SG22 85 67 14 AV5 SG22 85 69 5

AV3 SG22 85 71 11 AV3 SG22 86 54 13 AV4 SG22 86 54 9

AV3 SG22 86 56 9

AV5 SG22 86 56 10 AV4 SG22 86 56 10 AV2 SG22 86 58 15 AV6 21

2R17 Service Induced Indications (AVB Wear)

SG ow Gol 5TW 2pp SG22 86 58 27 AV4 SG22 86 58 28 AV4 SG22 86 58 25 AV3 SG22 86 58 23 AV2 SG22 86 60 6-AV6 SG22 86 60 21 AV5 SG22 86 60 22 AV4 SG22 86 60 22 AV3 SG22 86 60 17 AV2 SG22 86 60 9

AV5 SG22 86 64 14 AV5 SG22 86 64 6

AV6 SG22 87 59 7

AV6 SG22 87 59 23 AV5 SG22 87 59 20 AV3 SG22 87 59 18 AV2 SG22 87 61 7

AV2 SG22 87 61 21 AV3 SG22 87 61 20 AV4 SG22 87 61 12 AV5 SG22 87 63 15 AV5 SG22 87 63 7

AV4 SG22 87 63 10 AV3 SG22 88 58 6

AV5 SG22 88 58 20 AV4 SG22 88 58 13 AV3 SG22 88 58 14 AV2 SG22 88 60 16 AV6 SG22 88 60 27 AV5 SG22 88 60 30 AV4 SG22 88 60 24 AV3 SG22 88 60 23 AV2 SG22 88 60 7

AV5 SG22 88 62 18 AV5 SG22 88 62 18 AV4 SG22 88 72 7

AV2 SG22 88 72 4

AV3 SG22 88 74 11 AV2 SG22 89 51 7

AV3 SG22 89 53 7

AV4 SG22 89 55 11 AV4 SG22 89 55 9

AV3 22

2R17 Service Induced Indications (AVB Wear)

SG

~Row~ Col<\\%TW SUr4 SG22 89 55 13 AV2 SG22 89 59 8

AV5 SG22 89 59 7

AV4 SG22 89 59 14 AV3 SG22 89 59 13 AV2 SG22 89 61 15 AV3 SG22 89 61 11 AV2 SG22 89 63 9

AV4 SG22 89 63 10 AV3 SG22 90 58 5

AV3 SG22 90 60 7

AV2 SG22 90 62 13 AV4 SG22 90 62 23 AV3 SG22 90 62 18 AV2 SG22 90 62 21 AV1 SG22 91 51 6

AV5 SG22 91 59 22 AV5 SG22 91 59 21 AV4 SG22 91 59 12 AV3 SG22 91 59 11 AV2 SG22 91 59 4

AV6 SG22 91 63 12 AV6 SG22 91 63 25 AV5 SG22 91 63 19 AV4 SG22 91 63 22 AV3 SG22 91 63 18 AV2 SG22 92 50 9

AV4 SG22 92 52 16 AV2 SG22 92 52 11 AV1 SG22 92 54 13 AV5 SG22 92 54 11 AV4 SG22 92 54 13 AV2 SG22 92 58 15 AV6 SG22 92 58 29 AV5 SG22 92 58 21 AV4 SG22 92 58 31 AV3 SG22 92 58 23 AV2 SG22 92 70 6

AV3 SG22 93 57 8

AV5 SG22 93 57 19 AV4 SG22 93 57 15 AV3 SG22 93 57 6

AV2 23

2R17 Service Induced Indications (AVB Wear)

