ML20141H198
| ML20141H198 | |
| Person / Time | |
|---|---|
| Site: | South Texas  |
| Issue date: | 05/08/1997 |
| From: | Haning J, Mcintyre A, Thomas S HOUSTON LIGHTING & POWER CO. |
| To: | |
| Shared Package | |
| ML20141H189 | List: |
| References | |
| NUDOCS 9705230213 | |
| Download: ML20141H198 (113) | |
Text
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0 2RE05 INSERVICE INSPECTION
SUMMARY
REPORT FOR STEAM GENERATOR TUBING ofthe e
SOUTH TEXAS PROJECT ELECTRIC GENERATING STATION - UNIT 2 i
P.O. BOX 289 WADSWORTH, TEXAS 77483 O
Owner:
Houston Lighting and Power Company City Public Service Board of San Antonio Central Power and Light Company City ofAustin Address:
P.O. Box 1700 Houston, Texas 77001 Commercial Operation.
JUNE 19,1989 Issue Date:
APRIL 1997 i
O 9705230213 970520 ADOCK 050004 9 gDR C
2RE05 INSERVICE INSPECTION
SUMMARY
REPORT FOR STEAM GENERATOR TUBING l
ofthe SOUTH TEXAS PROJECT ELECTRIC GENERATING STATION UNIT 2 1
USNRC DOCKET NO.: 50-499 l
OPERATING LISCENSE NO.: NPF-80 COMMERCIAL OPREATION DATE: June 19,1989 r(>)
/
l Prepared By:
4bbue.
Mm 6 /ff 7 l
J.L.@aning O
Dfte ISI Engineer-Steam Generator Tubes Approved By:
/V h C t/AM C-K-97 A. C. McIntyre
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Date Director - Engineering Projects Approved By:
6 f 97 S. E. Thomas Date l
Manager - Design Engineering Departnant
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I TABLE OF CONTENTS Page No.
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1.0 Introduction 1
2.0 Scope ofExaminations 2
3.0 Personnel, Procedures and Equipment 3
3.1 Personnel Qualifications 3
3.2 Examination and Analysis Procedures 3
3.3 Equipment 4
3.4 Calibration Standards 5
4.0 Summary ofExaminations 6
i 5.0 Exam: nation Results and Corrective Actions 7
5.1 Steam Generator A 8
5.2 Steam Generator B 8
[
5.3 Steam Generator C 8
5.4 Steam Generator D 9
6.0 Certification ofInsocctions 11 Appendix A List of Examination and Data Analysis Personnel Appendix B Tubes Examined by MRPC at Locations Other Than TSH Appendix C Flaws with Tube Wall Thickness Reduction Appendix D Dings and Dents Appendix E Tubes Removed From Service Prior to and During 2RE05 Appendix F Owner's Report for Inservice Inspections - NIS-1 Form O
iii
I.
L STEAM GENERATOR TUBE EXAMINATIONS 1.0 Introduction This Summary Report describes Houston Lighting & Power Company's (HL&P's) Inservice Inspection (ISI) of the Steam Generator (S/G) tubing at South Texas Project Electric Generating Station, Unit 2 (STPEGS-2) during the 2REOS refueling outage.
l The steam generator tube ISI is required by Sections 3/4.4.5 and 4.0.5 of the Technical Specifications to be performed in accordance with the edition and addenda of the American
. Society of Mechanical Engineers (ASME)Section XI Code "Insenice Inspection ofNuclear Power Plant Components" prescribed by Title 10 of the Code of Federal Regulations, Part 50, Section 50.55a(g). Therefore, the iSI is required to meet the 1983 Edition of the ASME Code Section XI with addenda through the Summer 1983. The first ten year inspection interval of l
STPEGS-2 began June 19,1989. Because STPEGS-2 was out ofsenice continuously for 16 months, the inspection interval was extended for an equivalent period in accordance with IWA-2400(c) of the ASME Code Section XI. This extended the inspection inten'al to October 19, l
2000 The ISI suum. hd herein constitutes the fifth ISI performed during the first ten year inspection interval. The 2RE05 steam generator tubing ISI commenced on February 11,1997 and was completed on February 22,1997.
The STPEGS-2 ISI prol;, ram for the first inspection interval is described in the Ten Year ISI Plan
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previously filed with the Nuclear Regulatory Commission (NRC) and the State Of Texas. The STPEGS-2 program was developed and is being implemented in accordance with 10CFR50.55a, l
l IWB (Examination Category B-Q) of the 1983 Edition of Section XI Code with the Summer l
1983 Addenda. STPEGS Technical Specification 4.4.5, and other regulatory and Code bases as specified in the Ten YearISI Plan.
This Summarv Report satisfies the reporting requirements of ASME Code Section XI, IWA-6000 i
and 4.4.5.5 M of the STPEGS Technical Specification.
The STPEGS-2 plant design contains four (4) Westinghouse recirculating design model E2 steam generators. Each model E2 steam generator was designed and fabricated by Westinghouse Electric Corporation of Tampa, Florida. Each steam generator contains 4864 drdled holes in the tubesheet. Of these holes, thirteen (13) were plugged to permit the installation of additional stay
. rods in the preheater section ofeach unit. Therefore, each steam generator design contains 4851 inservice tubes. The tubing material is low temperature mill aned ASTM SB-163 Inconel L
having ~a nomine.l outer diameter (OD) of 0.750 inch and nominal wall thickness of 0.043 inch.
The nord al thickness of the tubesheet is 22.65 inches.
l The examination agency for the 2REOS outage was Westinghouse Nuclear Services Disision l
(WNSD).
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2.0 '
Scope ofExaminations The STPEGS-2 Ten Year ISI Plan describes the ISI program for examination of steam generator tubing. Additionally, an auxiliary ISI plan (ISI Outage Plan) entitled, "1997 Outage Plan for the i
In-service Inspection of Steam Generator Tubing at the South Texas Project Electric Generating Station Unit 2" was prepared by WNSD and approved by HIAP. The ISI Outage Plan identified the steam generator tube areas expected to be examined by eddy current testing (ET) and the ET -
procedures expected to be used during the ISI.
The initial scope consisted of the following planned examinations:
Bobbin coil ET of all in-service tubing over its full length, in each steam generator.
Motorized Rotating Pancake Coil (MRPC) ET of the hot leg top of the tubesheet (TSH)
. for each inservice tube in each steam generator. The area ofinterest to be examined
. extended one (1) inch above to two (2) inches below the secondary face of the tubesheet.
MRPC of 108 examination areas in 62 tubes. These examination areas consisted of top of the tubesheets, tube support plates, tight radius U-bends, baffle plates in the pre-heater.
region, and free-span regions where previous indications existed or where experience indicated a higher potential for degradation. All of these inspections would extend over an approximate length of four (4) inches, as a minimum.
This scope exceeded the requirements for the first ISI sample of tubes specified in 4.4.5.2 of the STPEGS technical specification (NUREG - 1346). The ISI Outage Plan is consistent with the 4
requirements of the Ten Year ISI Plan.
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e 3.0 Personnel, Procedures, and Equipment -
3.1 Personnel Qualifications The personnel who performed the ET acquisition and analysis during the 2REOS outage were
- employed by WNSD, NDE Technology, AJB Technology, Quantum NDE Services, Core Star-j International and Zetec. They were certified in accordance with the requirements oflWA-2300 of l
ASME Code Section XI and the certification practices of their respective employers. One hundred (100) percent of the ET analysts were certified as Qualified Data Analysts (QDA's) for j
the steam generator work performed. A QDA is a Level IIA or III who has passed rigorous i
testing of his ability to analyze a random selection of expertly-judged indications, from the
- Electric Power Research Institute NP-6201 Appendix G Performance Demonstration Database i
for various steam generator designs and all types of known defects.
l Before the 2REOS examinations were performed all ET data analysts were required to successfully complete a STPEGS plant site specific steam generator ET data analysis training l
program. The analyst training program consisted of(l) ET data analysis course and (2) site specific laboratory or practical training. The ET data analysis course consisted of a classroom j
~ lecture (or video tape) and reading of a training manual and analysis guidelines. The course -
j addressed the specific STP steam generator design, operating history, previous ET results, the data acquisition procedure, and analysis guideline to be used for the STPEGS Unit 2 ET i
examinations. The site specific laboratory or practical training included hands on review of the i
flaw indications of the types that have been identified at STPEGS or at other plants of similar design to STPEGS.
Successful completion of the site specific course required the passing of the written and practical (hands on) test. The ET data analysis training program was administered by Messieurs Steve Brown, David Chizmar and Daniel Federico of Aptech Engineering Services, Inc..
For personnel involved in the performance of the ET acquisition and/or data analysis, their.
certification levels and identification numbers are listed in Appendix A. The identification numbers of the personnel that acquired or analyzed the ET data for a specific examination are recorded on the optical disks and data sheets. The identification number consists of the first letter of the persons last name and the last four digits of their social security number.
3.2 Examination and Analysis Procedures All ET inspections were performed in accordance with the WNSD procedure MRS 2.4.2 GEN-35, Revision 6 entitled, " Eddy Current Inspection of Preservice and Inservice Heat Exchanger Tub'mg",' with Field Change Request No.1. This procedure, with the change authorization, is STPEGS document no.~ 120(09)000036 AWN..
The bobbin coil examination technique was performed using inspection frequencies of 550,300, 130, and 20 kHz in both the differential and absolute modes for each tube. The WNSD bobbin cral procedure is an alternative to the technique described in ASME Code Section V, Article 8, I.
C., which requires that the probe pull speed not exceed 14 inches per second, without being 3
'l demonstrated to the satisfaction of the Authorized Nuclear Inservice Inspection (ANII). A nominal pull speed of 40 inches per second with a digital signal sampling rate of 1400 samples per second, as defined Table 2 of Para. 7.4.13 ofMRS 2.4.2 GEN-35, was used during the 2REOS ET examination. The' Acquisition Technique (ACT) Sheet THX-01_ authorizes the higher pull speed and was signed by the WNSD Level III representative and the STPEGS representative.
The faster probe pull speed was demonstrated to the satisfaction of the ANII in accordance with IWA-2240 of Section XI. An additional ACT Sheet THX-Ol A was used for the testing of the U- -
bends and straight lengths of the cold leg section of the Rows 1 & 2 tubes. This permitted a slower pull speed to reduce the effects of probe snap through the U-bend.
l The MRPC ET examination techniques were performed using the examination frequencies of 300, l
200,100, and 10 kHz in the absolute mode. All combinations of possible MRPC probe l
configurations and/or locations, including contingencies, that could have been encountered are covered on ACT Sheets THX-02, THX-03, THX-04, THX-05 and THX-06.
The ET data analysts performed the examinations to HL&P Engineering Instruction EI-8.01, entitled, " Steam Generator Eddy Current Data Analysis Guidelines", Revision 5 including the l
Analysis Guideline Change Form Numbers 1 and 2 which were generated and used during the ET examinations.
l The data for each steam generator tube was subjected to two (2) separate independent analyses in accordance with HL&P Engineering Instruction EI-8.02, entitled " Steam Generator Eddy Current O
Data Control", Revision 1. The bobbin coil probe ET data was performed by a primary and l
secondary evaluation. The primary evaluation was performed manually by an analyst using the Westinghouse ANSER soAware. The secondary evaluation was performed using the Zetec Inc.
Eddynet Computer Data Screening (CDS) software. The MRPC ET data was evaluated manually by two independent analysts also using ANSER and Eddynet95 software. The ET primary and secondary data analysis was performed in separate facilities. The primary analysts were located at the WNSD Remote Eddy current Data Analysis Center (REDAC) in Waltz Mill, Pa. The secondary analysts were located at Zetec Inc. in Issaquah, Washington.
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Results of all of the eddy current examinations were recorded on a digital rewritable optical disk and the final resolution data sheets. These data sheets for each examination are stored as records.
Each disk contains the raw ET signals, secondary, and resolution results for each calibration l
group. The optical disks also contain the system calibration and calibration verification with the dates and times for each calibration and verification. The unique number of the digital rewritable optical disk and the calibration group number have been recorded on the data sheets and optical disks. Thercibre, the system calibration and calibration verification of the raw signals for each l
tube examined can be easily recalled.
l 3.3 Equipment l
WNSD used the MIZ-30A ET instruments. WNSD also used the Eddynet '95 (Version 3.0)
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software to acquire the ET data. The secondary and resolution analysis was performed using l
Eddynet '95 (Version 3.0-Patch 11 (prototype)) software. The MIZ-30 instruments and Eddynet i
software are manufactured and produced by Zetec, Inc. The primary analysis was performed using ANSER software, Release # 96.A.I.lc of ANSER 8.1 Rev 64. This software is produced 4
by WNSD. The MIZ-30 instrument and soAware store and process the ET data in a digital format and have a significantly improved dynamic range and signal-to-noise ratio as compared to
- analog systems. The MIZ-30 is capable of being operated at locations remote from the steam generators (e.g., in low radiation areas).
The ASME Boiler and Pressure Vessel Code, Nuclear Components Code Case N-401, " Eddy Current Examination-Section XI, Division 1", was used aRer the digital equipment and the ET technique used were demonstrated to the STPEGS ANII in accordance with Case N-401.
Tubes in rows 1 and 2 were examined from the cold leg tube end using a 0.590 inch diameter magnetic-biased bobbin coil ET probe to the uppermost hot leg support plate (10H) and from the hot leg tube end using the 0.610 inch diameter magnetic-biased probe also to the same 10H support plate, to complete the full length examination. For all other tubes, the bobbin ET examinations were performed with a 0.610 inch diameter magnetic-biased probe.
In conducting MRPC ET in the straight sections of tubing, WNSD used 0.610 inch diameter three (3) coil MRPC probes. The MRPC probe contained one 0.115 inch diameter pancake coil, one coil sensitive to axially oriented flaws and one coil sensitive to circumferentially oriented flaws.
3.4 Calibration Standards O
The ET calibration standards used for both the bobbin coil and MRPC inspections were guide tube standards. The design of the standard incorporated both flat bottom holes and electro discharge machined (EDM) notches to calibrate the bobbin coil probe and the MRPC probe for the ET examinations. The standards were fabricated from UNS Alloy N06600 of the same material specification and same nominal size as that of the tubes examined in the steam generators. The U-bend areas of the Row I and 2 tubes in each steam generator have received an in-situ heat treatment to improve their resistance to stress corrosion cracking. The ET calibration standards used were not subjected to that heat treatment; however, ASME Boiler and Pressure Vessel Code, Nuclear Components Code Case N-402-1, " Eddy Current Calibration Standards,Section XI, Division 1" permits use of non-heat treated standards if the other properties are the same. Otherwise, the design and material of the ET calibration standards used meet the requirements of the ASME Code Section XI.
In addition to the above, in-line probe wear standards were used, for information only, during the bobbin coil examination; however, no probe changes were made, even if a probe exhibited an out of tolerance condition. Also, a baffle plate wear scar standard was used to size indications found at cold leg baffle plates.
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3 il 0 l Q 4.0 Summary of Examinations Bobbin coil ET testing techniques were performed on one hundred(100) percent of all in-service tubes in each of Steam Generators A, B, C, and D. All of these tubes were examined over their full length (from tube end to tube end). The numbers of tubes which were examined by the bobbin coil ET technique are as follows:
Steam Generator Number Examined A
4843 B
4847 l
C 4840 l
D 4845 4
l All distorted and non-quantifiable bobbin coil ET indications of possible flaws were examined by MRPC. The MRPC probe was used to verify whether or not degradation existed at the locations l
of many bobbin coil ET indications. MRPC was also used to characterize tube degradation.
l MRPC ET examinations were conducted at all of the hot leg top of the tubesheet (TSH) tube areas in all steam generators during 2REOS. MRPC ET was also conducted at the various other tube locations listed in Appendix B.
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5.0 Examination Results and Corrective Actions l
The location of the indications were recorded relative to the adjacent tube suppon, baffle plate 1-and/or anti-vibration bar. The tube support plates and baffle plates were numbered consecutively from OlH to 10H (on the hot leg) and from 11C to 23C (on the cold leg) starting on the hot leg i
L side, over the U-bends, and down the cold leg side of the steam generator. The anti-vibration bars were numbered AV1, AV2, AV3, and AV4 from the hot leg to the cold leg side, respectively.
J Indications in the tubesheet area were recorded relative to TEH or TSH (hot leg) or TEC or TSC (cold leg) depending on whether the indications were at the tube end (E) or secondary face (S).
In addition, the venical distances from these landmarks to flaws were recorded.
l Some ET indications reponed in this report were assigned three letter codes. The indication codes reflect the suspected nature of the discontinuity. Some of the codes used are as follows:
DNG - ding DNT - dent DSI - distorted suppon with possible flaw indication MAI-multiple axialindication MBM - manufacturing burnishing marks MCI - multiple circumferential indications i
MVI - multiple volumetric indication
! O NQI-non-quantifiable indication ODI-outer diameterindication SAI-single axialindication SCI - single circumferential indication l
SVI-single volumetric indication Lists, including the locations and depths, of all flaw indications which were characterized as reductions in the tube wall thickness are included in Appendix C. Included in Appendix C are the SAI and MAI indications detected by MRPC ET. No SCI or MCI indications were detected.
SAI and MAI indications are expected to be the result of cracks which may be considered to be reductions in the tube wall thickness. All SAI and MAI indications were plugged regardless of depth.
No copper deposits, circumferential cracks at tube support plates, or axial cracks extending beyond the edge of the tube suppon plates were detected by ET.
In January 1997, a review of previously called free span indications was performed to establish tracibility of these already identified signals to the baseline bobbin coil data. In addition, during the 2kE05 outage, any free span call which did not have a corresponding record of a baseline call was also subjected to a review of the baseline data. The purpose of this effort was let those tubes l
with corresponding signals in the baseline which had not changed to remain in service. The great majority of these imperfections, when tested by MRPC are shown to be volumetric. Those ilp MRPC volumetric indications which could not be found in the baseline data remained as i
SVUMVI and were ultimately removed from service. As a result of these efforts, only 14 tubes 7
th this type ofindications were removed from service. These tubes are also listed in Appendix l
Lists of all dents and dings detected in each steam generator are included in Appendix D.
- The total numbers of degraded and defective tubes detected during the bobbin coil ET and MRPC ET are as follows:
5.1 Steam Generator A
{
One hundred thirty seven (137) areas of tube degradation, as defined by the Technical Specifications in 4.4.5.4, were detected in one hundred twenty three (123) tubes. Of these indications ofdegradation, all were defective as defined by the Technical Specification 4.4.5.4.
i Steam Generator A had one hundred thirty seven (137) areas of degradation detected by bobbin coil /MRPC at locations other than in the TSH transition in one hundred twenty three (123) tubes.
Of these indications of degradation detected by bobbin coil /MRPC at locations other than the TSH transition, one hundred thirty seven (137) were considered to be defective.
Steam Generator A had no areas of degradation or defective tubes detected by MRPC in the TSH 4
transition.
5.2 Steam Generator B One hundred seventy seven (177) areas of tube degradation, as defined by the Technical Specifications in 4.4.5.4, were detected in one hundred sixty nine (169) tubes. Of these indications of degradation, one hundred seventy six (176) areas of one hundred sixty eight (168) tubes were defective as defined by the Technical Specification 4.4.5.4. It is noted that one degraded tube, although the indication was more than 20%, it had not grown more than 10%
during the cycle.
Steam Generator B had one hundred seventy seven (177) areas of degradation detected by bobbin coil /MRPC at locations other than in the TSH transition in one hundred sixty nine (169) tubes. Of these indications of degradation detected by bobbin coil /MRPC at locations other than the TSH transition, one hundred seventy six (176) were considered to be defective.
Steam Generator B had no areas of degradation or defective tubes detected by MRPC in the TSH transition.
5.3 Steam Generator C One hundred sixty seven (167) areas of tube degradation, as defined by the Technical 3pecifications in 4.4.5.4, were detected in one hundred forty six (146) tubes. Of these indications of degradation, one hundred sixty seven (167) areas of one hundred forty six (146) tubes were defective as defined by the Technical Specification 4.4.5.4.
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Steam Generator C had one hundred sixty seven (167) areas of degradation detected by bobbin coil /MRPC at locations other than in the TSH transition in one hundred forty six (146 ) tubes. Of these indications of degradation detected by bobbin coil /MRPC at locations other than the TSH transition,' one hundred sixty seven (167) were considered to be defective.
L Steam Generator C had no areas of degradation or defective tubes detected by MRPC in the TSH l
transition.
5.4 Steam Generator D 9
One hundred seventy three (173) areas of tube degradation, as defined by the Technical j
Specifications in 4.4.5.4, were detected in one hundred sixty two (162) tubes. Of these 1
j.
indications of degradation, one hundred seventy two (172) areas of one hundred sixty one (161) j tubes were defective as defined by the Technical Specification 4.4.5.4. It is noted that one j
degraded tube, although the indication was more than 20%, it had not grown more than 10%
- during the cycle.
