ML061500093
| ML061500093 | |
| Person / Time | |
|---|---|
| Site: | Mcguire |
| Issue date: | 05/12/2006 |
| From: | Gordon Peterson Duke Energy Carolinas, Duke Power Co |
| To: | Document Control Desk, Office of Nuclear Reactor Regulation |
| References | |
| 05-MN-003 | |
| Download: ML061500093 (159) | |
Text
GARYR. PETERSON m uke Vice President Pa'Energy.
McGuire Nuclear Station Duke Energy Corporation MGO1 VP / 12700 Hagers Ferry Rd.
Huntersville, NC 28078 704 875 5333 704 875 4809 fax grpeters~duke-energy. corn May 12, 2006 U. S. Nuclear Regulatory Commission Document Control Desk Washington, D.C.
20555-0001
Subject:
Duke Power Company LLC d/b/a Duke Energy Carolinas, LLC (Duke)
McGuire Nuclear Station Unit 2 Docket No. 50-370 Relief Request (RR) 05-MN-003 Pursuant to 10 CFR 50.55a(a)(3), Duke requests approval to use alternatives to Section XI of the ASME Boiler and Pressure Vessel Code.
Compliance with the specified requirements of this section would result in hardship or unusual difficulty without a compensating increase in the level of quality and safety.
However, the proposed alternatives will provide an acceptable level of quality and safety.
Specific details are described in the attached relief request.
Questions on this matter should be directed to Norman T.
Simms, McGuire Regulatory Compliance, at (704) 875-4685.
Sincerely, G.R. Peterson Attachments www. duke-energy. corn
U.S. Nuclear Regulatory Commission May 12, 2006 Page 2 cc w/attachment:
Mr. W.D. Travers Regional Administrator, Region II U. S. Nuclear Regulatory Commission Atlanta Federal Center 61 Forsyth Street, SW, Suite 23T85 Atlanta, Georgia 30303 Mr. J.F. Stang Jr., Project Manager (addressee only)
Office of Nuclear Reactor Regulation U. S. Nuclear Regulatory Commission One White Flint North, Mail Stop 08-H4A 11555 Rockville Pike Rockville, MD 20852-2738 Mr. J.B. Brady Senior NRC Resident Inspector McGuire Nuclear Station
U.S. Nuclear Regulatory Commission May 12, 2006 Page 3 bxc w/o attachments:
N.T. Simms R. Branch (MGOIWC)
G.J. Underwood (EC05A)
R.K. Rhyne (EC05A)
J.J. Mc Ardle(EC05A)
J.F. Swan (MGO1WC) bxc w/attachments:
K.L. Crane NRIA File/ELL Master File # 1.3.2.13
ATTACHMENT Relief Request 05-MN-003
Request Relief 05-MN-003 Page 1 of 8 Proposed Relief in Accordance with 10 CFR 50.55a(g)(5)(iii),
Inservice Inspection Impracticality Duke Energy Corporation McGuire Nuclear Station - Unit 2 (EOC-16)
Second 10-Year Interval - Inservice Inspection Plan Interval Start Date= December 1, 2001 Interval End Date= December 1, 2011 ASME Section XI Code - 1989 Edition with No Addenda Code Case N460 is applicable Examination Dates October 6, 2003-April 14, 2005
- 1.
IL IL.
IV. & V.
VL V
VIIL Request inmited System /
Code Requirement from Which Relief is Impracticality/
Proposed Implementation Justification for Number Area/Weld LD.
Component for Which Relief is Requested:
Burden Caused Alternate Schedule and Granting Relief Number Requested:
100% Exam Volume Coverage by Compliance Examinations or Duration Area or Weld to be Examined Exam Category Testing Item No.
Fig. No.
Limitation Percentage
- 1.
2RPV-W03 NC System Exam Category B-A See Paragraph See Paragraph "E" See Paragraph See Paragraph Reactor Vessel Lower Shell to Lower Item No. BO1.01 1.003 "A"
"Ff""
Head Circumferential Weld Fig. IWB-2500-1 See Attachment I See Attachment I 72.76% Volume Coverage Pages 1-40 Pages 1-40 Page 1 Page l
- 2.
2RPV-WO1 NC System Exam Category B-A See Paragraph See Paragraph "E" See Paragraph See Paragraph Reactor Vessel Lower Head to Bottom Item No. BO1.021.002 "B"
"F' "H"
Head Circumferential Weld Fig. IWB-2500-3 See Attachment 2 See Attachment 2 87.19% Volume Coverage Pages 1-81 Pages 1-81 Page 2 Page 2
- 3.
2RPV-W15-SE NC System Exam Category B-F See Paragraph See Paragraph "E' See Paragraph See Paragraph -r' Reactor Vessel Outlet Nozzle to Safe Item No. B05.010.005 and B05.010.005A "C"
"F" See Attachment 3 End Weld (22 degrees)
Fig. IWB-2500-8 See Attachment 3 Pages 1-7 84.38% Volume Coverage Pages 1-7 Page 3 Page 3
- 4.
2RPV-W17-SE NC System Exam Category B-F See Paragraph See Paragraph "E" See Paragraph See Paragraph "1r Reactor Vessel Outlet Nozzle to Safe Item No. B05.010.007 and B05.010.007A "C"
"F" See Attachment 4 End Weld (202 degrees)
Fig. IWB-2500-8 See Attachment 4 Pages 1-7 80.24% Volume Coverage Pages 1-7 Page 3 Page 3
Request Relief 05-MN-003 Pa e2of8 L
IL
[IL IV. & V.
VW.
VIL VIIl.
Request ULmited System I Code Requirement from Which Relief is Impracticality Proposed Implementation Justification for Number Area/Weld LD.
Component for Which Relief is Requested: 100% Exam Volume Burden Caused Alternate Schedule and Granting Relief Number Requested:
Coverage by Compliance Examinations Duration Area or Weld to be Examined Exam Category or Testing Item No.
Fig. No.
Limitation Percentage
- 5.
2RPV-W18-SE NC System Exam Category B-F See Paragraph "C" See Paragraph See Paragraph See Paragraph -r, Reactor Vessel Outlet Nozzle to Safe Item No. B05.010.008 and B05.010.008A See Attachment 5 "F'
"F' See Attachment 5 End Weld (338 degrees)
Fig. 1WB-2500-8 Pages 1-7 Pages 1-7 83.34%/a Volume Coverage Page 3 Page 3
- 6.
2NC2F-I-1 NC System Exam Category B-F See Paragraph See Paragraph See Paragraph See Paragraph Reactor Vessel Outlet Nozzle to Safe Item No. B05.130.001 and B05.130.001A y"F' "F'
Ifr End (22 degrees)
Fig. IWB-2500-8 See Attachment 3 See Attachment 3 (Pipe Side Scan) 84.38% Volume Coverage Pages 1-7 Pages 1-7 Page 3 Page 3
- 7.
2NC2F-3-1 NC System Exam Category B-F See Paragraph See Paragraph See Paragraph See Paragraph Reactor Vessel Outlet Nozzle to Safe Item No. B05.130.009 and B05.130.009A D"
"f' "F'
End (202 degrees)
Fig. IWB-2500-8 See Attachment 4 See Attachment 4 (Pipe Side Scan) 80.24% Volume Coverage Pages 1-7 Pages 1-7 Page 3 Page 3
- 8.
2NC2F-4-1 NC System Exam Category B-F See Paragraph See Paragraph See Paragraph See Paragraph Reactor Vessel Outlet Nozzle to Safe Item No. B05.130.013 and B05.130.013A "D"
"F'
'T' End (338 degrees)
Fig. IWB-2500-8 See Attachment 5 See Attachment 5 (Pipe Side Scan) 83.34% Volume Coverage Pages 1-7 Pages 1-7 Page 3 Page 3
Request Relief 05-MN-003 Page 3 of 8 IV. & V.
Impracticality/Burden caused by Code Compliance Paragraph A: (The Reactor Vessel Lower Shell to Lower Head Circumferential Weld is carbon steel. The thickness of this weld is 5.300 inches.)
During the ultrasonic examination of this weld, 100% coverage of the required examination volume could not be obtained. Coverage was limited due to the proximity of six Core Support Lugs. Scanning was conducted between and below the obstructing lugs with the scan boundaries maximized by visually assisted positioning of the exam head so that scan starts and stops were as close to the support lugs as tool configuration allowed. Beam angles dual element 45 degree refracted L-wave, single element 45 degree L-waves and single element 45 Shear Wave were used for this examination. This percentage represents the aggregate coverage of all scans performed on the weld and base material. In order to achieve more coverage, the six Core Support Lugs would have to be moved to allow greater access for scanning, this would be impractical. There were no recordable indications found during the inspection of this weld.
Paragraph B: (The Reactor Vessel Lower Head to Bottom Head Circumferential Weld is carbon steel. The thickness of this weld is 5.300 inches.)
During the ultrasonic examination of this weld, 100% coverage of the required examination volume could not be obtained. Coverage was limited due to the Lower Head to Bottom Head Weld being at approximately the same position as the peripheral bottom mounted instrumentation tubes (BMI). Scanning was conducted above and between the obstructing penetrations with scan boundaries maximized by visually assisted positioning of the exam head so that scan starts and stops were as close to the tubes as tool configuration allowed. The amount of coverage reported represents the aggregate coverage from all scans performed on the weld and base material. Beam angles, dual element 45-degree L-wave, single element 45 degree L-wave and single element 45 Shear Wave were used for this examination. This percentage represents the aggregate coverage of all scans for the weld. In order to achieve more coverage, the bottom mounted instrumentation tubes would have to be moved to allow greater access for scanning, this would be impractical. There were no recordable indications found during the inspection of this weld.
Paragraph C: (The Reactor Vessel Outlet Nozzle to Safe End Weld is stainless steel to carbon steel. The diameter of the weld is 29.00 inches with a wall thickness of 2.312 inches.)
During the ultrasonic examination of this weld, 100% coverage of the required examination volume could not be obtained. Coverage was limited due to the ID configuration which consists of counter-bore and weld root protrusion.
Ultrasonic scans were performed from the ID surface using 70 degree L wave transducers applied in four directions. This exam interrogated the inner 1/3 thickness volume. Eddy Current examination was also employed to examine inner surfaces of the dissimilar metal welds and the
Request Relief 05-MN-003 Page 4 of 8 adjacent examination volumes where ID geometry presented a limitation to the detection of axial flaws as defined in the PDQS for the qualified Appendix VIII techniques.
Paragraph D: The Reactor Vessel pipe to safe end weld is stainless steel. The diameter of the weld is 29.000 inches with a wall thickness of 2.300 inches.)
During the ultrasonic examination of this weld, 100% coverage of the required examination volume could not be obtained. Coverage was limited due to the ID configuration which consists of counter-bore and weld root protrusion.
Ultrasonic scans were performed from the ID surface using 70 degree L wave transducers applied in four directions. This exam interrogated the inner 1/3 thickness volume. Eddy Current examination was also employed to examine inner surfaces of the similar metal welds and the adjacent examination volumes where ID geometry presented a limitation to the detection of axial flaws as defined in the PDQS for the qualified Appendix VIII techniques.
VI.
Proposed Alternate Examinations or Testing Paragraph E:
None. The scheduled 10-year code examination was performed on the referenced area/welds and it resulted in the noted limited coverage of the required ultrasonic volume. No additional examinations are planned for the area/weld during the current inspection interval.
VII.
Implementation Schedule and Duration Paragraph F:.
None. The scheduled 10-year code examination was performed on the referenced area/welds and it resulted in the noted limited coverage of the required ultrasonic volume. No additional examinations are planned for the area/weld during the current inspection interval.
VIII.
Justification for Granting Relief Paragraph G: Ultrasonic examination of this weld was conducted using personnel, equipment and procedures qualified in accordance with ASME Section XI, Appendix VIII, 1995 Edition with the 1996 Addenda as modified by 10 CFR 50.55a(b)(2)(xiv, xv and xvi). Although 100%
coverage of the examination volume could not be achieved, the amount of coverage obtained for this examination provides an acceptable level of quality and integrity.
Due to the design of the reactor vessel and location of the Core Guide Lugs it is not feasible to obtain the required examination coverage. This weld is not exposed to significant neutron fluence and is not prone to negative material property changes (i.e., embrittlement) associated with neutron bombardment. If a leak were to occur at the weld in question, there are methods by
Request Relief 05-MN-003 Page 5 of 8 which the leak could be identified for prompt Engineering evaluation. The plant is designed to detect the following:
a)
Increased containment humidity. This parameter is indicated in the control room and is monitored periodically by Operations and also monitored by the Containment Ventilation System Engineer. Lower containment humidity, Ventilation Unit Condensate Drain Tank (VUCDT) level, are all recorded in Autolog at the start of each shift.
b)
Increased temperatures in lower containment, Steam Generator compartment, Pressurizer compartment, or incore sump room. These temperatures are monitored continuously by the OAC alarms, and are periodically monitored by the System Engineer. The OAC alarm is set for immediate Operations notification when an alarm set point is exceeded.
c)
Increased input into the VUCDT level. This parameter is monitored continuously by Operations via an OAC alarm and also periodically by the Liquid Radwaste System Engineer and Reactor Coolant System Engineer. The OAC alarm is set for immediate Operations notification when an alarm set point is exceeded.
d)
Increase in unidentified reactor coolant leakage. This parameter would be exhibited during performance of reactor coolant leakage calculation, which is required by Technical Specifications to be performed every 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br />. The unidentified leakage limit in Technical Specification 3.4.13.1 is 1 gpm.
e)
Increased Containment Floor and Equipment Sump levels. These levels are monitored continuously by the OAC alarms for immediate Operations notification, and are periodically monitored by the System Engineer.
f)
Change in the Volume Control Tank (VCT) level rate (a more negative rate is set to alarm to Operations at -1.0 gpm). This is closely monitored by the Chemical and Volume Control System Engineer.
Note: Although diverse means are available to identify a leak in containment, containment entry would be required to identify the exact source of the leakage.
In addition, a Mode 3 containment walkdown is performed each refueling outage at shutdown and startup to identify any leaks.
Paragraph H: Ultrasonic examination of this weld was conducted using personnel, equipment and procedures qualified in accordance with ASME Section XI, Appendix VIII, 1995 Edition with the 1996 Addenda as modified by 10 CFR 50.55a(b)(2)(xiv, xv and xvi). Although 100%
coverage of the examination volume could not be achieved, the amount of coverage obtained for this examination provides an acceptable level of quality and integrity.
Due to the design of the reactor vessel and location of the bottom mounted instrumentation (BMI) tubes it is not feasible to obtain the required examination coverage. This weld is not exposed to significant neutron fluence and is not prone to negative material property changes (i.e., embrittlement) associated with neutron bombardment. If a leak were to occur at the weld in
Request Relief 05-MN-003 Page 6 of 8 question, there are methods by which the leak could be identified for prompt Engineering evaluation. The plant is designed to detect the following:
- a. Increased containment humidity. This parameter is indicated in the control room and is monitored periodically by Operations and also monitored by the Containment Ventilation System Engineer. Lower containment humidity, Ventilation Unit Condensate Drain Tank (VUCDT) level are all recorded in Autolog at the start of each shift.
- b. Increased temperatures in lower containment, Steam Generator compartment, Pressurizer compartment, or incore sump room. These temperatures are monitored continuously by the OAC alarms, and are periodically monitored by the System Engineer. The OAC alarm is set for immediate Operations notification when an alarm set point is exceeded.
- c. Increased input into the VUCDT level. This parameter is monitored continuously by Operations via an OAC alarm and also periodically by the Liquid Radwaste System Engineer and Reactor Coolant System Engineer. The OAC alarm is set for immediate Operations notification when an alarm set point is exceeded.
- d. Increase in unidentified reactor coolant leakage. This parameter would be exhibited during performance of reactor coolant leakage calculation, which is required by Technical Specifications to be performed every 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br />. The unidentified leakage limit in Technical Specification 3.4.13.1 is 1 gpm.
- e. Increased Containment Floor and Equipment Sump levels. These levels are monitored continuously by the OAC alarms for immediate Operations notification, and are periodically monitored by the System Engineer.
- f. Change in the Volume Control Tank (VCT) level rate (a more negative rate is set to alarm to Operations at 1.0 gpm). This is closely monitored by the Chemical and Volume Control System Engineer.
Note: Although diverse means are available to identify a leak in containment, containment entry would be required to identify the exact source of the leakage.
In addition, a Mode 3 containment walkdown is performed each refueling outage at shutdown and startup to identify any leaks.
Request Relief 05-MN-003 Page 7 of 8 Paragraph I:
Ultrasonic examination of this weld was conducted using personnel, equipment and procedures qualified in accordance with ASME Section XI, Appendix VIII, 1995 Edition with the 1996 Addenda as modified by 10 CFR 50.55a(b)(2)(xiv, xv and xvi). Although 100% coverage of the examination volume could not be achieved, the amount of coverage obtained for this examination provides an acceptable level of quality and integrity.