SG Row

%T\\8 ASupp SG22 93 59 18 AV4 SG22 93 59 7

AV3 SG22 93 59 12 AV2 SG22 93 65 12 AV5 SG22 93 69 9

AV3 SG22 94 56 5

AV5 SG22 94 56 11 AV4 SG22 94 56 6

AV2 SG22 94 60 10 AV5 SG22 94 60 A18 AV4 SG22 94 60 10 AV3 SG22 94 60 12 AV2 SG22 95 55 10 AV3 SG22 95 55 7

AV2 SG22 95 57 18 AV5 SG22 95 57 18 AV4 SG22 95 59 6

AV6 SG22 95 59 17 AV4 SG22 95 59 19 AV3 SG22 95 59 21 AV2 SG22 95 59 3

AV5 SG22 95 61 13 AV3 SG22 95 61 4

AV2 SG22 95 61 5

AV4 SG22 96 62 15 AV2 SG22 96 62

• 10 AV3 SG22 96 62 16 AV4-SG22 96 62 7

AV5 SG22 97 57 6

AV5 SG22 97 57 10 AV4 SG22 97 57 5

AV3 SG22 97 59 4

AVl SG22 97 59 8

AV6 SG22 97 59 16 AV5 SG22 97 59 12 AV4 SG22 97 59 21 AV3 SG22 97 59 19 AV2 SG22 97 63 15 AV5 SG22 97 63 16 AV4 SG22 97 63 16 AV3 SG22 97 63 16 AV2 SG22 98 58 6

AV5 24

2R17 Service Induced Indications (AVB Wear)

SG2 Row Co

%T5 1

AV4_

SG22 98 58 16 AV4 SG22 98 58 21 AV3 SG22 98 66 5

AV5 SG22 98 78 18 AV2 SG22 98 78 17 AV3 SG22 98 78 6

AV6 SG22 99 51 6

AV5 SG22 99 51 7

AV4 SG22 99 59 7

AV2 SG22 99 59 14 AV5 SG22 99 59 7

AV6 SG22 101 59 20 AV4 SG22 101 59 21 AV3 SG22 101 59 27 AV2 SG22 101 59 8

AV1 SG22 101 59 7

AV6 SG22 101 59 14 AV5 SG23 54 50 7

AV4 SG23 54 50 8

AV3 SG23 54 82 4

AV3 SG23 54 82 4

AV4 SG23 58 82 4

AV3 SG23 58 82 3

AV1 SG23 58 82 9

AV4 SG23 59 73 4

AV3 SG23 59 73 6

AV4 SG23 59 75 5

AV3 SG23 63 81 5

AV5 SG23 64 74 8

AV2 SG23 64 74 7

AV3 SG23 64 74 13 AV4 SG23 64 74 13 AV5 SG23 67 61 7

AV3 SG23 67 61 7

AV4 SG23 67 73 5

AV2 SG23 67 73 4

AV3 SG23 67 73 9

AV4 SG23 67 73 9

AV5 SG23 68 78 4

AV4 SG23 69 59 7

AV2 SG23 69 59 6

AV3 SG23 69 65 3

AV3 25

2R17 Service Induced Indications (AVB Wear)

SG Row

Gol,

%TW~ Supri SG23 70 58 10 AV3 SG23 70 68 9

AV2 SG23 70 68 9

AV3 SG23 70 68 4

AV4 SG23 70 68 5

AV5 SG23 71 69 8

AV4 SG23 71 69 8

AV3 SG23 73 75 3

AV4 SG23 73 75 7

AV3 SG23 75 61 6

AV3 SG23 75 61 5

AV4 SG23 75 65 14 AV4 SG23 75 65 12 AV3 SG23 75 65 4

AV2 SG23 75 65 13 AV5 SG23 75 73 15 AV5 SG23 75 73 5

AV4 SG23 75 73 7

AV3 SG23 76 72 6

AV4 SG23 77 73 9

AV2 SG23 77 73 7

AV5 SG23 77 73 8

AV3 SG23 77 73 12 AV4 SG23 79 61 7

AV3 SG23 79 65 6

AV5 SG23 79 65 7

AV4 SG23 79 73 4

AV3 SG23 82 64 27 AV2 SG23 82 64 18 AV3 SG23 82 64 25 AV5 SG23 82 64 10 AV6 SG23 82 64 11 AV1 SG23 83 67 4

AV2 SG23 86 68 6

AV5 SG23 88 58 17 AV3 SG23 88 58 23 AV4 SG23 88 58 18 AV5 SG23 88 64 7

AV4 SG23 88 64 5

AV3 SG23 88 64 8

AV2 SG23 89 59 7

AV4 SG23 89 59 9

AV3 26

2R17 Service Induced Indications (AVB Wear)