I Steam Generator D had one hundred seventy three (173) areas of degradation detected by bobbin coil /MRPC at locations other than in the TSH transition in one hundred sixty two (162) tubes. Of
)
these indications of degradation detected by bobbin coil /MRPC at locations other than the TSH i
transition, one hundred seventy two (172) were considered to be defective.
I Steam Generator D had no areas of degradation or defective tubes detected by MRPC in the TSH l
transition.
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The numbers of tubes examined in the bobbin coil Technical Specification inspection sample and j
by MRPC at the TSH which contain degradation and/or defects along with the appropriate Result Categones are summanzed as follows:
i Tubes Examined Degraded Tubes Defective Tubes Category Steam Generator A I
i ist Sample ET 4843 123 123 C-3 l
Steam Generator B j
ist Sample ET 4847 169*
168 C-3 p
Steam Generator C 1st Sample ET 4840 146 146 C-3
}
Steam Generator D j
lst Sample ET 4845 162*
161 C-3 i
)
- Each S/G had one degraded tube greater than 20% through-wall but neither exhibited more than 10% growth during the cycle.
l The minimum required size of the initial ISI sample is defined in Technical Specification 3/4.4.5 i
Table 4.4-2. It requires that the minimum initial sample for inspecting four (4) steam generators be three (3) percent of the total tubes installed in each generator. The "1997 Outage Plan for the -
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In-service Inspection of Steam Generator Tubing at the South Texas Project Electric Generating i
Station Unit 2" required one hundred (100) percent of the tubes be examined by the bobbin coil method of ET and MRPC at TSH in the initial sample. Since one hun &ed (100) percent of the steam generator tubes in-service were inspected, the initial sample requirements of Technical l
Specification 3/4.4.5 Table 4.4-2 were met.
l Categoiy C-3 is defined in the Technical Specification as follows:
1-
"More than 10% of the total tubes inspected are degraded tubes or more than 1% of the inspected 1
tubes are defective."
All four S/G's reached the C-3 category. One hundred (100) percent of the steam generator tubes in-service were inspected; therefore, since no additional tubes could be examined, the sample expansion criteria of Technical Specification 3/4.4.5 Table 4.4-2 were met. The results of steam generator inspections which fell into the Category C-3 were reported to the NRC in a Special Report No. ST-HL-AE-5586 on February 21,1997, within 30 days and prior to resumption of power, as required by Technical Specification 3/4.4.5 and 6.9.2.
The tubes which were removed from service by plugging prior to this ISI and as a result of this ISI are identified on tubesheet maps, one for each steam generator, in Appendix E. The symbol X on each map represents those tubes plugged during this outage and " box symbol" (" Existing Plugs") are those locations removed from service prior to 2RE05.
Tube 1-81 in steam generator B was preventatively plugged because of dings located just above the TSH. Also, tube 27-8 in steam generator A was preventatively plugged because of a distorted ding indication at 05H + 22.68" No other corrective actions were performed as a result of dings or dents detected during this ISI.
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't 6.0 Certification ofInspections A Section XI NIS-1 form, " Owner's Report for Inservice Inspections," has been prepared to l
certify the STPEGS Unit 2 ISI examinations described in this Summary Report. The STPEGS 4
Unit 2 ISI examinations have been certified by our ANII, Arkwright Mutual Insurance Company, on the NIS-1 form included in Appendix F.
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APPENDIX A LISTING OF CERTIFIED PERSONNEL lO
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Appendix A OO ACQUISITION PERSONNEL-NAME LEVEL Company USER ID BRADLEY, G.D.
II W
B8909 CHIPLASKEY, G.A.
II W
C2990 l
CRIMBLY, M.M.
I W
C9087 GLENN, W.D.
II W
G8167 HORVATH, J.I.
II W
H6479 JOHNSON, J.R.
I W
J6831-
[
LORENZI, J.P.
H W
L6076 MARDELL, D.M.
II W
M6037 MILLER, K.C.
II W
M2186 MOORHEAD, G.C.
I W-M9898 PARRIS, J.R.
II W
P9773 PARRIS, T.B.
II W
P2305 SCHACHTE, D.M.
I W
S7963 SCOTT, A.W.
II W,
S6645 SCO'IT, K.L.
II W
S5229 SEKERAS, C.J.
I W
S3527 SMITH, A.O.
II W
S1703 TUCKER, R.L.
II W
T8828 TURNER, D.G.
II W
T7095 COPPINGER, M.F.
II Z
C7001 HOROCHIWSKY, A.J.
IIA Z
H4599 LEUENBERGER, A.M.
II Z
L9213 MARTIN, E.L.
II Z
M4088 McLEOD, E.J.
II Z
M1158 TERHAAR, M.A.
II Z
T7451 ROSSI, W.M.
II AJB R1651 SMITH, J.S.
II AJB S1429 i
j l
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Appendix A O
i SITE RESOLUTION / HISTORY PERSONNEL NAME Company Level USER i
ID INGRAHAM, R.H.
NDE IIIA 12164
(
LOOPER, V.R.-
W m
S1253 KRASNEVICH, J.V.
W m
K5782 BOWSER, G.C.
CSI E
B9540 l
BROWN, M.E.
.NDE IIIA B2687 WHEELER, C.K.
NDE IIA W1424 SIEGEL, R.A.
NDE IIA S5760 STOKKE, T.F.
NDE IIA S0558 ANDERSON, P.A.
Z III A9608 l
CRITTENDEN, J.G.
Z E
C5184
(
DARRAGH, J.L.
Z m
D9674 GINTHER, C.E.
Z m
G5937 l
MORRIS, T.
Z IIA M0945 I
NELSON, D.E.
Z m
N7035 ROBERTS, K.R.
Z IIA R6391 WETTENGEL, T.L.
Z m
W9098 lO t
l 1
I i
8 l
l l
l i
!O s
3
i Appendix A j-PRIMARY ANALYSTS AT WALTZ MILL f
NAME Company Level USER ID POPOVICH, R.A.
W m
P6444 HAGOOD, J.C.
NDE E
H1517 GOOTZ, T.E.
W III G7810 DYE, J.E.
W IIA D4816 POCRATSKY, R. J.
W m
P4536 I
i TAYLOR, S.H.
W m
T9093 l
BEIERS, T.S.
NDE E
B5052 CASE, J.M.
NDE IIA C9055 ETHRIDGE, G.J.
NDE III E2505 l
HAYNES, W.R.
NDE IIA H6377 HICKS, O.L.
NDE IIA H6561 4
HOOLAHAN, K.P.
NDE III H5526 JERINA, F.J.
NDE III J1771 LEWIS, D.A.
NDE IIA L3237 LOHNER, E.T.
NDE III M8713 p
RICHMOND, M.A.
NDE III R2495 l
'Q RUSCITTI, S.F.
NDE IIA R3716 4-SHELDEN, J.T.
NDE IIA S8046 i
AKERLIND, B.E.
QTM M
A6567 l
McCHESNEY, W.D.
QTM IIA M7080
)
WRUBLESKI, A.J.
QTM IIA W1758 CHAPLA, J.J.
AJB III C1299 l
TOMMARELLO, D.J.
AJB E
T4395 CORADI, M.D.
CSI III C7529 STASIK, F.
CSI IIA S1867 EGLON-HARRIS, R.
CSI III E1620 0
4
2 Appendix A I
SECONDARY ANALYSTS AT ZETEC IN ISSAQUAH NAME Company Level USER ID AKRE, M.S.
Z IIA A6997 ALSPAUGH, K.S.
Z III A9574 BENTZEN, J.T.
Z IIA B1666 CARLSON, C.D.
Z IIA C9162 DARST, D.R.
Z III D4576 t
DRIESSEN, N.E.
Z IIA D5318 DRUMM, R.L.
Z IIA D8661 FERDINAND, M.
Z IIA F0075 ISAKSON, M.C.
Z IIA 13805 KRUYT, D.R.
Z IIA K9738 i
MANLEY, M.G Z
III M0950 l
MERRIMAN, S.P.
Z IIA M2655 j
NOTCH, P.L.
Z IIA N5877 PALMER, R.K.
Z IIA P6179 POSCHMAN, A.L.
Z IIA P4634 l
SCHMITZ, K.J.
Z IIA S5339 SILUS, G.K.
Z IIA S0607 i n SUMRALL, B.O.
Z IIA S1008 j U WEBB, J.F.
Z IIA W6489 1
WEBER, J.L.
Z IIA W4881 2
i i
a i
I' 4
4 0
5
lO l
l l
l l
l l
l
[
j APPENDIX B 1
TUBES EXAMINED BY MRPC O
AT LOCATIONS OTHER THAN TSH i
i l
t O
1 l
Appendix B
/ ')
Tubes Examined by MRPC at K>
Locations Other Than TSH S/G A ROW COLUMN BEGIN TEST END TEST PROBE 1
4 23C 22C 610-ZC 18 8
10H 10H 610-ZC 27 8
05H 06H 610-ZC 10 9
02H 02H 610-ZC 26 17 14C 13C 610-ZC 26 18 03H 03H 610-ZC 8
19 02H 02H 610-ZC 19 19 02H 02H 610-ZC 17 20 03H 03H 610-ZC 32 20 02H 02H 610-ZC 20 21 03H 03H 610-ZC 24 22 04H 04H 610-ZC 16 23 02H 02H 610-ZC 21 23 02H 02H 610-ZC 12 24 02H 02H 610-ZC
,s
((~')
18 24 14C 13C 610-ZC 21 24 04H 04H 610-ZC 24 24 03H 03H 610-ZC 43 24 10H 10H 610-ZC 21 25 02H 02H 610-ZC 21 25 03H 03H 610-ZC 21 25 04H 04H 610-ZC 18 26 02H 02H 610-ZC 18 27 10H 10H 610-ZC 30 27 10H 10H 610-ZC 20 29 04H 04H 610-ZC 21 29 06H 06H 610-ZC 23 29 02H 02H 610-ZC 35 29 02H 02H 610-ZC 13 30 02H 02H 610-ZC 38 30 08H 09H 610-ZC 4
31 19C 18C 610-ZC 13 31 05H 05H 610-ZC 14 31 08H 09H 610-ZC 20 31 03H 03H 610-ZC
/m 20 31 17C 16C 610-ZC g
k/
36 31 15C 14C 610-ZC 38 31 02H 02H 610-ZC 2
Appendix B
[Vl Tubes Examined by MRPC at Locations Other Than TSH
{
S/G A ROW COLUMN BEGIN TEST END TEST PROBE 14 32 23C 22C 610-ZC 30 32 17C 16C 610-ZC 33 32 04H 04H 610-ZC 26 33 04H 04H 610-ZC 17 34 02H 02H 610-ZC 17 35 05H 05H 610-ZC 18 35 22C 21C 610-ZC 20 35 02H 02H 610-ZC 32 35 17C 16C 610-ZC 11 36 09H 10H 610-ZC 11 36 09H 10H 610-ZC 14 36 08H 09H 610-ZC 16 36 02H 02H 610-ZC 26 36 09H 10H 610-ZC 33 37 04H G4H 610-ZC 39 38 03H 03H 610-ZC
,Q) 20 39 02H 02H 610-ZC 23 39 02H 02H 610-ZC 38 39 15C 14C 610-ZC 6
40 09H 10H 610-ZC 22 40 03H 03H 610-ZC 8
42 11C 11C 610-ZC 24 43 02H 02H 610-ZC 43 43 02H 02H 610-ZC 23 45 03H 03H 610-ZC 27 45 03H 03H 610-ZC 23 46 04H 04H 610-ZC 19 47 02H 02H 610-ZC 23 47 05H 05H 610-ZC 23 48 03H 03H 610-ZC 23 49 03H 03H 610-ZC 25 50 02H 02H 610-ZC 23 51 03H 03H 610-ZC 23 51 14C 13C 610-ZC 35 51 05H 05H 610-ZC 41 52 02H 02H 610-ZC
(~';
46 53 02H 02H 610-ZC
\\.)
10 54 10H 10H 610-ZC
~
38 55 02H 02H 610-ZC 3
Appendix B
()
Tubes Examined by MRPC at C'
Locations Other Than TSH S/G A ROW COLUMN BEGIN TEST END TEST
-1 PROBE 24 59 03H 03H 610-ZC 25 59 02H 02H 610-ZC 31 59 03H 03H 610-ZC 5
62 11C 11C 610-ZC 20 62 09H 09H 610-ZC 20 62 10H 10H 610-ZC 40 62 03H 03H 610-ZC 25 63 03H 03H 610-ZC 26 63 03H 03H 610-ZC 26 63 05H OSH 610-ZC 28 63 03H 03H 610-ZC 24 64 03H 03H 610-ZC 24 64 04H 04H 610-ZC 26 64 05H 05H 610-ZC l
31 M
02H 02H 610-ZC
,fq 34 64 19C 18C 610-ZC Q1 7
65 11C 11C 610-ZC 28 65 -
03H 03H 610-ZC i
30 65 04H 04H 610-ZC 32 65 02H 02H 610-ZC 36 65 04H 04H 610-ZC 33 66 02H 02H 610-ZC 43 66 02H 02H 610-ZC 43 66 TSC 23C 610-ZC 27 67 03H 03H 610-ZC 27 67 04H 04H 610-ZC 32 67 03H 03H 610-ZC 32 67 04H 04H 610-ZC 25 68 02H 02H 610-ZC 32 68 03H 03H 610-ZC i
32 68 04H 04H 610-ZC 33 68 02H 02H 610-ZC
~~
33 68 03H 03H 610-ZC l
45 68 02H 02H 610-ZC 32 70 02H 02H 610-ZC 32 70 03H 03H 610-ZC I
/^
46 71 OlH 02H 610-ZC l
k>
2 72 IIC 11C 610-ZC 28 72 13C 12C 610-ZC 4
Appendix B
(}
Tubes Examined by MRPC at Locations Other Than TSH S/G A ROW COLUMN BEGIN TEST END TEST PROBE 31 72 04H 04H 610-ZC 35 72 03H 03H 610-ZC 36 72 11C 11C 610-ZC 37 72 03H 03H 610-ZC 42 72 10H 10H 610-ZC 2
73 05H 06H 610-ZC 29 73 04H 04H 610-ZC 33 73 04H 06H 610-ZC 33 73 05H 05H 610-ZC 34 73 04H 06H 610-ZC 34 73 12C 11C 610-ZC 35 73 03H 03H 610-ZC 22 74 15C 14C 610-ZC 24 74 03H 03H 610-ZC 26 74 03H 03H 610-ZC i
28 74 03H 03H 610-ZC Q,c3 30 74 02H 02H 610-ZC 21 75 04H 04H 610-ZC 24 75 03H 03H 610-ZC 31 75 03H 03H 610-ZC 21 77 03H 03H 610-ZC 24 77 03H 03H 610-ZC 25 77 03H 03H 610-ZC 33 77 02H 02H 610-ZC 46 77 11C 11C 610-ZC 20 78 02H 02H 610-ZC 23 78 03H 03H 610-ZC 27 78 02H 02H 610-ZC 28 79 04H 04H 610-ZC 24 80 04H 04H 610-ZC 29 80 02H 02H 610-ZC 33 80 03H 03H 610-ZC 34 80 02H 02H 610-ZC 21 81 03H 03H 610-ZC l
24 81 03H 03H 610-ZC l
20 82 02H 02H 610-ZC
/7 22 82 03H 03H 610-ZC V
32 82 04H 04H 610-ZC 1
l 19 83 02H 02H 610-ZC 5
L Appendix B O
Tubes Examined by MRPC at i
Locations OtheiThan TSH i
S/G A ROW COLUMN BEGIN TEST END TEST PROBE 20 83 03H 03H 610-ZC l
23 83 05H 05H 610-ZC 24 83 03H 03H 610-ZC 28-83 O1H 02H 610-ZC 1
20
-84 03H 03H 610-ZC L
30 84 03H 03H 610-ZC -
l 16 85 06H 06H 610-ZC 20 85 02H
-02H 610-ZC -
21 85 03H 03H 610-ZC i
33 85 03H 03H 610-ZC 26 86 02H 02H 610-ZC 26 86 03H 03H 610-ZC 26 86 04H:
04H 610-ZC 28 86 02H' 02H 610-ZC -
30 86 03H 03H
' 610-ZC 35 86 02H 02H 610-ZC -
23 87 02H 02H 610-ZC 16 88 02H 02H 610-ZC 20 88 03H 03H-610-ZC 21 88 05H 06H 610-ZC i
(
34 88 04H 04H 610-ZC 20 89 03H 03H 610-ZC
[
20 89 04H 04H 610-ZC 22' 89 02H 02H -
610-ZC 22 89 05H 05H 610-ZC t
40 89 18C 18C 610-ZC l
19 90 03H 03H -
610-ZC
)
20 91 03H 03H 610-ZC i
l-22 91 04H 04H 610-ZC l,
22 91 05H-05H 610-ZC i
1 24 91 09H 10H 610-ZC f
L
~
26 91-04H.
04H 610-ZC i
18 92 02H 02H 610-ZC
[
18 92 04H 04H 610-ZC 19 92 03H 03H 610-ZC l
24 92 02H 02H 610-ZC 26 92 03H 03H 610-ZC l
26 92 04H 04H 610-ZC 16 93 02H l
02H 610-ZC l
6 i
l i
l l
l t
Appendix B l
Tubes Examined by MRPC at Locations Other Than TSH S/G A l
ROW COLUMN BEGIN TEST END TEST PROBE l
18 93 02H 02H 610-ZC 18 93 03H 03H 610-ZC 24 93 03H 03H 610-ZC 28 93 03H 03H 610-ZC 28 93 04H 04H 610-ZC 1
94 07H 08H 610-ZC 16 94 02H 02H 610-ZC 16 94 03H 03H 610-ZC 18 94 03H 03H 610-ZC 21 94 04H 04H 610-ZC 34 94 03H 03H 610-ZC 11 95 02H 02H 610-ZC 19 95 03H 03H 610-ZC 20 95 03H 03H 610-ZC 22 95 03H 03H 610-ZC f-22 95 04H 04H 610-ZC -
22 95 05H 05H 610-ZC 25 95 04H 04H 610-ZC 26 95 03H 03H 610-ZC 28 95 03H 03H 610-ZC 20 96 03H 03H 610-ZC 26 96 03H 03H 610-ZC 28 96 03H 03H 610-ZC 8
97 11C 11C 610-ZC 10 97 02H 02H 610-ZC 20 97 02H 02H 610-ZC 20 97 03H 03H 610-ZC 24 97 03H 03H 610-ZC 1
98 09H 10H 610-ZC l
11 98 02H 02H 610-ZC 17 98 04H 04H 610-ZC 19 98 02H 03H 610-ZC l
29 98 03H 03H 610-ZC l
11 99 02H 02H 610-ZC 23 99 02H 02H 610-ZC 25 99 03H 03H 610-ZC CJ 22 100 03H 03H 610-ZC x
l 43 100 03H 04H 610-ZC l
7 l
t
?
