NOV 0 42013 Technical Specification 6.9.1.1 0

NOV 0 42013

LR-N 1 3-0259

PSEG Nuclear LLC P.O. Box 236, Hancocks Bridge, NJ 08038-0236

Technical Specification 6.9. 1 . 1 0

U.S. Nuclear Regulatory Commission ATTN: Document Control Desk Washington DC 20555-001

Subject:

Salem Nuclear Generating Station Unit 1 Facility Operating License No. DPR-70 NRC Docket No. 50-272

Steam Generator Tube Inspection Report - Twenty-second Refueling Outage (1 R22)

PSEG Nuclear, LLC (PSEG) hereby submits the Steam Generator Tube Inspection Report consistent with the requirements of Technical Specification {TS) 6.9. 1 . 1 0. The report is being submitted within 1 80 days after the initial entry into HOT SHUTDOWN following com pletion of the inspection performed in accordance with Technical Specification 6 .8.4 .i, "Steam Generator (SG) Program ." Salem Unit 1 entered HOT SHUTDOWN (Mode 4) on May 1 0, 201 3, fol lowing the com pletion of its twenty-second refueling outage.

The fol lowing attachments are included in this letter:

Attachment 1 Attachment 2 Attachment 3 Attachment 4 Attachment 5 Attachment 6 Attachment 7 Attachment 8 Attachment 9 Attachment 1 0

Steam Generator Tube Inspection Report TS 6.9. 1 . 1 0 Salem Unit 1 Model F SG Tube Support Arrangement and Terminology 1 R22 Repairable Tube Status Report Total Number and percentage of Tubes Plugged to Date 1 R22 Nondestructive Examination Techniques 1 R22 Service Induced Indications (AVB Wear) 1 R22 Service Induced Indications (AVB Wear Detected by Rotating Coil) 1 R22 Service Induced Indications {TSP Wear) 1 R22 Service Induced Indications (FBP Wear) 1 R22 Service Induced Indications (Foreign Object Wear)

NOV 042013

Document Control Desk Page 2 LR-N1 3-0259

There are no commitments contained in this letter.

Should you have any questions regarding this submittal, please contact Mr. C. Dahms at (856) 339-5456.

Sincerely,

{��o.; Site Vice President- Salem

Attachments (1 0)

cc: Mr. W. Dean, Administrator, Region I, N RC Mr. J. Hughey, Project Manager, N RC NRC Senior Resident Inspector, Salem Mr. P. Mulligan, Manager IV, N JB N E Mr. L . Marabella, Corporate Commitment Tracking Coordinator Mr. T. Cachaza, Salem Commitment Tracking Coordinator Mr. Milton Washington, Chief Inspector- Occupational Safety and Health Bureau of Boiler and Pressure Vessel Compliance

--- -· --- -��

Attachment 1 LR-N13-0259

Steam Generator Tube Inspection Report TS 6.9.1.10

Attachment 1 Document Control Desk LR-N13-0259

STEAM GENERATOR TUBE INSPECTION REPORT TS 6.9.1.10

PSEG Nuclear LLC Salem Unit 1

INTRODUCTION

MJ(

In 1 998 Salem Unit 1 commenced operating cycle 13 with the newly replaced SG from the canceled Seabrook-2 plant. Salem Unit 1 is a four (4) loop Westinghouse Pressurized Water Reactor (PWR) with Model F SGs that incorporate thermally treated lnconel 6 00 U-tubes. The tube bundle consists of 51626 tubes with an outside diamE3ter (OD) of 0.688 inches and a nominal tube wall thickness of 0.040 inches. During SG fabrication, the tube.s were hydraulically expanded over the full tubesheet depth and the first ten tube rows were thermally stress relieved after U-bend formation. The seven (7) tube support plates (TSP) are fabricated from 4 05 stainless steel (SS) and have broached "quatrefoil" tube holes. A flow d istribution baffle (FOB) plate, also 4 05SS, between the secondary face of the tubesheet and the first tube support plate, provides top-of-tubesheet (TTS) sludge pile control. Tube support within the Ubend region is provided by three V-shaped chrome-plated lnconel 6 00 antivibration bars (AVB's). Attachment 2 provides a general summary of the Salem Unit 1 Model F SG Tube Support Arrangement and Terminology.

Consistent with Technical Specification (TS) 6.9.1.1 0, 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 Program''.

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

testing. h. The primary to secondary leakage rate observed in each SG (if it is not practical to

assign the leakage to an individual SG, the entire primary to secondary leakage should be conservatively assumed to be from one SG) during the cycle preceding the inspection which is the subject of the report,

i. The calculated accident induced leakage rate from the portion of the tubes below 15.21 inches from the top of the tubesheet for the most limiting accident in the most limiting SG. In addition, if the calculated accident induced leakage rate from the most limiting accident is less than 2.16 times the maximum operational primary to secondary leakage rate, the report should describe how it was determined,

Page 2 of 6

--- -- - - -----------------------c

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j. The results of monitoring for tube axial displacement (slippage). If slippage is discovered, the implications of the discovery and corrective action shall be provided.

EXPLANATION OF TERMS

• 1R18: • 1R20: • 1R22: • AVB:

• BET: • BHT: • BLG:

• CL: • CM: • DNG: • DNT: • EPRI: • ETL: • ETSS: • FBC:

• FBH: • FBP: • FOB: • FO: • HL: • NDE: • NQI: • OA: • OD: • ODSCC: • OEX:

• OXP: • PLP: • PVN: • PWR: • PWSCC:

• RTS: • SG: • SGMP:

Unit 1 18th Refueling Outage Unit 1 20th Refueling Outage Unit 1 2ih Refueling Outage Anti-Vibration Bar (NOTE AV#- designates the Anti-Vibration Bar Number based on the information provided in Attachment 1) Bottom Expansion Transition (synonymous with BHT) Bottom Hydraulic Transition (synonymous with BET) Bulge (Expansion (Per PSEG reporting requirement, these typically occur within the hydraulically expanded tubesheet) Cold Leg Condition Monitoring Ding (Freespan region of the tube per PSEG reporting requirements) Dent (At support structures per PSEG reporting requirements)_ Electric Power Research Institute Expansion Transition Location (PSEG reporting requirements) Examination Technique Specification Sheet Flow Baffle Coldleg (designates the Flow Distribution Baffle Plate on the Cold Leg) Flow Baffle Hotleg (designates the Flow Distribution Baffle Plate on the Hot leg) Flow Distribution Baffle Plate (synonymous with FOB) Flow Distribution Baffle Plate (synonymous with FBP) Foreign Object Hot Leg Non Destructive Examination Non Quantifiable Indication (Bobbin Coil report entry per PSEG requirements) Operational Assessment Outside Diameter Outside Diameter Stress Corrosion Cracking Over Expansion (a localized variation in tube diameter within the hydraulically expanded tubesheet) Over Expansion (hydraulic expansion occurring above the top of tubesheet) Possible Loose Part Permeability Variation Pressurized Water Reactor Primary Water Stress Corrosion Cracking (NOTE: Per PSEG reporting requirements, occurs on the Inside Diameter of the tube) Return to Service Steam Generator Steam Generator Management Program

Page 3 of6



• TEC: Tube End Coldleg ·

• TEH: Tube End Hotleg . • TS: Technical Specification • TSC: Tubesheet Cold Leg • TSH: Tubesheet Hot Leg • TTS: Top of Tubesheet • TSP: Tube Support Plate (07H would designate the 7th TSP on the Hot leg, 03C would

designate the 3rd TSP on the Geld Leg, etc) • TW: Through-Wall . • Vpp: Volts Peak to Peak; is a method of measuring displayed eddy current signals

SG inspections were performed in, accordance withTS .6.8A.i, "Steam .Generator Program", during Salem Unit 1 Outage 1 R22. Each reporting requirement of TS 6.�.1.1 0 is addressed below (items a through j).

a. Technical Specification 6.9.1.1 O.a, "The scope of inspections performed on each SG"

If not stated otherwise, the following inspections were performed on all four steam generators:

Bobbin Probe

1. A full-length (tube end to tube end) bobbin coil probe inspection was performed on 1 00% of the in-service tubes.

Array Probe (X-Probe)

1. Array Probe (X-Probe) Inspection of the first 3 outer periphery tubes on both hot leg (HL) and cold leg (CL); and the first 3 rows of no-tube lane on the HL and CL. Inspection extent was from TSH -15.21" (i.e. - 15.21 inches below the TTS) to the first tube support above the TTS (i.e. - FBH or 01 H), and TSC -2" to the first tube support above the TTS {i.e. - FBC or 01C).

2. 100% OXP, ETL, BHT >= 0 or BHT <= -0.40 inches, TSH +3" to -15.21" and TSC +3" to -2".

3. 50% HL BLG >= 18 volts and OEX :> 025 inches, TSH +3" to -15.21" 4 . 50% HL TTS Expansion Transitions, TSH +3" to -15.21 ''

Rotating Probe (+Point)

1. 50% HL DNT TSP locations > 2 volts as reported from 1 R20, FBH to 07H 2. 50% HL DNG > 2 volts as reported from 1 R20, TSH to 07H {Includes 50% of the DNGs

> 5 volts, TSH to 07H) 3. 20% DNT AVB locations > 2 volts, as reported from 1 R20, 07H to 07C 4. 20% DNG > 2 volts, as reported from 1 R20, 07H to 07C 5. 20% Row 1 and Row 2 tubes, 07H to 07C 6. 100% FBP and TSP wear as reported by Bobbin or Array probe

Page 4 of6

Attachment 1 Document Control Desk LR-N 13-0259

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7. 100% DNT and DNG newly reported by Bobbin (2 volt or greater) 8. Special Interest Inspections, including all Bobbin "I" code locations

b. Technical Specification 6.9.1.10.b, "Active degradation mechanisms found"

The active degradation mechanisms found during outage 1 R22 are AVB wear, TSP wear, FBP wear, and FO wear.

c. Technical Specification 6.9.1.1 O.c, "Nondestructive examination techniques utilized for each degradation mechanisn)'.' ..

Attachment 5 provides the Nondestructive examination techniques utilized for each degradation mechanism.

d. Technical S pecification 6.9.1.1 O.d, "Location, orientation (if l inear), an d measured sizes (if available) of service induced indications"

The service induced indications detected during outage 1R22 are AVB wear, TSP wear, FBP wear, and FO wear. Attachments 6, 7, 8, 9, and 10 provide information for the service induced indications found during 1 R22 inspection outage. The TW sizing provided in Attachments 6, 8 and 9 is from EPRI ETSS 96004 .1, Attachment 7 is from EPRI ETSS 10908.4 , and Attachment 10 is from EPRI ETSS 27903.1 and 27905.1.

e. Technical Specification 6.9.1.10.e, "Number of tubes plugged during the in spection outage for each active degradation mechanism"

Attachment 3 provides the number of tubes plugged during the inspection outage for each active degradation mechanism.

f. Technical Specification 6.9.1.10.f, "Total n umber and percentage of tubes plugged to date"

Attachment 4 provides the total number and percentage of tubes plugged to date.

g. Technical Specification 6.9.1.10.g, "The resul ts of condition monitorin g, incl uding the resul ts of tube pul l s and in-situ testing"

The largest depth of degradation detected during 1R22 for AVB wear was 37% TW, for TSP wear was 12% TW, for FBP wear was 12% TW, for FO wear was 50% TW (reference response to 6.9.1.1 O.d for further details). The largest FO wear indication was in SG13 at tube R36-C1 09

Page 5 of 6



and measured 50% TW, with a 77 degree circumferential extent and a 0.44 inch axial extent. The FO (loose part) causing this tube wear, as well as the wear indications on adjacent tubes R36-C108 and R37-C108, was removed. The Condition Monitoring limit for FO wear, with axial extent of degradation less than 0.5 inch (half inch), is over 60% TW. There were six indications of loose-part wear; however, only four. of these indications are newly reported in outage 1 R22, all in SG13 at the FBH; 36-108 (two wear scars), 36-109, and 37-108. Each of these new wear indications was sized using the ETSS 27905.1, and all three tubes. were plugged. The two remaining tubes with FO wear (SG12 3-3 at TSC, and SG14 33-109 at FBH) were sized using ETSS 27903.1, and were preventatively plugged. No foreign object (loose part) was found in the area of. these tubes during outage 1 R22. All tubes inspected met the tube integrity performance criteria in TS 6.8.4.i.b. No tubes required in-situ pressure testing, and no tube pulls were required . . · c.·. r . l:. , , .· . .·;,

h. Technical Specification 6.9.1.1 0. h, "The primary to secondary leakage rate observed in each SG (if it is not practical to assign the leakage to an individual SG, the entire primary to secondary leakage should be conservatively assumed to be from one SG) during the cycl e preceding the inspection which is the subject of the report"

PSEG did not observe any primary to secondary 0perational leakage at or greater than the detection threshold of approximately one (1) gallon per day over the cycle preceding the inspection in any of the steam generators at Salem Unit 1.

i. Technical Specification 6.9.1.10.i, "The calculated accident induced leakage rate from the portion of the tubes below 15.21 inches from the top of the tubesheet for the most limiting accident in the most l imiting SG. In addition, if the calculated accident induced leakage rate from the most l imiting accident is less than 2.16 times the maximum operation al primary to secondary leakage rate, the report should describe how it was determined"

PSEG did not observe any primary to secondary operational leakage at or greater than the detection threshold of approximately one (1) gallon per day over the cycle preceding the inspection in any of the steam generators at Salem Unit 1 . Since PSEG did not observe any measurable SG primary to secondary operational leakage, the calculated accident induced leakage rate from the most limiting accident would not be significant.

j. Technical S pecification 6.9.1.10.j, "The results ·of monitoring for tube axial displacement (slippage). If slippage is discovered, the implications of the discovery and corrective action shal l be provided"

1 00% of all in-service tubes within the tubesheet, both HL and CL, were monitored for tube axial displacement (slippage) using Bobbin coil inspections. No indications of slippage were detected.

