ML20197C355
| ML20197C355 | |
| Person / Time | |
|---|---|
| Site: | South Texas  |
| Issue date: | 12/31/1997 |
| From: | Haning J, Mcintyre A, Thomas S HOUSTON LIGHTING & POWER CO. |
| To: | |
| Shared Package | |
| ML20197C265 | List: |
| References | |
| NUDOCS 9712240171 | |
| Download: ML20197C355 (106) | |
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1RE07 INSERVICE INSPECTION
SUMMARY
REPORT FOR STEAM GENERATOR TUBINE ofthe SOUTII TEXAS PROJECT ELECTRIC GENERATING STATION - UNIT 1 P.O. BOX 289 WADSWORTil, TEXAS 77483 t
l Owner: Houston Lighting and Power Cr.aipany City Public Service Board -! san Antonio Central Power and Light Company City of Austin l
l Commercial l
t Operation: August 25,1988
- Issue Date
- DECEMBER 1997 fok22gopack05 8 O
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q]g 1RE07 INSERVICE INSPECTION SUMM ARY REPORT FOR ST EAM GENERATOR TUBING ofthe SOUTH TEXAS PROJECT ELECTRIC GENERAT!NG STATION UNIT 1 USNRC DOCKET NO.: 50-498 OPERATING LICENSE NO.: NPF-76 COMMERCIAL OPERATION DATE: August 25,1988 k
Prepared By: Ed. w. /2. - /5- 57 J.L fjaning ~0 Date ISI Engineer - Steam Generator Tubes Approved By: , & 4.c p/e.5,4a /2 - /5- 97
- A. C. McIntyre Date Director- Engineering Projects Approved By:
/ Ilt 97 S. E. Thomas Date Manager - Design Engineering Department
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J TABLE OF CONTENTS '
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=Page.
No. - o
[ 1.0 ' Introduction ' 1-i 2.0. Scope of Examinations 3
. ' 3.01 Personnel, Procedures and Equipment 5' f I
, L 3.1 -- Personnel Qualifications 5 13.2 Examination and Analysis Procedures 5 --
3.3- Equipment 7
. 3.4 - Calibration Standards -- 8
-4.0- Summary of Examinations 9 5.0 L Examination Results and Corrective Actions '10 O
- V 5.1 SteaniGenerator A 11 5.2 -Steam Generator B 12 5.3 Steam Generator C 12
. 5.4 . Steam Generator D 13 +
. - 6.0 - Certification ofInspections 16 Appendix A'_ List ofExamination and Data Analysis Personnel _ i Appendix B - Tubes Examined by MRPC at Locations Other Than TSH or TSC Appendix C Tubes with Tube Wall Thickness Reduction Appendix D - Dings and Dents
- Appendix E Tubes Removed From Service Prior to and During 1RE07 s Appendix F:. Owner's Report for Inservice Inspections - NIS-1 Form 4
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((. ) STEAM GENERATOR TUBE EXAMINATIONS 1.0 Introduction This Sununary Report describes llouston Lighting & Power Company's (HL&P's)Insenice inspection (ISI) of the Steam Generator (S/G) tubing at South Texas Project Electric Generating Station, Unit 1 (STPEGS-1) during the 1REO7 refueline, outage.
The steam generator tube 151 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 of Nuclear 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 intenal of STPEGS-1 began August 25,1988. Because STPEGS-1 was out of senice continuously for 13 mcnths, 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 interval to September 24, 1999. The ISI summarized herein constitutes the seventh ISI performed dur.ng the first ten year inspection interval. The IRE 07 steam generator tubing ISI commenced on September 16,1997 and was completed on September 30,1997, p
d The STPEGS-1 ISI program for the first inspection interval is described in the Ten Year ISI Plan previously filed with the Nuclear Regulatory Commission (NRC) and the State Of Texas. The STPEGS-1 program was developed and is being implemented in accordance with 10CFR50.55a, IWB (Examinatica Category B-0) of the 1983 Edition of Section XI Code with the Summer 1983 Addenda, HTPEGS Technicel Specification 4.4.5, and other regulatory and Code cases as specified in the 'I en Year ISI Plan.
This Summary Report satisfies the reporting requirements of ASME Code Section XI, IWA-6000 and 4.4.5.5 (b) of the STPEGS Technical Specification.
Section 3/4.4.5 of the Technical Specifications also provide alternate repair criteria for outer diameter stress corrosion cracking at tube support plates and primary water stress corrosion cracking of tubes within the tubesheet. This report discusses aspects of the implementation of alternate repair criteria. A separate report discusses the implementation of the altemate repair criteria for outer diameter stress corrosion cracking at tube support plates in detail and responds to the requirements of BAW-10204P "Scuth Texas Project - Unit 1 Tube Repair Criteria for ODSCC at Tubes Support Plates", paragraph 13.3.
The STPEGS-1 plant design conta".ns four (4) Westinghouse recirculating design model E2 steam generators. Each model E2 steam generator was designed and fabricated by Westinghouse Ek ctric Corporation of Tampa, Florida. Each steam generator contains 4864 tubes. The tubing p materia! is low temperature mir mnealed ASTM SB-163 Inconel having a nominal outer diameter Q (OD) of 0.750 inch and nonnu wall thickness of 0.043 inch. The nominal thickness of the tubesheet is 22.65 inches.
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g 2.0 Scope of Examinations
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The STPEGS 1 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 In-senice inspection of Steam Generator Tubing at the South Texas Project Electric Generating Station Unit 1" was prepared by WNSD and approved by HL&P. 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. In addition to the evaluation for tubing degradation, a single auto-analysis was to be performed for an evaluation of the following: (1) dents and dings equal to or greater than 3.0 volts, (2) tube support plate ligament condition, (3) sludge heights in each steam generator, and (4) interfering signals, e.g., mixed residuals, copper signals, etc., that could cause misinterpretation of an ODSCC signal at a tube support plate intersection.
Motorized Rotating Pancake Coil (MRPC) ET of the hot leg top of the tubesheet (TSH) for each insenice 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.
/^S U MRPC ET concurrently of a first, second and third sample of tubes at the top of tubesheet intersection in the cold leg (TSC) of each steam generator. The area ofinterest to be exa. , ced extended one (1) inch above to two (2) inches telow the secondary face of the tubesheet. These samples conipused areas in more than twenty-two (22) percent of the in-senice tubes.
Plus point coil ET of the U-bend section of all tubes in Row 2 and twenty (20) percent of the tubes in each of the Rows 1 and 3 in each steam generator. The area to be examined extended from the uppermost tube support plate on the cold leg side to the uppennost tube support o.' the hot leg side of the bundle.
MRPC of 257 Special Interest exammation areas in 198 tubes, including the specialhhg program discussed below. These Spec'al Interest examination areas consist of top of thu tubesheets, tube support plates, baffle plaies in the pre-heater region, and free-span regions where previous indications existed or where experience indicated a higher potential for degradation. During the course of the outage, a total of 6 indications in 5 tubes were removed from the program, by Outage Plan Change Form, based on fmdings during the 1RE07 inspection and baseline review process.
Included in the above SpecialInterest program was an exae/ nation of a 20% random
,, sample of all freespan dings equal to or greater than 5 Volts. The sample was chosen to cover tne 20% quantity (62) ofdings but by picking tubes (where possible) which had (3-) multiple dings meeting the criteria in an effort to control inspection time. In addition, if there were any other dings in a tube selected, even if below the 5.0 Volt sort criteria, they 3
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-Q were included in the population to be tested. This program resu_hed in 95 examinations in 54 tubes and included 64 ding indications greater than 5.0 volts. 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'
- requirenwnts of the Ten Year ISI Plan.
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J3.0 LPsrsonnel, Procedures, and Equipment 1
c - 3.1 i Personnel Qations:
4 The personne.1 who performed the ET acquisition and analysis during the 1REO7 outage were employed by WNSD, NDE Technology, Anatech International, Quantum NDE Services, Core iStar intemational, Laboratory Commercial Senices, Northem States Power, Korea Power ;
Systems,- Inetec,' Zetec, and Framatome Technology, Inc. (FTI). They were certified in -
accordance with the requirements ofIWA-2300 of ASME Code Section XI and the certification practices of their respective ernployers. Ninety4ix (%) percent of the production ET analysts _ i were certified as Qualified Data Analysts (QDA's) for the steam generator work performed. It is noted that the growth rate evaluation for Ahernate Repair Criteria (ARC) data was performed by
. one QDA and four non-OA's. A QDA is a LevelIIA or III who has passed rigorous testing of -
, his ability to analyze a random selection of expertly-judged indications, from the Electric _ Power
' Research Institute's "PWR Steam Generator Examir.ation Guidelines", Appendix G Performance Demonstration Database for various steam generator designs and all types ofknown defects.
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. Before an ET data analyst could perform any analysis during iREO7, they were required to
! successfully complete a STPEGS plant site specific steam generator ET data analysis training program. The analyst training program consisted of(l) ET data analysis course and (2) site o specific laboratory / practical training. The ET data analysis course consisted of a classroom 2 lecture (or video tape) and reading of a training manual and the analysis procedures. The course addressed the specific STPEGS steam generator design, operating history, presions ET resuhs,
- ' the data acquishion procedure, and analysis procedures to be used for the STPEGS Unit I ET examinations. The site specific laboratory / practical training included hands-on review of the flaw
- indications of the types that have been identified at STPEGS or at other plants of simdar design to STPEGS. Successful completion of the site specific course required the passing of a written and g - a practical (hands on) test, which could be limited to either bobbin coil, MRPC or both, depending on staffing requirements.
For personnel involved in the performance of the ET acquisition anNor 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 L of the persons last name and the last four digits of their social security (or passport) number.
- ' .i.2 Examination and Analysis Procedures
! All ET inspections were performed in accordance with tlw WNSD procedure MRS 2._4.2 GEN-35, Revision 6 entitled, " Eddy Current Inspection of Presenice and Insenice Heat E* hanger Tubing" with Field Change Request No.1. This procedure, with the change authorization, is ,
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- STPEGS document no. 120-09-000036-AWN.
V 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 coil procedure is an ahemative to the technique described in ASME Code Section V, Article 8, I-
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. 42, which requires that the probe pull speed not exceed 14 inches per second, without being _
demonstrated to the satisfaction of the Authorized Nuclear Insenice Inspection (ANII).
1 A nominal pull speed of 40 inches per second with a digital signal sampling rate of 1400 samples per second or greater, as defined Table 2 of Para.-7.4.13 of MRS 2.4.2 GEN-35, was used during
= the 1REO7 ET examination. The Acquisition Technique (ACT) Sheet TGX-01 authorizes the -- .
higher pull speed and was signed by the WNSD LevelIII representative and the STPEGS .
i i@adative. The faster probe pull speed was demonstrated to the satisfaction of the ANII in
, - acco da 1 with IWA-2240 of Section XI. An additional ACT Sheet, TGX-01 A, was used for '
thet 3 of the U-bends of the Rows 1,2 and 3 tubes. This permitted a slower no ninal pull speed *nches per second with a digital signal sample rate of 850 samples per second or greater to reduce the effects ofprobe snap through the U-bend.
The MRPC ET examination techniques were performed using the examination frequencies of 300, 200,100, and 10 kHz in the absolute nxxle. All combinations of possible MRPC probe configurations and/or locations, including contingencies, that could have been encountered are covered on ACT Sheets TGX-02/02A, TGX-03/03A, TGX-04, TGX-05 and TGX-06.
. The ET data analysts performed _ the analysis per Westinghouse procedure NSD-FP-1997-8053
- Rev. O, titled, " Steam Generator Eddy Current Data Analysis Procedures", STPEGS Document
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No. 0120-09-00077-AWN. All bobbin coil and MRPC ET data for each steam generator tube O were subjected to two (2) separate independent analyses in accordance with HL&P Engineering Instruction El-8.02, entitled " Steam Generator Eddy Current Data Control", Revision 1, except that analysis for dents, dings, support structure degradation and sludge depth was limited to a single analysis.
WNSD and it's subcontractors performed the primary analysis in accordance with STPEGS document no. 0120-09-000036-AWN. FTI and it's subcontractors performed the secondary analysis in accordance with the FTI procedure 54-ISI-400-5 entitled " Multi-frequency Eddy Current Examination of Tubing" with Safety Document Change Notice No. 30-5000588. This FTI Procedure, with its change, is STPEGS document No. ST401280-00231-A2U.
The primary data evaluation for degradation was performed manually by the analysts using the Westinghouse ANSER software. Ni single analysis for dentsMings, support structure degradation and sludge depth was performed using ANSER auto-analysis routines. The
_ secondary data evaluation was performed manually using the Zetec Inc. Eddynet 95 software.
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The ET primary and secondarv data analysis was performed in separate facilities. The primary analysts were located at the WNSD Remote Eddy Current Data Analysis Center (REDAC) in
' Madison, Pac The secondary analysts were located at the Rockridge facilities in Benicia, Ca.
Results of all of the eddy current examinations were recorded on a digital rewritable optical disk and the final resolutim data' sheets, which are stored as records. Each disk contains the raw ET 1 i 7p data, secondary, and resolution resuhs for each calibration group. The optical disks also contain
- G! - 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 cahbration group
- number have been recorded on the data sheets and optical disksi Therefore, the system 6_
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..g i calhation and calibration verification of the raw signals for each tube examined can be easily l 3.3 L L Equipment l The hot legs of all steam generators were tested utilizing the Techrad TC-6700 test instrument >
- and WNSD ANSER 8.1, Rev 75 soRware. The cokilegs were tested utilizing the Zetec MIZ-4 30A test instruraent and Zetec Eddynet '95 version 4.0 Patch 14 soRware.~ The primary analysis was performed using ANSER soRware, ANSER 8.2 Rev 30. This soRware is produced by ;
WNSD. The secondary analysis was performed using Eddynet '95 Version 4.0 Patch 14 soRware.
Both test instruments and soRware store and process the ET data in a digital format and have a -
mignihntly improved dynamic range and signal-to-noise ratio as compared to analog systems.
Both test systems are capable of being opereted at tocations remote from the steam generators
. (e.g., in low radiation areas).
The ASME Boiler and P1 essure Vessel Code, Nuclear Components Code Case N-401-1, " Eddy Current Examination-Section XI, Division 1", was used aRet the digital equipment and _the ET technique used were demonstrated to the STPEGS ANII in accordance with Case N-401-1.
U-bend acetions of tubes in rows 1,2 and 3 were examined from either leg depending on schedule considerations using either a 0.590 or a 0.610 inch diameter magnetic-biased bobbin coil ET 1f probe. The test extent was from the top support plate on the far side (side opposite from which the probe entered the tube) to at least the second support plate from the top on the near side. The straight lengths in both legs of these low row tubes were tested separately with a 0.610 inch
, magnetic-biased diameter probe. For all other tubes, the bobbin ET examinations wen performed p with a 0.610 inch diameter magnetic-biased probe.
l- In conducting MRPC ET in the straight sections of tubing, at TSP's for those bobbin coil indications related to Ahernate Repair Criteria and during the TSHffSC programs, WNSD used 0.610 inch diameter three (3) coil MRPC probes. These MRPC probes contained one 0.115 inch diameter pancake coil, one coil sensitive to axially oriented flaws and one coil sensitive to circumferentially criented flaws.
All circumferentially oriented and mixed-mode indications found durmg the TSH MRPC program and those bobbin coil TSP ligament indications were subjected to inspection with a 0.610 inch diameter plus-point RPC probe. This 3-coil probe design consists ofone (1) phu-point coil y' - (interwoven axialty and circumferentially oriented coils that are differentially connected), one (1)
O.115 inch diameter pancake coil and one (1) shielded high frequency 0.080 inch diameter pancake coil.
The low row ubend RPC program was conducted with a 0.580 inch diameter single coil plus-point probe. This probe was also used inspect a freespan non-quantifiable indication situated very
- near the cold leg U-bend tangent point in R43C46 in C steam generator.
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}3.4 ' Calibration Standards -
The calibration standard design used for bobbin coil inspections was a combination in-line :
, standard. It contained ASME Code Section XI flaws, drill holes for measuring probe wear, simulated AVB wear flaws, a small derc, and both carbon steel and stainless steel support rings.
The calibration standard utilized for the great majority of the hot leg MRPC wm a guide tube design containing several ID and OD axial and circumferenthi electro discharge inachined (EDM)
- notches in sufficient quantities to pennit the sizing ofindications if n-cessary. All MRPC ET conducted at the locations of bobbin coil ET distorted support indications was performed using
" standards oithis design. The ET calibration standards used for the cold leg MRPC inspections . !
. were also a guide tube design but incorporated both flat bottom holes and only two (2) EDM -
notches. - This design was also used for a small number of hot leg examinations. The number of EDM notches in the cold leg standard design were not adequate to allow sizing, thus for those o inspections that required sizing it was necessary to utilize a separate hand-held SDM notch sizing standard. Also, a baffle plate wear scar standard was used to size indications found at cold leg l baffle plates.
The standards used to inspect the U-bend regions in Rows 1 and 2 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-bmd areas of the Row I ami 2 tubes in each steam .
generator have received an in-situ hes' treatment to improve their resistance to stress corrosion I\ cracking. The ET cahhation s:.indards used were not subjected to that heat treatment; however, -
O ASME Boiler and Pressure Vessel Code, Nuclear Components Code Case N-402-1, " Eddy Current Cahhation 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 cahhation standards used meet the requirements of the ASME Code Section XI.
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4 k)- L 4.0 - Summary ofExaminations Bobbin coil ET 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
C: cam Generator - Number Examined
-A 4799 B 4801 C 4811 p D 4788 f A single auto-analysis of the bobbin coil dsta was performed to evaluate the following: (1) dents -
and dings equal to or greater than 3.0 volts, (2) tube support plate ligament condition, (3) sludge heights in each steam generator, and (4) interfering signals, e.g., mixed residuals, copper signals, etc., that could cause misinterpretation of an ODSCC signal at a tube support plate intersection.
MRPC ET examinations _were conducted at 100% of the hot leg top of the tubesheet (TSH) intersections. All single circumferential indications (SCI) and multiple circumferential indications
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.O (MCI) detected during the TSH exammation were re-examined with a plus-point coil to permit detailed crack characterization in accordance with the document "EPRI Alternate Repair Limit for-Circumferential Cracking at Expansion Transitions: ECT, Data Analysis, and Engineering Data Requirements". In addition to the TSH MRPC program. .u ample MRPC progr. m was also i undertaken at the cold leg top of tubesheet (TSC) interfact. This sample program contained 1086 tubes (approximately 22% of the tubes) in each steam generator. There were no findings that necessitated expansion of the TSC MRPC program.
MRPC ET was also conducted at the various tube locations other than at TSH/fSC, as listed in Appendix B. The listings of Appendix B includes, in part, all locations where bobbin coil ET a~ indicated a signal at a tube support plate (TSP) which may be (1) possible ODSCC exceeding 1.0 volt,-(2) possible ODSCC in the Alternate Repair Criteria TSP Plugging Limit Exclusion Zone, (3) a dent exceeding 5.0 voks, (4) indicative of support plate ligament degradation, or (5) an
. interfering signal, e.g., copper or mixed residual of sufScient magnitude to 'cause a 1.0 volt
- ODSCC indication to be_ missed or misread.- In addition, Appendix B includes all freespan (both
- abov- .xl within the tubesheet) non-quantifiable ET indications, e.g., NQI, DNI, DTI, etc., which cc la not be verified to be present in baseline data, that were examined by MRPC for final disposition. Further, selected freespan dings that were inspected to insure that there was no cracking being masked by the dings are also listed in Appendix B.
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4 5.0 : Examination Resuhs and Co Tective Actions
- The location of the indications were recorded relative to the adjacent tube support, baffle platef and/or anti-vibration bar. The tube support plates and baffle plates were numbered consecutively :
from 01 H to 10H (on the hot leg) and from 11C to 23C (on the coki leg) starting on the hot leg side, over the U-bendi and down the cold leg side of the steam generator. The antinibration bars
- were numbered AVI, AV2, AV3, and AV4 from the hot leg to the cold leg side, respectively.
. Indications in the tubesheet. area were recorded relative to TEH or TSH (hot leg) or TEC or TSC. r
. (cold leg) depending on whether the indications were at the tube end (E) or secondary face (S). .
-In addition, the vertical distances from these landmarks to flaws were recorded, with positive being upward from the reporting structure. In the U-bend region, the positive direction was .
measured from one land mark to the next, progressing from the hot leg to the cold leg, i.e., an
. indication between AVI and AV2 was located as AV1 + x.xx inches.
- ET indications contained in this report were assigned three letter codes. The indication codes ' ,
reflect the susnected nature of the discontinuity, Some of the codes used are as follows:
- DNG - ding
. DNI - ding or dent containing a possible indication DNT - dent DSI - distorted support with possible' flaw indication .
MAI- muhiple axialindication MBM - manufacturing burnishing marks MCI - multiple circumferential indications MVI - multiple volumetric indication NQI - non-quantifiable indication SAI- single axialindication SCI - single circumferential indication 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 contained in Appendix C. Also included in Appendix C are the SAI, SCI, MAI and MCI indications detected by MRPC ET. SAI, SCI, MAI and MCI 1 indications are expected to be the resuk ofcracks. These indication classifications may be considered to be reductions in the tube wall thickness. All of these indications were plugged regardless ofdepth.
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In August 1997, a review ofpreviously called free span indications was performed to' establish tracibility of these already identified signals to the baseline bobbin coil data. In addition, during the 1RE07 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 to let those
. Ltubes with corresponding signals in the baseline, which had not changed, to remain in senice.
. The great majority of these imperfections, when tested by MRPC, were shown to be volumetric.
Those MRPC volumetric indications which could not be found in the baseline data remained as SVI/MVI and were ultimately removed from senice. These tubes are also listed in Appendix C.
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No copper deposits, circumferential cracks at tube support plates, or axial cracks extending beyond the edge of the tube support plates were detected by either bobbin coil or MRPC testing.
Further, from the bobbin coil data, there was m reportable evidence of sludge height in any of the steam generators on either the hot or cold leg secondary face of the tubesheet.