Due to the ID configuration counter-bore and weld root protrusion, it is not feasible to obtain the required examination coverage. This weld is not exposed to significant neutron fluence and is not prone to negative material property changes (i.e., embrittlement) associated with neutron bombardment. If a leak were to occur at the welds in question, there are methods by which the leak could be identified for prompt Engineering evaluation. The plant is designed to detect the following:
- a. Increased containment humidity. This parameter is indicated in the control room and is monitored periodically by Operations and also monitored by the Containment Ventilation System Engineer. Lower containment humidity, Ventilation Unit Condensate Drain Tank (VUCDT) level are all recorded in Autolog at the start of each shift.
- b. Increased temperatures in lower containment, Steam Generator compartment, Pressurizer compartment,'or incore sump room. These temperatures are monitored continuously by the OAC alarms, and are periodically monitored by the System Engineer. The OAC alarm is set for immediate Operations notification when an alarm set point is exceeded.
- c. Increased input into the VUCDT level. This parameter is monitored continuously by Operations via an OAC alarm and also periodically by the Liquid Radwaste System Engineer and Reactor Coolant System Engineer. The OAC alarm is set for immediate Operations notification when an alarm set point is exceeded.
- d. Increase in unidentified reactor coolant leakage. This parameter would be exhibited during performance of reactor coolant leakage calculation, which is required by Technical Specifications to be performed every 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br />. The unidentified leakage limit in Technical Specification 3.4.13.1 is 1 gpm.
- e. Increased Containment Floor and Equipment Sump levels. These levels are monitored continuously by the OAC alarms for immediate Operations notification, and are periodically monitored by the System Engineer.
- f. Change in the Volume Control Tank (VCT) level rate (a more negative rate is set to alarm to Operations at 1.0 gpm). This is closely monitored by the Chemical and Volume Control System Engineer.
Note: Although diverse means are available to identify a leak in containment, containment entry would be required to identify the exact source of the leakage.
In addition, a Mode 3 containment walkdown is performed each refueling outage at shutdown and startup to identify any leaks.
IX.
Request Relief 05-MN-003 Page 8 of 8 Other Information Jim McArdle (Principal UT NDE Level III Examiner) provided Sections III., IV., V. and part of Section VIII.
Robert W. Kirk (MNS Systems Engineer) provided part of Section VIII.
Gary Underwood (Sponsor) compiled the remaining sections of this relief request.
Sponsored By:
Date 5s Lo - OM Approved By: :i I] 1 -f-.
Date 5//&#O, 6, 6, 6, 6, 6, 6, 6, 6 UT Examination Data BO1.01 1.003 UT Examination Data BO1.021.002 UT Examination Data B05.010.005 and B05.010.005A UT Examination Data B05.010.007 and B05.010.007A UT Examination Data B05.010.008 and B05.010.008A UT, Examination Data B05.130.001 and B05.130.00IA UT, Examination Data B05.130.009 and B05.130.009A UT, Examination Data B05.130.013 and B05.130.013A
REQUEST RELIEF 05-MN-003 ATTACHMENT 1 PAGES 1-40
PActLj r I WesDyne International Reactor Vessel Weld Results Summary McGUIRE UNIT 2 WELD NO.
2RPV-W03 (B01.011.003)
DESCRIPTION Lower Shell to Lower Head Circ LIMITATIONS NO YES Wx COVERAGE = 72.76%
RESULTS NO. OF INDICATIONS STATUS N/A 0
EXAM DOCUMENTATION INDICATION DOCUMENTATION
[x] ANALYSIS LOG D-i ACQUISITION LOG FII ASSESSMENT SHEET PARAGON HARD COPY OTHER ( specify )
[x] SCAN PRINTOUT D -
[n COVERAGE BREAKDOWN WESDYNE ANALYST
McGuire Unit 2 DIRECTION / ORIENTATION RPV COVERAGE ESTIMATE BREAKDOWNS PARALLEL SCANS PERP. SCANS CCW/CW UP/DN WELD DESCRIPTION LOWER SHELL TO LOWER HEAD CIRC WELD WELD NO.
2RPV-W03 BEAM ANGLES BEAM 450 L Dual 450 L Single 450 Shear DIRECTION WELD VOLUME WELD VOLUME WELD VOLUME WELD VOLUME WELD VOLUME CCW 63.67 22.0 100 80.02 100 80.02 CW 63.67 22.0 100 80.02 100 80.02 UP 63.67 63.67 63.67 63.67 81.83 100 DOWN 63.67 63.67 63.67 63.67 63.67 100 Combined Average = 72.76% Limitation due to Core Support Lugs.
ANALYST
<*4'
PLANT I UNIT McGUIRE 12 OPTICAL DISK #
"W S yn1 PROCEDURE:
PD14SI-254 REVISION:
7 WELD #
WELD TYPE:
2RPV-W03 LOWER SHELL TO LOWER HEAD CIRC ANALYSIS LOG Calibration Data Sheet No.
LS1 - LS8 Acquisition Log Sheet No.
W4-1 Analysis Log Sheet No.
W4-1 W4&PAR-47-72 I
45L I CCW X
CHL 3M18105 W4-PAR-47-72 2
45L I CW X
CHL 3118105 W4&PAR 47-72 3
45L I CCW X
CHL 3118105 W4-PAR.47-72 4
45L I CW X
CHL 3118105 W4PAR-47-72 S
45S I CCW X
CHL 3118105 W4&PAR-47-72 6
45S / CW X
CHL 3/18105 W4PAR-47-72 7
45S I CW X
CHL 3/18105 W4-PAR-47-72 8
45L I CCW X
CHL 311805 W4&PAR-72-107 I
45L I CCW X
CHL 3M18105 W4-PAR-72-107 2
451. I CW X
CHL 3118105 W4&PAR-72-107 3
45L I CCW X
CHL 3118105 W4-PAR-72-107 4
45L I CW X
CHL 3/18105 W4-PAR-72-107 a
45S I CCW X
CHL 3118105 W4-PAR-72-107 6
45S I CW X
CHL 3118105 W4&PAR-72-107 7
45L I CW X
CHL 3/18105 W4&PAR-72-107 8
45L I CCW X
CHL 3/18105 EXAINR EVL lLDAE 3-~'O_
EXAMiNER LEVEL wL DATE 03 - Ig 8-°t
PLANT I UNIT McOUIRE /2 OPTICAL DISK U N W ESDY nK PROCEDURE:
PDI4IS-2S4 REVISION:
7 WELD#
WELD TYPE:
2RPV-W03 LOWER SHELL TO LOWER HEAD CIRC ANALYSIS LOG Calon Data Sheet No.
LSI - LS8 Acqulsition Log Shet No.
W4-1
.Aalyis Log Sheet No.
W4_2 W4-PAR-12-47 I
4SLD / CCW X
LMM 3118105 W4-PAR-12-47 2
45LD/ CCW X
LMM 3118105 W4-PAR-12-47 3
45LS I CCW X
LMM 3118105 W4-PAR-12-47 4
45LS I CW X
LMM 3118105 W4-PAR-12 47 5
45S/ CCW X
LMM 3118/05 W4-PAR-12-47 6
45S I CW X
LMM 3118105 W4-PAR-12-47 7
458/
CCW X
LMM 3/18105 W4-PAR-12-47 8
45LD I CCW X
LMM 3118105 W4-PAR-132-167 I
45LD I CCW X
LMM 3118105 WWPAR-132-167 2
45LD I CW X
LMM 3M8105 W4-PAR-132-167 3
45LS CCW X
LMM 3M18105 W4PAR-132-167 4
451S/ CCW X
LMM 3M18105 W4&PAR-132-167 5
45S/ CCW X
LMM 3M8105 W4-PAR-132-167 6
45L / CW X
LMM 3M8105 W4&PAR-132-167 7
45L I CW X
LMM 3M8105 W4-PAR-132-197 8
45LD I CCW X
LMM 3/18105 EXAMINER
I/Jk2AJAAAJ LEVEL DATE 3__- /8-os 6'.-
-u
PLANT I UNIT McGUIRE 12 OPTICAL DISK #
N yNE PROCEDURE:
PDI-S254 REVISION:
2RPV-W03 LOWER SHELL TO LOWER HEAD CIRC ANALYSIS LOG Calbmation Dta Sheet No.
LSI - LS8 Acquisition Log Sheet No.
W4-1 Analysis Log Sheet No.
W4-3 W4-PAR-167-192 I
45LD I CCW X
LMM 3118105 W4-PAR-1674192 2
45LD I CW X
LMM 3M18105 W4PAR-167-192 3
45W I CCW X
.LMM 3M8105 W4-PAR-167-192 4
45LS / CW X
LMM 3M8105 W4-PAR-167-192 5
45S / CCW X
LMM 3118/05 W4-PAR-167-192 46S I CW X
LMM 3/18/05 W4-PAR-167-192 7
45S I CW X
LMM 318105 W4-PAR-167-192 8
45LD I CCW X
LMM 3/1810S W4&PAR-347-12 I
45LD I COW X
LMM 3118/05 W4-PAR-347-12 2
45LD I CW X
LMM 3M8105 W4-PAR-347-12 3
45WS I COW X
LMM 3118105 W4-PAR-347-12 4
45LS I COW X
LMM 3118105 W4&PAR-347-12 45S I CCW X
LMM 3118105 W4-PAR-347-12 6
45S OCW X
LMM 3118/05 W4-PAR-347-12 7
45L I CW X
LMM 3118105 W4-PAR-347-12 8
45LD I CCW X
LMM 311805 a
a a -
a EXAMINER l4<4Alj-A -'~.ZI"AAd'gA#
LEVEL DATE 3 -/0-os (i
61
PLANT I UNIT McGUIRE 12 OPTICAL DISK 0 N WI PROCEDURE:
PDI4SI-254 REVISION:
7 so NWAT~I m* AL WELD#
WELD TYPE:
2RPV-W03 LOWER SHELL TO LOWER HEAD CIRC ANALYSIS LOG Callbration Data Sheet No.
LS1 - LS8 Acquisfilon Log Sheet No.
W4-1 Analysis Log Sheet No.
W4-4 W4-PAR.107-132 I
45L I CCW X
CHL 3118105 W4-PAR-107-132 2
45L/ CW X
CHL 3118105 W4-PAR-107-132 3
46LICCW X
CHL 3/18/05 W4-PAR-107-132 4
45LICW X
CHL 3118105 W4-PAR-107-132 5
45S / CCW X
CHL 3M8105 W4-PAR-107-132 6
45/ CW X
CHL 3118105 W4-PAR-107-132 7
45SI CW X
CHL 3118105 W4-PAR-107-132 8
45L I CCW X
CHL 3118105 W4-PAR-227-252 I
45L I CCW X
CHL 3118105 W4-PAR-227-252 2
45L1 CW X
CHL 3118105 W4&PAR-227-252 3
45L/ CCW X
CHL 3118105 W4-PAR-227-252 4
45L/ CW X
CHL 3118105 W4&PAR-227-252 5
45S! CCW X
CHL 3118105 W4-PAR-227-252 6
45SI CW X
CHL 3118105 W4-PAR-227-252 7
45S/ CW X
CHL 3118105 W4-PAR-227-252 8
46LICCW X
CHL 3118105 a
EXAMINER 11and 14um LIM LEVEL DATE /4-4Or 0, -, -,.
ANALYSIS LOG PLANT I UNIT McGUIRE 12 OPTICAL DISK #
PROCEDURE:
PDI451-254 REVISION:
7 WLD #
WELD TYPE:
2RPV-W03 LOWER SHELL TO LOWER HEAD CIRC Calibration Data Sheet No.
LSI - LS8 Acquisiton Log Sheet No.
W4-1 Analyis Log Sheet No.
W4-5 W4-PAR-197-227 1
45L I GUW x
CHL 318105 W4-PAR-197-227 2
4.L I CW X
CHL 3118105 W4&PAR-197-227 3
45L I CCW X
CHL 3118105 W4-PAR-197-227 4
45L I CW X
CHL 3M8105 W4-PAR-197-227 5
45 I CCW X
CHL 3118105 W4-PAR-197-W227 6
45 I CW X
CHL 3118105 W4-PAR-197-227 7
45S I CW X
CHL 311815 W4-PAR-197-27 8
45L I CCW X
CHL 3/18105 W4-PAR-252227 I
45L I CCW X
CHL 311805 W4-PAR-252-7 2
45L I CW X
CHL 3118105 W4-PAR-252-287 3
45L I CCW X
CHL 3/18105 W4-PAR-252-287 4
45L I CW X
CHL 3M18105 W4-PAR-252-287 5
45 I CCW X
CHL 3/18105 W4-PAR-252-287 6
45S I CW X
CHL 3118105 W4-PAR-252-287 7
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CHL 3118105 I
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PLANT I UNIT MCGUIRE /2 OPTICAL DISK #
PROCEDURE:
PD14I31-24 REVISION:
7 WELD#
WELD TYPE:
2RPV-W03 LOWER SHELL TO LOWER HEAD CIRC ANALYSIS LOG Calibration Data Sheet No.
LS1 - LS8 Acquisition Log Shee No.
W4-1 Analysis Log Sheet No.
W4-6 W4-PRP-2M0-289 I
46LD I ON X
LMM 3118105 W4-PRP-250-289 2
46LD I UP X
LMM 3118105 W4-PRP-250-289 3
45L I ON X
LMM 3M8105 W4-PRP-250-289 4
45LS I UP X
LMM 3118105 W4-PRP-250-289 6
45S /DN X
LMM 3/1B105 W4-PRP-250-289 6
45SI UP X
LMM 3118105 W4-PRP-250-289 7
45SI UP X
LMM 3118105 W4-PRP-250-289 8
45LD I ON X
LMM 3118105 W4-PRP-289-310 I
45LD I ON X
LMM 3M8t05 W4-PRP-289"310 2
45LD I UP X
LMM 3M18105 W4-PRP-289-310 3
45LS I ON X
LMM 3/18105 W4-PRP-289-310 4
45L I UP X
LMM 3M8105 W4-PRP-289-310 5
45SION X
LMM 3M8105 W4-PRP-289-310 6
45S/ UP X
LMM 3118105 W4-PRP-289"310 7
45S/UP X
LMM 3M8105 W4-PRP-289-310 a
45LS I ON X
LMM 3/18105 EXAMINER
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LEVEL DATE
-61
PLANT I UNIT McGUIRE 12 OPTICAL DISK #
I Wl PROCEDURE:
PDI41I254 REVISION:
7 WELD#
WELD TYPE:
2RPV-W.3 LOWER SHELL TO LOWER HEAD CIRC ANALYSIS LOG Callbration Data Sheet No.
LSI - LS8 Acquisition Log Sheet No.
W4-1 Analysis Log Sheet No.
W4-7 W4-PAR-287-312 I
45L I CCW X
CHL 3118105 W4-PAR-287-312 2
45L I CW X
CHL 3M8105 W4-PAR-287-312 3
45L I CCW X
CHL 3M8105 W4-PAR-287-312 4
45S I CW X
CHL 3118105 W4-PAR-287-312 7
45S I CCW X
CHL 3118105 W4-PAR-287-312 6
45L/ CCW X
CHL 3118105 W4-PAR-M-312 7
45L I CW X
CHL 3118105 W4-PAR-7-312 8
45L I CCW X
CHL 3118105 W4-PAR-312-347 I
45L I CCW X
CHL 3M8105 W4-PAR-312-347 2
45L I CW X
CHL 3118105 W4-PAR-312-347 3
45S I CCW X
CHL 3118105 W4&PAR-312-347 4
45L I CW X
CHL 3118105 W4-PAR-312-347 5
45S I CCW X
CHL 3M18105 W4-PAR-312-347 6
453 / CW X
CHL 3118105 W4-PAR-312-347 7
45SI CW X
CHL 3118105 W4-PAR-312-347 8
45L CCW X
CHL 3118/05 EXAMINER LEVEL DATE L.-fiIA FIJ IU M
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PLANT I UNIT McGUtRE 12 OPTICAL DISK 1 m
PROCEDURE:
PD14t1-254 REVISION:
2RPV-W03 LOWER SHELL TO LOWER HEAD CIRC ANALYSIS LOG Calibration Data Sheet No.
LS1 - LS8 Acquisition Log Sheet No.
W4-1 Analysis Log Sheet No.
W4-8 W4-PRP-190-229 I
45L I DN X
CHL 3118105 W4-PRP-190-229 2
45L I UP X
CHL 3118105 W4-PRP-190-229 3
45L I DN X
CHL 3M8/05 W4-PRP-190-229 4
45L I UP X
CHL 3M8105 W4-PRP-190-229 5
45S I DN X
CHL 3M8105 W4-PRP-190-229 6
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CHL 3M18/05 W4.PRP-190-229 7
45S I UP X
CHL 3118105 W4-PRP-190-229 8
45L I DN X
CHL 3118105 W4-PRP-229-250 I
45L I DN X
CHL 3M8105 W4-PRP-229-250 2
45L / UP X
CHL 3118105 W4-PRP-229-250 3
45L I ON X
CHL 3118105 W4-PRP-229-250 4
45L I UP X
CHL 3M8105 W4-PRP-229-250 6
45S I ON X
CHL 3118105 W4-PRP-229-250 6
45S I UP X
CHL 3118105 W4-PRP-229-250 7
45SI UP X
CHL 3118105 W4-PRP-29-250 8
45L I DN X
CHL 3118105 EXAINR EVL AT EXAMINER rIlwa Auln Lee LEVEL I-DATE 03 -/I -5
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PLANT I UNIT McGUIRE 12 OPTICAL DISK #
N WKSDynE PROCEDURE:
PDI4SI-2S4 REVISION:
7 Imp.. NAYf...
I WELD #
WELD TYPE:
2RPV-W03 LOWER SHELL TO LOWER HEAD C.RC ANALYSIS LOG Cabration Data Sheet No.