Page 6 of 6

Attachment 2 Document Control Desk LR-N 1 3-0259

SALEM UNIT 1 MODEL F SG TUBE SUPPORT ARRANGEMENT AND TERMINOLOGY

Tube Support Plate (TSP)

Tube Support -----,)ooNumber

Flow Distribution Baffle Plate (FOB)

40.3�t

01H

Page 1 of 1

Anti-Vibration Bars (AVB)

01C

TSC - Tubesheet

l'EC

Top of Tubesheet (TTS)


1 R22 REPAIRABLE TUBES STATUS REPORT

Tube Location

Degradation 11

Al l >39% TW 0

AVB Wear 4

TSP Wear 0

FBP Wear 0

All Foreign

0 Object Wear

Total Tubes Plugged 4

Notes:

1 . Two of the three tubes had wear >39% TW.

Steam Generator

12 13

0 2

2 0

0 0

0 0

1 3

(Note1)

3 3

Page 1 of 1

14

0

2

0

0

1

3

Total

2

8

0

0

3

1 3

Attachment 4 Document Control Desk LR-N1 3-0259

TOTAL NUMBER AND PERCENTAGE OF TUBES PLUGGED TO DATE

Salem Unit 1 Steam Generator Tube Plu gging Status SG 1 1 SG 1 2 SG 1 3 SG 1 4 Total

Tu bes Plugged Prior to 1 R22 46 5 1 1 08 33 238 Tu bes Plugged During 1 R22 4 3 3 3 1 3

Total Tubes Plu �med 50 54 1 1 1 36 251 Total Percentage 0.89% 0 .96% 1 .97% 0 .64% 1 . 1 2%

Page 1 of 1


1 R22 NONDESTRUCTIVE EXAMINATION TECHNIQUES

Salem Industry Damage Demonstrated Extended Site-Specific Review

Technique Qualification Mechanism Applicability Applicability Deemed Acceptable

Detection Sizing

1 Bobbin 96001.1

Thinning TSP and TTS None Yes Yes Revision 11

2 Bobbin 96004.1

Wear TSP and AVB None Yes Yes Revision 13

3 Bobbin 96004.3

Wear TSP and AVB None Yes Yes Revision 13

Within non dented

1-28411 Axial drilled TSP and

For CM/OA or Info 4 Bobbin within drilled TSP None Yes Revision 3 ODSCC

with dents :5 2.0 Only

Vpp.

5 1-28412 Axial Freespan with or

For CM/OA or Info Bobbin without dents < = None Yes

Revision 3 ODSCC 2.0 Vpp Only

Within Freespan,

6 1-28413 Axial Sludge Pile region

For CM/OA or Info Bobbin and Broached TSP None Yes Revision 3 ODSCC

with or without Only

dents < = 2.0 Vpp

7 Bobbin 24013.1

ODSCC Freespan, including

None Yes N/A Revision 2 Dings < = 5.0 Vpp

Loose Part Freespan,

8 Bobbin 27091.2 Volumetric

PLP Wear Part Present Yes N/A- Size with

Revision 1 Wear (Part (part not present)

RC Not Present)

Loose Part Tube to tube

27091.3 Volumetric Freespan, wear in the

9 Bobbin PLP Wear freespan or in Yes No Revision 1 Wear (Part

(part not present) contact with an Not Present)

adjacent tube

FDB & Yes- TSP Wear;

Loose Parts 10 +Point

96910.1 Wear Broached TSP Wear with Part Yes

CM/OA or Info Revision 10

Present for Info Only Extended

Only Applicability Areas

Dings, Dents, For CM/OA or Info

Tubesheet and Only

11 +Point 1-11524 Circ Expansion

Non-dented Yes See EPRI ETSS

Revision 0 PWSCC Transition support

2051 0.1 for curve and sizing

structures information

Non-dented

12 +Point 96703.1 Axial

Dent or Ding support

Yes For CM/OA or Info

Revision 17 PWSCC structure and Only tubesheet

Non-dented

13 +Point 20511.1 Axial Expansion support

Yes For CM/OA or Info

Revision 8 PWSCC Transition structure and Only tubesheet

Page 1 of 3





Detection Sizing Freespan, Dings,

14 21410.1 Circ Dented and Non-For CM/OA or +Point Expansion Transition dented support Yes

Revision 6 ODSCC structures, Sludge

Info Only

Pile, Tubesheet Sludge Pile; within non

1-28424 Axial dented drilled TSP and

Expansion 15 +Point within drilled TSP with Yes N/A Revision 3 ODSCC dents (or Dings)

Transition

::; 2.0 Vpp. Freespan; within non

1-28425 Axial dented broached TSP

Expansion 16 +Point and within broached Yes N/A Revision 3 ODSCC

TSP with dents (or Transition

Dings) ::; 2.0 Vpp.

17 +Point 21409.1 Axial

Tubesheet Crevice None Yes For CM/OA or

Revision 7 ODSCC Info Only

96511.2 Axial and For CM/OA or 18 +Point Circ U-bend None Yes Revision 16

PWSCC · Info Only

Sludge Pile; non dented 19 +Point

1-28431 Axial drilled TSP and drilled None No Yes

Revision 2 ODSCC TSP with dents ::; 2.0 Vpp.

20 +Point 1-28432 Axial Free Span and non-

None No Yes Revision 2 ODSCC dented broached TSP

27901.1 Detection of

27902.1 Freespan, TSP and Foreign Material.

27903.1 Expansion Transition For sizing of PLP Yes- Part

21 +Point 27904.1

PLP Wear PLP Wear

wear when part is Yes Not Present 27905.1 Morphology 27906.1 Dependent

present. or Removed

27907.1 (part not present) For sizing of Tube

(All Rev. 1) to Tube wear

Page 2 of 3





Detection Sizing

Ax and Circ 10411.1 ODSCC,

For CM/OA or 22 +Point

and Axial U-bend Row 3-5 Row 1 and 2

Yes Information 10411.2 ODSCC U-bends & Only

Revision 0 Higher Row U-bends (>R5)

23 +Point 10908.4

AVB Wear U-bend None Yes Yes Revision 1

24 +Point 22401.1 Axial Dented Tube Support Dented AVB and

Yes For CM/OA or

Revision 4 ODSCC Structures (TSP/FDB) U-bend dings Info Only

Volumetric degradation (PLP Wear) at Top-of-Tubesheet and

Freespan.

20400.1 Circ Axial ODSCC at

25 Array Expansion Transitions. Expansion Yes N/A Revision 5 ODSCC

Transition

Circ ODSCC Freespan

with/without Deposits (including

sludge pile)

Freespan - Not Freespan-

26 Array 20403.1 Axial

associated with Deposits Present

Yes N/A Revision 5 ODSCC (including sludge

Deposits pile)

