ML12355A149
| ML12355A149 | |
| Person / Time | |
|---|---|
| Site: | McGuire  |
| Issue date: | 11/29/2012 |
| From: | Capps S Duke Energy Carolinas |
| To: | Document Control Desk, Office of Nuclear Reactor Regulation |
| References | |
| 12-MN-004 | |
| Download: ML12355A149 (106) | |
Text
Ph Duke STEVEN D CAPPS
- DEnergy, Vice President McGuire Nuclear Station Duke Energy MG01 VP / 12700 Hagers Ferry Rd.
Huntersville, NC 28078 980-875-4805 980-875-4809 fax Steven. Capps@duke-energy. corn November 29, 2012 10 CFR 50.55a U.S. Nuclear Regulatory Commission ATTN: Document Control Desk Washington, DC 20555-0001
Subject:
Duke Energy Carolinas, LLC (Duke Energy)
McGuire Nuclear Station, Unit I Docket No. 50T369 Relie.f Request Serial # 12-MN-004 Limited Weld Examinations Pursuant to 10 CFR 50.55a(g)(5)(iii), Duke Energy hereby requests NRC approval of relief for the welds listed in Table 1 of the proposed relief request. These welds were required to be examined in accordance with the Inservice Inspection Plan for McGuire Unit 1, Third 10-Year Inservice Inspection Interval. The details of the request are included in the enclosure.
This submittal contains no regulatory commitments.
If you have any questions or require additional information, please contact P.T. Vu at (980) 875-4302.
Sincerely, Steven D. C Enclosure I~&I'LA www. duke-energy corn
U. S. Nuclear Regulatory commission November 29, 2012 Page 2 xc:
V. M. McCree, Region II Administrator U.S. Nuclear Regulatory Commission Marquis One Tower 245 Peachtree Center Ave., NE Suite 1200 Atlanta, GA 30303-1257 J. H. Thompson, Project Manager U. S. Nuclear Regulatory Commission 11555 Rockville Pike Mail Stop O-8G9A Rockville, MD 20852-2738 J. Zeiler NRC Senior Resident Inspector McGuire Nuclear Station
ENCLOSURE Relief Request 12-MN-004
McGuire Relief Request 12-MN-004 1.0 Scope of Relief Request Relief is requested pursuant to 10 CFR 50.55a(g)(5)(iii) for welds listed in Table 1.
These welds were required to be examined in accordance with Inservice Inspection Plans for the following Unit.
McGuire Nuclear Station - Unit 1.
Third 10-Year Inservice Inspection Interval.
Interval Start Date: 12/01/2001.
Table 1 Relief McGuire Examination Weld ID Item/Summary Examination Request Unit Performed Number Number Data Section Number (Refueling Number Outage) 2.0 1
1EOC21 1NV1F7908 M1.R1.11.1154 See PSI Attachment A Pages 1-8 3.0 1
1EOC21 1NC1F-1493 M1.R1.11.0002 See ISI Attachment A Pages 9-15 4.0 1
1EOC21 1NC1F-1615 M1.R1.11.0003 See ISI Attachment A Pages 16-22 5.0 1
1EOC21 1NC1F-1613 M1.R1.11.0004 See ISI Attachment A Pages 23-29 6.0 1
1EOC21 1N1231-1 M1.R1.16.0009 See ISI Attachment A Pages 30-35 7.0 1
1EOC21 1NVP888-1 M1.R1.16.0025 See ISI Attachment A Pages 36-41 8.0 1
1EOC21 INV1FW53-M1.R1.16.0031 See ISI 27 Attachment A Pages 42-48 9.0 1
1EOC21 1WL1F3063 M1.R1.11.2089/
See PSI Ml.R1.16.0050 Attachment A Pages 49-55 Page 1 of 30
McGuire Relief Request 12-MN-004 Table 1 Relief McGuire Examination Weld ID Item/Summary Examination Request Unit Performed Number Number Data Section Number (Refueling Number Outage) 10.0 1
1EOC18 1RPV6-446B M1..B1.21.0001 See ISI Attachment B Pages 1-11 11.0 1
1EOC21 1RCHP-IN M1.R1.11.2123/
See ISI/PSI M1.R1.16.0047 Attachment C Pages 1-4 Page 2 of 30
McGuire Relief Request 12-MN-004 2.0 Weld #1 NV1 F7908 2.1.
ASME Code Component(s) Affected Unit 1 Pipe to Valve 1-NV-0217 Butt Weld, Weld #1NV1 F7908, Summary Number M1.R1.11.1154, Preservice Inspection Exam.
System: Chemical and Volume Control System (NV).
ASME Code: Class 2.
2.2.
Applicable Code Edition and Addenda
ASME Boiler and Pressure Vessel Code, Section Xl, 1998 Edition through the 2000 Addenda.
2.3.
Applicable Code/Licensing Requirement IWC-2500, Table IWC-2500-1, Examination Category C-F-i, Item Number C5.20, Figure IWC-2500-7(a), 100% Volume Coverage of Examination Volume C-D-E-F.
2.4.
Impracticality of Compliance Surface 1: Stainless Steel Pipe.
Surface 2: Cast Stainless Steel Valve.
Nominal Pipe Size (NPS): 4.0 inch.
Thickness: 0.237 inch.
This component was scanned manually with conventional methods. Scanning requirements are described in 10CFR.50.55a(b)(2)(xv)(A)(1). These requirements describe and are specific to scanning components in two axial and two circumferential directions. This component was scanned to the extent possible to meet these requirements. The aggregate coverage that was obtained is described and calculated from the following:
600 shear waves obtained 50% coverage in one axial direction (S1 - pipe).
600 shear waves obtained 0% coverage in one axial direction (S2 - valve).
450 shear and longitudinal waves obtained 50% coverage in one circ.
direction (S3 - CW).
450 shear and longitudinal waves obtained 50% coverage in one circ.
direction (S4 - CCW).
The aggregate coverage was calculated to be (50% + 0% + 50% +
50%)/4 = 37.5%.
Best effort supplemental scanning was performed using 70' shear waves for interrogation of the lower 1/3 valve far side of the weld from the S1 pipe side, but is not qualified to be calculated into the above claimed coverage. The supplemental shear was only used for interrogation in the Page 3 of 30
McGuire Relief Request 12-MN-004 axial direction per procedural direction. Supplemental scanning is not performed in the circ direction. The 70* shear wave was selected to supplement the 600 shear waves as the component is less than 0.500" in thickness.
The impracticality was caused by the cast stainless steel valve material which cannot be effectively interrogated by ultrasound. There are currently no examination techniques that have been qualified through Appendix VIII.
Therefore coverage could not be obtained by scanning from the valve side. In order to scan all of the required volume for this weld, the valve would have to be redesigned and replaced, which is impractical. The McGuire Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90%
volumetric coverage of examination volume. Therefore, the available coverage will not meet the acceptance criteria of this Code Case.
This relief request is specific to examination volume coverage limitations only. All other Code requirements were satisfied.
No indications were recorded during this examination. The reject box on each UT Calibration/Examination sheet is marked for internal tracking of the coverage limitation only.
2.5.
Proposed Alternative and Basis for Use This weld was examined using procedures, equipment and personnel qualified in accordance with ASME Section XI, Appendix VIII. Radiography (RT) is not a desired option because RT has not been qualified through performance demonstration. Use of other manual or automated UT techniques, whether conventional or phased array, qualified under ASME Section XI, Appendix VIII would not increase coverage due to the limitation created by the component configuration. The use of any other UT technique available would incur the same physical scanning limitations.
2.6.
Duration of Proposed Alternative This request is for the duration of the third inservice inspection interval, which ended on 12/01/2011.
2.7.
Justification for Granting Relief Ultrasonic examination of the weld for Summary Number M1.R1.11.1154 (PSI) was conducted using personnel, equipment, and procedures qualified in accordance with ASME Section XI, 1998 Edition with the 2000 Addenda.
The system leakage test performed each inspection period in accordance with Table IWC-2500-1; Examination Category C-H requires a VT-2 visual examination to detect evidence of leakage. This test and VT-2 examination provide additional assurance of pressure boundary integrity.
In addition to the above Code required examinations (volumetric and pressure test), visual observations performed during operator rounds provide additional Page 4 of 30
McGuire Relief Request 12-MN-004 assurance that in the event leakage did occur through this weld, it would be detected and proper action taken.
Duke Energy has examined Weld ID 1 NV1 F7908 (Summary Number M1.R1.11.1154) to the maximum extent possible utilizing approved examination techniques and equipment. Based on the acceptable results for the coverage completed by the volumetric examination, the pressure testing (VT-2) examinations required by Section XI and the leakage monitoring, it is Duke Energy's position that the combination of examinations provide a reasonable assurance of quality and safety.
Page 5 of 30
McGuire Relief Request 12-MN-004 3.0 Weld #1NC1F-1493 3.1.
ASME Code Component(s) Affected Unit 1 Pipe to Welding Boss Butt Weld, Weld #1 NC1 F-1 493, Summary Number M1.R1.11.0002, Inservice Inspection Exam.
System: Reactor Coolant System (NC).
ASME Code: Class 1.
3.2.
Applicable Code Edition and Addenda
ASME Boiler and Pressure Vessel Code,Section XI, 1998 Edition through the 2000 Addenda.
3.3.
Applicable Code Requirement
WCAP-1 4572, Rev. 1-NP-A, Supplement 2, Table 4.1-1, Examination Category R-A, Item Number R1.11, Figure IWB-2500-8(c), 100% Volume Coverage of Examination Volume C-D-E-F.
The NRC authorized the inclusion of the RI-ISI program as an acceptable alternative to the ASME Code, Section Xl requirements for ASME Code Class 1 piping welds, Examination Categories B-F and B-J and ASME Code Class 2 piping welds, Examination Category C-F-1 and C-F-2 for the third ISI interval by letter dated June 12, 2002.
3.4.
Impracticality of Compliance Surface 1: Forged Stainless Steel Welding Boss.
Surface 2: Stainless Steel Pipe.
NPS: 1.5 inch.
Thickness: 0.281 inch.
This component was scanned manually with conventional methods. Scanning requirements are described in 10CFR.50.55a(b)(2)(xv)(A)(1). These requirements describe and are specific to scanning components in two axial and two circumferential directions. This component was scanned to the extent possible to meet these requirements. The aggregate coverage that was obtained is described and calculated from the following:
600 shear waves obtained 0% coverage in one axial direction (S1 -Welding Boss).
600 shear waves obtained 50% coverage in one axial direction (S2 - pipe).
0 450 shear and longitudinal waves obtained 50% coverage in one circ.
direction (S3 - CW).
0 450 shear and longitudinal waves obtained 50% coverage in one circ.
direction (S4 - CCW).
Page 6 of 30
McGuire Relief Request 12-MN-004 The aggregate coverage was calculated to be (0% + 50% + 50% +
50%)/4 = 37.5%.
Best effort supplemental scanning was performed using 700 shear waves for interrogation of the lower 1/3 welding boss far side of the weld from the S2 pipe side, but is not qualified to be calculated into the above claimed coverage. The supplemental shear was only used for interrogation in the axial direction per procedural direction. Supplemental scanning is not performed in the circ direction. The 700 shear wave was selected to supplement the 600 shear waves as the component is less than 0.500" in thickness.
The impracticality was caused by the taper configuration that did not allow meaningful interrogation from the welding boss. Therefore coverage could not be obtained by scanning from the welding boss side. In order to scan all of the required volume for this weld, the welding boss would have to be redesigned and replaced, which is impractical. The McGuire Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage of examination volume. Therefore, the available coverage will not meet the acceptance criteria of this Code Case.
This relief request is specific to examination volume coverage limitations only. All other Code requirements were satisfied.
No indications were recorded during this examination. The reject box on each UT Calibration/Examination sheet is marked for internal tracking of the coverage limitation only.
3.5.
Proposed Alternative and Basis for Use This weld was examined using procedures, equipment and personnel qualified in accordance with ASME Section XI, Appendix VIII. Radiography (RT) is not a desired option because RT is limited in the ability to detect service induced flaws, and has not been qualified through performance demonstration. Use of other manual or automated UT techniques, whether conventional or phased array, qualified under ASME Section XI, Appendix VIII would not increase coverage due to the limitation created by the component configuration. The use of any other UT technique available would incur the same physical scanning limitations.
3.6.
Duration of Proposed Alternative This request is for the duration of the third inservice inspection interval, which ended on 12/01/2011.
3.7.
Justification for Granting Relief Ultrasonic examination of the weld for Summary Number M1.R1.11.0002 (ISI) was conducted using personnel, equipment, and procedures qualified in accordance with ASME Section XI, 1998 Edition with the 2000 Addenda.
Page 7 of 30
McGuire Relief Request 12-MN-004 The High Safety Significant (HSS) Piping Segment that contains this weld has only one 1 1/2 inch butt weld that can be selected for examination. There are no other butt welds in this segment to be examined.
The system leakage test performed each refueling outage in accordance with Table IWB-2500-1; Examination Category B-P requires a VT-2 visual examination to detect evidence of leakage. This test and VT-2 examination provide additional assurance of pressure boundary integrity.
In addition to the above Code required examinations (volumetric and pressure test), Reactor Building Normal Sump monitoring and other leakage detection systems provide additional assurance that, in the event that leakage did occur through this weld, it would be detected and proper action taken.
Duke Energy has examined Weld ID 1NC1F-1493 (Summary Number M1.R1.11.0002) to the maximum extent possible utilizing approved examination techniques and equipment. Based on the acceptable results for the coverage completed by the volumetric examination, the pressure testing (VT-2) examinations required by Section XI and the leakage monitoring, it is Duke Energy's position that the combination of examinations provide a reasonable assurance of quality and safety.
Page 8 of 30
McGuire Relief Request 12-MN-004 4.0 Weld #1NC1F-1615 4.1.
ASME Code Component(s) Affected Unit 1 Pipe to Welding Boss Butt Weld, Weld #1NCI F-1615, Summary Number M1.R1.11.0003, Inservice Inspection Exam.
System: Reactor Coolant System (NC).
ASME Code: Class 1.
4.2.
Applicable Code Edition and Addenda
ASME Boiler and Pressure Vessel Code,Section XI, 1998 Edition through the 2000 Addenda.
4.3.
Applicable Code/Licensing Requirement WCAP-1 4572, Rev.1-NP-A, Supplement 2, Table 4.1-1, Examination Category R-A, Item Number R1.11, Figure IWB-2500-8(c), 100% Volume Coverage of Examination Volume C-D-E-F.
The NRC authorized the inclusion of the RI-ISI program as an acceptable alternative to the ASME Code,Section XI requirements for ASME Code Class 1 piping welds, Examination Categories B-F and B-J and ASME Code Class 2 piping welds, Examination Category C-F-1 and C-F-2 for the third ISI interval by letter dated June 12, 2002.
4.4.
Impracticality of Compliance Surface 1: Forged Stainless Steel Welding Boss.
Surface 2: Stainless Steel Pipe.
NPS: 1.5 inch.
Thickness: 0.281 inch.
This component was scanned manually with conventional methods. Scanning requirements are described in 10CFR.50.55a(b)(2)(xv)(A)(1). These requirements describe and are specific to scanning components in two axial and two circumferential directions. This component was scanned to the extent possible to meet these requirements. The aggregate coverage that was obtained is described and calculated from the following:
0 600 shear waves obtained 0% coverage in one axial direction (S1 - Welding Boss).
60' shear waves obtained 50% coverage in one axial direction (S2 - pipe).
450 shear and longitudinal waves obtained 50% coverage in one circ.
direction (S3 - CW).
450 shear and longitudinal waves obtained 50% coverage in one circ.
direction (S4 - CCW).
Page 9 of 30
McGuire Relief Request 12-MN-004 The aggregate coverage was calculated to be (0% + 50% + 50% +
50%)/4 = 37.5%.
Best effort supplemental scanning was performed using 700 shear waves for interrogation of the lower 1/3 welding boss far side of the weld from the S2 pipe side, but is not qualified to be calculated into the above claimed coverage. The supplemental shear was only used for interrogation in the axial direction per procedural direction. Supplemental scanning is not performed in the circ direction. The 700 shear wave was selected to supplement the 600 shear waves as the component is less than 0.500" in thickness.
The impracticality was caused by the taper configuration that did not allow meaningful interrogation from the welding boss. Therefore coverage could not be obtained by scanning from the welding boss side. In order to scan all of the required volume for this weld, the welding boss would have to be redesigned and replaced, which is impractical. The McGuire Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage of examination volume. Therefore, the available coverage will not meet the acceptance criteria of this Code Case.
This relief request is specific to examination volume coverage limitations only. All other Code requirements were satisfied.
No indications were recorded during this examination. The reject box on each UT Calibration/Examination sheet is marked for internal tracking of the coverage limitation only.
4.5.
Proposed Alternative and Basis for Use This weld was examined using procedures, equipment and personnel qualified in accordance with ASME Section XI, Appendix VIII. Radiography (RT) is not a desired option because RT is limited in the ability to detect service induced flaws, and has not been qualified through performance demonstration. Use of other manual or automated UT techniques, whether conventional or phased array, qualified under ASME Section XI, Appendix VIII would not increase coverage due to the limitation created by the component configuration. The use of any other UT technique available would incur the same physical scanning limitations.
4.6.
Duration of Proposed Alternative This request is for the duration of the third inservice inspection interval, which ended on 12/01/2011.
4.7.
Justification for Granting Relief Ultrasonic examination of the weld for Summary Number M1.R1.11.0003 (ISI) was conducted using personnel, equipment, and procedures qualified in accordance with ASME Section XI, 1998 Edition with the 2000 Addenda.
Page 10 of 30
McGuire Relief Request 12-MN-004 The High Safety Significant (HSS) Piping Segment that contains this weld has only one 1 1/2 inch butt weld that can be selected for examination. There are no other butt welds in this segment to be examined.
The system leakage test performed each refueling outage in accordance with Table IWB-2500-1; Examination Category B-P requires a VT-2 visual examination to detect evidence of leakage. This test and VT-2 examination provide additional assurance of pressure boundary integrity.
In addition to the above Code required examinations (volumetric and pressure test), Reactor Building Normal Sump monitoring and other leakage detection systems provide additional assurance that, in the event that leakage did occur through this weld, it would be detected and proper action taken.
Duke Energy has examined Weld ID 1NC1F-1615 (Summary Number M1.R1.11.0003) to the maximum extent possible utilizing approved examination techniques and equipment. Based on the acceptable results for the coverage completed by the volumetric examination, the pressure testing (VT-2) examinations required by Section XI and the leakage monitoring, it is Duke Energy's position that the combination of examinations provide a reasonable assurance of quality and safety.
Page 11 of 30
McGuire Relief Request 12-MN-004 5.0 Weld #1NC1F-1613 5.1.
ASME Code Component(s) Affected Unit 1 Pipe to Welding Boss Butt Weld, Weld #1NC1F-1613, Summary Number M1.R1.11.0004, Inservice Inspection Exam.
System: Reactor Coolant System (NC).
ASME Code: Class 1.
5.2.
Applicable Code Edition and Addenda
ASME Boiler and Pressure Vessel Code,Section XI, 1998 Edition through the 2000 Addenda.
5.3.
Applicable Code Requirement
WCAP-1 4572, Rev.1-NP-A, Supplement 2, Table 4.1-1, Examination Category R-A, Item Number R1.11, Figure IWB-2500-8(c), 100% Volume Coverage of Examination Volume C-D-E-F.
The NRC authorized the inclusion of the RI-ISI program as an acceptable alternative to the ASME Code,Section XI requirements for ASME Code Class 1 piping welds, Examination Categories B-F and B-J and ASME Code Class 2 piping welds, Examination Category C-F-1 and C-F-2 for the third ISI interval by letter dated June 12, 2002.
5.4.
Impracticality of Compliance Surface 1: Forged Stainless Steel Welding Boss.
Surface 2: Stainless Steel Pipe.
NPS: 1.5 inch.
Thickness: 0.281 inch.
This component was scanned manually with conventional methods. Scanning requirements are described in 10CFR.50.55a(b)(2)(xv)(A)(1). These requirements describe and are specific to scanning components in two axial and two circumferential directions. This component was scanned to the extent possible to meet these requirements. The aggregate coverage that was obtained is described and calculated from the following:
0 600 shear waves obtained 0% coverage in one axial direction (S1 - Welding Boss).
600 shear waves obtained 50% coverage in one axial direction (S2 - pipe).
450 shear and longitudinal waves obtained 50% coverage in one circ.
direction (S3 - CW).