LSI - LS8 Acquisition Log Sheet No.
W4-1 Analysis Log Sheet No.
W4-9 aa-W4-PRP-310-349 I
45LD I DN X
LMM 3M9105 W4-PRP-310-349.
2 4LD I UP X
LMM 319105 W4-PRP-310-349 3
45LD I ON X
LMM 3119105 W4&PRP-310-349 4
45L I UP X
LMM 3119105 W4-PRP-310-349 5
45S I DN X
LMM 3119105 W4-PRP-310-349 6
45S I UP X
LMM 3119105 W4-PRP-310-349 7
45S I UP X
LMM 3119105 W4-PRP-310-349 8
45LD / N X
LMM 3119105 W4-PRP-49-70 I
45LD I DN X
LMM 3119105 W4-PRP-49-70 2
45LD I UP X
LMM 3M9105 W4-PRP-49-70 3
45L I DN X
LMM 3119105 W4-PRP-49-70 4
45LS I UP X
LMM 3119105 W4-PRP.49-70 5
4LS I ON X
LMM 3119105 W4-PRP-49-70 6
45S I UP X
LMM 3M9105 W4-PRP-49-70 7
45S I UP X
LMM 3M9105 W4-PRP-49-70 8
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LMM 3M19/05 EXAMINER fA&AA.- A 0iZJ4AAA&AL0 LEVEL zz DATE S5I-s 6'
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PLANT I UNIT MCGUiRE 12 OPTiCAL DISK #
N YEN PROCEDURE:
PD 4 1-254 REVISION:
7 WELD #
WELD TYPE:
2RPV-W03 LOWER SHELL TO LOWER HEAD CIRC ANALYSIS LOG Calibration Data Sheet No.
LS1 - LS8 Acquisftlon Log Sheet No.
W4-1 Analysis Log Sheet No.
W4.10 W4&PRP-349-10 I
45L I DN X
CHL 3119105 W4-PRP-349-10 2
45L I UP X
CHL 3119O5 W4-PRP-349-10 3
45L I DN X
CHL 3119/05 W4&PRP-349-10 4
45L I UP X
CHL 3M9/05 W4-PRP-349-10 5
45S I DN X
CHL 3M9105 W4-PRP-349-10 6
45S I UP X
CHL 3119105 W4-PRP-349-10 7
45S I UP X
CHL 3M9105 W4-PRP-349-10 8
45L I DN X
CHL 3M19105 W4-PRP-10-49 I
45L I DN X
CHL 3M19105 W4-PRP-10.49 2
45L I UP X
CHL 3119105 W4-PRP-10-49 3
45L I DN X
CHL 3M9105 W4-PRP-10-49 4
45L I UP X
CHL 3119105 W4-PRP-10.49 5
45S I DN X
CHL 3M9105 W4-PRP-10-49 6
45S I UP X
CHL 3119105 W4.PRP-1049 7
45S I UP X
CHL 3119105 W4-PRP-10-49 a
45L / DN X
CHL 3M9105 EXAMINER czhmg Am t
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_/_
PLANT I UNIT McOUIRE 12 OPTICAL DISK #
IWS fE PROCEDURE:
PDI-1254 REVISION:
7
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WELD TYPE:
2RPV-W03 LOWER SHELL TO LOWER HEAD CIRC ANALYSIS LOG Calibration Data Sheet No.
LS1 - LS8 Acquisition Log Shee No.
W4-1 Analysis Log Sheet No.
W411 W4-PRP-70-109 I
45LD I ON X
LMM 3119105 W4-PRP-70-109 2
45LD / UP X
LMM 3M19/05 W4-PRP-70-109 3
45LS I ON X
LMM 3119105 W4-PRP-70-109 4
45i S UP X
LMM 3M9105 W4-PRP-70-109 5
45S / ON X
LMM 3M19105 W4-PRP-70-109 6
45S / UP X
LMM 3/19105 W4-PRP-70-109 7
45S/UP X
LMM 3/19105 W4-PRP-70-109 8
45LD / ON X
LMM 3/19105 W4-PRP-109-130 I
45LD/ DN X
LMM 3/19/05 W4-PRP-109-130 2
45LD I UP X
LMM 3M9105 W4-PRP-109-130 3
45LS I ON X
LMM 3M9105 W4-PRP4109-130 4
45LS / UP X
LMM 3/19105 W4-PRP-109-130 5
45S I DN X
LMM 3/19105 W4-PRP-109-130 6
45S / UP X
LMM 3/19105 W4-PRP-109-130 7
45S / UP X
LMM 3M9105 W4-PRP-109-130 8
45LD f ON X
LMM 3/19105 EXAMINER 9k LVEL DAATE LEVEL DATE3-9o
PLANT I UNIT McGUIRE 1 2 OPTICAL DISK#
N W
S I
PROCEDURE:
PD14SI-254 REVISION:
7 WELD #
WELD TYPE:
2RPV-W03 LOWER SHELL TO LOWER HEAD CIRC ANALYSIS LOG calibOtion Data Shee No.
LSI1-LS8 AcquisItion Log Shee No.
W4-l Analysis Log Sheet No.
W4-12 W4-PRP-130-169 I
45LD I DN X
LMM 3119105 W4-PRP-130-169 2
45LD I UP X
LMM 3119105 W4-PRP-130-169 3
45LS / DN X
LMM 3M9105 W4-PRP-130-169 4
45LS I UP X
LMM 3119105 W4-PRP-130-169 a
45S I DN X
LMM 3119105 W4-PRP-130-169 6
45S I UP X
LMM 3119/05 W4-PRP-130-169 7
45S I UP X
LMM 3M19105 W4-PRP-130-169 8
45LD I DN X
LMM 3/19105 W4-PRP-19-190 I
45LD I DN X
LMM 3M19105 W4-PRP-19-190 2
45LD I UP X
LMM 3M19/05 W4-PRP.169-190 3
45S I DMN X
LMM 3/19105 W4-PRP-169-190 4
45LS I UP X
LMM 3119105 W4-PRP-16 9-190 5
453 DN X
LMM 3M19105 W4-PRP-. 9190 6
- 45. IUP X
LMM 319105 W4-PRP-169-190 7
45S / UP X
LMM 3M9105 W4-PRP-169-190 8
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LMM 3119105 EXAMINER j/p.
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LEVEL
.2;?
DATE 3 -/If-es-a 6
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61
PLANT I UNIT INTERVAL:
PERIOD:
OUTAGE:
PLANT IUNIT INTERVAL:
PERIOD:
OUTAGE:
"M CWSN MA.
mwYmA a
McGUIREI 2 2
3 2EOC16 PROCEDURE:
REVISION:
PDI4SI-254 7
W4-PAR-12-47 2RPV-W03 332.70 12A6 KRS IT 3118105 W4-PAR-47-72 2RPV-W03 342.34 47.54 KRS IT 3118105 W4-PAR-72-107 2RPV-W03 332.70 72.46 KRS IT 3118105 W4-PAR-107-132 2RPV-W03 342.34 107.54 KRS IT 3118105 W4-PAR-132-167 2RPV-W03 332.70 132A6 KRS IT 3M8105 W4-PAR-167492 2RPV-W03 342.34 167.54 KRS IT 31181M5 W4-PAR-347-12 2RPV-W03 342.34 347.54 KRS IT 3118105 W4-PAR-192-227 2RPV-W03 332.70 192.46 KRS IT 3118105 W4-PAR-227-252 2RPV-WO3 342.34 227.54 KRS IT 3M8105 W4-PAR-252-287 2RPV-W03 332.70 252A6 KRS IT 3118105 W4.PAR-287-312 2RPV-W03 342.34 287.54 KRS IT 3M8105 W4-PAR-312-347 2RPV-W03 332.70 312A6 KRS IT 3/18105 W4-PRP-190-229 2RPV-W03 190.80 329.20 KRS IT 3118105 W4-PRP-229-250 2RPV-W03 229.00 345.65 KRS IT 3118105 W4-PRP-250-289 2RPV-W03 250.80 329.20 KRS IT 3118/05 W4-PRP-289-310 2RPV-W03 289.00 345.65 KRS IT 3118105 W4-PRP-310-349 2RPV-W03 310.80 329.20 KRS IT 3/18105 W4-PRP-349-10 2RPV-W03 349.00 345.65 KRS IT 3118105 W4-PRP-10-49 2RPV-W03 10.80 329.20 KRS IT 3118105 W4-PRP-49-70 2RPV-W03 49.00 345.65 KRS IT 3/18/05 W4-PRP-70109 2RPV-W03 70.80 329.20 KRS IT 3119105 W4-PRP-109-130 2RPV-W03 109.00 345.65 KRS IT 3119105
I,-PLANT I UNIT INTER VAU PERIOD:
OUTAGE:
PiLANT I UNIT
!JWESoyN
- UIEw EYI SE INTERVAL' PERIOD:
OUTAGE:
2EOC16 McGUIRE I 2 3
PROCEDURE:
REVISION:
PDIfSI-254 7
DATA ACQUISION LOG Callbratfon Data Sheet No. LSI - LS8 Acquisition Los Sheet No.
W41-W4-12 W4-PRP-130-169 I 2RPV-W03 130.80 329.20 KRS IT 3119/05 W4-PRP-169-190 2RPV-W03 169.00 345.65 KRS IT 3119105 I
II II I
IX I I II-
--- I I
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution j
CUSTOMER.............
DUJKE POWER SITE.
McGUIRE UNIT #2 OUTAGE.
............ 2EOC16 VESSEL TYPE...........
.. WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD-VESSEL CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W4-PAR-12-47 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT ELEVATION (IN) 332.70 332.70 348.34 348.34 AZIMUTH (DEGREES) 12.46 47.54 12.46 47.54 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
33
=
33 Scan Started Scan Completed Time 20:41:00.448 20:47:24.331 Date 03/18/05 03/18/05 Robot Operator Signature PARAGON Operator Signature Comients
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE..............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W4-PAR-47-72 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 79.00 79.00 75.00 75.00 AZIMUTH (DEGREES) 47.54 72.46 47.54 72.46 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
14
=
14 Scan Started Scan Completed Robot Operator Signature PARAGON Operator Signature Time Di 21:03:39.645 21:05:38.743
-II ate 03/18/05 03/18/05 DATE__-_(8__
WesDyne International Reactor Vessel Ingervice Examination Scan Parameter Execution j
CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD-VESSEL CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W4-PAR-72-107 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT ELEVATION (IN) 332.70 332.70 348.34 348.34 AZIMUTH (DEGREES) 72.46 107.54 72.46 107.54 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
33
=
33 Scan Started Scan Completed Robot Operator Signature PARAGON Operator Signature Time 21:10:20.881 21:16:45.225 kUA JAi Date 03/18/05 03/18/05 DATE 3 -1iJv n
w _
h _
Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..............
DUKE POWER SITE..............
McGUIRE UNIT #2 OUTAGE..............
2EOC16 VESSEL TYPE..
............ WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W4-PAR-107-132 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 79.00 79.00 75.00 75.00 AZIMUTH (DEGREES) 107.54 132.46 107.54 132.46 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
14
=
14 Scan Started Scan Completed Time 21:22:31.663 21:24:30.527 Date 03/18/05 03/18/05 Robot Operator Signature ADATE 3.- /8 0 DATE32z.OT PARAGON Operator Signature Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD-VESSEL CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W4-PAR-132-167 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT ELEVATION (IN) 332.70 332.70 348.34 348.34 AZIMUTH (DEGREES) 132.46 167.54 132.46 167.54 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
33
=
33 Scan Started Scan Completed Robot Operator Signature PARAGON Operator Signature Time 21:27:37.742 21:34:02.110
.6, Date 03/18/05 03/18/05
_DATE______
-DATE-LIS -OS 5-Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE.............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W4-PAR-167-192 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT :
MERXDINAL (DEGREES) 79.00 79.00 75.00 75.00 AZIMUTH (DEGREES) 167.54 192.46 167.54 192.46 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
14
=
14 Stan Started Scan Completed Time 21:36:42.233 21:38:40.590 Date 03/18/05 03/18/05 Robot Operator Signature 7
Že k DATE 3-/I-r PARAGON Operator E1i+/-ntULr A
__DA T
-/Z&P£f Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER.............
DUKE POWER SITE..............
McGUIRE UNIT #2 OUTAGE..............
2EOC16 VESSEL TYPE..
............ WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W4-PAR-347-12 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 79.00 79.00 75.00 75.00 AZIMUTH (DEGREES) 347.54 372.46 347.54 372.46 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
= 0.50
=
14
=
14 Scan Started Scan Completed Time 21:44:53.176 21:46:51.674 Date 03/18/05 03/18/05 Robot Operator Signature PARAGON Operator Signature
-DATE s-4 of DAT C _'
DA Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..............
DUKE POWER SITE..............
McGUIRE UNIT #2 OUTAGE..............
2EOC16 VESSEL TYPE..
............ WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD-VESSEL CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W4-PAR-192-227 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT ELEVATION (IN) 332.70 332.70 348.34 348.34 AZIMUTH (DEGREES) 192.46 227.54 192.46 227.54 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
33
=
33 Scan Started Scan Completed Robot Operator Signature PARAGON Operator Signature Time Date 21:53:11.236 03/18/05 21:59:35.472 03/18/05 DATE 5-~i0-Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W4-PAR-227-252 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 79.00 79.00 75.00 75.00 AZIMUTH (DEGREES) 227.54 252.46 227.54 252.46 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
14
=
14 Scan Started Scan Completed Time 22:02:05.212 22:04:04.351 Date 03/18/05 03/18/05 Robot Operator Signature PARAGON Operator Signature 73JA4TDATE
.-l s-4
^
DATE.3 LRepos Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD-VESSEL CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W4-PAR-252-287 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT ELEVATION (IN) 332.70 332.70 348.34 348.34 AZIMUTH (DEGREES) 252.46 287.54 252.46 287.54 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
33
=
33 Scan Started Scan Completed Time 22:07:06.199 22:13:30.918 Date 03/18/05 03/18/05 Robot Operator Signature PARAGON Operator Signature
-a A DATE-0-.
~DATE.3-/n Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W4-PAR-287-312 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 79.00 79.00 75.00 75.00 AZIMUTH (DEGREES) 287.54 312.46 287.54 312.46 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
14
=
14 Scan Started Scan Completed Robot Operator Signature PARAGON Operator Signature Time 22:15:59.624 22:17:58.690 7*wL Date 03/18/05 03/18/05 aDATE-L-it -os-vrs 1
c<<
J t
s as Comments k __
WesDyne International Reactor Vessel Inservicip Examination Scan Parameter Execution CUSTOMER..............
DUKE POWER SITE..............
McGUIRE UNIT #2 OUTAGE..............
2EOC16 VESSEL TYPE..
............ WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
2RPV-W03 I
Weld and Scan Type
=
HEAD-VESSEL CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W4-PAR-312-347 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT ELEVATION (IN) 332.70 332.70 348.34 348.34 AZIMUTH (DEGREES) 312.46 347.54 312.46 347.54
)
Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
33
=
33 Scan Started Scan Completed Time 22:21:26.945 22:27:55.765 Date 03/18/05 03/18/05 Robot Operator Signature PARAGON Operator Signature
..'A DATELLS§ 7L DATE Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..............
DUKE POWER SITE..............
McGUIRE UNIT #2 OUTAGE..............
2EOC16 VESSEL TYPE..
............ WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
2RPV-W03 Weld and Scan Type Scan Data File Name
=
HEAD-VESSEL CIRCUMFERENTIAL PERPENDICUAR SCA
=
W4-PRP-190-229 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 190.80 229.00 190.80 229.00 ELEVATION (IN) 329.20 329.20 347.59 347.59 1
Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
-0.50
=
117
=
117 Scan Started Scan Completed Time 22:37:46.473 22:48:54.355 Date 03/18/05 03/18/05 Robot Operator Signature PARAGON Operator Signature Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTA GE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIPICATION -
= HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W4-PRP-229-250 SCAN AREA PER THE UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT ORIGINAL TECHNIQUES AZIMUTH MERIDINAL (DEGREES)
(DEGREES) 229.00 76.80 250.80 76.80 229.00 75.50 250.80 75.50 Index Size (in)
Number of Indexes Specified Number of Indexes Completed Scan Started Scan Completed Time 22:52:51.111 22:55:59.791
=
0.50
= 69
=
69 Date 03/18/05 03/18/05 Robot Operator Signature PARAGON Operator Signature t
/,4 DATE §-'ivr 741AAf2 E4 'DATE 3-/8~-d4 Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
2RPV-W03 Weld and Scan Type Scan Data File Name
=
HEAD-VESSEL CIRCUMFERENTIAL PERPENDICUAR SCA
=
W4-PRP-250-289 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 250.80 289.00 250.80 289.00 ELEVATION (IN) 329.20 329.20 347.59 347.59 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
117
=
117 Scan Started Scan Completed Time 22:58:36.606 23:09:28.188 Date 03/18/05 03/18/05 Robot Operator Signature {
at X
DATE S -/i
-6' DATE3~ r/, t('
PARAGON Operator Signature r FItr- 4 I
A_
tt Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution I
CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W4-PRP-289-310 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 289.00 310.80 289.00 310.80 MERIDINAL (DEGREES) 76.80 76.80 75.50 75.50
)
Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
69
=
69 Scan Started Scan Completed Time 23:12:54.527 23:15:48.266 Date 03/18/05 03/18/05 Robot Operator Signature PARAGON Operator Signature M 4 ~ &
zATE d
-( J 4
/ J A DATE 3 Y-VSO-Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE..............WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
2RPV-W03 Weld and Scan Type Scan Data File Name
=
HEAD-VESSEL CIRCUMFERENTIAL PERPENDICUAR SCA
=
W4-PRP-310-349 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 310.80 349.00 310.80 349.00 ELEVATION (IN) 329.20 329.20 347.59 347.59 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
117
=
117 Scan Started Scan Completed Time 23:19:06.147 23:30:59.879 Date 03/18/05 03/18/05 Robot Operator Signature PARAGON Operator Signature J k DATE 3-/
pg-A'nL J4,,
DATE rELI&f?
Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER.............
DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W4-PRP-349-10 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 349.00 370.80 349.00 370.80 MERIDINAL (DEGREES) 76.80 76.80 75.50 75.50 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
69
=
69 Scan Started Scan Completed Time 23:33:41.326 23:36:39.740 Date 03/18/05 03/18/05 Robot Operator Signature PARAGON Operator Signature X"
.ate:
DATE_____-/dr Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
2RPV-W03 Weld and Scan Type Scan Data File Name
= HEAD-VESSEL CIRCUMFERENTIAL PERPENDICUAR SCA
=
W4-PRP-10-49 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 10.80 49.00 10.80 49.00 ELEVATION (IN) 329.20 329.20 347.59 347.59 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
117
=
117 Scan Started Scan Completed Robot Operator Signature PARAGON Operator Signature Time 23:38:28.330 23:49:57.855 Date 03/18/05 03/18/05 DATE 7 -d -O6 DATE @vX,/ Ar Comments I
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W4-PRP-49-70 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION AZIMUTH MERIDINAL (DEGREES)
(DEGREES)
TOP LEFT 49.00 76.80 TOP RIGHT 70.80 76.80 BOTTOM LEFT 49.00 75.50 BOTTOM RIGHT 70.80 75.50 Index Size (in)
=
0.50 Number of Indexes Specified
=
69 Number of Indexes Completed
=
69 Time Date Scan Started 23:52:13.255 03/18/05 Scan Completed 23:55:12.276 03/18/05 Robot Operator Signature DATE 3- -S-PARAGON Operator Signature 1X v
DATE 3,S-cs Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
2RPV-W03 Weld and Scan Type Scan Data File Name
=
HEAD-VESSEL CIRCUMFERENTIAL PERPENDICUAR SCA
=
W4-PRP-70-109 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 70.80 109.00 70.80 109.00 ELEVATION (IN) 329.20 329.20 347.59 347.59 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
117
=
117 Scan Started Scan Completed Time 23:58:02.673 00:08:53.173 Date 03/18/05 03/19/05 Robot Operator Signature PARAGON Operator Signature ADATE 3 q -0o Comments
Wesbine International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER................. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W4-PRP-109-130 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 109.00 130.80 109.00 130.80 MERIDINAL (DEGREES) 76.80 76.80 75.50 75.50 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
69
=
69 Scan Started Scan Completed Time 00:11:26.413 00:14:26.210 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature SDATE 1-(S° i4;
&DATE Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
2RPV-W03 Weld and Scan Type Scan Data File Name
= HEAD-VESSEL CIRCUMFERENTIAL PERPENDICUAR SCA
=
W4-PRP-130-169 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 130.80 169.00 130.80 169.00 ELEVATION (IN) 329.20 329.20 347.59 347.59 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
117
=
117 Scan Started Scan Completed Time 00:16:32.700 00:27:23.199 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W4-PRP-169-190 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 169.00 190.80 169.00 190.80 MERIDINAL (DEGREES) 76.80 76.80 75.50 75.50 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
69
=
69 Scan Started Scan Completed Time 00:29:27.875 00:32:26.587 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature Comments
REQUEST RELIEF 05-MN-003 ATTACHMENT 2 PAGES 1-81
A AAci~KERN 2-WesDyne International Reactor Vessel Weld Results Summary McGUIRE UNIT 2 WELD NO.
2RPV-W01 (B01.021.002)
DESCRIPTION Lower Head to Bottom Head Circ LIMITATIONS NO D YES i
COVERAGE = 87.19%
Limitation due to proximity of Peripheral BMI Tubes.
RESULTS NO. OF INDICATIONS 9
STATUS CODE ALLOWABLE EXAM DOCUMENTATION INDICATION DOCUMENTATION W
ANALYSIS LOG W ACQUISITION LOG RX SCAN PRINTOUT W1 ASSESSMENT SHEET WI PARAGON HARD COPY K] OTHER (specify)
[X] COVERAGE BREAKDOWN 1
WESDYNE ANALYST
McGuire Unit 2 DIRECTION / ORIENTATION RPV COVERAGE ESTIMATE BREAKDOWNS PARALLEL SCANS PERP. SCANS CCW/CW UP/DN WELD DESCRIPTION LOWER SHELL TO BOTTOM HEAD CIRC WELD WELD NO.
2RPV-W01 BEAM ANGLES BEAM 450 L Dual 450 L Single 450 Shear DIRECTION WELD VOLUME WELD VOLUME WELD VOLUME WELD VOLUME WELD VOLUME Ccw 86.6 87.5 100 93 100 93 Cw 86.6 87.5 100 93 100 93 UP 85.97 81.65 81.29 78.43 78.77 79.07 DOWN 85.97 77.93 81.29 80.95 78.77 82.37 Combined Average = 87.19% Limitation due to proximity of peripheral BMI Tubes.
ANALYST___
PLANT I UNIT McGUIRE 12 OPTICAL DISK #
I !..
ynn PROCEDURE:
PDI4ISI-254 REVISION:
7 WELD #
WELD TYPE:
2RPV-W0OI LOWER HEAD TO BOTTOM HEAD CIRC ANALYSIS LOG Calfbratlon Data Sheet No.
LSI - LS8 Acquisition Log Sheet No.
W51, W5-2, W5-3 Analysis Log Sheet No.
W5-1
_4 W5-PRP-188-175 1
l_45L I DN X
LMM 3M9105 WW-PRP-168-175 2
45L / UP X
LMM 311915 W5-PRP-168-175 3
45L I DN X
LMM 3M19M5 W5-PRP-168-175 4
45L/ UP X
LMM 3119105 W5-PRP-168-175 5
45S/ DN X
LMM 319105 W5-PRP-168175 6
45S! UP X
LMM 319105 W5-PRP-168-15 7
45S/ UP X
LMM 3M1915 W5-PRP-168-175 8
45L/ DN X
LMM 311915 W5-PRP-145-168 I
45L ION X
LMM 311915 WS-PRP-145-168 2
45L/ UP X
LMM 3M9105 W5-PRP-145-168 3
45 I/DN X
LMM 3/1915 W5-PRP-145-168 4
45L I UP X
LMM 311915 W5-PRP-145-188 5
45S/ DN X
LMM 3119105 W5-PRP-145-168 6
45S/UP X
LMM 31191S WS-PRP-145-188 7
45SI UP X
LMM 3119105 W5-PRP-145168 8
45L! ON X
LMM 3119105 EXAMINER 6'
tA LEVEL DATE
_S-I I -05 tl cr
PLANT I UNIT McGUIRE 12 OPTICAL DISK N WI PROCEDURE:
PD14S1-254 REVISION:
7 WELD WELD TYPE:
2RPV-WO1 LOWER HEAD TO BOTTOM HEAD CIRC ANALYSIS LOG Callbration Data Sheet No.
LS1.-LS8 Acquisition Log Sheet No.
W5-1, WS-2, WS-3 Analysis Log Sheet No.
WS-2 WS-PRP-135-145 1
45L I ON X
MISNAMED - WS-PRP-35-14 Is actual name.
LMM 3119105 WS-PRP-135M145 2
45L I UP X
LMM 3119105 WS-PRP-135-145 3
45L I ON X
LMM 3M9/05 W5SPRP-135-145 4
45L I UP X
LMM 3119105 WSPRP-135-145 5
45S O ON X
LMM 3119105 WSPRP-135-145 6
45 IUP X
LMM 3119105 WS-PRP413545 7
45_/UP X
1MM 3119m0 WS-PRP-135-145 8
451 I DN X
LMM 3119105 WSPRP-127-135 I
45L I DN X
LMM 3M19105 W5S12111-127-135 2
45L I UP X
LMM 3119105 WS-PRP-127-135 3
45L ON X
LMM 3119105 W5 PRP-127-135 4
45L I UP X
LMM 3119105 W&PRP-127-135 5
45S I ON X
LMM 3119105 WSPRP-127-135 6
45S 1 UP X
LMM 3119105 WS-PRP-127-135 7
453 1 UP X
LMM 3119105 W5-PRP-127-135 8
45L / ON X
LMM 3119105 4
'I ________
I 4
4 I.?
I.
a
.i
.i -
I. -.
6.
a i -
I.
A I.
EXAMINER 4
-a~mgmi LEVEL 222 DATE
__e U
CJ
PLANT I UNIT MCGUIRE /2 OPTICAL DISK #
N W KD y EPROCEDURE:
PD14SI-254 REVISION:
2RPV-WQ1 LOWER HEAD TO BOTTOM HEAD CIRC ANALYSIS LOG Calibration Date Sheet No.
LSI - LS8 Acquisition Log Sheet No.
WS-I, WS-2, W5-3 Analysis Log Sheet No.
W5-3 WS&PAR-236-287.
45L I CW X
LMM 3119105 WS-PAR-236-287 2
45L I CCW X
LMM 3119105 W-PAR-23-287 3
45LI CW X
LMM 3119/05 W6-PAR-236-287 4
45L I CCW X
LMM 3119/05 W8-PAR-236-287 5
45L I CW X
LMM 3M19/05 WS-PAR-236-287 5
45S I CCW X
LMM 3/19/05 WS-PAR-236-287 7
46S ICCW X
LMM 3119105 WS-PAR-236-287 8
45L I CW X
LMM 3/19/05 W5-PRP-20427 1
45L I ON X
LMM 3/19/05 WS-PRP-120-127 2
46L1/ UP X
LMM 3119/05 W5-PRP-120-127 3
45L I ON X
LMM 3119/05 W5-PRP-120-127 4
45L I UP X
LMM 3/19/05 WS-PRP-1204127 5
453/ DN X
LMM 3/19/05 WS-PRP-120-127 6
456/UP X
LMM 3/19105 WS-PRP-120-127 7
45S / UP X
LMM 3/19/05 WS-PRP-120-127 8
45L / DN X
LMM 3/19/05
-J EXAMINER
£sAAAk A.'*,AhAflJA LEVEL r
DATE 3-l -aDS (I
61
PLANT I UNIT MeGUWRE 12 OPTICAL DISK #
N PROCEDURE:
PD1431-254 REVISION:
7 WELD WELD TYPE:
2RPV-WOI LOWER HEAD TO BOTTOM HEAD C!RC ANALYSIS LOG Calibuatlon Dat Sheet No.
LSI - 198 Acquiston Log Sheet No.
W5-1,W5W54
_____Analysis Log Sheet No.
W&4 WS-PRP-109-120 I
45LIDN X
indctton#I FOD 3119105 WS-PRP-109-120 2
45L/ UP X
Idftaion #I1 Code Aloamble FOD 3119105 W5-PRP-109-120 3
45L ON X
FOD 3M9105 W5-PRP-109-120 4
45L UP X
FOD 319105 WS-PRP-109-120 5
45SI ON X
FGD 319105 W5-PRP-109-120 6
45S1 UP X
FOD 3119X5 W5-PRP-109-120 7
45Sf UP X
FOD 319105 W5-PRP-109-120 45L ON FGD 3119105 E.M.E
_EE DAT EXAMINER LEVEL DATE 0 11/1%k
PLANT I UNIT Mc0UIRE /2 OPTICAL DISK #
1 W ESDyI1E PROCEDURE:
PD14S1-254 REVISION:
7 its 001ATI*Uh.
WELD #WELD TYPE:
2RPV-WOI LOWER HEAD TO BOTTOM HEAD CIRC ANALYSIS LOG Clbatlon Data Sheet No.
LS1 - LSB Acquisition Log Sheet No.
WS-I, WS-2, W&3
__Analysis Log Sheet No.
W5-5 WPRP-62 71 1
Il 4SL O DN X
FOD 3M91 5
W5-PRP-62-71 2
45L I UP X
FGD 3119105 WS-PRP42-71 3
45L I DN X
FOD 3M9105 WS-PRP462-71 4
45L I UP X
FGD 3M9105 WS-PRP462-71 5
45S / ON X
FOD 3119105 W5-PRP-42-71 6
45S / UP X
FGD 3M9105 WS-PRP-62-71 7
45S/ UP X
FOD 3119105 WS-PRP-62-71 8
45L I ON FOD 3119105 W5-PRP-44-62 1
45L / ON X
FOD 3119/05 W5-PRP-4462 2
45L I UP X
FGD 3119105 W5-PRP-4462 3
45L I ON X
FOD 3M9105 W5-PRP-4462 4
45L / UP X
FGD 3119105 WS-PRP4442 5
453/ DN X
FGD 3119/05 WS-PRP462 6
45S I UP X
FGD 3119105 W5-PRP462 7
45S / UP X
FGD 3/19105 W5-PRP-4462 8
45L I ON FGD 3119/05
=-
EXAMINER LEVEL DATE I
f
PLANT I UNIT McGUIRE /2 OPTiCAL DISK #
IM Dl PROCEDURE:
PDI4SI-254 REVISION:
7 WELD #
WELD TYPE:
2RPV-WOI LOWER HEAD TO BOTtOM HEAD CIRC ANALYSIS LOG Calibration Data Sheet No.
LS1 - LS8 Acquisition Log Sheet No.
WS-1, W5-2, W53 Analysis Log Sheet No.
W54 W5-PRP-35-44 1
45L / DN FGD 3119105 WS-PRP-35-44 2451.!
UP X
.lFGD 3119/05 W5-PRP-35.44 3
45S.1 DN X
FQD 3119105 WS-PRP-35-44 I
45L I ON X
FGD 3M9105 W5S-PRP-35-44 6
45LSI UP XFGD 3/19105 W5-PRP-35-44 7
45L / UP X
FOD 3M9105 W5-PRP-35-44 8
45L /IDN U
FOD 3/19105 WS-PRP-235 1
451 I DN X
FOD 3119105 W5-PRP-3435 2
451 I UP X
FGD 3M9105 W5-PRP-28-35 3
45L I PD X
FGD 3119/05 WS-PRP-28-35 4
46LI UP X
FOD 3/19/05 W5-PRP-28435
-45LIDN X
l FOD 3119105 WS-PRP-28435 6
45L I UP X
FGD 3/19105 W5-PRP-2835 7
45S /UP X
FGD 3/19105 W5-PRP-28-35 8
45S/ DN FOD 3/19105 EXAMiNER LEVEL DATE as h
PLANT I UN1T McGUIRE 12 OPTICAL DISK #
N wD PROCEDURE:
PD14SI-254 REVISION:
7 WELD #
WELD TYPE:
2RPV-W0I LOWER HEAD TO BOTTOM HEAD CIRC ANALYSIS LOG Calibration Data Sheet No.
LSI - LS8 Acquisition Log Shee No.
W5-I, WS-2, W5-
_Analysis Log Sheet No.
W 5-7 WS-PRP-18-28 I
451.I ON X
FD 319105 W5-PRP-18-28 2
45L I UP X
FOD 3119105 WS-PRP-18-28 3
45L I DN X
FOD 3119105 WS-PRP-18-28 4
45L I UP X
FOD 3119105 W5-PRP-18-28 5
45S I ON X
FOD 3119105 WS-PRP-18-28 6
451 IUP X
FGD 3119105 W5-PRP-18-28 7
45S IUP X
FGD 3119/05 W5-PRP-18-28 8
4531 ON FGD 3119105 W5-PRP-329-18 45L I DN X
IndiatIon # 2 FOD 3119105 WS-PRP-329-18 2
45L I UP X
IndWcation # 2 Code Allowable FGD 3119105 WS-PRP-329-18 3
45L I DN X
Indhation # 4 Code Allowable FGD 3119105 W5-PRP-329-18 4
45L I UP X
IndIcation # 4 FOD 3119105 WS-PRP-329-18 5
45S I ON X
Indicaton # 4 FOD 3119105 W5-PRP-329-18 6
45S IUP X
Indlcaton # 4 FOD 3119105 W5-PRP-329-18 7
45S IUP X
FOD 3M19105 WS-PRP-329-18 8
45L I DN FGD 3119105
==-_.