20500.1 OEX, BLG and

27 Array and Ax and Circ

Expansion Transition OXP locations

Yes N/A 20501.1 PWSCC above and within Revision 4 the tubesheet

28 Ghent 20406.1 Circ Top of Tubesheet and

None Yes N/A Revision 7 ODSCC Expansion Transitions

29 Ghent 20407.1 Axial

TSP and Freespan None Yes N/A Revision 7 ODSCC

30 Ghent 20507.1 Circ

Expansion Transitions None Yes N/A Revision 6 PWSCC


Expansion Transitions None Yes N/A Revision 6 PWSCC


Dented TSP None Yes N/A Revision 5 PWSCC

Page 3 of 3


1 R22 SERVICE INDUCED INDICATIONS (AVB WEAR)

SG Row Column Support Inch %TW

SG1 1 22 80 AV1 -0.09 1 2

SG1 1 22 80 AV2 -0 .04 1 1

SG1 1 24 1 1 7 AV2 0 . 1 1 1 0

SG1 1 26 43 AV1 -0 . 1 1 1 3

SG1 1 26 43 AV2 0.04 1 6

SG1 1 26 43 AV5 -0 . 1 5 9

SG1 1 26 91 AV5 -0 .09 8

SG1 1 26 91 AV1 -0 .02 1 6

SG1 1 26 91 AV6 0.04 1 2

SG1 1 27 33 AV2 -0 .02 1 5

SG1 1 27 44 AV5 -0 . 1 1 1 0

SG1 1 27 44 AV6 0.46 22

SG1 1 27 44 AV2 -0 .09 1 9

SG1 1 27 78 AV2 0 .2 1 2

SG1 1 27 79 AV2 -0 .38 8

SG1 1 27 80 AV2 0.07 21

SG1 1 28 1 0 AV1 0.09 1 0

SG1 1 28 1 1 4 AV1 0 . 1 5 20

SG1 1 28 1 1 4 AV6 -0 .09 21

SG1 1 29 9 AV2 0.07 1 4

SG1 1 29 9 AV5 -0 .02 27

SG1 1 29 54 AV1 0.31 1 0

SG1 1 29 54 AV2 0 . 1 1 1 0

SG1 1 29 1 1 2 AV5 -0. 1 3 1 7

SG1 1 29 1 1 2 AV2 -0.2 26

SG1 1 29 1 1 4 AV6 -0. 1 1 29

SG1 1 29 1 1 4 AV1 0 . 1 3 1 9

SG1 1 30 48 AV2 0 . 1 3 1 2

SG1 1 30 73 AV5 -0 .5 1 2

SG1 1 30 86 AV1 0.47 7

SG1 1 30 86 AV2 0.07 1 1

SG1 1 31 1 09 AV6 -0 .48 9

SG1 1 32 1 2 AV4 -0 .07 1 3

SG1 1 32 1 2 AV5 0.09 1 5

SG1 1 32 1 5 AV2 0.04 1 1

SG1 1 32 20 AV5 -0 .02 7

Page 1 of 41


1 R22 SERVICE I NDUCED INDICATIONS (AVB WEAR)


SG1 1 32 31 AV2 -0.04 1 7

SG1 1 32 72 AV1 -0. 1 8 1 4

SG1 1 32 72 AV2 0.04 9

SG 1 1 32 72 AV3 -0 .07 1 3

SG1 1 32 72 AV4 -0.02 1 3

SG 1 1 32 84 AV4 -0. 1 8 8

SG 1 1 32 1 1 2 AV5 0.66 9

SG1 1 32 1 1 2 AV2 -0.73 7

SG1 1 33 1 07 AV6 -0.02 8

SG1 1 34 1 09 AV2 -0.24 2 1

SG1 1 34 1 1 1 AV6 -0.37 8

SG 1 1 34 1 1 1 AV2 -0.5 1 5

SG1 1 35 1 3 AV5 -0.02 1 4

SG1 1 35 1 3 AV6 -0.09 7

SG1 1 35 44 AV5 0.25 23

SG1 1 35 44 AV1 -0 . 1 5 1 0

SG1 1 35 44 AV4 0.23 1 8

SG1 1 35 44 AV6 0.27 1 4

SG1 1 36 1 08 AV1 0.3 9

SG1 1 36 1 09 AV6 -0 . 1 5 1 0

SG1 1 36 1 1 0 AV3 -0 .07 1 2

SG1 1 37 48 AV2 -0 . 1 1 7

SG1 1 37 65 AV2 0.04 1 1

SG1 1 37 67 AV1 0.39 1 0

SG1 1 37 68 AV5 -0.04 1 4

SG 1 1 37 68 AV4 -0. 1 3 1 3

SG1 1 37 68 AV3 -0 . 1 1 1 5

SG1 1 37 68 AV2 0.04 21

SG1 1 37 79 AV5 0 . 1 7 1 0

SG 1 1 37 79 AV4 0.07 1 9

SG1 1 37 79 AV1 0.07 9

SG1 1 37 79 AV2 0.01 1 5

SG1 1 37 84 AV1 0.02 8

SG1 1 37 1 00 AV5 0. 1 5 1 1

SG1 1 37 1 00 AV4 0.02 1 1

SG1 1 37 1 00 AV2 -0 .07 1 4

Page 2 of 41



SG Row Column Support Inch %TW SG1 1 37 1 00 AV1 -0.09 9

SG1 1 38 1 5 AV1 -0.02 9

SG1 1 38 1 5 AV2 0 . 1 1 9

SG1 1 38 47 AV5 0.24 1 6

SG 1 1 38 47 AV1 0 .07 1 2

SG 1 1 38 47 AV2 -0. 1 5 1 4

SG 1 1 38 47 AV3 -0. 1 3 34

SG1 1 38 47 AV4 -0. 1 8 1 1

SG 1 1 38 49 AV4 0.09 23

SG 1 1 38 49 AV3 0.02 1 5

SG 1 1 38 51 AV4 -0. 1 3 1 7

SG 1 1 38 51 AV2 -0.22 1 2

SG 1 1 38 51 AV5 0 . 1 8 1 5

SG 1 1 38 51 AV6 0 . 1 8 1 0

SG1 1 38 66 AV6 0. 1 9 22

SG 1 1 38 66 AV5 -0.24 25

SG 1 1 38 66 AV4 0.04 1 2

SG 1 1 38 66 AV3 -0 .2 1 1

SG 1 1 38 66 AV1 -0 . 1 5 1 1

SG 1 1 38 66 AV2 0 .02 21

SG1 1 38 76 AV3 -0.02 1 5

SG1 1 38 76 AV4 0.09 1 1

SG1 1 38 76 AV2 0 .04 1 3

SG1 1 38 1 05 AV6 0.02 1 2

SG1 1 38 1 05 AV5 0 . 1 1 25

SG1 1 38 1 05 AV4 -0 . 1 3 1 1

SG1 1 38 1 05 AV3 -0 .07 22

SG 1 1 38 1 05 AV2 0 . 1 1 21

SG1 1 38 1 08 AV3 -0 .3 1 8

SG 1 1 38 1 08 AV4 -0 .02 1 4

SG 1 1 38 1 08 AV5 0.35 7

SG 1 1 39 1 7 AV5 0 .02 1 7

SG1 1 39 37 AV6 0.07 1 0

SG1 1 39 41 AV2 -0 .28 1 2

SG 1 1 39 60 AV4 0.09 1 2

SG1 1 39 61 AV5 -0. 1 1 22

Page 3 of 4 1




SG1 1 39 61 AV4 -0 .09 1 7

SG1 1 39 61 AV6 -0 .02 1 6

SG1 1 39 64 AV4 0.04 1 8

SG1 1 39 64 AV3 0.07 1 2

SG1 1 39 69 AV2 -0 .2 23

SG1 1 39 72 AV5 0 .3 9

SG1 1 39 72 AV4 0.06 23

SG1 1 39 72 AV2 0 .01 1 5

SG1 1 39 72 AV3 -0 .01 1 9 SG1 1 39 74 AV6 0.38 26

SG1 1 39 74 AV5 0 .41 29

SG1 1 39 74 AV4 -0. 1 1 1 8

SG1 1 39 74 AV3 -0.06 1 0

SG1 1 39 99 AV5 0.09 1 6

SG1 1 39 99 AV3 -0.22 1 0

SG1 1 39 99 AV2 -0.24 24

SG1 1 39 1 07 AV4 0. 1 7 1 0

SG1 1 40 1 9 AV3 0.07 1 3

SG1 1 40 20 AV2 0.02 1 0

SG1 1 40 20 AV3 -0.02 2 1

SG1 1 40 20 AV4 0.02 1 6

SG1 1 40 27 AV4 -0. 1 5 1 1

SG 1 1 40 37 AV2 0.24 9

SG 1 1 40 40 AV2 -0. 1 1 9

SG1 1 40 40 AV1 -0.04 1 1

SG 1 1 40 42 AV1 0 . 1 7 1 4

SG1 1 40 42 AV2 0. 1 1 1 0

SG1 1 40 42 AV3 0 . 1 1 1 0

SG1 1 40 42 AV4 -0. 1 7 1 6

SG1 1 40 43 AV1 -0.02 1 1

SG1 1 40 43 AV2 -0. 1 8 28

SG1 1 40 43 AV3 0.26 26

SG1 1 40 43 AV4 0.26 22

SG1 1 40 43 AV6 0.2 1 6

SG1 1 40 45 AV4 0 . 1 1 1 1

SG1 1 40 45 AV5 -0 .02 1 2

Page 4 of 41




SG1 1 40 48 AV2 -0 .04 1 5

SG1 1 40 48 AV3 0 .02 1 1

SG1 1 40 48 AV6 -0. 1 3 1 2

SG1 1 40 58 AV3 0.02 27

SG1 1 40 58 AV4 0 . 1 7 8

SG1 1 40 58 AV5 0.1 5 1 6

SG1 1 40 58 AV6 0 .04 23

SG1 1 40 58 AV2 0 .02 1 3

SG1 1 40 64 AV2 -0 . 1 3 1 1

SG1 1 40 77 AV3 -0 . 1 3 9

SG1 1 40 78 AV6 -0.07 1 0

SG1 1 40 78 AV5 0 .26 28

SG1 1 40 78 AV4 -0. 1 5 9

SG1 1 40 78 AV3 -0 . 1 5 30

SG1 1 40 78 AV2 -0 . 1 7 1 5

SG1 1 40 78 AV1 0 .0 1 1 2

SG1 1 40 79 AV1 -0 .59 1 2

SG1 1 40 79 AV2 0 .28 1 2

SG1 1 40 79 AV3 -0.02 20

SG1 1 40 79 AV5 0 . 1 1 1 0

SG1 1 40 84 AV6 0 .02 1 8

SG1 1 40 84 AV4 0 .2 1 3

SG1 1 40 84 AV3 0 .33 8

SG1 1 40 84 AV5 -0. 1 5 1 0

SG1 1 40 85 AV2 0 .09 1 6

SG1 1 40 86 AV5 0 .04 1 2

SG1 1 40 89 AV5 -0 .04 1 0

SG1 1 40 89 AV2 -0.28 8

SG1 1 40 89 AV3 0 .09 1 0

SG1 1 40 89 AV4 -0.04 1 9

SG1 1 40 91 AV1 -0.07 7

SG1 1 40 98 AV5 -0 .09 20

SG1 1 40 98 AV4 0 . 1 7 1 1

SG1 1 40 1 04 AV6 -0. 1 1 8

SG1 1 40 1 04 AV4 -0.07 27

SG1 1 40 1 04 AV3 0 . 1 1 1 2

Page 5 of 41




SG1 1 40 1 04 AV5 -0 .04 27

SG1 1 40 1 04 AV1 0 .04 7

SG1 1 40 1 05 AV6 0 .04 29

SG 1 1 40 1 05 AV5 0 . 1 7 25

SG1 1 40 1 05 AV4 -0.09 22

SG 1 1 40 1 05 AV2 0 .02 1 4 SG1 1 40 1 05 AV3 0.02 31

SG1 1 40 1 06 AV6 -0 .09 1 6

SG 1 1 40 1 06 AV5 0 .04 1 5

SG 1 1 41 1 9 AV6 0 . 1 1 1 7

SG 1 1 41 23 AV1 0 . 1 6 1 0

SG 1 1 41 53 AV3 -0 . 1 1 34

SG 1 1 41 53 AV4 -0 . 1 1 20

SG 1 1 41 53 AV5 -0 .02 32

SG1 1 41 53 AV1 0 . 1 1 9

SG1 1 41 53 AV2 -0 . 1 5 29

SG1 1 41 53 AV6 -0 . 1 1 1 4

SG1 1 41 59 AV1 -0 .31 1 0

SG1 1 41 73 AV2 -0 .01 9

SG1 1 41 82 AV4 -0.02 8

SG 1 1 41 87 AV6 -0. 1 3 1 0

SG 1 1 41 90 AV4 0.06 1 2

SG 1 1 41 90 AV5 0 . 1 1 1 2

SG 1 1 41 95 AV5 -0.22 8

SG 1 1 41 1 00 AV5 -0.02 1 2

SG 1 1 41 1 00 AV2 0 .02 1 9

SG1 1 41 1 02 AV6 -0.04 1 2

SG1 1 41 1 02 AV5 0 .02 1 7

SG1 1 41 1 02 AV2 0.09 1 3

SG1 1 41 1 02 AV1 -0.2 1 8

SG1 1 41 1 03 AV5 -0 .04 27

SG 1 1 41 1 03 AV4 -0. 1 1 1 3

SG1 1 41 1 03 AV1 0 .02 '1 6

SG1 1 41 1 03 AV2 0.09 1 0

SG1 1 41 1 05 AV6 -0. 1 7 1 1

SG1 1 41 1 05 AV1 0 .02 1 0

Page 6 of 41




SG1 1 42 20 AV1 0 .02 1 9

SG1 1 42 20 AV2 0 .04 37

SG1 1 42 20 AV3 0.02 36

SG1 1 42 20 AV4 0.02 33 SG1 1 42 20 AV5 0.07 34

SG1 1 42 33 AV3 -0 .04 1 7

SG1 1 42 33 AV2 0.02 26

SG11 42 50 AV5 -0.02 7

SG1 1 42 54 AV5 -0.07 1 1

SG1 1 42 78 AV5 0 .46 9

SG1 1 42 95 AV4 -0 .02 1 2

SG1 1 42 95 AV3 0 . 1 3 9

SG1 1 42 97 AV3 -0 .02 1 2

SG1 1 42 97 AV2 -0.2 1 1 SG1 1 42 97 AV1 0 . 1 7 1 4

SG1 1 42 99 AV4 -0.07 1 0

SG1 1 42 1 04 AV6 -0.37 1 0

SG1 1 42 1 04 AV6 0. 1 1 1 5

SG1 1 43 20 AV5 0 .02 20

SG1 1 43 22 AV4 0. 1 3 26

SG1 1 43 25 AV3 0 . 1 1 1 1

SG1 1 43 25 AV4 0.2 2 1

SG1 1 43 25 AV5 0.09 26

SG1 1 43 38 AV1 0.04 22

SG1 1 43 38 AV3 0.07 33

SG1 1 43 38 AV2 -0 .09 28

SG1 1 43 39 AV2 -0 .09 1 2

SG1 1 43 39 AV5 -0 .02 1 4

SG1 1 43 43 AV3 -0.02 22

SG1 1 43 43 AV2 0 .07 29

SG1 1 43 43 AV5 0.02 26

SG1 1 43 44 AV1 -0.4 1 1 SG1 1 43 44 AV3 -0.04 2 1