SG23 91 59 26 AV2 SG23 91 59 30 AV3 SG23 91 59 28 AV4 SG23 91 59 24 AV5 SG23 91 61 5

AV4 SG23 91 63 15 AV5 SG23 91 73 4

AV6 SG23 91 73 9

AV5 SG23 91 73 5

AV4 SG23 91 73 13 AV3 SG23 91 73 17 AV2 SG23 92 56 8

AV4 SG23 92 56 5

AV2 SG23 92 58 12 AV5 SG23 92 58 8

AV3 SG23 92 58 16 AV4 SG23 93 57 6

AV2 SG23 95 73 7

AV5 SG23 95 73 4

AV3 SG23 97 75 5

AV5 SG23 100 50 5

AV3 SG23 100 78 4

AV5 SG23 100 78 15 AV4 SG23 100 78 14 AV3 SG23 100 78 14 AV2 SG23 102 64 6

AV6 SG23 102 64 7

AV4 SG23 102 64 4

AV5 SG24 33 75 6

AV6 SG24 46 64 5

AV5 SG24 47 9

6 AV2 SG24 50 64 4

AV5 SG24 51 79 10 AV3 SG24 51 79 11 AV4 SG24 51 79 8

AV5 SG24 51 81 9

AV3 SG24 52 44 7

AV4 SG24 52 44 7

AV3 SG24 53 53 13 AV3 SG24 53 53 19 AV4 SG24 53 53 5

AV5 SG24 53 67 9

AV2 27

2R17 Service Induced Indications (AVB Wear)

SG24 Row 7ol

%T ASu3 SG24 53 67 6

AV3 SG24 53

67.

8 AV4 SG24 53 73 5

AV4 SG24 53 77 6

AV3 SG24 53 77 7

AV4 SG24 53 77 3

AV5 SG24 55 45 8

AV4 SG24 55 45 4

AV3 SG24 55 71 4

AV2 SG24 56 46 7

AV4 SG24 56 46 7

AV3 SG24 56 70 9

AVi SG24 56 70 7

AV3 SG24 57 41 5

AV3 SG24 57 49 7

AV3 SG24 57 49 8

AV4 SG24 57 49 5

AV5 SG24 57 55 6

AV5 SG24 57 67 7

AV5 SG24 57 73 5

AV5 SG24 58 46 15 AV3 SG24 58 46 11 AV4 SG24 58 46 7

AV5 SG24 59 61 7

AV3 SG24 59 61 10 AV4 SG24 59 65 17 AVi SG24 59 65 6

AV2 SG24 59 65 4

AV3 SG24 59 65 11 AV4 SG24 59 65 4

AV5 SG24 59 65 8

AV6 SG24 59 67 6

AV5 SG24 59 73 6

AV2 SG24 59 73 11 AV3 SG24 59 73 9

AV4 SG24 59 73 9

AV5 SG24 60 46 9

AV3 SG24 60 46 9

AV4 SG24 62 44 13 AV5 SG24 62 44 11 AV4 SG24 62 44 7

AV3 SG24 63 59 4

AV3 28

2R17 Service Induced Indications (AVB Wear)

SG.Row Col

%TWV

>Spp SG24 63 71 7

AV4 SG24 63 71 6

AV5 SG24 64 64 7

AV2 SG24 64 64 12 AV5 SG24 64 64 7

AV3 SG24 64 66 4

AVl SG24 64 66 8

AV3 SG24 64 66 7

AV4 SG24 65 63 6

AV4 SG24 65 71 5

AV2 SG24 66 62 6

AV4 SG24 66 64 9

AV2 SG24 66 64 9

AV3 SG24 66 66 11 AV4 SG24 66 66 7

AV5 SG24 66 68 9

AV3 SG24 66 68 10 AV4 SG24 67 65 7

AVl SG24 67 65 14 AV2 SG24 67 65 9

AV3 SG24 67 65 14 AV4 SG24 67 65 8

AV5 SG24 67 65 10 AV6 SG24 67 67 13 AV3 SG24 67 67 9

AV4 SG24 67 67 9

AV5 SG24 67 69 5

AV3 SG24 67 69 8

AV4 SG24 68 64 7

AV2 SG24 68 64 10 AV3 SG24 68 64 8

AV4 SG24 68 64 14 AV5 SG24 68 66 4

AV5 SG24 68 68 7

AV3 SG24 68 68 7

AV4 SG24 68 68 5

AV5 SG24 68 70 8

AV2 SG24 68 70 8

AV3 SG24 68 70 7

AV4 SG24 68 70 9

AV5 SG24 68 74 10 AV3 SG24 68 74 11 AV4 29

2R17 Service Induced Indications (AVB Wear)