l l
Appendix B b'O Tubes Examined by MRPC at Locations Other Than TSH i
S/G A ROW COLUMN BEGIN TEST END TEST PROBE-1 1
101 O1H 02H 610-ZC 1
101 06H 07H 610-ZC 22 101 02H 02H 610-ZC 22 102 03H 03H 610-ZC 24 102 03H 03H 610-ZC i
27 102 03H 03H 610-ZC 16 103 02H 02H 610-ZC 16 103 03H 03H p
610-ZC 25 103 03H 03H 610-ZC 16 104 03H 03H 610-ZC 20 104 03H 03H 610-ZC 22 104 03H 03H 610-ZC 31 111 17C 16C 610-ZC i
1
% ))
L l
O 8
i t
Appendix B lh-Tubes Examined by MRPC at j
v Locations OtherThan TSH S/G B ROW COLUMN BEGIN TEST END TEST PROBE 13 3
11C 11C 610-ZC 18 5
11C 11C 610-ZC 7
7 05H 05H 610-ZC l
12 9
03H 03H 610-ZC i
13 10 05H 05H 610-ZC 20 10 03H 03H 610-ZC 21 12 11C 11C 610-ZC 14 13
-03H 03H 610-ZC 9
14 02H 02H 610-ZC 16 14 03H 03H 610-ZC 20 14 02H 02H 610-ZC 23 14 02H 02H 610-ZC 13 15 02H 02H 610-ZC 13 15 04H 04H 610-ZC 15 15 03H 03H 610-ZC 19 15 03H 03H 610-ZC nQ 20 15 02H 02H 610-ZC 9
16 02H 02H 610-ZC l
9 16 03H 03H 610-ZC 16 16 02H 02H 610-ZC 16 16 04H 04H 610-ZC 9
17 02H 02H 610-ZC 11 17 02H 02H 610-ZC i
13 17 03H 03H 610-ZC 16 17 02H 02H 610-ZC l
22 17 03H 03H 610-ZC 24 17 02H 02H 610-ZC 24 17 03H 03H 610-ZC i
l 6
18 05H 05H 610-ZC 17 18 21C 21C 610-ZC l
l 19 18 02H 02H 610-ZC 19 18 04H 04H 610-ZC 20 18 02H 02H 610-ZC I
9 19 02H 02H 610-ZC 12 19 02H 02H 610-ZC 23 19 02H 02H 610-ZC 23 19 03H 03H 610-ZC
)
23 19 04H 04H 610-ZC l
9 20 02H 02H 610-ZC 1
I 'i Appendix B Tubes Examined by MRPC at I/ cations Other Than TSH P
S/G B ROW COLUMN BEGIN TEST END TEST PROBE 14 20 04H 04H 610-ZC 19 20 03H 03H 610-ZC 19 20 04H 04H 610-ZC 37 20 02H 02H 610-ZC 9
21 04H G4H 610-ZC 10 21 02H 02H 610-ZC 11 21 02H 02H 610-ZC 14 21 03H 03H 610-ZC 18 21 04H 04H 610-ZC 20 21 04H 04H 610-ZC 21 21 02H 02H 610-ZC 28 21 02H 02H 610-ZC 29 21 02H 02H 610-ZC 37 21 02H 02H 610-ZC
_,, 6 22 04H 04H 610-ZC
_, 11 22 02H 02H 610-ZC
' Q l1 22 03H 03H 610-ZC j
., _15 22 02H 02H 610-ZC 18 22 02H 02H 610-ZC
{
27 22 02H 02H 610-ZC i
27 22 04H 04H 610-ZC i
28 22 02H 02H 610-ZC 11 23 02H 02H 610-ZC 11 23 17C 16C 610-ZC 11 23 18C 17C 610-ZC 15 23 04H 04H 610-ZC 16 23 04H 04H 610-ZC 4
17 23 02H 02H 610-ZC 20 23 03H 03H 610-ZC 21 23 03H 03H 610-ZC 21 23 04H 04H 610-ZC 25 23 03H 03H 610-ZC 29 23 03H 03H 610-ZC 14 24 02H 02H 610-ZC 14 24 03H 03H 610-ZC 16 24 03H 03H 610-ZC
"(d i
16 24 04H 04H 610-ZC 21 24 02H 02H 610-ZC 21 24 04H 04H 610-ZC 2
Appendix B
'v' Tubes Examined by MRPC at Locations Other Than TSH S/G B ROW COLUMN BEGIN TEST END TEST PROBE 24 24 NH 04H 610-ZC 12 25 02H 02H 610-ZC 12 25 MH 04H 610-ZC 19 25 05H 05H 610-ZC 13 26 03H 03H 610-ZC 16 26 02H 02H 610-ZC 32 26 04H 04H 610-ZC 37 26 03H 03H 610-ZC 39 26 02H 02H 610-ZC 14 27 04H MH 610-ZC 15 27 04H 04H 610-ZC 18 27 04H MH 610-ZC
~
40 27 03H 03H 610-ZC 40 27 05H 05H 610-ZC 48 27 21C 20C 610-ZC 14 28 03H 03H 610-ZC
,c3
()
19 28 02H 02H 610-ZC 24 28 02H 02H 610-ZC j
24 28 03H 03H 610-ZC 36 28 O1H 02H 610-ZC
{
~
40 28 OlH 02H 610-ZC 41 28 11C 11C 610-ZC 43 28 11C 11C 610-ZC 46 28 11C 11C 610-ZC 48 28 21C 21C 610-ZC 48 28 22C 22C 610-ZC 15 29 04H 04H 610-ZC 18 29 02H 02H 610-ZC 36 29 02H 02H 610-ZC 37 29 02H 02H 610-ZC 38 29 04H 04H 610-ZC 41 29 05H 05H 610-ZC 15 30 02H 02H 610-ZC 22 30 02H 02H 610-ZC l
28 30 03H 03H 610-ZC 39 30 15C 14C 610-ZC (V'~}
40 30 13C 12C 610-ZC I
13 31 02H 02H 6104.,C 15 31 02H 02H 610-ZC 3
1 l
l Appendix B l-[
Tubes Examined by MRPC at l
Locations Other Than TSH S/G B l
ROW COLUMN BEGIN TEST END TEST PROBE l
15 31 04H 04H 610-ZC 48 31 21C 21C 610-ZC l
48 31 22C 22C 610-ZC i
19 32 03H 03H 610-ZC 14 33 09H 10H 610-ZC 15 33 02H
-02H 610-ZC 15 33 03H 03H 610-ZC 15 33 04H 04H 610-ZC 20 33 15C 14C 610-ZC
{
21 33 14C 13C 610-ZC 21 33 14C 13C 610-ZC 21 33 14C 13C 610-ZC 22 33 03H 03H 610-ZC l
22 33 14C 13C 610-ZC 35 33 04H 05H 610-ZC 38 33 13C 12C 610-ZC U
43 33 02H 02H 610-ZC i
l 19 34 03H 03H 610-ZC 1
19 34 04H 04H 610-ZC
[
19 34 05H 05H 610-ZC 11 35 04H 04H 610-ZC 19 35 02H 02H 610-ZC 35 35 04H 04H 610-ZC 41 35 02H 02H 610-ZC l
11 36 03H 03H 610-ZC
~
11 36 05H 05H 610-ZC i
13 36 02H 02H 610-ZC 19 36 O1H 02H 610-ZC l
19 36 O1H 02H 610-ZC I
22 36 03H 03H 610-ZC l
26 36 02H 02H 610-ZC 26 36 05H 05H 610-ZC
~
11 37 04H 04H 610-ZC 16 37 02H 02H 610-ZC 18 37 02H 02H 610-ZC 18 37 11C 11C 610-ZC (V3 21 37 02H 02H 610-ZC 22 37 03H 03H 610-ZC 23 37 03H 03H 610-ZC 4
Appendix B
,-.s
('-')
Tubes Examined by MRPC at Locations Other Than TSH S/G B ROW,,
COLUMN l BEGINTEST END TEST PROBE 25 37 05H 05H 610-ZC 27 37 02H 02H 610-ZC 33 37 04H 04H 610-ZC 35 37 02H 04H 610-ZC 35 37 02H 04H 610-ZC 35 37 02H 04H 610-ZC 41 37 03H 03H 610-ZC 42 37 02H 02H 610-ZC 15 38 02H 02H 610-ZC 19 38 02H 02H 610-ZC 22 38 02H 02H 610-ZC 22 38 03H 03H 610-ZC 39 38 11C 11C 610-ZC 40 38 02H 02H 610-ZC 40 38 03H 03H 610-ZC fm 23 39 02H 02H 610-ZC U
29 39 03H 03H 610-ZC 29 39 04H 04H 610-ZC 31 39 02H 02H 610-ZC 33 39 03H 03H 610-ZC 39 39 11C 11C 610-ZC 40 39 02H 02H 610-ZC 23 40 05H 05H 610-ZC 27 40 02H 02H 610-ZC 27 40 03H 03H 610-ZC 29 40 15C 14C 610-ZC 34
_ '40 02H 02H 610-ZC 43 40 03H 03H 610-ZC 14 41 TSC 23C 610-ZC 21 41 02H 02H 610-ZC 22 41 03H 03H 610-ZC 28 41 05H 05H 610-ZC 36 41 02H 02H 610-7C 40 41 03H 03H 610-ZC 41 41 O1H O1H 610-7C 41 41 O1H O1H 610-ZC
(~)
41 41 02H 02H 610-ZC
\\d 8
42 07H 08H 610-ZC 21 42 22C 21C 610-ZC 5
i i
Appendix B
(,_)
Tubes Examined by MRPC at Locations OtherThan TSH j
S/G B ROW COLUMN BEGIN TEST END TEST PROBE 23 42 04H 04H 610-ZC i
25 42 03H 03H 610-ZC 27 42 02H 02H 610-ZC 43 42 03H 03H 610-ZC 43 42 04H 04H 610-ZC 48 42 11C 11C 610-ZC 18 43 02H 02H 610-ZC 21 43 05H 05H 610-ZC 27 43 03H 03H 610-ZC 36 43 03H 03H 610-ZC 42 43 02H 02H 610-ZC 47 43 21C 2iC 610-ZC 47 43 22C 22C 610-ZC 9
44 09H 10H 610-ZC 9
44 09H 10H 610-ZC 9
44 09H 10H 610-ZC g) t 10 44 04H 05H 610-ZC 10 44 04H 05H 610-ZC 14 44 17C 16C 610-ZC 20 44 02H 02H 610-ZC 24 44 04H 04H 610-ZC 24 44 08H 09H 610-ZC 19 45 04H 04H 610-ZC 20 45 02H 02H 610-ZC 20 45 04H 04H 610-ZC 21 45 03H 03H 610-ZC 22 45 04H 04H 610-ZC 30 45 02H 02H 610-ZC 31 45 02H 02H 610-ZC 35 45 04H 04H 610-ZC 19 47 02H 02H 610-ZC 19 47 03H 03H 610-ZC 21 47 04H 04H 610-ZC 22 47 04H 04H 610-ZC 25 47 03H 03H 610-ZC 27 47 02H 02H 610-ZC (V)
27 47 04H 04H 610-ZC 28 47 03H 03H 610-ZC 29 47 02H 02H 610-ZC 6
Appendix B
_,s
)
Tubes Examined by MRPC at Locations Other Than TSH S/G B ROW COLUMN BEGIN TEST END TEST PROBE 29 47 02H 02H 610-ZC 30 47 04H 04H 610-ZC 32 47 04H 04H 610-ZC 34 47 04H 04H 610-ZC 37 47 03H 03H 610-ZC 47 47 21C 21C 610-ZC 47 47 22C 22C 610-ZC 19 48 02H 02H 610-ZC 42 48 03H 03H 610-ZC 18 49 02H 02H 610-ZC
_ 26 49 02H 02H 610-ZC 28 49 02H 02H 610-ZC 48 49 21C 21C 610-ZC 48 49 22C 22C 610-ZC 12 50 03H 04H 610-ZC 28 50 O1H OlH 610-ZC
{)
28 50 O1H O1H 610-ZC 26 51 03M 03H 610-ZC 39 51 03H 03H 610-ZC 46 51 03H 03H 610-ZC 24 53 03H 03H 610-ZC 24 53 04H 04H 610-ZC 29 53 04H 04H 610-ZC 36 53 04H 04H 610-ZC 40 53 03H 03H 610-ZC 44 53 03H 03H 610-ZC 45 53 03H 03H 610-ZC 24 54 04H 04H 610-ZC 26 54 02H 02H 610-ZC 26 55 03H 03H 610-ZC 28 55 05H 05H 610-ZC 30 55 O1H O1H 610-ZC 36 55 03H 03H 610-ZC 45 55 03H 03H 610-ZC 48 55 21C 21C 610-ZC 48 55 22C 22C 610-ZC
(~]
35 56 04H 04H 610-ZC k>
47 56 21C 20C 610-ZC 47 56 22C 22C 610-ZC 7
I
1 Appendix B
(
')
Tubes Examined by MRPC at t
V Locations Other Than TSH S/G B i
ROW COLUMN BEGIN TEST END TEST PROBE 47 56 22C 22C 610-ZC 47 56 22C 22C 610-ZC 15 57 O1H 02H 610-ZC 15 57 O1H 02H 610-ZC 24 57 04H 04H 610-ZC 35 57 03H 03H 610-ZC 37 57 03H 03H 610-ZC 39 57 03H 03H 610-ZC 41 57 04H G4H 610-ZC 25 58 03H 03H 610-ZC 25 58 04H 04H 610-ZC 29 58 02H 02H 610-ZC 39 58 03H 03H 610-ZC 2
59 06H 07H 610-ZC 36 59 21C 21C 610-ZC 36 59 22C 22C 610-ZC j
(qj 43 62 22C 22C 610-ZC 43 62 21C 21C 610-ZC 43 62 21C 21C 620-ZM 23 63 03H 03H 610-ZC 34 63 04H 04H 610-ZC 40 63 04H 04H 610-ZC 28 64 02H 02H 610-ZC 28 64 03H 03H 610-ZC j
28 64 02H 02H 610-ZC 32 64 04H 04H 610-ZC 40 64 04H 04H 610-ZC 40 64 04H 04H 610-ZC 40 64 04H 04H 610-ZC 35 65 02H 02H 610-ZC 37 65 04H 04H 610-ZC 38 65 02H 02H 610-ZC 42 65 02H 02H 610-ZC 25 66 03H 03H 610-ZC 23 67 02H 02H 610-ZC 12 68 13C 11C 610-ZC
! /")
12 68 13C 11C 610-ZC
!U 14 68 15C 14C 610-ZC 24 68 04H 04H 610-ZC 8
,/~~x Appendix B l
Tubes Examined by MRPC at Locations Other Than TSH S/G B ROW COLUMN BEGIN TEST END TEST PROBE 37 68 03H 03H 610-ZC 39 68 03H 03H 610-ZC 40 68 04H 04H 610-ZC 42 68 02H 02H 610-ZC 42 68 04H 04H 610-ZC 28 69 02H 02H 610-ZC 28 69 04H 04H 610-ZC 38 69 04H 04H 610-ZC 44 69 10H 10H 610-ZC 44 69 10H 10H 610-ZC 46 69 10H 10H 610-ZC 27 71 02H 02H 610-ZC 32 71 TSC 23C 610-ZC 41 72 04H 04H 610-ZC 44 72 03H 03H 610-ZC 44 72 04H 04H 610-ZC
( )
48 74 21C 20C 610-ZC 28 75 02H 02H 610-ZC 28 75 03H 03H 610-ZC 41 75 03H 03H 610-ZC 16 76 05H 05H 610-ZC 16 76 05H 06H 610-ZC 26 77 MH NH 610-ZC 26 77 05H 05H 610-ZC 27 77 03H 03H 610-ZC 16 78 TSC 23C 610-ZC 23 78 03H 03H 610-ZC 35 81 02H 02H 610-ZC 35 81 03H 03H 610-ZC 20 82 03H 03H 610-ZC 32 82 11C 11C 610-ZC 20 83 03H 03H 610-ZC 22 83 03H 03H 610-ZC 22 83 04H 04H 610-ZC 38 83 03H 03H 610-ZC 39 83 10H 10H 610-ZC
/
34 84 02H 02H 610-ZC k-16 85 02H 02H 610-ZC 38 85 02H 02H 610-ZC 9
Appendix B ll Tubes Examined by MRPC at-j Locations OtherThan TSH l
S/G B l
- ROW '
COLUMN BEGIN TEST END TEST PROBE 38 85
'04H 04H 610-ZC I
l 45 85-11C 11C 610-ZC 23 86 02H 02H 610-ZC 10 89 O1H O1H 610-ZC 1
10 89 01H O1H 610-ZC 10 89 02H 02H 610-ZC i
36 89 04H 04H 610-ZC 20 90 04H 04H 610-ZC l
38 90 03H 03H 610-ZC 41 90 11C 11C 610-ZC 48 90
-21C 21C 610-ZC -
48 90 22C 22C 610-ZC -
9 91~
O1H 02H 610-ZC 9
91 21C 20C 610-ZC i
9 91 21C 20C 610-ZC
-l 17 91 TSH 01H' 610-ZC l
17 91 TSH O1H-610-ZC i
36 91 11C 11C 610-ZC 8
92 20C 20C 610-ZC -
l 15 92 02H 02H 610-ZC j
15 92 04H 04H 610-ZC
{
21 92~
02H 02H 610-ZC i
12 93 02H 02H 610-ZC l
20 93 02H 02H 610-ZC I
30 93 11C 11C 610-ZC
,)
12 94 02H 02H 610-ZC 15-94 04H 04H 610-ZC 18 94 02H 02H 610-ZC 18 94 03H 03H 610-ZC 18 94 04H 04H 610-ZC 20 94 04H 04H 610-ZC
'38 94 02H 02H 610-ZC 38 94 03H 03H 610-ZC 43 94 10H 10H 610-ZC l
43 94 11C 11C 610-ZC
!~
19 95 03H 03H 610-ZC O
20 95 02H 02H 610-ZC 1
20 95 04H 04H 610-ZC 26 95 04H 04H 610-ZC 10
l Appendix B
! /
')
Tubes Examined by MRPC at
^
I \\~'
Locations OtherThan TSH S/G B ROW COLUMN BEGIN TEST END TEST PROBE 47 95 21C 21C 610-ZC 47 95 22C 22C 610-ZC 12 96 02H 02H 610-ZC 12 96 04H 04H 610-ZC 18 96 04H 04H 610-ZC 23 96 02H 02H 610-ZC 25 96 03H 03H 610-ZC 35 96 03H 03H 610-ZC 38 96 02H 02H 610-ZC 11 97 02H 02H 610-ZC 11 97 03H 03H 610-ZC j
12 97 02H 02H 610-ZC 15 97 02H 02H 610-ZC 20 97 03H 03H 610-ZC 23 97 OlH OlH 610-ZC 46 97 11C 11C 610-ZC o()
11 98 02H 02H 610-ZC 12 98 02H 02H 610-ZC 16 98 03H 03H 610-ZC 17 98 03H 03H 610-ZC 11 99 02H 02H 610-ZC 13 99 02H 02H 610-ZC 21 99 03H 03H 610-ZC 15 100 02H 02H 610-ZC 16 100 06H 07H 610-ZC 18 100 02H 02H 610-ZC 20 100 03H 03H 610-ZC 20 100 04H 04H 610-ZC 34 100 04H 04H 610-ZC 35 100 10H 10H 610-ZC 43 100 10H 10H 610-ZC 19 101 03H 03H 610-ZC 35 101 11C 11C 610-ZC 8
102 02H 02H 610-ZC 11 102 02H 02H 610-ZC 15 102 03H 03H 610-ZC
! C 15 102 04H 04H 610-ZC 17 102 03H 03H 610-ZC 19 102 03H 03H 610-ZC 11
l i
i i
Appendix B
/
Tubes Examined by MRPC at
'l Locations Other Than TSH l
S/G B'
. ROW COLUMN BEGIN TEST END TEST PROBE' l
25 102 10H 10H 610-ZC 30' 102 03H 03H-610-ZC 8
103 08H 09H 610-ZC
~15 104 02H-02H 610-ZC i
15 104 03.H 03H 610-ZC
(
16 104 03H
-03H 610-ZC 22 104 03H 03H 610-ZC -
1 33 104 02H 02H 610-ZC 14 105 02H 02H
- 610-ZC 15 105 02H 02H 610-ZC 17
'105 03H 03H 610-ZC 21 105 03H 03H 610-ZC 7
106 04H 05H 610-ZC 15 106 03H 03H 610-ZC 17 106 03H 03H 610-ZC 9
107 02H 02H 610-ZC 12 107 02H 02H 610-ZC 17 107 03H 03H 610-ZC 23-107 02H 02H 610-ZC 23 107 11C 11C 610-ZC 15 108 03H 03H 610-ZC 12 109 03H 03H-610-ZC 14 109 03H 03H 610-ZC 15-109 03H 03H.
610-ZC 16 109 03H-03H 610-ZC 13 110 03H 03H 610-ZC
-l 15 111 03H 03H 610-ZC 10 112 02H 02H 610-ZC
'28 112 O1H O1H 610-ZC i
,'o 12
i Appendix B Tubes Examined by MRPC at l
I.ocations Other Than TSH S/G C l
- ROW-COLUMN BEGIN TEST END TEST PROBE l
4 1
22C 22C 610-ZC i
i 5
1 22C 22C 610-ZC 6
1 22C 22C 610-ZC 7-1 22C 22C' 610-ZC 2
7 17C 16C 610-ZC j
i-2 7
22C 21C 610-ZC 19 11 12C 12C
- 610-ZC 34 12 10H 10H 610-ZC j
7 13 04H 04H 610-ZC 13:
13 02H 02H 610-ZC 15 13 02H 02H 610-ZC 23 13 02H 02H 610-ZC j
26 14
~10H 10H 610-ZC 1
27 14
,10H 10H 610-ZC 27 14 11C 11C-610-ZC 1
7 15-02H 02H 610-ZC
]
4 16 05H 05H 610-ZC.