Based on fabrication records, it was known that Row 1 tubes in C and D steam generators at tube sheet support plates 19C and 21C and Row 48 in steam generator C at elevations tube sheet support plates 18C and 20C had been trunmed into adjacent tube holes during manufacture and may very well be identj6ed as Possible Support Indications (PSI) during the bobbin coil data evaluation of the condition of tube e pport plate . Exclusive of those expected, only nineteen (19) were called and only seven (7) of those were deemed candidates for fhrther RPC inspection with a plus-point coil. The plus-point coil inspection of those seven (7) candidates revealed no evidence of service induced degradation, e.g., cracking or erosion, in the support plate ligaments.
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 Thirty-five (35) areas of tube degradation, as dermed by the Technical Specifications in 4.4.5.4, f]
U were detected in thirty-two (32) tubes. Of these tubes with indications of degradation, thirty-one (31) were defective as dermed by the Technical Specification 4.4.5.4 Steam Generator A had seven (7) areas of degradation detected by bobbin coil /MRPC at locations other than in the TSIVfSC transitions in seven (7) tubes. Of these tubes with indications of degradation detected by bobbin coil /MRPC at locations other than the TSHfrSC transitions, six (6) were considered to be defective. The SAI at 03H, associated with a DSI less than 1.0 Voh, in tube R28C36 is included in Appendix C, but it is not counted as degraded or defective because of tube support plate Alternate Repair Criteria.
Steam Generator A had twenty-three (23) tubes with twenty-four (24) areas of degradation detected by MRPC in the TSH transition. Of the tubes with degradation, all twenty-three (23) were considered defective.
Three (3) tubes contained volumetric degradation in the TSC MRPC program. Of tnese, tube R2C83 also contained volumetric degradation detected by MRPC at TSH. No supporting baseline infonnation could be found to support leaving these tubes in-sersice.
Five (5) tubes were preventatively plugged, three (3) of which surrounded two (2) tubes that exhibited possible loose parts (PLP's).
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No areas of degradation were detected by rotating probe ET in the U-bends of rows 1,2 or 3 tubes.
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t 5.2 ' Steam Generator B ?
- Thirty four (34) areas of tube degradation, as defined by the Technical Speci6 cations in 4.4.5.4, were detected in twenty-eight (28) tubes. Of these tubes with degradation, all twenty-eight (28) .
tubes were defective as defined by the Technical Specification 4.4.5.4.
Steam Generator B had one (1) area of degradation detected by bobbin coil /MRPC at locations other than in the TSHfrSC transitions in one (1) tube. This one (1) indication of degradation detected by bobbin coil /MRPC at a location other than the TSH/TSC transitions was considered to be defective.
Steam Generator B had thirty-three (33) areas of degradation in twenty-seven (27) tubes that
, were detected by MRPC in the TSH transition. Of the tubes with areas of degradation, all twenty-seven (27) were considered to be defective.
No areas of degradation were detected by rotating probe ET in the U-bends of rows 1,2 or 3 tubes nor was there any degradation detected in the TSC MRPC program.
' 5.3 ' Steam Generator C Forty-nine (49) areas of tube degradation, as defined by the Technical Specifications in 4.4.5.4, were detected in forty-four (44) tubes. Of the tubes with indications of degradation, all forty-four N (44) tubes were considered to be defective as defined by the Technical Specification 4.4.5.4.
These numbers include two (2) tubes exhibiting the presence of both a loose part and significant wear. In addition, tube R360107 was obstructed to a 0.560 inch diameter probe and was plugged.
Steam Generator C had twenty (20) areas ofdegradation detected by bobbin coil /MRPC at Deations other than in the TSHfrSC transitions in sixteen (16) tubes. Of these tubes with indications of degradation detected by bobbin coil /MRPC at locations other than the TSH/TSC transitions, all sixteen (16) were considered to be defective.
Steam Generator C had twenty-eight (28) areas of degradation in twenty-seven (27) tubes which were detected by MRPC in the TSH transition. Of these twenty-seven (27) tubes with
, degradation, all were considered to be defective.
In the TSC MRPC program, there was one (1) tube exhibiting a volumetric indication for which there was no supporting baseline data to allow this tube to remain in senice.
- No areas of degradation were detected by rotating probe ET in the U-bends of rows 1,2 or 3 tubes.
o 12
. _ _ _ _ _ _ _ _ ~, . _ . _ - _ _ _ _ _... - _._ _
[5]J [ Steam Generator D Fifty-three (53) areas of tube degradation, as defined by tie Technical Speci6 cations in 4.4.5.4, ' t were detected in forty-five (45) tubes. Of these tubes with indications of degradation, forty three
_ (43) were defective as defmed by the Technical Specification 4.4.5.4.
7 Steam Generator D had nineteen (19) areas ofdegradation detected by bobbin coil /MRPC at locations other than in the TSIFTSC transitions in eighteen (18) tubes. _Of these tubes with :
indications of degradation detected by bobbin coil /MRPC at locations other than the TSH/TSC transitions, sixteen (16) were considered to be defective. This quantity includes tube R14C61 ~
which also two (2) axial indications in the tubesheet.
- Steam Generator D had thirty-three (33) areas of degradation in twenty-seven (27) tubes were detected by MRPC in the TSH transition. Of these twenty-seven (27) tubes with degradation, all <
were considered to be defective. This quantity also includes tube R14C61 which had a defect detected by bobbin coil and confirmed by MRPC at 17C + 40.62 inches.
In the TSC MRPC program, there was one (1) tube exhibiting a volumetric indication for which >
l there was no supporting baseline data to allow this tube to remain in senice.
4 No areas of degradation were detected by rotating probe ET in the U-bends of rows 1, 2 or 3
, tubes.
The minimum required size of the initial ISI sample is defined in Technical Specifwation 3/4.4.5 Table 4.4-2. It requires that the minimum initial sample for inspecting four (4) steam generators L be three (3) percent of the total tubes installed in each generator. In addition, Technical
- Specification 3/4.4.5.2.e requires the following: "For Unit 1, implementation of the steam generator tube / tube support plate repair criteria requires a 100-percent bobbin coil inspection for hot-leg and cold-leg tube support plate with known outside diameter stress corrosion cracking (ODSCC) indications."
' The "1997 Outage Plan for the In-senice Inspection of Steam Generator Tubing at the South
-lexas Project Electric Generating Station Unit 1" required one hundred (100) percent of the tubes be examined by the bobbin coil method of ET, full length, and MRPC ET at TSH in the initial sample. -It also required approximately twenty-two (22) percent of the tubes to be' examined by
, MRPC ET at TSC. The initial sample requirements ofTechnical Specification 3/4.4.5 Table 4.4-2
~ and paragraph 4.4.5.2.e were met as is shown in the Tables on the following page.
l:
l
.13
. , . ..- . ..-. - .- .~. - . - , - -- ~
k The numbers of tubes examined in the bobbin coil Technical Speci6 cation inspection sample and -
by MRPC ET at the TSH, and the number of tubes which contain degradation and/or defects,-
- along with the syymgirde Result Categories are sumrnarized as follows:
Tubes Exendeed Degraded Tubes - Category Defective Tubes Steam Generator A ist Sample ET 4799- 32' 31 C-2 Steam Generator B -
1st Sample ET 4801-- 28- 28 C-2 Steam Generator C lst Sample ET - 4811: 45- 44 C-2 Steam Generator D
, 1st Sample ET 4788 45' 43 C-2
- S/G A had one and S/O D had 2 degraded tubes 20% or greater through-wall and exhi b iting
- more than 10% growth during the cycle.
The results of the MRPC ET at the TSC location are as follows:
e f
, Tubes Tested # De graded # Defective
. p This Accum. This - Accum. - This Accum. Category
\f Sample Samples Sample Samples Sample Samples
,S/G A- 1st Sample 201 201 0 0 0 0 C-1
. -2nd Sample 301 502- 2 2 2 2 C-2
-3rd Sample 584 1086 1 3 1 3 C-2 S/G B - 1st Sample 201 201 0 0 0 0 C-1
-2nd Sample 301 502 -0 0 0 0 C-1
-3rd Sample 584 1086 0 0 0 0 C-1 S/G C - 1st Sample 201 -201 0 0 0 0 C-1
-2nd Sample '301- 502- 0 0 0 0 C-1
- -3rd Sample - 584 1086 1 1 1 1 C-2 S/G D - 1st Sample - 201 201 -0 0 0 0 C-1
-2nd Sample 301- 502 0 0 0 0 C-1
-3rd Sample 584 -1086 -1 1 1 1 C-2
~ Because none of the Samples reached a C-3 category, it was not necessary to expand the TSC MRPC inspection program any further.
- Category C-3 is defined in the Technical Specification as follows
"More than 10% of the total tubes inspected are degraded tubes or more than 1% of the inspected tubes are defective." 4 None of the four steam generators reached the C-3 category in any of the indisidual programs or even with the programs grouped together.
14
l i
_-g
,9 ; Category C-2 iidefined in the Technical Specification as follows:
-- -- 3 "One or more, but not more than 1% of the total tubes inspected are defective, or between 5% . l and 10% of the total tubes inspected are degraded tubes."
- The examination resuhs for the 100 percent tube inspection by babbin coil ET and at the TSH -
with MRPC ET should be categorized as Category C-2. Some, but not all, of the examination j resuhs for the first, second, or third sample of the MRPC ET at TSC shoukt be categorized as Category C-2.: Should all of the initial and subsequent examination resuhs have been conservatively categorized as C-2, the consequence, according to Table 4.4-2 of the Technical Specification, is the addition to the initial sample of eighteen (18) percent additional tubes to be inspected. Full length bobbin coil ET and MRPC ET at TSH were performed on all in-senice -
tubes. MRPC ET at TSC was performed on more than twenty-two (22) percent of the in-service ,
tubes of each steam generator. Therefore, the Technical Specification requirements for additional ,
examinations required in response to examination results were met.
The tubes which were amoved from service by plugging prior to this ISI and as a resuk of this - l 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 fmm senice prior to 1RE07.
. O Y
4 4' t.
15
t 6.0j CertificationofInspections i
- A Section XI NIS 1 fonn, " Owner's Report for Inservice Inspections," has been prepared to -
- certify the STPEGS Unit 1 ISI examinations described in this Summary Report.--The STPEGS Unit 1 ISI examinations have been certified by our ANII, Arkwright MutualInsurance Company, . '
on the NIS-1 form included in Appendix F.
P i
O e
4: ,
I.d -
-g.
16'
_ _ _ _ _ = _ . . _ _ - . . .. _ _.
l' O
APPENDIX A LISTING O
CERTIFIED PERSONNEL
m j
p Appendix A ,
NM Listing of Certified Personnel
[
s
[ ACQUISITION PERSONNEL MILLER, K.C. II W' M2186 ,
CIIIPLASKEY, G.A. . ~ II W- C2990 '!
CRIMBLY, M.M. I -W' C9087 :
' GLENN, W.D. II W 08167 If0RVATII, J.I. II WESC II6479 DAWSON, F.D. II W DI487-ESTEL', J.W.~ - II .W E2361 ,
L MARDELL, D.M. 11 W M6037
.. McELHINNY, J.W. 11 W- M7741 -
MOORHEAD, O.C. I W M9898 PARRIS, J.R. II- W P9773
- ALTMAN,'I.R. I- WISCO A8552 COLLIER, WJ. TR WSS C3286
- Q-4: .-
MAINS, P.J. I W M8834 ' .;
PONKO, F.X - II -W P8660-SEKERAS, C.J. I W. S3527 TURNER, D.G. II. W T7095
'-DERBY, K.L. II ANATEC D9146
-s- THULIEN, T.A. IIA Z T5616 LAPE; G.L. 11 ' Z L6866 MILLER, E.L. II .Z M3575 MAYER, K.C, 11 CSI M9254
' TERIIAAR, M.A.
IIA Z 'T7451 BERTRAND, M.RJ II - CSI B3246 LUKER, S.E. .II CSI- L1389 p BATES,S. TR' WSS B1478 k
LO - A-I -
t 1 .
- - -. .--. . . - . . - .. - . . . . - - ~ .
-?
.J 1
r r
W.
D
-Listing of Certined Personnel Appendix A "
- ]
SITE RESOLUTION /IIISTORY FERSONNEL - ;
i
' NAME Company ' Level . USER ID ^ss e m INGRAHAM, R.II. NDE IIIA 12164 LEAD
- BEIERS, T.S. NDE IIIA B5052 IDSTORY -
BOWSER, G.C. CSI III B9540 NETWORK ,
- BROWN, M.E. NDE' IIIA B2687- RESO EGLON HARRIS, R.B. CSI III EI620 NETWORK
' NELSON, D.A.- NDE IIIA N7035 RESO liUMPHREY, R.A. ' LCS IIIA HI969 RESO STOKKE, T.F. NDE IIA S0558 HISTORY W11EELER, C.K. NDE IIA WI424 ;RESO .
STOREY,M.M- ~
FTI 13 S4373 RESO
~
CORNELL, D.A. FTI III C3340 HISTORY '
FULLER, C.L. FTI III F6623 -kESO t FUNANICH, J.J. FTI III F3453 RESO IiOLDEN T.A. _
FTI III HI748 RESO KORKOWSKI, E.M. FTI III K7060 RESO MERRIMAN, R.H. FFI III M7006 RESO REDNER,S.A. NSP III R8403 - HISTORY
+
.L
~
s d
& _ e __
4 y y- 4 + ,s:-g y -, m -gn-p-, -e-+ e---me .ce,e--w- ,c w -mee- e ,- m w w --- w
Nl f r ^ iAppendix A bv iListing of Certified Personnel i PRIMARY ~ ANALYSTS - WNSD -
1
~-
-DYE, J.E. W1 IIA D4816 l
- POPOVICH, R.A. W. -III P6444-
- SPENCE, W.J. W- .III S1253.
TAYLOR, S.IL . W III -T9093 - 1 OAERTNER.D. NDE -III 07210-HAYNES, W.R. NDE- -IIA H6377 -
LOHNER, E.T. NDE. IIA L1342 MAST, M.S.: NDE III M8713 McCHESNEY, W.D. QTM IIA M7080 -
ROGERS, G.F. QTM III R7770 =t
-WRUBLESKI, A.J. IIA W1758:
~
QTM ,
HAUCH,D. LCS IIA Ht977
' KIRK, M.B. LCS IIA K1785-STUMP, T.J. LCS IIA -S9700
- BEZLAJ, H. INETEC IIA
-B5613 GUDEK, K. INETEC IIA G6634 .
b JAKSIC, N. INETEC IIA J1591:
- KRIVOSIC, Z. INETEC IIA :K3632 KR17ANAC, D. INETEC IIA K6729 PAJNIC, M. INETEC IIA PltA5 POSTRUZIN, Z. INETEC IIA -P6759 KO, J.I. KPS- IIA K1435 IIA KWON, K.J, KPS K1517-
. LEE, M.H. KPS IIA L8580 ARC GROWTH BEENE, K. A. NDE IIIA B2852
. GRUBISIC,I .lNETEC IIA G6579
- MATOKOVIC,A. INETEC IIA M7776 :
OREB, E. INETEC IIA 04909 ,
ZUNAC, D. INETEC IIA 26264 1
4 f'y Appendix A ;
V. ~
Listing of Certified Personnel SECONDARY ANALYSTS - Framatome Technology l
NAME Company Level USER ID BARILAR, D. .- INETEC I!A B2608 BOWEN, E.A. FTI IIA .B4052 GRACIN, R. INETEC IIA - -G1807 ORESHAM, B.O. - FTI IIA G2927 HERRERA, G.S. ITI IIA H3464 llOliNJEC, R. INETEC- ' IIA H0174 JURIC-MARIJANOVIC, S. INETEC IIA J2105 KENEIPP, M.R. - FTI IIA K2707 KERSON, C.J. FTI IIA K6733 KUNAJ, K. ! INETEC. IIA K0114 NADINIC, B. INETEC - III N0132 PICEK, E. INETEC- IIA P0111 RUBIO, J.G. FTI IIA R3710 S ARAJLIJA, M. INETEC IIA . S0158 l
STANIC, D. INETEC IIA S0058
( T110MPSON, G.R. FTI III T1098 TOBIN, W.L. FTI IIA T5565 VEGA, J.A. FTI IIA V2036
.WATTERSON, M.J. FTI IIA W1841 YI, A.J. FTI IIA Y9341
-ZADO,V. INETEC III Z1518 CARRICK, R.M. FTI IIA C7651 DeFILIPPIS, N.J. FTI IIA D9424 FILARSKI, K.L. FTI IIA F7460 MUI, A.C. FTI IIA M9082 NETIIERCOTT,= J.E. FTI IIA N5432- .
PAVIA, F.B. FTI IIA P2472 RAYBURN, D.E. FTI IIA R4201 WATERS, J.R. FTI IIA W1373 READY, S.D.- FTI IIA R9452-VORNHAGEN, J.W. FTI IIA . V6131 OGLESBY, J.M.- FTI IIA 05001 A-4 4
5 "O .
- APPENDIX B t
! Tubes Examined by MRPC ,
e 1
at Locations cher Than O
TSH or TSC 4
i 5
4 4
I
- o ,
k' i l
Appendix B Tubes Ex mined by MRPC at -
Locations Other Than TSH or TSC p -S/G A-
\ -
ROW COLUMN - BEGIN TEST END TEST PROBE' 1 1 02H O2H 610-ZR 2 1 10H 11C 580-ZU 2 2 15C 14C 610-ZR 2 10H 11C 580-ZU
-2 -3 10H 11C 580-ZU ,
2 4 10H 11C 580-ZU 2 5 10H 11C S BO-ZU 4- 5 23C 20C 610-ZR 2 6 10H 11C SBO-ZU 1 7 10H 11C 580-ZU 2 7 10H 11C 580-ZU 3 7 10H 11C 580-ZU 10 7 04H OSH 610-ZR 3 8 10H 11C 580-ZU 24 8 01H O2H 610-ZR 2 9 10H 11C 580-ZU 2 10 10H 11C 580-ZU 2 11 10H 11C 580-ZU 2 12 10H 11C 580-ZU 2 13 10H 11C 580-ZU 17 13 01H 01H 610-ZR 22 13 TEC TSC 610-ZR
-]- 2 14 10H ,E 580-ZU 3 14 10H 11C 580-ZU 2 15 10H 11C 580-ZU 2 16 10H 11C 580-ZU 10 16 15C 14C 610-ZR 32 16 10H 10H 610-ZR 2 17 10H 11C 580-ZU 2 18 10H 11C 580-ZU 2 19 10H 11C 580-ZU 3 19 10H 11C 580 ZU 2 20 10H 11C 580-ZU
__ 2 21 10H 11C 586-ZU 2 22 10H 11U 580-ZU 28 22 02H O2H 610-ZR 44 22 22C 22C 580-ZP 44 22 22C 22C 610-ZR 2 23 10H 11C 580-ZU 10 23 07H 08H 610-ZR 27 23 02H- 02H 610-ZR 44 23 21C 21C 580-ZP 44- 23 22C 22C 610-ZR 45 23 22C 22C 580-ZP 45 23 22C 22C 610-ZR
-- C'O 33 24 10H 10H 610-ZR
_~Y B-1
Appendix B Tubes Examined by MRPC Ct Locations Other Than TSH or TSC f "'s S/G A
'wi _,.
ROW COLUMN BEGIN TEST END TEST PROBE 44 24 22C 22C 610 ZR 45 24 22C 22C 610-ZR 46 24 22C 22C 610-ZR 1 25 10H 11C 580 ZU 2 -25 10H 11C 580-ZU 2 26 10H 11C 580-ZU _
28 26 TSH 01H 610-ZR 2 27 10H 11C 580-ZU 3 27 10H 11C 580-ZU 10 27 96H 07H 610-ZR 2 28 10H 11C 580-2U 13 28 13C 12C 610-ZR 48 28 22C 22C 584ZP 2 29 10H 11C 580-ZU 3 29 10H 11C 580-ZU 2 30 10H 11C 580 ZU 3 30 10H 11C SRO-ZU 2 31 10H 11C SdO-ZU 3 31 10H 11C 580-ZU 48 31 21C 21C 610-ZR 1 32 11C 10H 580-ZU
['N 1 32 10H 11C 580-20
\~j 2 32 10H 11C 580-2U 44 32 11C 11C 610-ZR 45 32 03H 03H 610 ZR 2 33 10H 11C 580-ZU 2 34 10H 11C 580-ZU 1 35 11C 10H 580-ZU 1 35 10H 11C 580 ZU 2 35 10H 11C 580ZU 2 36 10H 11C 580-ZU 28 36 03H 03H 610-ZP 2 37 11C 1CH 580-ZU 2 37 10H 11C 580-ZU 1 38 10H 11C 584ZU 2 38 10H 11C 580-ZU 2 38 11C 10H 580-ZU 2- 38 10H 11C 580-ZU 1 33 10H 11C 580-ZU 2 39 10H 11C 580-ZU 2 40 10H 11C 580-ZU 3 40 10H 11C 580-ZU 36 40 22C 21C 610-ZR 2 41 10H 11C SCO-ZU 2 42 10H 11C 580-ZU 1 ) 11 42 22C 21C 610-ZR
)
B-2
Appendix B Tubes Examined by MRPC et locations Other Than TSH or TSC
~'
( i S/G A ROW COLUMN BEGIN TEST END TEST PROBE 47 42 25C 22C 610-ZR
,, 2 43 10H 11C 580 ZU 32 43 02H 03H 610:ZR_
32 43 04H 05H 61 b .
2 44 10H 11C (60 Z0 11 ,
44 14C 13C 610-Z R 2 ,
45 10H 11C 580 ZU 2 46 10H 11C 500 ZU 3 46 10H 11C 580 ZU 1 47 10H 11C 580 ZU 2 47 10H 11C 580 ZU 2 48 10H 11C 580 ZU
'l 49 10H 11C 580-ZU 3 49 10H 11C 580 ZU 2 50 10H _ 11C 580 ZU 2 51 10H 11C 580-ZU 1 52 _10H pC 500 ZU 2 52 10H 11C. 580 Z.U 2 53 10H 11C 580 ZU 3 53 10H 11C 580 ZU 5 53 14C 13C 610 ZR C'N 5 53 13C 12C 610 ZR x 34 53 10H 10H 610ZR 2 54 11C 10H 580-ZU 47 _
54 01H O2H 610 ZR 1 55 11C 10H 580 ZU 2
55 11C 10H 580 ZU 2, 55 10H 11C 500 ZU 1 56 11C 10H 580 ZU 2 56 11C 10H 580 ZU 2 56 10H 11C 580 ZU S 56 13C 12C 610 ZR 1 57 11C 1,OH 580 ZU 2 . 57 11C 10H 580 ZU 2 57 10H 11C 580 ZU 3 57 10H 11C 580 ZU 15 b7 02H 02H 610-ZR 2 58 11C 10H 580 2U 3 58 10H 11C 580 ZU 2 59 11C 10H 580-ZU 33 5s ISC 15C' 610-Z R 37 59 23C 21C 610 ZR 1 60 11C 10H 580 ZU 2 60 11C 10H 580-ZU 1 61 11C 10H 580-ZU
(' 'i 2 61 11C 10H 580-ZU G
B3 4
_ _ _ _ _ _ - . - _ - - . - - - - - . - - - . - - - - - - - - - - - - - - - - - - - - - - - ~ - - - - - - - - " - - - ' - ~ ~ ~ - - " ' '
Appendix 8 !