EXAMINER LEVEL
, j77 DATE
PLANT I UNIT MeGUIRE 12 OPTICAL DISK#
PM WSAFE=I PROCEDURE:
PDI4SI-254RESONT MPRONAT*S ONAL WELD#
WELD TYPE:
2RPV-WOI LOWER HEAD TO BOTTOM HEAD CIRC ANALYSIS LOG Calibration Data Sheet No.
S1.1-LS8 Acquisition Log Sheet No.
W5-1, W5-2, W5-3 Analysis Log Sheet No, W8 Wo-PRP-322-329 1
45L/ DN X
FGD 3119105 W5-PRP-322-329 2
45LI UP X
FOD 3119105 W5-PRP-322-329 3
451./DN X
FGD 31191S WS-PRP-322-329 4
45L I UP X
FGD 31191S W5-PRP-322-329 5
45S3IDN X
FOD 3119105 W5-PRP-322-329 6
453 IUP X
FOD 311915 W5-PRP-322-329 7
45S/UP X
FOD 311915 W5-PRP-22-329 8
45L/
IDN FOD 3119105 W5-PRP-314-322 1
45L/DN X
ftdkcaton #5 Code Aflwable FOD 3119105 W5PRP-314-322 2
45L IUP X
FOD 3119105 W5-PRP-314-322 3
45L ION X
FOD 3119105 W5-PRP-314-322 4
45LI UP X
FOD 3M9105 W5-PRP-314-322 5
45SIDN X
FGD 3/19/05 WS-PRP-314-322 6
45S/ UP X
FOD 3119105 W5-PRP-314-322 7
45S I UP X
FOD 3119105 W5-PRP-314-322 8
45L/I ON X
FOD 3119105 EXAMINER LEVEL DATE 2/J /o, I-v_
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PLANT I UNIT MoGUIRE 12 OPTICAL DISK#
ynES~IE PROCEDURE:
PDI-4Sl-254 REVISION:
7 WELD#
WELD TYPE:
2RPV-WOI LOWER HEAD TO BOTTOM HEAD CIRC ANALYSIS LOG Calibaton Data Sheet No.
_S1 - LS8 Acquisition Log Sheet No.
W5_1, W5-2, W5-3
_______________Analysis Log Sheet No.
WS$9 W5 PRP-305-314 1
45L/I1DN X
FOD 3M19/05 W5"PRP-305-314 2
45L/UP X
FOD 3M9105 WSPRP-3054314 3
451.1ON X
FOD 3119105 W5-PRP405-314 4
45L/UP X
FOD 3119105 W5PRP-305-314 5
45SD ON X
FGD 3119105 W5-PRP-305-314 6
45SI UP X
FOD 3119105 W5 PRP-305-314 7
45S/ UP X
FOD 3M9/05 WS-PRP-305-314 8
45L I DN FOD 3119105 WS"PRP-298-305 1
45.I ON X
Indication #6 Code Allowable FGD 3119105 W5-PRP-2984305 2
451.!UP X
Indication
=6 FOD 311910S5 W5-PRP-298305 3
45L. DN X
FOD 3119105 WS-PRP-298-305 4
45L.I UP X
FGD 3119105 WS-PRP-298W05 5
455 /DN X
FGD 3119105 WS-PRP-298-305 6
45S f UP X
FOD 3/19105 W5-PRP-298-305 7
45S! UP X
FOD 3119105 W5-PRP-298-305 8
45L I DN FOD 3119/05 EXAMNER EVELDATEas h?_.
EXAMINER LEVEL DATE
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PLANT I UNIT MCGUIRE 12 OPTICAL DISK #
w.VES yna PROCEDURE:
PD14SI-254 REVISION:
7
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WELD #
WELD TYPE:
2RPV.WOI LOWER HEAD TO BOTTOM HEAD CIRC ANALYSIS LOG Calibrtion Daft Sheet No.
LSI - LS8 Acquisition Log Shee No.
WS-1, WS-2, W54 Analysis Log Sheet No.
W5-1o
~-
W5-PRP-288-298 I
45LIDN X
FGD 3119105 W5&PRP-288-298 2
45LIUP X
FOD 3/19105 W5-PRP-288-298 3
45LI ON X
FGD 3M9105 W5-PRP-288-298 4
45L I UP X
FGD 3119105 W5-PRP-288-298 5
45SI ON X
FGD 3119105 W5-PRP-288-298 6
45SI UP X
FPD 3M9105 WS-PRP-288-298 7
45SI UP X
FOD 3M9105 W5-PRP-288298 8
45L I DN FGD 3/19105 W5-PRP-281-288 I
45L I DN X
Indleaton # 7, 8 Code Alowable FGD 3119105 W5-PRP-281288 2
45LI UP X
Indicatlon #7,8 Code Allowable FOD 3119105 WS-PRP-281-288 3
45L ION X
FGD 3M19/05 W5"PRP-281-288 4
45LI UP X
FOD 3119105 W5-PRP-281-288 5
46SI ON X
FOD 3119105 W5-PRP-281-288 6
45Sf UP X
FGD 3/19/05 W5-PRP-281-288 7
45S/ UP X
FGD 3119105 W5-PRP-281-288 8
45L I DN FGD 3119/05 EXAMINER 7-7A-V elp~~
LEVEL DATE I
I
PLANT I UNIT McOUIRE 12 OPTICAL DISK #
N W ESD ynE PROCEDURE:
PDIISI-254 REVISION:
7 WELD #
WELD TYPE:
2TPV-W01 LOWER HEAD TO BOTTOM HEAD CIRC ANALYSIS LOG Calibration Data Sheet No.
LS1 - L.8 Acquisition Log Sheet No.
WS-I, WS-2, W5-3 Analysis Log Sheet No.
WS-11 W6 PRP-274-281 I
45L I DN X
Indfwlfn # 9 Code Alftowabte FGD 3/19t05 W5"PRP-274-281 2
45L I UP X
Indatkon # 9 FOD 3119105 W5 PRP-274-281 3
45L I ON X
FOD 3119105 W5-PRP-274-281 4
45L I UP X
FOD 3119106 WS-PRP-274-81 5
45S/ DN X
FOD 3119105 W5-PRP-274-281 6
45S IUP X
FOD 3119/05 W5"PRP-274-281 7
45S I UP X
FOD 3119105 WS PRP-274-281 8
45L I ON FGD 3119/05 W5-PRP-235-274 1
46L I DN X
FOD 3120/05 WW-PRP-235-274 2
45L I UP X
FOD 312010/
W5-PRP-235-274 3
45L I DN X
FGOD 3120/05 WC-PRP-235-274 4
45L / UP X
FGD 3/20/05 W5-PRP-235-274 5
45S I DN X
FGD 3120105 W5-PRP-235-274 6
45S IUP X
FGD 3/20105 WS-PRP-235-274 7
45S / UP X
FOD 3/20/05 W5-PRP-235-274 8
45L I ON FOD 3120105 E..IE LEE
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kh EXAMINER LEVIEL 77 DATE o/oo
PLANT I UNIT McGUIRE 12 OPTICAL DISK #
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PDJ4SI-254 REVISION:
7 l-VW WROD"m WELD #
WELD TYPE:
2RPV-WOI LOWER HEAD TO BOTTOM HEAD CIRC ANALYSIS LOG Callbratlon Data Sheet No.
LS1 - LS8 Acqulsition Log Sheet No.
W5-1, WS-2, W5-3 Analysis Log Sheet No.
WS-12 t Si WS-PRP-225-235 I
45L I DN X
FOD 3120105 W5-PRP-225-235 2
45L / UP X
FGD 3120105 WS-PRP-225-235 3
45L I DN X
FGD 3/20JD5 W5.PRP-225-235 4
45L / UP X
FGD 3120105 W5-PRP-225-235 5
45S /DN X
FGD 3120105 W5-PRP-225-235 6
45Sf UP X
FGD 3120105 W5-PRP-225-235 7
45S I UP X
FOD 3120105 W5-PRP-225-235 8
45L/ DN FGD 3120105 W5-PRP-199-225 I
45L/ DN X
FGD 3120105 W5-PRP-199.225 2
45L/ UP X
FGD 3120105 WS-PRP-199-225 3
45L/ DN X
FGD 310105 WS-PRP-199225 4
45L/UP X
FGD 3120105 W5-PRP-199-225 5
45S/ DN X
FGD 3/2015 W5-PRP-199-225 6
45S I UP X
FGD 3120105 W5-PRP4199-225 7
45SIUP X
FOD 3/20105 W5-PRP-199-225 8
45L /DN FOD 3/20/05 E.MIE L..
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.DT EXAMINER LEVEL DATE as /Zz o
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PROCEDURE:
PDI-ISI-254 REVISION:
7 WELD #
WELD TYPE:
2RPV-WOI LOWER HEAD TO BOTTOM HEAD CIRC CalIbmrton Data Sheet No.
LSI - LSB AcquIsItIon Log Sheet No.
WS-1, W5-2, W5-3 Answfvds Lno Aiwwit No.
W5-13 ANALYSIS LOG W5-PRP-191-199 I
45L I DN X
FUD 3120/05 WS-PRP-191-199 2
45L I UP X
FGD 3120/05 WS-PRP-191-199 3
45L/DN X
FGD 3120105 W5-PRP-191-199 4
45L I UP X
FGD 3120105 WS-PRP-191-199 5
45S / DN X
FOD 312;005 W5-PRP-191-199 6
45S I UP X
FGD 3120105 WS-PRP-191-199 7
45S I UP X
FGD 3/20105 WS-PRP-191-199 8
45L I DN FGD 3120105 W5-PAR-180-224 I
45L I CW X
CHL 3119105 WS-PAR.180-224 2
45L I CCW X
CHL 3/19105 WSPAR4180-224 3
45L I CW X
CHL 31910S W5.PAR-180"224 4
45L I CCW X
CHL 3/1915 WS-PAR-180-224 5
45S I CW X
CHL 3/19105 W5 PAR-180-224 6
45S I CCW X
CHL 3/19105 WS-PAR-180-224 7
45S / CCW X
CHL 3/19105 WS-PAR-180-224 8
45L I CW X
CHL 3/1910S EXAMINER Ch4M //L4i t-,e LEVEL Z7 DATE
PLANT I UNIT McoGUIRE 12 OPTICAL DISK #
rW SD nE PROCEDURE:
PDi-254 REVION:
7 muIVs.
WELD TYPE:
2RPV-WOI LOWER HEAD TO BOTTOM HEAD CIRC ANALYSIS LOG Calibration Data Sheet No.
LS1 - LS8 Acquisition Log Sheet No.
W561, W5-2, W5-3 Analysis Log Sheet No.
WS-14 1
-r W5&PAR-316-17 I
I45L I CW X
CHL 3119105 W__ PAR_31_47 2_4_LI CC_
X C
3M9105__.
W5-PAR-316-17 2
45L I CCW X
CHL 3119105 W5-PAR-316-17 3
45L I CW X
CHL 3119/05 W5-PAR-316-17 4
45L I CCW X
CHL 3M9105 WS-PAR-316-17 5
45S I CW X
CHL 3119105 W5-PAR-316-17 6
45! CCW X
CHL 3119105 WS-PAR-316-17 7
45 I CCW X
CHL 3119/05 W5-PAR4316817 8
45L I CW X
CHL 3119105 WS-PAR.146-180 2
45L I CW X
CHL 3119105 W5-PAR-146-180 2
46L I CCW X
CHL 3119105 W5-PAR-146-180 3
45L CW X
CHL 3119105 W5-PAR-146-180 4
45L ICCW X
.CHL 3/19105 WS-PAR-146-180 5
45S 3 CW X
CHL 3119105 W5-PAR-146-180 6
45S I CCW X
CHL 3119105 WS-PAR-146-180 7
45S I CCW X
CHL 3M19105 W5-PAR-146-180 8
46L5I CW X
CHL 3119105 I
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4 4
4 4
4 4
4 4
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4 EXAMINER (Aaij Hun fee LVEL DATE 03-Ig -o
EXAMINlER 1^Gkm flux L-ee LEVEL DATE 03 -lq t
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PLANT I UNIT McOUIRE 12 OPTICAL DISK
- N W
D E PROCEDURE:
PDH4SI-254 REVISION:
7 WELD #
WELD TYPE:
2RPV-WOI LOWER HEAD TO BOTTOM HEAD CfRC ANALYSIS LOG Calfbratlon Dat Shee No.
L91 -1.98 Acquisiton Log She No.
WS-I, W5-2, WS.3 Analysis Log Sheet No.
W-15
~
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-O-WS-PRP-175-191 I
45L I DN X
CHL 3/19105 WSPRP-175-191 2
46L I UP X
CHL 3119105 WS-PRP-175-191 3
45L I DN X
CHL 3119105 W5-PRP-175-191 4
45L I UP X
CHL 3M19105 WS-PRP-175-191 5
45S I DN X
CHL 3119105 WS-PRP-175-191 6
45S/ UP X
CHL 3119105 WS-PRP-175-191 7
45S I UP X
CHL 3119105 WS-PRP-175-191 8
45I DN X
CHL 3M19105 WS-PAR-46-61 I
45L I CW X
LMM 3119105 W5-PAR-4861 2
45L I CCW X
LMM 3M9105 W5-PAR-46-61 3
45L I CW X
LMM 3119105 WS-PAR46461 4
45L I CCW X
LMM 3M19105 W5-PAR-461 6
5 45S I CW X
LMM 3M9105 W5-PAR-46461 6
45S I CCW X
LMM 3119105 W5-PAR-4661 7
45S I CCW X
LMM 3119105 WS-PAR-46461 8
45L / CW X
LMM 3M19105 EXAMINER IL)1~7~f7Me.64am~ ItUN Iee LEVEL
/ L DATE 4-rq -
T e
V V
PLANT / UNIT McGUIRE /2 OPTICAL DISK #
N W D IE PROCEDURE:
PD14S1-254 REVISION:
7 g
IA..TIO..
WELD TYPE:
2RPV-WOI LOWER HEAD TO BOTTOM HEAD CIRC ANALYSIS LOG Calibration Data Sheet No.
LS1 - LS8 Acquisition Log Sheet No.
W5-1, WS-2, W5&3 Analysis Log Sheet No.
W5-16 W5-PAR-72-134 I
45L I CW X
SAS 3119105 WS-PAR-72-134 2
45L I CCW X
SAS 3119/05 WS-PAR-72-134 3
45L / CW X
SAS 3119/05 WW-PAR-72-134 4
45L / CCW X
SAS 3119/05 W5-PAR-72-134 5
45S / CW X
SAS 3119/05 W5-PAR-72-134 6
45S / CCW X
tndlcation # 3 Code Anowable SAS 3/19105 WS-PAR-72-134 7
45S / CCW X
SAS 3/19/05 W5-PAR-72-134 8
45L/ CW X
SAS 3/19/05 E.ME LEE DAT EXAMiNER LEVEL DATE
"I... *.*.
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ANALYSIS LOG PLANT I UNIT McGUIRE 12 OPTICAL DISK 1 PROCEDURE:
PDI-4S1-254 REVISION:
7 WELD #
WELD TYPE:
2RPV-WO1 LOWER HEAD TO BOTTOM HEAD CIRC Caibration Data Shee No.
LSI - LS8 Acqulsftlon Log Sheet No.
W5-1, WS-2, W5-3 Analysis Log Sheet No.
W5-17 W5-PAR41-72a I
45L I CW X
SAS 3119105 WS-PAR-61-72a 2
46L I CCW X
SAS 3119105 W5"PAR-61-72a 3
45L I CW X
SAS 3/19105 W6-PAR-61-72a 4
46L I CCW X
SAS 3119105 WS-PAR-61-72a 5
45S / CW X
SAS 3119105 WS-PAR-61-72a 6
45S I CCW X
SAS 3119105 WS-PAR-61-72a 7
45S I CCW X
SAS 3/19t05 WS-PAR-61-72a 8
45L I CW SAS 3119105 W6-PAR44-46a I
46L I CW X
SAS 3119105 WS&PAR-34-46a 2
45L I CCW X
SAS 3/19105 WS-PAR-34-46a 3
4SL I CW X
SAS 3119105 WS-PAR-34-46a 4
45L I CCW X
SAS 3119105 WS-PAR-34-46a 5
45S I CW X
SAS 3/19105 WS-PAR-34-46a 6
45S I CCW X
SAS 3119105 W5-PAR-34-46a 7
45S I CCW X
SAS 3119105 WS-PAR-34-46a 8
EXAMINER LEVEL DATE
^ r {< _
PLANT I UNIT McGOURE 12 OPTICAL DISK #
UP3 UA YS Y PROCEDURE:
PDI4SI-254 REVISION:
7 WELD #
WELD TYPE:
.RPV-W01 LOWER HEAD TO BOTTOM HEAD CIRC ANALYSIS LOG Calibration Data Sheet No.