9 17 02H 02H 610-ZC 13 17 02H 02H 610-ZC 13 17 04H 04H 610-ZC 20 18 03H 03H 610-ZC
)
9 19 02H 02H 610-ZC i
14 19 02H 02H 610-ZC 16 19 03H 03H 610-ZC 23 19
'02H 02H 610-ZC i
1 37 20 02H 02H 610-ZC
-11 21 04H 04H 610-ZC '
16 21 03H 03H 610-ZC 8
22 05H 05H 610-ZC 1
9 23 07H 08H-610-ZC l
13 23 03H 03H 610-ZC
{
15 24 04H 04H 610-ZC I
13 25 03H 03H 610-ZC 14-25 04H 04H 610-ZC I
16 25 04H 04H 610-ZC 19 25 03H 03H 610-ZC 26 25 03H 03H 610-ZC i
l 36 25 04H 04H 610-ZC 45 25 22C 22C 610-ZC
)
1 i
Appendix B l (*,,)
Tubes Examined by MRPC at i
Locations Other Than TSH l
S/G C ROW COLUMN BEGIN TEST END TEST PROBE 45 25 11C 11C 610-ZC 45 26 05H 04H 610-ZC 41 27 10H 10H 610-ZC 12 28 02H 02H 610-ZC 12 28 04H 04H 610-ZC 13 28 04H 04H 610-ZC 21 28 03H 03H 610-ZC 33 28 03H 03H 610-ZC 36 28 03H 03H 610-ZC 14 29 04H 04H 610-ZC 15 29 02H 02H 610-ZC 15 29 03H 03H 610-ZC 15 29 04H 04H 610-ZC 15 29 05H 05H 610-ZC 16 29 02H 02H 610-ZC rS 26 29 03H 03H 610-ZC
,Q 35 29 04H 04H 610-ZC 35 29 04H 04H 620-ZM 48 29 21C 21C 610-ZC 48 29 22C 22C 610-ZC 40 30 02H 02H 610-ZC 48 30 21C 21C 610-ZC 48 30 22C 22C 610-ZC 37 31 03H 03H 610-ZC 37 31 04H 04H 610-ZC 40 31 02H 02H 610-ZC 30 32 03H 03H 610-ZC 15 33 02H 02H 610-ZC 16 33 02H 02H 610-ZC 16 33 05H 05H 610-ZC 16 33 07H 07H 610-ZC 29 33 02H 02H 610-ZC 29 33 04H 04H 610-ZC 29 33 05H 05H 610-ZC 20 34 04H 04H 610-ZC 26 34 03H 03H 610-ZC
,O 39 34 04H 04H 610-ZC U
19 35 02H 02H 610-ZC 19 35 04H G4H 610-ZC 2
Appendix B
(
')
Tubes Examined by MRPC at
\\d Locations Other Than TSH S/G C ROW COLUMN BEGIN TEST END TEST PROBE 29 35 05H 05H 610-ZC 37 35 03H 03H 610-ZC 39 35 03H 03H 610-ZC 25 36 03H 03H 610-ZC 36 36 03H 03H 610-ZC 38 36 02H 02H 610-ZC 40 36 03H 03H 610-ZC 23 37 03H 03H 610-ZC 24 37 04H 04H 610-ZC 38 37 03H 03H 610-ZC 28 38 03H 03H 610-ZC 39 38 02H 02H 610-ZC 21 39 04H 04H 610-ZC 26 39 03H 03H 610-ZC 26 39 07H 07H 610-ZC 30 39 MH 04H 610-ZC 22 40 03H 03H 610-ZC 32 40 04H 04H 610-ZC 48 40 21C 21C 610-ZC 48 40 22C 22C 610-ZC 27 41 03H 03H 610-ZC 28 41 04H 04H 610-ZC 29 41 03H 03H 610-ZC 29 41 04H 04H 610-ZC 29 41 07H 07H 610-ZC 32 41 02H 02H 610-ZC 25 42 03H 03H 610-ZC 41 42 03H 03H 610-ZC 29 43 04H 04H 610-ZC 30 44 04H 04H 610-ZC 39 44 03H 03H 610-ZC 31 45 03H 03H 610-ZC 34 45 03H 03H 610-ZC 27 46 03H 03H 610-ZC 38 46 03H 03H 610-ZC 27 47 03H 03H 610-ZC A
31 48 02H 02H 610-ZC k ')
f 31 48 04H 04H 610-ZC i
32 48 02H 02H 610-ZC 3
f)
Tubes Examined by MRPC at Locations Other Than TSH S/G C ROW COLUMN BEGIN TEST END TEST PROBE 32 48 04H 04H 610-ZC 33 48 03H 03H 610-ZC 33 48 04H 04H 610-ZC 46 48 11C 11C 610-ZC 27 49 02H 02H 610-ZC 40 49 03H 03H 610-ZC 42 50 03H 03H 610-ZC 27 51 03H 03H 610-ZC 27 51 04H 04H 610-ZC 30 51 04H 04H 610-ZC 31 51 02H 02H 610-ZC 31 51 03H 03H 610-ZC 31 51 04H 04H 610-ZC 32 51 03H 03H 610-ZC 32 51 02H 02H 610-ZC 7m.,
32 51 04H 04H 610-ZC
()
32 51 05H 05H 610-ZC 24 52 05H 05H 610-ZC 31 52 06H 06H 610-ZC 32 52 06H 06H 610-ZC 48 52 21C 21C 610-ZC 48 52 22C 22C 610-ZC 35 53 03H 03H 610-ZC 41 53 03H 03H 610-ZC 36 55 04H 04H 610-ZC 36 56 03H 03H 610-ZC 31 57 02H 02H 610-ZC 31 57 03H 03H 610-ZC 31 57 06H 06H 610-ZC 47 57 21C 21C 610-ZC 47 57 22C 22C 610-ZC 18 58 04H 04H 610-ZC 26 58 06H 06H 610-ZC 27 58 03H 03H 610-ZC 33 58 03H 03H 610-ZC 46 58 21C 21C 610-ZC
/'s 46 58 22C 22C 610-ZC 26 59 03H 03H 610-ZC 4
64 05H 06H 610-ZC 4
i O
Appendix B O
Tubes Examined by MRPC at Locations Other Than TSH 1
S/G C ROW COLUMN BEGIN TEST END TEST PROBE 48 64 21C 21C 610-ZC 48 64 22C 22C 610-ZC
-41 65 06H 06H 610-ZC 19 66 04H 04H 610-ZC 35 67 03H 03H 610-ZC 39 67 03H 03H 610-ZC 27 68 02H 02H 610-ZC 27 68 03H 03H 610-ZC 31 68 02H 02H 610-ZC 41 68 03H 03H 610-ZC 26 70 03H 03H 610-ZC 28 70 03H 03H 610-ZC 33 70 03H 03H 610-ZC 47 70 21C 21C 610-ZC 47 70 22C 22C 610-ZC 46 71 21C 21C 610-ZC Q
46 71 22C 22C 610-ZC 16 72 02H 02H 610-ZC 17 72 04H 04H 610-ZC 35 72 04H 04H 610-ZC 38 72 04H 04H 610-ZC 40 73 04H 04H 610-ZC 17 74 02H 02H 610-ZC 21 74 03H 03H 610-ZC 27 74 02H 02H 610-ZC 28 74 06H 06H 610-ZC 29 74 03H 03H 610-ZC 33 74 04H 04H 610-ZC 34 74 04H 04H 610-ZC 38 74 02H 02H 610-ZC 14 75 O1H O1H 610-ZC 21 75 03H 03H 610-ZC 25 75 04H 04H 610-ZC 27 75 04H 04H 610-ZC 28 75 02H 02H 610-ZC 31 75 04H 04H 610-ZC 33 75 03H 03H 610-ZC s
35 75 03H 03H 610-ZC 20 76 04H 04H 610-ZC 5
g Appendix B Tubes Examined by MRPC at Locations Other Than TSH S/G C ROW COLUMN BEGIN TEST END TEST PROBE 22-76 03H 03H 610-ZC -
'23 76 03H>
03H 610-ZC 25 76 02H 02H 610-ZC 28-76 03H 03H 610-ZC 29-76 02H 02H -
610-ZC 37-76 03H 03H 610-ZC 38 76-03H 03H-610-ZC 22 77 03H 03H 610-ZC i
24 77 03H 03H 610-ZC 28 77 02H 02H 610-ZC 29 77-04H 04H-610-ZC 34 77 04H 04H 610-ZC L
37 77 03H 03H 610-ZC J
26 78 02H 02H 610-ZC 34 78 02H 02H 610-ZC 37 78 02H 02H 610-ZC 42 78 02H 02H 610-ZC 25-79 03H 03H 610-ZC -
48 79 21C
-21C 610-ZC -
48 79 22C 22C 610-ZC
'22-80 03H 03H 610-ZC 28 80 03H 03H 610-ZC 30 80 03H-03H 610-ZC 27-81 03H 03H 610-ZC 28 81 03H 03H 610-ZC -
28 81 04H 04H 610-ZC 29 81 03H 03H 610-ZC 33 81 03H 03H 610-ZC 22 82 03H 03H 610-ZC 34 82 04H 04H 610-ZC 39 82-
-11C 11C 610-ZC 28 84 02H 02H 610-ZC 39 84 02H 02H 610-ZC
'39 84 03H 03H 610-ZC 26 85 03H 03H 610-ZC 30 85 04H 04H 610-ZC O-34 85 04H 04H 610-ZC 25 86 04H 04H 610-ZC 27 86 03H 03H 610-ZC 6
1 Appendix B Tubes Examined by MRPC at
.\\
Locations Other Than TSH S/G C i
ROW COLUMN BEGIN TEST END TEST PROBE 37 86 03H 03H 610-ZC 23 87 04H 04H 610-ZC 46 87 10H 10H 610-ZC 20 88 04H 04H 610-ZC 31 88 04H 04H 610-ZC 15 89 02H 02H 610-ZC j
18 89 04H 04H 610-ZC 18 90 03H 03H 610-ZC i
18 90 04H 04H 610-ZC 19 90 04H 04H 610-ZC 26 90 02H 02H 610-ZC 26 90 02H 02H 620-ZM I
29 90 03H 03H 610-ZC 21 91 04H 04H 610-ZC 22 91 03H 03H 610-ZC 26 91 03H 03H 610-ZC 26 91 11C 11C 610-ZC 21 92 04H 04H -
610-ZC 23 92 11C 11C 610-ZC i
24 92 11C 11C 610-ZC 35 92 04H 04H 610-ZC 35 92 04H 04H 620-ZM 25 94 03H 03H 610-ZC 25 94 05H 05H 610-ZC 25 94 05H 05H 620-ZM 26 94 03H 03H 610-ZC 18 95 03H 03H 610-ZC 22 95 04H 04H 610-ZC 26 95 03H 03H 610-ZC 29 95 02H 02H -
610-ZC 13 96 02H 02H 610-ZC 16 96 02H 02H 610-ZC 21 96 02H 02H 610-ZC 21 96 04H 04H 610-ZC 23 96 02H 02H 610-ZC 23 96 05H 05H 610-ZC O\\
24 96 02H 02H 610-ZC 22 97 02H 02H 610-ZC 22 97 03H 03H 610-ZC 7
Appendix B
(
)
Tubes Examined by MRPC at V'
Locations Other Than TSH S/G C ROW COLUMN BEGIN TEST END TEST PROBE 22 97 04H 04H 610-ZC 27 97 02H 02H 610-ZC 29 97 02H 02H 610-ZC 29 97 04H 04H 610-ZC 32 97 04H 04H 610-ZC 21 98 02H 02H 610-ZC 21 98 03H 03H 610-ZC 22 98 02H 02H 610-ZC 22 98 03H 03H 610-ZC 23 98 02H 02H 610-ZC 23 98 03H 03H 610-ZC 25 98 02H 02H 610-ZC 25 98 03H 03H 610-ZC 25 98 04H 04H 610-ZC 31 98 03H 03H 610-ZC
,m 18 99 02H 02H 610-ZC i
(j 18 99 03H 03H 610-ZC 20 99 03H 03H 610-ZC 36 99 11C 11C 610-ZC 16 100 03H 03H 610-ZC 18 100 02H 02H 610-ZC 25 100 02H 02H 610-ZC 25 100 03H 03H 610-ZC 24 101 04H 04H 610-ZC 28 101 03H 03H 610-ZC 34 101 10H 10H 610-ZC 34 101 11C 11C 610-ZC 12 102 13C 12C 610-ZC 15 102 16C 15C 610 7C 18 102 02H 02H 610-ZC 26 102 02H 02H 610-ZC 32 102 03H 03H 610-ZC 19 103 03H 03H 610-ZC 30 103 03H 03H 610-ZC 11 104 02H 02H 610-ZC 22 104 03H 03H 610-ZC f]
22
'104 04H 04H 610-ZC k'
9 105 02H 02H 610-ZC 17 105 02H 02H 610-ZC 8
j
)
. _.. ~ _ _ _ _ _._
_ - _. =. - _ _ _ _
l i
Appendix B O_
Tubes Examined by MRPC at Locations Other Than TSH l
S/G C ROW
-COLUMN BEGIN TEST END TEST PROBE t
25 105 03H 03H 610-ZC 26 105 10H 10H 610-ZC 26 105 11C 11C 610-ZC 27 105 04H 04H 610-ZC 30 106 19C 18C 610-ZC
'26-107 04H 04H 610-ZC 34 107 10H 10H 610-ZC 20 108 03H 03H 610-ZC 22 108 15C 14C 610-ZC 10 109 02H 02H 610-ZC l
16 111 12C 11C 610-ZC l
26 111 06H 06H 610-ZC 2
9 116 22C 21C 620-ZM 10 117 07H 08H 610-ZC O
i O
9
O Appendix B U
Tubes Examined by MRPC at Locations OtherThan TSH S/G D ROW COLUMN BEGIN TEST END TEST PROBE 26 8
11C 11C 610-ZC 1
10 11C 10H 580-ZZ 13 10 10H 10H 610-ZC 2
11 TSH 01H 610-ZC 21 11 02H 02H 610-ZC 10 12 02H 02H 610-ZC 10 12 06H 06H 610-ZC -
12 12 02H 02H 610-ZC 18 13 03H 03H 610-ZC 23 13 10H 10H 610-ZC 27 13 10H 10H 610-ZC 15 14 03H 03H 610-ZC 22 14 02H 02H 610-ZC 30 14 10H 10H 610-ZC 30 15 10H 10H 610-ZC 11 16 03H 03H 610-ZC f
14 16 03H 03H 610-ZC 18 16 03H 03H 610-ZC 25 16 02H d2H 610-ZC 30 16 02H 02H 610-ZC 31 16 02H 02H 610-ZC 13 17 03H 03H 610-ZC 18 17 02H 02H 610-ZC 25 17 02H 02H 610-ZC 26 17 02H 02H 610-ZC 27 17 02H 02H-610-ZC 28 17 02H 02H 610-ZC 31 17 02H 02H 610-ZC 20 18 03H 03H 610-ZC 22 18 03H 03H 610-ZC 23 18 02H 02H 610-ZC 23 18 03H 03H 610-ZC 29 18 11C 11C 610-ZC 15 19 11C 11C 610-ZC 22 19 02H 02H 610-ZC 16 20 03H 03H 610-ZC O
17 20 02H 02H 610-ZC 18 20 02H 02H 610-ZC 19 20 02H 02H 610-ZC 1
Appendix B
(~;
Tubes Examined by MRPC at v
Locations Other Than TSH S/G D ROW COLUMN BEGIN TEST END TEST PROBE 23 20 02H 02H 610-ZC 19 21 02H 02H 610-ZC 19 21 03H 03H 610-ZC 34 21 02H 02H 610-ZC 19 22 02H 02H 610-ZC 19 22 03H 03H 610-ZC 20 22 02H 02H 610-ZC 20 22 04H G4H 610-ZC 20 22 02H 02H 610-ZC 22 22 03H 03H 610-ZC l
28 22 03H 03H 610-ZC 43 22 11C 11C 610-ZC 15 23 03H 03H 610-ZC 20 23 02H 02H 610-ZC 22 23 04H 04H 610-ZC 29 23 02H 02H 610-ZC (s~ ~)
30 23 03H 03H 610-ZC 33 23 02H 02H 610-ZC 45 23 11C 11C 610-ZC 16 24 02H 02H 610-ZC 16 24 03H 03H 610-ZC 18 24 02H 02H 610-ZC 20 24 02H 02H 610-ZC 20 24 03H 03H 610-ZC 31 24 02H 02H 610-7C 33 24 03H 03H 610-ZC 39 24 10H 10H 610-ZC 43 24 11C 11C 610-ZC 43 24 10H 10H 610-ZC 44 24 11C 11C 610-ZC 16 25 03H 03H 610-ZC 20 25 03H 03H 610-ZC 20 25 05H 05H 610-ZC I
24 25 03H 03H 610-ZC 25 25 02H 02H 610-ZC 27 25 02H 02H 610-ZC
'~'s 29 25 02H 02H 610-ZC l
(V
,43 25 11C 11C 610-ZC 14 26 02H 02H 610-ZC 2
J
l l
l Appendix B Tubes Examined by MRPC at Locations Other Than TSH S/G D ROW COLUMN BEGIN TEST END TEST PROBE 17 26 03H 03H 610-ZC
]
18 26 03H 03H 610-ZC 20 26 02H 02H 610-ZC i
20 26 03H 03H 610-ZC 23 26 02H 02H 610-ZC 13 27 02H 02H 610-ZC 16 27 03H 03H 610-ZC -
16 27 05H 05H 610-ZC 1
17 27 02H 02H 610-ZC 17 27 03H 03H 610-ZC 19 27 02H 02H 610-ZC 19 27 03H 03H 610-ZC _ _ _
20 27 02H 02H 610-ZC 24 27 03H 03H 610-ZC 26 27 03H 03H 610-ZC 27 27 02H 02H 610-ZC 28 27 02H 02H 610-ZC 28 27 03H 03H 610-ZC 30 27 02H 02H 610-ZC 30 27 MH 04H 610-ZC 36 27 02H 02H 610-ZC 37 27 02H 02H 610-ZC 12 28 02H 02H 610-ZC 17 28 03H 03H 610-ZC 19 28 03H 03H 610-ZC 20 28 02H 02H 610-ZC 24 28 02H 02H 610-ZC 30 28 02H 02H 610-ZC 31 28 02H 02H 610-ZC 31 28 04H MH-610-ZC 37 28 02H 02H 610-ZC 40 2.8 06H 07H 610-ZC 17 29 02H 02H 610-ZC 17 29 03H 03H 610-ZC 18 29 02H 02H 610-ZC 21 29 03H 03H 610-ZC iO\\
25 29 02H 02H 610-ZC 28 29 03H 03H 610-ZC 29 29 03H 03H 610-ZC 3
Appendix B f)
Tubes Examined by MRPC at L-Locations Other Than TSH S/G D ROW TOLUMN BEGIN TEST END TEST PROBE 34 29 02H 02H 610-ZC 35 29 02H 02H 610-ZC 35 29 03H 03H 610-ZC 36 29 02H 02H 610-ZC 19 30 03H 03H 610-ZC 24 30 02H 02H 610-ZC 24 30 03H 03H 610-ZC 35 30 03H 03H 610-ZC 38 30 02H 02H 610-ZC 13 31 03H 03H 610-ZC 15 31 03H 03H 610-ZC 19 31 03H 03H 610-ZC 20 31 02H 02H 610-ZC 23 31 02H 02H 610-ZC 35 31 03H 03H 610-ZC 13 32 03H 03H 610-ZC 7,
j
(
)
15 32 02H 02H 610-ZC 20 32 03H 03H 610-ZC 24 32 02H 02H 610-ZC 24 32 03H 03H 610-ZC 31 32 02H 02H 610-ZC 31 32 03H 03H 610-ZC 46 32 06H 07H 610-ZC 24 33 03H 03H 610-ZC 28 34 02H 02H 610-ZC 33 34 02H 02H 610-ZC 33 34 03H 03H 610-ZC 36 34 02H 02H 610-ZC 36 34 04H 04H 610-ZC 40 34 02H 02H 610-ZC 18 35 03H 03H 610-ZC 26 35 02H 02H 610-ZC 26 35 03H 03H 610-ZC 35 35 03H 03H 610-ZC 25 36 02H 02H 610-ZC 26 36 02H 02H 610-ZC
/N 26 36 03H 03H 610-ZC b
35 36 03H 03H 610-ZC 20 37 03H 03H 610-ZC 4
.. ~ - -.