Tubes Examined by MRPC at Locations Other TNn TSH or TSC , ,
t S/G A l 4
Os ROW COLUMN i
BEGIN TEST END TESY PROSE i 2 62 11C 10H 580 ZU I 2 63 t1C 10H 500 ZU l 1 64 11C 10H 580-ZU '
2 64 11C 10H 580 ZU ,
1 65 11C 10H 580 ZU l 2 65 11C 10H 580 ZU ;
3 65 02H 03H $10 ZR 20 65 02H 02H 610 ZR 2 66 11C 10H 580 20 8 66 0 811 09H 610 ZR 2 67 11C 10H 500 ZU 2 68 10H 11C 580 ZU 1 69 10H, 11C ' 5801U ;
2 69 LH- 11C 580 ZU !
1- 70 10H 11C 080 ZU 2 70 11C 10H 680 2U j 3_ 70 _ 10H 11C 580 ZU l 30 70 04H 04H 610 ZR 2 71 10H 11C '
580 ZU 2 71 11C 10H 580-ZU i 3 71 10H 11C 580-ZU O _ 47 2
4 72 72 72 10H 04H 09H 11C 05H 10H 580 ZU 610 ZR 610 ZR 47 72 11C 11C 610 ZR '
2 73 10H 11C 580 ZU 17 73 04H OSH - 610 ZR 2 74 10H 11C 580 ZU 41 74 18C 17C 610 ZR 2 75 10H 11C 580 ZU 2 75 11C 10H 580 ZU 2 70 10H 11C , 580 ZU 3 76 10H 11C 580-ZU 6 76 08H 09H 610-ZR '
26 -76 04H 05H 610-ZR - >
2 77 1CH 11C 580-ZU +
1 78 10H 11C E80 ZU 2 78 10H 11C 580-ZU 5 78 12C 11C 610 ZR ,
5 78 20C 19C 610 ZR 11 78 12C 11C S10ZR 20 78 TSH 01H 610 ZR 2 79 10H 11C 580-ZU 2 79 11C 10H 580-ZU 2 80 10H 11C 580-ZU -!
2 80 11C 10H 580-ZU B-4
. ~
u pt, f & ,!--Tg g E w W r.r- ag -g -a,,we- y.g<a---91,y.-.-.p.-- >4--, -4*+m.* y >y-p .g q egp- .-y3 -y . g --- -,4
Appendix B Tubes Examined by MRPC at Locations Other Than TSH or TSC
() S/G A ROW COLUMN BEGIN TEST END TEST PRO 8E 2 81 10H 11C 580 ZU 2 81 11C 10H 580 ZU 580 ZU 2 82 10H 11C 2 82 11C 10H 580 ZU 6 82 02H O2H 610-ZR 2 83 10H 11C 580 ZU 2 83 11C 10H 580 ZU 10 83 20C 19C 610 ZR 2 84 10H 11C 580 ZU 2 84 11C 10H 580 ZU 2 85 10H 11C 580-ZU 2 85 11C 10H 580 ZU 2 86 10H 11C 580 ZU 2 86 11C 10H 580-ZU 25 86 08H 09H 610 ZR 2 87 10H 11C 580 ZU 2 87 11C 10H 580-ZU 2 88 10H 11C 580 ZU 2 88 11C 10H 580-ZU 14 88 17C 16C 610-ZR 25 88 02H 03H 610 ZR fQ 2 89 10H 11C 580 ZU V 2 89 11C 10H 580-ZU 45 BS O2H 03H 610 ZR 48 89 21C 21C 580 ZP 48 89 22C 22C SBO ZP 1 90 10H 11C 580-ZU 2 90 14C 13C 610 ZR 2 90 09H 10H 610-ZR 2 90 10H 11C 580-ZU 2 90 11C 10H 580-Zi!
34 90 09H 10H , d10-ZR 34 90 12C 11C 610-ZR 2 91 10H 11C 580-ZU 2 91 11C 10H 580-ZU 46 91 ?OC 19C 610 ZR 2 92 10H 11C 580 ZU 2 92 11C 10H 580 ZU 3 92 10H 11C 580-ZU 30 92 02H 04H 010 ZR 41 92 16C 15C 610-ZR 2 93 10H 11C 580-ZU 2 93 11C 10H 580 ZU 2 94 10H 11C 580-ZU 2 94 11C 10H 580-ZU 43 94 20C 19C 610-ZR
('")N, B5
Appendix B Tubes Examined by MRPC at LocatiMb Other Than TSH or TSC S/G A ROW COLUMN BEGIN TEST END TEST PROBE 2 95 10H 11C 580-ZU 2 05 11C 10H 580 ZU 2 96 10H 11C 580-ZU 2 _
96 11C 10H 584ZU g 3, _,. 96 10H 11C 580 ZU
[ 0 96 18C 17C 610-ZR 0 96 18C 17C 610 ZR 33 96 02H 02H 610 ZR 2 97 10H 11C 580;ZU 2 97 11C 10H 580- 7U_
5 97 18C 17C 610-ZR 6 97 18C 17C 610 ZH 16 97 11C 11C 610-ZR 2 98 10H 11C 580-ZU '
2 98 11C 10H 680-ZU 28 98 06H 07H 610-ZR 29 98 05H 06H 610 ZR 1 99 10H 11C 580-ZU 2 99 10H 11C i 580-ZU 2 99 11C 10H ~2 580-ZL/ , ,
16 99 11C 11C 610 ZR.
/^ 2 100 10H 11C 580-ZU
\ 2 100 11C 10H 580 ZU 40 100 02H 02H 610-ZR 2 101 10H 11C 580 ZU 2 101 11C 10H 580 ZU 35 101 02H 02H 610 ZR 2 102 10H 11C 580-ZU ,
2 102 11C 10H 580 ZU 2 103 10H 11C 580 ZU 2 103 11C 10H 580-ZU 27 103 22C 21C 610-ZR 2 104 10H 11C 580-ZU 2 104 11C 10H 580-2U 2 105 10H 11C 580 ZU
,2 105 11C 10H 580 ZU 2 106 10H 11C 580-ZU 3 106 10H 11C 580-ZU 23 106 14C 13C 610-ZR 24 106 22C 21C 610 ZR 33 106 02H 02H 610-ZR 2 107 10H 11C 580 ZU 2 107 11C 10H 680-ZU 3 107 10H 11C 580 ZU 2 108 10H 11C 580-ZU 2 108 11C 10H 580-ZU b['
B0 i
Appendix B Tubes Examined by MRPC ct Locations Other Than TSH or TSC S/0 A b]
ROW COLUMN BEGIN TEST END TEST PROBE i 3 108 10H _}1C 580-Z U -
30 108 22C 22C 610 ZR 1 109 10H 11C 580-ZU 2 109 10H 11C 580ZU 2 110 10H 11C 580-ZU 2 111 10H 11C 580-ZU 3 111 10H 11C 580 ZU 2 112 10H 11C 580 ZU 2 112 11C 10H 580 ZU 2 113 10H 11C 580 ZU 3 113 10H 11C 580 ZU 1 114 10H 11C 500 ZU 1 114 _11C 10H 580 ZU 2 ,
114 10H 11C 580 ZU 2 114 11C 10H 580-ZU 1 115 10H 11C 580 ZU 2 115 10H 11C 580-ZU 2 115 11C 10H 580-ZU 1 116 10H 11C 580 ZU 2 116 11C 10H 580 ZU 16 110 11C 11C 610-ZR O 2 117 11C 10H 580 ZU 4 117 TSC 23C 610 ZR 2 118 11C 10H 580 ZU 2 119 11C 10H 580 ZU 2 120 11C 10H 580 ZU Ch h
v B-7
l
%bes Ex: mined by MRPC at Locations Other Than TSH or TSC
[ S/G B L]J ROW COLUMN BEGIN TEST END TEST PROBE
~
2 1 10H 11C 580-7U 3 1 10H 11C 580 ZU 2 2 10h 11C 580 ZU 10 2 02H 03H 610 ZR 2 3 10H 11C 580 tU 3 3 10H 11C 580-7U 1 4 10H 11C 580 Zd_
2 4 10H 11C 580 ZU __
13 4 02H 02H 610-ZR ~
1 5 10H 11C 580 ZU~
2 5 10H 11C 580-ZU 1 6 11C 10H 580 ZU 2 6 10H 11C 580 ZU 2 7 10H 11C 580-ZU 3 7 10H 11C 580 ZU 2 8 10H 11C 580-ZU 2_ 9 10H 11C 580-ZU 2 10 10H 11C 580-ZU 2 11 10H ,
11C 580-ZU 10 11 13C 12C 610-ZR 20 11 13C 12C 610-ZR 20 11 14C 13C 610 ZR f')
V 2 12 10H 11C 580 ZU 3 12 10H 1,1 C 580-ZU 2 13 10H 11C 580 ZU 24 13 12C 11C 610-ZR 35 13 23C 22C 610-ZR 2 14 10H 11C 580 ZU 3 14 10H 11C 580-ZU 34 14 23C 21C 610-ZR 34 14 23C 22C 614ZR 2 15 10H 11C 580-ZU 3 15 10H 11C 580-ZU 35 15 11C 11C 610 ZR 2 16 10H 11C 580 ZU 1 17 11C 10H 500-ZU 2 17 10H 11C 580 ZU 2 18 _10H 11C 580 ZU 79 18 03H 04H 610-ZR 2 19 10H 11C 580 ZU 2 20 10H 11C 5842U 1 21 11C 10H 580-ZU l
2 21 10H 11C 580-Zi $
2 22 10H 11C 580-20 ~ ~
~'
10 22 14C 13C 610-ZR 1 23 11C 10H 580-ZU
. (v}
B-8 l
. - _ . _ m _ _ _ , . _ . _ . . . . _ _ _ . . _ . _ _ _ . _ - _ _ - _ _ - _ _. ~
Appendix 8 Tubes Examined by MRPC at i Locations Other Then TSH cr TSC l l
S/G B '
l ROW COLUMN SEGIN TEST END TEST PROSE !
2 23 10H 11C 580 ZU c 2 24 10H 11C 580-ZU 2 25 10H 11C - 580 ZU ;
4 27 - 25 12C 11C 610 ZR I 2 26 10H 11C 580-ZU !
4 2 27 10H 11C 500 ZU f 3 27 10H 11C- 580 ZU !
2 28 -10H 11C 580 ZU 8 28 05H 06H 610-ZR i
. 2 29 10H= 11C- 580 ZU -i 2 30 10H 11C - 5r, .ZU 1 26 30 16C 15C - 610 ZR [
2 31- 10H 11C 580 ZU .
19 31 02H 03H 610-ZP _
l 10 32 -
Z 28 32 07H 08H 610 ZR l 1 - 33 11C 10H 580-ZU i 2 33 10H 11C 580 ZU !
3 33 09H 10H 610-ZP f 19 33 06H 07H 610-ZP 2- 34 10H 11C 580 ZU '
38 34 23C 22C 610 ZR .
- 2 35 10H 11C 580 ZU !
1 36 10H 10H 610 ZR ;
36 2 10H 11C 580 ZU 2 37- 10H 11C 580 ZU 2 37 10H 10H 610 ZR 2 38 10H 11C 580 ZU 2 38 11C 10H 580 ZU '
2 39 11C 10H 580 ZU 1 -
2 40 11C 10H 580 ZU +
3 40 10H 11C 580-ZU 2 41 11C 10H 580 ZU 2 42 11C 10H 580 ZU i a 18 42 22C 21C 610 ZR 7
- 2 43 11C 10H 680-ZU '
2 44 11C 10H 580 ZU i 8 44 05H 06H 610-7R ;
14- 44 09H 10H 610 ZP 2 - 45 11C 10H 580-ZU -
1 46 11C 10H 580-ZU I
_. 2 46 11C 10H 580 ZU
- 37 04H ,
OSH 610-ZR .
2 47 11C 10H 580 ZU [
' O 2- - 48 -11C
-10H 580-ZU '
u .
B 9-
- i y r v. 6 w= .c 5 - -rw.-+-s - wi w Lh in e. .m --w.wr-was, --mr---+w,wwwwv'w'-. .-rs.+t-ww==*e.-- we+=-+++* w= w r' s-e a -mr -w
Tubes Examined by MRPC at l Locations Other Than TSH or TSC
(~'N S/G B
( )
ROW COLUMN BEGIN TEST END TEST PROBE 38 48 08H 09H 610-ZP 47 48 TSH 01H _
610 ZR 2 49 11C 10H 580 ZU 2 50 11C 10H 580-ZU 3 50 10H 11C 580 ZU 38 50 TSH 01H 610-ZR 2 Si 11C 10H 580-Zd 3 51 10H 11C 580-ZU 2 52 10H 11C 580-ZU 32 32 12C 11C 610 ZR 38 52 08H 09H 610-ZP 2 53 11C 10H 580-ZU 3 53 11C 10H 580-ZU 2 54 11C 10H 580-ZU 2 55 11C 10H 580 ZU 1 56 11C 10H 580 ZU 2 56 11C 10H 580-ZU 2 57 11C 10H 580-ZU 1 58 11C 10H 580 ZU 2 58 11C 10H 500 ZU 1 59 11C 10H 580-ZU
.A '
2 59 11C 10H 500-ZU 2 60 11C 10H 580 ZU 3 60 11C 10H 580-ZU 1 61 01H 02H 610-ZP 2 61 11C 10H 580-ZU_
2 62 11C 10H 580 ZU 17 62 11C 11C 610-ZR 29 62 03H 04H 610-ZR 2 63 11C 10H 580 ZU 17 63 05H 06H 610 ZR 35 63 18C 18C 610-ZR 1 64 1]C 10H 580 ZU 2 64 11C 10H 580-ZU 3 64 06H 07H 6142P 3 64 11C 10H 580 ZU 2 65 11C 10H 580 ZU 2 66 11C 10H 580-ZU 43 66 19C 18C 6142R 48 66 22C 22C 610 ZR 2 67 10H 11C 580 ZU 24 67 22C 21C 614ZR 2 68 11C 10H _
580 ZU 3 68 10H 11C 580-ZU 48 68 13C 13C 610-ZR 2 69
[]
v 11C 10H 580 ZU B-10
Appendix B Tubes Examined by MRPC ct ,
Locations Other Than TSH or TSC ;
S/G B
~'
ROW - COLUMN SEGIN TEST END TEST PROSE 2 70 11C '
- 10H 580-ZU 2 71 d 10H 580-ZU 9 71 16C 14C 610-ZR
- 29 71 09H 10H 610-ZP -;
29 71 12C 11C 610 ZR 2 72 11C 10H 580 ZU !
3 72 10H 11C 580 ZU 2 73 11C 10H 580 ZU l 1 74 10H 11C 580 ZU [
2 74 11C 10H- 580 ZU [
2 75 11C 10H 580 ZU ,
2 76 11C 10H 580 ZU 2 77 11C 10H 580-ZU i
1 78 10H 11C 580 ZU ;
2 78 11C 10H 580 ZU :
1= 79 10H 11C 580-ZU 2 79 11C 10H 580-ZU l 2 80 11C 10H 580-ZU 1 81 10H 11C 580-ZU 2 81 11C 10H 580 ZU
-2 82 11C 10H 580-ZU .j 3-C 3 82 10H 11C 580-ZU ;
V 2 83 11C 10H 580-ZU 27 83 12C 11C 610-ZR 2 84 11C 10H 580-ZU ,
2 85 11C 10H 580 ZU e 86 10H 11C 580 ZU ;
2 86 11C 10H- '
580 ZU 3 86 10H 11C 580 ZU 4 2 88 10H 11C 580-ZU ~
7 88 01H O2H 610-ZR 2 89 1JH 11C 580 ZU 3 89 10H 11C 580 ZU -i 2 90 10H 11C 580 ZU t 3 90 - 10H - 11C 580-ZU 3 90 14C 14C 610-ZR 1 91 10H 11C 580-ZU 2 91 10H 11C 580 ZU 2 92 10H 11C 5R0 ZU 28 92 11C- 11C 610-ZR 2 93 10H 11C 584ZU 29 93 16C 15C 610-ZR 2- - 94 - 10H 11C 580-ZU -I 3 94 10H 11C 5847U 3 95 10H 11C 584ZU .
2 95 10H 11C 580-ZU -
v l 841 1-
-- ---=g- w y up P4t- t ym +C h 9P'-s'P **T?1 -E-T e+1 "M'"Y W
Appendix B Tubes Examined by MRPC ct Locations Other Than TSH or TSC 8M U i )
ROW COLUMN BEGIN TEST END TEST PROBE 3 95 10H 11C 580 ZU 21 95 14C 13C 610 ZR 2 96 10H 11C 580-ZU 2 97 10H 11C 580-ZU 34 97 02H 02H 610 ZR 1 98 10H 11C 580 ZU 2 98 10H _ 11C 580-ZU 15 98 04H 05H 610. ZR 2 99 10H 11C 580-ZU 23 99 200 19C 610 ZR 1 100 TSH 01H 610 ZR 1 100 10H 11C 580-ZU 2 100 10H 11C 580-ZU 2 101 10H 11C 580-ZU 2 102 10H 11C 580 ZU 2 103 10H 11C 500 ZU 26 103 12C 12C 610 ZR 2 104 10H 11C 580.ZU 2 105 10H 11C 580 ZU 3 105 10H 11C 580 ZU 36 105 12C 11C 610-ZR
(] 2 106 10H 11C 580 ZU C/ 2 107 10H 11C 580-ZU 13 107 02H 02H 610-ZR 2 108 10H 11C 580-ZU 23 108 TSH 02H 610 ZR 1 109 10H 11C 580-ZU !
2 109 TSH 02H 610-ZR 109 10H 11C 580 ZU f
2 I 2 109 02H 02H 610 ZR h 3 109__ 10H 11C 580 ZU j 2 110 10H 11C 500 ZU h 2 111 10H 11C 580 ZU i '
1 112 10H 11C , 680-ZU 2 112 10H 11C 580-ZU ,,.
2 ~
113 10H 11C 580 ZU 3 3 113 10H 11C 580-ZU N :
2 114 10H 11C 580 ZU -
2 115 1UH 11C 580-ZU 'i :
18 115 04H __
04H 610 ZR 2 116 10H 11C 580 ZU 22 116 130 610-ZR '
1'jC 2 117 10H 11C 580-ZU
- 2 1I8 10H 11C 580-ZU .
t, 12, 118 12C 11C 610-ZR 2
- s 2 119 10H 11C 580 ZU N]
B 12 g
- Appendix B ,
Tubes Examined by MRPC et J 1 Locations Other Then TSH or TSC 1
~
S/G 8 9 i l , - HOW COLUMN BEGIN TEST END TEST PROSE 2 119 11C 10H- 580-ZU j i- 1 120 10H 11C 580-ZU j 2 120 10H 11C 580-ZU f $
l i
, i
. i i
I e
t 2
, 4-i
! h l.-
r I
A r
I I'
I r
'. a
!; i t.- -i l
+
B 13 .