SG1 1 43 44 AV5 0.02 20

SG1 1 43 44 AV6 0.22 1 1

SG1 1 43 44 AV2 -0.07 26

Page 7 of 41




SG1 1 43 44 AV4 -0.02 1 3

SG1 1 43 46 AV4 0.22 1 2

SG1 1 43 46 AV6 0.37 1 8

SG1 1 43 49 AV3 -0 .04 1 4

SG1 1 43 49 AV4 -0 .01 24

SG1 1 43 49 AV6 -0.04 1 0

SG1 1 43 52 AV2 -0. 1 1 8

SG1 1 43 52 AV3 0.02 1 3 SG1 1 43 62 AV2 -0.35 1 0

SG1 1 43 62 AV1 0.02 8

SG1 1 43 67 AV2 -0.2 9

SG1 1 43 75 AV3 -0.04 1 9

SG1 1 43 75 AV1 -0.26 2 1

SG1 1 43 79 AV1 -0.44 8

SG1 1 43 79 AV6 0.01 26

SG1 1 43 79 AV5 0.01 23 SG1 1 43 79 AV4 -0.1 1 1 4 SG1 1 43 81 AV5 0.41 1 0

SG1 1 43 82 AV5 0 .09 1 1

SG1 1 43 82 AV4 0. 1 5 9 SG1 1 43 83 AV4 -0.24 27

SG1 1 43 83 AV5 0. 1 3 1 2

SG1 1 43 9 1 AV1 0 .04 1 1

SG1 1 43 1 00 AV3 0.04 28

SG1 1 43 1 00 AV2 -0 .02 1 9

SG1 1 43 1 00 AV1 0 .04 1 3

SG1 1 43 1 03 AV6 -0.28 1 2

SG1 1 44 22 AV4 -0 .02 1 5

SG1 1 44 22 AV5 0 .07 29

SG1 1 44 23 AV2 -0 . 1 3 35

SG1 1 44 23 AV3 -0.02 1 7 SG1 1 44 23 AV4 -0.02 32 SG1 1 44 23 AV5 -0 .02 1 6

SG1 1 44 41 AV3 0.02 1 0

SG1 1 44 41 AV1 0 .02 9

SG1 1 44 41 AV4 -0 .02 20

Page 8 of 41



SG Row Column Support Inch %TVV SG1 1 44 45 AV4 0 . 1 1 1 0

SG1 1 44 45 AV3 -0.09 1 6

SG1 1 44 58 AV3 0.22 1 8

SG1 1 44 58 AV4 0. 1 5 25

SG11 44 59 AV1 0.24 1 2

SG1 1 44 59 AV2 0.2 1 4

SG1 1 44 59 AV3 -0 . 1 1 2 1

SG1 1 44 59 AV4 -0 . 1 1 1 5

SG1 1 44 60 AV4 0 . 1 1 25

SG1 1 44 60 AV2 0 .04 1 0

SG1 1 44 60 AV3 0.04 1 6

SG1 1 44 61 AV2 -0.17 1 4

SG1 1 44 61 AV3 -0 . 1 7 1 9

SG1 1 44 62 AV3 0 . 1 3 8

SG11 44 68 AV6 -0 . 1 7 31

SG1 1 44 68 AV5 -0. 1 3 23

SG1 1 44 68 AV4 -0.09 25

SG1 1 44 68 AV3 -0.09 22

SG1 1 44 71 AV6 0 . 1 1 9

SG1 1 44 71 AV4 -0 .01 1 4

SG1 1 44 74 AV6 -0. 1 1 1 7

SG1 1 44 74 AV5 -0.09 1 8

SG1 1 44 74 AV4 0 . 1 3 1 9

SG1 1 44 74 AV3 0.04 29

SG1 1 44 88 AV4 0.04 9

SG1 1 44 1 00 AV6 -0 .04 7

SG1 1 44 1 00 AV5 0.09 30

SG1 1 44 1 00 AV4 0.09 1 1

SG1 1 44 1 00 AV3 -0. 1 3 8

SG1 1 44 1 00 AV2 -0. 1 1 7

SG1 1 44 1 02 AV6 -0.07 1 3

SG1 1 44 1 02 AV5 0 .02 1 6

SG1 1 45 23 AV2 0.33 1 1

SG1 1 45 23 AV6 -0 .2 1 5

SG1 1 45 26 AV2 -0 .04 1 1

SG1 1 45 26 AV3 0.09 1 4

Page 9 of 41




SG1 1 45 83 AV5 -0.24 9

SG1 1 45 1 00 AV6 0.02 1 5

SG1 1 47 43 AV5 0.02 1 1

SG1 1 47 99 AV3 -0.02 1 4

SG1 1 48 25 AV1 0 .04 1 0

SG1 1 48 26 AV5 -0.04 1 5

SG1 1 48 26 AV6 -0 .09 1 0

SG1 1 48 47 AV5 0.22 1 4

SG1 1 48 97 AV4 0.07 1 3

SG1 1 48 97 AV3 -0.04 1 2

SG1 1 49 27 AV1 -0. 1 1 1 1

SG1 1 49 29 AV4 -0 .09 8

SG1 1 49 29 AV5 0. 1 1 25

SG1 1 49 36 AV2 -0.31 1 3

SG1 1 49 36 AV4 -0.02 9

SG1 1 49 39 AV4 0.04 1 8

SG1 1 49 39 AV2 0.02 20

SG1 1 49 43 AV4 0. 1 7 1 5

SG1 1 49 43 AV3 0.02 6

SG1 1 49 43 AV5 -0.02 6

SG1 1 49 85 AV4 0.2 28

SG1 1 49 85 AV3 0.22 20

SG1 1 49 85 AV6 0.09 1 2

SG1 1 49 85 AV5 0 .02 31

SG1 1 49 85 AV2 0 . 1 1 9

SG1 1 49 94 AV6 -0.09 1 4

SG1 1 49 96 AV6 -0. 1 1 1 2

SG1 1 50 30 AV6 0.02 9

SG1 1 50 65 AV2 0 .04 1 3

SG1 1 50 90 AV1 -0.41 1 8

SG1 1 50 93 AV6 -0.04 9

SG1 1 50 94 AV5 -0. 1 7 9

SG1 1 51 47 AV5 0. 1 5 9

SG1 1 52 89 AV4 -0. 1 1 1 1

SG1 1 52 91 AV2 0.06 1 2

SG1 1 52 91 AV5 -0 .09 1 1

Page 1 0 of 41




SG1 1 54 39 AV6 0 .04 1 0

SG1 1 54 65 AV4 -0.07 1 6 SG 1 1 54 86 AV3 0 .04 1 0 SG1 1 54 88 AV2 -0.04 7

SG1 1 54 88 AV3 0 .09 8

SG1 1 54 88 AV6 -0.09 6 SG1 1 55 79 AV2 -0. 1 1 1 1

SG1 1 55 82 AV2 0 . 1 3 6 SG11 55 83 AV2 0.07 1 1

SG1 1 55 83 AV5 0.02 1 0

SG1 1 55 83 AV6 -0. 1 3 8 SG1 1 55 84 AV6 -0 .02 1 2

SG1 1 55 84 AV5 -0 .04 8

SG1 1 55 84 AV4 -0 .02 8

SG1 1 56 41 AV6 0.02 1 0 SG1 1 56 78 AV2 0 .09 1 2 SG1 1 56 79 AV2 -0 .22 1 2 SG1 1 57 70 AV1 -0.22 1 2

SG1 1 57 77 AV6 -0 .04 1 3

SG1 1 57 77 AV2 0 .01 1 5 SG1 1 57 78 AV6 -0,22 7

SG1 1 57 79 AV2 0 .01 1 2

SG1 1 58 61 AV6 0 .02 1 2 SG1 1 58 62 AV6 0.21 1 1 SG1 1 58 62 AV1 -0 . 1 3 1 3 SG1 1 58 65 AV1 -0.65 1 6

SG1 1 58 65 AV6 0. 1 7 1 5 SG1 1 59 56 AV6 0.42 1 1

SG1 1 59 58 AV6 0.31 1 4 SG1 2 2 1 84 AV1 -0 . 1 1 1 1 SG1 2 2 1 1 1 8 AV1 0.35 1 2 SG1 2 2 1 1 1 8 AV6 0.2 7 SG1 2 23 89 AV2 -0.04 1 3 SG1 2 23 89 AV6 -0.02 2 1

SG1 2 23 91 AV1 -0.04 1 6 SG1 2 25 1 1 6 AV1 0.29 9

Page 1 1 of 41



SG Row Column Support Inch %TW SG1 2 26 38 AV6 -0.07 1 0

S G 1 2 26 74 AV2 -0 .25 1 9

S G 1 2 26 74 AV5 0.07 1 1 S G 1 2 26 83 AV2 0. 1 8 1 5

S G 1 2 26 95 AV5 0 . 1 3 9 S G 1 2 26 95 AV2 -0 .09 7 S G 1 2 26 1 03 AV2 -0.07 1 3 SG1 2 26 1 1 0 AV2 -0.33 7 SG1 2 27 8 AV1 -0 .04 22

S G 1 2 27 8 AV1 0.26 1 9

S G 1 2 27 8 AV6 -0. 1 1 1 0 SG1 2 27 8 AV6 0.22 21 SG1 2 27 36 AV5 0.31 7 SG1 2 27 1 1 2 AV2 0.07 2 1 SG1 2 27 1 1 5 AV6 -0.07 29

SG1 2 27 1 1 5 AV1 0.02 1 4 SG1 2 28 1 09 AV5 0.04 9 S G 1 2 29 1 3 AV6 -0 . 1 4 1 2 S G 1 2 29 39 AV6 -0.2 1 1 S G 1 2 29 39 AV5 0.04 23 S G 1 2 29 39 AV2 0.02 23 S G 1 2 29 41 AV6 -0 . 1 5 1 4

S G 1 2 29 41 AV5 -0 . 1 3 1 3 S G 1 2 29 41 AV2 -0 .04 1 5 S G 1 2 29 41 AV1 0 . 1 1 2 S G 1 2 29 54 AV6 0.07 1 3 SG1 2 29 54 AV5 -0 . 1 1 2 1 S G 1 2 2 9 54 AV2 -0 . 1 3 1 4 S G 1 2 2 9 54 AV1 0.22 1 8 S G 1 2 29 77 AV2 -0 .02 8 S G 1 2 29 86 AV2 0.04 1 8 S G 1 2 29 86 AV6 -0 . 1 5 1 2 S G 1 2 29 86 AV1 -0.04 1 0 SG1 2 29 89 AV2 -0.07 1 1 SG1 2 29 90 AV2 0 .04 1 2 SG1 2 29 1 07 AV2 0.02 1 2

Page 1 2 of 41


1 R22 SERVICE INDUC ED INDICATIONS (AVB WEAR)


SG1 2 29 1 08 AV5 0.02 22

SG1 2 29 1 09 AV2 0.02 1 9

S G 1 2 29 1 1 2 AV5 0.04 1 7

SG1 2 30 1 2 AV2 -0 . 1 8 1 1

SG1 2 30 1 3 AV2 0.05 2 1

· S G 1 2 30 1 04 AV5 0.07 1 3

S G 1 2 30 1 1 1 AV6 0.07 1 4

SG1 2 30 1 1 1 AV3 -0.09 1 1

SG1 2 31 1 6 AV2 -0. 1 1 9

S G 1 2 31 1 1 3 AV5 0 .26 7

SG1 2 31 1 1 3 AV2 -0 .44 7

SG1 2 32 1 09 AV4 0.07 20

SG1 2 32 1 1 0 AV2 -0.2 9

S G 1 2 32 11 1 AV1 0.09 1 0

SG1 2 32 1 1 1 AV2 0.04 24

SG1 2 32 1 1 1 AV5 0.04 24

S G 1 2 32 1 1 2 AV5 0.2 1 0

SG1 2 33 1 4 AV1 -0 .42 8

S G 1 2 33 1 08 AV5 0 . 1 5 23

S G 1 2 33 1 08 AV3 0.02 21

S G 1 2 35 1 08 AV2 -0. 1 5 8

S G 1 2 35 1 08 AV3 -0 .04 6

S G 1 2 35 1 1 0 AV6 0.09 1 0

S G 1 2 36 1 5 AV4 0.07 2 1

SG1 2 36 1 5 AV3 0.04 1 6

S G 1 2 36 1 5 AV2 -0 .02 8

S G 1 2 36 1 5 AV6 -0.06 7

S G 1 2 36 1 1 0 AV3 0.04 1 5

SG1 2 38 1 5 AV3 -0.33 7

SG1 2 38 5 1 AV2 0. 1 8 1 2

S G 1 2 38 5 1 AV3 -0 .04 1 1

S G 1 2 38 70 AV3 0 . 1 1 7

SG12 38 70 AV4 0 .72 8

S G 1 2 38 1 04 AV2 0. 1 5 1 6

S G 1 2 38 107 AV3 0.07 2 1

SG1 2 38 1 07 AV1 0 .02 9

Page 1 3 of 41




SG1 2 38 1 07 AV2 0.02 2 1

SG1 2 39 48 AV4 0. 1 3 1 0

SG1 2 39 48 AV6 0.24 1 3

SG1 2 39 54 AV6 0. 1 3 22

SG1 2 39 55 AV5 -0.07 1 1

SG1 2 39 63 AV3 0.02 28

SG1 2 39 63 AV4 -0 . 1 1 29

SG1 2 39 63 AV2 0.04 33

SG1 2 39 63 AV5 -0.09 33

SG1 2 39 65 AV2 0.02 1 5

SG1 2 39 65 AV3 0.02 30

SG1 2 39 65 AV4 0.02 1 6

SG1 2 39 72 AV4 0.02 9

SG1 2 39 72 AV5 -0.09 1 5

SG1 2 39 72 AV3 -0. 1 1 1 1

SG1 2 39 73 AV1 -0. 1 1 1 5

SG1 2 39 73 AV2 -0 . 1 1 1 0

SG1 2 39 73 AV3 -0.37 22

SG1 2 39 73 AV4 -0 .66 1 0

SG1 2 39 73 AV5 0.48 1 4

SG1 2 39 73 AV6 -0.04 1 7

SG1 2 39 96 AV2 -0.07 1 0

SG1 2 39 96 AV5 -0.07 1 2

SG1 2 39 1 00 AV5 0.04 1 0

SG1 2 39 1 07 AV4 -0 .22 1 0

SG1 2 40 24 AV2 0 . 1 1 1 6

SG1 2 40 24 AV4 0. 1 8 1 9

SG1 2 40 24 AV3 0.22 1 1

SG1 2 40 24 AV5 0.04 20

SG1 2 40 27 AV5 0 . 1 6 7

SG1 2 40 30 AV2 0.02 1 1

SG1 2 40 69 AV2 -0. 1 1 1 6

SG1 2 40 75 AV1 -0.22 1 1

SG1 2 40 78 AV4 0.04 1 0

SG1 2 40 80 AV3 0.09 23

SG1 2 40 80 AV2 0 . 1 5 20

Page 1 4 of 41


1 R22 SERVICE INDUCED I NDICATIONS (AVB WEAR)


SG1 2 40 80 AV4 0.24 20

SG1 2 40 80 AV5 0.24 9 SG1 2 40 80 AV6 0.24 8

SG1 2 40 82 AV1 -0.2 1 0 SG1 2 40 82 AV2 -0. 1 1 7 SG1 2 40 82 AV4 0.53 1 2 SG1 2 40 82 AV3 -0. 1 3 28

SG1 2 40 82 AV5 0 .02 1 5

SG1 2 40 83 AV5 0 .24 27

SG1 2 40 83 AV1 -0.02 1 1 SG1 2 40 83 AV2 0 . 1 23 SG1 2 40 83 AV3 0.02 26 SG1 2 40 83 AV4 0 . 1 22 SG1 2 40 83 AV6 0.35 1 9 SG1 2 40 84 AV4 -0.02 1 2