LSI - LS8 Acquisition Log Sheet No.
W5-I, WS-2, W5-3 Analysis Log Sheet No.
WS-18 W5-PAR417-34a I
45L I CW X
SAS 3M19105 W5-PAR-17-34a 2
45L I CCW X
SAS 3119/05 W5-PAR-17-34a 3
45L I CW X
SAS 3119105 W5-PAR-17-34a 4
45L I CCW X
SAS 3M19105 WS-PAR-17-34a 5
45S I CW X
SAS 3119105 W5-PAR-17-34a 6
45S I CCW X
SAS 3119105 W5-PAR-17-34a 7
45S 9 CCW X
SAS 3119105 WS-PAR-17-34a 8
45L 1 CW SAS 3119105 W5-PAR-287-304a 1
45L I CW X
SAS 3M19/05 W5-PAR-287-304a 2
45L I CCW X
SAS 3119105 W5-PAR-287-304a 3
45L / CW X
SAS 3119/05 W5-PAR-287-304a 4
45L I CCW X
SAS 3M19105 W5-PAR-287-304a 5
45S 3 CW X
SAS 3/19105 WS-PAR-287-304a 6
45S9/ CCW X
SAS 3119105 W5&PAR-287-304a 7
45S / CCW X
SAS 3/19/05 WS-PAR-287-304a 8
__ __ __ __ __ __ __ __ __ __ __ ___I_
XAINE LEE
.z DT EXAMINER LEVEL 22z:
DATE
--Jr
PLANT I UNIT McOUIRE 12 OPTICAL DISK #
N I11 11i.PYNE PROCEDURE:
PDII-254 REVISION:
7 WELD #
WELD TYPE:
2RPV-WO1 LOWER HEAD TO BOTTOM HEAD CIRC ANALYSIS LOG Calibration Data Sheet No.
LSI - LS8 Acquisition Log Sheet No.
W5-1, W5-2, W5-3 Analysis Log Shee No.
W6-19 W5-PAR-304-316a I
45L I CW X
SAS 3119105 W-PAR-304-316a 2
45L ICCW X
SAS 3/1905 W5-PAR-304-316a 3
45L I CW X
SAS 3119105 W5-PAR-304-316a 4
45LICCW X
SAS 3119105 W5-PAR-304-316a 8
45 I CW X
SAS 3119105 W5-PAR-304-316a 5
45S I CCW X
SAS 3119105 W5-PAR-304-316a 7
45S 3 CCW X
SAS 3M9105 W"-AR-304-316a a
45L/ICW SAS 3/19105 W5-PAR-224-231a I
45L/ CW X
SAS 3119/05 W5-PAR-224-236a 2
45L I CCW X
SAS 3M19105 W5-PAR-224-23a 3
45L I CW X
SAS 3119105 W5-PAR-224-236a 4
45L I CCW X
SAS 3119105 W5-PAR-224-236a a
453 I CW X
SAS 3M19105 WS-PAR-224-236a a
453 ICCW X
SAS 3/19105 W,-PAR-224-236a 7
45S, CCW X
SAS 3119105 W5-PAR-224-236a a
45L I CW X
SAS 3119105
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XMI LEE.DT EXAMINER LEVEL DATE Xrsfr--
PLANT I UNIT Mc0UIRE /2 OPTICAL DISK
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PDI-Io-254 REVISION:
7 WELD #
WELD TYPE:
2RPV-WOI LOWER HEAD TO BOTTOM HEAD CIRC ANALYSIS LOG Calbmtlon Data Sheet No.
LS1 - LS8 Acquisition Log Sheet No.
WS-1, WS-2, W6-3
__Analysis Log Sheet No.
WS-20 W6 PAR.134.146b I
45L/CW X
ll SAS 3118105 W6-PAR-134-146b 2
46L/ICCW`
X lSAS 3/91905 W6-PAR-134-146b 3
46L5/CW X
SAS 3M9105 W6-PAR-134-146b 4
45L / CCW X
SAS 3119105 WS-PAR-134-146b 3
45S/ CW X
SAS 3119105 W6-PAR-134-146b 6
46S I CCW X
SAS 3119105 WS-PAR-134-146b 7
45SI CCW X
SAS 3119105 W5-PAR-134-146b 6
46L5/ CW X
SAS 3/19105 W6-PRP-102-109 7
45L I DN X
CHL 3119105 WS-PRP-102-109 2
45L I UP X
CHL 3119105 W5-PRP-102-109 3
46L/ DN X
CHL 3119105 WS-PRP-1024109 3
45S I DN, X
CHL 3M19105 WS-PRP41024109 4
45L I UP X
CHL 3119105 W5-PRP-102-109 6
46S/ UP X
CHL 3119/05 W5-PRP-102-109 7
45SI UP X
CHL 3/19/05 W5-PRP-102-109 8
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CHL 3/19105 EXAI=E
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PLANT I UNIT McGLUIRE 12 OPTICAL DISK 0 N WI PROCEDURE:
PDI.14-24 REVfSION:
7 WELD #
WELD TYPE:
2RPV-W01 LOWER HEAD TO BOTTOM HEAD CIRC ANALYSIS LOG Calibration Data Sheet No.
LS1 -LS8 Acquisition Log Sheet No.
W5-1, W5-2, W-3 Analysis Log Sheet No.
WS-21 m
f-W5-PRP-71-102 I
45L I ON X
CHL 3M9105 WSPRP-71-102 2
45L I UP X
CHL 3M19105 W5-PRP-71-102 3
45L I DN X
CHL 3M19105 W5-PRP-71-102 4
45L I UP X
CHL 3119105 W5-PRP-714102 5
453 1 DN X
CHL 3M19M5 WS-PRP-714-02 6
4531 UP X
CHL 3119105 W5-PRP-71-102 7
45S I UP X
CHL 3M9105 W5-PRP-71-102 8
45L I DN X
CHL 3M9105 EXAMNER
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LEVEL DATE Oa -m - °t
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45 UIP P
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PROCEDURE:
REVISION:
7 PD14St-254 W!-PAR-224-236 2RPV-W01 58.30 224.00 KRS IT 3119105 WS-PAR-236-287 2RPV-W01 58.30 236.25 KRS I T 3119105 WS-PAR-287-304 2RPV-W01 58.30 287.50 KRS I T 3119105 W5-PAR-304-316 2RPV-W0I 58.30 304.25 KRS IT 319105 W5-PAR-316-17 2RPV-W01 58.30 316.00 KRS I T 3119105 WS-PAR-17-34 2RPV-W0I 58.30 17.60 KRS IT 3119105 W5-PAR-34-46 2RPV-W01 58.30 34A0 KRS I T 3119105 W5-PAR-46-61 2RPV-WOt 58.30 46.00 KRS I T 3M9105 W5-PAR-61-72 2RPV-WOt 58.30 61.00 KRS I T 3119105 WS-PAR-72-134 2RPV-W0l 58.30 72.50 KRS IT 3M9105 W5-PAR-146.180 2RPV-W01 58.30 146.30 KRS IT 3119105 W5-PRP-175-191 2RPV-W01 175.00 58.30 KRS IT 3119105 WS-PRP-168-175 2RPV-W01 168.25 58.30 KRS I T 3119105 W5-PRP-145-168 2RPV-W01 145.00 58.30 KRS IT 3119105 W5-PRP-135-145 2RPV-W01 135.50 58.30 KRS I T 3119105 W5-PRP-127-135 2RPV-WQ1 127.00 58.30 KRS IT 3119105 W5-PRP-120-127 2RPV-WOI 120.00 58.30 KRS I T 3119105 W5-PRP-109-120 2RPV-W01 109.25 58.30 KRS IT 3M19105 W5-PRP-102-109 2RPV-WOI 102.00 58.30 KRS I T 3M19105 W5-PRP-71-102 2RPV-W01 71.50 58.30 KRS IT 319105 U
U U
a -
a
PLANT I UNIT INTERVAL PERIOD:
OUTAGE:
PLANT I UNIT INTERVAL:
PERIOD:
OUTAGE:
m Iw U UnE McGUIRE /2 2
3 2EOC16 PROCEDURE:
REVISION:
PD1181-254 7
DATA ACQUISMON LOG W5-PRP-62-71 l
2RPV-WOI 62.00 58.30 KRS IT 3119105 WS-PRP44-62 2RPV-WO1 44.50 58.30 KRS I T 3M19105 W5-PRP-35-44 2RPV-W01 35.00 58.30 KRS I T 3119105 W5-PRP-28-35 2RPV-W01 28.00 58.30 KRS I T 3119105 W5-PRP-18-28 2RPV-W01 18.50 58.30 KRS I T 3119105 W5-PRP-329-18 2RPV-WOI 329.75 58.30 KRS I T 3119105 W5-PRP-322-329 2RPV-WOI 322.50 58.30 KRS I T 3119105 W5-PRP-314-322 2RPV-WOI 314.50 58.30 KRS I T 3119105 W5-PRP-305-314 2RPV-WOI 305.00 58.30 KRS I T 3119105 W5-PRP-298-305 2RPV-W01 298.00 58.30 KRS I T 3119105 W5-PRP-288-298 2RPV-WOI 288.50 58.30 KRS I T 3119105 W5-PRP-281-288 2RPV-W40 281.50 58.30 KRS I T 3119105 W5-PRP-274-281 2RPV-W01 274.50 58.30 KRS I T 3119105 WS-PRP-235-274 2RPV-W0I 235.00 58.30 KRS I T 3119105 W5-PRP-225-235 2RPV-W01 225.50 58.30 KRS I T 3119105 W5-PRP-199-225 2RPV-W01 199.25 58.30 KRS I T 3119105 W5-PRP-191-199 2RPV-W01 191.25 58.30 KRS IT 3119105 W5-PAR61-72a 2RPV-W01 58.30 61.00 JCAS n
3119105 WS-PAR34-46a 2RPV-W01 58.30 164.55 JCAS n
3119105 W5-PAR17-34a 2RPV-WN0 58.30 17.60 JCAS n
3119105 W5-PAR-287-304a 2RPV-W0I 58.30 287.50 JCAS 11 3119105
PLANT / UNIT INTERVAL:
PERIOD:
OUTAGE:
Is ynE McGUIREI2 2
3 2EOCIG 1MWM*W*Mft...
PROCEDURE:
REVISION:
PDI4SI-254 7
DATA ACQUISION LOG W54PAR-304-315a ZRPV-VVU1 58.u JGAS n
3119105 W5"PAR-224-236a 2RPV-W01 58.30 224.00 JCAS II 311 9/05 WS-PAR-134-146b 2RPV-W0 1
5830 134.00 JCAS II 3/19/05 1IIII I
I_
I I
l I
I t
I_
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. bUKE POWER SITE..............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE.-.............
WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W5-PAR-180-224 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 58.30 58.30 50.70 50.70 AZIMUTH (DEGREES) 180.00 224.00 180.00 224.00 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
25
=
25 Scan Started Scan Completed Time 02:47:46.675 03:02:47.987 Date 03/19/05 03/19/05 Robot Operator Signature 4
K DATE 3-f -a-PARAGON Operator Signature 4 4 s
DATE
,f7 eW Comments
- t.
AX D ' -
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER.
DUKE POWER SITE.
MCGUIRE UNIT #2 OUTAGE.
2EOC16 VESSEL TYPE.
WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W5-PAR-224-236 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 58.30 58.30 54.30 54.30 AZIMUTH (DEGREES) 224.00 236.25 224.00 236.25 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
14
=
14 Scan Started Scan Completed Time 10:19:19.611 10:20:52.765 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature DATE2L/
~f' e
k~f DATE 2e/
2464 Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W5-PAR-236-287 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 58.30 58.30 50.70 50.70 AZIMUTH (DEGREES) 236.25 287.50 236.25 287.50 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
25
=
25 Scan Started Scan Completed Robot Operator Signature PARAGON Operator Signature Time 03:10:01.806 03:18:49.965 Date 03/19/05 03/19/05 LJDATE 3-4I1O DATE 3iy Y, X". A 6
..a,
... I-Comments I
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER.
DUKE POWER SITE.
McGUIRE UNIT #2 OUTAGE.
2EOC16 VESSEL TYPE.
WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W5-PAR-287-304 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 58.30 58.30 52.70 52.70 AZIMUTH (DEGREES) 287.50 304.25 287.50 304.25 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
19
=
19 Scan Started Scan Completed Robot Operator Signature PARAGON Operator Signature Time 09:56:20.263 09:59:06.144 t,,
/Ii Date 03/19/05 03/19/05
- DATE IZ fL&
SDATE_//V/o)
Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W5-PAR-304-316 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 58.30 58.30 55.00 55.00 AZIMUTH (DEGREES) 304.25 316.00 304.25 316.00 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
12
=
12 Scan Started Scan Completed Robot Operator Signature PARAGON Operator Signature Time 09:49:45.735 09:51:03.814 9-;,. l DA_
&k~-
Date 03/19/05 03/19/05
- DATEIZ/ie!&*i DATEg*~Vkr Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..............
DUKE POWER SITE..............
McGUIRE UNIT #2 OUTAGE..............
2EOC16 VESSEL TYPE.
............ WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W5-PAR-316-17 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION MERIDINAL AZIMUTH (DEGREES)
(DEGREES)
TOP LEFT 58.30 316.00 TOP RIGHT 58.30 377.60 BOTTOM LEFT 50.70 316.00 BOTTOM RIGHT 50.70 377.60 Index Size (in)
Number of Indexes Specified Number of Indexes Completed Scan Started Scan Completed Time 03:28:07.516 03:35:46.559
=
0.50
=
25
=
25 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER.
DUKE POWER SITE.
McGUIRE UNIT #2 OUTAGE.
2EOC16 VESSEL TYPE.
WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W5-PAR-17-34 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 58.30 58.30 52.00 52.00 AZIMUTH (DEGREES) 17.60 34.40 17.60 34.40 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
21
=
21 Scan Started Scan Completed Time 09:35:15.029 09:38:24.061 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature
&i=2-7 h/i1-DATEV/va.°
{/z DATEA3/Ž4
-/
Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W5-PAR-34-46 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 58.30 58.30 54.30 54.30 AZIMUTH (DEGREES) 34.40 46.00 34.40 46.00 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
14
=
14 Scan Started Scan Completed Robot Operator Signature PARAGON Operator Signature Time 09:26:52.303 09:28:25.210
~;,O, /O--
I - ;-
Date 03/19/05 03/19/05
-DATE Z k/2&l &N
__DATE4 &Z 4
- Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W5-PAR-46-61 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 58.30 58.30 50.70 50.70 AZIMUTH (DEGREES) 46.00 61.00 46.00 61.00 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
25
=
25 Scan Started Scan Completed Time 03:43:49.886 03:46:23.581 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature J/c r%1ATEL "-(
-0 .
Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER.
DUKE POWER SITE.
McGUIRE UNIT #2 OUTAGE.
2EOC16 VESSEL TYPE.
WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
WS-PAR-61-72 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 58.30 58.30 53.10 53.10 AZIMUTH (DEGREES) 61.00 72.50 61.00 72.50 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
18
=
18 Scan Started Scan Completed Time 09:15:48.429 09:17:41.452 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature
- Ac aPATE YZV/
e
.I qO., &-
JDATE-2L~4 Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W5-PAR-72-134 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION MERIDINAL AZIMUTH (DEGREES)
(DEGREES)
TOP LEFT 58.30 72.50 TOP RIGHT 58.30 134.00 BOTTOM LEPT 50.70 72.50 BOTTOM RIGHT 50.70 134.00 Index Size (in)
Number of Indexes Specified Number of Indexes Completed Scan Started Scan Completed Time 03:50:41.414 04:05:35.710
=
0.50
=
25
=
21 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature 7Vt At x DATE 43 de So Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..............
DUKE POWER SITE..............
McGUIRE UNIT #2 OUTAGE..............
2EOC16 VESSEL TYPE..
............ WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W5-PAR-146-180 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 58.30 58.30 50.70 50.70 AZIMUTH (DEGREES) 146.30 180.00 146.30 180.00 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
25
=
23 Scan Started Scan Completed Time 04:11:04.564 04:18:46.266 Date 03/19/05 03/19/05 Robot Operator Signature
/A
,JA DA TE 3 -O-7 PARAGON Operator Signature
-DATE
^-l twill Comments
- _5764_,
zq-?-
-k>W 25
- -ej+<o
-7 f~aun coo - -I
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-175-191 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 175.00 191.25 175.00 191.25 MERIDINAL (DEGREES) 58.30 58.30 50.70 50.70 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
52
=
52 Scan Started Scan Completed Time 04:27:59.150 04:35:34.794 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-168-175 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 168.25 175.00 168.25 175.00 MERIDINAL (DEGREES) 58.30 58.30 50.90 50.90 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
22
=
22 Scan Started Scan Completed Time 04:39:08.049 04:40:47.314 Date 03/19/05 03/19/05 Robot Operator Signature j
PARAGON Operator Signature
/4 DATE 3-LL-<
4IV Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE..............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-145-168 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 145.00 168.25 145.00 168.25 MERIDINAL (DEGREES) 58.30 58.30 50.70 50.70 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
73
=
73 Scan Started Scan Completed Robot Operator Signature PARAGON Operator Signature Time 04:42:36.755 04:48:21.466 1Afll'
/, "
.Date 03/19/05 03/19/05 LDATE 311-(0<
flTM31 f/'
Lr-Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-135-145 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 135.50 145.00 135.50 145.00 MERIDINAL (DEGREES) 58.30 58.30 57.30 57.30 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
31
=
31 Scan Started Scan Completed Time 04;51:34.764 04:52:50.746 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature nwu~a 4DATE 39-
-0F Comments
WeoDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-127-135 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 127.00 135.50 127.00 135.50 MERIDINAL (DEGREES) 58.30 58.30 50.70 50.70.
Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
28
=
28 Scan Started Scan Completed Robot Operator Signature PARAGON Operator Signature Time 04:54:28.286 04:56:38.327
,n4~k4 iA, Date 03/19/05 03/19/05 DATE 3L-(.1'-
DATPR1-'~
An.,
0 P-or S
o Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-120-127 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 120.00 127.00 120.00 127.00 MERIDINAL (DEGREES) 58.30 58.30 52.10 52.10 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
23
=
23 Stan Started Scan Completed Time 04:58:12.375 04:59:41.882 Date 03/19/05 03/19/05 Robot Operator Signature Jo DATE 3______
PARAGON Operator Signature ADATE3-.
Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-109-120 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 109.25 120.00 109.25 120.00 MERIDINAL (DEGREES) 58.30 58.30 50.70 50.70 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
35
=
35 Scan Started Scan Completed Time 05:01:00.722 05:03:42.179 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature
- 174, DATE..
-jf-°
~
zeC DATE S21.T Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER.............
DUKE POWER SITE.
McGUIRE UNIT #2 OUTAGE..............
2EOC16 VESSEL TYPE.
WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-102-109 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 102.00 109.25 102.00 109.25 MERIDINAL (DEGREES) 58.30 58.30 52.70 52.70 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
24
=
24 Scan Started Scan Completed Time 05:05:07.361 05:06:41.001 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature JR DATE 3 -[-0s
&4<
DATE Xd/*° Comments
WesDyne International Reactor Vessel InserVice Examination Scan Parameter Execution
)
CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
WS-PRP-71-102 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 71.50 102.00 71.50 102.00 MERIDINAL (DEGREES) 58.30 58.30 50.70 50.70 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
95
=
95 Scan Started Scan Completed Time 05:08:26.513 05:15:50.793 Date 03/19/05 03/19/05 Robot Operator Signature qJA DATE 3jfO6 PARAGON Operator Signature I
A L4 DATE.3L-Y Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER...............
DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE..
............. WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-62-71 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 62.00 71.50 62.00 71.50 MERIDINAL (DEGREES) 58.30 58.30 55.60 55.60 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
31
=
31 Scan Started Scan Completed Time 05:18:02.908 05:19:34.540 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature
-DATE 3d4-ol i4/A Z
A-DATE3$ L2 Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-44-62 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 44.50 62.00 44.50 62.00 MERIDINAL (DEGREES) 58.30 58.30 50.70 50.70 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
55
=
55 Scan Started Scan Completed Time 05:20:56.997 05:25:11.919 Date 03/19/05 03/19/05 Robot Operator Signature DATE ______
PARAGON Operator Signature 4
)
DATE L 5-/-
Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE.
McGUIRE UNIT #2 OUTAGE.
2EOC16 VESSEL TYPE.
WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-35-44 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITIO14 TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 35.00 44.50 35.00 44.50 MERIDINAL (DEGREES) 58.30 58.30 57.30 57.30 Index Size (in)
Number of Indexes Specified Number of Indexes:Completed
=
0.50
=
31
=
31 Scan Started Scan Completed Time 05:26:54.434 05:28:10.725 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature DA E 3-II 0 Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
.............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
= HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
= W5-PRP-28-35 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 28.00 35.00 28.00 35.00 MERIDINAL (DEGREES) 58.30 58.30 50.70 50.70 I
Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
23
=
23 Scan Started Scan Completed Robot Operator Signature PARAGON Operator Signature Time D;
05:29:19.349 05:31:03.222 v
I
.l~ 4SL'1 ate 03/19/05 03/19/05 DATR 3-flor DATE 2/ <S Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-18-28 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 18.50 28.00 18.50 28.00 MERIDINAL (DEGREES) 58.30 58.30 55.60 55.60 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
31
=
31 Scan Started Scan Completed Time 05:32:30.429 05:34:03.651 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
.............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE................
2EOC16 VESSEL TYPE.;.............. WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-329-18 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 329.75 378.50 329.75 378.50 MERIDINAL (DEGREES) 58.30 58.30 50.70 50.70 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
152
=
152 Scan Started Scan Completed Time 05:36:17.293 05:52:29.654 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature DATE P?-1OS6 Comments I
I A -b VL-
-Joan:
,a I - -- ::% 95 w ff 42
J-cs-
.5-3
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-322-329 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 322.50 329.75 322.50 329.75 MERIDINAL (DEGREES) 58.30 58.30 S2.10 52.10 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
24
=
24 Scan Started Scan Completed Time 05:54:33.086 05:56:12.876 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature DA TEA_
is Ae f DATE
.. /4-@
Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE............... 2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-314-322 SCAN AREA PER THE ORIGINAL TECHNIQUES UPRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 314.50 322.50 314.50 322.50 MERIDINAL (DEGREES) 58.30 58.30 50.70 50.70 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
26
=
26 Scan Started Scan Completed Time 05:57:50.383 05:59:51.640 Date 03/15/05 03/19/05 Robot Operator Signature PARAGON Operator Signature 7
~Ji AT T E _ _
Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..............
DUKE POWER SITE..............
McGUIRE UNIT #2 OUTAGE..............
2EOC16 VESSEL TYPE..
............ WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-305-314 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION AZIMUTH MERIDINAL (DEGREES)
(DEGREES)
TOP LEFT 305.00 58.30 TOP RIGHT 314.50 58.30 BOTTOM LEFT J05.00 57.30 BOTTOM RIGHT 314.50 57.30 Index Size (in) 8 0.50 Number of Indexes Specified
=
31 Number of Indexes Completed
=
31 Time Date Scan Started 06:02:49.187 03/19/05 Scan Completed 06:04:06.228 03/19/05 Robot Operator Signature 2
X DATE 3f5-c'r PARAGON Operator Signature IK.4 S
DATE3?L9 Comments -
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-298-305 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 298.00 305.00 298.00 305.00 MERIDINAL (DEGREES) 58.30 58.30 50.70 50.70 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
23
=
23 Scan Started Scan Completed Time 06:05:22.944 06:08:38.324 Date 03/19/05 03/19/05 Robot Operator Signature 9.
4 DATE 3-6 o PARAGON Operator Signature Z I/2a_
DA Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE.
McGUIRE UNIT #2 OUTAGE.
2EOC16 VESSEL TYPE.
WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-288-298 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 288.50 298.00 288.50 298.00 MERIDINAL (DEGREES) 58.30 58.30 55.60 55.60 I
Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
31
=
31 Time Scan Started Scan Completed 06:10:05.798 06:11:37.406 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature
.At sDATE;-
DATE.L2 ire Comments
=L/Ixn iT4-O C-A.,
--- Zle Al,
- f v
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution
)
CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE...............
WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-281-288 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 281.25 288.50 281.25 288.50 MERIDINAL (DEGREES) 58.30 58.30 50.70 50.70 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
24
=
24 Scan Started Scan Completed Time 06:13:22.260 06:16:22.935 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE.
McGUIRE UNIT #2 OUTAGE.
2EOC16 VESSEL TYPE.
WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-274-281 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 274.50 281.25 274.50 281.25 MERIDINAL (DEGREES) 58.30 58.30 50.90 50.90 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
22
=
22 Scan Started Scan Completed Time 06:17:39.667 06:19:18.808 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature J DATE___3__-_
g^
L DA T E 3
t<
F Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..............
DUKE POWER SITE..............
MCGUIRE UNIT #2 OUTAGE..............
2EOC16 VESSEL TYPE..
............ WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-235-274 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 235.00 274.50 235.00 274.50 MERIDINAL (DEGREES) 58.30 58.30 50.70 50.70 I
Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
123
=
123 Scan Started Scan Completed Robot Operator Signature PARAGON Operator Signature Time 06:20:58.023 06:31:52.890 2
/ L i~i4 Lf Date 03/19/05 03/19/05
-DATE 3L/ -W nATE 3-/9-or Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution I
CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-225-235 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 225.50 235.00 225.50 235.00 MERIDINAL (DEGREES) 58.30 58.30 57.30 57.30 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
31
=
31 Scan Started Scan Completed Time 06:34:36.571 06:35:52.861 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
MCGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTIN4GHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-199-225 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 199.25 225.50 199.25 225.50 MERIDINAL (DEGREES) 58.30 58.30 50.70 50.70 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
82
=
82 Scan Started Scan Completed Time 06:37:59.835 06:44:32.380 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature DATE3 A
D Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution J
CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PERPENDICULAR SCAN Scan Data File Name
=
W5-PRP-191-199 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT AZIMUTH (DEGREES) 191.25 199.25 191.25 199.25 MERIDINAL (DEGREES) 58.30 58.30 52.70 52.70 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
26
=
26 Scan Started Scan Completed Time 06:49:08.943 06:50:50.731 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature WA7&AW v
J DATE 1d-05 rTI-Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELDIDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W5-PAR-61-72 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION MERIDINAL AZIMUTH (DEGREES)
(DEGREES)
TOP LEFT 58.30 61.00 TOP RIGHT 58.30 72.50 BOTTOM LEFT 53.10 61.00 BOTTOM RIGHT :
53.10 72.50 Index Size (in)
=
0.50 Number of Indexes Specified
=
18 Number of Indexes Completed
=
18 Time Date Scan Started 09:15:48.429 03/19/05 Scan Completed 09:17:41.452 03/19/05 Robot Operator Signature
/
DATES'I0f PARAGON Operator Signature i S
DATE'97 f Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W5-PAR-34-46 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 58.30 58.30 54.30 54.30 AZIMUTH (DEGREES) 34.40 46.00 34.40 46.00 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
14
=
14 Scan Started Scan Completed Time 09:26:52.303 09:28:25.210 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
WS-PAR-17-34 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 58.30 58.30 52.00 52.00 AZIMUTH (DEGREES) 17.60 34.40 17.60 34.40 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
21
=
21 Scan Started Scan Completed Robot Operator Signature PARAGON Operator Signature Time 09:35:15.029 09:38:24.061
,of Jo.
KaA rdA-Date 03/19/05 03/19/05 DATE __4_-__
DATE 7q -OJ Comments
WesPyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W5-PAR-287-304 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 58.30 58.30 52.70 52.70 AZIMUTH (DEGREES) 287.50 304.25 287.50 304.25 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
19
=
19 Scan Started Scan Completed Time 09:56:20.263 09:59:06.144 Date 03/19/05 03/19/05 Robot Operator Signature 7!1
.o$,JDATE S-MS5 PARAGON Operator Signature
^ _DATE 3_5 '1t Comments
WesDyne International Reactor Vessel Inservice Examinatibn Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
W5-PAR-304-316 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 58.30 58.30 55.00 55.00 AZIMUTH (DEGREES) 304.25 316.00 304.25 316.00
)
Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.50
=
12
=
12' Time Scan Started Scan Completed 09:49:45.735 09:51:03.814 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER..
............. DUKE POWER SITE...............
McGUIRE UNIT #2 OUTAGE...............
2EOC16 VESSEL TYPE............... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
=
WS-PAR-224-236 SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT MERIDINAL (DEGREES) 58.30 58.30 54.30 54.30 AZIMUTH (DEGREES) 224.00 236.25 224.00 236.25 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.50
=
14
=
14 Scan Started Scan Completed Time 10:19:19.611 10:20:52.765 Date 03/19/05 03/19/05 Robot Operator Signature PARAGON Operator Signature JA DATE 3 I '
2DATE2Y-S5' Comments
WesDyne International Reactor Vessel Intervice Examination Scan Parameter Execution
)
CUSTOMER..
DUKE POWER SITE..
McGUIRE UNIT #2 OUTAGE 2EOC16 VESSEL TYPE.
.WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
=
HEAD CIRCUMFERENTIAL PARALLEL SCAN Scan Data File Name
= W5-PAR-134-146a SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION TOP LEFT TOP RIGHT BOTTOM LEFT BOTTFOM RIGHT MERIDINAL (DEGREES) 58.30 58.30 53.40 53.40 AZIMUTH (DEGREES) 134.00 146.30 134.00 146.30 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
= 0.50
=
17 17 Scan Started.
Scan Completed Time 11:09:02.186 11:11:24.575 Date 03/19/05 03/19/05 Robot O erator Signature I
h-DA TETE PARAGON Operator Signature Comments O5i9AV-3
REQUEST RELIEF 05-MN-003 ATTACHMENT 3 PAGES 1-7
WesDyne International Reactor Vessel Weld Results Summary McGUIRE UNIT 2 WELD NO.
2RPV-W15-SE (B05.010.005-5A) 2NC2F-1-1 (B05.130-001-1A)
DESCRIPTION Outlet Nozzle DM Weld
@ 220 LIMITATIONS NO D YES X COVERAGE = 84.38%
RESULTS NI RI NO. OF INDICATIONS STATUS N/A 0
EXAM DOCUMENTATION INDICATION DOCUMENTATION Wx ANALYSIS LOG
[i] ACQUISITION LOG
[X] SCAN PRINTOUT D
ASSESSMENT SHEET
[Z PARAGON HARD COPY D
OTHER ( specify)
[g COVERAGE BREAKDOWN
[-XI WESDYNE ANALYST
MoGUIRE UNIT 2 DIRECTION / ORIENTATION RPV COVERAGE ESTIMATE BREAKDOWNS PARALLEL SCANS PERP. SCANS CCW/CW UP/DN WELD DESCRIPTION OUTLET NOZZLE TO SHELL WELD
@Ž220 WELD NO.
2RPV-WI5-SE & 2NC2F-1-1 BEAM ANGLES BEAM 450 L Dual 450 L Single 45° Shear DIRECTION VOLUME WELD VOLUME WELD VOLUME WELD VOLUME WEL VOLUME CCw
- 68.75
- 68.75
- 100
- 100 Cw
- 68.75
- 68.75 IN 100 100 OUT 100 100 UT Coverage = 84.38%
Root configuration. Limitation area from 123.8" to 124.6" from 00 to 44°
= 100%
and 122.95" to 124.38" from 70° to 248° and 2850 to 3600. ET used to supplement exam for full coverage.
ANALYST
WESDyne
.N"E.ATIS...^
Page I
of I ANALYSIS LOG #
W15-1 I Disk No: I N/A Utility:
DUKE POWER Plant:
McGUIRE Unit:
2 l Outage:
2EOC16 Procedure No: I PDI-41-254-SE i Procedure Rev. No.:
2 Weld No:
2RPV-W15,SE, 2NC2F-1-1 Weld Type: I DM Exam. Surface: ID Applicable Senstv Calibration Data Sheet No: l SE-01 Acquisition Log No:
W15-1 PARAGON Anal. Release:
6.1.3 UT Examiner Svgnature:
Levl: _
Date 03/18/05 Data File Name UT Beam Angle I NM RI RI Examiner ID / Date Channel Beam Direction Resolution I Comments / Limiations No.
1er70LCwfaCoW0 WN22-SE-PAR-DET-ON I
70L CCW X
DN / 03/18/05 WN22-SE-PAR-DET-ON 2
70L CW X
DN /03/18/05 WN22-SE-PRP-DET-ON I
70L IN X
_DN 03/1805 WN22-SE-PRP-DET-ON 2
70L OUT X
DN I 03/18/05 Form 125 PD1I4S-254-SE, Rev. 2
M VES14-D~fE
- M II EU NAT I*
BOA LAg Form 12.5: ET Analysis Log rn Utillty: Duke Power Plant McGuire Unit 2 Outage: 2EOC16 Procedure No WDI-STD146 Procedure Rev. No.: 3 Weld Now 2RPV.W15-SEI 2NC2F1-1l Weld Type: Safe End Applicable SensltM"t Calibration Data Sheet No: ET-l Acquisition Log No: W-15W1 ET Examiner Snauhne:
(AJ eQ zoJ,/
Level Ill Daft: 3-190S Data ET ET Probe Scan NI RI RI Examiner ID I Date Fle Name Probe Diction Resolution I Comments I Umitatlons No.