450 shear and longitudinal waves obtained 50% coverage in one circ.
direction (S4 - CCW).
Page 12 of 30
McGuire Relief Request 12-MN-004 The aggregate coverage was calculated to be (0% + 50% + 50% +
50%)/4 = 37.5%.
Best effort supplemental scanning was performed using 700 shear waves for interrogation of the lower 1/3 welding boss far side of the weld from the S2 pipe side, but is not qualified to be calculated into the above claimed coverage. The supplemental shear was only used for interrogation in the axial direction per procedural direction. Supplemental scanning is not performed in the circ direction. The 700 shear wave was selected to supplement the 600 shear waves as the component is less than 0.500" in thickness.
The impracticality was caused by the taper configuration that did not allow meaningful interrogation from the welding boss. Therefore coverage could not be obtained by scanning from the welding boss side. In order to scan all of the required volume for this weld, the welding boss would have to be redesigned and replaced, which is impractical. The McGuire Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage of examination volume. Therefore, the available coverage will not meet the acceptance criteria of this Code Case.
This relief request is specific to examination volume coverage limitations only. All other Code requirements were satisfied.
No indications were recorded during this examination. The reject box on each UT Calibration/Examination sheet is marked for internal tracking of the coverage limitation only.
5.5.
Proposed Alternative and Basis for Use This weld was examined using procedures, equipment and personnel qualified in accordance with ASME Section XI, Appendix VIII. Radiography (RT) is not a desired option because RT is limited in the ability to detect service induced flaws, and has not been qualified through performance demonstration. Use of other manual or automated UT techniques, whether conventional or phased array, qualified under ASME Section XI, Appendix VIII would not increase coverage due to the limitation created by the component configuration. The use of any other UT technique available would incur the same physical scanning limitations.
5.6.
Duration of Proposed Alternative This request is for the duration of the third inservice inspection interval, which ended on 12/01/2011.
5.7.
Justification for Granting Relief Ultrasonic examination of the weld for Summary Number M1.R1.11.0004 (ISI) was conducted using personnel, equipment, and procedures qualified in accordance with ASME Section XI, 1998 Edition with the 2000 Addenda.
Page 13 of 30
McGuire Relief Request 12-MN-004 The High Safety Significant (HSS) Piping Segment that contains this weld has only one 1 1/2 inch butt weld that can be selected for examination. There are no other butt welds in this segment to be examined.
The system leakage test performed each refueling outage in accordance with Table IWB-2500-1; Examination Category B-P requires a VT-2 visual examination to detect evidence of leakage. This test and VT-2 examination provide additional assurance of pressure boundary integrity.
In addition to the above Code required examinations (volumetric and pressure test), Reactor Building Normal Sump monitoring and other leakage detection systems provide additional assurance that, in the event that leakage did occur through this weld, it would be detected and proper action taken.
Duke Energy has examined Weld ID 1NC1 F-1613 (Summary Number M1.R1.11.0004) to the maximum extent possible utilizing approved examination techniques and equipment. Based on the acceptable results for the coverage completed by the volumetric examination, the pressure testing (VT-2) examinations required by Section XI and the leakage monitoring, it is Duke Energy's position that the combination of examinations provide a reasonable assurance of quality and safety.
Page 14 of 30
McGuire Relief Request 12-MN-004 6.0 Weld #1 N1231-1 6.1.
ASME Code Component(s) Affected Unit 1, Pipe to Reducer Butt Weld, Weld #1 N1231-1, Summary Number MI.R1.16.0009, Inservice Inspection Exam.
System: Safety Injection System (NI).
ASME Code: Class 2.
6.2.
Applicable Code Edition and Addenda
ASME Boiler and Pressure Vessel Code,Section XI, 1998 Edition through the 2000 Addenda.
6.3.
Applicable Code Requirement
WCAP-1 4572, Rev.1-NP-A, Supplement 2, Table 4.1-1, Examination Category R-A, Item Number R1.16, Figure IWB-2500-8(c), 100% Volume Coverage of Examination Volume C-D-E-F.
The NRC authorized the inclusion of the RI-ISI program as an acceptable alternative to the ASME Code,Section XI requirements for ASME Code Class 1 piping welds, Examination Categories B-F and B-J and ASME Code Class 2 piping welds, Examination Category C-F-1 and C-F-2 for the third ISI interval by letter dated June 12, 2002.
6.4.
Impracticality of Compliance Surface 1: Stainless Steel Pipe.
Surface 2: Stainless Steel Reducer.
NPS: 1.5 inch.
Thickness: 0.281 inch.
This component was scanned manually with conventional methods. Scanning requirements are described in 10CFR.50.55a(b)(2)(xv)(A)(1). These requirements describe and are specific to scanning components in two axial and two circumferential directions. The aggregate coverage that was obtained is described and calculated from the following:
600 shear waves obtained 50% coverage in one axial direction (S1 - pipe).
600 shear waves obtained 20.6% coverage in one axial direction (S2 - reducer).
450 shear and longitudinal waves obtained 100% coverage in one circ.
direction (S3 - CW).
450 shear and longitudinal waves obtained 100% coverage in one circ.
direction (S4 - CCW).
0 The aggregate coverage was calculated to be (50% + 20.6% + 100% +
100%)/4 = 67.7%.
Page 15 of 30
McGuire Relief Request 12-MN-004 Best effort supplemental scanning was performed using 70' shear waves for interrogation of the lower 1/3 reducer far side of the weld from the S1 pipe side, but is not qualified to be calculated into the above claimed coverage. The supplemental shear was only used for interrogation in the axial direction per procedural direction. Supplemental scanning is not performed in the circ direction. The 70' shear wave was selected to supplement the 600 shear waves as the component is less than 0.500" in thickness.
The impracticality was caused by the configuration of the reducer causing lift off Therefore full coverage could not be obtained by scanning from the reducer side.
In order to scan all of the required volume for this weld, the reducer would have to be redesigned and replaced, which is impractical. The McGuire Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage of examination volume. Therefore, the available coverage will not meet the acceptance criteria of this Code Case.
This relief request is specific to examination volume coverage limitations only. All other Code requirements were satisfied.
No indications were recorded during this examination. The reject box on each UT Calibration/Examination sheet is marked for internal tracking of the coverage limitation only:
6.5.
Proposed Alternative and Basis for Use This weld was examined using procedures, equipment and personnel qualified in accordance with ASME Section XI, Appendix VIII. Radiography (RT) is not a desired option because RT is limited in the ability to detect service induced flaws, and has not been qualified through performance demonstration. Use of other manual or automated UT techniques, whether conventional or phased array, qualified under ASME Section XI, Appendix VIII would not increase coverage due to the limitation created by the component configuration. The use of any other UT technique available would incur the same physical scanning limitations.
6.6.
Duration of Proposed Alternative This request is for the duration of the third inservice inspection interval, which ended on 12/01/2011.
6.7.
Justification for Granting Relief Ultrasonic examination of the weld for Summary Number Ml.R1.16.0009 (ISI) was conducted using personnel, equipment, and procedures qualified in accordance with ASME Section XI, 1998 Edition with the 2000 Addenda.
The High Safety Significant (HSS) Piping Segment that contains this weld has only two 1 1/2 inch butt welds that can be selected for examination. The other Page 16 of 30
McGuire Relief Request 12-MN-004 butt weld in this segment has also been examined without limited coverage and found acceptable.
The system leakage test performed each inspection period in accordance with Table IWC-2500-1; Examination Category C-H requires a VT-2 visual examination to detect evidence of leakage. This test and VT-2 examination provide additional assurance of pressure boundary integrity.
In addition to the above Code required examinations (volumetric and pressure test), Reactor Building Normal Sump monitoring and other leakage detection systems provide additional assurance that, in the event that leakage did occur through this weld, it would be detected and proper action taken.
Duke Energy has examined Weld ID 1 N1231-1 (Summary Number M1.RI.16.0009) to the maximum extent possible utilizing approved examination techniques and equipment. Based on the acceptable results for the coverage completed by the volumetric examination, the pressure testing (VT-2) examinations required by Section XI and the leakage monitoring, it is Duke Energy's position that the combination of examinations provide a reasonable assurance of quality and safety.
Page 17 of 30
McGuire Relief Request 12-MN-004 7.0 Weld #1NVP888-1 7.1.
ASME Code Component(s) Affected Unit 1, Reducer to Pipe Butt Weld, Weld #1 NVP888-1, Summary Number M1.R1.16.0025, Inservice Inspection.
System: Chemical and Volume Control System (NV)
ASME Code: Class 2.
7.2.
Applicable Code Edition and Addenda
ASME Boiler and Pressure Vessel Code, Section Xl, 1998 Edition through the 2000 Addenda.
7.3.
Applicable Code Requirement
WCAP-14572, Rev. 1-NP-A, Supplement 2, Table 4.1-1, Examination Category R-A, Item Number R1.16, Figure IWB-2500-8(c), 100% Volume Coverage of Examination Volume C-D-E-F.
The NRC authorized the inclusion of the RI-ISI program as an acceptable alternative to the ASME Code,Section XI requirements for ASME Code Class 1 piping welds, Examination Categories B-F and B-J and ASME Code Class 2 piping welds, Examination Category C-F-1 and C-F-2 for the third ISl interval by letter dated June 12, 2002.
7.4.
Impracticality of Compliance Surface 1: Stainless Steel Reducer.
Surface 2: Stainless Steel Pipe.
NPS: 2.0 inch.
Thickness: 0.344 inch.
This component was scanned manually with conventional methods. Scanning requirements are described in 1 OCFR.50.55a(b)(2)(xv)(A)(1). These requirements describe and are specific to scanning components in two axial and two circumferential directions. The aggregate coverage that was obtained is described and calculated from the following:
0 700 shear waves obtained 0% coverage in one axial direction (S1 - reducer).
700 shear waves obtained 50% coverage in one axial direction (S2 - pipe).
450 shear and longitudinal waves obtained 50% coverage in one circ.
direction (S3 - CW).
450 shear and longitudinal waves obtained 50% coverage in one circ.
direction (S4 - CCW).
Page 18 of 30
McGuire Relief Request 12-MN-004 The aggregate coverage was calculated to be (0% + 50% + 50% +
50%)/4 = 37.5%.
Best effort supplemental scanning was performed using 700 shear waves for interrogation of the lower 1/3 reducer far side of the weld from the S1 pipe side, but is not qualified to be calculated into the above claimed coverage. The supplemental shear was only used for interrogation in the axial direction per procedural direction. Supplemental scanning is not performed in the circ direction. The 700 shear wave was also used to supplement the coverage as the component is less than 0.500" in thickness.
The impracticality was caused by the socket weld attaching a component which completely covered the pipe surface that allowed no scanning from the pipe side of the weld. In order to scan all of the required volume for this weld, the socket weld and component would have to be redesigned or removed, which is impractical. The McGuire Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage of examination volume. Therefore, the available coverage will not meet the acceptance criteria of this Code Case.
This relief request is specific to examination volume coverage limitations only. All other Code requirements were satisfied.
No indications were recorded during this examination. The reject box on each UT Calibration/Examination sheet is marked for internal tracking of the coverage limitation only.
7.5.
Proposed Alternative and Basis for Use This weld was examined using procedures, equipment and personnel qualified in accordance with ASME Section XI, Appendix VIII. Radiography (RT) is not a desired option because RT is limited in the ability to detect service induced flaws, and has not been qualified through performance demonstration. Use of other manual or automated UT techniques, whether conventional or phased array, qualified under ASME Section Xl, Appendix VIII would not increase coverage due to the limitation created by the component configuration. The use of any other UT technique available would incur the same physical scanning limitations.
7.6.
Duration of Proposed Alternative This request is for the duration of the third inservice inspection interval, which ended on 12/01/2011.
7.7.
Justification for Granting Relief Ultrasonic examination of the weld for Summary Number M1.R1.16.0025 (ISI) was conducted using personnel, equipment, and procedures qualified in accordance with ASME Section XI, 1998 Edition with the 2000 Addenda.
Page 19 of 30
McGuire Relief Request 12-MN-004 The High Safety Significant (HSS) Piping Segment that contains this weld has only two 2 inch butt welds that can be selected for examination. The other butt weld in this segment has also been examined without limited coverage and found acceptable.
The system leakage test performed each inspection period in accordance with Table IWC-2500-1; Examination Category C-H requires a VT-2 visual examination to detect evidence of leakage. This test and VT-2 examination provide additional assurance of pressure boundary integrity.
In addition to the above Code required examinations (volumetric and pressure test), visual observations performed during operator rounds provide additional assurance that in the event leakage did occur through this weld, it would be detected and proper action taken.
Duke Energy has examined Weld ID 1NVP888-1 (Summary Number M1.R1.16.0025) to the maximum extent possible utilizing approved examination techniques and equipment. Based on the acceptable results for the coverage completed by the volumetric examination, the pressure testing (VT-2) examinations required by Section XI and the leakage monitoring, it is Duke Energy's position that the combination of examinations provide a reasonable assurance of quality and safety.
Page 20 of 30
McGuire Relief Request 12-MN-004 8.0 Weld #1NV1 FW53-27 8.1.
ASME Code Component(s) Affected Unit 1, Valve 1 -NV-0035A to Pipe Butt Weld, Weld #1 NV1 FW53-27, Summary Number M1.R1.16.0031, Inservice Inspection Exam.
System: Chemical and Volume Control System (NV).
ASME Code: Class 2.
8.2.
Applicable Code Edition and Addenda
ASME Boiler and Pressure Vessel Code, Section Xl, 1998 Edition through the 2000 Addenda.
8.3.
Applicable Code Requirement
WCAP-1 4572, Rev. 1 -NP-A, Supplement 2, Table 4.1-1, Examination Category R-A, Item Number R1.16, Figure IWB-2500-8(c), 100% Volume Coverage of Examination Volume C-D-E-F.
The NRC authorized the inclusion of the RI-ISI program as an acceptable alternative to the ASME Code, Section Xl requirements for ASME Code Class 1 piping welds, Examination Categories B-F and B-J and ASME Code Class 2 piping welds, Examination Category C-F-1 and C-F-2 for the third ISI interval by letter dated June 12, 2002.
8.4.
Impracticality of Compliance Surface 1: Stainless Steel Pipe.
Surface 2: Cast Stainless Steel Valve.
NPS: 2.0 inch.
Thickness: 0.436 inch.
This component was scanned manually with conventional methods. Scanning requirements are described in 10CFR.50.55a(b)(2)(xv)(A)(1). These requirements describe and are specific to scanning components in two axial and two circumferential directions. The aggregate coverage that was obtained is described and calculated from the following:
600 shear waves obtained 50% coverage in one axial direction (S1 - pipe).
600 shear waves obtained 0% coverage in one axial direction (S2 - valve).
450 shear and longitudinal waves obtained 50% coverage in one circ.
direction (S3 - CW).
450 shear and longitudinal waves obtained 50% coverage in one circ.
direction (S4 - CCW).
The aggregate coverage was calculated to be (50% + 0% + 50% +
50%)/4 = 37.5%.
Page 21 of 30
McGuire Relief Request 12-MN-004 Best effort supplemental scanning was performed using 70° shear waves for interrogation of the lower 1/3 valve far side of the weld from the S1 pipe side, but is not qualified to be calculated into the above claimed coverage. The supplemental shear was only used for interrogation in the axial direction per procedural direction. Supplemental scanning is not performed in the circ direction. The 700 shear wave was selected to supplement the 600 shear waves as the component is less than 0.500" in thickness.
The impracticality was caused by the cast stainless steel valve material which cannot be effectively interrogated by ultrasound. There are currently no examination techniques that have been qualified through Appendix VIII.
Therefore coverage could not be obtained by scanning from the valve side. In order to scan all of the required volume for this weld, the valve would have to be redesigned and replaced, which is impractical. The McGuire Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90%
volumetric coverage of examination volume. Therefore, the available coverage will not meet the acceptance criteria of this Code Case.
This relief request is specific to examination volume coverage limitations only. All other Code requirements were satisfied.
No indications were recorded during this examination. The reject box on each UT Calibration/Examination sheet is marked for internal tracking of the coverage limitation only.
8.5.
Proposed Alternative and Basis for Use This weld was examined using procedures, equipment and personnel qualified in accordance with ASME Section XI, Appendix VIII. Radiography (RT) is not a desired option because RT is limited in the ability to detect service induced flaws, and has not been qualified through performance demonstration. Use of other manual or automated UT techniques, whether conventional or phased array, qualified under ASME Section Xl, Appendix VIII would not increase coverage due to the limitation created by the component configuration. The use of any other UT technique available would incur the same physical scanning limitations.
8.6.
Duration of Proposed Alternative This request is for the duration of the third inservice inspection interval, which ended on 12/01/2011.
8.7.
Justification for Granting Relief Ultrasonic examination of the weld for Summary Number M1.R1.16.0031 (ISI) was conducted using personnel, equipment, and procedures qualified in accordance with ASME Section XI, 1998 Edition with the 2000 Addenda.
Page 22 of 30
McGuire Relief Request 12-MN-004 This High Safety Significant (HSS) Piping Segment contains only three 2 inch butt welds, with two being selected for examination. The first is the subject of this request. The second has been examined without limited coverage and found acceptable. The third weld has the same configuration as the weld in this request; therefore, similar coverage issues would exist.
The system leakage test performed each inspection period in accordance with Table IWC-2500-1; Examination Category C-H requires a VT-2 visual examination to detect evidence of leakage. This test and VT-2 examination provide additional assurance of pressure boundary integrity.
In addition to the above Code required examinations (volumetric and pressure test), Reactor Building Normal Sump monitoring and other leakage detection systems provide additional assurance that, in the event that leakage did occur through this weld, it would be detected and proper action taken.
Duke Energy has examined Weld ID 1NV1 FW53-27 (Summary Number M1.RI.16.0031)to the maximum extent possible utilizing approved examination techniques and equipment. Based on the acceptable results for the coverage completed by the volumetric examination, the pressure testing (VT-2) examinations required by Section XI and the leakage monitoring, it is Duke Energy's position that the combination of examinations provide a reasonable assurance of quality and safety.
N Page 23 of 30
McGuire Relief Request 12-MN-004 9.0 Weld # 1WL1 F3063 9.1.
ASME Code Component(s) Affected Unit 1, Pipe to Flange Butt Weld #1WL1 F3063, Summary Numbers M1.R1.11.2089 and M1.R1.16.0050, Preservice Inspection Exam.
System: Liquid Waste Recycle System (WL).
ASME Code: Class 2.
9.2.
Applicable Code Edition and Addenda
ASME Boiler and Pressure Vessel Code, Section Xl, 1998 Edition through the 2000 Addenda.
9.3.
Applicable Code Requirement
IWC-2500, Table IWC-2500-1, Examination Category C-F-i, Item Number C5.21, Figure IWC-2500-7(a), 100% Volume Coverage of Examination Volume C-D-E-F.
9.4.
Impracticality of Compliance Surface 1: Stainless Steel Pipe.
Surface 2: Stainless Steel Flange.
NPS: 6.0 inch.
Thickness: 0.280 inch.
This component was scanned manually with conventional methods. Scanning requirements are described in 10CFR.50.55a(b)(2)(xv)(A)(1). These requirements describe and are specific to scanning components in two axial and two circumferential directions. The aggregate coverage that was obtained is described and calculated from the following:
700 shear waves obtained 50% coverage in one axial direction (S1 - pipe).
700 shear waves obtained 43.16% coverage in one axial direction (S2 - flange).
450 shear and longitudinal waves obtained 100% coverage in one circ.
direction (S3 - CW).
450 shear and longitudinal waves obtained 100% coverage in one circ.
direction (S4 - CCW).
The aggregate coverage was calculated to be (50% + 43.16% + 100% +
100%)/4 = 73.29%.
The impracticality was caused by the taper configuration of the flange not allowing full access to the area of interest. In order to scan all of the required volume for this weld, the flange would have to be redesigned, which is impractical. The McGuire Inservice Inspection Plan allows the use of Code Case Page 24 of 30
McGuire Relief Request 12-MN-004 N-460, which requires greater than 90% volumetric coverage of examination volume. Therefore, the available coverage will not meet the acceptance criteria of this Code Case.
This relief request is specific to examination volume coverage limitations only. All other Code requirements were satisfied.
No indications were recorded during this examination. The reject box on each UT Calibration/Examination sheet is marked for internal tracking of the coverage limitation only.
9.5.