SG1 2 40 87 AV1 0.07 1 0 . SG1 2 40 87 AV2 0 .22 1 9 SG1 2 40 87 AV3 0.02 20

SG1 2 40 87 AV4 -0 .02 1 5 SG1 2 40 87 AV5 0.07 21 SG1 2 40 88 AV1 0 .02 2 1

SG1 2 40 88 AV2 -0.09 1 5

SG1 2 40 88 AV3 0 .26 22 SG1 2 40 88 AV4 0 . 1 8 9

SG1 2 40 88 AV5 -0 .09 1 5 SG1 2 40 94 AV2 0.09 1 7 SG1 2 40 94 AV3 0.04 2 1 SG1 2 40 94 AV4 -0 .09 9

SG1 2 40 94 AV5 -0. 1 .5 1 4 SG1 2 40 94 AV6 -0 .02 1 1 SG1 2 40 95 AV1 -0 .26 1 7

SG1 2 40 95 AV2 0.09 31 SG1 2 40 95 AV3 0 1 8

SG1 2 40 95 AV4 0.09 1 2 SG1 2 40 95 AV6 0.22 9 SG1 2 40 95 AV5 0 .07 24

Page 1 5 of 41


1 R22 SERVICE I NDUCED I NDICATIONS (AVB WEAR)


SG1 2 40 96 AV2 0 .04 1 4

SG1 2 41 29 AV3 0 .24 1 1

SG1 2 41 29 AV4 -0.02 1 0

SG1 2 41 29 AV5 -0.07 1 0

SG1 2 41 56 AV2 -0. 1 1 1 2

SG1 2 41 56 AV3 -0.2 23

SG1 2 41 82 AV1 -0.26 1 1

SG 1 2 41 82 AV2 0 .31 9

SG1 2 41 82 AV3 -0.02 8

SG 1 2 41 83 AV2 0 . 1 3 8

SG1 2 41 85 AV4 0 . 1 1 1 1

SG1 2 41 85 AV1 -0.02 8

SG1 2 41 85 AV3 0 .09 1 7 SG1 2 41 87 AV6 0 .29 1 3

SG1 2 41 87 AV6 -0.1 8 9

SG1 2 41 87 AV3 0 . 1 8 1 2

SG1 2 41 87 AV4 -0.04 23

SG1 2 41 87 AV5 0 .02 25

SG1 2 41 90 AV1 0 1 3

SG1 2 41 90 AV3 0 9

SG 1 2 41 90 AV4 0 8

SG 1 2 41 90 AV5 0 1 6

SG1 2 41 90 AV2 0 .33 2 1

SG 1 2 41 93 AV2 0 .24 6

SG 1 2 41 93 AV4 0 . 1 5 1 1

SG 1 2 41 94 AV3 0 .09 6

SG1 2 41 94 AV5 -0. 1 1 1 1

SG1 2 41 95 AV6 0 .29 7

SG 1 2 41 97 AV2 0 .02 1 1

SG 1 2 41 97 AV4 0 .09 20

SG1 2 41 97 AV5 -0.07 1 0

SG1 2 41 97 AV6 0 .09 1 5

SG1 2 41 97 AV3 -0 .02 2 1

SG1 2 41 98 AV5 0.07 1 5

SG1 2 41 98 AV6 -0.29 2 1

SG1 2 41 98 AV2 0 . 1 5 27

Page 16 of 41




S G 1 2 41 98 AV3 -0.02 16

S G 1 2 4 1 98 AV4 -0.02 1 3

S G 1 2 4 1 99 AV4 0 .04 9

S G 1 2 4 1 1 00 AV6 0.22 8

SG1 2 41 1 00 AV1 -0. 1 5 1 4

SG1 2 41 1 00 AV2 -0 .09 25

S G 1 2 41 1 00 AV3 0.09 2 1

SG1 2 41 1 0 1 AV5 0 .04 31

S G 1 2 4 1 1 01 AV6 0 .04 30

SG1 2 41 1 0 1 AV4 0 .02 1 1

SG1 2 41 1 0 1 AV1 0 . 1 8 1 7

SG1 2 41 1 0 1 AV2 0 . 1 1 28

S G 1 2 4 1 1 02 AV4 -0.04 8

SG1 2 41 1 02 AV5 0 .02 1 6

S G 1 2 41 1 02 AV6 0 .04 7

SG1 2 41 1 04 AV1 -0 .07 9

SG1 2 41 1 04 AV6 0 .04 1 0

S G 1 2 41 1 05 AV1 0 .46 7

S G 1 2 4 1 1 05 AV2 -0 .26 7

SG1 2 42 24 AV1 0.29 1 0

SG1 2 42 46 AV5 -0 . 1 1 22

SG1 2 42 47 AV2 0.09 1 7

S G 1 2 42 47 AV3 0 .02 34

SG1 2 42 47 AV6 0 .35 35

SG1 2 42 47 AV1 0 .01 9

SG1 2 42 47 AV4 0 . 1 3 33

S G 1 2 42 47 AV5 0 .02 30

SG1 2 42 5 1 AV4 -0.02 1 1

SG1 2 42 5 1 AV6 0 .26 1 9

SG1 2 42 1 00 AV2 0 .04 1 3

S G 1 2 42 1 04 AV6 -0.04 1 0

SG1 2 43 27 AV2 -0 . 1 5 1 7

SG1 2 43 27 AV3 0 .02 1 0

S G 1 2 43 27 AV4 0 .07 1 0

SG1 2 43 40 AV2 0 .07 26

SG1 2 43 40 AV3 0 .02 28

Page 1 7 of 41




SG1 2 43 45 AV2 -0 . 1 1 1 0

SG1 2 43 45 AV4 -0.02 35

SG1 2 43 45 AV5 0 . 1 5 25

SG1 2 43 45 AV3 -0.29 1 7

SG1 2 43 97 AV2 0.09 1 0

SG1 2 43 1 0 1 AV1 -0.09 7

SG1 2 44 26 AV6 -0.02 1 0

SG1 2 45 23 AV5 0.09 1 2

SG1 2 45 1 00 AV2 0 .07 8

SG1 2 45 1 00 AV4 -0 .04 1 2

SG1 2 46 91 AV4 -0 .02 1 1

SG1 2 46 91 AV5 0 . 1 5 9

SG1 2 46 97 AV5 0 .09 1 9

SG1 2 47 24 AV5 0 . 1 1 1 1

SG1 2 47 24 AV1 0 .09 7

SG1 2 47 24 AV3 0 .02 1 0

SG1 2 47 24 AV6 0 .04 1 3

SG1 2 47 87 AV6 0.2 7

SG1 2 47 95 AV3 0.2 9

SG1 2 47 95 AV4 0. 1 5 1 2

SG1 2 47 95 AV5 0 .04 1 0

SG1 2 47 98 AV5 0.07 1 4

SG1 2 47 98 AV6 0.02 1 3

SG1 2 48 26 AV6 -0.02 1 2

SG1 2 48 79 AV2 0 .02 1 3

SG1 2 48 79 AV3 0 . 1 8 7

SG1 2 48 79 AV1 -0.06 8

SG1 2 48 83 AV2 -0 .09 1 3

SG1 2 48 86 AV2 -0. 1 1 9

SG1 2 48 91 AV2 -0. 1 8 1 0

SG1 2 48 96 AV1 -0. 1 1 7

SG1 2 48 98 AV4 0 .04 1 9

SG 1 2 49 35 AV3 -0 .04 1 1

SG1 2 49 60 AV2 -0 .07 1 2

SG 1 2 49 95 AV4 -0 .04 7

SG 1 2 49 95 AV5 0 .04 1 1

Page 1 8 of 41




SG1 2 49 95 AV6 -0.07 1 0

SG1 2 49 96 AV4 -0 . 1 3 9

SG1 2 49 96 AV5 -0.02 28

SG1 2 49 96 AV6 -0 .02 1 1 SG1 2 50 67 AV1 -0 . 1 7 1 3 SG1 2 50 67 AV2 0 24 SG1 2 50 67 AV3 0.24 33

SG1 2 50 67 AV4 0.53 25 SG1 2 50 93 AV6 -0. 1 8 1 0 SG1 2 50 95 AV1 0.1 5 8

SG1 2 5 1 67 AV2 0 . 1 3 1 2

SG1 2 5 1 82 AV1 -0.06 1 4

SG1 2 52 32 AV3 0.09 1 3 SG1 2 52 62 AV2 -0 . 1 5 9 SG1 2 52 80 AV2 0.02 22 SG1 2 52 80 AV3 0.04 9

SG1 2 52 80 AV1 -0.1 1 1 3 SG1 2 52 89 AV5 -0 .07 1 1 SG1 2 52 90 AV2 0.07 7 SG1 2 52 91 AV1 0.04 1 1 SG1 2 53 33 AV3 0.09 9

SG1 2 53 34 AV6 0 . 1 5 1 3 SG1 2 53 90 AV1 -0 .04 9

SG1 2 53 90 AV5 -0 .09 8 SG1 2 54 35 AV6 -0.07 1 3 SG1 2 54 38 AV4 0.04 1 1 SG 1 2 54 38 AV2 -0.46 1 0 SG1 2 54 88 AV1 0. 1 5 1 1

SG1 2 55 83 AV1 -0.32 1 0 SG1 2 56 41 AV6 -0 .02 1 2 SG1 2 56 77 AV4 -0 . 1 5 1 2 SG1 2 57 44 AV4 -0 .02 1 2 SG1 2 57 44 . AV6 -0.04 1 2