!-- _ l 6
^
- - - - . . _ - . . - . - . . . - - J -. u l . .. - - - _ _ _ _ . . . . , . . . . - . - - - , .4... ..-,,--...m ..m._. . . . . . . - . , . - . . . . . . . . . . . , ,,i.- .- ---
l l
Appendix B Tubes Examined by MRPC at Locations Other Thw TSH or TSC l
(~N. S/G C h,
ROW COLUMN BEGIN TEST END TEST PROBE 2 1 10H 11C 580-ZU 2 2 10H 11C 580-ZU 1 3 10H 11C 580-ZU 2 3 10H 11C 580-ZU 2 4 10H 11C 580 ZU 15 4 21C 20C 610-ZR 16 4 06H- 08H 610 ZR 19 4 06H 07H 610-7R 19 4 05H 06H 610-ZR 2 5 10H 11C 580-ZU 22 5 04H 05H 610 ZR 22 5 03H 04H 610 ZR 22 5 14C 14C 610-ZR 2 6 10H 11C 580-ZU 2 7 10H 11C 580-2U 2 8 10H 11C 580-ZU 16 8 07H 08H 610-ZR 2 9 10H 11C 580 ZU 2 10 10H 11C 580 ZU 3 10 10H 11C 580-ZU 2 11 10H 11C 580 ZU
,T'T 2 12 10H 11C 580-ZU
'\.) 2 13 10H 11C 580 ZU 33 13 20C 20C 610 ZR 2 14 10H 11C 580-ZU 2 15 10H 11C 580-ZU 2 17 10H 11C 580 ZU_
2 18 10H 11C 580-ZU 3 18 10H 11C SBO-ZU 2 19 10H 11C 580-ZU 1 20 10H 11C 580-ZU 2 20 10H 11C 580-ZU 1 21 10H 11C 580-ZU 2 21 10H 11C 580-ZU 2 22 10H 11C 580-ZU 2 22 16C 15C 610 ZR 3 22 10H 11C 580 ZU 44 22 22C 21C 610-ZR 44 22 07H 07H 610-ZR 1 23 10H 11C 580-ZU 2 23 10H 11C 580-ZU 44 23 22C 21C 610-ZR 2 24 10H 11C 580-ZU 36 24 17C 16C 610-ZR 1 , 25 10H 11C 580-ZU
("N 2 l 25 10H 11C 580 ZU
(-)
B 14
Appendix B Tubes Examined by MRPC ct Locations Other Than TSH or TSC
(~ S/G C
%j ROW COLUMN BEGIN TEST END TEST PROBE 6 25 14C 13C 610-ZR 1 26 10H 11C 580 ZU 2 26 10H 11C 580 ZU 42 26 10H 10H 610-ZR 1 27 10H 11C 580-ZU _
2 27 10H 11C 580-ZU_
2 28 10H 11C 580 7U 6 28 16C 15C 61p ZR 2 29 10H 11C 5LO ZU 3 29 10H 11C 580 ZU 2 30 10H 11C 580 ZU 47 30 11C 11C 610-ZR 1 31 10H 11C 580 ZU 2 31 10H 11C 580-ZU 2 32 10H 11C 580-ZU 43 32 16C 15C 610-ZR 2 33 10H 11C 580-ZU 7 33 OSH 07H 610-ZR 2 34 10H 11C 580-ZU 36 34 10H 10H 610-IR 38 34 15C 14C 610-ZR
,O 2 35 10H 11C 580-ZU V 3 35 10H 11C 580-ZU 25 35 02H O2H 610 ZR 32 35 20C 21C 610-ZR 1 36 10H 11C 580-ZU 2 30 10H 11C 580 ZU 8 36 18C 17C 610 ZR 42 36 03H 03H 610-ZR 2 37 10H 11C 580-ZU 18 37 22C 21C 610-ZR 38 37 19C 18C 610-ZR 2 38 10H 11C 580-ZU 16 38 02H 03H 610-ZR 44 38 17C 16C 610-ZR 47 38 01H 02H 610-ZR 2 39 10H 11C 580-ZU 2 40 10H 11C 580-ZU __ _
28 40 23C 22C 610-ZR 1 41 10H 11C 580 ZU 2 41 10H 11C 580-ZU 44 41 11C 11C 610-ZR 1 42 10H 11C 580-ZU 2 42 10H 11C 580-ZU 2 43 10H 11C 580-ZU 9 43 04H 05H 610-ZR
,,a B 15
l Appendix B i Tut >es Examined by MRPC at j 1.ocations Other Than TSH or TSC
/N S/G C
]
ROW COLUMN BEGIN TEST END TEST PROBE 9 43 19C 18C 610 ZR 2 44 10H 11C 580-ZU 2 45 10H 11C 580 20 3 45 10H 11C 580-ZU 2 46 10H 11C 580-ZU 43 46 11C 11C 580 ZU 2 47 10H 11C 580-20 19 47 12C 11C 610-ZR 33 47 15C 14C 610 ZR 35 47 17C 16C 610-ZR 2 48 10H 11C 580 ZU 43 48 14C 13C 610 ZR 2 49 10H 11C 580 ZU 38 49 02H 02H 610 ZR 40 49 07H 08H 610-ZR 2 50 10H 11C 580 ZU 11 50 16C 15C 610-ZR 2 51 10H 11C 580 ZU 1 52 11C 10H 580 ZU 1 52 04H 05H 610-ZR 2 52 11C 10H 580-ZU 3 52 11C 10H 580-ZU
(]/
/
31 52 16C 15C 610-ZR 1 53 11C 10H 580-ZU 2 53 Ijd 10H 580-ZU 34 53 03H 04H 610 ZR 34 53 03h 05H 610-ZR 1 54 11C 10H 580-ZU 2 54 11C 10H 580-ZU 18 54 01H 02H 610 ZR 38 54 16C 15C 610-ZR 43 54 12C 11C 610-ZR 45 54 16C 15C 610-ZR 2 55 11C 10H 580-ZU 24 55 13C 12C 610-ZR 29 55 06H 07H 610-ZR 00 55 19C 18C 610-ZR
't 56 11C 10H 580-ZU 26 .i6 05H 06H 610-ZR 33 56 19C 18C 610-ZR 40 56 08H 09H 610-Z3 2 57 11C 10H 580-ZU 1 58 11C 10H 580-ZU-2 58 11C 10H 580-ZU
^ 31 58 17C 16C 610 ZR
,/ T- .
2 59 11C 10H 580-ZU L__ )
B-16
Appendix B Tubes Examined by MRPC ct ,
Locations Other Than TSH or TSC !
l S/G C ROW COLUMN BEGIN TEST END TEST PROBE 11 59 06H 07H 610-ZR 2 60 11C 10H 580-ZU 1 61 11C 10H 5BO-ZU l 2 61 11C 10H 580-ZU 2 62 11C 10H 580 ZU ,
3 62 11C -10H 580-ZU '
7 62 17C 16C 610-ZR 9 62 14C 13C 610 ZR 9 62 12C 11C 610 ZR 25 62 09H 10H 610 ZR 31 62 07H 07H 610-ZR 32 62 01H 02H S10-ZR t 48 62 01H 01H 610 ZR 1 63 18C 17C 610 ZR 2 63 11C 10H 580-ZU 12 63 16C 15C 610 ZR 26 63 12C 11C 610 ZR 33 63 02H 03H 610-ZR 35 63 17C 16C 610-ZR 35 63 12C 11C 610-ZR
, 2 64 11C 10H 580-ZU 17 64 06H 07H 610-ZR O- 27 27 64 64 02H 14C 03H 13C 610 ZR 610-ZR 1 65 11C 10H 580-ZU 2 65 11C 10H 580 ZU 3 65 11C 10H 580 ZU 11 65 17C 16C 610 ZR 2 66 11C 10H 580-ZU 2 67 11C 10H 580 ZU 8 67 07H 08H 610-ZR 12 67 05H 06H 810-ZR 48 67 16C 15C 610-ZR 2 68 11C 10H 580 ZU 9 68 07H 08H 610-ZR 42 68 11C 11C 610 ZR 2 69 11C 10H 580 ZU ,
32 69 23C 23C 610-ZR 37 69 12C 11C 610-ZR 40 69 OSH 06H 610-ZR 1 70 10H 11C 580-ZU 2 70 10H 11C 580-ZU 2 71 10H 11C 580-ZU 2 71 11C 11C 610 ZR i 38 71 20C 19C 610-ZR 38 71 08H 09H 610-ZR
- B-17
- . _ . _ _ . . __ >~._.-__...-m._._._.-. _ _ _ . _ _ .___m_____.m _ _ _ _
Appendix 8 Tubes Ext. mined by MRPC at Locations Other Than TSH or TSC
-, 8/G C l i
MOW Col.UMN SEGIN TEST - END TEST I PROSE j 1 72 10H 11C - 580-ZU ,
2 72 10H 11C 580 ZU !
4 72 05H 05H 610 ZR I 32- 72 08H 09H 610-ZR -
, 2 73 10H 11C 580 ZU i 17 73 12C 11C 610 ZR ;
=
2 74 10H 11C 580-ZU ,
40 74 18C 18C 610 ZR '
45 74 11C 11C 610 ZR :
1 75- 12C -11C 610-ZR 2 75 10H 11C 580 ZU ;
- - 18 75 06H 06H 610 ZR -;
2 76 10H 11C 580 ZU
- 2 77 10H 11C 580 ZU >
5 77 02H 03H 610 ZR 8 77 22C 21C 610 ZR
[
28 77 15C 14C 610-ZR 45 77 01H 01H 610 ZR f 2 78 10H 11C 580-ZU >
22 78 09H 10H 610-ZR I 2 79 10H 11C 580-ZU "
10H' O 3 15 2
79 79 80 -
19C 10H 11C 18C 11C 580 ZU 610 ZR 580 ZU 3 80 10H 11C 580-ZU 2 81 10H 11C 580-ZU 3 81- 10H 11C 580 ZU 2 82 10H 11C 580 ZU 2 83 10H 11C 580-ZU 41 83 10H -10H 610 ZR 44 83 11C 11C 610 ZR 2 84 10H 11C 580 ZU j 43 84 21C 20C 610-ZR 2 85 10H 11C 580 ZU ,
, 3 85 10H 11C 580-ZU j 2 86 10H 11C 580 ZU t 31 86 01H 03H 610 ZR 32 86 09H 10H 610 ZR !
1 :87- 10H 11C- 580 ZU 2 87 10H 11C 580-ZU -
32 87 16C 15C 610-ZR 45- 87 -12C 11C 610 ZR !
2 88- 10H 11C 580 ZU 11 88 01H 01H 610-ZR 17 88 0'. H - 01H 610 ZR .
17 88 02H 03H 610-ZR L
-8 18
. . ~ a. L. , _ - . - - . . , _ .2 ;_ . .- --_-. __ -.-...-,_ _.-_.-,u._..,-:_:_._....._,--.-...._.__.__...4..
Appendix B l Tubes Examined by MRPC at Locations Other Than TSH or TSC fy SIG C h
,U l ROW COLUMN 8EGIN TEST END TEST PROBE !
36 88 04H 05H 610 ZR !
39 88 TEH 01H 610-ZR !
39 88 TSH O2H 610 ZR 2 89 10H 11C 580-ZU ,
13 89 05H 06H 610 ZR 13 89 17C 16C 610 ZR 17 89 12C 11C 610 ZR ,
43 89 10H 10H 610-ZR 2 90 10H 11C 580-ZU 38 90 22C 21C 610-ZR 2 91 10H 11C 580 ZU 28 91 02H O2H 610-ZR ,
2 92 10H 11C 580-ZU -
2 93- 10H 11C 580 ZU 9 93 02H 03H 610-ZR 9 93 09H 10H 610 ZR 11 93 08H 10H 610 ZR ;
28 93 19C 18C 610-ZR
- 2 94 10H 11C 580 ZU 4 94 01H O2H 610 ZR 2 95 10H 11C 580 ZU 14 95- 20C 19C 610-ZR Os 14 95 20C 19C 610 ZP 19 95 02H O2H 610 ZH 20 95 04H OSH 610 ZR 22 95 09H 10H 610 ZR 2 96 10H 11C 580-ZU 16 96 03H 03H 610 ZR i 2 97 10H 11C 580 ZU
[ 3 97 10H 11C 580-ZU 22 97 01H O2H 610 ZR 39 97 13C 12C 610-ZR 45 97 09H 10H 610-ZR 2 98 10H 11C 580 ZU 3 98 10H 11C 580-ZU 33 98 08H 09H 610-ZR 39 98 05H 06H 610-ZR 2 99 10H 11C 580-ZU 18 99 03H 03H 610 ZR 42 99 22C 22C 610-ZR 43 99 09H- 10H 610-ZR
'43 99 22C 22C 610-ZR 44 99 22C 22C 610-ZR 2 100 10H 11C 580-ZU 3 100 10H 11C 580 ZU ,
df 42 100 22C 22C 610 ZR B 19 -
Appendix B Tubes Examined by MRPC ct Locations Other Than TSH or TSC ,
S/G C I N.) ROW COLUMN BEGIN TEST END TEST PROBE 43 100 22C 22C 610-ZR 1 101 10H 11C 580 ZU 2 101 10H 11C 580 ZU 35 101 03H 04H 610 ZR 1 102 10H 11C 580 ZU ,
2 102 10H 11C 580 ZU '
41 102 12C 11C 610-ZR 41 102 14C 13C 610 ZR 42 102 15C 15C 610 ZR 42 102 22C 22C 610-ZR 2 103 10H 11C 580 20 1 104 10H 11C 680-ZU 2 104 10H 11C 580 ZU 3 104 10H 11C 580-ZU 2 105 10H 11C 580 ZU 3 105 10H 11C 580 2U 11 105 09H 10H 610 ZR 2 106 10H 11C 580 ZU 2 107 10H 11C 580 ZU 3 107 10H 11C 580 ZU 2 108 10H 11C 580 ZU O
V 3
35 108 108 10H 06H 11C 06H 580 ZU 610 ZR 2 109 10H 11C 580-ZU 4 109 01H O2H 610 ZR 2 110 10H 11C 580 ZU 2 111 10H 11C 580-ZU 3 111 10H 11C 580 ZU 2 112 10H 11C 580 2U 3 112 10H 11C 580-ZU ,
2 113 10H 11C 580-ZU 10 113 05H 06H 610-ZR 18 113 20C 19C 610-ZR -
2 114 10H 11C 500-ZU 2 115 10H 11C 580-ZU 2 116 10H 11C 580 ZU 2 117 10H 11C 580-ZU 1 118 10H 11C 580-ZU 2 118 10H 11C 580 ZU 3 118 10H 11C 580-ZU 2 119 10H 11C 580-ZU 3 119 10H 11C 580-ZU 7 119 14C 13C 610-ZR 2 120 10H 11C 580 ZU
' m. ,
B 20 '
Appendix B Tubes Examined by MRPC at Locations Other Than TSH or TSC
^
( g S/G D V ROW COLUMN BEG N TEST END TEST PROSE 2 1 10H 11C 580 ZU 2 2 10H 11C 580 ZU 1 3 06H 07H 610 ZR 2 3 10H 11C 580 ZU 3 3 10H 11C 580 ZU 2 4 10H 11C 580 20 3 4 10H 11C 580-ZU 12 4 TSH 01H 610 ZR 18 4 04H 05H 610 ZR 2 5 10H 11C 580 ZU 2 0 10H 11C 580;ZU 3 6 10H 11C 580 ZU 18 6 21C 22C 610 ZR 2 7 07H 08H 610-ZR 2 7 10H 11C 580 ZU 2 7 07H 08H 610-ZR 2 8 10H 11C 580-ZU 5 8 16C 17C 610-ZR 8 8 02H 03H 610 ZR 13 8 TSH 01H 610 ZR 2 9 10H 11C 580-ZU p 7 9 03H 04H 610 ZR
( 12 9 12C 13C 610-ZR 2 10 03H 04H 610-ZR 2 10 10H 11C 580 ZU 2 11 10H 11C 580-ZU 2 12 10' ' 11C 580-ZU 2 12 in, 11C 610-ZR S 12 12C 11C 610 ZR 14 12 TSH 01H 610-ZR 2 13 10H 11C 580 ZU 3 13 10H 11C 580 ZU 1 14 10H 11C 580 ZU 2 14 10H 11C 580-ZU 18 14 12C 11C 610-ZR 2 15 10H 11C 580 ZU 3 15 10H 11C 500 ZU 12 15 08H 09H 610 ZR 1 16 10H 11C 680 ZU 2 16 03H 04H 610-ZR 2 16 10H 11C 580 ZU 2 17 10H 11C 580-ZU 2 18 10H 11C 580-ZU 3 18 10H 11C 580-ZU 18 18 17C 16C 610 ZR
-['}
C/
20 18 12C 11C 610 ZR B-21
Appendix B l Tutses Examined by MRPC at Locations Other Than TSH or TSC l
'~N S/G D ROW COLUMN BEGIN TEST END TEST PROBE 20 18 j
13C 12C 610 ZR 20 18 22C 21C 610-ZR 1 19 10H _11C 580 ZU 1 2 19 10H 11C 580 ZU 37 19 06H 07H 610 ZR 39 19 09H 10H 610 ZR 39 _ 19 08H 09H 610 ZR 1 20 05H 06H 610 ZR 2 20 10H 11C 580-ZU 34 20 12C 11C 610 ZR 41 20 09H 10H 610 ZR 2 21 10H 11C 580 ZU 29 21 12C 13C 610 ZR 2 22 10H 11C 580-ZU 11 22 22C TSC 610-ZR 2 23 10H 11C 580-ZU 29 23 09H 10H 610 ZR 29 23 12C 11C 610 ZR 29 23 13C 12C 610-ZR 41 23 05H 06H 610 ZR 2 24 01H 02H 610 ZR 2 24 02H 03H 610-ZR Q(f 2 24 05H 06H 610 ZR 2 24 10H 11C 580 ZU 2 25 10H 11C 580 ZU 2 26 10H 11C 580-ZU 3 26 10H 11C 580-ZU 2 27 10H 11C 580ZU 2 28 10H 11C 580-ZU 18 28 04H 05H 610 ZR 18 28 03H 04H 610 ZR 2 29 10H 11C 580-ZU 3 29 10H ' 11C 580-ZU 1 30 10H 1$C 580-ZU
? 30 10H 11C 580-ZU 3 30 10H 11C 580-ZU 16 30 08H 09H 610 ZR 39 30 02H 03H 610-ZR 2 31 10H 11C 580-ZU 1 32 10H 11C 580-ZU 2 32 10H 11C 580 ZU 3 32 10H 11C 580-ZU l 37 32 02H 02H 610 ZR 2 33 10H 11C 580 ZU 3 33 10H 11C 580 ZU
. . 10 33 07H 08H 610 ZR l N- ]'
l B 22 1
Appendix B Tubes Examined by MRPC at 8.ocations Other Than TSH or TSC
(s)
(
S/G D ROW COLUMN BEGIN TEST END TEST PROBE 2 34 10H 11C 580 ZU 3 34 04H OSH 610 ZR 2 35 10H 11C 580-2U 45 35 15C 14C 610-ZR 2 36 10H 11C 580 ZU 7 37 21C 23C 610 ZR 2 38 10H 11C 580 ZU 3 38 10H 11C 580 ZU 34 38 21C 22C 610 ZR 44 38 08H 09H 610-ZR 2 39 10H 11C 580 ZU 32 39 14C 15C 610 ZR 2 40 10H 11C 580-ZU 1
41 _ 10H 11C 580 ZU 2 41 10H 11C 580 ZU 10 41 02H 03H 610-ZR 1 42 10H 11C 580 ZU 2 42 10H 11C 580-ZU 15 42 18C 10C 610 ZR 2 43 04l' 05H 610 ZR 2 43 10H 11C 580-ZU 44 580-ZU
(]
()
2 1 45 10H 02H 11C 03H 610-ZR 2 45 10H 11C 580 ZU 3 45 10H 11C 580 ZU 6 45 02H 03H 610-ZR 24 45 22C 22C 610-ZR 31 45 05H 06H 610 ZR 2 46 10H 11C 580 ZU 18 46 04H 05H 610 ZR 2 47 10H 11C 580 ZU 12 47 12C 13C 610 ZR 36 47 09H 10H 610 ZR 36 47 16C 17C 610-ZR 2 48 10H 11C 580-ZU 2 49 10H 11C 580-ZU 2 50 10H 11C 580 ZU 18 50 17C 16C 610 ZR 1 51 10H 11C 580-ZU 2 51 10H 11C 580-ZU 3 51 10H '1C 580 ZU 9 51 02H 03H 610-ZR 1 52 02H , 03H 610-ZR 1 52 10H 11C 580-ZU 2 52 10H 11C 580 ZU
(
,] 5 52 TSH 01H 610-ZR v
B 23
t Appendix B Tubes Examined by MRPC et Locations Other Than TSH or TSC S/G D ROW COLUMN BEGIN TEST END TEST PROBE- !
39 52 01H O2H 610-ZR ,
2 53 10H 11C 580 ZU 3 53 10H 11C 580-ZU I 1 54 10H 11C 580 ZU 2 54 10H 11C 580 ZU l 9 54 09H 10H 610 ZR :
1 55 10H 11C 580 ZU 2 55 10H 11C 580 ZU '
43 55 11C 12C 610 ZR 2 56 10H 11C 580-ZU [
27 56 15C 16C 610 ZR 44 56 10H 10H 610 ZR 2 57 10H 11C 580-ZU 2 58 10H 11C 580 ZU 35 58 09H 10H 610-ZR 1 59 10H 11C 580 ZU I 2 59 10H 11C 580 ZU <
13 50 14C 15C 610-ZR 13 59 15C 14C 610-ZR f 18 59 04H 05H 610 ZR '
43 59 11C 12:: 610 ZR 60 4
O 2 2
14 61 61 10H 10H 17C 11C 11C 18C 580 ZU 580-ZU 610w2R i
14 61 16C 15C 610 ZR 14 61 17C 16C 6142R 2 62 10H 11C 580 ZU
^
1 63 10H 11C 580 ZU 2 63 10H 11C 580 ZU 2 64 10H 11C 580-ZU 38 64 22C 21C 610 ZR !
44 64 23C 22C 610-ZR !
47 64 10H 10H 610-ZR 2 65 10H 11C 580-ZU ,
2 66 10H 11C 5842U 1 67 07H 07H 610 ZR '
2 67 10H 11C 580 ZU 1 68 10H 11C ' 580 ZU 2 68 10H 11C 5842U
-3 88 10H 11C 580-ZU 1 69 10H 11C 580 ZU - '
2 69 -10H 11C 580-ZU 70 07H l 1 07H 610 ZR 2 70 10H 11C 580-ZU ~
2 70 07H 07H 610 ZR ,
14 70 07H 08H 610-ZR B 24
,e y w. ,
y g y -f .- m-- - ye w_. y ._,_m y ppmp. 2 -eav -g y y , y ,.,y 7-<<w.ppp m_w,
.. . _ . _ _ = . _
Appendix B Tubes Examined by MRPC at Locations Other Than TSH or TSC ;
(N, S/G D L] ROW COLUMN BEGIN TEST END TEST PROBE 37 70 14C 15C 610 ZR 2 71 10H 11C 580-ZU 9 71 14C 14C _ 610 ZR 1 72 10H 11C 580-2U 2 72 10H 11C 580 ZU 31 72 19C 20C 610-ZR 31 72 20C 19C 610-ZR 2 73 10H 11C 580-ZU 1 74 10H 11C 580 ZU 1 74 07H 07H 610 ZR 2 74 10H 11C 580 ZU 47 74 21C 21C 610 ZR 1 75 07H 07H 610 ZR 2 75 10H 11C 580 ZU 5 75 17C 18C 610 ZR 2 76 10H 11C 580 2U 3 76 07H 08H 610 ZR 6 76 _
14C 14C 610 ZR 2 77 10H 11C 580-ZU 2 78 10H 11C 580-ZU 2 79 10H 11C 580-ZU C' 18 79 18C 17C 610-ZR 2 80 10H 11C 580-20 2 81 10H 11C 580 ZU 39 81 15C 16C 610-ZR 39 81 15C 14C 610 ZR 2 82 10H 11C 580 ZU 3 82 10H 11C 580-ZU 2 83 10H 11C 580 ZU 6 83 14C 14C 610 ZR 1 84 10H 11C 580 ZU 1 84 07H 07H 610 ZR 2 84 10H 11C 580 ZU 2 85 10H 11C 580-ZU 31 85 15C 16C 610-ZR 35 85 13C 14C 610-ZR 2 86 10H 11C 580 ZU 20 86 TSH TSH B10 ZR '
2 87 10H 11C 580-ZU 2 88 10H 11C 580 ZU 1 89 10H 11C 580-ZU 2 89 10H 11C l 580 ZU 1 90 10H 11C _, 580 ZU 2 90 10H 11C 580-ZU 30 90 OSH 06H 610 ZR
/~ 45 90 10H 10H 610-ZR cv B-25
Appendix B Tubes Examined by MRPC at Locations Other Than TSH or TSC
('s S/G D
\] ROW COLUMN BEGIN TEST END TEST PROBE 46 90 11C 11C 610-ZR 2 91 10H IIC 580-ZU 9 91 04H 05H 610 ZR 2 92 10H 11C 580 ZU 40 92 05H 05H 610-ZR 1 93 10H 11C 580 ZU 2 93 10H 11C 580 ZU 2 94 10H 11C 580 ZU 2 95 10H 11C 580-ZU 3 95 10H 11C 580 ZU 2 96 10H 11C 580 ZU 38 96 17C 18t; 610-ZR 1 97 10H 11C 580 ZU 2 97 10H 11C 580-ZU 3 97 10H 11C 580 ZU 2 98 10H 11C 580 ZU 2 99 10H 11C 580 ZU 2 100 10H 11C 580 ZU 3 100 10H 11C 580-ZU 41 100 11C 12C 610 ZR 2 101 10H 11C 580 ZU O 40 101 '
04H 05H 610 ZR 2 102 10H 11C 580 ZU 21 102 11C 11C 610 ZR 1 103 10H 11C 580-ZU 2 103 10H 11C 580 ZU 2 104 10H I1C 580 ZU 3 104 10H 11C 580-ZU 15 104 17C 16C 610 ZR 24 104 20C 20C 610-ZR 2 105 10H 11C 580-ZU 2 106 10H 11C 580 ZU 2 107 10H 11C 580-ZU ^
2 108 4 10H 11C 580-ZU 26 108 , 17C 16C 610 ZR __
28 108 09H 10H 610-ZR 2 109 10H 11C 580 ZU 5 109 14C 13C 610-ZR 2 _
110 10H 11C 580-ZU 2 111 10H 11C 580-ZU 3 111 10H 11C 580-ZU 18 111 07H 08H 610 ZR 2 112 10H 11C 580 ZU 3 112 10H 11C 580-ZU 2 113 10H 11C 580 ZU
[') 3 113 10H 11C 580-ZU ~
U B 26 l
Appendix B Tubes Examined by MRPC at Locations Other Then TSH or TSC S/G D ROW COLUMN BEGIN TEST END TEST- PROBE 2 114 10H 11C 580 ZU 2 114 12C 11C 610 ZR 19 114 02H 02H 610 ZR l
. 2 115 10H 11C 580-ZU !