Proposed Alternative and Basis for Use This weld was examined using procedures, equipment and personnel qualified in accordance with ASME Section XI, Appendix VIII. Radiography (RT) is not a desired option because RT is limited in the ability to detect service induced flaws, and has not been qualified through performance demonstration. Use of other manual or automated UT techniques, whether conventional or phased array, qualified under ASME Section XI, Appendix VIII would not increase coverage due to the limitation created by the component configuration. The use of any other UT technique available would incur the same physical scanning limitations.
9.6.
Duration of Proposed Alternative This request is for the duration of the third inservice inspection interval, which ended on 12/01/2011.
9.7.
Justification for Granting Relief Ultrasonic examination of the weld for Summary Numbers M1.R1.11.2089 and M1.R1.16.0050 (PSI) was conducted using personnel, equipment, and procedures qualified in accordance with ASME Section XI, 1998 Edition with the 2000 Addenda.
In addition to the above Code required examinations (volumetric and pressure test), Reactor Building Normal Sump monitoring and other leakage detection systems provide additional assurance that, in the event that leakage did occur through this weld, it would be detected and proper action taken.
Duke Energy has examined Weld ID 1WL1F3063 (Summary Numbers M1.R1.11.2089 and M1.R1.16.0050) to the maximum extent possible utilizing approved examination techniques and equipment. Based on the acceptable results for the coverage completed by the volumetric examination required by Section XI and the leakage monitoring, it is Duke Energy's position that the combination of examinations provide a reasonable assurance of quality and safety.
Page 25 of 30
McGuire Relief Request 12-MN-004 10.0 Weld # 1RPV6-446B 10.1.
ASME Code Component(s) Affected Unit 1 Head Ring to Head Cap, Weld # 1 RPV-446B, Summary Number M1..B1.21.0001, Inservice Inspection Exam.
System: Reactor Coolant System (NC).
ASME Code: Class 1.
10.2.
Applicable Code Edition and Addenda
ASME Boiler and Pressure Vessel Code,Section XI, 1998 Edition through the 2000 Addenda.
10.3.
Applicable Code/Licensing Requirement IWB-2500, Table IWB-2500-1, Examination Category B-A, Item Number B1.21, Figure IWB-2500-3, 100% Volume Coverage of Examination Volume A-B-C-D.
10.4.
Impracticality of Compliance Surface 1: Head Cap - Carbon steel.
Surface 2: Head Ring-Carbon steel.
o Diameter: N/A.
0 Thickness: 7.300 in.
This component was scanned manually with conventional methods. Scanning requirements are described in ASME Section V, Article 4, T-441.1.2(a),
T-441.1.3, T-441.1.4, T-441.1.5 and T-441.1.6. These requirements describe and are specific to scanning components in two axial and two circumferential directions. This component was scanned to the extent possible to meet these requirements. The aggregate coverage that was obtained is described and calculated from the following:
600 longitudinal waves for axial scans (S1, S2) obtained 89.2% coverage.
60' longitudinal waves for circ. scans (CW, CCW) obtained 52.4%
coverage.
The aggregate coverage was calculated to be (89.2% + 52.4%)/2 =
70.8%.
The impracticality was caused by the Surface 1 head cap taper configuration which did not allow complete scanning in the axial and circumferential direction.
Also, three lifting lugs limited scanning in each required scanning direction. In order to scan all of the required volume for this weld, the head cap taper and three lifting lugs would have to be redesigned and replaced, which is impractical.
Page 26 of 30
McGuire Relief Request 12-MN-004 The McGuire Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage. The achieved coverage did not meet the acceptance criteria of this Code Case.
This relief request is specific to examination volume coverage limitations only. All other Code requirements were satisfied.
No indications were recorded during this examination. The reject box is marked for internal tracking purposes of the coverage limitation only.
10.5.
Proposed Alternative and Basis for Use This weld was examined using procedures, equipment and personnel qualified in accordance with ASME Section XI, Appendix VIII. Radiography (RT) is not a desired option because RT is limited in the ability to detect service induced flaws, and has not been qualified through performance demonstration. Use of other manual or automated techniques, whether conventional or phased array, were considered, but would not increase coverage due to the limitations created by the head cap taper configuration and three lifting lugs. The use of any other UT technique available would incur the same physical scanning limitations.
10.6.
Duration of Proposed Alternative This request is for the duration of the third inservice inspection interval, which ended on 12/01/2011.
10.7.
Justification for Granting Relief Ultrasonic examination of the weld for Summary Number M1.B1.21.0001 (ISI) was conducted using personnel, equipment, and procedures qualified in accordance with ASME Section XI, 1998 Edition with the 2000 Addenda.
The system leakage test performed each refueling outage in accordance with Table IWB-2500-1; Examination Category B-P requires a VT-2 visual examination to detect evidence of leakage. This test and VT-2 examination provide additional assurance of pressure boundary integrity.
In addition to the above Code required examinations (volumetric and pressure test), visual observations performed during operator rounds provide additional assurance that in the event leakage did occur through this weld, it would be detected and proper action taken.
Duke Energy has examined Weld ID 1RPV6-446B (Summary Number M1.B1.21.0001) to the maximum extent possible utilizing approved examination techniques and equipment. Based on the acceptable results for the coverage completed by the volumetric examination, the pressure testing (VT-2) examinations required by Section XI and the leakage monitoring, it is Duke Energy's position that the combination of examinations provide a reasonable assurance of quality and safety.
Page 27 of 30
McGuire Relief Request 12-MN-004 11.0 Weld # 1RCHP-IN 11.1.
ASME Code Component(s) Affected Unit 1, Pipe Flange to Pump Housing Weld # 1RCHP-IN, Summary Numbers M1.R1.11.2123 and M1.R1.16.0047, Preservice Inspection Exam.
System: Chemical and Volume Control System (NV).
ASME Code: Class 2.
11.2.
Applicable Code Edition and Addenda
ASME Boiler and Pressure Vessel Code,Section XI, 1998 Edition through the 2000 Addenda.
11.3.
Applicable Code/Licensing Requirement Inservice Inspection (ISI)
WCAP-14572, Rev.1-NP-A, Supplement 2, Table 4.1-1, Examination Category R-A, Item Number R1.11, Item Number R1.16, Figure IWB-2500-8(c), 100%
Volume Coverage of Examination Volume C-D-E-F.
The NRC authorized the inclusion of the RI-ISI program as an acceptable alternative to the ASME Code,Section XI requirements for ASME Code Class 1 piping welds, Examination Categories B-F and B-J and ASME Code Class 2 piping welds, Examination Category C-F-1 and C-F-2 for the third ISI interval by letter dated June 12, 2002.
Preservice Inspection (PSI)
IWC-2500, Table IWC-2500-1, Examination Category C-F-i, Item Number C5.21 Figure IWC-2500-7(a), 100% Volume Coverage of Examination Volume C-D-E-F 11.4.
Impracticality of Compliance Surface 1: Forged Stainless Steel Pump.
Surface 2: Stainless Steel Pipe Flange.
0 NPS: 4.0 inch.
Thickness: 0.237 inch.
The Pipe Flange to Pump Inlet weld was rejected during the initial ISI exam for fabrication flaws. This ISI Exam obtained 77% coverage. The weld was cut-out and replaced with a new weld and PSI RT was performed. The repair weld was radiographed using a single-wall exposure/single wall view technique. The PSI RT recorded one indication, a 0.042 inch tungsten inclusion acceptable to the ASME B&PV Code,Section III, 1989 Edition through the 2004 Addenda and ASME B&PV Code Section XI, 1998 Edition Through 2000 Addenda. The Page 28 of 30
McGuire Relief Request 12-MN-004 thickness of the pump housing will not allow RT to capture a radiographic image of the 0.25 inch of the base metal on the pump side of the exam area. The PSI radiography obtained 73.3% coverage.
In order to radiograph all of the required ISI and PSI volumes for this weld, the pipe flange to pump housing would have to be redesigned, which is impractical.
The McGuire Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage of examination volume.
Therefore, the available coverage will not meet the acceptance criteria of Code Case N-460.
11.5.
Proposed Alternative and Basis for Use No alternative examinations are planned for the weld during the current inspection interval. Ultrasonic's (UT) is not a desired option because UT is limited in the ability to scan from the pipe flange surface and provides no scanning from the pump housing due to the weld location to the pump. Use of manual or automated UT, including phased array qualified under ASME Section XI, Appendix VIII would not increase coverage due to the limitation created by the configuration of the flange, as stated above.
No substitution alternative for this weld is available which would provide better coverage.
11.6.
Duration of Proposed Alternative This request is for the duration of the third inservice inspection interval, which ended on 12/01/2011.
11.7.
Justification for Granting Relief Radiographic examination of the weld for Summary Numbers M1.R1.11.2123 and M1.R1.16.0047 (PSI) was conducted using personnel, equipment, and procedures qualified in accordance with ASME Section XI of the 1998 Edition with 2000 Addenda.
The system leakage test performed each refueling outage in accordance with Table IWC-2500-1; Examination Category C-H requires a VT-2 visual examination to detect evidence of leakage. This test and VT-2 examination provide additional assurance of pressure boundary integrity.
In addition to the above Code required examinations (volumetric and pressure test), visual observations performed during operator rounds provide additional assurance that in the event leakage did occur through this weld, it would be detected and proper action taken.
Duke Energy has examined Weld ID 1RCHP-IN (Summary Numbers M1.R1.11.2123 and Ml.R1.16.0047) to the maximum extent possible utilizing approved examination techniques and equipment. Based on the acceptable results for the coverage completed by the volumetric examination, the pressure testing (VT-2) examinations required by Section Xl and the leakage monitoring, it Page 29 of 30
McGuire Relief Request 12-MN-004 is Duke Energy's position that the combination of examinations provide a reasonable assurance of quality and safety.
Page 30 of 30
Attachment A Weld Examination Data
~A I ACHMHHEX1 j5 4-A~
'I of S'
Summary No.:
Workscope:
UT-Callbratior~amination McGufru.
I I1NV1PT901)
PSI Procedure:
Procedure Rev.:
POI-UT-2 Outage No-,
WA.
Report No.:
36P~uT:1145 Page:11 of as Tubn Bldg:!.~*:*.:--
i
..... ii Waiti Order No.:174A Code:
'Drwfng No.
system ID0:
ComnponentID: INVIF7DOS ULlmbiona:
~Yos See attached M^I RIA
'~4EUUITNIA
==
Description:==
Pi" tl v.w6 Location.
Turbine Bldg:::...... :.........
.1,1.7..
Siw[Length:
uheeb WrA star,tnme:~
1345 ThicknossiDlamew~r.
ssi.237V4 Inume4tSetngs SMrch Unit Sedal -NoOTJXT Serial No.:
OODCGW CheCk$i' sOr Manufacturer KRAUTKRAMER Mauacue Iniwa Wa 1016 1wat Ra~o ml iModel.
IJN-SO
-S OMs Shape:.
Round Inter. Cal.
_V5 Delay:
4.3184.'-
Range;
- 1.
Frq.
22MHz Style:
. Comnp.o-Inwe.CI "1345 SMI~11 MUd CaV~el 123 P~ifser High E~n "am 4V
- of Element: Sigle ntr Cl Darnpbin" A1K "Rejc 0%
Mode`16er ielel '1435 81, 12011' Rp.Raba:
Autithloh <Fra.
2.23 MHz Measured Ay~le;. ____________
MSWQC Cal.Batch:
Circumferential Voltage:
Fixed
'Other.
Fuliwave
-Type:
uLTRAGELu C
l Sg Ax. Gain (d.B) 33-5.
,CIrr_
sin (dB).33.5ý1 Search Unit Cable
'Mfg,:_
.SOHOTECH, Relco Am~plW
~ ae Dv~
~ lI~
ond "ii Type:
RG-174 Exa
- Batch, 09325 Linearity Report No,:
L-11.101 Ar No. Camlt.:
-Type:
ULTRAGEL 11 Calibration Block ScarniCoverage Mfg-*
SONOTECm4 Cal. Blockc No.
s POI.IJT-2A-M2 Upafreawn DO-flfmm 2 Scan dB: 44.0 Th~ckneaa,
.375-1.25
.~ Die.:
Flat OW COW 0 Scan dB: "40 Gain' Srlal No.:
A09321
-'O elrAT
,Cal. BX.Temip.
'72 ~Temnp.Tool:
MCND4315013 2Exal Surface:
O.D.
Type ROMPASo Am Comp. Temp..'T6 Temp. Toolt MCNDE4OI30 Surface Conditiown:
As Ground, Recordable lndhueainje):
you E]
No (QF Ye ReL AttachiedUlfasonnc Indication Report)
Reaumt:
Accept Q.j ReB1.Ct1 Infa 0 Comments:
PSI Exam' Percent Of Coveiqgo Obtained > 90%:
"o RevivA'tewe d
P i~ouData:
No
..... n........im..:
3
,5 :
Enlnfrw Level.14 mufteeaSiyAj.
EOm~ne Leve WA WeA
~PAGE~ aj OF S5
- UT'Ca SiteUnit Mod,ure I
SummaaryNo.:
1NVIF7-08 Workscop::,
PSI ilbrationeamination Procedure:
Procedure Rev.:
Work Order No.
PDliUTz Outage NO.:
MIA Report No.:
BOP*4T-1ir5*2
- Page:
2.of
,8 Codw N/A MI/Iem A,,octon Turbine Bldg.
Drawing No.:
N I~
A Desciption: Pipe to Vulva.
SystemlID:
MV'<--
Component ID: A1MVIF79O8
______A________lrretr SI23-1 Uriain:
Ys-Sees atiched sh~eeb Start Time; 1400 Finish Time:.
1409 Instrument Settings Search Unit Serial No-5 TJXT Serial No.:
D Col Checks Manufacturr 1,RAUTKRAMER Manufacturer Initial Cal.12 0 M/."12011 Model:
USN-60 Size-0..*
Shape:
Round inter. Cal.
req.
2.2 Mz Style:
Comp nter.Cal.
1400 MUd Cal/eo*.l 123 Pul.ie High E)am. Angle:
60
- .of Elements: Single Inter. Cal Dam.pin.g.
1K Rejec 0%....
shear Fnl a 143 8901 Re,p Rate:
Autohlgh KFreq.:.
2.25 MH2 Measurd Angle:
_________CoUplanit Filter Fixed Made:
PE WedgeStyle:
MSWQC
-rCaL Bad:
09325 Volage:
Fixed Other.
Fufwave Type: B
.ULth D II2 ii-i 7
Type:
UL R Q-L ii Ax. Gain (dB)>
50.5 C~c.Gain (dS)
NIA Search Unit Cable Mfg.:
- SONOTECH, S creen Div.
in...of Sound.Path, Type*
RG-174
- eBa 09325.
~
f Jr.: No.%-
Conn...:
Uraarlty Report No.:___________Lnli
~
N.Cn.
0 Tye:
ILTALI Calibratiolo ck Scan Coverao Mfg-*
-SONOTECH Cal. Block No.*V.*
rII 2A-M UpstreamQ0. Downstreanm]
Scan dB: 54.0 B..
Thiknes 35.25w-~Da~
Flat C WO CCW[
Scan d8: MIASealo:
A32
.C~al.:BIk Temp
,72 Temp. Tool:
MCNDE40130 :.
Exam Surface:
O.D.
'i" R
A Camp. Temp.
-76
""Temp.Too:
-MCNVE4O3 Surfa*e ýCondltl.
As Ground Recordable Indleation(s):
Yes Q No (If Yes, _Rat. Attached Ul-t,rasonic Indication Reprt.
Reut:
Accept fl Reject RJ Info Ml Commentm 'PS Axial Oitentuted Search Unit Cabmwsum 81W 1"9 o
a
~Re~eetw AmpUade *A DiOislon
.375 orinia Orle td Seach Unit Cebra~of Iskgnal swee RUSocta I Amifluft %~I OIVsion
,I I
I....
I.
WA 99R0%rQMT/.Shmuetft Block f
lain I
I 31 Swe ondPti dO~ Reflec tor lId !i D lVision SU4 1" IR~fuiSO so 10
-,11.0 Exam I
Percent Of Coverage Obtained
]
.:90%:
Revi~ed Previos Date.
Jllll*
EX2mIner,
Level f.
Mufrtised, Ba~y A.
Exailner~
Luelri.
Dams, 8IoVen~
Other MN/i A, k/A
Al IA~CiMEW! A PAGE3 DFS-5
'UT Ca irto amination s~eui: M~ie IProcedure.
PDi.Ur.2 Outage No.:
MIA SummaryNo.,:
1VIP7DO Procedure Rev.:
VReport No.:-
PU.1-5~
NIA atflam:WA Lceilit Turiane Bldg, Drav~ng No.N Descriptionu: Pipe to Valve System I0:
NV Component ID:,,iNiVIF7o NISzI~n~
A
'ThicknessIDiarnoetu SS1_.2STW Y es -S e. n Setta i ngch as
-6 1
StUi.
t6 art Tim 'e:
141 0 Finish Tim e:
1418 Serialoeng N=rw ulinX Cal.
-Tim Dat Ax Oret erhUi SerialNo.:
,OOTJXTSerial No.:,
000CBw Chocksn sgnl Mantacure KRL11~RAER anuactrecKSA IiaCl123 920'{
Rellmada Amnplitude %
Division Model:
- USN4O0, Sie
.5 Shape:
Round Inte.J COL:7 oet
- 05.
T Dely ~
ii38 ang:
.5 Freq.
2.211 1AHi style:
Camp-Cl Walr. cal. _1410 SiMf2D1 M'U Cadvl
.1214 Pulser I'llgh Excam.Angie:
70
- of Elements-. Single ~.L.
41___
Dampirg:
-1K
.Rejet0:~Fna a
1441 1101 Rep. Rate:
>Autchigh
~Freq.
2.25 Mliz Mesrd nl:67 cou~p"~
Ffltar Fixed Mode.
PE Wedge Styl*,
M6wQC Cal. Batch, 09.325 5 Fixee:d,
~
Type:
UjLTAE. n ~
ei
~s
~x cin(d)
- 0.
Cio.Gan dB~,
'Search Unit Cable 1Mt.:
"SONOTEC lP~
~
lze% Dvso Scee
- i.
.15 In.~
of ound Pathi Typo:
RG474 EamBth 035WA Linearity Report No.:L 11 1 Length. I V '
No. Coral' 0
, xa Bate:
0LTR 2G L,".,
Cairto BlckBan Coverage Mfg--
ýSmONOTH Cal. Block No.
PDMJT.2A.M Uptra Raa0c Dolotrea Re't1ScanmndBt So ThdMasess
.35112 DIa>
7 Fiat CWQ COW Scan dB: WA GanIhi Sep SerialNo.
_A09321:_
dOh Re fbotwd Sweeplo Cal. Blk. Temp.
72, Temp, Tool:-
MCN 0240130 Exam Surface:
O.D.
d8pe -Releto AAm Rude Divsio Sru pathi80 67 Camp. Temnp.
76T Temp. Tool:
MCNDE4013O0 Surface corc~i:
A rud Recordable IndlicatIon(s):
Yes Q3 No (If Yes. Ret. Attached Ultrasonlcý Indication Report.)
Results:
Accept Q Rcera info Commensits: Psi Exam Percent Of Coverage Obtained 90%;
No Rei"ewe Ptu*otr Dataw N
Examiner Level 114gatr atrR4~f 7 JSintr Data Muirhead, SarryA.
W1
~
M21
\\
L.r CA,!
Examiner Le~valU DeSifte Vw~~
Signawur Date~
Do"n, Stuven 120jA Other Level RA
-SgnMr Dftls
-AN0I Reie f
Date
,k*
PAGE L4f OF 55 SltejfUr:
McGuire
~Summary No-.
Woftcowpe~
,UT Calibrationtamination
>1,,,"
I IV1 WF7900 Procedure
!DE-60 Procedure Rev.:
Work Ordler Wo.:
019712"6 Outage No.;
W'NA Report No.:
9OP.*JT-11-252 Page:.
- 4.
of 8,
PSI Codir DravAng No.
System ID:
WA OetflhmWA Desatplton: 'Pipe to Valve Turbine B*dg
ý WA my Component ID: iNVIF7908,,
Limitadons Yes -'See attached sheeft Size/Lenth:
'N/A Start lime:
'.3C Thkidaess/Oiemet~r SS/.237/4 I
Finishl Time:
/
SerMa No.:
OOTJXT Serial No-,
7483341 Manufacwrer KRAU.ThRAMER Madel!
USH-fo Sie:
ft~lm, Shae:.
D :i-8-.I47 Range:
.5-Freq.:0 M.
tyl MdCaWel:
2Mza Pusaer~
High Ej.aM Ang~le:
0
- 4 of El Damping:
1K Reject:.
Mode:
Long.