SG1 2 57 53 AV2 0.04 1 0 SG1 2 57 54 AV1 -0 . 1 1 1 2 SG1 2 57 79 AV1 0 .04 1 0

Page 1 9 of 41


1 R22 SERVICE I NDUCED I NDICATIONS (AVB WEAR)


SG1 2 58 52 AV6 0. 1 3 1 3

SG1 2 58 52 AV3 0.04 1 0

SG1 2 58 58 AV6 0. 1 5 9

SG1 2 58 60 AV1 -0.3 6

SG1 2 58 72 AV6 0.44 8

SG1 3 1 2 2 AV6 -0.27 1 2

SG1 3 1 2 1 2 1 AV1 0 .21 1 3

SG1 3 1 3 78 AV6 -0.23 6

SG1 3 1 5 67 AV6 -0. 1 3 1 0

SG1 3 1 6 72 AV1 0 .26 1 1

SG1 3 1 8 1 1 9 AV1 -0.24 8

SG1 3 1 9 53 AV1 0.05 1 5

SG1 3 1 9 78 AV1 0 .23 7

SG1 3 1 9 80 AV1 -0 .36 1 1

SG1 3 1 9 80 AV6 -0.24 2 1

SG1 3 20 81 AV2 0.51 1 2

SG1 3 21 1 1 6 AV1 -0 .2 9

SG1 3 2 1 1 1 8 AV6 0.41 1 0

SG1 3 2 1 1 1 8 AV1 0 .35 1 0

SG1 3 22 5 AV6 -0. 1 8 1 9

SG1 3 23 1 1 2 AV1 -0 .64 9

S G 1 3 23 1 1 6 AV1 0 . 1 1 1 3

SG1 3 23 1 1 7 AV1 0 .55 22

SG1 3 24 6 AV1 -0 .52 1 4

SG1 3 24 6 AV1 0.2 7

SG1 3 24 6 AV6 -0 .31 5

SG1 3 24 7 AV1 0 .36 1 1

SG1 3 24 7 AV6 -0.49 1 6

SG1 3 24 8 AV1 -0. 1 6 9

SG1 3 24 53 AV2 0.01 1 8

SG1 3 24 1 1 6 AV1 0. 1 5 1 0

SG1 3 25 7 AV1 -0.23 1 5

SG1 3 25 7 AV6 0.04 2 1

SG1 3 25 9 AV2 0.02 7

SG1 3 25 31 AV2 -0.04 1 2

S G 1 3 25 36 AV2 0.36 1 1

Page 20 of 41




SG1 3 25 36 AV5 -0.02 8

SG1 3 25 38 AV2 0.24 1 4

SG1 3 25 1 1 5 AV6 -0.02 1 4

SG1 3 26 43 AV2 0.44 1 9

SG1 3 · 26 43 AV6 0.1 1 1 6

SG 1 3 26 43 AV1 0 . 1 2 1

SG 1 3 26 43 AV5 0 . 1 20

SG 1 3 26 80 AV2 0.2 1 6

SG 1 3 26 80 AV5 0 .1 6 1 4

SG 1 3 26 1 1 1 AV6 0. 1 8 1 0

SG 1 3 26 1 1 1 AV5 -0 . 1 5 1 0

SG 1 3 26 1 1 5 AV6 -0. 1 8 9

SG 1 3 26 1 1 5 AV1 0.22 1 4

SG1 3 26 1 1 6 AV6 -0.35 1 0

SG 1 3 27 1 0 AV1 0.04 7

SG1 3 27 1 0 AV5 0.04 9

SG1 3 27 1 1 AV2 0.02 1 6

SG 1 3 27 1 1 AV6 -0. 1 3 1 3

SG1 3 27 1 2 AV6 -0 . 1 1 1 4

SG1 3 28 52 AV2 0 . 18 1 7

SG 1 3 28 1 08 AV1 0.04 1 4

SG1 3 28 1 08 AV2 0 . 1 1 1 0

SG1 3 28 1 09 AV1 -0.09 8

SG1 3 28 1 1 0 AV1 -0.26 8

SG1 3 30 1 1 AV6 0.29 1 1

SG1 3 30 46 AV2 0.02 27

S G 1 3 30 46 AV6 -0.41 1 0

SG1 3 30 47 AV1 -0.22 1 4

SG1 3 30 47 AV2 -0 .01 2 1

SG1 3 30 47 AV5 0.01 1 4

SG1 3 30 66 AV2 0 .1 8 1 2

SG1 3 31 1 0 AV4 0.26 8

SG1 3 31 32 AV2 -0.02 8

SG1 3 31 32 AV5 -0 . 1 3 1 6

SG1 3 31 55 AV2 0 .02 7

SG1 3 31 61 · AV5 0.1 3 6

Page 21 of 41




SG1 3 32 1 4 AV6 0.2 1 4

SG1 3 32 1 5 AV2 -0 .04 29

SG1 3 32 1 6 AV2 0. 1 3 26

SG1 3 32 1 6 AV5 0.09 1 3

SG1 3 32 1 9 AV2 -0 . 1 1 1 4

SG1 3 32 48 AV2 -0 .09 21

SG1 3 32 48 AV5 -0. 1 5 1 0

SG1 3 32 80 AV3 0.2 1 4

SG1 3 32 1 0 1 AV5 0.07 1 0

SG1 3 32 1 03 AV2 -0 .04 1 0

SG1 3 32 1 08 AV5 0.02 1 4

SG1 3 33 1 5 AV2 -0.2 1 0

SG1 3 33 1 5 AV4 -0.29 1 1

SG1 3 33 1 5 AV5 0.09 1 1

SG1 3 33 1 1 1 AV6 -0.07 1 1

SG1 3 34 48 AV1 0 .09 1 9

SG1 3 34 48 AV3 0.43 8

SG1 3 34 48 AV6 -0 . 1 5 7

SG1 3 34 48 AV4 -0.22 25

SG1 3 34 48 AV5 0.02 1 0

SG1 3 34 48 AV2 0. 1 5 1 1

SG1 3 34 1 1 1 AV5 0. 1 3 1 5

SG1 3 34 1 1 1 AV6 -0.04 8

SG1 3 34 1 1 1 AV2 0.06 1 0

SG1 3 34 1 1 1 AV1 -0 .29 1 3

SG1 3 35 81 AV4 -0 . 1 1 1 0

SG 1 3 36 1 4 AV6 -0.29 7

SG1 3 36 43 AV2 -0. 1 1 1 2

SG 1 3 36 43 AV4 0.07 1 1

SG1 3 36 43 AV5 0.2 1 0

SG1 3 36 43 AV6 -0 .24 7

SG 1 3 36 50 AV3 0 . 1 1 1 1

SG1 3 36 80 AV5 0. 1 5 1 5

SG1 3 36 80 AV4 -0 .09 1 9

SG 1 3 36 80 AV3 -0.07 28

SG 1 3 36 87 AV6 -0 .33 23

Page 22 of 41




SG1 3 36 87 AV3 -0.07 1 9

SG1 3 36 87 AV4 0 .02 9

SG1 3 36 87 AV2 0 .02 22

SG1 3 36 87 AV1 0 .04 1 1

SG1 3 36 88 AV6 -0.09 21

SG1 3 36 88 AV2 0 . 1 5 1 8

SG1 3 36 88 AV5 0.05 20

SG1 3 36 88 AV4 0 .09 28

SG1 3 36 88 AV3 -0. 1 1 1 5

SG1 3 36 88 AV1 0 . 1 1 1 7

SG1 3 36 89 AV5 0 .04 1 4

SG1 3 36 89 AV4 -0. 1 1 2 1

SG1 3 36 89 AV3 0 .22 1 3

SG1 3 36 89 AV2 0 .09 1 7

SG1 3 36 97 AV5 0 .04 1 6

SG1 3 36 97 AV3 0 . 1 8 1 9

SG1 3 36 97 AV2 0 . 1 1 1 6

SG1 3 36 97 AV1 0 .01 1 2

SG1 3 36 1 09 AV6 0 .09 8

SG1 3 36 1 09 AV2 -0. 1 3 1 7

SG13 36 1 09 AV1 0 : 1 5 8

SG1 3 36 1 1 0 AV6 0.02 1 5

SG1 3 37 60 AV4 0 . 1 3 1 5

SG1 3 38 1 5 AV4 -0.02 1 0

SG1 3 38 1 5 AV6 -0.4 1 0

SG1 3 38 26 AV2 0 .02 9

SG1 3 38 26 AV3 -0 .02 1 0

SG1 3 38 28 AV2 0 . 1 1 9

SG1 3 38 28 AV4 0 .07 9

SG1 3 38 28 AV6 -0.04 6

SG1 3 38 28 AV3 -0 . 1 1 4

SG1 3 38 53 AV2 -0 .33 27

SG1 3 38 53 AV4 -0 .07 1 5

SG1 3 38 53 AV5 0 .42 1 8

SG1 3 38 53 AV1 0 .07 1 0

SG1 3 38 53 AV3 -0 . 1 1 9

Page 23 of 41


1 R22 SERVICE INDUCED INDICATIONS {AVB WEAR)

SG Row Column S upport Inch %TW

SG1 3 38 58 AV6 0.07 1 7

SG1 3 38 58 AV5 -0 . 1 5 23 SG1 3 38 63 AV5 -0.24 1 1 SG 1 3 38 63 AV4 0.07 8

SG 1 3 38 63 AV3 0. 1 5 1 0

SG1 3 38 63 AV2 -0.26 9

SG1 3 38 67 AV6 0 . 1 1 1

SG1 3 38 67 AV3 -0.4 1 5

SG1 3 38 67 AV2 -0.02 9

SG1 3 38 67 AV4 -0.22 1 1

SG 1 3 38 67 AV5 -0.2 1 0

SG 1 3 38 69 AV3 -0. 1 1 1 1 SG1 3 38 69 AV2 0 . 1 1 1 5

SG1 3 38 72 AV4 0.33 31 SG1 3 38 72 AV3 0.07 27 SG1 3 38 72 AV2 0 .09 29 SG 1 3 38 72 AV5 0 .02 9

SG 1 3 38 73 AV3 -0 .28 1 3 SG 1 3 38 73 AV2 -0 . 1 3 8

SG 1 3 38 81 AV6 0 .04 1 4 SG1 3 38 81 AV5 -0 . 1 5 1 6 SG1 3 38 82 AV3 0.29 1 7

SG1 3 38 83 AV3 -0.2 27 SG1 3 38 83 AV5 0.04 27 SG 1 3 38 83 AV4 -0.09 2 1

SG 1 3 38 83 AV2 0.02 1 0

SG 1 3 38 85 AV4 0 .04 1 9

SG 1 3 38 85 AV3 -0 .04 1 5

SG 1 3 38 85 AV1 0 .02 1 0

SG 1 3 38 85 AV5 0 .02 1 0

SG 1 3 38 88 AV4 0 .04 1 0

SG1 3 38 88 AV3 0 .09 20

SG1 3 38 88 AV2 0.04 1 0

SG1 3 38 91 AV5 -0.26 27 SG1 3 38 91 AV3 0.07 1 3 SG1 3 38 91 AV2 0 .07 20

Page 24 of 41




SG1 3 38 9 1 AV6 0 .09 1 9

SG1 3 38 9 1 AV4 0 .02 1 4

SG1 3 38 92 AV5 0.02 20

SG1 3 38 92 AV4 0.04 1 7

SG1 3 38 92 AV2 0 . 1 1 1 2

SG1 3 38 98 AV6 0.02 20

SG 1 3 38 98 AV3 -0 .02 23

SG1 3 38 98 AV2 0 .02 23

SG1 3 38 1 01 AV3 -0.02 1 0

SG 1 3 38 1 01 AV5 0. 1 1 1 9

SG1 3 39 1 6 AV6 -0.4 1 4

SG1 3 39 1 6 AV1 0 .38 8

SG 1 3 39 20 AV5 -0.07 1 8

SG1 3 39 22 AV2 -0.02 1 8

SG 1 3 39 22 AV5 0 .09 16

SG 1 3 39 22 AV4 -0 .04 1 6

SG1 3 39 22 AV3 0 . 1 1 1 7

SG 1 3 39 23 AV5 -0.2 9

SG1 3 39 35 AV3 0.2 1 3

SG1 3 39 35 AV5 0 .04 22

SG 1 3 39 35 AV2 -0. 1 3 8

SG 1 3 39 38 AV2 0. 1 1 1 7

SG1 3 39 38 AV3 -0. 1 1 22

SG1 3 39 38 AV5 -0. 1 5 2 1

SG 1 3 39 38 AV6 -0.09 1 1

SG1 3 39 38 AV1 -0.22 . 1 1

SG1 3 39 46 AV2 -0.24 20

SG1 3 39 53 AV3 -0. 1 7 1 6

SG 1 3 39 53 AV4 -0. 1 5 1 3

SG1 3 39 54 AV3 0. 1 8 28

SG1 3 39 54 AV4 0.24 25

SG1 3 39 54 AV6 0. 1 3 1 1

SG 1 3 39 54 AV5 -0. 1 3 1 0

SG1 3 39 64 AV3 0 . 1 1 1 2

SG 1 3 39 64 AV2 -0. 1 7 9

SG 1 3 39 65 AV1 0 .07 1 3

Page 25 of 41



SG Row Column Support Inch o/oTW

SG1 3 39 65 AV2 -0.24 27

SG1 3 39 65 AV3 0 . 1 3 1 0

SG1 3 39 65 AV3 -0 . 1 1 1 2

SG1 3 39 65 AV4 -0 . 1 1 1 6

SG1 3 39 65 AV5 -0. 1 7 1 2

SG 1 3 39 80 AV5 -0.29 1 2

SG1 3 39 80 AV4 0.31 1 6

SG1 3 39 80 AV3 0. 1 3 1 5

SG1 3 39 80 AV2 -0. 1 5 23

SG1 3 39 80 AV6 0.02 1 1

SG1 3 39 87 AV5 0 . 1 1 1 4

SG1 3 39 87 AV6 0.02 1 1

SG1 3 39 1 00 AV5 -0. 1 3 1 2