2 115 TSC TSC 610ZR 3 115 14C 13C 610 ZR >
2 116 10H 11C 580 ZU l 2 117 10H 11C 580-ZU l 9 117 _ 15C 14C 610-ZR 1 118- 10H 11C 580 ZU .
2 118 10H 11C 580-ZU !
3 118 15C- 16C 610ZR !
3 118 16C 16C 610 ZR
- 8 118 11C 12C 610 ZR ;
2 119 10H 11C 580-ZU i
? 120 10H 11C 580 ZU !
i O
4 w
r 3
f' I
}
B 27 -
. _ ; _1. _;._;_._.._._...,_.-_,..___-
I i
o l l
4 APPENDIX C Tubes with Tube Wall Thickness Reduction O
Apperul!x r Tubes with Tube Wall-Thickness Reductior r SIG A l l
MOW COLUMN INDICATION LOCATION CAL NUMBER i 10 27 SVI 06H -11.01 125 !
47 30 1 22C . 06 130 l 28 36 sal 03H .00 131 !
30 37 SV! TSC . 28 94 20 42 SCI TSH . 05 13 23- 42 SCI TSH . 08 13 ,
16 43 SCI TSH . 02 11 !
20 43 SCI TSH .13 11 16 44 SCI TSH . 02 13 -i 22 44 SCI -TSH . 09 13 !
23 44 SCI TSH . 01 13 .
15 45 SCI TSH .14 11 i 24 49 SCI TSH .10 11 45 50 SCI TSH . 04 43 i 27 -54 SCI TSH . 07 17 !
27 54- SVl TSH .95 17 24 56 MCI - TSH . 11 17 l 24- 56 MCI TSH .12 17 25 57 SCI TSH . 07 15 31 59 3 21C . 06 -130 .
31 59 8 72C . 31 130 0 32 32 33 59 59 59 2
8 SVI 21C 22C 15C
.06
.28
.28 130 130 134 46 59 18 AV2 .00 66 6 46 59 18 AV4 .00 66 20 60 3 21C .05 130 .
19 61 4 22C .28 130 20 61 3 22C .37 130 28 62 6 21C . 35 130 i 8 65 SAI TSH .70 53 '
11 65 sal TSH- . 05 19 16 65 SCI TSH .15 113 26 65 SCI TSH .13 113
- 4 67 sal TSH .10 53 16 _67 3 22C .42 128 ,
26 71 SCI TSH .15 113 !
17 73 SVI - 04H- 21.33 125 25 76 SCI TSH .00 21 23 78 SCl - TSH .11- 123
- 30 81 24- AV3 .00 14 41- 82 12 AV3 .00 16 2 83 SVI TSC .14 102 2 83 SVI TSH . 54 61 >
l4 ._
16 89 SCI TSH . 06 55
- ; /3 - 28 98 -- SVI- 06H 12.67 125 LU C-1 l xr
. - . . .,....--.m _.. .,:......:..,,.,.----.... --._.-.,r . . , . - .,_.,,_,._.4. ,,,,,,,,.-..,,,,:-,.-...~,, . . +
Appendix C Tub:s with Tube Well Thickness Reduction S/G A HOW COLUMN INDICATION LOCATION CAL NUMBER 29 90 SVI 05H 3.22 125 38 104 SVI TSC .09 102 23 106 SVi 14C 23.41 132 O
O C-2
Appendix C l
Tubes with Tube Wall t
Thickness Reduction
.r x i S/G B V'
ROW COLUMN INDICATION LOCATCN CAL NUMBER 10 11 6VI 13C 29.92 90 _
46 28 SAI 1SH .04 27 1 29 sal TSH .15 71 47 31 SAI TSH' .00 25 20 39 sal TSH .24 93 24 41 SAI TSH .10 21 21 42 SCI TSH .08 23 24 42 MCl 13H .07 25 24 42 MCI TSH .07 23 40 45 SCI TSH .11 37 46 48 6 22C .31 99 26 52 SCI TSH .06 19 26 53 SCI TSH .14 17 45 53 3 22C .14 99 24 54 SCI TSH .06 19 40 57 MAI TSH .02 65 40 57 MAI TSH .01 65 57 MAI TSH .01 65 40_
18 59 SAI TSH .13 17 20 59 2 21C .28 101 20 59 3 20C .23 101 A 26 59 10 21C .23 99 (j 18 60 5 21C 20C
.06
.06 101 101 20 60 3 20 60 10 21C .40 101 1b 61 4 22C .26 101 19 61 6 21C .37 101 20 61 7 21C .40 101 20 61 8 21C .09 101 20 E2 4 21C 40 101 29 62 5 21C .34 101 29 62 7 22C .06 101 30 62 7 21C .26 101 27 66 mal TSH .10 15 27 66 MAI TSH .13 15 24 67 ,7 20C .17 101 24 C8 MAI TSH .11 15 24 68 MAI _ TSH .12 15 27 68 SCI TSH .09 .
15 26 ,
70 SCI TSH .09 15 27 70 SCt TSH .14 15 5 71 SCI TSH .02 43 26 72 SCI TSH .10 15 39 72 SVI TSH .18 51 25 73 SCI TSH .25 13 22 77 SAI TS!i .14 18
, '^N 23 77 mal TSH .25 15
! / 23 1 77 l MAI TSH .26 15 C-3
Appendix C Tubes with Tube W;ll Thickness Reduction S/G B ROW COLUMN INDICATION LOCATION CAL NUMBER
~
23 81 SCI TSH .12 15 26 81 19 AV1 .00 48 27 85 SVI TSH .45 49 47 86 SCI TSH .15 55 0
O C4
AppeMix C Tubes vnth Tube Wall Thickness Reduction
,-y S/G C (v)
ROW COLUMN INDICATION LOCATION CAL NUMBER 30 20 ,
SVI TSC .66 100 36 20 SVI TSH 1.42 97 2 22 sal 16C 29.83 118 44 22 SVi 22C .60 118 44 22 SVI 22C 2.73 118 44 23 MVI 22C 2.22 118 44 23 MVI 22C 2.36 118 36 24 15 17C 30.02 16 36 24 SVI 17C 29.95 76 46 24 SVI TSH 1.36 97 6 28 13 16C 5.77 18 6 28 SVI 16C 3.96 76
__6 28 SV1 16C 5.73 76 25 35 MAI 02H .07 121 25 35 mal 02H .13 121 47 38 SVI 01H 2.39 81 _
21 41 SCI TSH .04 97 19 43 MCI TSH .17 23 19 43 MCI TSH .10 23 21 43 SCI TSH .13 23 19 44 SCI TSH .17 21 21 44 SCI i TSH .13 21
,f]
(j 22 44 SCI TSH .01 '21 97 21 45 SCI TSH .00 1 22 46 SCI TSH .14 21 43 46 sal 11C 2.26 126 22 47 SCI TSH .11 23 26 49 SCI fSH -13 23 23 50 SCI TSH .09 21 24 52 t i ,, TSH .11 21 23 56 L.i TSH .12 21 25 58 SCI TSH .09 17 37 59 SV1 TSH .31 79 47 59 SVI TSH .17 79 9 64 SCI TSH .17 47 37 69 SAI 12C 18.06 118 __,
36 74 SCI TSH .20 59 2 77 SCI TSH .09 45 21 77 SCI TSH .11 15 28 77 SAI 15C 29.38 120 43 82 12 AV2 .08 62 43 84 15 AV2 .11 62 43 84 16 AV3 .08 62 2 85 MCl TSH .01 45 3 85 SCI TSH .:3 101 24 86 SCI TSH .15 51 119
[] 11 88 SVI 01H .29 63 V 44 90 SV1 TSH .42 C-5
Appendix C Tubes with Tube Wall Thickness Reduction S/G C
' ROW COLUMN INDICATION LOCATION CAL NUMBER 28 91_ SVi 02H .35 119 14 95 sal 20C 12.31 78 19 95 SAI 02H .03 119
~
16 96 sal 03H .07 119 13 99 SAI 03H .01 119 36 107 13 AV3 .00 109 33 108 16 AV3 .00 62 8 112 SCI TSH .09 75 O
C-6
App;ndix C Tubes with Tube Wall Thickness Roduction
/^S S/G D V ROW COLUMN INDICATION ' LOCATION CAL NUMBER 35 62 5 21C .23 111 37 22 9 AV2 .00 52 14 118 12 AV1 .03 54 37 92 16 AV3 .00 52 45 59 19 AV3 .00 72 41 40 21 AV2 .00 24 44 62 27 AV3 .00 72 44 62 27 AV4 .00 72 44 62 28 AV2 .03 72 14 61 MAI TSH 2.46 17 14 61 MAI TSH 2.47 17 37 57 MAI TSH .05 75 37 57 MAI TSH . 06 75 3 60 MAI TSH .06 101 3 60 MAI TSH .19 101 20 77 MCI TSH .01 25 20 77 MCI TSH 01 25 25 62 MCI TSH .06 23 25 62 MCI TSH .12 23 24 76 MCI TSH .12 27
~
24 76 MCI TSH .16 27
(' 45 35 SAI 15C 37.98 138
's 14 61 SAI 17C 40.62 144 20 37 sal TSH -2.61 71 48 43 SAI TSH .13 73 31 43 SAI TSH .16 101 39 26 sal TSH .00 61 23 45 SCI TSH .02 101 20 74 SCI TSH .05 27 23 73 SCI TSH .06 21 24 80 SCI TSH .06 27 24 66 SCI TSH .10 23 24 54 SCI TSH .11 19 23 55 SCI TSH .12 17 22 46 SCI TSH .14 15 23 46 SCI TSH .14 15
'26 56 SCI TSH .15 19 26 77 SCI TSH .15 25 22 76 SCI TSH .17 27
_ _24 77 SCI TSH .17 25 24 55 SCI TSH .18 17 25 53 SCI TSH . 22 17 24 57 SCI TSH .22 17 20 49 SCI TSH .27 17 6 45 SVI 02H 5.77 115 9 51 SVI 02H 28.78 115
-f]
v l
C-7
App:ndix C Tubes with Tube Wall Thickness Reduction S/G D
/]J ROW COLUMN INDICATION LOCATION CAL NUMBER 18 59 SVI 04H 36.77 115 30 90 SVI 05H 16.35 115 1 75 SVI 07H .37 115 1 74 SVI 07H .40 115 18 111 SVi 07H 42.86 115 2 114 SVI 12C 15.37 142 13 59 SVI 15C 21.05 96 3 118 SVI 16C 9.16 96 3 118 SVI 16C 20.93 96 18 50 SVI 17C 13.93 138 26 108 SVI 17C 17.86 142 31 72 SV1 20C 3.11 96 44 64 SVI 23C 6.80 146 17 43 SVI TSC .23 126 O
O C-8
L
[ .-
O APPENDIX D DENTS mo DINGS O
t Appendix D Dings And Dents
.S/G A-
,n.
ROW COLUMN INDICATION LOCATION CAL NUMBER 5 1 DNG 02H 29.66 38 5 1 DNG O2H 30.45 38.
6 1 DNT 17C 6.88 40 2 2 DNT 15C 22.18 74 6 2 DNT- 15C 3.37 -40 ,
16 3 DNG >11C .42 38 18 5 DNT 19C 5.67 40 23 8 DNT 12C 30.57 40 2 9 DNT 22C 4.16 74 4 10 DNG 13C 35.80 40 32 12 DNT 09H 40.10 38 27 13 DNT 09H 8.21 38 24 14 DNT 21C 17.78 38 21 15 DNT 01H 6.62 38 32 16 DNT 10H .22 40 36 17 DNT 21C -11.77 40 15 18 DNT 21C 12.55 42 34 18 DNT 09H 38.75 44 34 18 DNT 09H 39.19 44 34 18 DNT 09H S9.44 44 17 19 DNT 01H . 67 42 17 -19 DNT 01H .19 42 17 19 DNT 01H 1.09 42
( 40 20 DNT 15C 22.35 42 10 21 DNG AV4e 11.79 42 33 21 DNT- 01H 2.63 46 36 21 DNT 15C 23.13 48 4 22 DNG 10H 22.28 46 28 22 DNT 20C 11.79 46 34 22 DNT 11C .36 46 43 22 DNT 21C .48 48 43 22 DNT 21C .76 48-43 22 DNT 23C 10.50 48 43 22 DNT 23C 9.29 48 8 23 DNG AV4 10.80 46 10 23 DNT 07H 25.40 46 15 23 DNT 09H 3.00 48 27 23 DNT 01H 5.52 48 31 23 DNT- 06H 3.19 48
-4 24 DNG 10H 22.19 46 8 24 DNG AV1 20.53 46 10 24 DNG AV4 12.09 46 12 24 DNG AV4 13.15 46 33 24 DNT- 10H .06 46 4 -25 DNG 10H 22.21 46 14 25 DNT 22C 16.70 46 A 22 25 DNT -16C 15.07 46 D1
l App:ndix D l Dings And Dents l
S/G A (D
() ROW COLUMN INDICATION LOCATION CAL NUMBER 24 25 DNT 07H 10.77 46 24 25 DNT 09H 4.85 46 34 25 DNT 07H 34.62 46 13 26 DNG 10H 52.78 46 23 26 DNT 00H, 5.07 46 23 26 DNT 05H 16.97 46 4 27 DNG 10H 22.42 46 8 27 DNG AV4 10.84 46 12 27 DNG AV4 12.87_ 46 20 28 DNT 08H 15.15 50 __
20 28 DNT 08H 16.57 50 20 28 DNT 08H 34.16 50 18 29 DNT TSH 3.56 50 18 29 DNT 01H .11 50 28 29 DNT 01H 22.G5 50 28 29 DNT 02H .63 50 19 30 DNT 15C 41.75 52 30 30 DNT 02H 7.46 50 2 32 DNT 10H 5.81 76 18 32 DNT 22,C 13.22 50 18 32 DNT 22C 11.87 50 38 32 DNT 09H 14.54 50 38 32 DNT 09H 22.58 50 4
\ 40 33 DNT 17C 2.52 56 23 34 DNT 09H 11.72 54 4 35 DNT 23C 2.47 54 21 35 DNT TSH 6.78 56 30 35 DNT 17C 34.69 54 32 35 DNT 01H ,9.32 54 1 32 35 DNT 01H 13.77 54 40 35 DNT TSC 4.97 54 2 36 DNG 11C 4.96 54 2 36 DNG 11C 4.47 54 2 36 DNG 11C 6.95 54 2 36 DNT 10H 14.89 76 43 36 DNT 02H 33.56 56 43 36 DNT 06H 12.32 56 43 36 DNT 06H 20.34 56 43 36 DNT OSH 26.59 56 43 36 DNT 07H 2!i 70 56 43 36 DNT 12C 22.92 56 15 37 DNT 06H .46 60 18 37 DNT 05H 24.11 58 18 37 DNT 07H 28.13 58 18 37 DNT 07H 29.43 58 18 37 DNT 09H 7.13 58
/"') 43 37 DNT 09H S .85 60 V
D-2
Appendix D Dings And Dents S/G A
() ROW COLUMN INDICATION LDCATION cat.A 'ABER 42 38 DNT 09H 42.40 55 43 38 DNT 09H 43.32 60 44 38 DNT 09H 37.96 58 1 39 DNG 10H 6.79 86 19 39 DNT 17C 31.41 58 42 39 DNT 09H 42.66 60 13 40 DNG 20C 11.98 60 19 40 DNT 17C 10.89 '30 48 40 DNT 17C 13.58 58 34 41 DNT 22C 10.14 58 39 41 DNT 11C .58 60 34 42 DNT 13C 15.44 60 ,
34 42 DNT 14C .83 60 37 42 DNT 21C 8.43 60 21 43 DNT 04H 36.05 58 32 43 DNT 02H 25.75 58 32 43 DNT 04H 13.98 58 18 45 DNT 19C 13.87 62 37 46 DNG 14C 43.35 64 18 47 DNT 15C 7.95 62 31 48 DNG 09H 42.25 64 42 48 DNG AV3 23.80 64
(~]
( ,)
31 31 50 50 DNG DNG 19C 19C 8.45 7.03 64 64 34 50 DNG 09H 40.53 64 36 50 DNT 10H . 33 64 40 50 DNG 01H 5.84 64 40 50 DNG 01H 7.25 64 40 50 DNG 01H 8.55 64 17 51 DNT 07H 18.03 62 29 51 DNT 07H 3.01 62 31 51 DNT 04H 42.73 62 37 51 DNT 12C 42.36 62 42 51 DNT 12C 42.46 62 34 52 DNG 12C 42.65 64 37 52 DNG 03H 12.83 64 37 52 DNG 03H 14.17 64 37 52 DNG 03H 15.52 64 42 52 DNG 12C 43.32 64 5 53 DNG 13C 30.75 7 5 53 DNG 13C 31.49 7 6 53 DNG 10H 22.97 7 30 53 DNT 02H 22.05 62 34 53 DNT 10H .39 62 34 53 DNT 11C .31 62 9 54 DNG 09H 39.97 9
(]
w/
9 54 DNG 09H 39.24 9 D-3
Dings And Dents S/G A
,m ROW COLUMN INDICATION LOCATION CAL NUMBER 9 54 DNG 12C 39.27 9 18 54 ,DNG 03H 15.12 64 31 54 DNG 09H 41.41 64 31 H DNG 09H 42.13 64 38 ,54 DNT 12C 35.72 70 47 54 DNG 01H 16.42 64 19 55 DNT 04H 3.29 62 19 55 DNT _ 04H 4.61 62 32 55 DNT 19C 10.89 62 34 55 DNT 10H 1.80 66 5 56 DNG 13C 31.85 9 5 56 DNG 13C 32.36 9 5 58 DNG 13C 33.10 9 29 56 DNG 12C 40.65 64 5 57 DNG 10H 25.37 7 10 57 DNG AV4 12.47 7 26 57 DNT 10H 1.65 62 34 57 DNT 19C 8.04 66 37 57 DNT 03H 12.71 66 37 57 DNT 03H 14.03 66 5 56 DNG 13C 31.22 9 29 58 DNT TSC 8.21 70 O 48 58 DNT 19C 11.85 70 x 5 59 DNG 10H 25.27 7 5 59 DNG 13C 28.76 7 5 59 DNG 13C 29.50 7 15 60 DNG 12C 1.74 7 15 60 DNG 12C 4.25 7 15 60 DNG 12C 5.51 7 10 62 DNG 13C 17.06 7 11 62 DNG 08H 15.60 7 31 63 DNT 23C 5.60 66
_ _31 63 DNT 23C 4.79 66 41 63 DNT 12C 14.15 72 41 63 DNT 200 7.24 72 41 63 DNG 21C 6.02 72 43 63 DNT 09H 32.02 72 14 64 DNG AV1 11.63 7 14 64 DNG AV1 12.39 7 14 64 DNG 13C 24.52 7 14 64 DNG 13C 25.20 7 15 64 DNG AV1 3.50 7 41 64 DNT 19C 13.67 74 41 64 DNT 19C 12.40 74 41 64 DNT 19C 11.15 74 5 65 DNG 04H 14.84 7 l]
K._f 36 65 DNT 12C 34.55 74 D-4
Appendix D Dings And Dents S/G A
() ROW COLUMN INDICATION LOCATION CAL NUMBER 40 65 DNT 21C 9.43 74 40 65 DN1 21C 8.10 74 43 66 DNT~ 16C 4.94 74 4 67 DNG 10H 8.96 9 67 DNG 08H 28.34 9 44 67- DNT 01H 2.47 4 44 ,
67 DNT 05H 24.35 4 44 67 DNT 06H 17.28 4' 47 67 DNG 01H 3.14 4 46 68 DNG 03H 6.38 4 47 68 DNT 01H .67 4 12 69 DNG 06H 2.30 34 12 70 DNT 06H 23.86 36 12 70 DN1' 06H 35.61 36 12 70 DNT 06H 41.63 3"-
12 70 DNT 07H 7.97 36 12 70 DNT 07H 19.94 36 12 70 DNT 07H 25.83 36 12 70 DNT 07H 37.83 36 12 70 DNT 07H 43.62 36 12 -70 DNT 08H 4.08 36 12 70 DNT 08H 10.01 36
/^ 12 70 DNT 08H 15.88 36
\,. . 12 70 DNT 08H 21.76 36 12 70 DNT 08H 27.77 36 12 70 DNT 08H 33.70 36 12 70 DNT 08H 39.65 36 12 70 DNT 09H .08 36 12 70 DNT 09H 6.00 36 12 70 DNT 09H 11.94 36 12 70 DNT 09H 23.74 36 12 70 DNT 09H 35.60 36 47 70 DNG 01H 4.18 8 23 -71 DNG TSH 2.51 6 34 71 DNG 07H 16.28 6 45- 71 DNG 18C 4.52 6 48 71 DNG O2H 29.54 6 16 72 DNG 06H -29.43 8 40 72 DNG 01H 11.32 0 45 72- -DNG 22C .93 8 47 72 DNG 09H 42.49 8 47 72 DNG 09H 34.34 8 47 72 DNT 11C .25 8 47 72 DNT 11C- .42 8 29 73 DNG 09H 15.38 6 14 74 DNT 04H .76 8
/N 17 75 DNG 20C- 4.65 10
'h-D-5
_z
Appendix D Dings And Dents ,
S/G A fN
() ROW COLUMN - INDICATION LOCATION CAL NUM8ER ,
19- 76 DNG -23C 1.30 12 23 76 DNG 21C 11.92 12
-29 -76 DNG 21C 3.61 12 e 29 76 DNG- 21C 9.58 12 29 76 DNG 22C 3.37 12 29 76 DNG 22C 9.52- 12
-29 76 DNG 22C 15.46 12 29 76 DNG 23C 1.26 12 29 76 DNG 23C 7.34 12 29 76 DNG TSC 4.86 12 33 76 DNG 01H 25.79 12 33 76 DNG 01H 24.41 12 33 78 DNG 01H 23.00 12 33 76- DNG 01H 21.65 12 34 76 DNG 12C 40.73 12 35 76 DNG 03H 17.21 12 3 77 DNG 02H 18.95 5