Rep. Rate:
Autohigh Freq.:
4.0.MHz MeasuredAngle:
Filter Fixed Mode:
Dual WedgeStyl.,
Inegr Voltage:
Fixed Other Fullwiiave Ax. Gain (d!B) 57.9 Ckc. Gain (dBf
- 7.
Search Unit Cable S creen
. =v.-05 im of Sound,Psth.
ype RG-174
.... eari.. Report No.. :
L11 Length:
v No. Conn..
.Calibraton Block Scan Coverage Cal. Block~ No.:
~
>Compne.~nt Upekeem C3 Downstream o S
Cal.
'Ttm'e Data 35
,heclw Round I ntr Ca I ter.
I Cal.
1i33 28020
,mnti Dual Inter. Cal. I FinalCal. 1 "340
/1 21 p
Couplant il Cal. Batch:
09325 Type:
ULTRAGEL It Mfg.:.
SONOTHCH Exam Beatch:-
00325 0
Type:
ULTRAGEs c a' MWg.:
SONO6TEC14 can dB: 57.9 Axil Orientated Search ni
- R* efl ectr
- Ampiude Division I
..BW.
80 4.7
.237-Circumferential Orientated Search, Unit Calibration Signal Sweep SudPt
,Reflector Amplitude % ~Division WA RgfereyonoSmqilator Block Gain Signal Sweep d8 Rell Ayltd Division SundI Path.
St 11110 4,0 I ___
Thidcnom
.3 Die.:
CWO CW,.CCWO Scan dB: 5.9~. eilN.
872 Cal. 81k. Temp.:
72 Temp. Tool:
MC Oi,360-.
Exam Sufe O.D.
Type:
IPW -,
Comp.. Temp.:-
76 Temp.*Tool:
MCNDE40130 SurIce CondItion:
As Ground Recordable hIdicatiort(n):
YesC No (if Yes, Ref. AttchdW Ulraeonlc Indication Report.)
Resultsc*a' A
Reject Info
_Q Commens:' I,I Exam o
i i*:.
~AllAtHMEN1T PAGE Sg OF !95 Summry No.: IKV1F7908 ExaIner Mudrtroad, BarryA.
ExamIner~ 'beenen
- Other, WIA Supplemell Report Report No.:
BOP-UT-11-252 Page:-
5 of, 8
Level:
Il-N Reviewer Level:
11-N Site RevfewA Level:
WA ANIu Review. x m(
i ~r Date:___
Comments: Profile of Weld INV-F7908 Sketcheor IPhoto V% aj4 I~
5 5
i
- PAGE, l~
DUJKE.' POWER C-'E..~ir nenti
~
~IlI "D
N170.LIMITATION REPORT S;.dompo ID_:
1_
_7908 Item No:
BOP remarks:
0NO SCAN' "SUFC BEAM DIRECTION ICastvalve confipurationji OUMITED SCAN
[Ji]
02 ILE] 20Jcwt..c-cw" FROM L N/A to L NIA INCHES FROM WO CL to Beyond:
ANGLE:
0Z 0 45 060 other 70 FROM 0 DEG to 380 3
0NO SCAN SURFACE BEAM DIRECTION 0LIMITED SCAN 0
02 0102 f-1cW ccw FROM L_____
to L_____
INCHES FROM WO to.-
ANGLE- :
O0 0 [] 45
[160 other FROM
- 'DEG to DEG E0 NOSCAN SURFACE BEAM DIRECTION I
0LIMITED SCAN 0l1. 0:2 031 j2
[1cw Elccw.
FROM L'
..... to L________.INCHES FROM WO to......
.ANGLE:
E0 [: 45 0]60 other'-
FROM DEG to, 0
NO SCAN, 0LIMITED SCAN
.SURFACE 0 1 2
BEAM DIRECTION 0
1 0- 2 0 cw 0Mc 4BOP-UT-I 1-252 FROM I ANGLE-
____to L
4 0
1_5 060
- 0 INCHES FROM WO _tO___..to Sketch(s) atta ched her FROM DEG to
. DEG'-
E yes OlNo Prepan.d By,-
B Iany Muiih ad",
II Date:
08/0/1
.Reviewd By-Date:-
Suppleme I Report Report No..:
Page:
AlTA MTA BOP..UT-11-252 7~ of 8
Date:
Date:
j Date:
Summary No.:
Examiner:
ExamIner:
Other:
INVIF7908 Muirbead. Barry A.
ftSteVan
-5 WA Level.
NIA 401I Review Comments: Coverage plot for weld INVIFT908 Sketc~h or Photo:
'Its.
M~C-FX-IWVj/.Jqj tV~C.r1 I2~.OI-O92b.o~4
t&-J U4.
$flt/nit; McaGuire UI SummaryNo.:
1 NVIF7908i~
Workscope:
PSI nation of Percent Coverage for UT Examinations - Pipe Procedure:
Procedure Rev.:
Work Order No.:
~PDl.UT-2 Ou2tage No.:
/
NIA E
Repoit No.:~ BOP-UTr.11-~25 01071246 Pago:
86 of -8 Scan i __
_% Length X ___
Scan 2
% Length X_______
Scan 3 100.000
% Length X
$0.000 Scan 4 MAO00
% Length X 50.0100
% volune of lengthlIl00 total for ScanlI
% volume oflength 1100 = ____%
total for Scan 2
% volume of length)I 100 =
50.000
% total fo Ir oSca 3
%,volume'of length /100=.
0.0QO
% to Ital for S can 4
-'Add totals and iVid byl.scans = :,50.000
%total for 45 dog S
Other den-s0 (to be used for suppiernontal scans)
The data to be Rated below Is for coverage that was not obtained with the 45.dog scans.
Scan I Scan 2 Scan 3 scan 4 1W00.00
-% LengtX 10.00
% VOIUIMeofWlngh)100-50.000
% total for Scan I 100.000
%LengthX 0.000
%volumeoflengh'll00U 0.000
%totalforScanz
__.:%.Length X
_._,volume of length 100 total. or Scan 3*
% Length X
% volume of length/1100. __
% total forScan 4 Add totals for each scan Iured and dMdo by # of scans to determine:
37,500
% Total for complete exam Site Fildw Bupervlson Date:
K
-~
l tK.
V..
Su mmar y No.:
Woulcacope:
~Code:1W9 Drawing No--
System ID:
NC Componentil): INClF-1493' Limitations:
Yes - So afttchod UT, Calibration/Examination KPAl I ACRtt 5l Outage No.:
M1-21 Report No.:
UT-11-221 McG~uIre
/
,,I.
K.MI*1,110002 Procedure:
Procedure Rev.:
Work Order No.:
POI-UTr-2 KK>KK2426 01546Page:
1 Of~ 7 0 Addenda MCFI-1NC34
-CaLiitem:
W.A/R1.11.
Location:'
==
Description:==
Pipe to WUBO~ftAJ tli 4<. KK~K~KKK I,,.,
.~
. <~KK4Y~ *~<K ~1.
K
- K 4 KK..~KK'.
~KKKK.,K.. K' K.~.
K
<K K
_qVV2ZL.1 11 Size/Length:
WA Tlknass/Dlamele~r SS /1028111.5 Str Time 13KK~)
21 Finish Time:
132 A
I Irwllrument Soetigs Search Unit Serial No.:
0114738 Ser-ia
&.No--
-rr Chadw Manutacturer; i
<> KRMAX*RAMER Initial Cal"08* 10 Model:
USN040SW
'Size:
IS.2 Shape.:
Round Ca-Delay:,
42M91 R!an:
.150-,
Freq.:,
5 Iita Sty:
S CompG
_lnte.CaL 13=20 9I/222011
- . iUa/eL'-
123*:*4
.Is*."
-K:.*lqg
. ' 'n:oAngle:
E4
- ofElements:Slngle, f't8" Ca K K so L
=1*4:
gr2--..
DaUoin o500 R eject 0%
Slum..
Md:
Shear Re.
Kt: Autfhigh FreK 5MWz
-Measured"Ang Ik, K42 "CoupIant
________Moe:_E edgSy*
MSWQC cal. Batch:'
09325 Voltage:
4 O'ther.*
.uliwave Type:
ULTRAGEL II A-Gan (dB)
WA Circ. Gain (dB):
27..
I Search Unit Cable MgI.:
SONOTEC0 I 1
Screen Div.-
07
' In. of Sound Put Type:
RC-174EamBth 03k i
-nearity Report No.:
L.11!.06 Length:
W No. Conn:
0 T
1.
Caibrationi Block Scan Coverae Mg:
SONOTECHr Cal. Block No.:52 upse* m.Q Down.treamE] Scan dB: WA R
oek
. Thickn=
0.281 Da.:
CCW.
Scan dB: 37.8
/
____ K-Serial No-4006=
CaL81.
em.:76 KTernp.Tool:
MCNOE4oI30 ExaF-m Surface:-
O.D.
Tp:
RMA K ompý.Tamp.:.
78 Temp. Too[:
M4&660136.
Surfa~ce Condition:
As Ground Recordable lndlcation(s)
K Yes Atace N
(iYe.Rf ULttasonlic ndication Report.)
Resujlts:
Accept Q Reject i~i Info iiComments:
Put Pw K~n K
KoeaeOtand>9%
No
~
Rmliawed Prevtm JDOW:
o al Axial Ortantarted Search Unit Calibraffon Signal Swep Sound Path Reflectr Amplitude %
D.vision CNircmeeta
______ts oU CIrcumferentIal.1 Orl~Iatad Search Unit
' Calbr*lion, I
Slgnal I Sweep F.Re ctcrc I Amplittude %
KDOlosli ound Path ID Notch 60 I
5.1
.393' Gain
~~Signal SweepS oudPt dB
'~Refector Amnplitude % Division S~dPt so Width1 lDo nJs La Section XI exm K.Lester. Robert U.92
=
1'Dt Ewarnhw Level WtA S DRre NIA KKg w
'Dat Other; Level WA SinteDate ANII Revsew SgawKK NZK Date
Summary No.:.R.
~worlscope:
AllI A C~H~E FASE /0 OF~.~
UT CalibrationlExamination 11.0002 Ii Procedure:
ftbdue R6W4.
'PDI.UT-2 U
01852426 Outoge No.;
M11-21 Report No.:
UT-ll1-221
<~Page:~i o1 Of Code:
199=/000 Addends CaLlItern:
R-IIILocation:
Draw~ng rio.:
MCIw.r-INC3 Descri~ption PipO toawru a
A Lr>I System ID:
NC Component,1) I: NCIF.-14933
~j
~
Szze? nth:
WA ThlckmessitDiameter SSIOW/1.5~
Umtd=
Ys.Soatce S:~t startlime:
1318a '4 Flinsh lime:
1320 4444
~
Serch nitcal.
- TIM, Aat
~al Orientated Searchi'Unit WnuachueSIr. I
~
4 4TRA Initillal 0C0libr2a201on Sweep Son Pt
-r4iRhhRMRmaufactbrer-,'
KBA
-r=
I Rfeo Amplitude %
OMalon Model 444 owý SW ED~
~
ne.Cl
- Notch, 8~0 ~
&.2 9
Delay;.
3.0169 Ra ge
.750-F......
I*
style:
G nte.. Cal 17 9..
011.
MUd Cal/VeI:~.12.34
,~PuLse.
'Square 4-wmAge:
5 I fEemtsSIntler Daminpug:____
Reject.
0%
uae:Final CaJ.',16409)121-RPo. Rate:
Autchlgh FrW.
Mif MeasrdAigle:,
4M F-Couplant-FUter Fixed
,?Mode:
PE Wedge ;t&ie MSWQC Cal. Batch::
09325
,Ctrlucmfurentlal Orientated Search Unit Voltage:
450 05w Ful**
IWV TYpe:
,RAGEL 0
C.braboin S'gnal m,
Seep 44 AX GaIn (dl):
4 3&54 401. Gain) (dl)ý 38.0 Search Unit Cable Mfg..
Reflector Amp4 d DM0501)
IScrew Diva ý_05 in. of Sound Path, Type-RG17 Exmst~~oatD Notch so 5.3
.398
.:ANo..
406
- Type:
44 44 Cal. Blockc No.: -0202 Upstream EZ Downstream 0o Scan dB: 48Z,
~
BOk4 4
eeeclmueo lc Nhclcne=a
' 40281, "ta-.
Ir Ea-C CCWR] Scan dB: 48.0 Gahn
~4 Signal sweep Cal. 91k.Temp.: 76" Tamp. Tool:
MCNiDE40130 4 Exam Surface 0.0 Se1a N.
800=2 dB~ Reflecofr Ampltd Divisoaln Sound Path 4 ~4 44 0M.
Type:
ROMPAS' 480
>SH 5A2 Comp. Temp.:
78 Temp. Tool:'
MCNOE4OISO Surface Conditson Aa Ground
- 3.
SH 6
1 Recordable Indication(s):
Yes [J No (It YeSS ROL Attached Ul~asonlec Indication Report.)-
Results:
Accept 0 Rejct,,
- Info, Comments:" Pulse Width 100 nis Examner Le443l Date RSwa 10ntee Date
+'++++
R 4
4 11 10a 24
"-f"l+++ +++++
I++++* +*
++
Examiner 4 Level~r Date Sfte SinlsAU 4 a
Date-4WA 4:.
"4
WAIIAHmmfT A PAGE 1)f OF S5 Summary No.:
,*41.11.1 Wortcsoope:
is UT CalibrationiExamination 11.0002 Procedure Procedum Rev.:
Work Order No.:
PDKIUT-2 9,
Outage No.:
MI-2I Report No-UJ1~-11-221
- +
Code:
1'799WAoo Addenda Dravzng No-MCFI1-1NC34 SystemlID KC, Component ID: 'INC1F-1493 Llmltallo=a Yes Sea attached sheets Wh(&eNo:01fl5242
'il CaiLatem:
RAI1 Loca goIn:
Descripipon: Pipe o6WWokj We-i
'3 3' ~,~3~43~4>
Sieienth Tie 13NJ7 TikInessDamte 5510.211.5:
L -:.*+--.--
Inutrument Settings Search Unit il.
m Date
,Serila No.:
014738 Seills No.:
380453 Checks' Manufacturer I.
RAIT*.. RAMER Manufactu, rer.
GE "nm, 9=i Ca:. 084""
- 1011, Model:.
7 USN-8 SW Slze
.2 Shape: _ Round Cneradl.,
Delay.:
6.8*7 Ran.e Freq.
2.25 M-SW...
Co-p rG Inter. Col.
113t7 91=011 M.. CaWel:
.12S3
..Pulser.
Square Exam A i7e:
- of Elements: Single !! SL-l A Dampj+ing:
500:
%.ode:
.he, F*
Call 14 122...11 Rep. Rate:w Autohigh
+Freq
- ir 2Z M Mesue An..e:
72 Coupt Int
~Ftr Fked~ sMo PE Wedga Style.
lMSWQC Cal. Betch:-
9~
Voltage:
'450 i"
Other.
Fullwave Type:
U1AE.I Ax. Galn (dB):'
45.8,
'Circ. Gain (dB)
NIA Searoh Unit Cable Mfg.:
SON07SCli Screen DV.
.18 <in.,of
'Sound Path Type:,RG 1 174 "Exam Batch:
0932 Unearity Report No.:
L-11-106 Lengf.*.
No. Conn.:
J Ty "LRAI.II Callbration Block Mf..
Coveae Mfg.:
SONOTECH' Cal. Block No-
.,'502002.
Upstram &a Downebeamr Scan dB: 45..
e 0.8
.9-
.C ]
CCWO Scan d&. 25rA Serial No.:,
800022 Cal. 8k Tem*-:, 76Temp.:Tool:-
HCNIDi.0130 Exam Surface: *c
- 0.
RO....
Comp. Temp.:
Type.
.78 Temp.T*ool: '
MCkDE0o1'30 Surface Condition:
As Ground Recrdalelm~lc~oas)
Yes Q o'(
A e.Rft lchbd Ultratsonic Indication Report)
"cceptQ
- R*ect**!
IQ*~
comments: Pu Percent Of Coverage Obtained > go%:
No
,Rettswad Psedeu bete No,
-. 33
'Finish lime:' j 1S~l
.1.
Axial Orientated Search Unit A.ju-Orienatantated Search Unit Cabain Signal Sweep 1 cJ~
Reflector ~'Amplitutde %
Divison SudPt CRcafterente/almOrunated Selochk t
Gin 3 Sonl" I xSweep
- dB *nReflecto Am....
fitlude
-,*=
D sion nc SwW ath L
... + -.
I m
11" Radl 80 56
- 100, as Width 220 n
- s 4
Ia Section XI Exam EammIner Date
".4 3
Lester Ulobat IvML DIN aeRawr~nti ate Other Level DWA S.ntr D
.t 'ANTI Re'tle Ipid
"Site(Uinit McGuire summar No.:MI.RI.111.0 Wordscopa.1 UT Calibration/Examination 44PAGE l~
F -
Outage No..
MI-21
~Report No.:'
&T-1112211 002 Procedure.
Procedure Rev.:
Work Order No.:
ND440 01952426
~Code:
,leonMnn Addania i aL/Item Drawing No.:
MCFI-1NC34
==
Description:==
PiP. t*&4WEEP8WF-WeL I Comporietlo 10: 1.14S3, 5z I enh:
WA rTh[CknessMlemeter'S I5 0.251,1~.5 Limitatons:'
None' Start Time:-
15FishTm:
37 44 Instrumenit Settigs erhUe Serial No'.:'
014736 Seia Uo, cal
- TIM, Dowat
""~
KRAZT1GAMERManD21801r
- Checki, Manufacture
-PATK k
Mauatrr IntalC.
____________Inta CI isis I 9roii Model:
USN-60 SW Sie i
hp:
Round intmr cal.
_______1.00" Freq.:
&0 M~
SbWE:
GAMBA ti a
IVI Cawal:
-=24 4 Puiz-ar Square Examn A~ngli:
0
- of Elements: SingleI nfter-CaIL Deamping:
500-s@~
Reject 0%
Modo:
Long.
- Cal, 1317M VIV12211 Rap. Roat:
Autoliigh ' Fnaq.:ý tUIL Measured Angl:
0
- Couplant, Fltr lxd oe:
P egeSye Integral Cal. Botch:
09M2 olagw.
Gan "B) 2 Other
'Fulvwavqo' TYPe:
ULTRAGIEL IU
_____Crc.Gain (dB):
60 il NIA Search Unkt Cable I
SokOTEVm Scee Div I~~n.
of'-
Sound Path
ýTye RG-174Eamac 032 LiertyRpr No. x:
L-11-106 egt:
6 No. Conn.*
0 Type:
UJLTRAdEL11II-Cairto Block Scan Coverage Mfg.:
6iOMtECH1I CaL 61o0a No.
Component UIPehm Do~rrmwmD Scan dB: 26.0BkC Rafe~onceBlc Thickness:
4.281' 4 Dia.:
'4is WR CCWR] Scan dB: 26.0, Cal.191k. Temp..- 75 Temp.Tool:
.UCNDE40130,
'Exam Surface:
O.D.,W No.:
- CC-I 910
~
ype:
STEP WEGE Comp. Temp.:,:.. 78 "Temp. Tool;~
- U'CwDEan3, SwaeCodtoy:
A Gon Racotlable Indication(s):
Yes Q No EZ (if Yes Ref. Attached Ultrasonic Inc~cation Report.)
ReauItta
/
AccepIt R eject QInfo (Jcoznnerfta Put Percent Of Coverage Obtained 3-go%:
Yes
'RVVIIewed Prwmv Iri t
Axial Oftento d Sewvh Unit Calibration Signal S'*eP-Sound Path Refector Amplitudes Olvision Sw60
- 2.
-81 CI4nfrnta
-4n~tdSerhUf
.44.' to Signal sw-ep Releto Amliud 444 Sun Pt WA44-Ra*nes~uao Block,44-G~ain ISignal I II Seep, dB IRiefliector, p-~d %DvsoSound Path ZA]
o Width 100 n/sI Wl Section Xl Exam I
I I
I i
Lester, Rzobrt N.*
Examiner Level N/A NIA Other
~
44 LveW WA NiA
'siaunlt:
McGuire I
Summary No.:
.R.102
~. Workcsoope.:
~PASEU OF 55 6
UT CalibrationlExamination I
Procedure:
P01-UT-Procedure ROv.:
E Work Oider No.:
01952*26 Outage No.:
Mi-2I Report No.:
UTr-11-221 Page:'
5 of 0
Drawing No.:
Syste Io:
K ~C Component O10INCIF-1493 Limitations;
~Yes -Saoatb I998=00 Addenda~
6.