SG Row~

Ci ol aW

~Su~pp SG24 68 74 9

AV5 SG24 69 65 10 AV4 SG24 69 65 7

AV5 SG24 69 69 4

AV2 SG24 69 69 11 AV3 SG24 69 69 11 AV4 SG24 69 71 4

AV1 SG24 69 71 16 AV2 SG24 69 71 11 AV4 SG24 69 71 9

AV5 SG24 69 71 4

AV6 SG24 70 58 13 AV3 SG24 70 58 14 AV4 SG24 70 58 11 AV5 SG24 70 66 4

AV1 SG24 70 66 7

AV2 SG24 70 66 14 AV3 SG24 70 66 13 AV4 SG24 70 66 5

AV5 SG24 70 66 8

AV6 SG24 70 68 12 AV2 SG24 70 68 15 AV3 SG24 70 68 17 AV4 SG24 70 68 11 AV5 SG24 70 74 6

AV2 SG24 70 74 14 AV3 SG24 70 74 11 AV4 SG24 70 76 17 AV2 SG24 70 76 8

AV5 SG24 70 76 3

AV4 SG24 71 65 11 AV3 SG24 71 67 14 AV2 SG24 71 67 9

AV3 SG24 71 67 5

AV4 SG24 71 67 17 AV5 SG24 71 67 4

AV6 SG24 71 71 16 AV2 SG24 71 71 16 AV3 SG24 71 71 15 AV4 SG24 71 71 3

AV6 SG24 71 73 8

AV2 SG24 71 73 4

AV3 30

2R17 Service Induced Indications (AVB Wear)

SG_

Row Col

%TWf Sup SG24 72 56 6

AV6 SG24 72 64 9

AV2 SG24 72 64 12 AV3 SG24 72 64 17 AV5 SG24 72 68 17 AV3 SG24 72 68 17 AV4 SG24 72 68 8

AV6 SG24 72 70 9

AV2 SG24 72 70 21 AV3 SG24 72 70 18 AV4 SG24 72 70 15 AV5 SG24 73 61 14 AV5 SG24 73 61 14 AV4 SG24 73 61 21 AV3 SG24 73 61 9

AV2 SG24 73 65 15 AV4 SG24 73 65 10 AV6 SG24 73 67 12 AV2 SG24 73 67 15 AV3 SG24 73 67 12 AV5 SG24 73 69 9

AV2 SG24 73 69 5

AV3 SG24 73 69 12 AV4 SG24 73 69 6

AV5 SG24 74 66 10 AVl SG24 74 66 12 AV2 SG24 74 66 23 AV3 SG24 74 66 21 AV4 SG24 74 66 19 AV5 SG24 74 66 7

AV6 SG24 74 72 5

AV1 SG24 74 72 10 AV2 SG24 74 72 14 AV3 SG24 74 72 5

AV4 SG24 74 72 18 AV5 SG24 75 69 22 AV2 SG24 75 69 21 AV3 SG24 75 69 23 AV4 SG24 75 69 19 AV5 SG24 75 71 7

AV2 SG24 75 71 4

AV3 SG24 75 71 6

AV4 31

2R17 Service Induced Indications (AVB Wear)

SG Row Col Supp SG24 75 71 7

AV5 SG24 76 62 8

AV3 SG24 76 62 7

AV4 SG24 76 62 5

AV6 SG24 76 64 9

AV1 SG24 76 64 30 AV2 SG24 76 64 18 AV5 SG24 76 64 11 AV6 SG24 76 66 15 AV5 SG24 76 66 10 AV6 SG24 76 66 11 AV2 SG24 76 66 25 AV3 SG24 76 66 21 AV4 SG24 77 65 23 AV2 SG24 77 65 7

AV3 SG24 77 65 20 AV4 SG24 77 65 3

AV5 SG24 77 65 10 AV6 SG24 77 67 9

AV2 SG24 77 69 6

AV2 SG24 77 69 5

AV4 SG24 77 71 13 AV2 SG24 77 71 20 AV3 SG24 77 71 19 AV4 SG24 77 71 11 AV5 SG24 77 73 11 AV4 SG24 77 73 14 AV5 SG24 77 73 6

AV6 SG24 78 62 9

AV6 SG24 78 62 13 AV5 SG24 78 62 11 AV4 SG24 78 62 15 AV3 SG24 78 64 14 AV2 SG24 78 64 17 AV3 SG24 78 64 20 AV5 SG24 78 64 5