_ 21 77 DNG 23C 3.43 10 32 77 DNG 03H 12.58 10
( ,
42 77 DNG 01H 11.39 10 8 78 DNG 10H 2.91 12 14 78 DNG 10H 3.73 12
/9- 24 78 DNG 04H 30.05 12 h 37 78 DNG 02H 8.38 12 37 78 DNG 03H 17.27 12 41 78 DNG 12C 37.57 12 14 80 DNT 13C 34.23 16 16 80 DNG 01H 25.05 12 18 80 DNG 10H 49.85 12 18 80 DNG 10H 36.96 12 18 80 DNG 10H 36.03 12 18 80 DNG 10H 34.62 12 18 80 DNG 10H 33.34 12 18 80 DNG 10H 31.90 12 18 80 DNG 10H 30.68 12 18 80 DNG 10H 20.85 12 19 80 DNG 10H 71.89 12 19 80 DNG 10H 38.93 12 20 80 DNG 18C 1.25 12 22- 80 DNG 15C 2.82 12 22 80 DNG 15C 4.08 12 22 80 DNG 16C 28.08 12 22 80 DNG 18C- 2.86 12 22 -80 DNG 18C 4.14 12 22 33 DNT 21C .11 12 31 80 DNG 10H 32.07 12
/7 34 80 DNG 01H -1.88 12 d
D-6
Appendix D i Dings And Dents i
SIG A n
) ROW COLUMN INDICATION LOCATION CAL NUMBER 39 80 DNT 11C .55 12 46 80 DNG 19C 9.73 12 46 80 DNG 19C 11.18 12 47 80 DNG TSH 7.02 12 47 80 DNG TSH 5.65 12 44 81 DNG 03H 10.27 14 44 81 DNG 03H 11.63 14 6 82 DNT 02H .54 16 6 82 DNT 02H .24 16 17 82 DNT 04H 11.16 16 19 82 DNT 13C 26.85 16 34 82 DNT 01H 2.98 16 37 82 DNT 17C 41.08 16 37 82 DNT 17C 41.06 16 37 82 DNT 17C 15.79 16 45 82 DNT 03H 11.02 16 46 82 DNG 16C 6.78 16 46 82 DNG 16C 5.p. 16 46 82 DNG 17C 27.12 16 3 83 DNG 04H 25.67 5 32 83 DNG 15C 2.42 14 29 84 DNT 19C 8.57 16
,C's 30 84 DNT 15C 29.23 16 C,1 30 84 DNT 15C .95 16 30 84 DNT 16C 26.47 16 30 84 DNT 17C 11.67 16 30 84 DNG 17C 19.12 16 30 84 DNT 18C 5.47 16 3f: 84 DNG 19C 4.77 16 30 84 DNG 19C 3.64 16 30 84 DNG 21C 11.19 16 34 84 DNT 06H 29.77 16 35 84 DNT 23C 3.90 16 35 84 DNT 23C 3.16 16 42 84 DNT 21C 2.17 16 45 84 DNG 14C 10.77 16 47 84 DNG 15C 20.71 16 47 84 DNG 17C 11.77 16 47 B* DNG 18C 7.40 16 14 86 DNG 21C 13.66 16 34 86 DNG 17C 40.89 18 45 86 DNG 07H 25.34 18 45 86 DNG 07H 26.68 18 10 87 DNG 03H 16.59 20 38 87 DNG 09H 35.16 20 45 87 DNT 06H .19 20
[]
TJ 34 88 DNG 03H 19.19 18 l
1 D-7 l
Appendix D ,
Dings And Dents S/G A fN j ROW COLUMN INDICATION LOCATION l CAL NUM8ER 48 88 DNT 13C 26.96- 20 12 89 DNG- 10H 4.19 20 13 89 DNG 10H 3.70 20 18 89 DNG 02H 3.05 20 18 89 DNG- 10H 17.48 20 19 89 DNG 10H 71.41 20 39 89 DNG 130 30.83 20 48 89 DNT 20C 12.21 20 25 90 DNG 03H 12.18 18 '
25 90 - DNG 03H 10.86 18 26 90 DNG 03H 9.50 18 25 90 DNG 03H 8.14 18 34 90 DNG 09H 41.96 18 34 90 DNG 09H 41.23 18 34 90 DNG 12C 38.44 18 34 90 DNG 12C 38.78 18
_ 45 90 DNG 21C 9.40 18 48 90 DNG 20C 12.04 18 4 91 DNG 10H 16.77 20 5 91 DNG 10H 3.47 20 7 31 DNG 10H 3.74 20 8 91 DNG 10H 3.62 20 j' 9 91 DNG 10H 3.65 20 L^ 10 01 DNG 10H 3.65 20 11 91 DNG 10H 4.04 20 12 91 DNG 10H 4.00 20 13 91 DNG 10H 4.08 20 18 91 DNG 02H 33.38 20 34 91 DNG 17C 23.42 20 36 91 DNG 09H 42.48 20 37 91 DNG 09H 42.91 20 37 91 DNG 09H 35.81 20 41 91 DNG 0?H 29.73 20 45 91 DNG 18C -1.05 20 45 91 DNG 19C 15.55 20 46 91 DNG 09H 34.81 20 25 92 DNG 03H 8.12 22 25 92 DNG 03H 6.76 22 25- 02 DNG- 03H 5.42- 22 25 92 DNG 03H 4.11 22 34 92 DNG- 09H 43.62 22 34 -92 DNG 09H 42.92 22 34 92 DNG 09H 42.52 22 34 92 DNG 09H 41.82 22 34 92 DNG 09H 39.74 22 36 92 DNG TSH 2.92 22 C 36 92 DNG TSH 1.51 22 d-D-8
Appandix D Dings And D:nts S/G A flow COLUMN INDICATION LOCATPON CAL NUM8ER 41 92 DNG 16C 25.24 22 43 92 DNG 16C 38.53 22 45 92 DNG 07H 28.32 22 45 92 DNG 08H 1.37 22 12 94 DNG 09H 15.35 22 27 94 DNT 23C .85 22 ,
27 94 DNG 23C .85 22 36 94 DNG OSH 37.37 22 36 94 __ l DNG 09'-f -1.31 22 34 95 DNG 09H 37.20 24 3d 95 '
DNG 1 09H 36.54 24 41 95 DNG O2H 29.72 24 1 96 DNG 10H .98 5 7 96 DNG 04H 1.00 22 16 97 DNT 11C .47 24 31 97 DNG 19C 3.75 24 39 97 DNG 19C 2.01 24 39 97 DNG 19C 8.21 24 3 99 DNG 05H 21.95 5 13 99 JNG 11C .96 24 16 99 DNT 11C .50 24 37 99 DNG 09H 30.86 24 44 99 DNT 05H 24
/]
( ,/ 44 99 DNT 10H
.71
.47 24 42 101 DNG 10H 8.66 28 10 102 DNG 08H 7.84 26 ,
35 102 DWG 11C .45 26 36 102 DNG 11C .44 26 13 103 DNG 22C 15.10 28 10 104 DNG 08H 30.99 26 _
15 104 DNG 15C .67 26 19 104 DNG 10H 1.43 26 19 104 DNG 10H 1.12 26 27 104 DNG 02H 16.19 26 39 104 DNG 01H 13.81 26 13 105 DNG O2H -1.97 28 34 106 DNG O2H 30.08 26 34 106 DNG OSH 2.94 26
_ 34 106 DNG 06H 35.73 26 36 106 DNG 09H 35.62 26 36 107 DNG 23C 4.74 28 36 107 DNG 23C 5,50 28 1 108 DNG 10H .95 5 l 1 109 DNG 10H .98 5 7 109 DNG 18C 2.17 28 14 109 DNG 15C 32.82 28 1 110 DNG 10H .93 5 D-9 l
Appendix D .-
Dings And Dents S/G A-
/~~T .
Ed ROW - - COLUMN INDICATION LOCATION CAL NUMBER 20 110 DNG O2H 15.15 26 22 110- DNG 03H- 7.71 26 22 110 DNG 03H- 9.01 26 22 110 DNG 17C .44 26 1 111 DNG 10H .99 -5 23 111 DNG- 14C 22.28 28 i 112 DNG 10H .99 5 __
29 112 DNT 12C .86 30 29 112 DNG 12C .86 30 9 113 DNT '
TSC 4.59 32 9 113 DNT 'TSC 2.70 32 1 114 DNG 10H .96 5 16 114 DNG 11C .44 30 22 114 DNG 03H 17.39 30 16- 116 DNT 11C .39 30 22 116 'DNT 08H .42 30 4- 117 DNT TSC 6.56 32-10 'i l 7 DNT 08H 7.10 32 15 118 DNT 10H .44 32 J
'l
'%/
s D-10
-. . - . ~ - . . .. . -.- - .. . . - . - .. .-.._.-.-..
Appehdix D Dinos And D:nts i
.. S/G B :
(
(,) - ROW COLUMN- INDICriON L OCATION - CAL NUMBER 10 2 DNG- 02H 30.86 6
-17 5 DNG 12C - 27.57 8 27 8- DNG 07H 2.01 8
'32 11 DNT 11C- -1.57 10 '
1 14 DNT -15C 18.15 130 29 14- DNG TSH 3.40 - 12 32- 15 DNT- 05H 22.32 10 16- 17 DNT 20C 11.36 14 >
33 17 DNT -22C .19 16 20- 18 DNG 02H -1.88 ' 16 32 18- DNG- 09H 18.00 16 41 18 DNT 05H - 35.91 14 41 18 DNT 22C .41 14 21 19 DNG 14C 43.16 16 21 19 DNG 16C 30.59 16 38 1P DNT 04H 39.47 14 9 N DNT 02H -4.27 14 27 20 DNG 17C - 33.47 16 38 20 DNT 09H 41.43 14 4 24 DNG 23C 7.04 20 29- -24 DNT 12C 18.52 18 ,
30- 24 DNG 04H 9.40- 20 O 37 24 DNT- 04H -29.00 18 V. 42 24 DNG TSH 1.56 20 44 25 DNT 16C 26.58 18 33 26 DNT 09H 37.16 18 34 26 DNG 09H 31.56 20 .
34 26 DNG 09H 30.85 20 39 26 DNT_ .15C 18.78 18 20 27 DNT- 03H 8.15 18 20 27 DNT 03H 9.47 18 20 2 7 -- DNT 03H 10.84 18 23 28- DNG 20C 11.46- 20 40 28 DNT 02H 4.95 18 40, 28
-DNT 02H 6.30 10 17 30 DNG 16C 2.94 18 11- 31 '- DNG~ 07H- 26.34 22-31 DNG 12C 40.76 22 33 DNG 09H 10.80 9 3 33 DNG- 09H 11.06 75
-3' 33 DNG- 09H 9.79 75 20- -33 DNG 03H - 30.17 24 33 -DNG 09H 38.50 22
'9 34 DNG- 23C 1.39 24
-34 DNT 03H- .39 22 24 34- DNG 03H 5.53 22 .
( j .- 25- 34 DNG 20C 1.03 24
\l D-11
,e-
Appendix D Dings And Dents S/G 8.- .
q ;
. (, ; ROW COLUMN INDICATION LOCATION CAL NUMBER 34 34 DNG 03H 15.91 22 42 -34 DNG TSH 2.60 22 42 34 DNG TSH 3.97 22-42 34 DNG TSH 5.31 22 42 -34 DNG TSH 6.70 22 42 34 -DNG 01 H - -1.29 22 47- 34 DNT 09H 41.58 24 21 36 DNG 06H 34.97 22 33 36 DNG 12C 40.87 24
-41 -37 DNG- 03H 30.44 28 10 38 DNG 01H 5.97 26 24 38 DNG 18C -12.92 26 29 38 DNG 13C 18.08 28 31 39 DNG 12C 39.60 30 19 40 DNG 18C 11.18 30 4 41 DNG 21C 14.92 30 44 42 DNG 09H 32.82 32 44 42 DNG 09H 33.55 32' 44 42 DNG 12C- 29.92 32 44 42 DNG 12C 29.20 32 47 42 DNG 09H -32.75 34 47 42 DNG 12C 32.14 34
,O 18 43 DNG 04H 23.11 34 V 18 43 DNG 04H 20.13 34 47 43 DNG 09H 33.43 32 1 44 DNG 22C 2.9 .! 34 1 44 DNG 23C -1.09 34 23 44 DNG ~ 16C 43.14 34 33 44 DNG 09H '38.33 34 38 44 DNG 22C 3.81 32 29 46 DNG 04H 4.11 32 33 45 DNG 12C 27.75 32 41 47 DNG 01H 18.53 34 26 48 DNG 12C 32.38 32-26 48 DNG 12C 14.20 32
, 32 48 DNG 10H 4.02 32 38- 48 DNG 08H 31.60 32 40 48 DNG 20C 6.14 32 43 48 DNG 09H 26.98 3?
40 49 DNG 13C 41.08 32 __~
40 49 DNG 23C 5.98 32 40 49 DNG TSC 2.87 32 40 49 DNG 23C 5.55 99 42 49 DNG 10H 8.87 32 28 50 DNT 17C ' .65 26 47 50 DNG 01H 11.26 34 f3~ 47 50 DNG 01H 10.58 34
\}
D 12 '
=_ , .
. - _ . ._ __ . ._ . ._ _ . . . ,. .. - _ ...-m . _
Appendix D'- !
Dings And Dents:
~
=S/G B-G Q ROW COLUMN INDICATION LOCATION CAL NUMBER 40- 51 DNT TSC 6.08 36-17 52 DNG 07H 40.05 40-17 52 DNT 08H .65 40
- 31 52 DNG 12C 38.17 30 .
32 52 DNG 12C 38.39 99- l 48 53 '
DNT ISC 3.23 36 39 54 DNT 12C 26.59 36 44 54 DNG 22C 8.60 38-35 55 DNT 04H 5.77 36 41 55 DN1 09H 37.47 36 44 55 DNT 12C 39.44 38 15 56 DNG 15C 39.89 1 1
'4 56 DNG 21C 12.11 40 15 58 DNG 12C 39.24 1 15 58 DNG 12C 41.13 1 r 42- 58 DNG 11C 1.45 42 -
42 58 DNG 12C 43.30 42 42 58 DNT 11C .* .58 76 42 58 DNG 12C 43.21 76 42 58 DNG 17C 5.76 76 47 59 DNG 16C 21.27 76 2 60 DNT 13C 32.54 78 9 62 DNG 19C 15.31 1
\ 13 62 DNG 12C 10.06 1 16 62 DNT 10H .69 -40 17 63 DNG 05H 35.48 40 20 63 DNG TSH 20.94 42 35 63 DNT 18C . 05 76 39 64 DNT 11C .47 76 30 65 DNG 02H 23.11 42 37 65 DNG 14C- 43.97 76 37 65 -DNG 14C 33.43 76 37 65 DNG 16C 9.77 76 16 66 DNG 02H 26.73 40 17 66 DNG 02H 11.00 42 28 67 DNG 09H 2.03 42
. 31 67- DNG AV4 17.68 40 1 68 DNT 22C 6.04 78 3 68 DNG- - 10H 14.68 80 31 -68 DNG AV3 -18.78 40 37 =68 DNG 15C 29.90 40
- 37 68 DNG 15C 23.79 40 37 68 DNG 22C 2.09 40 43 68 DNG 12C 42.34 40 45 68 '- DNG 12C 36.54 40 3 69 DNG 10H 17.00 80 q'] 27 70 DNT 14C .66 46 v.
D 13 g y 9 m - . - _ . - - - - - - -
Appendix D Dings And Donts S/G B ROW COLUMN INDICATION LOCATION CAL NUMBER 28 70 DNG 09H 1.69 44 44 70 DNG 18C 5.02 44 29 71 DNT 09H 31.66 46 29 71 DNT 12C 35.92 46 30 71 DNG O2H 10.76 ,
44 32 _ 71 DNG 09H 39.30 44 32 71 DNG 09H 39.96 44 42 71 DNT 10H .51 44 42 71 DNG 14C 43.29 44 38 73 DNG 21C 7.35 44 27 74 DNT 16C 26.61 46 _
27 74 DNT 16C 8.46 46 10 75 DMT 01H .71 44 12 75 DNG 18C 4.85 44 24 75 DNG 03H 17.69 44 3 76 DNG 12C 36.93 48 36 76 DNG 17C 17.89 48 36 76 DNG 23C 4.76 48 38 76 DNG 09H 34.66 48 19 77 DNG 03H 17.29 48 19 77 DNG 03H 11.15 48 27 77 DNG 21C 9.54 50
/^\ 35 77 DNT 09H .75 50 (j ~
35 77 DNG_ 17C 8.07 50 36 77 DNG 03H 14.51 48 41 77 DNG 12C 38.87 50 28 78 _ DNG 01H 1.46 50 28 78 DNG O2H 30.91 50 28 78 DNG O2H 18.95 50 28 78 DNG 03H 30.80 50 28 _
78 DNG 03H 18.82 50 28 78 DNG 03H 6.87 50 36 80 DNG 18C 7.13 48 42 80 DNG 17C 23.94 48
_ 38 81 DNG 09H 41.61 48 38 81 DNG 09H 40.84 48 34 83 DNG 09H 42.92 52 38 83 DNG 01H 11.18 52 3 84 DNG 17C 31.00 52 P 84 DNG 18C 9.42 52
_ 37 85 DNT 09H 43.29 54 43 85 DNT 23C .46 54
_ 47 86 DNG 12C 34.99 56 38 87 DNG TSH 1.63 56 42 87 DNG 18C 4.59 56 36 89 CNG 03H 18.15 60 36 89 DNG 18C 1.83 60
..]
D-14
I Dings And Dents l
S/G B'
^ . i NOW COLUMN INDICATION LOCATION CAL NUMBER 18 90 DNG 15C 1.04 60 19 90 DNT 06H 43.45 58 18 91 DNG 21C 12.38 60 j 40 91 DNG 22C 15.04 60 43 91 DNT 22C 1.68 58 28 92 DNT 11C- .08 62 31 93 ,
DNT 12C 41.71 64 31- 93 DNT 12C 40.89 64 32 93 DNG 07H 38.83 62 39 93 DNT 09H 43.00 58 48 93 DNT AV4 .00 60 18 94 DNG 05H 28.12 60 22 94 DNG 09H 11.25 00 30- 94 DNG 09H 34.42 60 30 - 94 DNG 12C 41.20 60 30 94 DNG 17C 10.63 60 30 94 DNG 19C 2.00 60 31 94 DNT 12C 31.20 58 39 94 DNT 21C 13.66 58 45 94 DNT 18C 2.56 58 17 95- DNG 12C 2.52 62 20 95 DNT 19C 6.59 64
/N 40 96 DNG 04H 18.18 62 4- V 46 97 DNG 09H 1.66 62 46 97 DNT 09H .45 62 46 97 DNG 09H 43.12 62 46 97 DNG 10H 1.85 62 32 98 DNG 22C 6.30 62 24 99 DNG 06H 10.53 62 14 100 DNT 13C 5.79 64 41 100 DNG 12C 43.09 62 15 101 DNT 18C -1.80 64 17 102 DNG 06H 34.61- 62 17 102 DNG 07H 13.76 62 22 102 DNT C3H 1.20 64 29 102 DNT 11C .43 62 39 102 DNG 12C 40.26 62 41 102 DNG 11C .16 62 42 102 DNT 16C .51 62 18 105 DNT 21C 12.04 68 21 105- DNT 16C 25.64 66 34 105 DNT 09H 28.66 68 35 105 DNT 12C 39.11 66 36 105 DNT 12C 31.82 68 36 105 DNT 12C 29.37 68 36 10S DNT 12C 28.64 68
[v} 27 108 DNT TSH 6.89 68 D-15
Appendix D Dings And Dents S/G B y
(
f'f ROW 27 COLUMN 108 INDICATION DNT-
- LOCATION -
01H .52 CAL NUMBER 68 27 108 DNT 01H 1.62 68 27 108 DNT 01H 5.48 68 27 108 DNT 04H 18.06 68 6 110- DNT 19C .92 68 20- 110 DNT 01H: 24.73 66 23 111 DNT 19C 11.66 66 24 111 DNT- 02H 15.57 68 24 111 DNT 04H 27.34 68 21 113 DNT 01H 4.39 68 14 116 DNT 09H 33.07 70 14 -116 DNT 12C- 33.36 70 14 116 DNT 12C 32.61 70 22 116 DNT 13C .54 70 22 116 DNT 13C .27 70 3 118 DNG 01H 6.32- 5
'12 118 DNT 12C 26.34 70 12- 118 DNT 12C 25.56 70 J
D-16
Appendix D Dings And Dents S/G C
(,) ROW COLUMN INDICATION LOCATION CAL NUMBER 3 1 DNG 05H 23.15 9
-1 2 DNG O2H 25.58 9 11 2 DNG O2H- 30.02 2 11' 2 DNT 02H . 69 2 1 3 DNG 03H 5.48 9 6 5 DNT 14C 3.17 4 2 6 DNG 05H 3.25 9 2 6 DNG 05H 3.31 11 10 6 DNT 04H . 67 8 20 6 DNT 07H 3.37 8 20 6_ DNT 07H- 3.99 8 21 0 DNG 07H 3.44 6 21 6 DNG 07H 2.69 6 18 7 DNT 19C 2.66 8 1 9 DNG 04H 1.03 9 4 9 DNT 07H 3.35 8 10 9 DNT 20C 8.63 8 1 10 DNG 04H 1.03 9 19 11 DNT 17C 9.12 8 9 12 DNT 14C 3.36- 8 9 12 DNT- 14C -1.46 8 11 12 DNT
~
14C 8.23 8 O- 9 13 DNG 14C 41.52 6 d 9 13 DNG 15C 30.72 6 23 13 DNG 12C 23.88 6 36 14 DNG O2H 33.70 6 1 15 DNG 14C 38.91 10 1 15 DNG 14C 39.61 10 23 15 DNG 17C 35.74 10 5 16 DNT OSH .11 10 19 16 DNG 15C 41.12 10 23 16 DNT 11C .62 10 36 16 DNG O2H 19.69 10 34 17 DNG 04H 2.88 10 42 19 DNT 05H 1.33 10 42 19 DNT OSH .56 10 25 20 DNG O2H 18.54 14 42 20 DNG OSH .87 14 14 21 DNG 12C- 28.07 14 21 21 DNG 20C 11.67 16-29 21 DNG 06H 3.40 16 29 21 DNG 06H 2.72 10 29 21 DNG 06H .94 16 30 21 DNG 06H 3.39 14 31 21 DNG 06H 3.31 16 31 21 DNG 06H 1.16 16
-(] 39 21 DNG 12C 37.29 16 v
D-17 .