M7 CFI-INC34 cat/Item:
R-NRI.11 Location:
6
==
Description:==
Pipe tir,~
t~
ý-A
&~i
),J c
~ 4 m
I We T"
.1 1 ached sheeft SicevLengtl MIA Startine ~
1324 ThiclnessflaeterSS / -M 1.5~
Finish Tim: a*
1326
'Irtu n.~ setig Saaudi Uunt
.':~~~
5CaL Th n-a Date Seri al
..IF. JP Manu(dBurwe.r.
KR'A*LlkMER MaLfg w
÷*a
-(i nitial Cal.:r3 0
91221t M1 "odelR' USN`0SW Stm
.25 Shape*
.Round e
Dea:
1362 Ra'ni'e:
'61'~
p1'jýý~
~
9/2212011 Fr:.
5:. 110 Stle Ca PG Ite. Cl.
cauw
.12..
Pulser-uare Exam An:;
t*
- of Elements: SONngle Inter 11l.
'Rep. Rate:
Autohigh~ Fmq.
5 MIz Measured'Angle:
67 "Couphlat Fifter.'~.~
Fbcsd
-Mode:
'Wedge Style:
MSWQC Cal. Batch:
09325 Voltage:,
450 O..ei.
Fuit.eve
'6 Typee.
ULTRAMGEI.
M e*l Gan (dB) >
44.5 Ctm Gain (dB.
NIA Sea.rch Unit Cable*
Mfg..-
SON0CH IRScrreeri Div. =
-o1 ilnIojf
'Sound Path
(
,R Type:
RG-a74 ndmaatn:R925)
Linearity Reor:* N.:
L-11-106 Length:
S' No. Conn.:
0 Type; UL'r "tRAoEL P
Calieaton
~S$wi Coverage Mfg.:.
SONOTEC Cal. Block 'No.:
50202ý Upstrean E Dow~nsti'eeii f Scan dB: 48.0-~
Thickness:
0.281 Diaz:
1.9 CW[DJ CCWQ] Scan dB: WZA Cal9.
Sk Temp-76 Temp. Tool:.
MCNVE40130
'Exacm Surfs=e 01.D Comp. Ternp- ~ 78 Temp. Tool:-
-CNdEI140136 Surace Condition:
As Ground
.RUA Recolrdable lmdlcaaton(s4 Ye Q
ý No
'(If Yes, Ref. Attache6dULlfrasonic Indication Report)
Results:
Accept Q Reject 2 InfO6 'fl 6
Comments: Pul Axial Orientated Search Unit 6Cafltesdon )
Signal Swe mudPt Reflector6 Amplitude %6 Divislon~
11)Notch 80 47 40 a~rcusnifrital Orientated Search Ui Calibraioni
-Signal Sweep 6 fle I Amplitude %
Dvon SundPat RefsranoalSimulator Block Gain Signal Swe on dB R flelrAmltd% Dfi~n Pt Ise Width 100 n/s.
Percent Of Covierage Obtained >90%:
No R
Initial Section XI Exam No Examiner' Level I1-m Delta R&~Aiwer'Sgat Date Laar, Rbert UL4iua 1)2I Examlne'r"6 '
6 L Aevela.
Dfte SMt Relwna o
'6 A6 Other-
~66' Level mIA,lnt~
Difte A4 RVAlSW 6imtr
~
W/A
~6 6
].* -;,-
6'
'6
PAGE Iq 'OF DUKE POWER COMP~ANY ID:
l LIMITATION REPORT
.ComponentlWeldiD-INCIF-1493:'
"Item No:
M1.RI.t1.0002, remarks:
BNOSCAN.
SURFACE BEAM DIRECTION.
Due 4teGeW.
L+*i:i,:!*
IMITED SCA
.:I*:1.
Fl 2
[] 1 [g.2 []
cw" ccw-.L confi.gura*+::oL
- FROM L : N/A to L N/A INCHES FROM WO CL t.o. Beyond h
ANGLE:
E* 0 Z ;45 *l 60 other 70 FROM 0 DEGto 360 DEGI[
NO SCAN SURFACE BEAM'DIRECTIONW 0.4LIMITED.SCAN 0 1 2
[11E l 02 El cw [3 cw 4
-4; FROM L toL-....
.,INCHES FROM WO "to ANGLE:
'o.0 E* 45 0..60
.: othei FROM DEGtO DEG Fý NO SCAN'
'SURFACE BEAM DIREC TION F-OLIMITED SCAN
['E3 0 2
[1 1 I 2 LI cw i0 iCCw:
FROM L to L_____..
INCHES FROM WO to 4"..
AtNGLE:E*.*0 E]. 45, 060.
other' FROM
+DEG to oDEG-:.
40-NO SCAN' SURFACE BEAM DIRECTION E:
LI)MITED SCAN 0
1 2
El 1 [
,2 [1 cw 0 :*ccw UT-i1i221 FROM L
_____to L
J: INCHES FROM WO to to Sketch(s) attached ANGLE. *E 00:[
5,.0 60:,,,..qther....
FROM pEG to bDG -
yes E] No P r.e.re Y
Robert L ter(
ae.e.
- aIe.
0912211 She~t.7, of 7 Reviewed By.
Dat.:.
Authorized Inspector.,,D.
a I
.te.
4
- :-+r >*:,*.
.4 44 4
4 44 4 4
W~d No.INCO4-493 Pipe-S2 AxW $can CON I.
450 Sweepolet-Si 7
AýIn 70 ti.'~Sa
~
Scale.; r '="
A Si =Pipe-0%
C(100% of the~ Iengt1h x 0% offth diroume)
S2 = Pipe 50%
(100% of the length x 50% of the volume)
S3*
C (1050%
(1l0% of the length x 50% of the volume)
S4 CCW 50%;
(1 00% of the lengthx 5 0% of the volume) total 15014.37. 5%'Aggregate'Coverage hiisector/Date:
( 4 Z*
- 2) i/ftpagelOf 7
Susmmary No.:
Workscopa:
UT CalibrationlExamination PAGSE /4OF *E' Outage No.:
99 9>.
Rert No.:
IT-11222 4-e McGuire I
I
-MI.RI.111.0003 Procedure:
Procedure Rev.:,
PWIUTr-2 Woric Orer Nb.:01fl52A2' pr Code:
~
199812000 Addenda Roce1M'.>9>99>999" Drawing No.:9
_McFl-N4~4c
==
Description:==
F!p to~
0_: ~
~
Sysamn ID:
M&>
Component li) 1iNC1F-16i5WATikevlmtrS1.
I5 Limitations:
Yesa. See attached sheetr Str Tim:_42_______im:
42 In Istrumnent Stig Search Unit Ca-Tn Dt Axkd OletedSahUi Serial No.:
014738
'Serial No.:,
01IPT Checks'
-aik Signa 9.'
Initial aL 0810 S-09 Sund Pat Manufacbjitre KRAUJ7)tKAMER Manufactunsner KBA Inia a 8092101.Reflector Amlhd Divsio MoetUSN44SW 9 > >
size:~
2 Shape:
Round Inter.Cal.-
Delay.
Stle Cori 4.2891 cal.
1=ng 9=011___
M't Ca!eh'el
.12349 Intr.Cm Ce~p~g ~
___Exam_
~Ange:
44__
- of__ Elements:
9Single1 Rep. Rate.-
Autohlgh Freq.:
5 MHZ Measiured Angje.,:
42 Coulplant---
Filter:
'Fbcad9>
Mode:
PE Wedge Style.
MSWOC Cal. Batch:.
09325 Chcurnfaeranla Orleintstd Search Unit
'Voltage:
450' Oaw.
utwv Tp:
ULTRAGEL I SSgnad Swetp Ax. Galn (dBý 9NIA~ Circ. Gain (d) 27.8 Search Unit Cable Mfg.:
'SONOTEC 9 Releto Amliud %
OlMlIsin SreDv.-075 in. of Sound Path TYpe RG474 Exam Batch:
00325
-1
-oc 8
3 Liert epot No.: 9 9>999>9>
I egt r
No. Conn.:
a Type:
ULTRAdELO I]
9>99>> Calfbraton Block
$can Covrag Mfg.:
SONOTECH CA lckN.
5022 LlpslreamQC DolwnatreamD Scan dB: HWA ese Cl oc.:.
'>9 Rellerence Block Ph c/lua lc Thiklnes~s 0.281~
D>
1 CWf?
0CW0 cadJ 37.8 SeilN.
062 Gain Sinl-Sweep SudPt Cal. 84k. Te p:
__6 e p Tool:
MC D 46 1 Exa Suenale do:B0 Reklctor Am ltd athfo Temp.:__
n~
Ea ufc:00 Type ROMPAS 301.2 NSD3H 80
&.0
.60 Comp. Temp.:
78, Temp. Toofi' MCNDE40130 Surfece Conditlon:'
An Ground Recordable.ndlcatioz(s)
Yes NoR I~s e.Afce
~oieIdcli eot Reut:
Acept RecQId Comments: Pulslee Wdth IG 100oe 9>9
-Initial Section )3 exam PretOf9>Coverage Obtained >9g%:
No i eviewied Previous Data:
.. No Laster, Roed ufl.
9120 I Examiner Lee N/A Slgnature oats SitePiMwDt Other 9
LeWIe MA Signatre AI eiwDt NIA9 9>
9>, 9>
IIA IC H
ME Kp PAGE
`
OF!;
"J ne/unst:
M6GuiVe
/
Summa~y No.:-1RI1 Workscope:
t81 UT CalibrationlExamination
.0003 ' k, Procedure:
Procedure Rev.:
Work Order No.:
PW-UW-2 Outae~ No..
MI-21 Report No.:
UT-11 -222 015 TPage:
2 Of Code; 1998M200Addenda CONICs R-,eJI.1 Localtion:~
Drawig No.:
MCFI-INC44 7~Descrilpt*
io pe to 00 VGZ SYstesm ID:
- NC, Coniponent ID: i14CIP-11615 SLzrdntft:
N/A ThlccnesslDlameter SS10.281 /1.5 LhimItaons:
Yes.-See attached sheets Staut Time.
1418 Flnash Time:
142D Insruen Settings tearchni SerialNo..-'
014738 Sertal No.:.
0103CM Chec2ks I
at Manufacturer KRIKRMRI~uazr.IBA Iniia CalhCI.
0800l ~9I2,2 1 Model:>>
UN-60 SW
>stie 0.25 Shape-Round.
lw q.
Oelo ~
3.169
~nge
.760 Freq.:_ 5.03Hz Style:
Comp.
Ine.Cl G
~
148,212 MUCeeI
>>~23 Plar Sq1UW Exam Angble:
45
- of Elements: Singleý la.'!
alL-"
Dam<plný 0
_Reject:
0t%
Final Slies 1840' SWM1201 Rep Rate:
AIutotiII9 Freq.
5 MHz Majm ejmgj.
45 ICouplant Filter Fixed>
Moda:
PE egrVW 5Q Cal. Batch:
Gi32s Voltge: 450~>OIe~
ullavoType:
ULTRAGEL II Ay-Gain (dl):
36.5 Circ. Gain (d8):
38.0 Sark ntCable Mg:
SNTC 1 ~ea Div. -.
075 tn. of ondPt T)?E RG-174
-Exan Batch:
09325 Linearity, Report No.:
~
L-11-106 Length.
w No. Conn.:
yp:
ULRGE Calibration Block Scan eraqe Mfg.:
Cal. Block No.:
50202 Upafrsani 5 Downatrem Q Scan de: 4 efrece-lc Thickness:
0.2811 Dia.:
1.9",
CW&5 Cr-W~
Scan dl: 4L5,______
Cal IBlk. Temp-* 76 Temp. Tool:
MCNDE4OI30 Eami surface:
O.D.
T Camp. Temp.:>
7> ~Temp. Tool:
IICNOE40130 SbiwfvCndto:
AGrud Recordable Indicatlon~s):
Yes Q No (tif es; Ret. Attached Ultrasonic Indicalion Report)
ReuLdta:
Accept C]
YRelect 0 E
InfooQ Comments Pula Percent Of Coverage Obtained 90%:
No ReW~e~aidoj e._
Ne, Axial Orientated Search Unit Calibration Signa Sweep S~ound Pathi Amplitude%
DMelon~
Refl~ctor Sound Path
.9 IDNotch
~80 I
5.2. 1.31.
I I
4
",-..~--
I -
I,_
I...
Circumfikmnuala Orientated Search Unit
~Calibrton Si~Sgnal Sweep~
~Reflector Amplitude %
Divslon Sound Path ID Notch 80
--5.3
~
.398 ReferencalSlmnulaitor Block Gain Swgna Sweep dB Reilectzur Arnpftjde% Division Sound Path
>36.5 NSDH 65 6.2
.462" oWlIdth 100 n/s I Secttion X Exam
AIIACHM1EIR iA PAIGE, f3 OF Summ:az No.:
Wo&csoope:
UT CalibrationlExamination MIdUl.11.0003, Procedure:
Procedure Rev.:
Work Order No.:
PoI-UT-2 E
Outage No.:
JY-21 Report No.:
UT-11-222-2 7 Page:
S 3 of 7
2System lD1 NC tCorrponentI 10 NC Limitations:>
Yes 1199SWCOAddonda Cati" a:
R-AIRI.11 Location:
==
Description:==
Pipe &WUPY A eIrA 7TTT
~>22>.-
<2>... 222>.
MICFI-1NC44 FW-1615 I
-See attachedshzeets Stza/engthi:
1.5 2Sbt im:
'1428
~
Finish Time:
\\1431.
II1" I -
i....
2 Instruinont~elilngsSearch UnitRCl im a
SerWa No.,-.
014738 Softa No--
S80453 TimecDat Re!RCek:
-mes d
nl_
Delay:
797 R:nge:
1.80:
freq.:..
Cop,61
.011 Wit CaI~el
.1253 Pulswr Square Ex, i.m Angle:
7.0
- of Elementi Single Intat..COAl Rep.. Rate:,
Autohg F
22 5as Mz Measured
,An_:_.
72 Couplaiit FUa
-Fixed Mode:
ýWedetle:
M8WQC
.Cal. Batch:
092 ge."1 450 n f F)undFiw L
- T...Type:
ULTRA. ELI. 0.
Ax. Gain (0B) 4&.8 Circ, Gain (dY
. NA
'Sesrch UIt Cable Mtlf.:
SONOTiECH,
- e.
of.....d Tye :
RG-174 Exam Batch:
Linearity ReportNo.::
L 11-1.
'L*tength..
No. Con=.:
0 Cafbraton E:
Scan Co eage Mfg.:
so."-tEC, Cal. Block No.:
50202 Ujpstieam i Downstruamn Scan dB:- 45.sxBIC Th*c*neas:
0o281 Dia.:.
, CW("
CCWl Scan dB: WA cal. ek.Temp.. 76,, Temp. Tool:
iCNCE4OI30 Ewmm Surface:
0D.Tye ROPS CornPýTemp.:<
78 Temp. -root.
MCNOG4OI130 Surface-tonilon:
As Ground RMA Recordable Indication(s):
'~_Yes Q
N 2 Ifa Ref. Attached Ultrasonic Indication ReporL)
Reuts Reject,1 Wno omns Put PretOf Cveraga Obtained > 90%:
NO Revlewed'ew1ous Data idol so Width 220' ns Wa Section )U Exam EiwinAnr' Level Oft I R"Mw 8gen~
Lostar, Robert M.
owe21
/ 6 g *..
0.i~
Level
~Date. 31ioReview laxek WA, Date Mt~ar, r
NIA 0 1 nA.ISs--
Sumnmary No.:
Workscope:
~Al IACAOE~v A PACE P? OF -5:
UT CalibrationlExamination,,
McGuire
'1 M1,RI. 1.0003 Procedure:
Procedure Rev.:
Work Order No.:
~NDE-4DO 01952A272
~Outage No.
M-21 Report No.: _ffUT-11-=22 Page:
4 of 7
WI, Code: ~
1998=0O0 Addenda Caftente:
it A I~
Location; Drawving No.-
MCFI-INC44
==
Description:==
PRpe toSWEEP90t-E-
6,4, C4 Copoet 0 INC-IF-161S W~7 Stre/LengttL WA Thicknie-45Dianietar SSI.281 11.5 Stanl Time;~
1415
~
FinaishTime:
'1417 N'
Searcw. non Instrument Settings Searc Unite S
'.-o. :'
014738 SerialNo:
021801 oChecks WMnuaafferej
~
KRAUTI(RAMdR KAInitial CaL 141 grAM1t Model.
USN4o SW Slixe 01.257-Shape:
Round Ilntler. CaL.
50 je" ct 1.
I.."...*
N,
- 0 Delay'*..509h,2 Range 1.0.
io.h.k..S Style G
'MoA Wd uCaltV-: :
.2294]
ulaogs*r:l Exwm
,n" 0
- 'of Elements: Single-n Rep. Rate:
Autohigh Freq-.
5 MHz Measured Angle:
0'opan Filr Fcd Md:
P edge Style:
Inertcal.
Batd 09M2 Voltage:
~430 Other Fuliwave Type:
ULTRAGELII Ax. Gain (,B~
26.0 Ciro Gain (0)ý WA Search Unit Cable Mffg.:
j SiiNOTECH ~
¶Screen'iv.~ -1V in. of Sound Path rype.
llG-ýý174
:Exam.
Batch
.09M2 U
tRe, It No.:
L-I1-10.
Length:.
r No. Conn.:
0'1
.. Type:
ULTRAGELI
~i~eiin~IcirScan Coverag Mfg.:
SO#4OTECH Cal. Bloolc No.;
Com~ponenapsant Dow am[] Scan dB: 26.0 RereeBoc
'Thlckneas:
.281' Dia.
____.r C~
CCWJ0 Scan dB:2.0S' a o C11 Cal. Bk Temp-76 Temp. Tool:
MC-NOE40I30 Exam Surfc:O.Tpe TP EG Camp. Temp.:
78 <Tamp. Tool:
MCNDE40IS0 Surface Condition,:.
As Ground Recodabe Inicaicins):
Yes C]
No 2 (1f Yes," Ret. Attached' Ultrasonic Indicixton Report)
Results.
Acce t 0 Reject 0 Info 0 Comments; Pul nilt Percent Of Coverage Obtained > 90%:
yea Reviwed Previus Data:__-
o I
-w Axial Owdentarted Seac Unit "~
... L...
Y" Callbratlion
.igal Amplitude %
Sweep "Divsioni Sound Path BW I i
so i
2.8 i
ME1 I -
Circumfereutital Orientated Search Unit Calibrtion Signal ISweep NIA Reference/Simulator Block dB aSgnln Sweep rSound Path di Reflector Amplritde % Division lilA I 1'
'~' '*'l I
WA I
I
~1 I
.'I.'
I I
as Vldth 100< n/9 Ia Section XI Exam I
I a
Site/U~nit McGujire I~
Summary No.:
MX1.R.111.0003 Workscope:
I.-
'St UT CalibrationlExamination A11ACHmmN A PAGE 20 0F Outage No.:
Ml-21 Report No.
UT-.11.222 Page:
of e
o1-Probcdure Procedure Rev.:
Work Order No.:
~P0I-UT-2
'U
'01 952427 VCOdS
~
~198SI2OO0Mds Drav4ng No.:
MMF SSystemID.
NC Con onentID: INCIF-1615, i4mittiWons:
Yes
.See attached sheet.
-da Desciption: Pipe to WEE'O iL
ý I
- NC44 Q~W) '~2~\\?
- ize/Lengft
~NLA Start Time:
1324 Ticlcness/iaaneber ~SS I 0.= 1~1.5 Instrument Settings *Search Unit-
- .:- ~ ~ ~
~
~
~
~
~
~
~
~
~
~
~
~ ~
Cl
.T:::,,:**:
o:-
..*,/ime, Data*;*.*
Serial No.:
~
014738 CSetlNo:,OIkJ
- ,... eril
.o 0I&
k 0,*
- Manufacturer KRAUTKRAMER N.o-IiaCe.03 9r21M I Model:
'USN-6OSW Sz:-
.25 5 Sha e:
Round Inter.Cal Delay.
&. 1362 Range:
1.00.
Freq.
5 Mi.l Style:
Co _p - G....
- A:Vat
.12.S P.Ulsc*
.*qua
- .* --*o,:6.
of Elements: Single..
O~flp~fl
~'5 0'
Rct 0
M~Shear-Rep. Rate; Aauocdgb F1eqi :
esrdAgi:_______
Couplant Fltler:
Fixed hiMode PIE
.Wed Styke
'NSWOC Cal, Batch:
~09=.8 Voltage:
4U0 Other.