J Appendix B
(~')
Tubes Examined by MRPC at
\\/
Locations Other Than TSH S/G D ROW COLUMN BEGIN TEST END TEST PROBE
_ 25 37 03H 03H 610-ZC -
20 38 03H 03H 610-ZC 21 38 02H 02H 610-ZC 24 38 03H 03H 610-ZC 26 38 03H 03H 610-ZC 27 38 02H 02H 610-ZC 24 39 02H 02H 610-ZC 26 39 03H 03H 610-ZC 48 39 21C 21C 610-ZC 48 39 22C 22C 610-ZC 23 40 03H 03H 610-ZC 28 40 03H 03H 610-ZC 1
27 41 02H 02H 610-ZC 1
42 18C 17C 610-ZC 21 42 03H 03H 610-ZC 26 42 03H 03H 610-ZC 47 43 21C 21C 610-ZC 47 43 22C 22C 610-ZC 25 44 02H 02H 610-ZC 30 44 05H 05H 610-ZC 32 44 02H 02H 610-ZC 28 46 02H 02H 610-ZC 27 47 02H 02H 610-ZC 35 47 05H 05H 610-ZC 23 48 02H 02H 610-ZC 25 49 02H 02H 610-ZC i
1 50 16C 15C 610-ZC 3
31 50 02H 02H 610-ZC 34 50 02H 02H 610-ZC l
28 51 04H 04H 610-ZC 30 51 03H 03H 610-ZC 34 51 03H 03H 610-ZC 10 52 17C 16C 610-ZC 32 52 04H 04H 610-ZC 46 52 21C 21C 610-ZC 46 52 22C 22C 610-ZC
/N 28 53 04H 04H 610-ZC b
28 53 06H 06H 610-ZC 42 53 02H 02H 610-ZC 5
i
Appendix B
,m
(
}
Tubes Examined by MRPC at Locations OtherThan TSH S/G D ROW COLUMN BEGIN TEST END TEST PROBE 28 54 02H 02H 610-ZC 28 54 04H 04H 610-ZC 30 54 03H 03H 610-ZC 40 54 05H 05H 610-ZC 26 55 02H 02H 610-ZC 26 56 02H 02H 610-ZC 35 56 03H 03H 610-ZC 35 56 04H 04H 610-ZC 38 56 04H 04H 610-ZC 39 56 02H 02H 610-ZC 25 57 02H 02H 610-ZC 30 57 02H 02H 610-ZC 35 57 NH 04H 610-ZC 44 57 02H 02H 610-ZC 48 57 21C 21C 610-ZC 48 57 22C 22C 610-ZC (g
40 58 G4H 04H 610-ZC 40 59 02H 02H 610-ZC 44 59 21C 21C 610-ZC 44 59 22C 22C 610-ZC 47 59 21C 21C 610-ZC 47 59 22C 22C 610-ZC 33 62 OlH 02H 610-ZC 41 62 21C 21C 610-ZC 41 62 22C 22C 610-ZC 37 63 03H 03H 610-ZC 48 63 21C 21C 610-ZC 48 63 22C 22C 610-ZC 11 64 01H O1H 610-ZC 27 64 02H 02H 610-ZC 32 64 02H 02H 610-ZC 34 64 10H 10H 610-ZC 24 65 02H 02H 610-ZC 24 66 03H 03H 610-ZC i
25 67 03H 03H 610-ZC f
26 67 02H 02H 610-ZC
/~T 26 67 03H 03H 610-ZC
'v' 36 67 02H 02H 610-ZC I
36 67 03H 03H 610-ZC 6
[
Tubes Examined by MRPC at Locations Other Than TSH S/G D ROW COLUMN BEGIN TEST END TEST PROBE 25 68 08H 09H 610-ZC 31 68 O1H 02H 610-ZC 35 68 15C 14C 610-ZC 37 68 07H 08H 610-ZC 47 68 21C 21C 610-ZC 47 68 22C 22C 610-ZC 26 69 03H 03H 610-ZC 36 69 02H 02H 610-ZC 26 70 02H 02H 610-ZC 40 71 05H 05H 610-ZC 13 72 O1H 02H 610-ZC 38 72 02H 02H 610-ZC 39 73 03H 03H 610-ZC 23 74 02H 02H 610-ZC 19 75 03H 03H 610-ZC 23 75 03H 03H 610-ZC C,s 26 75 02H 02H 610-ZC 26 75 03H 03H 610-ZC 30 75 02H 02H 610-ZC 19 76 03H 03H 610-ZC 30 79 03H 03H 610-ZC 27 80 04H 04H 610-ZC 42 80 03H 03H 610-ZC 48 81 21C 21C 610-ZC 48 81 22C 22C 610-ZC 22 82 03H 03H 610-ZC 40 82 03H 03H 610-ZC 47 82 19C 19C 610-ZC 35 83 03H 03H 610-ZC 41 83 03H 03H 610-ZC 27 85 03H 03H 610-ZC 26 86 03H 03H 610-ZC 37 86 03H 03H 610-ZC 42 86 02H 02H 610-ZC 42 86 03H 03H 610-ZC 15 88 03H 03H 610-ZC
(~T 42 88 02H 02H 610-ZC 44 88 02H 02H 610-ZC 15 89 03H 03H 610-ZC 7
Appendix B Tubes Examined by MRPC at
\\-
Locations Other Than TSH S/G D
-ROW COLUMN BEGIN TEST END TEST PROBE 17 89 03H 03H 610-ZC 24 89 03H 03H 610-ZC 31 89 03H 03H 610-ZC 38 90 03H 03H 610-ZC 15 91 03H 03H 610-ZC 16 91 03H 03H 610-ZC 21 91 02H 02H 610-ZC 23 91 17C 16C 610-ZC
)
4 24 91 02H 02H 610-ZC 24 91 03H 03H 610-ZC 27 91 02H 02H 610-ZC 18 93 04H 04H 610-ZC 13 94 03H 03H 610-ZC 16 94 03H 03H 610-ZC 19 94 02H 02H 610-ZC 30 95 04H 04H 610-ZC c3h 15 96 03H 03H 610-ZC 22 96 03H 03H 610-ZC 30 96 06H 06H.
610-ZC 14 97 03H 03H 610-ZC 16 97 03H 03H 610-ZC 18 97 03H 03H 610-ZC 16 98 03H 03H 610-ZC 18 98 03H 03H 610-ZC 18 98 05H 05H 610-ZC 16 99 03H 03H 610-ZC 16 99 05H 05H 610-ZC 17 100 03H 03H 610-ZC 16 101 03H 03H 610-ZC 23 102 02H 02H 610-ZC 28 102 03H 03H 610-ZC 9
103 15C 14C 610-ZC 25 103 03H-03H 610-ZC 16 104 02H 02H 610-ZC 14 105 03H 03H 610-ZC 20 105 03H 03H 610-ZC 16 106 02H 02H 610-ZC 17 106 03H 03H 610-ZC i
18 106 02H 02H 610-ZC 8
_. _. _.. -..._.m_._
.m.
d 4
4
.i 1
4 i.
Appendix B j
Tubes Examined by MRPC at Locations Other Than TSH i.
i S/G D j
ROW COLUMN BEGIN TEST END TEST PROBE l
'18 107 02H 02H 610-ZC -
26 107 02H 02H 610-ZC '
i-i t
J i
4 J
j n '
J e
I f
4 Y
t i
j l
I i
i l
i i
9
. -. ~....
an..
--+*
~ ~~ ~ '
~
O
(
l APPENDIX C t
4 TUBES WITH TUBE WALL O
THICKNESS REDUCTION
}
s J
O
Appendix C j
Tubes with Tube Wall
'O Thickness Reduction S/G A ROW COLUMN INDICATION LOCATION CAL NUMBER 16 3
6 AV1
.00 4
10 9
SAI 02H
.01 71 26 18 SAI 03H
.12 71 8
19 SAI 02H
.03 71 19 19 SAI 02H 71 17 20 SAI 03H
.08 71 32 20 SAI 02H
.06 71 20 21 SAI 03H
.00 71 24 22 SAI 04H
.14 71 16 23 SAI 02H
.02 79 21 23 SAI 02H
.07 71 21 24 SAI 04H
.03 71 24 24 SAI 03H
.03 71 tg 44 24 7
AV3
.11 10 44 24 5
AV4
.30 10 21 25 SAI 02H
.00 71 21 25 SAI 03H
.12 71 i
21 25 SAI 04H
.08 71 i
23 29 SAI 02H
.03 71 35 29 SAI 02H
.11 71
~
13 30 SAI 02H
.06 71 l
20 31 SAI 03H 71 38 31 SAI 02H
.08 71 33 32 SAI 04H
.03 71 26 33 SAI 04H 71 17 34 SAI 02H
.11 71 20 35 SAI 02H
.11 71 i
40 35 16 AV2
.00 14 1_6 36 SAI 02H
.14 71 33 37 SAI 04H
.03 71 39 38 SAI 03H
.06 71 20 39 SAI 02H
.06 71 23 39 SAI 02H
.11 71 p
22 40 SAI 03H
.11 71 V
24 43 SAI 02H
.05 71 23 45 SAI 03H
.11 71 2
i
Appendix C l;
Tubes with Tube Wall Thickness Reduction S/G A ROW COLUMN INDICATION LOCATION dL NUMBER 23 46 SAI 04H
.06 71 4
19 47 SAI 02H
.03 71 23 47
,, 19!
05H
.00 71 23 48 5AI 03H
.02 71 23 51 SAI 03H
.05 71 23 51 SVI 14C 37.28 88 l
35 51 SAI 05H
.01 71
{
41 52 SAI ~
02H
.02 71 40 62 SAI 03H
.00 69 l
45 62 15 AVI
.03 38 25 63 SAI 03H
.04 69 26 63 SAI 03H
.08 69 26 63 SAI 05H
.00 69 j
28 63 SAI 03P
.00 69 24 64 SAI 03H
.06 69 24 64 SAI C4H
.00 69 26 64 SAI 05H
.07 69 34 64 SAI 19C 14.47 88 32 65 SAI 02H
.00 69 27 67 SAI 03H
.02 69 32 67 SAI 03H
.01 69 32 67 SAI 04H
.04 69 25 68 SAI 02H
.00 81 32 68 SAI 03H
.03 75 32 68 SAI 04H
.03 75 33 68 SAI 03H
.00 69 45 68 SAI 02H
.00 69 32 70 SAI 03H
.02 69 l
35 72 SAI 03H
.10 69 37 72 SAI 03H
.01 69 33 73 SAI 05H
.00 67 24 74 SAI 03H
.02 69 28 74 SAI 03H
.01 69 24 75 SAI 03H
.04 69 A
21 77 SAI 03H
.13 69
,b 33 77 SAI 02H
.07 69 27 78 SAI 02H
.06 69 3
i Appendix C
(]s Tubes with Tube Wall Thickness Reduction S/G A ROW COLUMN INDICATION LOCATION CAL I
NUMBER 28 79 SAI 04H
.01 69 29 80 SAI 02H
.04 69 33 80 SAI 03H
.11 69 34 80 SAI 02H
.07 69 21 81 SAI 03H
.07 69 24 81 SAI 03H
.00 69 20 82 SAI 02H
.13 69 32 82 SAI MH
.06 69 20 83 SAI 03H
.00 67 23 83 SAI 05H
.00 69 i
24 83 SAI 03H
.01 69 20 84 SAI 03H
.00 67 21 85 SAI 03H
.00 67 33 85 SAI 03H
.M 69 l
26 86 SAI 03H
.08 69 28 86 SAI 02H
.08 69 30 86 SAI 03H
.00 69 35 86 SAI 02H
.01 69 23 87 SAI 02H
.00 67 20 88 SAI 03H
.00 67 20 89 SAI 04H
.00 67 22 89 SAI 02H
.04 67 j
19 90 SAI 03H
.11 67 20 91 SAI 03H
.00 67 22 91 SAI 04H
.00 67 26 91 SAI 04H
.00 67 19 92 MAI 03H
.00 67 24 92 SAI 02H
.00 67 26 92 SAI 03H
.03 67 26 92 SAI 04H
.05 67 18 93 SAI 02H
.00 79 18 93 SAI 03H
.19 79 24 93 SAI 03H
.08 79 28 m
SAI 03H
.00 79 C]'
r 16 SAI 02H
.05 79 16 94 SAI 03H
.03 79 18 l
94 SAI 03H
.05 79 4
O-Appendix C Tubes with Tube Wall
\\~ >
Thickness Reduction i
S/G A ROW COLUMN INDICATION LOCATION CAL NUMBER 21 94 SAI 04H
.00 79 34 94 SAI 03H
.00 81 11 95 SAI 02H
.08 79 19 95 SAI 03H
.14 79 20 95-SAI 03H
.00 79 22 95 SAI 03H
.11 79 22 95 SAI 04H
.00 79 25 95 SAI 04H
.00 79 26 95 SAI 03H
.03 75 26 96 SAI 03H
.03 75 28-96 SAI 03H
.00 75 10 97 SAI 02H
.03 79 20 97 SAI 02H
.14 75 24 97 SAI 03H
.14 75
' i 19 98 SAI 02H
.11 75 19 98 SAI 03H
.06 75 29 98 SAI 03H
.00 75 11 99 SAI 02H
.05 79 23 99 SAI 02H
.06 75 25 99 SAI 03H
.00 75 22 100 SAI 02H
.00 75 22 100 SAI 03H
.06 75 36 100 14 AV3
.00 58 22 101 SAI 02H
.19 75 22 102 SAI 03H
.03 75 24 102 SAI 03H
.00 75 16 103 SAI 02H
.05 75 16 103 SAI 03H
.00 75 25 103 SAI 03H
.03 67 16 104 SAI 03H
.03 67 l
20 104 SAI 03H
.00 67 l
22 104 SAI 03H
.08 67 37 106 7
AV2
.00 84 35 107 10 AV2
.00 84 G
31 111 SAI 17C 32.48 88 N.]
5 l
Appendix C
,iq Tubes with Tube Wall u)
Thickness Reduction S/G B ROW COLUMN INDICATION LOCATION CAL NUMBER 26 12 SVI TSH
.17 29 14 13 SAI 03H
.03 67 9
14 SAI 02H
.06 67 16 14 MAI 03H
.03 67 20 14 SAI 02H
.03 67 13 15 SAI 02H
.03 67 19 15 SAI 03H
.00 67 20 15 SAI 02H
.08 67 9
16 SAI 02H
.08 67 9
17 SAI 02H
.00 67 11 17 SAI 02H
.03 67 13 17 SAI 03H
.03 67 22 17 SAI 03H
.03 67 24 17 SAI 02H
.03 67
,_s
()
24 17 SAI 03H
.17 67 19 18 SAI 02H
.11 67 19 18 SAI 04H
.03 67 9
19 SAI 02H
.03 67 12 19 SAI 02H
.11 67 23 19 SAI 02H
.03 67 23 19 SAI 03H
.08 67 19 20 SAI 03H
.03 67 11 21 SAI 02H
.00 67 28 21 SAI 02H
.06 67 11 22 MAI 02H
.14 67 28 22 SAI 02H
.17 67 11 23 SVI 18C 5.58 94 16 23 SAI 04H
.00 67 17 23 SAI 02H
.08 67 25 23 SAI 03H
.03 67 29 23 SAI 03H
.08 67 19 25 SAI 05H
.17 67 15 27 SAI 04H
.03 67 19 28 SAI 02H
.06 67 fa 18 29 SAI 02H
.08 67 V
36 29 SAI 02H
.08 67 28 30 SAI 03H
.06 67 1
l
Appendix C i
Tubes with Tube Walj
'v'~
Thickness Reduction S/G B ROW COLUMN INDICATION LOCATION CAL NUMBER 13 31 SAI 02H
.11 67 19 32 SAI 03H
.11 67 15 33 SAI 03H
.00 67 22 33 SAI 03H
.07 75 19 34 SAI 03H
.08 67 19 34 SAI 04H
.08 67 19 34 SAI 05H
.00 67 19 35 SAI 02H
.01 75 13 36 SAI 02H
.00 75 19 36 MAI 02H
.07 75 22 36 SAI 03H
.12 75 26 36 SAI 02H
.01 75 26 36 SAI 05H
.00 75 16 37 SAI 02H
.06 75
{,)
23 37 SAI 03H
.00 75 25 37 SAI 05H
.00 75 35 37 MAI 02H
.06 85 42 37 SAI 02H
.03 75 15 38 SAI 02H
.14 75 19 38 SAI 02H
.03 75 22 38 SAI 02H
.03 75 22 38 SAI 03H
.11 75 40 38 SAI 02H
.03 75 40 38 SAI 03H
.03 75 33 39 SAI 03H
.08 75 40 39 SAI 02H
.01 85 23 40 SAI 05H
.03 75 27 40 SAI 02H
.11 75 27 40 SAI 03H
.08 75 34 40 SAI 02H
.05 75 43 40 SAI 03H
.08 75 14 41 SV1 TSC 2.39 88 21 41 SAI 02H
.00 75 22 41 SAI 03H
.03 75
(~N 40 41 SAI 03H
.03 75
\\_J 25 42 SAI 03H
.08 75 43 42 SAI 03H
.11 75 2
Appendix C t.,J Tubes with Tube Wall x'
Thickness Reduction S/G B ROW COLUMN INDICATION LOCATION CAL NUMBER 43 42 SAI G4H
.06 75 27 43 SAI 03H
.05 75 42 43 SAI 02H
.00 75 9
44 SVI 09H 38.17 81 10 44 SVI 04H 24.71 75 10 44 SVI 04H 43.97 75 14 44 SVI 17C 28.54 88 24 44 SVI 08H 17.37 75 22 45 SAI 04H
.06 75 19 47 SAI 03H
.03 75 22 47 SAI 04H
.00 75 37 47 SAI 03H
.16 75 42 48 SAI 03H
.03 75 18
(
)
26 49 SAI 02H
.11 75
,~.
51 SAI 03H
.06 75 46 51.
SAI 03H
.11 75 24 53 SAI 03H
.06 75 24 53 SAI 04H
.08 75 36 53 SAI 04H
.07 75 44 53 SAI 03H
.03 75 45 53 SAI 03H
.05 75 24 54 SAI 04H
.00 75 28 55 SAI 05H
.03 75 36 55 SAI 03H
.00 75 40 55 15 AV2
.00 28 40 55 19 AV3
.00 28 42 55 18 AV2
.00 28 42 55 18 AV3
.00 28 45 55 MAI 03H
.08 85 35 56 SAI 04H
.03 75 47 56 SVI 22C
.57 92 24 57 SAI 04H
.06 75 39 57 SAI 03H
.03 75 25 58 SAI 04H
.11 75
/~N 44 59 23 AV2
.03 32 23 63 SAI 03H
.00 75 l
28 64 MAI 03H
.11 77 3
l
i O Appendix C Tubes with Tube Wall I
U Thickness Reduction l
S/G B ROW COLUMN INDICATION LOCATION CAL NUMBER 32 64 SAI 04H
.05 77 40 64 SAI 04H
.00 75 40 64 SAI 04H
.00 79 44-64 10 AVI
.00 38 l
44 64 14 AV2
.00 38 44 64 12 AV3
.00 38 35 65 SAI 02H
.11 77 37 65 SAI 04H
.00 77 38 65 SAI 0'2H
.03 77 42 65 SAI 02H
.07 77 23 67 SAI 02H
.03 77 24 68 SAI 04H
.00 77 37 68 SAI 03H
.08 77 39 68 SAI 03H
.00 77 i
I 40 68 SAI 04H
.14 77 42 68 SAI 02H
.00 77 42 68 SAI 04H
.06 77 28 69 SAI 04H
.05 77 41 72 SAI 04H
.03 77 44 72 SAI 03H
.03 77 44 72 SAI 04H
.03 77 l
41 75 SAI 03H
.16 77 I
23 78 SAI 03H
.00 77 35 81 SAI 03H
.05 77 l
20 82 SAI 03H
.00 77 20 83 SAI 03H
.05 77 l
l 22 83 SAI 03H
.05 77 22 83 SAI 04H
.08 77 38 83 SAI 03H
.08 77 34 84 SAI 02H
.00 77 16 85 SAI 02H
.11 77 38 85 SAI 02H
.03 77 38 85 SAI 04H
.00 77 23 86 MAI 02H
.00 77 38 86 SVI TSH 1.21 41
\\
36 89 SAI 04H
.00 77 r
20 90 SAI 04H
.08 77 4
i
Appendix C i
C]'
l Tubes with Tube Wall Thickness Reduction S/G B i
ROW COLUMN INDICATION LOCATION CAL NUMBER 38 90 MAI 03H
.08 77 15 92 SAI 04H
.05 77 21 92 SAI 02H
.03 77 i
12 93 SAI 02H
.03 77 20 93 SAI 02H
.03 77 i
15 94 SAI G4H
.00 77 18 94 SAI 03H
.06 77 18 94 SAI 04H
.00 77 38 94 SAI 03H
.00 77 48 94 11 AVI
.19 82 19 95 SAI 03H
.00 77
)
26 95 SAI 04H
.03 77 j
18 96 SAI 04H
.00 77 23 96 SAI 02H
.08 77 11 97 SAI 03H
.00 77 12 97 SAI 02H
.06 77-15 97 SAI 02H
.03 77 20 97 SAI 03H
.06 77 11 98 SAI 02H
.02 77 16 98 SAI 03H
.03 77 17 98 SAI 03H
.06 77 11 99 SAI 02H
.00 77 13 99 SAI 02H
.11 77 21 99 SAI 03H
.08 77 15 100 SAI 02H
.03 77 16 100 SVI 06H 18.65 77 18 100 SAI 02H
.06 77 20 100 SAI 03H
.06 77 20 100 SAI 04H
.00 77 15 102 MAI 03H
.02 79 l
17 102 SAI 03H
.14 79 19 102 SAI 03H
.03 79 15 104 SAI 02H
.00 79 15 104 SAI 03H
.14 79 16 104 SAI 03H
.14 79
< (
22 104 SAI 03H
.05 79 33 104 SAI 02H
.0?