. _ . . _ -__ __ .- ,- . _ .m. . . _ _ - . _ . . _ _ . _ _
' Appendix D -
Dings' And Dents .
S/G C I 3 l HOW COLUMN ' INDICATION LOCATION CAL NUMBER ,
41 21 DNG 06H 3.36 16 42 21 DNG~ 02H 29.83 14 42 21 -DNG O2H 29.09 14=
43 21 DNG 23C- 5.50 ~ 16
{
11 22 DNG -23C- 7.60 14 ,
44 22 DNG- OCH 41.33 10' 44 22 DNT 07H . 28 - 16 ,
-44 22 DNG I CC_34.20 16-11 23 DNG 23C 6.08 16
, 30 23= DNG- 12C 43.31 14 ,
, 30 23 -DNG 12C 43.42 14 !
36 23 DNG 08H 12.70 14 39 23 -DNT 10H .11 16 28 24 DNG AV3 5.80 16 46 -24 DNT 10H .50 16 48 24 DNG 12C 39.36 16- ^
3 25 DNG -1/C 42.47- 18 6 25 DNG - 14C 3.36 18 43 25 DNG O2H 8.62 14 46- 25 DNG 07H 34.60 16 42 26- DNT 10H .25 18 42 26 DNT 11C .33 18
.O 40 -27 DNG- 12C 30.30 18
'iV 13 28 DNT 13C 39.06 20 28 28 DNG O2H 30.20 18 28 28 DNG O2H 26.47 18 28 28 DNG O2H 23.38 18 28 28 DNG 06H .97 18 28- 28 DNG 20C 13.03 18
'48 28 DNG 16C- 27.45 18 45 29 ,
DNT- 09H 32.22 20 45 29 DNT 09H 35.63 20 16 30 DNG 06H 39.88 18 16 30 DNG 08H 41.21 18 3 30 16 DNT 12C .22 18 [
- 47 30 DNT 11C .55 20 3- 31 DNT 21C 1.14 20 31 31 DNT 04H 10.87 20 43 31 DNT 09H 40.39 20 10 32 DNG 15C 38.85 18 43- 32- DNT 16C - 42.60 20 43 32- DNT 16C- 41.35- 20 -
45 -32 DNT 10H .89 = 20 45- 32 -DNT 22C -5.35 20-j 25 34- DNT 15C- 22.06 20
-31 34 DNT_ 22C 2.61 20
{ 36 34 DNT 10H- .25 18 D-18
. - ,, . - - . . . . . -. ~ .-
Appendix D ' -
Dings And Dents .j
_ . S/G C -
g()[
- - ROW COLUMN - INDICATION LOCATION -- CAL NUMBER 25 DNT 04P .05- 24 ,
41 35 DNT TSd 2.92 24 7 36 DNT -13C- 34.59 24 l 45 36 DNT- 09H - 34.12 -24
~ .
1 33 37 DNT ~01H 9.70 -24 33 37 DNT 01H -10.48 24 33 37 DNT 22C .63 24
-33 37 DNT. - 23C 7.41 24-
-33 37 DNT 23C 3.07 24 33- 37 - DNT-- 23C- 2.33 = 24-33 37 DNT TSC 2.17 24 36 37 DNT 10H .28 22 25 38 DNT 09H 42.85 24 ,
47 38 DNT 12C 22.68 24 :
17- 39 DNT 12C 20.18 -24 45 39 DNT 11C .24 24 8 40 DNG 02H 16.16 26 8 JO DNG 03H -- 1.13 26 11 40 DNT 17C 8.45 28 23- 40 DNT 10H .36 28 22 41 DNG 08H 15.82 26 ,
29 41 DNT= 01H 3.57 28 44 41 DNG 11C 1.02 26
~
44 41- DNT 11C .25 26 30 42 DNG 18C 13.57 26 1 43 DNG 03H 25.22 5 9 43 DNT 04H 2.24 28 9 43 DNT 04H 3.16 28 9- 43 DNT 04H 3.59 28 ,
9 43 DNT 19C 4.29- 28 10 44 DNG 20C 12.43 26 16- 44 DNG- 02H- 29.60 26 20 44 DNG 09H 24.15 26 20 44 DNG 09H 23.79 26 38 44 DNG 14C 1.09 26
-39 44 DNT 15C- .73 28 39 44 DNT 17C 15.08 28 39 44 DNT 17C 3.11 28 39 44 DNT 20C 11.58 28 7 45 DNT 17C 32.59 - 32 21- 46 DNT 23C 5.34 32
_ j21 46 DNT- 23C .50 32 44 DNG- 09H -31.75 30 46 46 DNG 12C 33.69 40 -47 DNG 09H 39.12 30 6 48 DNG 18C 8.46- 30
-9 '49 DNT 17C 17.77 32 Q['E D-19
+ $0. - - , - - -s- ..~-
Apperidix D l Dings And Dents l
S/G C ROW C,0LUMN INDICATION LOCATION CAL NUMBER l 'O 37 49 DNT 17C 17.25 32 41 50 DNT 12C 39.40 32 1 52 DNG 04H 2.09 5 1 52 DNG 04H 1.12 5 _
15 52 DNG 03H 16.88 5 15 52 DNG 03H 16.67 34 4 53 DNG 07H 16.09 5 14 54 DNG TSH 6.14 5 43 54 DNG 12C 39.64 34 43 54 DNG 12C 37.15 34 43 54 DNG 12C 36.44 34 12 55 DNG 17C 40.15 7 30 55 DNG 19C 11.88 34 48 55 DNT 12C 39.93 38 48 55 DNT 12C 33.45 38 7 50 DNT 21C .87 5 48 56 DNT 09H 33.59 38 48 56 DNT 09H 34.34 38 48 56 DNT 10H .60 38 48 56 DNT 12C 38.08 38 10 57 DNG 04H 35.69 3 16 57 DNT 09H .78 34 16 57 DNT 11C 1.06 34
() 30 57 DNG 14C 3.35 34 34 30 57 DNG 14C 2.62 31 57 DNT 04H .83 34 44 57 DNT 16C 42.79 74 45 57 DNG 15C 10.48 36 7 58 DNG 21C 1.08 1 18 58 DNG O2H 1.91 34 18 59 DNG O2H 6.21 34 38 58 DNT 20C 1.09 74 42 58 DNT 14C 20.98 74 11 59 DNG 06H 33.03 1 20 59 DNG 09H 42.82 34 28 59 DNT 01H .40 34 28 59 DNG 01H 1.16 34 28 59 DNG 01H -7.06 34 28 59 DNG 01H 7.83 34 28 59 DNG 01H 8.22 34 28 59 DNG 01H 9.10 34 28 59 DNG 01H 9.52 34 28 59 DNG 01H 11.69 34 28 59 DNG 12C 38.06 34 28 59 DNG 12C 37.28 34 28 59 DNG TSC 4.33 34
( i 20 60 DNG TSH 8.91 34
% )
l D-20
Appendix D Dings And Dents S/G C
(-
() ROW COLUMN INDICATION LOCATION CAL NUMBER 19 61 DNG 08H 39.30 34 19 61 DNG 14C 39.44 34 1 62 DNG OBH 8.48 5 14 62 DNG AV1 13.02 3 14 62 DNG 13C 6.24 3 14 62 DNG 13C 6.96 3 18 62 DNG 14C -1.25 34
_ 18 62 DNG 15C 43.47 34 18 62 DNG 15C 42.86 34 18 62 DNG 15C 42.12 34 31 62 DNG 17C 8.04 34 32 62 DNG 01H 9.50 34 11 63 DNG 14C 27.19 1 11 63 DNG 14C 29.58 1 11 63 DNG 14C 31.03 1 26 63 DNT 18C .97 34 27 63 DNT 10H .73 34 35 63 DNT 12C 37.25 74 35 63 DNT 12C 36.49 74 35 63 DNT 17C 10.37 74 1 64 DNG OBH 10.08 5 2 64 DNG 06H 22.79 7
(~') 43 64 DNT 12C 37.74 74
\.,,/ 45 64 DNG 12C 38.55 36 1 65 DNG 08H 8.68 5 1 65 DNT 13C 8.57 38 2 65 DNG 08H 20.93 7 2 65 DNG 08H 20.54 7 2 65 DNG 12C 16.08 36 2 65 DNT 12C .72 36 2 65 DNG 12C 16.75 66 38 65 DNT 12C 13.80 74 45 65 DNG 12C 38.79 36 18 66 DNG 13C 23.00 36 33 66 DNG 19C 11.54 36 43 66 DNG 09H 33.94 36 43 66 DNG 12C 36.65 36 19 67 DNG 02H 24.49 36 29 67 DN,G 16C .66 36 36 67 DNT 09H 36.88 .
38 36 67 DNT 11C .55 38 3 68 DNG 07H 3.76 1 15 68 DNG 12C 36.48 1 34 68 DNT 19C .43 38 35 68 DNG 12C 42.81 36 36 6S DNT 09H 38.26 38
. [} _
36 68 DNT 17C 31.06 38
'J D-21 i
Appendix D Dings Ar.4 Dents S/G C
() ROW COLUMN INDICAT!ON LOCATION CAL NUMBER
~
42 68 DNT 11C .44 38 42 68 DNT 12C 36.27 38 42 68 DNT 12C 23.02 38 45 68 DNG 10H .64 36 37 69 DNG 12C 38.73 _ 36 39 69 DNG 17C 9.86 36 43 69 DNG 01H 24.65 36 48 69 DNT 12C 30.12 38_
10 70 DNG 16C 4.44 36 48 70 DNT 09H 39.93 38 48 70 DNT 09H 40.04 38 48 70 DNT 12C 37.05 ,
38 _
48 70 DNT 12C 36.29 38 30 71 DNT 10H .25 ,
38 36 71 DNT 12C 38.21 38 38 71 DNT OGH 2.58 38
- 38 71 DNT 19C 1.52 38 44 71 ,
DNT 09H 37.00 38 44 71 DNT 12C 35.29 38 44 71 DNT 12C 34.50 38 4 72 DNT OSH .28 30 16 72 DNG 00H 5 65 36
[ 37 72 DNG 09H 34.38 36
'v 37 72 DNG 09H 38.wd 36 37 72 DNG 09H 40.86 36 37 72 DNG 12C 43.05 36 9 74 DNT 12C 10.49 38 9 74 DNT 12C 9.59 38 12 74 DNG 03H 10.79 36 12 74 DNG 03H 12.04 36 28 74 DNT 23C .22 36 37 74 DNT 04H 1.87 38 37 74 DNT 05H 10.24 38 41 74 DNT 10H .79 38 41 74 DNT 14C 3.44 38 45 74 DNT 11C .22 38 45 74 DNT 11C .52 38 2 76 DNG 10H 3.13 66
_ 12 76 DNG 03H 16.07 40 29 76 DNT 19C 7.54 42 ~~
42 77 DNG 02H 28.36 40 42 77 DNG 02H 27.03 40 42 77 DNG 02H 25.74 40 42 77 DNG O2H 24.41 40 42 77 DNG 02H 23.06 40
^ 42 77 DNG O2H 21.77 40
[ ') 42 77 DNG O2H 20.44 40 wJ D 22
l Appendix D Dings And Dents
. S/G C ROW COLUMN INDICAll0N LOCATION CAL NUM8ER 42 77 DNG O2H 19.09 40 42 77 DNG 04H 8.23 40 42 77 DNQ 21C 4.37 40 45 77 DNT 01H .19 42 45 77 DNT 01H . 56 42 1 45 77 DNT 02H 20.08 42 !
~
45 77 DNT 02H - 30.16 42 ~
2 78 DNG eOH 5.00 66 l 7 78 DNT 16C 18.41 42 !
8 78 DNT 10H 3.81 40 .
21 78 DNT 09H 5.31 42 !
21 78 DNT -09H 6.08 42 _
21 78 DNT 09H 6.79 42 21 78 DNT 09H 31.02 42 22 78 DNG 09H 12.23 40 24 78 DNG 17C 24.94 40 l 25 78- DNT 03H 8.50 42 !
25 78 DNT 03H 9.83 42 25 78 DNT 03H 11.14 42 ,
28 78 DNG 10H 41.68 40
, 47 78 DNT TSH 6.05 42 3 79 DNT 13C 8.01 42 10 79 DNG 10H 3.79 40 14 79 DNG 10H 56.26 40 4 80 DNT 05H .50 40 8 80 DNG 10H 3.85 40 24 80 DNG 03H 28.37 40 '
27 80 DNT 04H 10.46 42 28 80 DNG 10H 41.45 40 40 80 DNG 07H 37.04 40 33 81 DNT 12C 18.03 62 41 82 DNT 11C .16 62 41 82 DNT 14C 3.69_ 62 5 83 DNT 01H 11.9J 62
_ 41 83 DNT 10H .36 62 44 83 DNO 11C -1.08 60 44 83 DNT 11C . 33 60 31 84 DNT 15C 27.38 62 '
41 84 DNT 10H .25 62 43 84 DNT 06H 32.18 62 '
35 85 DNT 13C 39.67 62 41 85 DNT 11C .16 62 '
41 85 DNT 17C .51 62 45 DNT 03H 21.98 62 46- 85 DNG 12C 38.03 60 !
21 86 DNT 03H 11.63 62 28 86 DNT 03H 15.16 60 A._ /
l D-23 J _
l w r- ww yw-- yry-T w=we. p w- ev- t-- e y T- t wye * - - w
Appendix D Dings And Dents S/G C q
ROW COLUMN INDICATION LOCATION CAL NUM8ER
_ 31 86 DNT 02H 8.18 62 31 86 DNT 02H 18.69 62 31 86 DNT 03H 1.87 ~
67 31 86 DNT 03H 7.02 62 41 86 DNT 03H 6.19 62 45 86 DNT 09H 39.59 62 21 87 DNT 05H 14.01 62 21 87 DNT 22C 11.13 62 37 6, DNT 14C 3.94 62 45 87 DNT 12C 34.17 61 48 87 DNT 11C .41 60 48 87 DNT 11C .41 60 7 88 DNT 21C 7.67 62 7 88 DNT 22C 5.71 62
'i I 88 DNT 22C 5.13 62 3'/ 88 DNT 04H 3.48 62 39 88 DNT 16C 3.39 62 39 88 DNT 17C 41.74 62 39 88 DNT 17C 40.44 62 39 88 DNT 17C 2.09 62 39 88 DNT 17C 1.34 62 41 88 DNT 11C .43 62 l' s 13 89 DNG 12C 33.44 58
'\ 41 89 DNT 10H 150.52 58 43 89 DNG 09H 39.19 .3 43 89 DNG 09H 38.86 58 43 89 DNT 10H .30 58 43_ 89 DNG 12C 32.42 58 43 89 DNG 12C 33.07 58 43 89 DNG 12C 36.43 58 38 90 DNT 22C 10.68 56 46 90 DNT 11C .50 56 46 90 DNT 11C .85 56 15 91 DNG 05H 2.04 58 48 91 DNT 10H .50 56 48 91 DNT 11C .41 56 31 92 DNG 16C 31.87 58 41 92 DNT 12C 45.39 Sti 14 93 DNT 08H 25.28 56 14 93 DNT 08H 36.22 56 14 93 DNT 13C 26.42 56 28 93 DNT 19C 12.82 56 36 93 DNG 10H 2.11 56 45 93 ,, CNG 09H 35.56 58 45 93 DNG 09H 2.49 58 45 93 DNT 10H 163.55 58 45 93 DNT 12C 58 45.15_ _
, D-24
Appendix D Dings And Dents S/G C
() ROW COLUMN INDICATION LOCATION CAL NUMBER 18 94 DNT 02H 13.79 56 22 94 DNT TSH 4.44 Sb 22 94 DNT TSH 5.21 56 22 94 DNT TCH 6.70 56 22 _ 94 DNT 01H 1.93 56 31 94 DNG 09H 18.8,4_ 58 35 94 DNG 16C 3.88 58 41 94 Dt/T 12C 45.31 58 45 94 DNG 09H 35.52 58 45 94 DNT 10H 163.57 58 35 95 DNT 12C 40.95 56 37 95 DNT 22C .47 56 43 _ 95 DNT 22C 3.67 56 31 96 UNG 03H 5.08 58 41 96 DNT 12C 45.06 58 44 96 DNT 12C 40.06 66 45 96 DNG 09H 37.98 58 45 96 DNG 09H 37.19 58 45 06 DNG 12C 35.7 I 58 45 96 DNG 12C 36.50 58 45 96 DNG 12C 39.83 58 45 96 DNG 12C 40.56 58 45 90 DNG 12C 41.38 58 N.s/ 31 97 DNG , IOC 16.34 59 37 97 DNG OSH 19.76 58 37 97 DNG 05H 21.64 ,.
58 37 97 DNG 05H 21.64 58 37 97 DN_G OSH 19.74 58 41 97 DNT 12C 44.74 58 45 97 DNG 09H ~59.05 58 45 ,_
97 DNG 09H 37.56 58 45 97 DNG 09H 34.02 58 46 97 DNT 07H 2.54 56 46 97 DNT 07H 3.29 56
_ _ 46 97 DNT 12C 9.32 56 19 98 DNG 13C 7.41 58 19 99 DNG 19C 10.60 58 ~~
31 99 DNG 17C 7.04 58 31 99 DNG 17C 32.75 68 36 99 DNT 14C 16.03 56 41 99 DNT 12C 44.91 58 9 100 DNG 12C 10.72 54 34 101 DNG 12C 32.28 50 35 101 DNG 03H 20.32 54 15 102 DNG 04H 3.05 54 15 102 DNG 05H 3.03 54
- 42 102 DNT 15C . 25 50
(^/
C D.25
Appendix D Dings And Dents S/G C l p) y ACW COLUMN INDICATION LOCATION CAL NUMBER 42 102 DNT 16C .50 50 12 103 DNG 05H 27.67 50 l
, 12 103 DNG 16C 28.31 50 l 12 103 DNG 16C 28.59 50 29 103 DNG 22C 10.39 54 i JO 103 DNG 18C 2.55 50 37 _103 _DNG 09H 39.38 54 37 103 DNG 12C 40.74 54 38 103 DNG TSH 3.93 50 15 _
104 DNG OSH 3.02 _ 54
~
28 105 DNG 12C 10.26 54
. 39 105 DNG 06H 38.75 50 39 105 DNG OSH 38.25 50 39 105 DNG OGH 37.48 50 18 106 DNG 04H 3.05 50 29 106 '6 'G 1EC~
14.36 54 34 106 DNG l 02H 29.72 50 36 100 DNG 17C 11.97 ~
50 37 106 DNT 03H .44 50 23 107 DNT 05H 11716 52 29 107 DNT 07H 15.29 52 35 107 DNT 23C 6.65 52
/) _
1 108 DNG 07H 12.57 9
"\,_,) 9 108 DNT AV1 .00 52 16 10G___ DNG 09H 10.86 50 34 108 DNG 02H 29.71 50 35 108 DNT 09H .44 50 4 109 DNG 07H 17.30 44 22 109 DNG 15C 10.30 44 34 109 DNG O2H 29.81 44 34 109 DNG O2H 29.07 44 34 109 DNG O2H 29.,83 44 34 109 __ DNG 02H 29.081 44 ~~
34 109 DNT 09H .47 44~
34 109 DNT 09H .25 44 34 109 DNT 09H .44 44 34 109 DNT 09H .25 44 34 109 DNT 19C .80 44 34 109 DNT 19C .77 44 3 111 DNT 01H . 75 9 2 112 DNG 10H 11.33 -66 10 113 DNG ,
05H 35.08 44 10 115 DNG 02H 3.17 44 _
7_ 116 DNT 05H 2.94 42 '
8 116 DNG OSH 25.28 40 8 116 DNG 05H 23.87 40 I'i _ L 12 116 DNG 10H 3.59 40 LJ D 26
Appendix D Dings And Dents !