Fuliwave Te:
ULTRAGEL 11
'Ax.. Gain (IB) 44.5-ir. Gain (d83 NA Search Unit Cable Mf1g.:
SONOrECH Scee Di~v_.-1 In.of Sound Path Type:
,RG-174 Exm ath 093=
Linearity Report No.:
'-Lengitk No. don.;
ye LTAE I
Caib ration Block Scan Coverage Mf1g.:
SONOTECH Cal. Block No-*
50202 UpStrem.E.DowrtstrearlQ Scan dB: 48.0-Reference Blac
-Thickn
.81
,Da.
=
0W[3 CCO Scand8: WA Serial No.:.
802
.Cal. BM.Temp.'
78' Tenmp.'Tool:
UCNDE4OI130 Exam Surface:
R.A Comp. Temp-,
78 Tem=p. Tool:
- CNDE4010 Surfaie Cw:ondition As
- round R
d:n Yes 0 No Rt (if Yaj, Ref.Attached Ultrasonic Indication RepoIt)
'RGVaIb Accept C3 Reject f~j.
Info Q]
Cornmentks PUl nit Percent Of Coverage Obtained > 90%:
No ReA9*PftVeUa Oft, No Axial Orientated Search Unit LReflectorl Amltd %
Divis.jio Clrci*ifrental Orentated Search Unit Caibration Signal
- Sweep, Reffector Amplitude %
Division Smd Path Reference/31mulator Blolck___
d1 IRefiector IAmpltude % 1,ll~o Sound Path
-~-40.4 I NSDNI <~80 Al~ft.d'<~I.
[
I T
I SD
'I 80
.0'I I
I I
I Ir-I
.1
'1' V3/41..
3/4 I..
1w Width 100 nle ale Section )U Exam I.
6wanlerw Leve.ý*.~mpaw~~
Date D~7T
~
7 ate Examiner A
Zve
&A/
Sitr
~
Dt ieRve g~bmDt LealW
~AUIACHMEKT F
~PAGE ý I OF 51 DUKE POWER COMPANY
_re ai~:
~Cornponent/Weld ID:
iNCIF-1615 Item No: -MI.RI.1.0003 remarks:
SCNOSCAN SURFACE BEAMtIRECTION Due to:epoWE:,
[1LIMITEDSCAN
.1
[
lI~
2 cw.cw~f~rUA~
2 FROM L NIA to L N/A INCHES FROMWO CL to-Beyond ANGLE:
E£10 0 45 060 :.!r.70 FROM 0 DEG.to 360 DEG El NO SCAN SURFACE BEAM-DIRECTION FT, LIMITED SCAN E.. 1
[12 El1 [12 Elcw []cw'
_i FR IOM L
K to 1.
L INCHES FROM WO
_to ANGLE:
[0 E] 45 El60
- other, FROM DEG~to
-DEGK I"
KUNO.SC SURFACE BEAM DIRECTION ElLIMITED SCAN E1 E 2 Eli I[]12 [1W cw elwKK FROM L
_____.toL INCHES FROM WO to.,
K"K ANGLE:El0 [45
.[
60 -o.er FROM DEG' E] 45 60 oth
[O NO SCAN
'jLIMITED SCAN FROM L
_to L
ANGLE:
[00]0 [15JQ60 SUR-FACE Ii
[132 INCHES FRON BEAM DIRECTION 1l 1 El 2 [.
cw El ccw.
,Iwo
_to Urr-11-222 Sk.etch(.) attached
~yes ENo DEG 091211
]
Sheet 6 ofa l
o-j ktuthorized Inspector*:
D.**
K pate;
YIMd Noz1N91F61S seepolt-SI 70*o Suplementa A*I Son Cove Pipo-S2
£i M oe
.IPipe-6.2 Scale: 1" 1"
%1 COver~ai~eCalculations*
Sl,-7Pipe
.04 (100% of the length X0% of, the volume)-."
S2 = Pipe 5=
50%
(100% of the length x 50% of'the volume)
S3 CW
=
50%
, (100% of the length x50% of the volume)
S4=CCW 50%
(100% of the lengthx 50% of the volume)
Total
- 150/4 37.5%' Aggregate Coverage.
D I D: -te.
ie
-4 f r* 1, Page 7
.of
-i*:i * : i :*. i
Sumnmary No.:
MI.RI Woftwcoji:
UT-CalibrationlExamination All ACHHEOT A PAGE 23 OF7 Outage No.:
M1-2`1 Report No-UT.1t.223 11,0004 Bl1 Procedure:
Procedure Rev.:
Workc 0rder No.:
P\\0IUT_2 SE 0195U2W Code:'
19981000 Addenda
ýCa~lt..en:
R-MRI.fl Location:
Drawing No.: IMCF-I-NC4i4
==
Description:==
Pipe to9W0W4%PN WeLbt>14:
S Syrte a
C cz Componerri 10: AINC1P-16113 (j')sbMeiength:
WA ThicknesslDlameter SS/0_2811K1.5 Limitagona:
Yes - See attached sheets N
Star Time:
1128a Finish Time: ~1=1 Cal.
Time Date SerialNo.:
- 014738 Serial No.:
0IF3JT Checks,81 Wnuacww KRAUTKRAFAER Maode Intahea:r61'
/2*1 D0elay:
~
4.2M Rang:
_780-Freq.5~ ?Aft' SWyl comp -G inter cal.
1128
==2121' Nvd Cai~et
.1234 Pulser Square ExarmAngi:
.44
- of Elemients: Slng1,1Iner COL__
Daznpin
'500 Reject Shea F~a Al 1221 Rep. Rate:
-Autohlgh' Frew.
8 MHz Mieaued Mgio 42, Couplant Ffltw.
Fixed 4 Mode:
PE Wedge Styje MSWQC
-Cal. Batch:
090=5 Voltage:
450.
Other Fuilwave Type:.
ý,ULTRAGEL it Ax. Gain (dB)
NWA' 'Cimc Gain (dB):.
27.8 Search Unit Cable MIg.:
- CSONOIECH 1S s en Div.=~ -O5 In. of Sound Path
~Type:
RG-174 -Ee~th 92 Uneejity Report No.:
L-11-108 h
.,N.CnL Type;,
upWAGB a
.Callbrationfllock Paflcves dciC Cal. Slock No.:
50202 UP~taa Q Downsbean C] Scan dB: N/A Rfin BO Whcknea.
,0.281
, Pa:
K1.9 CW
~
CCWR Scan dB: 37N..8 Cal. a0 Temp.: 76 Temp. Tool:
. MCMDE40130 Exam Surface:
SeilDo:.802 Camp SrteConiflo:
A (rund Type:
ROMPAS Cm.Teow.:
TO - Temp. Tool:
~MC?4OE401130ý SuraceConitin:_nGoun Recordable lndlcatio.n(s):
Yes Q
"_g (i
(Yes.
Ref. Attached Ultrasonic Indication Report)
Results:
Accep*Q Rejeczt Info,.
Comments: Put, Initl Percent Of Coverage Obtained > 90%:
No Re
.%ewePreyvlous Data:
Nd Axial Orientated Search Unit
'Calbraton sgnal S*eep Sound Path C~rcumfearntlalOrientaed efaarch Unit Caeraton Signal sylp
ý
~
~Reflector Anplltude Division SudPt
~ID Notch 810 5.1.
I.38 Reference/3inwiator Block
'Gain SiSgnal ISweepI 6B Rfato mfd % I ON4810n odlW Pat 302 N OHIJ so 8.0
.eo I
StiwUnit McGulr I
KKs KSummaryNo.:
A.
MI.AI.111.0004 2W9*rOp UT'CallbrationlExamination PAGE aq r Outagel No.
M KKAK 21 Report No.
UT-11 43,.
I Procedure; Procedure Rev.:
Work Order No.;
E Code:
9SI200.
denda Catllte :
R-A.I..11 Loca.*ion.,.:
> :%Kli v
K Drawing No.:
MCn-INC44
==
Description:==
Pipe to V
-sr System tO:
we Component 10: INCIF-1613
,(lp-Sbza~lagl-A" 2 WA2K Thickeaaibieretegr 5510.2841.5 Umnitallonas:
Yes - See atbwAcId sheets Start TDme:4 1524 Finish lime:
11W7 Serial No-.
K'-
014738 Serial No.:
0103CM Checks'-
Manu~facturer
~
~
~
KRAU RJER Manufctnurew-K13A Initial CaL 0800 9=M2101I Caliration Signapl Stude I
OlounPt Reflectoro*I Am ltd %A Model:
K UNOSK2 I,
0.25 Shape:
Round Inter. Cal.
ID Notch.
so 5
Del8~
3.0163 ~ge
.750 Freq.:~ 8.0 MHz Stle:
Comp,- G tie.Cl12 1221 K'
K.__
I_ Ine.
I WUcabwat ~'.23
" Priaer Sq4uare 45 of El mentas Single ItrCa Damping:
S.30 W
Reject 1
0 Yloft LF!b2L Cafil L"
1 IM I
Rep. Rate:
AfatohitghK >Freo.:
Ali' Measured -Angle:
45 Couplant.
F~laI It&
Fixed
'Made:
PE Wedge Wtye:
MSWQC Cal. Satoh:
,09325 KClrcurfentlaOriehntated Search Unft 2
K~ltg ~
30 O~e~
U~aOType.,
4UiRAGEL I1 Calibration Signal Swveep Ax. Gain Cd 36.S Clmc Gain (dB)ý 1 3840 Search Unit Cable Mfg..
SOINOTECH Rflecor Ampl~lltde % ~2Division Sound Pathi I
ScreO*n lv.
=
.075 in..of SNd.ath
- Type, RG-174 I.D Notch 8D S..3 M.35
.Exam Batch:
- 09325, Linearity Report No.:
L-116Length:
- 6.
No. Conni.;
~
~
U1AE Calibration Block sca CaflCverae Mfg.:
SONOTECHI
~
Cal. Block No.:
K
",022Upstream J
DownstreainQ -Scan dB,. 48.5 K-KKK Reference Block Referencaj~lmulator Block Thlbldwea w K0.281 IOia.
K i CW 2 CCW R scan d S: 48.5 San2 K w e
.. l':
81k.
- UUpd Temp. Tool:
l.0 Exam a
N-800 Refiec;. rA m Div*-sion Sound Pat
.h
. C..
W. L e*
7 Tm u aeType:
RO MAPA B
Caomp. Temp.:
78 Temp.K Took M..
E "74013 Surface Condition:
As Ground 3
65 Recordable lndicatlon(s):
Ye No
~
(If Yes, Ref. Aftac'hed. ULtraeonic Indication Report) 1-Reut:
Acp 3
Reject
'14f0Q K
Comhmentar Pulse Width 1I0nist K
Initial Section;([ Exam Percent Of Coverage Obtijned > 90%:
No 9t4ewe4iejwDe:
N ExaSW i~~.
K'oor M.U V
!,D t
Examiner LeeWADt lnur WAK Datte' K~
Att LavK K/
[O~iw LavdWA K
K
~W~br.
Dae ANgnRalew WA,
'~
MPAE 29 OF:
Sitea/nit, McGuire I,
Sumnmary No-:
M1.R1.111 7 ~Workscope:
ISl
'""UT Calibration/Examinatlon 2"
'1:
LOC Procedure:
Procedure Rev.:
Work Order No.:
PDI-UT-2
-4 i 01S52428 Outage No.
MI-21 Repor No.:~ UTi-=
Page: -3 of 7
Code.:
19888200 Addenda Caitm:RAIi1Location:
Dcawing No.:
4-
"MCFI-INC44
==
Description:==
Pipe toSWOU iI\\JtrLý enz i
(,7 Component I0: I-'NCIF-1613 Stz*'
.NIA Thickmess/Diameter, SS10.28111-.5 Umntaons:
Y.es Sottached sheets"'
StanT ime:
1=3 lnsh Time:
"1537
!-til Instument Settings search Uniti-..ni.
cal TiAia rena.
Search unit,-
Seia No:0438S"N.:S0S Calibraton Signal ou~
o~dPt Man.Iurr RAIJTKRAMER Mauatrr G9ntaJCI 85g22=1211 elco mltce%
=
BudPt
____n UN_60 SWA
.w.
2 She:
.Round.
Inter..Ca...
ID NoI so 4
.81Tr De.ay.:
6.8797 Rs e
Freq.:
2.z mm
- s.style:
Comp - G
- u.
2 912212011:"
4>..
Wo Ca..el..
.1253 Pu*ser Squar Exam*Angle:
70
- Of E.ement Sing.le I
I Dampn
'0 RIe~
0 Md ha Final Col.
14 1221 Rep. Rate:
Autohlgh rq.:
4 2.25M~tz Measured Angle:
72 copani~t
~
Fiter.
, 'r wI Mode:
PE Wedge Stl:MSWQC Cal. BatduL_
9325
~
Circumferential Orientated Search Unit Voltage:
"450
>Other.
-Futlwave' Type:
ULTRAGEL B
,Calibration 7Skinal Sweep Sud Pat Ax. Gain (d!B) 45.8
,Cire Gain (dB W
Search Unit Cabi MIs.
SON0TCM
- Reflector Ampitude%
Divislo Sl<creen Div.
I>~n.
of Sound Path Typ:
RG-174 emBac:
035)
>>NIA 7_
Unearity Report No.:
L-1-.0 Length:
V No. ConrL.
a "Type:
ULTREL 11 4-Calibration Stockc San Coverage Mfg.:
ýSONOTECH
- .I Cal. Bkxki No.:
50202 Upstream EZ DownstreamE]
Sean dB:
45.8 RrrneWccRe~m~trDol Thicknews.
0281i Dia.:
is>CW[
CCW[]
Scan dB:
NIA ý 8062 Gain Sina
~sweepat Cal 81*k.
B Temp.:
76 Temp. Tool:
MCNDE4OISO.:i Exam Surface:
dB_-_Refl,_ector Ty...
% DiRduion Type:
2,. 8 1
Radiu*
80 5.6 1.00.
Coamp. Temp--
78 Temp.Toot:
MCNIDE40130 Surface Conditin:,
As Ground4 Raecodabl Indication(s):'~
Yes No (If Yes. Ref.-AttwAced Ultrasonic Indication Report.)-
ReuI:.>Comnments:
Pulse Width 220 nls Initial Section
)U Exam Pýerct Of Coverage Obtained > 90%:
NO Revriewed Prevloiiu Data:-.
M Examiarte ee 1NS Dale R~e'rSignature Date
- Laswa, Robert M.
C...92101_____________________
E~sie "Level,,
WA""
signature Date Site Rewdew Slgnature Data IVA.
Other LeveIAl WIA 4
Signature Data ANii Rarwlew
-Signature 4 >
7K 7
4 Datea t MA 4,
'7 42"'
- i* ::!
Q'Sleunit:
McGuire summnary Noý M1'Ri.11J0 Woilcacope:
I6I1 UT CalibrationlExamination A11ACIHMEtT'A:
9PASE2(F Of Outage No.
Mi-2i Report No.:
UTii1 1-2 Pae:
of~ ~
004 Procedure:
Procedure Rev.:
Work Order No.:
"NDE44O 0195=48~
Code:
~
,Is9 Drawing No.:
System tD-KC, Com~ponent ID: INGIF-161lS, V12000 Addenda MCFI-INC44
'Ca~l/tem:
R.NIR1.111" Location.
Descriptioc, 2tptý,!ýr
\\ 4!
~j~N~)N
'1
-4 Skife/agth:
NIA IThi -CknaaaiDiametac. SSIO.281l1-5~
Sta Tie:
im
~
nsh im:
123 btsfrumat Settngs
ý,qý Search Unit 3
Se"alN0.:
- 014738 Serial No.:
D21801 Ma aa~~
KFZAITKRAMER kbu~drrý,
KA InidWa Cil. [15091i22211 Model USN-6O SW s..
026 Sa Round I.ter. -aE Delay:,
.W92 Ranlge:~
1.00 Freq.:"
G.AMMA tye c~wj MUd Cal/Vef.
.14 Pplse 341ru0-Exam Angle:
0
- of Elernents: Single 1IntEr
'I, Damping:
>2 W50 Reject
'0%
Md:og.Final Cal.
152Is-~
0 Rep. Rate:
Autolti
- Freq.
- 6. MHz Measured Arge:
0 CoUplaflt FiltO:J 1Lxed Mode:
PE Wedge Sty..e:
nteg ra "Cal.
Batch:
09325 Voltage:
450 Odier Fulhwave
-'Typo:
ULTRAGS. 11 Ax. Gain (dB):
2,,*.04'i Clr.* Gain (dB):
NIA Serch Unit Cable Mf:.:
SONOTECH c.emiv.
-- 1 nI. of Sound Path Ty.pe:
RG-174 B
09328,,-,
UneawyRe:rtNo:.
Lo11-106 L engft.
- 6.
No. Conn.:
0
- Ty UL ui Calibration BlockcSa oeae~~
SONOTECH Cal. Block No.:
.o.one.. Upsbuam 0 Oowt*,,eant[I Scan dB: 26.0 Re*
Block Thicknes
.2BiM"K Dia.: -
CW0 CCW~a Scan dS, 26.06 eilN.
C11 Cal. Blc.:Tempr.:
- 76. Temp. Tool MCMDE40130 Exam'Surfae:
0..T Comp. Temp.:'
T8* Temp-. Toot UCN*EA-I3N Surface Condition:
As Ground Recordable lndation():
Yes 1 No O(If Yes, Ref, Atached Ultrsonic Indication Report)
- e*.
Accept*
ReectQE Info ED:
Comments: Pu:
Percent Of Coverage Obtained > 90%
Yes Reviewed Previous Data:
No Axia Orientated Search Unit
'Caliibrabon A'
Signal "SWep Soun Pat Refleocor Amplitude %
Division SW 80
'>28 M
.2 Clrcumferental Orientated Search Unit cailbration Signal 4,Sweep Reflector Amplitude % ~Division Son at N/A 4
I '4 4"
f renceSmulator Block.
GaIn
'Signal 4Sweep SudPt dB Reflectorr Am"lituide % Division VAK tee W~idh 100 ri/a tial Section XI Exam Exanm4ner Level -u..N, Daft Revi r
"e Data Ex~am nrReba t&
1,,,
,A 922=2 11
/
LevelWA Date SiteReview S.ignae
',Da.t Other Level VA.S:.
Date,; ANI-R.view...
A Data WA-
- : iil
- i !!?,......'.
Sitefurut Summary No..
UT CalibrationlExamination 1A1 AC NEWIT MAE 2'7OF5~
Outage No.:
m1.21 Page:
5 of
-V
.... +
nPl McGuire M13R.1.0 Procedure:
Procedure Rev.:
Work Order No.:
0P1UT-24 0195242.....
+Code:
+
19981000 Addenda Catitem:
R.ARI.l1 Location:'
Drvl)ng No.:
MCF=-INC44::
Descrption: Pipe to4WEEPeO-Ef aIýAI,' P
..'[*p-.
SystemlID:
KC Component ID:
IMNCIF-1613
.(.Y2 SIZOILwngU N1A Thlcrmess/D'a meter:
sslOm528111.
Umtlations:,. Yes. See attached. sheet*
S ie:
13247.
Firnish Time:
1326 Instrument Settng Search Unlit
-ol
- Date, Axial Orientated Search Unit Serial No.:
014738 Serial N o.:
01F3JP
-a~aln Sga wW SudPt Mauatv:KATRM
%ualr.MInitial CaL '08.0401 Rjco fl~bd
~wIo Model.:,USN.60 SW Size:
n..
Shape:
Round low. C:61.
IDNotch so0 4.7
.47.0 De.lay-
- 6.1362 Rang 1.00 Fm q Style:
Com p -G t...
1324 2212 I WO Ca.el:
..253 PuL..r Square
- of Elemnent: Single.
Exam.. A-ngle,+
W 61.
Damping:
SO5004 Reject 0%.
.4OOt Shear Rep.'Rate:
______h Freq.,
5MHZ-Mweasuaed PAge:
57 Couplent____t Rbur Autoig de:'
- edge Style:
MMWQC Cal. Batrh:..
09325cmeetilOtttd'erhUi Voltago:`
'W450~ -Other uiwv Type:
ULTRAdEL 11 Calbrtion
- Sligal, "Pe
- .So~~~oun Paath AxGan, (dB):., 44-5 Cimo Gain (d)
NASearch Unit Cable K~g:
SNiEHReflector Amplitude % Diso 1 ce
- 1.