SG1 3 40 1 9 AV3 -0.02 1 7

SG1 3 40 57 AV2 -0. 1 3 1 0

SG1 3 40 1 00 AV5 -0.2 1 1

SG1 3 40 1 00 AV4 -0. 1 5 9

SG1 3 41 31 AV5 -0.07 24

SG1 3 41 31 AV4 -0.09 27

SG1 3 41 3 1 AV2 0.02 1 6

SG1 3 41 33 AV3 0.22 1 7

SG1 3 41 33 AV2 -0 .02 1 5

SG1 3 41 33 AV4 0.09 1 1

SG1 3 41 33 AV5 0 . 1 3 1 1

SG1 3 41 33 AV6 0.02 1 2

SG1 3 41 66 AV4 0.09 8

SG1 3 41 79 AV2 -0.09 1 4

SG1 3 41 79 AV5 0.02 1 1

SG1 3 41 96 AV3 0 . 1 1 25

SG1 3 41 96 AV2 -0.09 1 5

SG1 3 41 1 05 AV2 0 .01 1 0

SG1 3 42 1 9 AV3 0.07 1 3

SG1 3 42 1 9 AV4 -0.04 1 1

S G 1 3 42 1 9 AV1 0 . 1 7 8

SG1 3 42 38 AV2 0 . 1 1 9

SG1 3 42 38 AV4 -0.07 25

Page 26 of 41


1 R22 SERVIC E INDUCED INDICATIONS (AVB WEAR)


SG1 3 42 38 AV5 0.35 1 4

SG1 3 42 38 AV3 -0.07 2 1

SG1 3 42 38 AV6 -0.04 1 2

SG1 3 42 46 AV2 0.02 5

SG1 3 42 53 AV1 -0. 1 1 7

SG1 3 42 53 AV4 -0.04 8

SG1 3 42 98 AV4 0.01 1 3

SG1 3 42 1 00 AV6 -0 .02 1 2

SG1 3 42 1 03 AV5 0.09 1 0

SG 1 3 42 1 04 AV2 -0 .09 1 4

SG 1 3 42 1 04 AV1 0.31 1 0

SG 1 3 43 23 AV3 0.09 1 0

SG 1 3 43 47 AV3 0.04 1 2

SG 1 3 43 56 AV2 0. 1 1 1 0

SG1 3 43 57 AV5 0.28 6

SG1 3 43 57 AV4 -0. 1 1 1 2

SG1 3 43 62 AV6 -0.2 1 1

SG1 3 43 62 AV5 -0. 1 1 1 8

SG1 3 43 64 AV5 -0.07 1 0

SG 1 3 43 64 AV4 0.09 29

SG 1 3 43 64 AV3 0.22 1 2

SG1 3 43 69 AV6 -0.26 1 5

SG 1 3 43 69 AV5 0.09 20

SG 1 3 43 69 AV4 0.02 1 6

SG1 3 43 69 AV3 0.02 1 1

SG 1 3 43 71 AV5 0 .04 1 6

S G 1 3 43 72 AV6 0.05 23

SG 1 3 43 72 AV4 0. 1 1 1 3

SG1 3 43 73 AV3 -0.24 1 6

SG 1 3 43 73 AV6 0.02 1 1

SG1 3 43 73 AV5 0.02 1 7

SG1 3 43 75 AV5 0 .46 23

SG1 3 43 75 AV4 0.46 1 0

SG 1 3 43 75 AV3 0 .22 1 3

SG 1 3 43 75 AV6 0.07 1 5

SG1 3 43 77 AV5 -0 .33 1 3

Page 27 of 41




SG1 3 43 77 AV4 -0 .01 1 0

SG1 3 43 79 AV1 -0 .27 9

SG1 3 43 80 AV4 -0 .09 29 SG1 3 43 80 AV3 -0 .07 31

SG1 3 43 80 AV5 0.07 26

SG1 3 43 80 AV2 0.07 26

SG1 3 43 80 AV1 0 .02 1 4

SG1 3 43 81 AV5 -0 . 1 5 1 7

SG1 3 43 81 AV3 0.02 1 6

SG1 3 43 81 AV2 0 . 1 1 29

SG1 3 43 81 AV6 0 .09 29 SG1 3 43 81 AV4 0 . 1 1 1

SG1 3 43 83 AV1 0 .09 1 0

SG1 3 43 85 AV2 0 . 1 3 1 7 SG1 3 43 91 AV5 -0 .04 9 SG1 3 43 91 AV4 0. 1 5 1 4

SG1 3 43 91 AV3 0. 1 8 1 7

SG1 3 43 93 AV2 -0 .24 1 7

SG1 3 43 96 AV6 -0 .09 1 3

SG 1 3 43 96 AV4 0.09 1 1 SG1 3 43 96 AV3 0.04 1 0

SG1 3 44 25 AV2 -0 .22 1 5

SG1 3 44 25 AV3 -0.02 1 1

SG1 3 44 26 AV2 -0. 1 1 1 5

SG1 3 44 26 AV4 -0 .04 8

SG1 3 44 26 AV3 -0 .04 8

SG1 3 44 59 AV2 0.31 1 2

SG1 3 44 59 AV3 -0 .07 7

SG1 3 44 60 AV3 -0 . 1 1 1 6

SG1 3 44 67 AV5 0.04 1 0

SG1 3 44 68 AV5 0. 1 3 2 1

SG1 3 44 68 AV4 0.09 20

SG1 3 44 68 AV3 0 . 1 7 2 1 SG1 3 44 68 AV2 -0 .07 21

SG1 3 44 68 AV1 0.09 23 SG1 3 44 71 AV2 0.22 1 4

Page 28 of 41




SG1 3 44 76 AV3 -0.35 1 6

SG1 3 44 77 AV2 0.3 1 0

SG1 3 44 77 AV3 -0 .07 1 1

SG1 3 44 77 AV4 0 .02 8

SG1 3 44 85 AV4 -0 .53 7

SG 1 3 44 91 AV5 -0 . 1 1 1 0

SG 1 3 44 95 AV4 0 .02 1 1

S G 1 3 44 1 00 AV5 0 .09 9

SG1 3 44 1 01 AV5 0 . 1 3 1 1

SG1 3 45 22 AV5 -0.35 1 3

SG 1 3 45 23 AV6 -0.4 1 3

SG 1 3 45 66 AV2 0.07 9

S G 1 3 45 66 AV1 -0 . 1 1 1 1

SG1 3 45 79 AV2 0 . 1 1 1 0

SG1 3 45 97 AV4 0 .02 23 SG1 3 45 97 AV6 -0.02 1 6

SG1 3 46 24 AV5 -0.04 26

SG 1 3 46 24 AV6 0 .09 1 4

S G 1 3 46 73 AV3 0 .09 1 0

SG1 3 46 73 AV2 -0.2 1 9

SG1 3 46 77 AV5 -0.2 8

SG1 3 46 77 AV4 0 . 1 5 5

SG 1 3 47 25 AV5 0 .09 1 7

SG 1 3 47 25 AV6 -0 .07 1 1 SG 1 3 47 25 AV4 -0.04 7

SG 1 3 47 26 AV5 0 .07 1 1

SG1 3 47 26 AV6 0 .04 1 6

S G 1 3 48 25 AV4 -0. 1 5 1 3

SG1 3 48 25 AV2 -0 .07 20

SG1 3 48 26 AV1 0 .26 1 1

SG1 3 48 41 AV2 0 .07 1 0

SG1 3 48 94 AV2 0 .02 1 0

SG1 3 48 95 AV3 0. 1 3 1 4

SG 1 3 48 98 AV6 -0 .02 1 0

SG1 3 49 27 AV1 0 .37 1 3

SG1 3 49 27 AV6 -0 .04 1 1

Page 29 of 41




SG1 3 49 32 AV4 -0.02 1 5

SG1 3 49 32 AV5 -0.07 1 3

SG1 3 49 53 AV5 0.28 1 6

SG1 3 49 92 AV4 0.07 9

SG1 3 49 93 AV6 0. 1 3 1 5

SG1 3 49 94 AV6 0.09 32

SG1 3 49 94 AV5 -0 .02 1 9

SG1 3 49 95 AV4 0.04 22

SG1 3 50 28 AV4 -0 .24 1 6

SG1 3 50 28 AV5 -0 .31 1 3

SG1 3 50 56 AV1 0 .72 1 0

SG1 3 50 87 AV5 0.09 1 0

SG1 3 50 93 AV5 0.04 25

SG1 3 50 93 AV1 0. 1 3 1 0

SG1 3 50 94 AV6 -0 . 1 1 1 1

SG1 3 50 94 AV2 0.01 26

SG1 3 50 94 AV1 0.02 1 8

SG1 3 5 1 3 1 AV4 0.01 1 1

SG1 3 5 1 3 1 AV6 0 . 1 5 1 0

SG1 3 5 1 50 AV6 -0.06 1 4

SG1 3 5 1 50 AV5 -0.06 1 4

SG1 3 5 1 50 AV4 -0 .04 1 6

SG1 3 5 1 55 AV6 -0 . 1 1 1 2

SG1 3 5 1 55 AV4 -0 .04 8

SG1 3 51 55 AV5 -0. 1 1 25

SG1 3 51 57 AV5 0 . 1 1 8

SG1 3 51 79 AV2 0.02 1 0

SG1 3 5 1 79 AV1 -0.2 7

SG1 3 5 1 9 1 AV4 0.04 28

SG1 3 5 1 91 AV5 -0 .09 9

SG1 3 5 1 9 1 AV3 -0.09 1 3

SG1 3 51 92 AV5 -0 .37 27

SG1 3 5 1 92 AV4 0.02 1 3

SG1 3 5 1 92 AV2 -0 . 1 9 2 1

SG1 3 52 32 AV3 -0.02 1 0

SG1 3 52 34 AV5 -0.04 5

Page 30 of 41




SG1 3 52 34 AV6 -0 .02 1 6

SG1 3 52 89 AV5 0.02 1 8

SG1 3 52 89 AV3 0.09 24

SG1 3 52 89 AV2 0 .09 25

SG1 3 52 89 AV1 -0.07 1 0

SG1 3 53 57 AV1 -0.3 9

SG1 3 53 57 AV2 -0 . 1 7 1 0

SG1 3 53 57 AV3 0.02 1 8

SG1 3 53 57 AV4 -0 . 1 1 1 2

SG1 3 53 58 AV2 -0.07 1 3

SG1 3 53 69 AV2 0 .04 1 2

SG1 3 53 72 AV5 0 .09 1 2

SG1 3 53 72 AV4 0.07 22

SG1 3 53 88 AV5 0.04 23

SG1 3 53 88 AV4 0.04 1 5

SG1 3 53 89 AV6 -0 . 1 1 1 1

SG1 3 53 89 AV4 0. 1 1 9

SG1 3 53 89 AV5 .. 0 .04 1 6

SG1 3 54 36 AV5 0.04 1 3

SG1 3 54 37 AV2 -0 .02 1 3

SG1 3 54 37 AV3 -0 .02 23

SG1 3 54 37 AV4 -0 .04 26

SG1 3 54 37 AV5 -0 .04 1 8

SG1 3 54 37 AV6 0 . 1 1 9

SG 1 3 54 38 AV2 0. 1 3 1 2

SG1 3 54 38 AV4 0 . 1 1 1 1

SG1 3 54 43 AV4 0 .07 1 0

SG1 3 54 71 AV5 -0 .09 1 2

SG1 3 54 72 AV6 -0 .04 1 3

SG1 3 54 72 AV5 -0 . 1 1 1 8

SG1 3 54 72 AV2 -0 .07 1 1

SG1 3 54 76 AV1 -0 .04 1 0 SG 1 3 54 85 AV2 -0 .02 1 0

SG1 3 54 86 AV3 0.07 7

SG1 3 54 86 AV1 0 .04 9

SG1 3 54 88 AV4 -0. 1 3 1 3

Page 31 of 41



SG Row Colu m n Support Inch %TW SG1 3 55 56 AV2 0.07 1 1 SG 1 3 55 56 AV5 0.04 1 2 SG 1 3 55 83 AV4 -0 .04 9 SG 1 3 55 84 AV5 0.07 1 1 SG 1 3 55 84 AV4 -0 .07 9 SG1 3 56 41 AV5 -0 .04 1 1 S G 1 3 56 42 AV2 0.02 1 3 SG1 3 56 66 AV3 0.04 6 SG1 3 56 8 1 AV6 0.02 1 1 SG1 3 57 72 AV5 0.09 1 1 SG1 3 57 73 AV5 -0 . 1 7 1 2 SG1 3 57 73 AV3 -0 . 1 1 1 1 SG1 3 57 78 AV6 -0 .07 1 2 SG1 3 57 78 AV2 0.09 1 2 SG1 3 57 78 AV1 0.01 7 SG1 3 57 79 AV2 -0 .02 1 2 SG1 3 58 52 AV6 0.26 1 3 SG1 3 58 55 AV1 -0 . 1 9 9 SG1 3 58 67 AV1 -0 .57 8 SG 1 3 58 73 AV6 -0 .04 9 SG 1 3 58 75 AV3 0.1 1 1 6 SG1 3 58 75 AV2 -0 .07 7 SG1 3 58 76 AV3 0.07 8 SG1 3 58 76 AV6 0 . 1 9 1 0 SG1 3 58 76 AV5 0.01 1 2 SG1 3 59 61 AV6 0.4 7 SG1 3 59 61 AV1 -0 .51 1 3 SG1 3 59 66 AV6 0.21 1 2

S G 1 4 1 6 60 AV5 -0.22 1 1 S G 1 4 1 6 91 AV6 -0 .39 1 0 S G 1 4 20 5 AV1 -0.02 8 S G 1 4 2 1 7 AV1 -0.04 9 SG 1 4 23 6 AV1 0.61 1 9 SG 1 4 24 6 AV1 -0 . 1 1 23 SG 1 4 24 7 AV1 -0 . 1 8 1 0 SG 1 4 24 7 AV6 -0 .29 1 5