4 S/G C !
- ROW COLUMN INDICATION LOCATION CAL NUMBER l 8 118 DNG 10H 3.88 40 l
( 14 118 DNG 10H 3.73 40 i 4 119 DNT 23C +1.67 42 l 4 119 DNT TSC 6.96 42 7 119 DNG 10H 3.93 40 i 7 7 19 DNG -- 14C 3.06 40 l 9 119 DNG TSC 6.59 40 ;
10 119 t>NT 08H 36.07 42
_, 10 119 DNT 14C 4.13 42 ,
~
10 119 DNT 17C 3.44 42 13 119 DNG - 10H 3.43 40 .4
! 4 120 DNG 14C 2.95 40 l 6 120 DNG- OSH 3.20 40 8 120 DNG 07H 43.22 40 8 120 DNG 10H 3.60 40 1 !
l t
n L
s
)
e f
.b
+
'. je D-27 _;
e ..., .-- ,,.4+4 ,--.w,-----4,, .we--r-r.- ~r.-w,m-.-+,w-.r .*,,3 -m- - > , + . - ..e e - -r<r -v.w- --,
. - _ . - -. . _ - - . .. . . ~ . . .- _ - _ _ . . _ - , _ . -
Appardx D !
Din 9s And Dents !
S/G D I ROW _
COLUMN INDICATION LOCATION CAL NUMBER 8 1- DNG 10H 11.18 14 11 3 DNT 02H .47 14 i 2- 6 DNG 03H 10.32 1 l 2 6 DNG 03H 10.40 1 j 5 6 DNT 17C 28.53 16 23 6 DNT 18C 10.54 16 f
2 9 DNG 12C 5.88 36 12 9 DNT 13C 15.18 16 12 9 DNT 13C 14.74 16 3 11 DNG 04H 40.44 1 3 11- DNG 04H 40.53 1 !
12 14 -DNT 02H 14.20 12 35 14 DNT 01H 2.63 10 ;
24 15 DNG 13C 13.11 12 14 16 DNT 08H 26.10 12 -l 14 16 DNT 08H 26.89 12 !
_ 14 16 DNT 08H 27.62 12 I 39 16 DNT 16C 43.28 10 7 18 DNT 08H 41.32 6 ~
33 18 DNT 20C 6.72 10 41 20 DNT 09H 39.43 6 >
41 20 DNT 09H 40.13 6 O 41 20 DNT 09H -43.08 6 25 -21 DNT 09H 33.93 6 25 21 DNT 17C 44.94 6 25 21 DNT 17C 43.59 6 25 21 DNT 18C 8.66 6 25 21 -- DNT 19C 15.71' 6 '
25 21 DNT 20C 16.18 6 25 21 DNT 21C 7.60 6 25 21 DNT 22C 6.80 6 38 21 DNG TSC 5.12 8 41 21 DNT 09H 40.00 6 41 21 DNT 09H 40.68 6 11 22 DNT TSC 7.61 6
, 28 22 DNG 17C 11.57 8 41 22 DNT 11C . 06 6 r
29 23 DNT 09H 32.10 6 29 23 DNT 13C 25.33 6 39 23 DNT 05H 12.13 6 41 23- DNT 11C .17 6 41 24 DNG -10H 9.95 6
-40 25 DNT 02H 4.88 2 ,
40 25 DNT 02H 6.21 2 40 25 DNT 02H 7.57 2 !
40 25 DNT 06_H 5.29 2 25 1 26 DNG 10H 13.83 4
- l '
D-28 l
.;_a--.. . . - . , ;,, ; 2 . . u. . .. _ - u . . _.....,c_-,,.c._.. -.__-_..w-~ -
Appendix D Dings And Dents S/0 D
(
() ROW COLUMN INDICATION 3 LOCATION CAL NUMBER 41 26 DNG 10H 9.29 4 41 26 DNT 11C .06 4 47 26 DNT 11C .34 2 18 27 DNT TSH 5.26 14 37 27 DNT 22C 2.81 120, _
41 27 DNT 11C .11 120 7 28 DNG 08H 29.52 20 17 28 DNT 13C .53 20 18 28 DNT 03H 29.74 18 2 29 DNT 12C 44.14 74 41 29 DNG 10H 9.70 18 41 29 ,DNG 10H 9.61 18 41 29 DNT 11C .25 18 44 30 DNT 12C 44.88 18 44 30 DNT 12C 44.21 18 18 32 DNT 09H 2.14 18 39 32 DNG 08H 7.89 20 42 32 DNT 09H 40.35 18 44 32 DNT 07H 37.53 18 45 33 DNT 02H 6.14 18 7 34 DNT 22C 2.08 20 7 34 DNT 22C .81 20 O 16 34 DNT 04H 37.98 18 16 34 DNT 04H 39.04 18 42 34 DNT 09H 40.49 18 44 34 DNT 07H 36.91 '8 2 35 DNT 11C .74 74 2 35 DNT 12C 44.98 74 37 36 DNG 12C 14.31 24 42 36 DNT 09H 40.91 22 5 37 DNT 15C 24.62 22 5 37 DNT 18C 9.31 22 7 37 DNT 22C 7.74 22 31 38 DNT 15C 5.69 24 35 38 DNT 08H 28.60 24 42 38 DNT 09H 39.56 22 19 39 DNT 09H 26.52 22 19 39 DNG 09H 26.54 22 23 39 DNT 08H 18.15 22 25 39 DNT 07H 37.62 22 25 39 DNT 07H 38.33 22 41 39 DNT 09H 37.98 22 46 39 DNT TSC 4.43 24 38 40 DNT 01H 7.03 22 42 40 DNT 09H 40.51 22 6 41 DNT 03H 28.20 24 (9 ~
42 41 DNT 09H 40.52 24 LJ D-29
_ _ _ _ _ _ _ _ _m____A_m-______h,
Appendix D Dings And Dents S/G D g~3 h ROW COLUMN INDICATION LOCATION CAL NUMBER 45 41 DNT 03H 14.90 22 45 41 DNT 03H 15.57 22 46 41 ,DNT 11C . 22 24 3 42 DNG 04H 35.52 1 3 42 DNG 04H 35.60 1
_ 43 42 DNT 12C 43.33 24 43 42 DNT 12C 42.50 24 26 43 DNT 12C 42.59 28 26 43 DNG 12C 42.47 28 27 43 DNT 12C 42.62 74 27 43 DNG 12C 42.50 74 37 43 DNT 06H 19.91 74 ,
48 43 DNT 12C 33.53 76 31 44 DNT 06H 31.82 28 31 45 DNT 05H 41.95 78 _
31 45 DNT 05H 42.70 78 31 45 DNT 05H 43.46 78 35 45 ONT 16C 42.31 78 42 45 DNT 09H 40.38 28 42 45 DNG 09H 40.41 28 47 45 DNT 09H 44.21 74
~
47 45 DNT 09H 44.93 74 h'd 18 18 46 46 DNT DNT 04H 04H 34.26 36.49 78 78 25 46 DNT 04H 3.42 28 30 40 DNT 09H 10.47 78 38 46 DNT 22C 6.37 78 47 46 DNT 04H 35.89 28 47 46 DNT 04H 36.60 28 47 46 DNT 04H 40.16 28 47 46 DNT 04H 40.07 28 47 ,
46 DNG 04H 35.92 28 47 46 DNG 04H 36.82 28 47 46 DNG 04H 40.20 28 47 46 DNG 04H 41.02 28 47 46 DNG AV2 6.75 28 47 46 DNG AV2 6.88 28 47 46 DNT 17C 35.63 28 47 46 DNG 17C_ 35.54 28 22 47 DNT 21C 13.76 28 22 47 DNT 21C 1.26 28 30 47 DNT 22C 13.08 28 36 47 DNT 09H 41.42 28 r 36 47 DNT 17C 2.16 28 37 47 DNT 13C 14.50 78 43 47 DNT 09H 12.73 82 7 'N
- 26 49 DNT 12C 25.70 78
'J D 30
1 Appendix D Dings And Dents 1 l
S/G D ,
RDW COLUMN INDICATION LOCATION CAL NUMBER 26 49 DNT 12C 19.47 78 44 50 DNT 09H 14.53 82 10 51 DNG 10H 3.43 32
_ 18 51 DNG 19C 8.28 32 34 51 DNT 15C 11.80 78 38 52 DNT 16C 30.44 80 39 52 DNG 01H 10.79 32 39 52 DNG 01H 11.44 32 8 53 DNG 10H 3.46 9 42 53 DNT 10H .42 82 47 53 DNG 09H 36.08 32
- 38 54 DNT 09H 18.12 80 38 54 DNT 09H 24.21 80 38 54 DNT 09H 25.09 80 38 54 DNT 11C . 76 80 9 55 DNG 20C 9.29 9 10 55 DNG 10H 3.24 9 11 55 DNG 10H 3.40 9 37 55 DNT 05H .89 32 43 55 DNG 12C 37.45 32 43 55 DNT 12C 37.26 120 48 55 DNT 03H 33.65 76 43 56 DNT 12C 38.83 70 s 44 56 DNT 10H 132.98 72 44 -56 DNT AV4 5.66 72 44 56 DNT AV4 10.16 72 44 56 DNT AV4 15.56 72 44 56 DNT 16C- 9.39 72 44 56 DNT 10H . 26 74 44 56 DNT 10H .43 74 44 56 DNT 16C 9.43 74 44 56 DNT 17C 4.62 74 45 56 DNT 12C 3d.60 74 45 56 DNT 12C 32.90 74 45 56 DNG 12C 33.53 74 45 56 DNG 12C 32.78 74 43 57 DNT 12C 40.54 72 35 58 DNT 09H 40.58 70 35- 58 DNT 09H 41.28 70 40 58 DNT TSC' 2.68 72 >
10 59 DNT 10H -3.40 9 24 -59 DNT 02H 26.76 74 35 59 DNT 09H 40.43 72 37 '59 DNT 08H 42.63 72 43 59- DNT 12C 35.15 72 43 59 DNT 22C .16 72 7 62 DNG 10H 33.46 7 D 31
[
I Appendix D -
Dings And Dents !
l S/G D l POW COLUMN INDICATION LOCATION CAL NUMBER 35 62 DNT 03H 11.91 70 ;
48 -62 DNT 10H .16 72
- 7 63. DNG 11C 1.88 5 11 63 DNG 11C .99 5 i 7 64 DNG 10H 32.84 } !
7 64 DNG AV4 10.72 7 !
26 64 DNT 06H 41.11 80 47 64 DNT 10H .14 70 l 47 64 DNT 10H . 59 70 7 66 DNG 11C 1.76 6 -t 11 65 DNG 11C 1.26 6 33 66 DNT 04H 6.99 70 43 65 .DNT 12C 40.05 70 7 66 DNG 11C 1.96 7 45 66 DNT 12C 35.89 70 46 66 DNT AV1 . 00 72 7 67 DNG 11C 1.91 5-33- 67 DNG 18C 5.18 40 !
43 68 DNT 09H 39.51 82 +
35 70 DNT 09H 38.15 74 +
35 70 DNT 09H 38.58 74 36 70 DNG 17C 23.12 40 O 41 27
_ 31 71 72 72 DNT DNT DNT 12C 18C 20C 12.56
-2.40 3.35 42 42 42 10 73 DNG 16C 19.53 66 19 73 DNG, 02H 2.16 44 19 73 DNG O2H 2.93 44
-73 - DNG O2H- 5.31 44 19 73 DNG O2H 6.02 44 19_ 73 DNG O2H 6.80 44 19 73 DNG O2H 6.93 44 '
19 73 DNG O2H 7.72 44 19 73 DNG O2H 8.43 44 i 33 73 DNT 09H 40.13 44 33 73- DNT 09H 41.71 44 22 74- DNT 08H 42.21 42 29 74 DNT 07H 34.15 44 32 74 DNT 17C 11.23 42 44 74 DNT 05H -28.21 44 46- -- 74 DNT- 09H - 34.20 44 '
46 74 DNT 12C 37.30 44 ,
17 75 DNT 17C 25.89- 44- _
23 75 DNT 08H 14.02 44 33 75 DNT- 18C 4.16 44 43 75 DNT 19C 1.02 44 45 75 DNT 15C 5.04 44 D.32
, i l .L. i.
.m, e - - - -mm w , ~a,,,, , w ka- rw. s e ww.,m..... n~+a%mw ,es
,,e ,,nca, w
.,,,.wr r w e w d g w-, w ,- eem a w w
Appendix D Dings And Dents l
S/O D Di !
/ ROW COLUMN INDICATION LOCATION CAL NUMBER 10 76 DNG 09H 4.61 66 ,
20 77 DNT 10H .96 42 39 77 DNT 18C 1.79 44 1 40 77 DNT 22C 1.50 42 r 44 77 DNT TSH 2.70 42 44 77 DNT TSH 3.45 42 2 78 DNG 01H 17.00 7 42 78 DNT 02H 11.93 42 43 78 DNT 04H 6.37 44 ;
37 79 DNT 12C 32.51 46 ;
4 80 DNG 10H 14.83 68 ;
4 80 DNG 10H 68 14 80 DNG TSC 4.e4 69 21 80 DNT 05H 33.82_ 46 i 21 80 DNT 05H 39.74 46 32 80 DNG 18C 4.80 48 4b 80 DNT 01H 24.64 46 43 80 DNT 02H 14.53 46 21 81 DNT 13C .97 40 25 81 DNT 14C 27.50 48 30 81 DNT TSH 5.58 _ 46 30 81 DNT TSH 6.85 46 30 81 DNT TSH 8.09 46 s 39 81 DNT 15C 27.26 48 42 81 DNT 12C 36.12 46 41 83 DNT 18C 10.23 48 41 83 DNG 18C 10.10 48 43 83 DNG AV1 2.58 48 43 83 DNG AV1 7.70 48 43 83 DNG AV1 12.61 48 43 83 DNG AV1 17.10 48 43 83 DNG AV1 21.71 48 43 83 DNG AV1 26.45 48 -
43 83 DNG AV2 1.23 48 43 83 DNG AV2 13.35 48 43 83 DNG AV2 22.15 48 43 83 DNG AV3 2.25 48 ,
43 83 DNG AV3 4.69 48 43 83 DNG t.V3 7.37 48 43 ~83 DNG AV3 13.18 48 43 83 DNG ~AV3 19.08 48 37 84 DNT 14C 6.24 48 37 85- -DNT 01H 10.84 48
- 37 85- DNT 01H 11.52 48 37 85 DNT 05H 3.25 48
~
37 85 DNT 06H 2.04 48 37 85 DNT 06H 2.76 48 D-33
Appendix D Dings And Dents S/G D
(/ ROW COLUMN INDICATION LOCATION CAL NUMBER 37 86 DNT 18C 1.48 48 44 86 DNT 04H 38.90 46 44 86 DNT 04H 44.27 46 44 86 DNT 17C 23.36 46 40 87 DNT TSH 2.06 48 40 87 DNT TSH 2.79 48 40 87 DNT 01H 1.98 48 40 87 DNT 12C 4.97 48 42 87 DNG 10H 26.61 48 42 87 DNG 10H 30.95 48 42 87 DNG AV1 .95 48 42 87 DNT 12C 36.57 48 43 88 DNT 17C 17.42 48 16 89 DNG 16C 1.95 68 10 89 DNG 20C -1.64 68 16 89 DNG 21C 13.37 68 16 89 DNG 21C 1.61 68 19 89 DNG 04H 7.40 66 46 89 DNT 10H .26 50 2 90 DNG 01H 15.77 7 13 90 DNG 17C 20.48 66 45 90 DNT 10H .48 52 45 90 .14 C)
\_ 11 91 DNT DNG 11C 10H 18.34 52 66 39 91 DNT 22C 10.22 C2 39 91 DNT 22C 9.03 52 39 91 DNT 22C 8.35 52 39 91 DNT 22C .72 52 39 91 DNT 22C 1.43 52 10 92 DNG 01H 21.97 68 10 92 DNG O2H 1.76 68 10 92 DNG O2H 1.03 68 10 92 DNG O2H 7.97 68 10 92 DNG O2H 8.67 68 12 92 DNG 07H 24.63 68 39 92 DNG 09H 38.48 52 40 92 DNT 05H .08 50 39 93 DNT 220 11.14 50 45 93 DNT 10H .34 50 '
37 94 DNT 14C 21.33 50 37 94 DNT 16C 11.65 50 44 94 DNT 10H .51 52 1 95 DNG 18C 4.71 70 3- 96 DNG 07H 21.65 7 9 96 DNG 09H 5.44 66 9 96 DNG 09H 10.82 66
[) 38 96 DNT 18C .74 50
\ )
D 34
Appendix D Dinos And Dents S/G D (j ROW COLUMN INDICATION LOCATION CAL NUMBER 40 97 DNG 04h 5.77 52 1e 98 DNG 21C 3.25 68 37 98 DNT 03H 7.97 50 37 99 DNT 18C 4.03 50 37 99 DNT 19C 7.23 50 34 100 DNQ 12C 29.87 52 34 100 DNG 12C 29.16 52 35 100 DNT 72C 34.29 50 36 100 DNG 12C 43.87 52 40 100 DNG 18C 9.46 52 41 100 DNT 12C 37.92 50 41 100 DNT 12C 30.95 50 42 100 DNG 09H 27.78 52 42 100 DNG 12C 40.45 52 42 100 DNG 12C 36.40 52 42 100 DjG 1*i C 35.05 52 42 100 DNG 12C 28.02 62 42 _100 DNG 12C 27.33 C2 3 101 DNG 15C 33.96 70 35 101 DNT 12C 37.58 50 3 102 DNT 15C 27.84 72 3 102 DNT 15C 27.89 88 18 102 DNT 14C 5.70 64 Nd 20 102 DNT 11C .22 50 21 102 DNT 11C .36 52 22 102 DNT 12C 4.44 50 27 102 DNT 01H .33 52 42 102 DNT _
09H 44.97 50 3 103 DNG 17C 35.99 70 4 103 DNT 03H 33.96 64 26 103 DNG 17C 12.14 52 32 105 DNT 07H 40.61 50 17 106 DNG 16C 19.10 58 17 106 DNG 16C 12j8 58 17 106 DNG 16C 1.50 58 17 106 DNG 21C 13.36 58 27 106 DNT 04H 13.41 50 24 111 DNT 06H 21.31 56 7 113 DNT 23C 8.74 54
?? 113 DNT 12C 40.45 54 2 116 DNG 09H 40.45 7 22 116 DNT 12C 4?.56 54 8 117 DNG 09H 28,13 56 8 117 DNG 09H 28.89 56 8 117 DNG 12C 27.89 56
, 8 117 DNG 12C 27.20 56
( 1 8 118 DNT 12C 31.65 54 Q,) -
D 35 1
Appsodix D Dings And Dents S/G D ROW COLUMN INDICATION LOCAllON CAL NUMBER 8 118 DNT 12C 30.95 54 O
O D 36
l O 1 I
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APPEN1 TX F I
Owners Report for Inservice Inspection NIS-1 Form O
1RE07 - Stocm Genorctor Tubec Pcgo 1 of 2 FOttM NIS t O'.?NER'S REPONT FOR INSERVICE INSPECTIONS ,
As rNpsired by the Previelens of the ASME Code Rules {
- l. Owner Ilouston thhtina & Power Comnany: Electric Tower: P.O. Box 1700: llour:9n. Texas 77001 (Name and Addrens of Owic) i
- 2. Plant Souti: Texas Proicci Electric Generatinn Stathmi P.O. Box 219: Wadsworth. Texas 77483 (Name and Address of Plant) l
- 3. Plant Unit _ I 4. Owner and Certificate of Authorization (if required) N. A.
- 5. Commercial Service Date 08/25/88 6. National Board Number for Unit N.A.
- 7. Components inspected ASME Code Class 1 (IWB) leems . Steam Geuerator Tubes Manufacturer i Compotent or Manufacture or installer National Appurtenance or insta!4r Serial No. Board No.
' Stenii Ata_ tor i A Wr.glig!1 qw (Mi 2131 W18691 Steam
.Amator 1B - s'ellitEbg), e (M) 2132 Wl8692 Steatn -
hjor IC Wa nrLeuw (M) 2133 W18693 Steam Agnigt ID Westinahouse (M) 2134 W18694 O
P
/^ lilAPb) #e,- Date /f-/F-97 Arkwright Mutual by a -q /t- Date E B. R. Russell, ANil i
. A. C. McInytte Insurance Co.
. . 1 1RE07 - Stocm Genorator Tubec Pega 2 of 2 l l
FORM NIS.I (Rack) l I
R. I'tamination Dates 9-16 97 to 940-97 9. Irapection Interval from it 2$48 to 0 25-22,,
- 10. . Abstract of Examinations. Include a list of examirutions and a statement concerning status of work I required for current interval. (ASME Code Class I (IWB) lieses . Stenni Generator Tubes)
See Section 4.0 of the IRfA7 laserike inspection Semimary Report for Steam Generator Tubing. ,
- 11. Abr, tract of Conditions Noted. !
See Section 5.0 of the IRE 071nscritre inspection Summaary Report for Steam Generator Tubing.
- 12. Atattact of Corrective Meast res R: commended and Taken.
See Section 5.0 of the IRE 07 laservice laspection Summary Report for Steam Generator Tubing.
We certify that tlw statements made in this report are correct and the examinations and corrective measures taten conform to t!w rules of ASME Code,Section XI.
Certificate of Authorization No (if applicable) N.A. Expiration Date N. A.
Date EhL. __/S 1912. Signed Ilouston 1iehtine a power Co. sy M4 f Owner A. C. McInytte CERTil1CATE OF INSERYlCE INSPECTION 1, the undersigned, hold;ng a valid commission issued by the National Board of Iloiter and Pressure Vessel O_ Inspectors ami the State or Province oflgjutt and ennloyed by Alkwriaht Mytual Insurance CA of Norwood.
fpg_ have inspected the components described in this Owner's Report during the period GL-47 to Y-30 97 , and state that to the best of my knowledge and belief, the Owner has performed examinations and taken corrective measures sicacribed la thl Owner's Report in accordance with the inspection plan and as required by the ASME Code.Section XI.
By signing this certificate neither the Inspector nor his employer makes any warranty, express or implied, concerning the examinations and corrective measures described in this Owner's Repott. Furthermore, neither the Inspector not his employer shall be liable in any manner for any personal injury or property damage or a loss of any kind a from or connected with this inspection.
- c. wsv Commissions Tex P26 Inspector's Signature National Board, State, province, and Endorsements D. R. Russell Date U ~d gg f)7 l
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