AV6 SG24 78 66 18 AV2 SG24 78 66 20 AV3 SG24 78 66 20 AV4 SG24 78 66 18 AV5 SG24 78 68 11 AV1 SG24 78 68 18 AV2 32

2R17 Service Induced Indications (AVB Wear)

SG Row Col

%TW VuPP SG24 78 68 23 AV3 SG24 78 68 25 AV4 SG24 78 68 13 AV5 SG24 78 68 8

AV6 SG24 78 70 15 AV2 SG24 78 70 24 AV3 SG24 78 70 22 AV4 SG24 78 70 21 AV5 SG24 78 70 4

AV6 SG24 79 63 24 AV2 SG24 79 63 21 AV3 SG24 79 63 16 AV5 SG24 79 63 10 AV6 SG24 79 65 9

AV2 SG24 79 65 15 AV3 SG24 79 65 17 AV4 SG24 79 65 9

AV5 SG24 79 67 10 AV2 SG24 79 67 15 AV3 SG24 79 67 17 AV4 SG24 79 67 18 AV5 SG24 79 67 4

AV6 SG24 79 71 21 AV2 SG24 79 71 24 AV3 SG24 79 71 24 AV4 SG24 79 71 18 AV5 SG24 79 71 10 AV6 SG24 80 62 7

AV4 SG24 80 64 17 AV2 SG24 80 64 15 AV3 SG24 80 64 15 AV5 SG24.

80 68 10 AV2 SG24 80 68 8

AV4 SG24 80 74 16 AV3 SG24 80 74 15 AV4 SG24 80 74 8

AV5, SG24 81 59 6

AV4 SG24 81 61 10 AV4 SG24 81 61 16 AV3 SG24 81 61 7

AV2 SG24 81 63 7

AV4 SG24 81 65 12 AV6 33

2R17 Service Induced Indications (AVB Wear)

SG Row Col 2/4V SUPP SG24 81 65 24 AV2 SG24 81 65 12 AV3 SG24 81 65 18 AV4 SG24 81 65 20 AV5 SG24 81 67 18 AV2 SG24 81 67 6

AV3 SG24 81 67 14 AV4 SG24 81 67 14 AV5 SG24 81 71 16 AV2 SG24 81 71 15 AV3 SG24 81 71 12 AV4 SG24 81 71 9

AV5 SG24 82 64 6

AV2 SG24 82 64 16 AV3 SG24 82 64 17 AV5 SG24 83 61 8

AV3 SG24 83 61 15 AV4 SG24 83 61 12 AV5 SG24 83 63 4

AV4 SG24 83 63 9

AV5 SG24 83 63 19 AV3 SG24 83 67 6

AV4 SG24 83 67 5

AV5 SG24 84 64 8

AV2 SG24 84 64 34 AV2 SG24 84 64 14 AV5 SG24 84 64 8

AV6 SG24 85 55 6

AV2 SG24 85 55 10 AV3 SG24 85 55 9

AV4 SG24 85 55 18 AV5 SG24 85 57 6

AV4 SG24 85 57 7

AV2 SG24 85 57 8

AV3 SG24 85 59 7

AV5 SG24 85 59 14 AV4 SG24 85 59 10 AV3 SG24 85 59 9

AV2 SG24 85 61 11 AV5 SG24 85 61 19 AV4 SG24 85 61 12 AV3 SG24 85 63 17 AV5_

34

2R17 Service Induced Indications (AVB Wear)

SG24 ow Col

%T15 SApV SG24 85 63 15 AV4 SG24 85 63 24 AV3 SG24 85 63 8

AV2 SG24 85 65 21 AV2 SG24 85 65 15 AV3 SG24 85 65 9

AV4 SG24 85 65 10 AV5 SG24 85 67 4

AV2 SG24 85 71 11 AV2 SG24 85 71 14 AV3 SG24 85 71 13 AV4 SG24 85 71 11 AV5 SG24 86 58 3

AV3 SG24 86 58 5

AV4 SG24 86 60 9

AV2 SG24 86 60 27 AV3 SG24 86 60 23 AV4 SG24 86 60 22 AV6 SG24 86 60 9

AV6 SG24 86 62 14 AV6 SG24 86 62 22 AV5 SG24 86 62 23 AV4 SG24 86 62 30 AV3 SG24 86 62 26 AV2 SG24 86 62 9

AV1 SG24 86 64 18 AV2 SG24 86 64 34 AV2 SG24 86 64 17 AV3 SG24 86 64 27 AV5 SG24 86 64 16 AV6 SG24 86 66 9

AV4 SG24 87 59 21 AV2 SG24 87 59 23 AV3 SG24 87 59 28 AV4 SG24 87 59 21 AV6 SG24 87 59 5

AV6 SG24 87 61 6

AV2 SG24 87 61 7

AV3 SG24 87 61 12 AV4 SG24 87 63 6

AV4 SG24 87 63 AV5 SG24 90 62 6

AV2 35

2R17 Service Induced Indications (AVB Wear)