.1 tin. o
-Souned Path-ypa:
RG-174 Emun Beti
ý00325, WA Length:
F No. Conn.:
.0 Te ULTRA -GELU Calibration Bloc Scan Coverage Mfg.:
sONOt:CH L,-
CaL Block No.:.
50202 Upstream Ea Do:WnramQ. Scan dB: 48.0 Reference Blotk Bloc0"k Thick.ess.
02811
- CW[
CCWQ Scan dB:,
A 80022 Gain Signal l S..dP.l Cal B.
Tenmp.: 767 Temnp. Tool:.+, MCNDE40130 Exam*Surface:
-N dB RefleOtor A,. pltuds % Division
-Type:
ROMOAS 4L SH 80 0
.6 Comp. Temp.:
78 Temp. Tool:
ACNDE4013O Surfae 1Contdtm.
Ground
]
r'oite Cco Yes F)
No 9)
(If Yes, Ref. Attached Ultrasonic Indication Report)
Remil :
-Accept Rqejct W Info M Coinmfenta Puma Width 100 nla InitialSection XUEkam Pecentp OfCoverageObiedw
-N 90:
Reviewed Prevous. Data:
No Ewnliner Level Il-Signaturs Date Signatuire Date Leater, RobertM
.9122(2011 M
/0
/Z -:i E)Orntine Level*
IA Signature Date SteI:+eview V Signature Date N/A Other,.
Level A
Signatur Date NLII ReMew Signature Date PUA
PAGE 26OF DUKE POWER COMPANY ISI LMITATION REPORT I
1~
('r.mnnngntflRlgald Ifl*
INOIF-1613 Item No:
Mt.RI.1il.0004 remarks:
NO SCAN SURFACE BEAM DIRECTION Duetocieepe'et Li.LIMITED.$CAN 0
i2 1i Z 2 Z cw, 0 ccw 2configurau~on, FROM L N/A toL 4N/A INCHES FROM WO CL.
to Beyond ANGLE:..[10ED 45 *60 other 70 FROM 0
DEG to 360 '!DEG" El NO SCAN SURFACE BEAM DIRECTION '.:
-'~LIMITED, SCAN 1i
[2 Lii E]:2 [1cwý lýýccw, FROM L to L________
INCHES FROM WO to TANGLE:
4
- 1.ý'El 45 Li60 other FROM
.--DEG to.
- .DEG i::i:*:**
E:i:i{?**::*
.*i,';*.':)
4...
4;:!
iiNOS~CAN SURFACE' BEAM DIRECTiON F-1LIMITED'SCAN
[] 1
[F4442 Di
[2El2 [1 cw.i~
E___,__COW_
FROM L
____to L4 INCHES FROM WO
_____to____
ANGLE:
nio 04 45 060 other
FROM DEGto DEG
,i *MNOSCEAN LiLIMITED SCAN SURFACE E
INCHES FRC BEAM DIRECTION.
Eli [2l2 El cw 0ccw
)Mwo to FROM...
DEG to __.
4 DEG UT-i 1-223 g.
Sketch(s) attached
.FROM L.....
to L ANGLE:
QiO:
El]
5.
60 ot E yes ElNo
- Prepa~redBy:
'Robert Lester*
uateý - - -6 Sheet,,-_,of 7 T "'! ",......
R-.e e B
,r e
spe ct........
442.... -*at:
,ReviewedB)
ýffiodzed lhipector:
2444.
- Date!:.
inJ inc~
Sweei~o1&S1 Pipe-S2, A~ Scan C~e
~45O*
GM "..
Pipeý-S2 Scale.: I=V' S1=Pipe S3 =CW S4=CCW
- Total,
- .overage Calculations 0%
(100% of the length x 0% of the volue) 50%0 (1 00%of the length x 50%of the volume)'
=
50%
(100% of the lengthx 50% of the volume) 050%
(100% of the length x 50% of the volume) 1=50 /4 375 Aggregate Cvrg 55 i:i!*i i*i{!,: :: : :: !!*i: *.
Insector Date:i ag lf Page 1 of 7 iTiiii!.ii*i
eAGE500 A-
- SbEnltciit Mceauira Woulwcope:
LUT CalibrationlExamination 16 I9 Ptocedae:
Procedur Rev.:
Work Order Ho.
PDI-IX~2
_0119523387
~Outage No.:
M1-2V Report No.:
Ur.1..211 Page.
1 of, SI Code:
19912000 Addends Catnltern R.AI.tl.6 Location:~
DarVN,.MCPI-1N174 Descrition. Pipe Butt Weld to Reducer System I HIn Comp~onent ID:, IN"23-1 r.,
,V~
S~ze/Lengtlj 11 Thickness/Dlameter S G9/0.28I IS' Umintabons:
Yes Sao attachd shwat Stan Timne 1341 Finih Tme:
141
'nstf~ument Settings, i
search Unit; Cii oa.
Axioal Orientated Search Unit.k,
~Serial No.:
023DP1' Sera No.:-
WZI9O1
'Rallecto Manutecture-;
-it cal.
-00 912___
Relctr Amp~ltude %
Divsion f model:
USN 60 $W Size:
.25 shape.
R ound iner
__l N!A Delay.
63?447'
~Range:
1.0¶,
Freq.:
2.25 Mz Style:
Comp. -.
KVU CWa:
.1230 Pulser:-
Square ExamAngie:
4
- of Elements: Singjle I Itr 150
)121 0amp~nqg 60 SO' Reject 0%.,
mode:
,shear
-ou la I n Re.Rtie Aurtobigh~ Freq,*
2-UMHz Measured Angle:-,Culn Fitr ba oe PE<
W~dgB Styl:
- MSWC, dal. Batch:
0"325 Circumfferetflial Orientated Search Unit~
Voltage:
450 Other.
Fulftwayo Type:
ULTRAGIELI H Calibration Signal Sweep A)IL Gain(dB):,
N)ZA~ QrocGain (dBY.
261.3 Searth Unit Cable Mfg-:
SONOTE-CH Relco Amp>$~litudeJ9
%6 Ollsion
'Clr Notch so
.5 35
',.Screen~ Div.
--I In of'
~Sound Path
ýType:
RG1.174 Examn Batch:
09325 Unearty Report No.:
L1.1-104 ScnN
~
0 Ty*
ULTRAGIEI it
&:an Coverage M6g.
'SONI4OCH Col. Block No-50202 Upstrwm Q DownstrwnC] Scan dS: W/A Reeee Rereclnwtrtok' Thickn sS 0.28 1 D4Le
- 1.
CW1 6V
- CCWR) Scan dB: 32.3 la~.:
'97W Galn
',t~ Signal S'
Sound Path 72 emp ToL~MCNE403S~
m SelalNo:
9.5dB Reflector lude %Division Ce.
em.
Szrac
__________Ty*e ROMPAiS 26.3 1" Radius 90 10.0 1.1-Comp. Temp.:
72 Temp. Tool:-
MCNDB4O133 Surface Conrilon:
As Ground Recordiabie Indication(s):
'Yes 5 No'
.(IfYec, Ref. AteedaýUltasonlo Indication Report.)N Ftsm
- Accept, Reject 0Info C)
Comments: Pulse Width 220 nis Percent Of Covrage Obtained 90%:
NO Reviewod Prvious Data:
Ye momllsJacob 9)4ilI ii Examiner Lave[
- 1AI re/01 sow"___________Date________
Other Level wA slgnbe ae AN1,fR&AW Sint.
Data~'-
'Ný
~A11ACHMENT A P
A 6E -3 F ~5, 4 4 Summary No-:
N4 ~
woftsoae IUT Callbration/Examination Mc
.ure.L00 Procedunwe PdkU*#Rt Wodc Ordm* No.-
PD-T2 Outage No.:
M1,21 Pageý 2 4 o 01 4 Code....
"19'98=00 Addenda Drawing No.:
MCR*;IN*T4 System ID:
N 4
r 44
'CompoaienttC6`A1231-1>
4N Urialm,7
&3-Seatce sheets caL/Item:
R-A.R..16 Dcescription: PIpe Butt WelIId -to Reducerý Loca5on
""4" 4~4"4.""
44<~N4 N
4 4.74444r3/4s44444NA"""4" 4444 44 N 444444 4
4444 4
44 444 44* 4"
~
Size/Length: :
N/A.
4 4
~
"44i~444 4144 N4444~<44. 44 StartTime:
"1350 "Th~ckwas/Olameter" SS 10.281 /1.5.
Finih 7me "1418"
>~ 4V~"' Set~gs Se~ht~uftCal.
"fTime Date Serial No*
OZ3023DPI" Se*a* No.*
DNL3 Chec-s
____________________E Manufticturar 444 KBA initial Cal.
0U4 9121/201 Model:
USN 60 SW Size:
1 0.25 Shape:
Round Ik 2
Delay. 4 L.7447 Range:
1-0)
Freq.:
2.2S Mt Stynlte Comph G
inter..
O C
O199= 11 WU"M',:CaWel:
""":.1230 i !Pulser:
\\
Sqiuare ExamAngle:
4.i.
- .ofElenmnta:Sil
.- Col...
-:"i "..:* *Finial Cal.
5 I -110 921211 Daminpng:
Soo____RejOct; 0%
Moe SHEA Rep Rate: ""Azztohigh Freq.:
2.25 MHz Meaure Agle:"
- Couplant, Filte.F.ed Moe:
PE Wedge.Style:
.MWQC, CaL. Batch:
09G,5O Voltage:
450
""Other:
Fulhvavo I I Iyp:
ULAGLf" AX Gain (dB)" 1 "29.0 Cir. G3ain (0):"
N/A Searh Unit Cable Mfg.:
SONOTECH
.1cee
ý-
In. of Sound Path' Type:
RO-174
- mBc, 092
- 6i~~~~~~o~~i*:~-
62?':D
.:z
- i m,:*:
Batch O0mm e:
09326 Linearity Rep!ortNo.:
L-11-099 Lengfth:
No. Conn.:
0 Type:
ULTRAGEL" Block Scan
.Coverag0 Mfg.:
S HOTECH Cal. Block No.:
4" PD14JT-ZA-M Uptem& Downebreamng Scan dB: 35.0 pstrea Rferenoe Block Thigcknesv4
.375-1.2 4 Dle.:
Rapit CV Q CPWQ Scan dB: NIA "4
-~~
Serial No-.
949 CaI" Sic Tem~p.:
78 TaTmp."ToL. 4 M~03 Ee urface:
O.D.
- w.
R PA Comp. "Temp.:"
78 Temp. Tool:
MCNDE4Cill "Surface Condition:
As Ground Recordable In~ins:
Y~es Q No,
If es Ref. Attached Ultrasonic Indication Report.)
"Results:
Acoapt Reec
- 'In*
Comnments: Pul Percent Of Coverage Obtained >ý DO%:
N4O Reim~ed Previou Oete "Yes Axial Ouientaet~d Search Unit
'Calibration Skgnal
-Sp Path Reflect or 4"Ampbitue'%
Divsion 44 n
-375' Notch 80 5.3
.530'
- 'L,*'
Jm * *.* *'*
C~cunernta Orint SerhUi lRctnierentcalSOIentated SBaock n
Cali~it~i Signal
$44 Swý Sound Pa
[]B R eflector j
Ampitujde %
Divison t
4!
23A 11' Radius 10 1.0-Isa Width 220 n/s Examhw" 4 LevffMDteRar,"
lhbr Date Examine Level WA 10-1 Date nab Re 4""
v" Date X/A, 01 "
LvlNjA 80010 Da u
AIt eviewm lnb
~
Date MIA4
P AGE32-OFS Summary No.;
M1.RI.
Worksco~e:
UT Calibration/Examination I
16.0909 Procedum:.
Procdure Rev.:W.:
Work Order No.:
PDW-T-2 E
01932M8 Outage No.ý M1i.21~T Report No.
UT-11-211 Page:
3 of 6
CatA~n~
~Coda.
Druvmrng No--
Componnt D, I1Ni31-1 Limitatons:
You See attac 4=00 Addenda MCFl--1Nf74 Desaliptio Pipe Bult WeWdIt Reducer:
LOW=io wed sheets Slzelenlth WA
~
ThicknesstDiameter SS I.23111.5 Siart~ime:
~1400 ~C Finish Tune:
1418 Seria No.:
Sefi gsSe rc Cal.
Tilme
.Date Seia N.:02D"~Serlal No.:
01113JO
-Checks Cali Manu rturer.
K GE
.anufa&ul.
KBA Inilial'Cal 0834 t9121112011 p'1 R,
Model:
USN 60 SW S.ze-
.25 Shape.
Round Inter.Cal.
-375*
Delay:
5.6609',
Range:
1.01 Freq.-:
'225-iif, M
"StylL, Conp -G Ine a
35 1121
..I... Cal.Vel:.
1230
- Pulsm Square Exam Angle:
60
- of Elements, Sinle Inter. CaL.
Rep. Rte:
Aitohlgh Frq..
2.25 MHz leasured Angie*:
.0 Couplfnt Filter__
Fixed__
Cal. Batch:
om s Voltage:>
450 C.
Otter FulNiawi Type..
ULTRAG4EL 11 Calib Ax.Gain (dB)ý 36.3C Clr&Gain (dB):;
-WA, Search Unit Cable ftg:.
SONO.ECH Rail V Srs iv ~.1 In.~ of 8~~
P ypae RG-174 r am Batch:
Oil=~
iUnearity Report.N**
I.-11.0, Legth:
Ir No.:Conn.:
0 T,.
iiRA
.11 Scan Coverage Mfg.-
SONOT-tC*
Cal. Block No.:,b PD4JT-2A-M Upstnaam J DovmstrieraEa Scan dB: 42.3 Referen
- Bloc, ThickeasI
.375-1.25 Di.:
Flat CW ccwr-] Scan dB: WA Gain Serial No.:
97-5590 Cal. Bllc.Teri.: 78 'Temp.Tooi:
MCNDE4OI3 Exam Surface:
O.D.
Type:
ROFAPAS Camp. Temp.:
76; Temp. Tool:
MCNDEI0S Surface Condition:
As Ground Recordable indication(s).:
Ye's Q]
No, (If**Yes, Ref* Attahed Utsortic Indication Report.)
Reslts:R Accept E]
Reject W Info Comma n:
Pulse Wldt Percent Of Coverage Obtained 90%:
No~
Re~iewed Prq~ious Data:
Yes Axial Orientated Search Unit rationi Signal SweeP Sound Pat actor Amplitude %
Divison 6c 0 f 6.74 IK674*`
Circumferonia Orfentabod Search Unit I
IExaminer LevelI
"'Dat Relere Sintr Dabsj Examiner Level NI Signature Datel Sit& Review Signature Datef Othr
~
L,-ei WA, SPgignture DaeANII Review Signature Date'
PA6E_3S OF 55 Summaay No-*
Worksoope:
- CallbrationlExaminatlon "I
MI.RI.16.0009 Is.
Procedure:
Procedure Rev.:
Work Order No-POWDT-2 Outage No.:
Ml-21 Report No.
UT-1 1-2111 Page:
4I Of a
Code.-
19991200Adden~da Caimttein:
R-AFRI.16 Lc onrawing No.:
MCFt.1N174, Descrtptbon: Pipe Butt Weld too Reducer Component il: '1N1231-11 stzeLagtt: ~'
WA ThicknesDiaeb.-r SS/0.28111.5 Umitationas Yes - See attached sheets Start72me 41 FiilshTime:
141 lnstrunant Settbings, Searh unit Cl Serial No.:
023DPI Serial No.:
- 0oDCC7, Checkshl Data Manufacturer:
___________E atfczw B
Initial Cal.
0eS4ý9/1101 Modet
~
USN so SW Size:
10.25, Shape:
Roud Intier. Cal. __
Delay.
6,66119
',Rage Freq.:'
2.254t UIz Sjýeop
- G ini--di 14099 k
9121/2
~~l~TU~~a~el 123
- ofar""
Sur
~7 Elements: single Cl Oampln~
'~60'~
0%J mode
'SHEAR FInall Catw1e 92121 Rep. Ratm' Autohigh Freq..
2.5MH
,~ Measurenl:6 Couplant
______ :Fxd
ýMode:
",Wedge 8tyla.
MSWOC Cal. Batch:
.10i~
Votse 40.
U~ec Fulwa~u
-TYPe:
IJLTRAGEL a Ax. Gain (dBX 44L6 Cinc. Gain (dB)
W Seach Unit Cable Mg:
SONOTECH IScreenDiv.
15
. of Sound Palth Typer RGIT74 Bm atdL.
o~
UnaiYRpr ~:-L-1 104 LNnth Con-Type:,
ULTRAGEL: 11 Calibriaton Block':
Sio coverage.
SONOTECH Call. Block No.:
'PDI-Uje-2j UPstream 0 Dowstpaq~ Scan dB: 52.6 Reference Block Thdnese:"3525 De:w Flat EW[
CCWNQ Scan dB:
W/A No 950 Cal. Blk. Tem'Z~ \\TrP. Tool:
MCNDE4OS xa ufae Ssiio R7OM O
'C~np. Temnp-,
78:. Temp~. Nod:
MCNDSJO13S Swrface Condition:
As Ground Reoraeldlc~ation(s)f' YsQ N
(If Yes, Ref. Aftetaced Ultrasonic Indicton Report.)
Results:
Accept Q Reject. 2 Info C Corrunsnts:Z Pul PercentOf Coverage Obtained> go9%:'
N R.eulewdPreVkous Qata.y Yes Axia Orientated Search Unit,_
Celbration Signal Swoeep Sound Path
,-'Refledor A mlitude %
Divison
-137V, Notch 80
'5.71
.87" Circumferential Orientatad Search Unit C.Waliduln Signal Sweep SoIudPt Reflwtctr Arnpliti.de %
Divsion Referance/Shllulator Block
'Gin Re' gnal 1Y Diiso 2 -a 1,u 1 1 1
i -,
I
~eWidth 220 rils
'Exminer LOMIt IM.
HokllaJacob"
-E*nlhw -
W Other
~
Level WA" W4A.
A11At:BMENT A~
PAH a
{~F ~55 IST LIMITATION REPORT
.C omponent/WeldlD:
r1NI231-1 Ite*m No:
MI1.R1.16.0009 remarks:
NO SCAN SURFACE.I BEAM DIRECTION, Lift off due to configuration 0LIMIfTED SCAN 1l 02 0:-"1 O2OcwE CCw
~FROM L N/A
~to L N/A INCH-ES FROM WO 1.7 to Beyond ANGLE:
00
ý 45 060 other, 701_
FROM. 0 DEG to 360 DEG NO SCAN
- SSURFACE, BEAM DIRECTION LIMITED SCAN El 1 0'2
[__i 1 25E1cw[
,Cc,'
FROM L
____to L___
INCHES FROM WO
___to ANGLE:
] 0]45 060 other FROM DEG to DEG.
~O NOSCAN SURFACE BEAM DIRECTION OLIMITED SCAN El I' i
[1J2
[Ji EJ2l ED ccw FROM L
____to L
INCHES FROM WO to____
ANGLE: :fl 0
45 El 60.
other FROM DEG to DEG l -NO SCAN SURFACE BEAM DIRECTION
[JLIMITED SCAN
[I El Z
0 2 [3 cw 0 COW UT-11-211 FROM L
_to L
.INCHES FROM WO to Sketch(s)attached 4
ANGLE:
EJOO 5 [160 other FROM DEG to DEG 0ye 5
No Prepared Byr Jao R,;
1..
.'AE Date:
DCT2N of Ja ob l.Epils 01/1Sheet,5o Reviewed By:-
Date:
/
D Authoized Inspector:
Date:S
MLRI.16.0009 w~Is2rn1~1 Reducer-S2 pipe,-SI Total Exam Volui6e'.l7sqn Limi~ted Area=.O5sqin.h-.
Obtained=.035
.035/1.7(100)F=20.6 I
Scale: i" = i" Coverasze :Calculations 4 s 1 Pipeb, 50%
S2 =Pipe 20.6%
S3 =CW
=
100%
S4= CCW, 100%~
Total
=~270.64
( 00% of the length x 50% of the volume)-
I 1 00% of the length x 20.6% of the volume)
(100% of the length x 100% of the volume)
(100% of the length x,100% of the volume)
-67.7
%;Aggregate CloverAge Inspodor1~
I~ Date OIJT- /0- /0
-I I f -
papgk Of
7
~ 1/4~. IJTC.
~'AIACHMENT A PASE 34 OF 955 11bratiorA&MIfilwao"'in I a, PMmwur4
.wta M1 Dnvbw lK R~c f~iL.