Page 32 of 41



SG Row Column Support Inch %TVI/ SG1 4 24 8 AV1 -0.22 1 7

SG1 4 24 1 1 6 AV1 -0;2 26

SG 1 4 24 1 1 6 AV6 0. 1 3 1 7

SG1 4 24 1 1 7 AV6 0.36 7

SG1 4 25 7 AV1 -0.09 20

SG1 4 25 7 AV6 -0 . 1 3 1 9

SG1 4 25 8 AV1 -0 . 1 3 32

SG14 25 9 AV5 0.26 1 0

SG1 4 25 26 AV6 -0 .04 1 0

SG1 4 25 35 AV6 -0.22 1 0

SG14 25 36 AV6 -0 . 1 5 20

SG1 4 25 44 AV5 0.04 2 1

SG1 4 25 88 AV5 -0.26 8

SG1 4 25 1 09 AV6 0 . 1 1 1 1

SG1 4 25 1 1 5 AV6 0.02 24

SG1 4 26 7 AV1 -0.24 23

SG1 4 26 7 AV6 -0.09 1 3

SG1 4 26 84 AV5 -0.02 8

SG1 4 26 1 09 AV5 0. 1 3 8

SG1 4 26 1 1 3 AV5 0 .02 9

SG1 4 26 1 1 4 AV2 -0.29 9

SG1 4 26 1 1 5 AV1 0.09 26

SG1 4 26 1 1 5 AV5 0.07 1 1

SG1 4 26 1 1 5 AV6 0.02 1 3

SG1 4 26 1 1 6 AV6 0.43 1 4

SG 1 4 26 1 1 6 AV1 -0.22 1 7

SG1 4 27 8 AV1 -0.09 29

SG1 4 27 8 AV1 0.35 1 7

SG1 4 27 8 AV6 -0 . 1 5 1 9

SG1 4 27 8 AV6 0.22 1 5

SG 1 4 2 7 79 AV6 0.03 1 3

SG14 27 79 AV5 0 . 1 1 23

SG1 4 27 79 AV2 0.06 2 1

SG1 4 27 1 1 4 AV2 -0 .31 2 1

SG1 4 28 9 AV2 0.57 29

SG1 4 28 9 AV5 -0 .09 29

Page 33 of 41



SG Row Column Support Inch %TW SG1 4 28 9 AV6 0.02 1 2

SG14 28 1 2 AV6 0.22 1 7

SG1 4 28 1 4 AV6 0. 1 1 1 2

SG1 4 28 38 AV2 0 .07 1 9

SG1 4 28 38 AV5 0 .02 1 6 SG1 4 28 81 AV5 0.09 1 6

SG14 28 1 09 AV1 0 .02 1 1 SG1 4 28 1 1 1 AV5 0.07 8

SG1 4 28 1 1 1 AV2 0 .02 1 0

SG1 4 28 1 1 3 AV5 0.02 1 4

SG1 4 28 1 1 3 AV2 -0. 1 5 1 1

SG14 28 1 1 3 AV6 0.07 8

SG1 4 29 1 1 AV6 -0.02 8

SG1 4 29 1 09 AV6 -0. 1 8 1 1

SG14 29 1 09 AV2 -0. 1 4 9

SG14 29 1 1 0 AV5 -0 .22 1 5

SG1 4 29 1 1 0 AV2 0 .04 9

SG1 4 29 1 1 0 AV1 -0 .26 8

SG1 4 29 1 1 1 AV5 -0 .2 1 9

SG1 4 29 1 1 1 AV1 0.02 1 3

SG1 4 30 1 4 AV6 0.09 8

SG1 4 30 1 8 AV6 -0.02 1 2

SG1 4 30 63 AV5 0.31 29

SG1 4 30 63 AV2 0.09 34 SG1 4 30 63 AV1 0 .04 1 2

SG1 4 30 67 AV5 0 . 1 1 20

SG1 4 30 72 AV2 0 . 1 8 23

SG1 4 30 72 AV6 0.02 1 4

SG14 30 76 AV5 0.02 1 2

SG 1 4 30 1 07 AV5 0 . 1 3 1 5

SG14 30 1 07 AV1 0.02 8

S G 1 4 30 1 09 AV6 -0.09 6

SG 1 4 30 1 1 1 AV2 0 .07 1 1 SG14 30 1 1 4 AV2 -0.59 1 3 SG1 4 31 1 1 AV6 -0 .02 1 7

SG1 4 32 1 2 AV5 0 .07 26

Page 34 of 41



SG Row Column Support lneh o/oTW

SG1 4 32 1 2 AV4 -0 .04 24

SG1 4 32 84 AV5 0.04 25

SG1 4 32 84 AV2 0.04 26

SG1 4 32 84 AV3 -0.26 1 1

SG 1 4 32 1 09 AV2 0 .02 1 5

SG1 4 32 1 1 2 AV5 0 .29 1 5

SG1 4 33 1 2 AV6 0. 1 5 20

SG1 4 33 1 2 AV1 -0 .07 1 4

SG 1 4 33 1 2 AV2 0 .09 27

SG 1 4 33 1 2 AV5 0 .04 22

SG1 4 34 91 AV4 0.04 1 0

SG1 4 34 1 08 AV6 -0 . 1 1 8

SG1 4 34 1 08 AV4 -0 .04 22

SG 1 4 34 1 08 AV3 0.02 1 7

SG 1 4 34 1 08 AV1 0 . 1 3 5

SG1 4 34 1 08 AV2 0.02 1 1

SG1 4 34 1 1 1 AV6 0 .25 1 2

SG 1 4 34 1 1 1 AV2 -0 .74 1 3

SG 1 4 37 1 02 AV5 0 .02 9

SG 1 4 37 1 03 AV5 0 .02 1 4

SG1 4 38 2 1 AV2 0 . 1 7 1 1

SG 1 4 38 2 1 AV5 0 .04 1 2

SG1 4 38 32 AV3 0. 1 5 1 3

SG1 4 38 92 AV3 0.02 5

SG 1 4 38 99 AV5 -0 .07 1 1

SG 1 4 38 1 0 1 AV3 0 .04 26

SG 1 4 38 1 0 1 AV5 0 .09 1 6

SG1 4 38 1 0 1 AV2 0 .09 1 2

SG1 4 38 1 0 1 AV4 0 .07 22

SG1 4 38 1 03 AV2 0 . 1 3 1 3

SG 1 4 38 1 03 AV5 0.02 9

SG 1 4 38 1 03 AV4 0.07 9

SG1 4 38 1 04 AV4 -0 .04 1 5

SG1 4 38 1 08 AV6 0.2 1 2

SG1 4 38 1 08 AV2 -0.37 1 3

SG 1 4 38 1 08 AV3 -0 . 1 5 1 1

Page 35 of 41




S G 1 4 38 1 08 AV5 0 . 1 8 8

SG1 4 39 56 AV3 0. 1 8 23

S G 1 4 39 56 AV4 0.42 1 8

S G 1 4 39 56 AV5 -0.4 1 6

SG1 4 39 68 AV6 -0.22 24

S G 1 4 39 68 AV3 0.09 20 S G 1 4 39 68 AV5 0 . 1 3 1 0

S G 1 4 39 77 AV2 -0.02 1 6

S G 1 4 39 77 AV3 -0 .07 21

S G 1 4 39 77 AV4 -0 .09 24

SG1 4 39 78 AV3 0.44 8

SG1 4 39 78 AV2 -0.07 1 1

SG1 4 39 79 AV3 -0.26 1 7

SG1 4 39 81 AV2 -0.27 1 0

SG14 39 82 AV4 -0.02 1 1

SG14 39 82 AV3 0 .04 1 1

SG14 39 89 AV5 0 .02 5

SG1 4 39 89 AV4 -0 .09 8

SG14 39 89 AV3 0 .02 8

SG14 39 95 AV3 0 .02 7

SG14 39 96 AV1 -0 .26 1 4

S G 1 4 39 96 AV2 0 .02 27

SG14 39 96 AV3 0 .04 24

SG14 39 96 AV4 0 .02 1 9 SG1 4 39 97 AV3 0 .02 22

S G 1 4 39 98 AV3 -0. 1 1 1 7

S G 1 4 39 98 AV5 0.07 1 2

SG1 4 39 1 00 AV3 0.04 23

SG1 4 39 1 00 AV5 0 .04 1 0 SG 1 4 39 1 00 AV2 0 .04 20 S G 1 4 40 33 AV2 0 .09 9

S G 1 4 40 48 AV1 -0.04 1 8

S G 1 4 40 48 AV4 -0.02 26

SG1 4 40 48 AV6 -0 .4 23

SG14 40 48 AV3 0.04 2 1

SG14 40 48 AV5 -0 . 1 8 27

Page 36 of 41




S G 1 4 40 58 AV2 -0.35 1 8

SG1 4 40 58 AV4 -0.07 1 4

SG1 4 40 60 AV1 -0.2 1 4

SG14 40 60 AV2 -0.33 1 2

S G 1 4 40 60 AV3 -0.37 1 9

S G 1 4 40 60 AV4 -0. 1 3 1 6

SG1 4 40 60 AV4 0.43 1 3

SG1 4 40 60 AV6 0.04 1 4

SG1 4 40 66 AV4 0.02 1 1

S G 1 4 40 78 AV4 -0. 1 5 1 4

SG1 4 40 78 AV5 0 .07 1 3

SG1 4 40 80 AV5 0 . 1 1 27

SG1 4 40 80 AV5 -0.39 1 0

S G 1 4 40 80 AV3 -0.24 2 1

SG1 4 40 80 AV1 0 .04 9

SG1 4 40 80 AV2 0 . 1 1 20

SG1 4 40 80 AV4 -0.22 29

SG1 4 40 80 AV4 0.09 1 3

SG1 4 40 80 AV6 -0. 1 8 1 0

SG1 4 40 80 AV6 0 . 1 5 22

SG1 4 40 87 AV6 0.04 1 9

S G 1 4 40 87 AV4 0. 1 3 26

SG1 4 40 87 AV3 -0 .04 29

SG1 4 40 87 AV2 0 .07 1 1

SG1 4 40 87 AV5 0.04 32

SG1 4 40 1 06 AV6 0.2 1 3

SG 1 4 40 1 06 AV5 0.28 1 1

S G 1 4 40 1 06 AV3 0 . 1 1 1 0

SG1 4 40 1 06 AV1 0 .04 1 3

SG1 4 41 1 00 AV5 0.02 1 2

SG1 4 41 1 00 AV3 0.07 1 7

SG1 4 41 1 05 AV5 0.22 1 2

S G 1 4 4 1 1 05 AV3 -0.04 1 2

SG1 4 41 1 05 AV1 -0. 1 8 1 0

SG1 4 42 1 9 AV2 -0 .51 1 0

SG1 4 42 1 9 AV1 0.26 8

Page 37 of 41




SG1 4 42 2 1 AV1 -0.02 1 1

SG1 4 42 2 1 AV2 -0.07 7

SG1 4 42 2 1 AV3 0.02 23

SG1 4 42 2 1 AV4 -0.07 1 2

SG 1 4 42 30 AV2 0.04 22

SG 1 4 42 30 AV3 0.07 24

SG 1 4 42 30 AV1 0 . 1 5 1 1

SG 1 4 42 30 AV4 0.1 5 29

SG 1 4 42 30 AV5 0.02 23

SG 1 4 42 39 AV5 -0 . 1 5 1 2

SG 1 4 42 39 AV3 -0 .02 1 2

SG14 42 1 04 AV5 0.09 1 0

SG 1 4 42 1 04 AV6 -0 . 1 3 1 0

SG14 43 53 AV1 -0.28 7

SG1 4 43 53 AV3 0.02 33

SG1 4 43 53 AV4 0.31 24

SG1 4 43 53 AV5 -0 . 1 1 25

SG1 4 43 53 AV2 -0. 1 5 1 5

SG 1 4 43 53 AV2 0. 1 3 1 0

SG 1 4 43 54 AV3 -0.33 1 2

SG 1 4 43 54 AV3 0.2 33

SG 1 4 43 54 AV4 -0.35 20

SG 1 4 43 54 AV4 0.29 35

SG 1 4 43 54 AV6 0.04 27

SG 1 4 43 54 AV5 -0.2 26

SG 1 4 43 54 AV5 0.2 1 3

SG14 43 54 AV1 0 . 1 5 22

SG14 43 54 AV2 -0.2 28

SG1 4 43 1 00 AV3 0.04 1 1

SG 1 4 43 1 03 AV3 -0.24 1 1

SG 1 4 44 2 1 AV5 0 .29 9

SG 1 4 44 1 02 AV6 -0.07 1 1

SG14 44 1 02 AV3 -0.04 1 6

SG1 4 44 1 02 AV2 -0.07 1 4

SG1 4 45 22 AV4 0.04 9

SG 1 4 45 22 AV5 0 . 1 1 1 1

Page 38 of 41




S G 1 4 45 1 0 1 AV6 -0.04 8

S G 1 4 45 1 0 1 AV5 0.04 1 0 S G 1 4 46 24 AV6 0.04 1 3

S G 1 4 47 43 AV1 -0.04 8

S G 1 4 47 43 AV3 0.07 1 7

S G 1 4 47 43 AV4 0.07 1 1

S G 1 4 47 43 AV2 0.02 8

SG1 4 47 57 AV2 0.02 1 2

SG1 4 47 57 AV3 0.02 1 3

SG1 4 47 57 AV5 0.02 1 1

SG 1 4 47 57 AV6 0.04 1 0

SG 1 4 47 88 AV4 0.06 8

SG 1 4 48 26 AV2 -0.22 1 5

S G 1 4 48 97 AV6 -0 . 1 8 1 5

SG1 4 49 27 AV3 -0 .07 8

SG1 4 49 27 AV5 0.04 1 4 SG1 4 49 95 AV3 0.02 1 1 SG1 4 49 96 AV6 0.04 1 9

SG1 4 50 28 AV5 0.07 1 9

SG1 4 50 28 AV6 -0.04 27

SG1 4 50 93 AV6 -0 . 1 1 1 0

SG 1 4 50 94 AV3 -0.04 1 6

SG1 4 50 95 AV2 -0.02 1 3

SG1 4 51 31 AV5 -0.07 8

SG1 4 51 31 AV4 -0.02 1 2

SG 1 4 51 31 AV6 -0. 1 5 1 3

SG 1 4 51 92 AV5 -0. 1 3 1 0

SG 1 4 52 32 AV4 -0.04 8

SG1 4 52 32 AV5 -0.02 8

SG 1 4 52 32 AV3 0.09 1 1 SG 1 4 52 39 AV6 -0.09 9

SG1 4 52 88 AV3 -0.02 9

SG1 4 52 90 AV2 -0. 1 5 7

SG1 4 52 91 AV5 -0.02 1 2

S G 1 4 52 91 AV2 -0.29 1 2

SG1 4 53 33 AV4 -0.02 1 6

Page 39 of 41


1 R22 SERVIC E INDUCED INDICATIONS (AVB WEAR)


SG1 4 53 33 AV3 0.07 1 0

SG1 4 53 33 AV5 0.04 23

SG1 4 53 34 AV4 0.09 1 0

SG1 4 53 34 AV6 0.02 1 5

SG1 4 53 35 AV6 -0. 1 5 1 0

SG1 4 53 37 AV6 -0 .07 5

SG14 53 38 AV3 0.02 1 5

SG14 53 38 AV6 -0 .07 1 6

SG1 4 53 38 AV4 -0 . 1 3 1 7

SG14 53 39 AV6 -0 . 1 3 7

SG14 53 90 AV6 0 . 1 1 1 6

SG14 54 35 AV5 -0 . 1 1 9

SG1 4 54 35 AV6 0 . 1 1 1 1

SG1 4 54 36 AV6 -0 .04 9

SG1 4 54 38 AV3 0.02 9

SG1 4 54 56 AV2 0 .04 1 0

SG1 4 54 56 AV5 0 .04 8

SG 1 4 54 86 AV2 -0 . 1 3 1 6

SG1 4 54 87 AV5 0.04 1 8

SG1 4 54 87 AV3 0.02 9

SG1 4 54 87 AV2 0.02 1 2

SG1 4 54 87 AV6 0.02 1 3

SG1 4 55 82 AV2 0 .02 8

SG1 4 55 83 AV6 0.02 27

SG1 4 55 83 AV4 0.02 1 4

SG1 4 55 83 AV2 0 .02 1 6

SG1 4 56 49 AV6 0.02 7

SG1 4 56 57 AV6 -0.02 7

SG1 4 56 81 AV3 -0.07 1 0

SG14 56 81 AV2 0 . 1 1 1 6

SG1 4 56 81 AV1 -0.02 1 2

SG1 4 56 82 AV6 -0 .07 1 0

SG1 4 56 82 AV2 0.09 1 5

SG1 4 57 44 AV2 -0 .07 1 4

SG1 4 57 46 AV2 -0. 1 1 1 0

SG1 4 57 46 AV3 0 .04 9

Page 40 of 41




SG14 57 46 AV6 0 . 1 1 1 4

SG14 57 61 AV6 0 .07 1 2

SG14 57 70 AV6 -0 . 26 9

S G 1 4 57 79 AV3 -0.07 1 0

S G 1 4 57 79 AV2 0.02 1 4

S G 1 4 58 47 AV5 -0 .04 9

SG1 4 58 50 AV1 0 .04 1 2

SG1 4 58 52 AV6 0. 1 3 1 1

S G 1 4 58 54 AV1 -0.38 1 1

S G 1 4 58 57 AV6 0. 1 3 1 2

SG1 4 58 61 AV1 0 .02 1 1

SG1 4 58 63 AV2 -0 .02 1 2

S G 1 4 58 64 AV1 -0 .26 1 1

SG14 58 64 AV2 -0 .2 1 2

SG1 4 58 64 AV6 0.33 1 1

SG1 4 58 65 AV6 -0 .02 1 2

S G 1 4 58 70 AV1 0.02 7

SG14 58 72 AV1 -0 .02 7

SG1 4 58 74 AV1 -0 .21 1 2

S G 1 4 58 74 AV2 -0. 1 5 1 3

S G 1 4 58 76 AV2 0 .04 1 7

SG1 4 59 55 AV1 -0 . 26 9

SG1 4 59 55 AV6 0.02 1 8

SG1 4 59 55 AV2 -0 .04 9

S G 1 4 59 57 AV1 -0.45 1 2

S G 1 4 59 59 AV3 -0 .09 8

S G 1 4 59 60 AV1 0 . 1 1 1 0

SG1 4 59 63 AV6 0.52 1 1

SG1 4 59 64 AV1 -0.3 1 6

Page 41 of 41


1 R22 SERVICE INDUCED INDICATIONS (AVB WEAR DETECTED BY ROTATING COIL)

Tube Elevation Axial C i rc

SG TSP+/- %TW Length Extent Status Row-Col

inch ( inches) (Degrees)

1 2 48-98 AV4 -0 .02 1 6 0 .39 73 Return to Service

1 2 48-98 AV5 +0.01 12 0 .39 68 Return to Service

1 2 54-88 AV4 -0.06 6 0.37 68 Return to Service

1 . Note that al l these wear locations were identified during the planned Rotating probe inspection of DNT locations >2 volts. The rotating probe data shows the wear scar is located outside of the dented tube reg ion.

Page 1 of 1


1 R22 SERVICE I NDUCED INDICATIONS {TSP WEAR)

SG Row Col Location %TW

1 1 47 24 03C 4 1 1 50 37 07H 5 1 2 44 22 07C 3 1 2 53 33 03C 5 1 3 1 6 1 1 9 02C 7 1 3 30 1 1 03C 4 1 3 53 85 0 1 C 1 2 1 4 1 3 94 04H 4 1 4 1 7 1 1 9 02C 5 1 4 1 8 5 01 C 6 1 4 1 8 5 02C 1 0 1 4 1 8 6 02C 6 1 4 26 1 1 6 02C 7 1 4 31 1 1 3 02C 9 1 4 33 1 1 1 02C 8 1 4 56 57 07C 4 1 4 5 9 56 03C 6

Note : The 4% indication in SG 14 row 56 column 57 was not confirmed with rotating probe inspection (No degradation found) .

Page 1 of 1


1 R22 SERVICE INDUCED INDICATIONS (FBP WEAR)

Tube SG

Row-Col Location %TW Status

1 1 53-34 FBC 1 2 Return to Service

1 3 1 5-1 1 7 FBH 5 Return to Service

1 3 55-83 FBH 5 Return to Service

1 4 20-1 1 8 FBC 4 Return to Service

Page 1 of 1

Attachment 1 0 Document Control Desk LR-N1 3-0259

1 R22 SERVICE INDUCED I N DICATIONS (FOREIGN OBJECT WEAR)

Tube Axial Clrc SG Location Length Extent %TW Status

Row-Col ( inches) (Degrees)

Plugged 1 2 3-3 TSC -0 .03 0 . 1 4 38 31 and

Stabil ized

1 3 36-1 08 FBH +0.82 0 .31 77 32 Plugged

1 3 36-1 08 FBH +0.38 0.29 67 40 Plugged

1 3 36-1 09 FBH +0.59 0 .44 77 50 Plugged

1 3 37-1 08 FBH +0.62 0 .26 53 1 3 Plugged

1 4 33-1 09 FBH +0.48 0 . 1 5 47 32 Plugged

Page 1 of 1

Documents

NOV 0 42013 Technical Specification 6.9.1.1 0