79 l
5 1
l Appendix C l
Tubes with Tube Wall Thickness Reduction l
S/G B ROW COLUMN INDICATION LOCATION CAL NUMBER 1
14 105 SAI 02H
.11 79 15 105 SAI 02H
.03 79 17 105 SAI 03H
.03 79' l
21 105 SAI 03H
.05 79 15 106 SAI 03H
.03 79 l
17 106 SAI 03H
.14 79 37 106 12 AV2
.00 82 12 107 SAI -
02H
.11 79 17 107 SAI 03H
.03 79 14 109 SAI 03H
.05 85 15 109 mal 03H
.08 79 13 110 SAI 03H
.00 79 31 111 12 AV2
.03 '
82 10 112 SAI 02H
.03 79 O
i 6
j l
l I
,~
Appendix C Tubes with Tube Wall C/
Thickness Reduction S/G C ROW COLUMN INDICATION LOCATION CAL NUMBER 2
7 SVI 17C 35.34 94 2
7 SVI 17C 37.03 94 2
7 SVI 17C 39.83 94 2
7 SVI 17C 41.91 94 2
7 SVI 22C 8.83 94 15 13 SAI 02H
.05 69 7
15 sal 02H
.08 69 9
17 SAI 02H
.05 69 13 17 SAI 02H
.03 69 13 17 SAI 04H
.13 69 20 18 SAI 03H
.03 69 14 19 SAI 02H
.03 69 l
T 37 20 SAI 02H
.00 69 16 21 MAI 03H
.15 69 13 25 SAI 03H
.05 69 14 25 SAI 04H
.05 69 16 25 SAI 04H
.00 69 19 25 SAI 03H
.11 69 26 25 SAI 03H
.00 69 36 25 SAI 04H
.05 69 45 25 SVI IIC
.17 98 13 28 SAI 04H
.03 69 33 28 SAI 03H
.05 69 14 29 SAI 04H
.11 69 15 29 SAI 02H
.00 69 26 29 SAI 03H
.03 69 35 29
, SAI 04H
.03 75 47 29 7
21C
.40 92 40 30 SAI 02H
.11 69 l
37 31 SAI 03H
.03 69 37 31 SAI 04H
.11 69 30 32 SAI 03H
.03 69 q
15 33 SAI 02H
.00 69 C/
29 33 SAI 02H
.00 69 29 33 SAI 04H
.03 69 l
1 l
l
b l
l j
Appendix C Tubes with Tube Wall Thickness Reduction I
S/G C t
ROW COLUMN INDICATION LOCATION CAL NUMBER l
29 33 SAI 05H
.03 69 l
20 34 SAI 04H
.03 69
- > 26 34 SAI 03H
.03 69 39 34 SAI 04H
.00 69 19 35 SAI 02H
.08 69 19 35 SAI 04H
.00 69
'37 35 SAI 03H
.13 69 39 35 SAI 03H
.08 69 44 35 16 AV4
.00 16 25 36 SAI 03H
.03 69 36-36 SAI 03H
.09 69 38
-36 SAI 02H
.03.
69 40 36 SAI 03H
.03 69 23 37 SAI 03H
.00 69 24 37
' SAI 04H
.05 69 38-37 SAI 03H
.08 69 28 38 SAI 03H
.03 69 39 38 SAI
~02H
.16 69 26 39 SAI 03H
.05 69 1
30 39 SAI 04H
.00 69 22 40 SAI 03H
.00 71 32 40 SAI 04H
.00 69 28-41 SAI 04H
.03 69 29 41 SAI 03H
.00 69 29 41 SAI 04H
.00 69 f
- 4!
N SAI OH 69 29 -
43 SAI 04H
.00 69 34 45 SAI 03H
.11 71 38 46 SAI 03H
.15 71 32 48 MAI 02H
.00 71 32 48-SAI 04H
.06 71 33 48 SAI 03H
.00 71 33 48 SAI 04H
.00 71 27 49
. SAI 02H
.04 71 (q -
i
)
40
'49 SAI 03H
.08 71 l
42 50 SAI 03H
.10 71 2
Appendix C
,e
(
Tubes with Tube Wall Thickness Reduction S/G C ROW COLUMN INDICATION LOCATION CAL NUMBER 30 51 SAI 04H
.01 71 31 51 SAI 03H
.00 71 32 51 SAI 04H
.00 71
^
31 52 SAI 06H
.01 71 35 53 SAI 03H
.00 71 41 53 SAI 03H
.02 71 36 55 SAI 04H
.00 71 36 56 SAI 03H
.04 71 31 57 SAI 02H
.00 71 31 57 MAI 03H
.00 71 27 58 SAI 03H
.01 71 26 59-SAI 03H
.00 71 44 59 15 AVI
.00 36 19 66 SAI 04H
.02 71 l
35 67 SAI 03H
.00 71 39 67 SAI 03H
.01 71 27 68 SAI 02H
.00 71 28 70 SAI 03H
.00 71 35 72 SAI 04H
.01 71 38 72 SAI 04H
.03 71 40 73 SAI (MH
.00 71 33 74 SAI 04H
.03 73 34 74 SAI 04H
.08 73 25 75 SAI 04H
.11 73 27 75 SAI 04H
.00 73 31 75 SAI 04H
.03 73 35 75 SAI 03H
.08 73 22 76 SAI 03H
.03 73 23 76 SAI 03H
.08 73 28 76 SAI 03H
.00 73 37 76 SAI 03H
.05 73 i
37 77 SAI 03H
.00 73 25 79 SAI 03H
.03 73 22 80 SAI 03H
.10 73
(~]
28 80 SAI 03H
.05 73
()
30 80 SAI 03H
.05 73
(
22 82 SAI 03H
.03 73 3
i
i p
Appendix C
,(,.
Tubes with Tube Wall Thickness Reduction i
S/G C ROW COLUMN INDICATION LOCATION CAL NUMBER 29 82 12 AVI
.00 54 39 84 SAI 02H
.03 73 39 84 SAI 03H
.00 73 26 85 SAI 03H
.00 73 I
30 85 SAI 04H
.00 73 34 85 SAI 04H
.08 73 25 86 SAI 04H
.00 73 27 86 SAI 03H
.00 73 37 86 SAI 03H
.03 73 23 87 SAI 04H
.03 73 20 88 SAI 04H
.05 73 31 88 SAI 04H
.08 73 15 89 SAI 02H
.03 73 18 89 SAI 04H
.00 73 18 90 SAI 03H
.03 73 l
18 90 SAI 04H
.00 79 19 90 SAI 04H
.00 73 26 90 SAI 02H
.00 73 21 91 SAI 04H
.05 73 26 91 SAI 03H
.08 73 21 92 SAI 04H
.03 73 35 92 SAI 04H
.03 73 25 94 SAI 03H
.05 73 25 94 SAI 05H
.03 73 26 94 SAI 03H
.05 73 18 95 SAI 03H
.08 73 22 95 SAI 04H
.00 73 29 95 SAI 02H
.08 73 13 96 SAI 02H
.13 73 16 96 SAI 02H
.05 73 21 96 SAI 04H
.08 73 22 97 SAI 02H
.05 73 22 97 SAI 03H
.05 73 22 97 SAI 04H
.16 73 O
27 97 SAI 02H
.08 73
'\\
29 97 SAI 04H
.03 73 l
21 98 SAI 02H
.08 73 4
l Appendix C I_s)
Tubes with Tube Wall i kl Thickness Reduction S/G C ROW COLUMN INDICATION LOCATION CAL NUMBER 21 98 SAI 03H
.00 73 22 98 MAI 02H
.00 73 23 98 MAI 02H
.05 73 23 98 SAI 03H
.08 73 25 98 SAI 02H
.05 73 25 98 SAI 03H
.05 73 25 98 SAI 04H
.03 73 31 98 SAI 03H
.05 73 18 99 SAI 02H
.08 73 18 99 SAI 03H
.11 73 20 99 SAI 03H
.05 73 16 100 SAI 03H
.00 73 18 100 SAI 02H
.00 73 25 100 SAI 02H
.03 73
(
)
25 100 SAI 03H
.11 73 28 101 SAI 03H
.03 73 18 102 MAI 02H
.03 73 26 102 SAI 02H
.03 73 32 102 SAI 03H
.08 73 41 102 10 AVI
.00 62 19 103 SAI 03H
.05 73 30 103 SAI 03H
.08 73 11 104 SAI 02H
.05 73 22 103 SAI 03H
.03 73 9
105 SAI 02H
.11 73 17 105 SAI 02H
.18 73 25 105 SAI 03H
.00 73 20 108 SAI 03H
.00 73 10 109 sal 02H
.00 73 22 116 11 AVI
.00 88 i
,0.,
l LJ 5
Appendix C
(
Tubes with Tube Wall Thickness Reduction S/G D ROW COLUMN INDICATION LOCATION CAL NUMBER 10 12 SAI 02H
.14 95 22 14 SAI 02B
.00 95 30 16 SAI 02H
.03 95 31 16 SAI 02H
.11 95 18 17 SAI 02H 08 95 27 17 SAI 02H 95
)
28 17 SAI 02H
.06 95 20 18 SAI 03H
.11 95 23 18 SAI 02H
.11 95 22 19 SAI
,02H
.14 95 16 20 SAI 03H
.14 95 l
17 20 SAI 02H
.08 95 18 20 MAI 02H
.11 95
(
)
19 20 SAI 02H
.00 95 19 21 SAI 02H
.00 95 34 21 SAI 02H
.14 95 28 22 SAI 03H
.00 95 22 23 SAI 04H
.06 95 29 23 SAI 02H
.00 95 30 23 SAI 03H
.06 95 16 24 SAI 03H
.03 95 18 24 SAI 02H
.06 95 20 24 SAI 03H
.06 95 31 24 SAI 02H
.11 95 16 25 SAI 03H
.00 95 20 25 SAI 03H
.02 95 24 25 SAI 03H
.09 95 25 25 SAI 02H
.00 95 29 25 SAI 02H
.00 95 20 26 MAI 02H '.03 95 20 26 SAI 03H
.06 95 17 27 SAI 02H
.02 95 17 27 S AI _ _
03H
.03 95 fm 19 27 SAI 02H
.03 95
(
19 27 SAI 03H
.14 95 20 27 SAI 02H
.00 95 l
1
Appendix C -
Tubes with Tube Walj Thickness Reduction S/G D-ROW.
COLUMN INDICATION LOCATION CAL NUMBER 24 27 MAI 03H
.06 95 27 27 SAI 02H
.03 95 28 27 SAI 02H
.03 95 28 27 SAI 03H
.06 95 30 27 SAI 04H
.04 95 37 27 SAI 02H
.00 95 12 28 SAI 02H
.06 95 17 28 SAI 03H
.11 95 19 28 SAI 03H
.00 95 24 28 SAI 02H
.03 95 37 28 MAI 02H
.06 95 17 29 SAI 02H
.03 95 17 29 SAI 03H
.08 95 18 29 SAI 02H
.06 99 g
21 29 SAI 03H
.08 95 25 29 SAI 02H
.08 95 28 29 SAI 03H
.08 95 35 29 SAI 03H
.06 95 19 30 SAI 03H
.06 95 24 30 SAI 02H
.03 95 38 30 SAI 02H
.06 95 19 31 SAI 03H
.08 95 23 31 SAI 02H
.06 95 35 31 SAI 03H
.06 95 13 32 SAI 03H
.11 95 15 32 SAI 02H
.08 95 l
24 32 SAI 03H
.06 95 28 34 SAI 02H
.17 93 33 34 SAI 02H
.11 93 33 34 SAI 03H
.10 93 l
36 34 SAI 02H
.03 93 36 34 SAI 04H
.06 93 40 34 SAI 02H
.08 93 26 35 SAI 03H
.03 93 0
35 35 SAI 03H
.11 93 25 36 SAI 02H
.08 93 i
26 36 SAI 02H
.00 93 2
l
n Appendix C i
i Tubes with Tabe Wall
/
Thickness Reduction S/G D ROW COLUMN INDICATION LOCATION CAL NUMBER 26 36 SAI 03H
.11 93 20 37 SAI 03H
.06 93 25 37 SAI 03H
.06 93 20 38 SAI 03H
.11 93 21 38 SAI 02H
.03 93 26 38 SAI 03H
.00 93 27 38 SAI 02H
.08 93 24 39 SAI 02H
.03 93 23 40 SAI 03H
.03 93 28 40 SAI 03H
.00 93 27 41 SAI 02H
.03 93 1
42 SVI 18C 13.45 78 21 42 SAI 03H
.17 93 26 42 SAI 03H
.00 93 7
' ')'.
25 44 SAI 02H
.03 93 i
30 44 SAI 05H
.00 93 32 44 SAI 02H
.11 93 28 46 SAI 02H
.03 93 41 46 14 AV2
.08 32 41 46 17 AV3
.06 32 20 47 8
AV2
.00 26 23 48 SAI 02H
.05 93 1
50 SVI 16C 32.64 78 31 50 SAI 02H
.11 93 34 50 SAI 02H
.08 93 28 51 SAI 04H
.00 93 30 51 SAI 03H
.03 93 34 51 sal 03H
.00 93 32 52 SAI 04H
.03 99 28 53 SAI 04H
.03 93 42 53 SAI 02H
.11 93 i
28 54 SAI 02H
.05 93 40 54 SAI 05H
.03 93 35 56 SAI 03H
.03 93 (Q
38 56 SAI 04H
.11 93 l
s 25 57 SAI 02H
.00 93 l
30 57 SAI 02H
.06 93 l
3
l 5
i Y~'
Appendix C Tubes with Tube Wall
-\\ -
Thickness Reduction S/G D ROW COLUMN INDICATION LOCATION CAL NUMBER 35 57-SAI 04H
.08 93 40 58 SAI 04H
.08 93 45 58 9
AV2
.22 36 45 58 12 AV3
.05 36 45 58 9
AV4
.14 36 43 59 18 AVI
.00 34 43 59 21 AV2
.14 34 43 59 19 AV3
.06 34 43 59 19 AV4
.08 34 44 59 17 AV3
.11 34 37 63 SAI 03H
.03 91 32 64 SAI 02H
.03 91 24 65 SAI 02H
.05 91 24 66 SAI 03H
.06 91 25 67 SAI 03H
.06 91 26 69 SAI 03H
.03 91 36 69 SAI 02H
.11 91 26 70 SAI 02H
.08 91 40 71 SAI 05H
.00 91 38 72 SAI 02H
.07 91 39 73 SAI 03H
.02 91 19 75 SAI 03H
.00 91 23 75 SAI 03H
.06 91 19 76 MAI 03H
.06 91 35 78 8
AV3
.03 46 l
30 79 SAI 03H
.00 91 27 80 MAI 04H
.08 91 42 80 SAI 03H
.03 91 41 81 7
AV3
.08 46 22 82 MAI 03H
.11 91 40 82 SAI 03H
.03 91 l
47 82 12 19C
.03 84 35 83 SAI 03H
.08 91 41-83 SAI 03H
.08 91 p(.)