1IRCC 31 Wffl=EPARDETON 4
CIRC X
CSW I 3.19"S
IWi M WmD suatAI ws
,YnE Page of DATA ACQUISITION LOG #
W15-1 Uility: I DUKE P R Plait:
McGUIRE Unit 2
Outage: I 2EQC16 Procedure No: I PDI4IS-254-SE Procedure Rev. No.:
2 Applicable Sensivity Calibration Dat Sheet No:
__Level:
Dat:e 03118105 Data File Name Weld No.
Index Scan Total #
'AVE9 Gain Date Time Comments start Start of Signal AdJ.
Sweeps Amplitude (dB)
WN22-SE-PAR-DET-ON 2RPV-W15SE 122 0° 69 7
0 RAB 03/18105 1805 2N C2F-1-1_
WN22-SE-PAR-DET-ON 2RPV-WN21SE 122 0
6 9
7 0
RAB 03/18105 1805 2 N C 2 F 1 WN22-SE-PRP-DET-ON 2RPV-W15.SE 0,
109.98 373 10 0
RAB 03/18/05 1936 2NC2F-1-1 WN22-SE-PRP-DET-ON 2RPV-W15&SE 0
109.98 373 10 0
RAB 03/18/05 1936 2NC2F 1-1 Form 124 PDIISI-254-SE, Rev. 2
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER...
....... DUKE POWER SITE..........
McGUIRE UNIT #2 OUTAGE...
....... 2EOC16 VESSEL TYPE..........
WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
2RPV-W15-SE Weld and Scan Type
= NOZZLE SAFE END PARALLEL SCAN S.can Data File Name
=
WN22-SE-PAR-DET-ON SCAN AREA PER THE UDRPS SCAN AREA DEFINITION START CW END CCW START CW END CCW ORIGINAL DEPTH (IN) 122.00 122.00 127.50 127.50 TECHNIQUES AZIMUTH (DEGREES) 179.90
-179.90 179.90
-179.90 Index Size (in)
Number of Indexes Specified Number of Indexes Completed Scan Started Scan Completed Time 18:05:09.685
^ 19:22:27.207
=
0.08
=
70
=
70 Date 03/18/05 03/18/05 Robot Operator Signature PARAGON Operator Signature Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER....
....... DUKE POWER SITE...
........ McGUIRE UNIT #2 OUTAGE...
........ 2EOC16 VESSEL TYPE...........
WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
2RPV-W15-SE Weld and Scan Type
=
NOZZLE SAFE END PERPENDICULAR SCAN Scan Data File Name
=
WN22-SE-PRP-DET-ON SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION START CW END CCW START CW END CCW AZIMUTH (DEGREES) 179.90
-179.90 179.90
-179.90 DEPTH (IN) 109.98 109.98 125.50 125.50 Index Size (in)
Number of Indexes Number of Indexes Specified Completed
=
0.24
=
373
=
373 Scan Started Scan Completed Robot Operator Signature PARAGON Operator Signature Time 1
19:37:05.063 20:17:38.425 DOW m... Q~a Date 03/18/05 03/18/05 files;-as-nA-P-P,-5-1Q -&
0 I
Comments
REQUEST RELIEF 05-MN-003 ATTACHMENT 4 PAGES 1-7
A7M(6*HEIuT7'f WesDyne International Reactor Vessel Weld Results Summary McGUIRE UNIT 2 WELD NO.
2RPV-W17-SE (B05.010.007-7A) 2NC2F-3-1 (B05.130-009-9A)
DESCRIPTION Outlet Nozzle DM Weld
@ 2020
@ 2020 LIMITATIONS NO D YES I
COVERAGE = 80.24%
RESULTS NO. OF INDICATIONS 0
STATUS N/A EXAM DOCUMENTATION INDICATION DOCUMENTATION
[g ANALYSIS LOG D-i-ACQUISITION LOG D-ASSESSMENT SHEET PARAGON HARD COPY OTHER (specify))
[X] SCAN PRINTOUT D]
W COVERAGE BREAKDOWN WESDYNE ANALYST
McGuire Unit 2 DIRECTION / ORIENTATION RPV COVERAGE ESTIMATE BREAKDOWNS PARALLEL SCANS PERP. SCANS CCW/CW IN/OUT WELD DESCRIPTION OUTLET NOZZLE DM WELDS @
2020 WELD NO.
2RPV-W17-SE & 2NC2F-3-1 BEAM ANGLES BEAM 450 L Dual 450 L Single 450 Shear DIRECTION WELD VOLUME WELD VOLUME WELD VOLUME WELD VOLUME WELD VOLUME CCW 60.48 60.48 100 100 CW 60.48 60.48 IN 100 100 OUT 100 100 UT Coverage = 80.24%
- Circ scans limited as per procedure PDQs due to ID Counterbore and Root Combined Coverage (UT & ET) =
configuration. Limitation area from 122.2k to 124.0w from 0° to 1930 and 225° to 3000 100%
and 332° to 3608. ET used to supplement exam for full coverage.
ANALYST_
@I vw=su~
Page I of I ANALYSIS LOG #
W17-1 I Disk No: I N/A Utility:
DUKE POWER Plant:
McGUlIRE Unit:
2
[ Outage:
2EOC16 Procedure No:
PDI-ISI-254SE I Procedure Rev. No.:
2 Weld No:
2RPV-W17-SE, 2NC2F-3-1 Weld Type:
DM Exam. Surface:
ID Applicable Sensitivity Calibration Data Sheet No:
SE I Acquisition Log No:
W17-1 PARAGON Anal. Release:
6.1.3 UT Examiner Signature:
/
J Level:
It Dte:
03M8/(05 Data File Name UT Beam Angle I NI RI RI Examiner ID / Date Channel Beam DirKetion Resolution I Comments / Umitations WN202-SE-PAR-DET-ON l
70 CCW X
CSWI 03/18/05 WN202-SE-PAR-DET-ON 2
70 CW X
CSW/ 03/18/05 WN202-SE-PRP-DET-ON 1
70 IN X
CSW 103/18/05 WN202-SE-PRP-DET-ON 2
70 OUT X
CSW/ 03/18/05 Form 12.5 PD1481-254-SE, Rev. 2
M WESDyN NiRN?
w.. ynE Fonn 12.5: ET Analysis Log W17-1 lDls No' I
WIA r
UfLmy DUKE POWER Plant: McGUIRE Unift 2 Outage: 2EOC16 Procedure No WDISTD148 l Procedure Rev. No.: 3 Weld No. 2RPV.W17-SE, 2NC2FP3-1 Weld Type: SAFE END Applicable SensItIvIty Callbraflon Data Sheet No ET-1 Acqulsitlon Log No: W174-ET Exanlner S3"abtJue:
L Level II Date: 03119M Data ET ET Probe Sean Nl RI RI Examiner ID I Date Flle Name Probe DlMetlon Resolutlon / Comments I Llmiftatons WN202-SE-PAR-DON 4
CIRC X
CSWI 03MI9W
m wusDyn I "to a HAT a
A.,.
Page I of I DATA ACQUISITION LOG #
W17-1 UtflltyI DUKE POWER Plant: I McGUIRE Unit:
2 Outage:
2EOC16 Procedure No: I PDI-ISI-254"SE Procedure Rev. No.:
T 2
Applicable Sensitivity Calibration Data Sheet No: I SE-01 UT Examiner Signature: I I
l e 1=
=.
j 0318105 Data Fife Name Weld No.
Index Scan Total #
'AVE' Gain Date Time Comments Start Start of Signal Adj.
Sweeps Amplitude (dB)
° 0
WN202-SE-PRP-DET-ON 2RPV-W¶7-SE 0
109.98e 373 9
0 DS 03/18105 0958 2NC2F-3-1 WN202-SE-PRP-DET-ON 2RPV-W17-SE 0
109.98e 373 10 0
DS 03118/05 0956 2NC2F-3-1 WN202-SE-PAR-DET-ON 2RPV-W17.SE 122 0
70 7
0 DS 03/18/05 1251 2NC2F-31 WN202-SE-PAR-DET-ON 2RPV-W17-$8-122 0
70 8
0 DS 03118/05 1251
_2NC2F4.1 Form 124 PDI4SI-254-SE, Rev. 2
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER....
....... DUKE POWER SITE...........
McGUIRE UNIT #2 OUTAGE...........
2EOC16 VESSEL TYPE......
..... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
2RPV-W17-SE Weld and Scan Type
=
NOZZLE SAFE END PERPENDICULAR SCAN Scan Data File Name
=
WN202-SE-PRP-DET-ON SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION AZIMUTH DEPTH (DEGREES)
(IN)
START CW 179.90 109.98 END CCW
-179.90 109.98 START CW 179.90 125.50 END CCW
-179.90 125.50 Index Size (in)
=
0.24 Number of Indexes Specified
=
373 Number of Indexes Completed
=
373 Time Date Scan Started 09:16:04.009 03/18/05 Scan Completed 09:56:52.425 03/18/05 Robot Operator Signature D
0 ATE 3-/8 6 PARAGON Operator Signatur DATE-,-
Comments
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER.,.
.......... DUKE POWER SITE..........
McGUIRE UNIT #2 OUTAGE...
....... 2EOC16 VESSEL TYPE.....
..... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
2RPV-W17-SE Weld and Scan Type
=
NOZZLE SAFE END PARALLEL SCAN Scan Data File Name
=
WN202-SE-PAR-DET-ON SCAN AREA PER THE ORIGINAL UDRPS SCAN AREA DEFINITION DEPTH (IN)
START CW 122.00 END CCW 122.00 START CW 127.50 END CCW 127.50 TECHNIQUES AZIMUTH (DEGREES) 179.90
-179.90 179.90
-179.90 Index Size (in)
Number of Indexes Specified Number of Indexes Completed Scan Started Scan Completed Time 11:33:48.077 12:51:05.710
=
0.08
=
70
= 70 Date 03/18/05 03/18/05 Robot Operator Signature PARAGON Operator Signature Comments
REQUEST RELIEF 05-MN-003 ATTACHMENT 5 PAGES 1-7
WesDyne International 4611gro.63 Reactor Vessel Weld Results Summary McGUIRE UNIT 2 WELD NO.
2RPV-W18-SE (B05.010.008-8A) 2NC2F-4-1 (B05.130-013-13A)
DESCRIPTION Outlet Nozzle DM Weld
@ 3380 LIMITATIONS NO D
YES F COVERAGE = 83.34%
RESULTS NO. OF INDICATIONS STATUS N/A 0
EXAM DOCUMENTATION INDICATION DOCUMENTATION EX ANALYSIS LOG D-FX ACQUISITION LOG D
ASSESSMENT SHEET PARAGON HARD COPY OTHER (specify)
F1 SCAN PRINTOUT D-Wx COVERAGE BREAKDOWN C47 P/,-
WESDYNE ANALYST
McGuire Unit 2 DIRECTION / ORIENTATION RPV COVERAGE ESTIMATE BREAKDOWNS PARALLEL SCANS PERP. SCANS CCW/CW IN / OUT WELD DESCRIPTION WELD NO.
2RPV-W1 8-SE & 2NC2F-4-1 OUTLET NOZZLE DM WELDS @
3380 BEAM ANGLES BEAM 450 L Dual 450 L Single 450 Shear DIRECTION WELD VOLUME WELD VOLUME WELD VOLUME WELD VOLUME WELD VOLUME CCW 66.67 66.67 100 100 GW 66.67 66.67 UP 100 100 DOWN 100 100
- Circ scans limited as per procedure PDQs due to ID Counterbore and Root Combined Average = 83.34% configuration. Limitation area from 123.0" to 124.6" from 0° to 2700. ET used to supplement exam for full coverage.
ANALYSTLT
INTORNATI.."Vn.
Page j of l W18-1 ANALYSIS LOG #
I Disk No: I NIA Utility:
DUKE POWER Plant: I McGUIRE Unt:
2 l Outage: 12EOC16 Procedure No:
PDI-ISi-254"SE Procedure Rev. No.:
2 Weld No:
2RPV-W18-SE, 2NC2F4-1 Weld Type: I DM Exam. Surface:
=D Applicable Sensiltity Calibration Data Sheet No: l SE-i01 l Acquisition Log No:
W18-4 PARAGON Anal. Release:
6.1.3 UT Examiner Signature:
Level:
11 l Date:
03 18/05 Data File Name UT Beam Angle Ni RI RI Examiner ID I Date Channel Beam Direction Resolution I Comments I Limitations No.
Sn of IN X
D 0
5 WN338-SE-PRP-DET-ON 1
70 IN X
D_______________
N I 03/1 8/05 WN338-SE-PRP-DET-ON 2
70 OUT X
DN 103/18/05 WN338-SE-PAR-DET-ON 1
70 CCW X
CSW/03/18/05 WN338-SE-PAR-DET-ON 2
70 CW X
CSW 03/18/05 Form 125 PD0181-254-SE, Rev. 2
N1 EVyaaNAO0
..y Form 12.5: ET Analysis Log I NIA~
Utmy DU_ POWER Plant: McGUIRE Unit: 2 Outage: 2EOC16 Procedure No: WDI-STD-146 Procedure Rev. No.: 3 Weld No. 2RPV-WII.SE, 2NC2F4-1 Weld Type-SAFE END Appifcable Sensmtty Cal Pon Dat Sheet No: E-1 AcquisItion Log No: W1iI ET Examiner Sign Level II Date: 03M11106 Dat ET ET Probe Sean M
RI RI Examiner ID I Date FiMe Name Probe Dtrection Resofilon I Comments I Li.Itations WNMS-SE.PAR4DON 4
CIRC X
FSV / 0311810
_ I
.1 4
4-4-4 4-4 4-4-9 I
.9 I*
- t'tt I
j m wnmDyfl INT§RNATA? S UynE Page I
of I DATA ACQUISmON LOG #
W18-1 Utility: I DUKE POWER Plant:
MCGUIRE Unit:
2 Outage:
2EOC16 Procedure No: I PDI-4lS-254-SE Procedure Rev. No.:
2 Applicable Sensitivity Calibration Data Sheet No: f SE-01 UT Examiner Signature:
tevel:
I Date:
03/18105 Data File Name Weld-o.
Index Scan Total#
'AVE' Gain Date rime Comments Start Start of Signal AdJ.
V o Sweeps Amplitude (dB)
& M 0
PRE-SE-PRP-DET-ON 2RPV-WIO-E 109.98 0
6 8
0 RSB 03/18/05 0318 2 N C 2 F 1 PRE-SE-PRP-DET-ON 2RPV-W18-E 109.98 0
6 7
0 RSB 03/18/05 0318
~~2NC2F-4-1 VVN338-SE-PRP-DET-ON 2RPV-W1-E 109.98 0° 372 9
0 RSB 03/18/05 0327 2NC2F-4-1__
VN338-SE-PRP-DET-ON 2RPV-W1SE 109.98 00 372 8
0 RSB 03/18/05 0327 2N C 2F-4 -1 WN338-SE-PAR-DET-ON 2RPV-WIB-SE 122 00 70 8
0 DS 03/18/05 1718 2NC2F-4-1 VN338-SE-PAR-DET-ON 2RPV-W18SE 122 00 70 9
0 DS 03/18/05 1718 2NC2FF4-1 Form 124 PD14ISI-254-SF, Rev. 2
WesDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER.
.......... DUKE POWER SITE...
........ McGUIRE UNIT #2 OUTAGE...
........ 2EOC16 VESSEL TYPE...........
WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
2RPV-W18-SE Weld and Scan Type
=
NOZZLE SAFE END PERPENDICULAR SCAN Scan Data File Name
=
WN338-SE-PRP-DET-ON SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION AZIMUTH DEPTH (DEGREES)
(IN)
START CW 179.90 3.09.9.8 END CCW
-179.90 109.98 START CW 179.90 125.50 END CCW
-179.90 125.50 Index Size (in)
Number of Indexes Specified Number of Indexes Completed Scan Started Scan Completed Time 03:28:13.495 04:09:32.872
=
0.24
=
373
=
373 Date 03/18/05 03/18/05 Robot Operator Signature PARAGON Operator Signature Ja - m
, )O Y.&-DATE A3X-XA ~~DATE l-ATE.JSZ Comments
WeaDyne International Reactor Vessel Inservice Examination Scan Parameter Execution CUSTOMER....
....... DUKE POWER SITE...........
McGUIRE UNIT #2 OUTAGE...........
2EOC16 VESSEL TYPE......
..... WESTINGHOUSE 4-LOOP WELD IDENTIFICATION -
2RPV-W18-SE Weld and Scan Type
=
NOZZLE SAFE END PARALLEL SCAN Scan Data File Name
=
WN338-SE-PAR-DET-ON SCAN AREA PER THE ORIGINAL TECHNIQUES UDRPS SCAN AREA DEFINITION START CW END CCW START CW END CCW DEPTH (IN) 122.00 122.00 127.50 127.50 AZIMUTH (DEGREES) 179.90
-179.90 179.90
-179.90 Index Size (in)
Number of Indexes Specified Number of Indexes Completed
=
0.08
=
70
=
70 Scan Started Scan Completed Time 16:00:53.375 17:18:10.654 Date 03/18/05 03/18/05 Robot Operator Signature 2
ATE 03-PARAGON Operator Signature ATE_______
1ommanI 4
%.WULLILtAAIs.