SG 9Row 6Col 0 V Supp SG24 90 62 10 AV5 SG24 90 62 6

AV4 SG24 90 62 15 AV3 SG24 90 68 11 AV2 SG24 90 68 14 AV3 SG24 90 68 14 AV4 SG24 90 68 13 AV5 SG24 91 63 4

AV3 SG24 91 65 6

AV2 SG24 91 65 6

AV2 SG24 91 65 7

AV3 SG24 91 65 13 AV4 SG24 91 69 16 AV2 SG24 91 69 7

AV3 SG24 91 69 5

AV4 SG24 91 69 17 AV5 SG24 92 62 10 AV3 SG24 92 62 11 AV5 SG24 92 62 8

AV2 SG24 92 76 7

AV2 SG24 93 49 8

AV3 SG24 93 49 8

AV4 SG24 93 53 15 AV6 SG24 93 53 21 AV5 SG24 93 53 17 AV4 SG24 93 53 5

AV3 SG24 93 55 6

AV2 SG24 93 55 18 AV3 SG24 93 55 8

AV4 SG24 93 69 13 AV2 SG24 93 69 9

AV4 SG24 93 69 23 AV5 SG24 93 71 13 AV3 SG24 93 71 8

AV4 SG24 93 71 5

AV2 SG24 94 50 7

AV3 SG24 94 60 9

AV6 SG24 94 60 25 AV4 SG24 94 60 26 AV3 SG24 94 60 23 AV2 SG24 94 68 14 AV3 SG24 94 70 15 AV2 36

2R17 Service Induced Indications (AVB Wear)

SG Row 7Col

%T Supp2 SG24 94 70 20 AV3 SG24 94 70 17 AV4 SG24 94 70 22 AV5 SG24 95 57 9

AV2 SG24 95 57 8

AV4 SG24 95 57 8

AV5 SG24 95 61 6

AV2 SG24 95 61 8

AV3 SG24 95 61 15 AV4 SG24 95 61 6

AV2 SG24 95 65 11 AV2 SG24 95 65 6

AV3 SG24 95 65 17 AV5 SG24 96 60 7

AV2 SG24 96 60 9

AV3 SG24 96 60 7

AV4 SG24 96 64 6

AV4 SG24 96 64 16 AV5 SG24 97 51 13 AV3 SG24 97 51 7

AV2 SG24 97 51 9

AV5 SG24 97 57 8

AV4 SG24 97 57 5

AV4 SG24 97 59 6

AV2 SG24 97 77 12 AV3 SG24 98 50 16 AV4 SG24 98 54 7

AV4 SG24 98 54 9

AV5 SG24 100 50 6

AV3 SG24 100 56 14 AV5 SG24 100 56 11 AV4 SG24 100 56 6

AV3 SG24 100 56 17 AV2 SG24 100 64 8

AV3 SG24 100 64 19 AV4 SG24 100 64 35 AV5 SG24 100 64 21 AV6 SG24 100

64.

19 AV1 SG24 100 64 35 AV2 SG24 101 53 8

AV4 SG24 101 53 7

AV2 SG24 101 59 6

AV5 37

2R17 Service Induced Indications (AVB Wear)

SG Row

~Co

%TWV Supp SG24 101 59 8

AV2 SG24 102 70 13 AV2 38 LR-N10-0153 2R17 Service Induced Indications (TSP Wear)

2R17 Service Induced Indications (TSP Wear)

Tube Elevation Axial Length SG TSP+/-

%TW (inches)

SG Row-Col inch 21 1-63 07C+0.25 19 0.27 21 1-63 07C-0.74 10 0.22 22 1-63 02H+0.46 5

0.13 22 1-63 02H-0.66 16 0.16 22 3-111 06C-0.70 7

0.19 23 53-51 06H-0.75 9

0.13 24 61-91 06H-0.73 8

0.13 24 69-29 03H-0.70 8

0.22 I