40 84 14 AV2
.06 46 40 84 19 AV3
.11 46 27 85 MAI 03H
.03 91 4
i
,c~,
Appendix C Tubes with Tube Wajj
's' Thickness Reduction S/G D ROW COLUMN INDICATION LOCATION CAL NUMBER 26 86 SAI 03H
.00 91 37 86 SAI 03H
.05 91
)
42 86 SAI 02H
.06 91 42 86 MAI 03H
.06 91 15 88 SAI 03H
.03 91 42 88 MAI 02H
.00 91 44 88 SAI 02H
.11 91 15 89 SAI 03H
.08 91 17 89 SAI 03H
.03 91 24 89 SAI 03H
.03 91 31 89 SAI 03H
.03 91 20 90 8
AV3
.00 76 38 90 SAI 03H
.06 91 15 91 SAI 03H
.05 91 i
f)'
16 91 SAI 03H
.08 91 24 91 SAI 02H
.00 91 24 91 SAI 03H
.03 91 18 93 SAI 04H
.03 91 13 94 SAI 03H
.11 91 16 94 SAI 03H
.03 91 30 95 SAI 04H
.06 91 15 96 SAI 03H
.11 91 22 96 SAI 03H
.08 91 14 97 SAI 03H
.03 91 16 97 SAI 03H
.08 91 18 97 SAI 03H
.02 91 16 98 SAI 03H
.14 91 18 98 SAI 03H
.00 91 18 98 SAI 05H
.11 91 16 99 SAI 03H
.03 91 16 99 SAI 05H
.03 91 26 101 SAI 02H
.03 99 23 102 MAI 02H
.00 91 28 102 SAI 03H
.05 91 Q
25 103 SAI 03H
.06 91 V
16 104 SAI 02H
.11 91 14 105 SAI 03H
.00 91 5
t
Tubes with Tube Wall Thickness Reduction j
S/G D ROW COLUMN INDICATION LOCATION CAL l
NUMBER 20 105 SAI 03H
.00 91 16 106 SAI 02H
.14 99 17 106 SAI 03H
.03 91 18 1%
SAI 02H
.05 91 18 107-SAI 02H
.11 91 26 107 SAI 02H
.03 91 O
4
\\
l i
O i
6 I
q O
APPENDIX D O
DINGS AND DENTS O
(~
Appendix D Dings and Dents
\\
'~'
l S/G A ROW COLUMN INDICATION LOCATION CAL NUMBER 8
1 DNG TSH 1.00 2
18 5
DNG 09H 38.74 4
i 18 8
DNT 10H
.00 4
18 8
DNT 11C
.46 4
26 8
DNG 09H 42.48 4
30 12 DNG 15C 25.73 8
30 12 DNG 15C 18.77 8
30 12 DNG 16C 36.28 8
28 13 DNG 08H 24.30 8
28 13 DNG 19C 1.20 8
5 14 DNG 09H 22.49 6
17 15 DNG 13C 29.69 6
39 16 DNG 12C 10.38 8
39 16 DNG TSC 1.00 8
7s
( )
9 18 DNG 09H 33.51 8
j
~
9 18 DNG 09H 34.65 8
9 18 DNG 09H 36.06 8
16 19 DNG 02H 7.58 8
1 35 21 DNG 08H 38.40 12 28 22 DNG 02H 3.93 12 l
7 23 DNG 03H 26.32 12 30 23 DNG 15C 19.28 10 43 24 DNT 10H
.47 12 29 25 DNG 12C 11.28 12 4
33 25 DNT 10H
.58 12 43 25 DNT 10H
.53 12 9
26 DNG AVI 1.27 10 32 26 DNG 03H 7.85 12 32 26 DNG 03H 9.35 12 32 26 DNG 03H 21.84 12 l
32 26 DNG 03H 23.40 12 9
27 DNG AVI 1.16 12 18 27 DNT 10H
.45 10 30 27 DNT 10H
.51 10
(']
43 27 DNG 12C 36.22 12
'u) 29 28 DNG 19C 10.69 12 31 28 DNG 06H -1.09 12 2
Appendix D Dings and Dents
(./
S/G A ROW COLUMN INDICATION LOCATION CAL NUMBER 40 28 DNG TSH 5.92 10 43 28 DNT 10H
.50 12 43 28 DNG 21C 3.34 12 14 29 DNG 10H 11.24 10 16 29 DNG 10H 8.20 10 45 29 DNG 16C 37.02 12 16 30 DNG 10H 7.93 14 43 30 DNG 19C 10.61 16 7
31 DNG 15C 25.93 16 7
31 DNG 15C 19.74 16 7
31 DNG 16C 40.57 16 8
31 DNG 10H 3.61 14 19 32 DNG 08H 28.45 16 19 32 DNG 08H 35.17 16 19 32 DNG 09H 31.27 16 j
26 33 DNG 18C
.89 14 39 33 DNG 19C 12.28 16 43 33 DNG 22C 15.22 16 48 34 DNG 02H 15.92 14 42 36 DNG 20C 4.56 14 4
38 DNT 16C
.03 18 40 38 DNG TSC 5.81 18 23 39 DNT 04H
.36 20 24 39 DNG 03H 33.38 18 31 40 DNG 19C 9.04 20 3
41 DNG 10H 12.27 24 4
41 DNG 10H 15.46 22 27 41 DNT 10H
.48 24 8
42 DNG 09H 30.18 24 8
42 DNG 09H 42.20 24 8
42 DNT 11C
.41 24 20 42 DNG 09H 17.48 24 20 42 DNG 09H 18.00 24 l
3 44 DNG OlH 2.29 24 l
41 46 DNG 03H 23.45 24
('
10 47 DNG 04H 29.93 22 l\\
22 47 DNG 10H 2.92 22 4
51 DNG 17C 38.26 30 3
i l
Appendix D
[
')
Dings and Dents i
t/
i S/G A ROW COLUMN INDICATION LOCATION CAL NUMBER 29 53 DNG 07H 30.54 32 31 53 DNT 10H
.14 32 46 53 DNT 02H
.30 34 4
54 DNG 05H 9.81 34 10 54 DNT 10H
.39 34 10 54 DNT 10H
.75 34 15 54 DNG AVI 10.47 32 36 54 DNG 05H 42.42 34 12 56 DNG AV4 13.17 34 11 57 DNG 10H 5.91 32 24 57 DNG 17C 1.95 34 48 57 DNG AV4 26.84 34 19 60 DNG 22C 8.90 36 5
62 DNT 11C
.06 50 i
5 62 DNG 11C -1.08 50
(,~j) 10 62 DNG OlH 10.20 48
{
10 62 DNG 13C 4.77 48 20 62 DNT 09H
.14 48 20 62 DNT 10H
.69 48 20 62 DNG 21C 7.73 48 40 62 DNG 02H 10.58 36 9
64 DNG 22C 9.83 50 23 64 DNG 14C 2.65 36 5
65 DNG 11C -1.05 50 7
65 DNT 11C
.57 50 11 65 DNG 04H 30.82 50 26 65 DNG 09H 40.55 40 15 67 DNG 02H 32.83 50 9
68 DNG 10H 3.22 50 10 68 DNG 02H 1.28 48 35 69 DNG 12C 29.00 40 35 69 DNG 12C 20.29 40 35 71 DNG 09H 20.36 40 l
1 72 DNT 10H
.45 1
l 72 DNT 10H 1.07 68
! (S 2
72 DNT 11C
-46 68
)
\\/
7 72 DNT 11C
.57 46 8
72 DNT 11C
.48 44 4
I 4
Appendix D
(
)
Dings and Dents i
S/G A ROW COLUMN INDICATION LOCATION CAL NUMBER 28 72 DNG 16C 17.35 42 36 72 DNT llc
.28 42 42 72 DNT 10H
.29 42 i
45 72 DNG 12C 40.46 40 46 72 DNT 10H
.39 42 3
73 DNG 06H 19.48 46 3
73 DNG 06H 33.53 46 17 76 DNG 14C _15.72 46 37 76 DNT 11C
.19 44 38 76 DNT llc
.51 46 46 77 DNT 11C
.45 46 33 79 DNG 13C 23.21 44 34 79 DNT 11C
.42 46 2
81 DNG 10H 16.08 68 4
82 DNG 03H 21.11 48
(
)
17 82 DNG 15C 16.08 54
~~'
2 84 DNG 02H 18.06 1
32 84 DNG 02H 16.78 52 1
85 DNG 13C 41.91 68 9
85 DNG 04H 14.97 54 22 85 DNT llc
.45 52 22 85 DNG 12C 44.48 52 23 85 DNG 09H 43.50 54 17 86 DNG 10H 6.16 54 17 86 DNG 10H 13.06 54 17 86 DNG AV1 13.59 54 17 86 DNG AV4 3.24 54 17 86 DNG AV4 10.23 54 20 86 DNG 16C 42.13 52 l
39 86 DNG 18C 6.06 54 7
87 DNG 03H 20.50 54 20 87 DNG 16C 4.66 52 22 87 DNG 08H 43.47 54 22 87 DNG 13C 44.10 54 11 88 DNG 09H 43.21 54
(~'}
11 88 DNG 09H 44.34 54 V
11 88 DNG 12C 42.92 54 29 88 DNT 11C
.41 54 l
5
i i
Appendix D
'l l
Dings and Dents S/G A ROW COLUMN INDICATION LOCATION
-CAL NUMBER l
32 89 DNG 17C 11.84 52 l
34 89 DNG OlH 16.49 52 35 89 DNG 19C 9.00 54 4
90 DNG TSC 2.32 52 17 90 DNG TSC 2.64 54 i
7 91 DNT AVI
.11 54 29 91 DNG OlH 4.22 54 17 92 DNG 15C 4.56 54 f
17 92 DNG 16C 43.07 54 17 92 DNG 16C 22.41 54 17 92 DNG 16C 8.38 54 l
17 92 DNG 16C 1.43 54 17 92 DNG 17C 18.98 54 17 92 DNG 17C 39.90 54 17 92 DNG 17C 33.00 54
[
17 92 DNG 17C 25.94 54 I
23 94 DNT 11C
.40 58 I
29 94 DNG 15C 7.33 58 34 94 DNG 02H 1.89 56 16 96 DNG 07H 42.98 56 8
97 DNG AV4 11.48 56 8
97 DNG AV4 13.05 56 8
97 DNT 11C
.47 56 1
98 DNG 21C 13.66 68 1
98 DNG 22C 13.30 68 l
98 DNG 22C 7.06 68 19 98 DNG 02H 9.41 56 i
19 98 DNG 02H 10.26 56 i
24 98 DNG 14C 29.81 58 18 99 -
DNG TSH 6.96 56 30 100 DNG 09H 41.58 58 40 100 DNG TSC 2.34 58 43 100 DNG 03H 24.76 56 24 101 DNG 22C 7.95 58 16 103 DNG 02H 28.39 56 1
105 DNG 17C 6.13 70 1
107 DNO 17C 8.09 70 I
1 107 DNG 18C 7.88 70 6
I l
l Appendix D f
Dings and Dents S/G A ROW COLUMN INDICATION LOCATION CAL NUMBER 33 107 DNG OlH 7.25 64 32 108 DNG 17C 42.73 66 18 111 DNG 17C 35.02 64 27 111 DNG 21C - 7.46 66 1
114 DNG 08H 38.03 1
1 114 DNG 10H 9.08 70 2
114 DNG 22C 4.26 70 2
114 DNG TSC 5.39 70 6
114 DNG 08H 12.94 64 3
115 DNG 10H 6.44 66 24 115 DNG TSH 1.91 64 9
119 DNG 15C 23.42 66 i
i 0%
v l
l 7
l l
Dings and Dents S/G B I'OW COLUMN INDICATION LOCATION CAL NUMBER 13 3
DNG 04H 3.06 16 13 3
DNT 11C
.56 16 13 3
DNG 12C 44.22 16 13 3
DNG 12C 43.16 16 16 3
DNG 12C 42.53 14 8
4 DNG 10H 3.48 14 8
4 DNG AV4 3.95 14 8
4 DNG 12C 28.75 14 16 5
DNG 12C 42.64 14 18 5
DNT 11C
.43 14 6
6 DNG 02H 5.23
'10 20 6
DNG 20C 9.22 10 15 9
DNG TSC 3.20 10 18 9
DNG 12C 14.66 12 2
10 DNG 10H 6.10 74 8
10 DNG 10H 3.26 10 8
10 DNG 10H 12.43 10 8
10 DNG AV4 1.89 10 8
10 DNG AV4 14.09 10 21 12 DNG 09H 43.49 12 21 12
'DNT 10H
.40 12 21 12 DNT 11C
.51 12 8
15 DNG 10H 3.16 12 18 15 DNG 17C 44.60 12 23 16 DNG 10H 4.55 12 31 17 DNG 03H 6.42 12 j
40 17 DNG 04H 32.25 10 17 18 DNT 21C
.00 12 l
39 e
19 DNG 09H 36.17 12 l
38 21 DNT 11C
.40 8
~
43 21 DNT 11C
.37 6
l 12 22 DNG 09H 26.37 6
12 22 DNG 09H 27.87 6
14 22 DNG 16C 32.39 6
15 22 DNG 21C 14.89 8
O 15 22 DNT 23C
.25 8
[
15 22 DNG TSC 3.43 8
1
Appendix D Dings and Dents b
S/G B ROW COLUMN INDICATION LOCATION
. CAL NUhGER 35 22 DNG 12C 43.49 8
37 22 DNG 04H 28.49 8
7 24 DNG 10H 7.66 8
7 24 DNG 10H 20.11 8
7 24 DNG 18C 3.90 8
46 24 DNG 16C 34.12 6
41 25 DNT 10H
.25 8
43 26 DNT 11C
.43 8
41 28 DNG 09H 44.36 2
i 41 28 DNT 11C
.55 2
43 28 DNT 11C
.50 2
46 28 DNT 11C
.43 2
38 29 DNG 14C 25.77 16 10 31 DNG 19C 2.57 16 i
10 31 DNG 20C 6.01 16 35 31 DNG 12C 42.05 16 34 33 DNG 09H 43.97 20 30 34 DNG 03H 4.43 18 35 34 DNG 10H 12.02 18 35 34 DNG 10H 12.34 18 36 34 DNT 21C
.06 18 42 34 DNG 17C 7.85 18 38 35 DNG 09H 42.44 20 38 35 DNG 09H 42.69 20 2
36 DNT 08H
.55 5
14 36 DNG 03H 23.25 18 38 36 DNG 12C 24.69 18 38 36 DNG 12C 23.64 18 44 36 DNT 13C
.53 18 18 37 DNT 11C
.40 20 14 38 DNT 11C
.06 18 16 38 DNG 12C 43.68 18 16 38 DNG 12C 42.65 18 31 38 DNT 10H
.11 18 39 38 DNT 11C
.43 18 48 38 DNT 10H
.57 18 V
48 38 DNT 11C
.37 18 39 39 DNT 11C
.45 20 2
,6.3m yr
.-8%=.4Jr-34..a 4
em-&q.44a.w_'a&#-
4
,lg_mh.,g,.g.Wgbh ta t y 2LE_g,gg,4 AAJ.,k Jg 4.%2.4,c _ L.h - hMMde d. 444=-I'
.m-A A.iM nas d4
- M.->be.4Jik.4 M 4.44em4 JLd8 AmA4 m J4A..a s' wha 4A-.
S/G B ROW COLUMN INDICATION LOCATION CAL NUMBER 27 40 -
DNG 15C 12.03 18 48 40 DNT 11C
.37 18 36 41 DNT-11C
.31 24 33
'42 DNT-11C
.49 22 46 42 DNG 13C 37.21 22 48 42-DNT 11C
.34 22
- 48 43 DNT 11C
.08 24 -
1 44 DNG TSH 8.56 3
34 44 DNG 09H 44.22 22 40 44 DNG 22C 15.55 22 40 44 DNG 22C 14.24 22 42 47 DNT 11C
.42
-24 44.
48 DNG 17C 24.35 22 47 48 DNG 23C 4.32 22 39 49 DNG 09H 41.60 24-42 50 DNG 02H 7.53 22-42 50 DNG 02H 7.47 22 43 52 DNG 13C 19.36 22 43 53 DNG 14C 42.50 28 7
54 DNG 12C 37.26 26 19 56 DNG 09H 40.29 82 19 56 DNG 09H 41.17 82 37 56-DNG AV1 9.16 26 44 58 DNG 15C 1.31 30 48 58 DNT.
09H 44.82 30 46 59 DNT 11C
.42 32 20 61 DNT 10H
.31 38 4
62 DNT 10H
.43 84 40 62 DNG-05H 12.11 30 40 62 DNG 06H 5.97 30 43 63 DNG 12C 43.02 32 35 64 DNG 12C 42.04 38 40 64 DNT 19C
.41 38 42 64 DNG TSH 7.51 38 35 66 DNG 12C 41.85 82 38 66 DNG 09H 38.99 42 40 66 DNG 09H 38.65 82 46 67 DNT 10H
.36 44 3
Appendix D Dings and Dents S/G B ROW COLUMN INDICATION LOCATION CAL NUMBER 43 69 DNT 10H
.49 44 44 69 DNT 10H
.44 44 44 69 DNT 10H
.38 44 44 69 DNT 10H
.66 44 46 69 DNT 10H
.72 44 48 69 DNG O1H 14.87 44 48 69 DNG 02H 14.68 44 1
2 70 DNG 10H 12.68 76 6
70 DNG 19C 15.86 46 27 70 DNG 09H 44.62 46 46 70 DNT 10H
.11 46 23 71 DNT 08H
.82 48 j
40-71 DNT 03H
.44 48 40 71 DNG 05H 15.74 48 46 71 DNG 09H 43.96 48
)
6 72 DNG 04H 40.64 46 6
72 DNG 05H 7.42 46 20 72 DNG 09H 44.26 46 35 72 DNG 12C 43.16 46 35 73 DNG 09H 43.64 48 38 73 DNT 10H
.47 48 44 73 DNT 10H
.47 48 5
-74 DNG 15C 23.63 46 15 74 DNG 02H 22.65 46 15 74 DNG 22C 12.86 46 15 74 DNG 22C 5.20 46 15 74 DNG 22C 3.75 46 15 74 DNG 22C 2.29 46 44 74 DNT 10H
.43 46 16 75 DNG 04H 3.42 48 23 75 DNG 16C 17.98 48 28 75 DNG 06H 31.03 48 5
76 DNG 19C 6.68 46 1
79 DNT 03H
.16 3
8 79 DNG AV4 10.93 52
' D]
/
9 79 DNG AV4 11.45 52 26 79 DNG O1H 15.80 52 33 80 DNG 22C 1.50 50 4
~. _ ~.. --.
~.
Appendix D
(
j Dings and Dents i
S/G B f
ROW COLUMN INDICATION LOCATION CAL NUMBER 1
81 DNG TSH 2.70 69 1
81 DNG TSH 2.90 71 32 82 DNT 11C
.45 50 48 82 DNT 11C
.06 50 19 83 DNG 10H 77.55 52 39 83 DNT 10H
.22 52 45 83 DNO 05H 1.53 52 40 84 DNT 10H
.11 50 30 85 DNG 14C 33.61 52 45 85 DNT 10H
.41 52 i
45 85 DNT 11C
.39 52 41 86 DNT 10H
.65 50 10 87 DNG AV4 11.81 52 i
46 87 DNT 10H
.47 52 40 90 DNT 10H
.53 54
~
41 90 DNT 11C
.42 54 i
48 90 DNG TSH 2.75 50 36 91 DNT 11C
.33 56 47 91 CNT 11C
.39 56 8
92 DNT 20C
.50 54 45 92 DNG 14C 41.01 54 30 93 DNT-11C
.50 56 34 93 DNG 12C 28.65 56 47 93 DNT 10H
.43 56 43 9.4 DNT 11C
.50 54 48 94 DNT 11C
.40 82 40 95 DNT 11C
.50 56 47 95 DNT 11C
.35 56 10 96 DNG AV4 11.27 58 8
97 DNG 03H 11.94 60 14 97 DNG 10H 2.97 60 27 97 DNG 21C 15.33 60 34 97 DNG 09H 42.29 60 34 97 DNT 11C
.42 60 46 97 DNT 11C
.42 60
(~T 6
98 DNG 17C 36.42 62 (sl 36 98 DNT 10H
.66 62 i
37 99 DNT 10H
.36 64 5
s em.
N
l Appendix D m
(v)
Dings and Dents S/G B ROW COLUMN INDICATION LOCATION CAL NUMBER 34 100 DNG 15C 26.83 62 34 100 DNG 17C 38.53 62 34 100 DNT 17C
.82 62 34 100 DNG 18C 13.28 62 35 100 DNT 10H
.67 62 43 100 DNT 10H
.64 64 4
101 DNG TSH 1.30 68 4
101 DNG 10H 7.10 68 9
101 DNG 01H 13.46 68 35 101 DNT 11C
.56 64 40 101 DNT 10H
.50 64 25 102 DNT 10H
.28 66 28 102 DNT 10H
.54 66 30 102 DNT 10H
.90 66 3
103 DNG 04H 14.76 68
(
)
3 103 DNG 05H 17.46 68 7
103 DNG 04H 12.49 68 14 103 DNG 03H 27.01 68 35 104 DNG 09H 42.57 66 31 1%
DNG 18C 7.89 66 13 107 DNG 03H 9.21 68 23 107 DNT 11C
.54 68 24 108 DNG 15C 18.41 70 24 108 DNG 15C 12.36 70 34 109 DNG TSC 1.30 72 32 110 DNG OlH 14.34 70 3
112 DNG 04H 13.69 70 28 112 DNG 09H 38.17 70 8
115 DNT TSH
.22 72 5
116 DNG 10H 10.43 70 13 117 DNG 12C 32.93 72 12 118 DNG 09H 37.64 70 12 118 DNG 09H 39.73 70 l
12 118 DNG 12C 39.26 70 12 118 DNG 12C 38.63 70
' (']
12 118 DNG 12C 37.44 70
'V 12 118 DNG 12C 35.65 70 1
7 119 DNG O1H 10.67 72 6
l
i l
Appendix D
(' )
Dings and Dents x_/
I S/G C ROW COLUMN INDICATION LOCATION CAL NUMBER 3
1 DNT 22C
.41 8
4 1
DNT 22C
.41 8
5 1
DNT 22C
.44 8
6 1
DNT 22C
.60 8
7 1
DNT 22C
.46 8
18 4
DNG 17C 19.44 88 5
5 DNG 17C 15.68 8
11 5
DNG 18C 12.40 8
6 6
DNG 13C 18.23 6
23 8
DNT 10H
.50 2
24 8
DNG 10H 3.18 2
8 9
DNG 09H 43.59 2
12 10 DNT 10H
.11 2
(
)
28 10 DNT 10H
.44 2
\\
30 10 DNG 20C 11.57 2
34 12 DNT 10H
.51 8
9 14 DNG 10H 1.41 6
9 14 DNG AV4 11.07 6
18 14 DNG 22C 10.35 6
20 14 DNG 14C 43.10 6
26 14 DNT 10H
.51 6
26 14 DNT 11C
.25 6
27 14 DNT 10H
.55 6
27 14 DNT 10H
.60 6
27 14 DNT 11C
.36 6
21 15 DNG 06H 39.58 8
7 16 DNG AV4 10.54 6
16 17 DNG 06H 30.44 8
1 18 DNT 16C
.00 74 23 18 DNG TSH 7.11 6
2 21 DNG 17C 23.43 74 2
21 DNT 20C
.39 74 l
14 21 DNG 02H 6.91 12
',q 37 21 DNT 10H
.35 12 l (,)
37 21 DNT 11C
.49 12 9
23 DNG 22C 7.58 12 1
(9 Dings and Dents
%d-S/G C ROW COLUMN INDICATION LOCATION
. CAL NUMBER 38 23 DNT 11C
.35 12 45 23 DNT 10H
.32 88 46 24 DNT 10H
.33 12 27 25 DNG O1H 14.15 12 27 25 DNG O1H 21.18 12 27 25 DNG 04H 5.22 12 14 26 DNG TSH 2.26 10 45 26 DNT 10H
.52 14 33 27 DNG 19C 3.78 16 l
41 27 DNT 10H
.48 16 41 27 DNT 11C
.34 16 44 27 DNG 01H 15.56 16 44 27 DNG O1H 16.33 16 48 28 DNG 06H 40.10 14 23 29 DNG 13C 22.44 16 44 29 DNT 10H
.46 16 45 29 DNT 10H
.48 16 48 30 DNG 07H 14.98 14 28 31 DNG 03H 27.87 16 43 31 DNG 15C 7.75 16 46 31 DNT 23C
.58 16 47 31 DNT 10H
.54 16 22 32 DNG 02H 16.75 14 26 32 DNG 12C 8.37 14 30 33 DNG TSC 6.71 16 42 33 DNG 20C - 16.73 16
{
23 35 DNT 19C
.18 16 22 36 DNG 07H 42.16 14
)
43 36 DNG 02H 10.98 14 2
37 DNG O1H 26.89 3
44 37 DNT TSH
.08 43 29 39 DNG TSH 2.42 90 41 39 DNG O1H 5.37 24 43 39 DNG 04H 9.03 24 1
40 DNG 03H 34.83 3
P 15 40 DNG 17C 18.50 22 21 40 DNG 07H 27.01 22 13 41 DNG 21C 6.21 22 j
2 l
s Dings and Dents.
S/G C i
ROW.
COLUMN INDICATION LOCATION -
]
NUMBER 13 41 DNG 21C 4.88 22 j
,I 39 41 DNG AV3 27.64 -
22 I
48 41 DNG-AV4
.00 24 i:
18 42 DNT 22C
.47 22 l-34 42 DNG 06H 35.15 -
22 48 42 DNG AV4
.00 22 j
30 43 DNG 06H 36.70 24 7
44 DNT TSH
.00 37-26 44 DNG 03H 2.73 22-f 26 44 DNG 03H 30.43 22 39 44 DNG
-AV3 27.59 24 i
E 22 45 DNG 17C 19.57 24 f
33 45 DNG 14C 25.87 24 35 45 DNG 20C 13.71 24 t
I 39 45 DNG AV3 - 27.76 24 8
46 DNG 08H 31.05 34
}
8 46 DNG AV1 5.97 34
~
39 46 DNG AV3 27.86 22 t
F 12 47 DNT 20C
.76 24 23 47 DNT 11C
.38 24 I
39 47 DNG AV3 27.78 24 c"
30 48 DNT
-05H
.19 -
22 l
40 48 DNT 11C-.43 22 l
46 48 DNT 11C
.52 22 6
50 DNG 23C 4.58 34 1
51 DNT 10H
.05 3
i 3
51 DNG 15C 1.13 36 f
11 53 DNG 06H 43.63 28 19 53 DNG 04H 4.59 28 i
i 19 53 DNG 04H 40.94 28
[
6 55 DNG AV4 11.90 34 40 55 DNT TSH
.06 43 l-7 56 DNG 09H 40.85-36
{
8 56 DNG O1H 3.45 36 8
56 DNG 07H 36.82 36
)
8 56 DNG 12C 2.56 36 j
37 56 DNT 10H
.48 34 4.
37 56 DNG 12C 39.58 34 3
1 l
...m-
Appendix D l
')
Dings and Dents -
- M S/G C 4
~
ROW COLUMN INDICATION LOCATION CAL NUMBER 37 56 DNG 12C 38.15 34 18 58 DNG 03H 18.00 34 18 58 DNG 03H 24.04 34 18 58 DNT 04H
.03 34 24 58 DNT TSH
.10 34
)
24 58 DNG 04H 4.15 34 19 60 DNG 10H 4.53 34 20 61 DNG 18C 10.40 38 45 62 DNT 11C
.49 38 2
63 DNG 10H 10.29 74 4
63 DNG 03H 20.88 72 4
63 DNG 03H 31.31 72 12 63 DNT TSH
.13 45 35 63 DNG 18C 13.26 40 8
64 DNG-AV4 10.73 70
' sg 40 64 DNG O1H 8.74 38 37 65 DNG 12C 12.37 40 37 65 DNG 13C 43.88 40 37 65 DNG 13C 38.74 40 37 65 DNG 13C 37.73 40 6
66 DNG 09H 18.16 70 6
66 DNG 09H 19.45 70 6
66 DNG 09H 20.37 70 6
66 DNG 09H 21.50 70 6
66 DNG 09H 22.06 70 6
66 DNG 09H 22.31 70 f
6 66 DNG 09H 23.25 70 6
66 DNG 09H 24.40 70 20 66 DNG 07H 13.30 38 40 68 DNG 16C 32.51 42 1
40 68 DNG 16C 33.52 42
]
40 68 DNG 16C 34.38 42 8
69 DNG 07H 19.56 72 10 69 DNG O1H 20.13 40 2
70 DNG TSH 7.71 3
(~%
5 71 DNG 20C
.49 68 9
71 DNG 09H 16.14 68 9
71 DNG 09H 29.57 68 4
l Appendix D
'(
Dings and Dents i
S/G C
\\
l ROW COLUMN INDICATION LOCATION CAL l
NUMBER 15 71 DNG 03H 24.34 44 4
72 DNG 10H 2.35 66 i
5 72 DNG 10H 4.44 66 5
72 DNG AV3
.66 66 6
72 DNG 10H 4.25 66 6
72 DNG AV4
.94 66 7
72 DNG 10H 4.11 66 8
72 DNG 10H 4.13 66 8
72 DNG AV4 9.85 66
)
45 72 DNG 02H 15.88 42 7
73 DNG 10H 3.99 66 9
73 DNG 10H 4.56 66 10 73 DNG 07H 11.47 44 15 73 DNG 08H 26.48 44 15 73 DNG 08H 32.77 44 30 73 DNG 10H 9.51 44 35 73 DNG O1H 17.95 44 45 73 DNG 19C 3.19 44 i
45 73 DNG 22C 14.59 44 j
27 75 DNG 18C 6.92 48 45 75 DNG 05H 38.03 48 5
77 DNG 07H 35.68 66 30 77
.DNG TSC 4.49 48 37 79 1
'G 20C 1.15 48 13 81 ONG 10H 3.77 48 29 81 DNG 15C 1.30 52
-46 81 DNG AV4 25.83 56 39 82 DNT 11C
.56 54 39 82 DNT 11C
.74 54 31 83 DNG 03H 6.62 56 10 84 DNG O1H 1.89 54 13 84 DNG 02H 21.66 54 16 85 DNG 04H 32.60 56 j
l 37 86 DNT 11C
.46 54 l
42 86 DNG 12C 40.67 54 p
42 86 DNG 21C
.95 54 iV 12 87 DNT 02H
.54 56 17 87 DNG 22C 10.67 56 5
n 3:
i Appendix D t
Dings and Dents S/G C l
i'
- ROW COLUMN INDICATION LOCATION CAL NUMBER-46 87 DNT 10H
.63 56
[
4-
^88 DNG 08H 1.42 68 i..
13 88 DNG 22C 4.50 54 10 89 DNG-12C 33.81 56-15 90 DNG 15C 5.36 54 f'
25 90 DNG 04H 17.15 54 l_
11-91 DNG 21C 13.%
56 j
26 91 DNT 11C '-
.50 56 33 91 DNG 16C 12.03 56 23 92 DNT 11C
.35 54 24 92 DNG 09H 41.32 54 24 92 DNT 11C
.74 54 29 93 DNT 11C
.47 56 8
94 DNG 19C 13.16 68 18 94 DNG 17C 33.29 58 18 94 DNG 17C 32.40 58 18 94 DNG-17C 31.59 58 18 94-DNG 17C 29.25 58 24 94 DNG 18C 11.31 58 38 94 DNG 21C 1.84 54 4
95 DNG 16C -1.09 66 29 DNT 10H
.51 58 30 DNG 21C 13.37 58 30 96 DNG 22C 13.32 58 11 97 DNG TSC 2.35 60 28 97 DNG 18C 6.04 60 34 97 DNG 03H 13.30 60 46 97 DNT 11C
.42 60 36 99 DNT 11C
.47 60
'34 101 DNT 10H
.49 64 34 101 DNT 11C
.45 64 12 102 DNG
'13C 39.37 62 31 103 DNG 03H 23.61 64
~~
31 103 DNG 03H 24.94 64 31-103 DNG 03H 26.24 64 O
31 103 DNG 03H 27.57 64 31
'103 DNG 05H 27.49 64 31 103 DNG 05H 28.83 64 6
i i
Appendix D
[]
Dings and Dents ks i
i S/G C 1
ROW COLUMN INDICATION LOCATION CAL NUMBER 31 103 DNG 05H 30.17 64 31 103 DNG 05H 31.48 64 12 104 DNG 06H 32.91 62 26 104 DNT 10H
'41 62 18 105 DNG 12C 20.56 64 26 105 DNT 10H
.46 64 26 105 DNT 11C
.42 64 21 106 DNT 11C
.19 62 21 106 DNT 23C
.00 62 30 1%
DNG 19C 4.67 62 2
107 DNG 04H 44.63 5
28 107 DNT 10H
.49 64 28 107 DNT 11C
.47 64 34 107 DNT 10H
.49 64 3
108 DNG 17C 21.17 68 28 108 DNT 10H
.49 62 29 108 DNT 11C
.46 62 2
110 DNG 10H 8.34 78 9
110 DNG O1H 16.71 68 28 113 DNG 09H 43.01 64 l
25 114 DNG 10H -1.10 64 25 114 DNT 10H
.08 64 25 114 DNT 11C
.47 64 9
116
'DNG TSC 2.53 72 4
15 117 DNG 10H 4.97 64 1
118 DNG 02H 18.24 5
1 118 DNG 02H 16.31 5
i i
i
- O 7
'l
r.
Appendix D
- O Dings and Dents i
t lV
.I S/G D
.h t
ROW COLUMN INDICATION LOCATION CAL.
NUMBER
>12' 2-DNG 06H 1.57
-4' 1
3 DNG 16C 3.52 66 15 3
DNG 06H 3.64 4
16 3
DNG 02H 9.23 2
16 3
DNT-10H
.46 2
1 4
DNG 21C 2.19 66 i
9 5
DNG-16C 3.45 4
12 5
DNG-05H 4.10 2
{
12 6
DNG 09H 42.58 2
16 6
DNT 10H
.71 2
j}
16 6
DNG 12C 44.43-2 8
8 DNG 02H 25.51 6
9 8
DNG 09H 15.80 8
1 l..
14 8
DNG 09H 39.57 6
C 15 8
DNG 09H 34.59 8
^
25 8
DNT 10H
.50 4
c j.
26 8
DNT 11C
.43 2
l.
2 9
DNG 08H 1.88 3
[
10 9
DNG 05H 2.78 6
l:
10 9
DNG 16C 3.79 6
13 9
DNG-01H 9.14 8
14 9
DNT 10H
.03 -
6 i
24 9
DNG 05H 2.05 6
6 10 DNG 16C 3.52 8
12 10 DNG 16C-2.76 8
13
-10 DNG 09H 40.90 6
13 10 DNG 09H 43.73 6
13 10 DNT 10H
.03 6
13 10' DNG 12C 40.43 6
16 10 DNG 12C 41.70 8
16-10 DNG 12C 42.65 8
30 12 DNG 12C 37.55 6
20 13 DNT 11C
.52 6
20
-13 DNG
-12C 15.77 6
21' 13 DNT-11C
.40 8
O 23 13 DNT 10H
.61 8
23 13 DNT 10H
.45 8
1
- ._ m 4
i -
' /
Dings and Dents S/G D ROW COLUMN
. INDICATION ~
LOCATION CAL ~
nun ~2ER 27-13 DNT 10H
.48 8
14 14 DNG 15C 3.74 6
23 14 DNT 10H
.48 8
I 27 14 DNT 10H
.46 8
j 30 14 DNT 10H
.542 6
f 17 15 DNG 09H 40.91 8
l 17 15 DNG 09H 41.99 8
i 23 15 DNT 10H
.41 8
J 23 15 DNT 10H
.43 76 4
j 30-15 DNT 10H
.11 6
j 36 15 DNG 16C 3.54 6
l!
36 15 DNG 16C 2.62 6
36 15 DNG 20C 11.50 6
)
14 16 DNG 12C 13.10 8
18 16 DNG 09H 42.04 8
31 16 DNG 02H 1.04 6
32 16 DNT 23C
.38 8
2 17 DNG 16C 3.88 68-9 17 DNG 09H 28.19 8
l 9
17 DNG 09H 33.25 8
9 17 DNG 12C 32.11 8
14 17 DNG 12C. 43.04 6
29 18-DNT 11C
.43 6
2' 19 DNG TSH 3.70 3
15 '
19 DNT 11C
.52 12 15 19 DNG 12C 43.87 12
[
38 19 DNT 11C
.40 10 10 20 DNG 05H 3.78 12 2
21 DNG 09H 41.24 3~
i 2
21 DNG 12C 16.85 68 11 21 DNT 11C
.42 10 I
43 21 DNT 11C
.75 10 10 22 DNG 09H 37.35 10 31 22 DNT 11C
.42 12 l
43 22 DNT-11C
.66 12 i
44-22-DNT 11C
.43 10 44 22 DNT 11C
.64 10 43-23 DNT 11C
.65 10 2
c--r.
~
- ->e v.-
1 I
Appendix D
[j Dings and Dents wi i
t S/G D ROW COLUMN INDICATION LOCATION CAL NUMBER 44 23 DNT 11C
.66 12 45 23 DNT 11C
.75 10 39 24 DNT 10H
.56 12 40 24 DNG 12C 27.59 10 41 24 DNT 11C
.63 12 41 24 DNG 12C 36.66 12 43 24 DNT 10H
.51 12 43 24 DNT 11C
.69 12 44 24 DNT 11C
.51 10 44 24 DNT 11C
.62 10 46 24 DNT 11C
.37 10 46 24 DNT 11C
.70 10 40 25 DNG 18C 6.52 14 43 25 DNT 11C
.69 16 44 25 DNT 11C
.62 14
')
45 25 DNT 11C
.40 16
(
45 25 DNT 11C
.64 16 46 25 DNT 11C
.37 14 46 25 DNT 11C
.68 14 10 26 DNG 21C 13.00 14 25 26 DNG MH 11.73 16 41 26 DNG 22C 1.83 16 45 26 DNT 11C
.64 16 47 26 DNT 11C
.70 14 13 27 DNG 17C 42.03 16 47 29 DNG 09H 35.38 14 5
34 DNT 11C
.62 24 5
35 DNG 14C 20.45 22 31 35 DNG 22C 5.56 22 47 40 DNT 10H
.48 24 27 42 DNG O1H 8.17 28 27 42 DNG O1H 18.29 28 27 42 DNT 10H
.54 28 27 42 DNT 11C
.66 28
[
41 42 DNT 04H
.11 28
,(~'}
46 43 DNT 10H
.43 26 l \\s 40 44 DNG 06H 1.90 28 45 44 DNG 07H 36.22 28 3
Appendix D
(
Dings and Dents
}
S/G D i
i ROW COLUMN INDICATION LOCATION CAL NUMBER 38 45 DNG 14C 39.88 26 42 45 DNG 04H 26.99 26 19 47 DNG 18C 4.62 26 38 48 DNG 09H 16.44 32 13 51 DNG O1H_ 20.01 30
'/
52 DNG 08H 28.10 32 1
7 52 DNG 08H 33.91 32 7
52 DNG 08H 36.21 32 23 53 DNG TSH 2.48 30 34 53 DNG 09H 26.58 30 23 54 DNG TSH 2.45 32 1
55 DNG 10H
.80 3
23 56 DNG TSH 2.53 36 23 57 DNG TSH 2.46 34 1
58 DNT 10H
.05 5
(,
1 58 DNG 10H 1.33 68 10 58 DNG 10H 3.26 38 8
64 DNG 05H 23.11 38 8
64 DNG 05H 29.16 38 34 64 DNT 10H
.68 38 38 66 DNG 06H 4.52 38 38 66 DNG 07H 4.25 38 42 66 DNG 05H 4.57 38 1
67 DNG 10H 1.01 5
23 67 DNG TSH 2.31 40 47 67 DNT 10H
.51 40 23 69 DNG TSH 2.48 42 8
70 DNG O1H 6.31 44 23 70 DNG TSH 2.46 44 23 71 DNG TSH 2.39 42 23 72 DNG TSH 2.45 44 46 72 DNG 12C 32.30 44 13 73 DNG 17C 19.04 42 I
18 74 DNG 04H 9.25 44 l
43 74 DNT 11C
.48 44
'O 40 76 DNT 10H
.54 76
[V 14 81 DNG 10H 3.13 48 14 81 DNG 10H 4.42 48 4
l l
I Appendix D Dings and Dents S/G D ROW COLUMN INDICATION LOCATION CAL NUMBER l
14 81 DNG-AV4 13.12 48 16 82 DNG 10H 4.56 46 1
16 82 DNG AV4 13.66 46 47 82 DNG AV4 27.15 48 15 83 DNG 14C 37.21 48 28 83 DNG 22C 14.83 46 47 85 DNG AV4 27.01 48 12 86 DNG 10H 49.77 46 12 86 DNG 10H 4.35 46 25 86 DNG 13C 38.04 48 6
87-DNG 10H 3.97 46 10 87 DNG AV4 12.44 46 4
89 DNG 10H 2.08 50 10 90 DNG AV4 12.30 50 19 90 DNG AV3 4.28 52 p)
(
24 90 DNT 11C
.72 50 34 90 DNG 14C 28.28 50 14 91 DNG TSH 1.13 50 35 92 DNG 22C 17.17 52 47 94 DNG 10H 24.30 56 l
46 96 DNT AV4
.45 -
54 5
97 DNG 09H 28.07 56 33 97 DNG 03H 14.56 56 17 98 DNG 14C 7.96 54 7
100 DNG 19C 2.95 58 43 100 DNG 10H 126.17 58 11 101 DNG 09H 31.66 58 40 101 DNG 12C 39.83 60 41 101 DNT 11C
.57 58 41 102 DNG 13C 21.22 60 35 104 DNT 11C
.40 76 39 104 DNG 12C 32.19 60 3
107 DNG 10H 1.47 60 27 107 DNG 03H 5.27 60 I
15 108 DNG 12C 38.10 58
^
29 108 DNT 10H
.59 58
(-
23 111 DNG 09H 33.59 60 18 114 DNG 12C 35.42 62 5
. _.. _. _... _ _ _ _. _. _ _.... _ _.. -.... _....... ~
l I
Appendix D Dings and Dents S/G D l
l.
ROW
. COLUMN INDICATION
' LOCATION CAL t
NUMBER-j 15 115 DNG 06H 31.92 64.
16 117 DNT 12C
.53 62 17 117 DNT-12C.
.55 64 15 118 DNT-12C
.64 64 l
16 118 DNT-12C
.61 62 i
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t APPENDIX F OWNERS REPORT FOR O
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NIS-1 FORM l
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2RE05 - Steam Generator Tubes Page 1 of 2 FORM NIS-1 OWNER'S REPORT FOR INSERVICE INSPECTIONS As required by the Provisions cf the ASME Code Rules
- 1. Owner 11ouston Lighting & Power Company: Electric Tower: P.O. Box 1700: llouston. Texas 77001 m
I (Name and Address of Owner)
- 2. Plant South Texas Project Electric Generating Station: P.O. Box 289: Wadsworth. Texas 77483 (Name and Address of Plant)
- 3. Plant Unit 2
- 4. Owner and Certificate of Authorization (if required)
N.A.
- 5. Commercial Service Date 06/19/89 6. National Board Number for Unit N.A.
- 7. Components Inspected ASME Code Class 1 (IM11) Items - Steam Generator Tubes Manufacturer Component or Manufacture or Installer National I
Appurtenance or Installer Serial No.
Board No.
Steam Generator 2A Westinnhouse (M) 2151 29 Steam Generator 2B Westinnhouse (M) 2152 30 Steam naaarator 2C Weenia=1v=>=a (M) 2153 31
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Steam i
Gaaarator 2D We=t==' =2= (M) 2154 32 I
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O HiAP by 6C VIM N DateM-9 7 Arkwright Mutual by Mu Date I" /M j
A. C. McInfire Insurance Co.
B. R. Russell, ANil 1
2RE05 - Steam Generator Tubes Page 2 of 2 FORM NIS-1 (Back)
- 8. Examination Dates 2-11-97 to 2-22-97
- 9. Inspection Interval from 6-19-89 to 10-19-00 10.
Abstract of Examinations. Include a list of examinations and a statement concerning status of work required for current interval. (ASME Code Class 1 (IWB) Items - Steam Generator Tubes)
See Section 4.0 of the 2RE05 Inservice Inspection Summary Report for Steam Generator Tubing.
I1.
Abstract of Conditions Noted.
See Section 5.0 of the 2RE05 Inservice Inspection Summary Report for Steam Generator Tubing.
12.
Abstract of Corrective Measures Recommended and Taken.
See Section 5.0 of the 2RE05 inservice Inspection Summary Report for Steam Generator Tubing.
We certify that the statements made in this report are correct and the examinations and coriective measures taken conform to the rules of ASME Code, Section XL Certificate of Authorization No.(if applicable)
N.A.
Expiration Date N.A.
Date Mg T 19 T"? Signed flouston Lichting & Power Co. By 4 CWC Owner A. C. McInytre CERTIFICA'IE OF INSERVICE INSPECI' ION 1, the undersigned, holding a valid commission issued by the National Board of Boiler and Pressure Vessel Inspectors and the State or Province of Texas and employed by Arkwricht Mutual Insurance Co. of Norwood.
Mass have inspected the components described in this Owner's Report during the period A//- W to _,_
6-d4 7, and state that to the best of my knowledge and belief, the Owner has peiformed examinations and
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taken corrective measures described in this Owner's Report in accordance with the inspection plan and as required by the ASME Code,Section XI.
By signing this cenificate neither the Inspector nor his employer makes any warranty, express or implied, concerning the examinations and corrective measures described in this Owner's Report. Furthermore, neither the inspector nor his employer shall be liable in any manner for any personal injury or property damage or a loss of any kind arisin from or connected with this inspection.
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Commissions Tex 826 Inspector's Signature National Board, State, Province, and Endorsements B. R. Russell Date I -/2 -19 O
.