UEflMa 46 0ciad
!I~
I'l 1
cie.W pg ae9S1~
m"WC
~
2 Ma 6UlWQ)VAwtNoj.
LA4alo LasiU o.w Ca DlodckNo.
L Eaim DOA,ýa Sctm ft cwfia ooiV af~
(Wy. fL(
~~AJc, T.bw cm
-1 FbIllsh Tbma:
law A" oftntgod s".th unit Rviffeator Aa*wd gtý_ý.Wftm 80
ýUfflt
&few gound CB Sowtd fth 1[6 PUA ow rim WA
UT Calibratto<
mlnatlbon Pmoedw PM~
IN4 Code:
e__________
m ifi wal 4yd M.
-80 Uat.%d pho~tq Ictw.N
.1m6
~
gc*
~
uvz~u I
fEgn o~ ~
7 I
- f.
Am_
Ua~~No~
d PDMMIT2".
~ ~~wsg:
~cw[
Oww[
8cmdm wAq
- ~ ~ ~
~
~
~
~
~
~
n ft;tr aas I sulftm Camp. Th"P 82 Cm'41kn.,-
ý 2
- &RtjwcwA Rseae~~~i.
M ~ ~ n s g Y s 0 l
inkL b ~
s u c a~
u a Rseub Mcs t~
Raeajj ~ ~bA f 6m m ATTACHMENT A PASE 37 OF.5-Report No.
UT-11-19
~s8 S
-1 A
'Summary No.:
Wc~kscpe:
UT Calibrationpamination P ~ASE3F OF Outa~ge No.:
MI-2l Report4.No.:
LFT-11-193 Page:, ~34,
- o f cGulre I
MI.RI.16.0025 IS' Procdure:
ProcedureRev.:
Work Order, No.:
PDI-UT-2 0195260,3~i Code'
.*Drawing No.:,
System ID:
NV Component ID: INVP$88-1 199820900Addenda Catiitemn:
R-AJRI.16
==
Description:==
Reducer toPipe Location:
MCIFI-4XVITS S1ze/LengU~.
umlltader=
Yes -Sea attachaed sheets 4.4NIA ThicknsIieSDiamet SS 10.3441.0 Sta9S0me 09 Finish Time:
~1005 Sattings Separch Unit' Serial No.:
OOTJXTI Serial No.:
01S
ý.
Manufa3cbw. 2 KRAUTKRAMER Manufacturer.
KAE Modul:
US"-O Size.
.25 Shape:
Ro~und SDe~a 2,74A353 Range:
I-
-Freq.:
2.25 MI*
Style:.
Conl>-G.'
M.. CaWae:
- ...1276 I*
Pu.se High Exan Angie:
760
- ofEle*yný Single Damping:
1K.
Reject:
0%
Mod Shear Rep. Rate Autohigh Freq.:
2.25 M~z men"re Angfle:
8
- Filter, Fixed Mode.
.PE Wedge Stye:..
MSWQC voltage:
Fixed4 4Offelr Fulhvave Ax-Galn (d6)* **60.
Ci.rcGain (d8):
WNA -
Searcl Unlt Cable I~ Screen Div. =
.15 in. of Sound Path Tye RG-174.
.Un,,,Report No.;
1Len.th:
No. Conn.;
0 Calib o
lcrai**on B
,,can Coverage Cal* s*ock NO.:
Po.Wr-2A-M, Upsream Downstream Scan dB: 60.4 Thckness:.4>.375-.425.
Oile:
FtCCW[J Scan dB: WA "Chec" a j
4 initea. Cal."W
'Final Cal.
103
/W 21 CaL Betch-:.
0932S Type:
ULTRAGELI Mfg.:
ýSONOTECH Exam Batch:
6932W Type:
ULTRAGEL U Mfg.:
SONOTECH Rdeerence Block Serial No.:
97-5590 Type:
ROMPA&_
li 4 Aadl OrientatedSearch Unt 4
,Callbr**ion Siga Sweep Sound Path 4Reflector-Amplbitde %
DKvlýo
_IA Cbcwferaneutla Or ton Seaochk ni Gabation Sa Sweep ]S.~t daIReflect Ampitude %
Divis 1on 4~N/A.
Reference/Slmutator Block
- , ;
- i * :
- i: *i CaL BlkýTeni.: 75 TnpTool-
.liC01546131 Exami Surface:
O.D.
-.69 compT p
69 -Tenp. TooL: "CNDEIO13l
,,SSur*ice conditin:.
Aa Ground Recordable dicatn($):
Y*-* 0 No*
f.es, Ref. Attached Ultrasonic Indicaton Repo*it Resultu:
Accept
,]
Reject2 WnfOE I3&44 I11'Radhinm.
so
~I~4.~A.7 '~44iI to-so 1
4 1
Ix I
1 I I
Commenlb NIA
44 PA6f.3 OF 5S
'a, DUKE POWER COMPANY 1S.
MITATION REPORT lComponenttWelIdD:
iNVP88-*i *Item No:
MI.RI1.6.0025..
remarks:,
NO SCAN SUFC BEAM DIREClION Valve 4,94 socket weld E] LIMITED SCAN
[3 E 2 C] I [K2 0.,cw 0 ocw
" configuration. See attached FROM L '.N/A
, to L N/A INCHES FROM WO CL to Beyond sketch.
ANGLE:
DON 45 Z 60 other 70 FROM, 0 DEGto 3"60 DEG ElNO, SCAN SURFACE BEAM DIRECTION
[LMiTED SCAN El2' O'2 cxwO F____
ROM Lto_
L INCHES FROM WO
______t a'a:
ýANGLE: >E] 0 ED 457 El 60 other,.
- FROM,
.DEG'ý16
.DEG,'
El' "NO SCAN
'~SURFACE BEAM'DIRECTION a
LIMITEDSCAN 1
2 E
[]:'2 [3' E
cw.
FROM L" toL INCHES FRO O
to
'ANGLE:
ED 0 >E] 45 El60
'other FROM
-,DEG to DEG
'a
, a
! i.i El NO SCAN
!fl LIMITED SCAN FROM L toL 4
4ANGLE:
E1.0 1' 5
0~,o SURFACE 1
02INE INCHES FIR BEAM DIRECTION El
[:12 lEl CW
- cw J/:)
UT-1 1-193 M WO
.to FROM DEGto 46 DEG Sketch(s) attaChe ENo her 0 yes Prepare By*-
David~
'ReviewedBy
Summrnay No-: MALRI 6.0025 Excaminer.,ur DWA KK Other VIA Commnt:
SuppIemeAJ Report All AHMENT A PAsE qo O'F S55 Report No.:
LJT-11-193 Page:
5~
of 6
Data:._
Level:
.I-N Level:
WA Lv I:
A SwRevievw AflII Revmwwt l
l 1
11 Skekh or Photo:
7ý;1d., c'd-I iro"r
<A 7o Zý.-,
,- itelUnilt McGuire~
Surmuty No.:'
~MiR1.16.00 Workscope:
8 Determination of Percent Coverage for LIT Examinations, -Pipe Produre:
NPD.-UT-2 Outage No.:
' MI-21 25 Procedure Rev,:
E Report No.:
UT-1.193!
Work Order No.:
- 01952603, Page:
6 Of "6
Scan A
% Length X
% volume oflengthl/ 1 00 -. :total for Scan I Scan 2 Length X
'_________ %volumetl engthl00o= __
%itotal for Scan 2.
Scan 3 100.000
% LengthX 50.000 0/o
.;e oflenglh 100&
B.000
% total tor Scan3 Scan 4 100.000
% Length X 50.000
%volumneof lerlh 100=
M0000
.tota.l' V s 3,
AddtotalsanddMdeby#scansm 50.000
%totalf* r45deg 4+
Other den -
70 (to be used for supplemental scans)
'The data to be listed below Is for coverage that was not obtained with the 45 deg scans.
Scan1
.I.Do00,00 % Length X 0.000
% volume of length 100 0.060
% total for Scan I Scan2
- 0.o0
% LengthX 50.000
%volume oflengthl100
- 50.000.
% total for Scan2 Scan 3
_ %.L.ngthX
% vo. me, of lengit 1100+
.total forp car3 3
Scan 4
% LengtihX vo._..
%volume oflength 1100 total for Soan 4 Porcent cmnletW.gverM" Add tota.s for each scan required and dMda by I. of scans to determine:
3T.500
%Total for co..let exam Site Field Supervisor:
4
'A,'
Date:
4A74Z 4.*.
Summary No..
M.I
-UT CalibrationAm iination
'ANVAcu mj~ A P AU6E NýqZ F
Outage No.:
MI-21 Report No..:
1711-6 page' :1KL:.47>
16.0031 Pmocedunr Procedmi Rev.:
Work Order No--
PDW4JT-2 Cod(Y.
199812000ddenda Drawing No.:,
MCF~iI.NY53 System ID MV,2 N,
Compone~nt I'D-" INVIFW53-27 LIMU2110rW Yes-Seeattached sheets Descdpto VALVE TO PIPE
-0 18528 lilA
~Thlccn/iazieier.
510.'462.
tart TiMe:
1101 Flnishlrime 1132 SzaiLengthr un Norument S:tn*
Sea.rch Unit.
Serial No.- :023.K3V S.erial No.: "
Check,'
"jtj D
GEManufacturer_____
Iiduel COL 0705 91302011 Model:."USN6 6SW Si ze:
oShoa:
Round Deawy T.1469 Range; 1.2..
Freq.: N 2.25 MHz.
S UomL 1100 912011I MU: Ce+!;
+++. +
Exam
.12 Angle:
45
- ," oaEl.ment.
.single t.r. Cal.
Damping:
N 500 Rejet:
0%
Mode:
S-
-o.*oFInCaL, 1405-Typ20I.01 Rep.:Rate:
Autohfigh Freq..
2.25 MHz Measured Angle:.
44 CoTplant F
r x..
Mode; P
aWedgerStayolo 1111 C Ca. ac09325 votg:
450
~Other.
Fu~Wave Type:
UL1TRAGEL aI Ax. Gain CdB[
31.2 an-- Gab' WB A N erc Unit Cable Mfg.:
"ONOTECH n-i
-125.,* 2*.
- f:
S".
d Path, -
y.
RG-1 74.....
LnaiyRprI o:610 Length: -
No.pCon.:
- S iye J7AU lbrtonlc Scan Coverae
.Mg:
SONOTECH Cal. Bl" No.-
82780411 W
UPSbflC] DOnWrIM
&aIfl8 Scan dB: 35.2 Tblbuwsw--ýOA6-Teference Block
-T
- .7O.:*.a
- Dia.:......
375 CWD CCWO Scan dB :iA Se..Al
+
N Cal B.L.. emp.: 77
.Temp. TooL. I a....
- 0.
No.:
.PA S COMP. Temp.;: -78 Tamp. Tool M11CNDE4613S SUtfa r:oe _ Co.dftin:
As Ground T
R+..-:S Racordabbe Ind lcation(s):
Yes Q.-
7NIo S5 (If Yes, Ref. Attached iltrasonic Indication -Raom t.)
Results.*
Accept Q Rejec*+
Info C]
ComI ment-Pu Percent Of Coverage.Ob.ined >'go%:
NoAt::
++I C"
_______________*+;*+Q:,*+:I
- e+tswmi Pauvi Ua' CealfixatonN 1 Sligal SWOOP> Sound Path Refecor_
mpitue_
DvseaioUnl Circumtfr*a l*aI Orientad Un Sllbradon Signal Sweep Sound Path Rdeteeor jAmplitudle %
DMsiorn N
ernce/Simulatorlock
~
N 37.9 FSDH 54
8 1-(r N N N
~
N N
NN N~
N N
Summary No0.:
M1.11I.t Woftcope.
5.0031 Procedure:
Procedure Rev.:
Work O*dei.No.:
ation.
~POI-U1..2 01882 Al IACHMEOT 'A Outage No.
HI-21 Report No.:
Ur-1 1-206
- p :.*
I.
!:::: :::/
Page:
2 Of I
Code:
P1998r20@0 Addenda Caitn:RAR.6Location:
~
Drawing No.:
MCIN5 Desriptionl: VALVE TDPIPE System 11?:
NV4.
<.V4.>'V Component ID: INVlFW53-27'
'Sbzeiýegt+/-
NIA Thlclcnessl~ameterS I OA.36 12-04 Urnitaflonrs-Yes - See attach"d shoats Stan imtbe:
1111 Finish Tine.
1132 c
~Instrument Settng$
Seardi unit C
.YSwlaNo.
023K3V Serial No.:
D.F3..5 Checks Manufacturer GE Man a~cture.
rCBA n
Cl'71
=
I Modi:
USN 60 Sw S17e:6
.25 ShaPe:*.
Round.,
inter C
- l.
Detayr 5-90S
'Range:
1.75" Freq.:
2.25 MHz Stye Climp-Gol V1
~Cal/VekI
.I34 PuLser Sqwaasr ExmmAnie:
U
- o1Ekientz:Single iflter.C5Lwiý Dampng:
500 eject________
Mods:
S..e..r....
Re A hih
-Freq.:
2.25 Mh4z Mmrea Angle:
"Couplant Filter Fixed Mode:
~Wedge Sty~e:
MSWOC
'Cal. Batch:,
032 Votlage.
45
'Other' Fu~wave Type:,
ULTPAGEL 11 A
in (dB)(:t B
42.9 Orr. Gain (dB.
MIA Search. Unit Cable Mf.:
SONOTFCI I
Sme w
.- 17-5 In. at',_Sound Path Type:
RG-174 7Exam Batch:
09w2 SUna*aray Rpo&Na.:
L-1 I -1010 Leni:*f Ir No. Conn.:
0 Te Calrto Block Scan coverage
'ýMg:
SONOTECH Cal.
Block No.:
o8279-0411 upst.e. m 0 Downstream: S]e*an d8: 43.9 Refrerenc Block Thidwesa OA36 Dia.:
7-375 CWOj CCWQ Scan dB: N/A
,SedaINo.:
-800622 CaL I~k.~T69Wg
- 77. TernP.Tool:
MCNDE40135 Exam Surfae.-
0.0.
Tp:
RM Cap.Tep.
78Tep.Tok MCNDE40135 Surface Condition:
As Ground' Recordable Indlcationja):
~YOS 0 No EZ (If Ye9, Rdf. Attched Ulteuornlc IndicataIo Report~)
Ras4JItse, AcceptV 7Re~ectj 2
nfo 0 Comm ents: Pal Percent Of Coverage Obtained > 90%:
No Revkwed Prqy4"us 8W:
yeqs Axial Orlantatad Seac Unit Clf.: aC, alibrton I
' S l
Sou. d Pat.
Reflector
,Amplikude %
Sound Path 10 Notch 0
- i.
8.I V4
+ +U ~ m
+++ l :*
- +: ;:+:: :+
I -
.4 Circumr
+,,+
!+5+,*
&e WVIdth 220 n/s
Sumimary No.:
Ml.111.1 jWorksope; Is UT Calibrationamlnation Al IACHMENTV/{
OutageNo.:~ MI-21 Report No.:
LiT-1 1-206 6.0031 Pmocedure:
Procedure Rev.:
Work Order No.:
POW-T-2, Coda:
IQi Draw~ng No.:~
System 10:
NV ~:
Corrponentl(O: INVIPWS3.27 Limitaions:
YeS - See attachod Work Oi19er2Na9 nn Pae:3' o
MCFt-INV53
==
Description:==
VALVE T PIPE Location:
.,osion sheets NIA~egh Thickness/imeter~ SS043612.0~4 S~'tart Time:
1l1a Finish TIme:
13
.Ilstrmani'ft Settings Search Unit M
ctijrer...:*
02:
Ma...
....,re IW-A::v,,o**
o*l.
.u o
- IntlelCi.
071 820101 Soial o.
021CY Silf N.:oonceCal.
Tlme Date Diie No.:
9 02Range 2.0"l No.
'Checks_
req:ace 2.GEb tl:
op-Initerl Cal, 117i smormi0 Mode:
USN 60 SWN Size:
0.5 Shape
Round Itr O
W.91 CaWek:
.1248....
pe
- Square, Exm An-'e:.
70
- of Element: Sin e
i Demng. '~7o e~ct 0
'-Mode:
SHiEAR
~
~
2L2~
1021 Rep. Rate:, 'Autohigh 4Freq.;
-2.25 MW 7 Meaaured Angle:
67Cluln Filter'"
Fixed '-4Mode:,
P egetl MSWQC Cal. Batch:
09325 Voltage:
450
'Other FuIhwave TY~e:_-
ULTRAGELIU Ax Gain (d.:' 5-5.3 C
Gain (d8):
N-A Search Unit Cable SONO"ECH.
LScreen Div. =-2 In. of ~Sound Path
~Type;'
RG.174 Exam.Batch.
09325 Lineity Report Na.:,
110 Length:
W No. Conn.:
0 pr Calibration Mack ScaCeibaagneBlock
- g.
SONOTEC.
CaL. Block No_:
8279411 Upstreamn C] DowTstEan1 Scan dB: S23,4 Thicness OA3" Di.:
Referen~ce Block
.43"
~Ore 2375 44OW Q
CCWQ Scan dB; WA" Cl OTap:77'- Temp. Tool:
MCNDE4013S Exam: Suýrfa'ce:__________R PA Comp. Temp.:
78 Temp. Tool:
MCNDE40135 0u8ac Condition.
As Ground Recordable.ndication(s):
Yes No (ifNo yesilRf. Attached Ultraonic Indicalion RepotL)
R.uI.*:
Accept :.
Reject Info Comments:
.Pu.
Percent Of Coverage Obtalned > 90%:
No Rev~sedPMevtW uo
- Yes, ii soeWidth 220 n/s
Summary No.:
M1.111.
~Wcdwlcope:
II UT Calibrationa&minatlon Al I AtCt4EHI 'ý MAE q,5~ OF GS Outage No.
M1_21 Report No.
UT-11-206 Pa8e.
4 of 7
160031 Procedure:
~
PDl-UT-2' Pr~ocedure Rev.:
Work Order No.:
01952528 Code:
11S98I2=00 Addenda Cetiltern:
R-AIR.16 oao Drawing No.:
M...
.NV.3
==
Description:==
VALVE TO PIPE System ID:
NV Component ID.- INVIFW63-27
.SizelLenpt:,
MiA Thickness1Diametar~ $S 10.43612.0 Umitatlons Yes - Sea attached sheets SatTm:
1124 Finish ilme:
1132 Instnrument Seftlngs search unit Serial No.:
023K3V Serial No.:
OODNU3 Manufacturer I-WEMnufacturar KBA Model:
USN 60 SW Size:
0.25 Shawe:
oun
~Delay.
7.1469 Renge:
1.25' Freq.:
Z2M &*ft Style:
Cornp.G M:d CaIel:
.1234 Pulse:-
square Exam Angle; 36
- of Elements: Single Damping:* *-0 Reject-__
0%-
Mde:
SHEAR Rep. Rate.
Autohgh Freq.:
722 MHz
- MeasurediAngle:
38 Filter Fixed Mode; Pit Wedge Styie:
- NMC, Voltage:
480 Other FulNweve Ax. Gain (dB)
NIA Clr.Gain (dB)
-~37.6 Search UnitCable I
ScreenEDiv.=
.125 in. of
~Sound Path Type:
RG-174 Linearity Rep~ort No.:
L-11-100 Length:
6' No. Conn.-
0 SCal.
Time.
Date Checks I
In
- uItiaCal.
0720 9120/2011
[Inter. Cal.
[Inter Cal.
1123 9=202011 Inter, CaL Couplant Cal. Batch:
09325 Type:
~ULTRAGEL III Mfg.:
SONOTECH ExamBatch:
09M2 Type:
tiLTRAG0. 11 Mfg.:
SONoTiEcH Reference Block Axial Orientated Searh Unit
~Calibraton Signal S"Wep, Sound Path Reflector Amplitude %
Division Circumferential Orientate Search Unit Calibration Signal Sweep udPt Reflector Amplitude %
Division SudPt ID Notch 890 4.2
.525, ReferencejSimulator Block____
Gain I Signal I
we Sund Path dBTRefleco 4Jr'pftude %~ I Calibration Block 8279-0411 Cal. Block No.:
Sca~n Coverag UpstreamQ( Doiwnstream S5 Scan dBI: 40.0 AA~A'
- 1 Serial No.;
$00622 Cal:. SkTemp.: 77 Temp. TooL MCNDE4135 E** mz Surfae:
O.D.
Type:
-OMP..
4 Comp. Temrp.
7 T
T:
8 Temp Toot.MCN
.135 Swfece Conddion:
As Ground Recordable IndIcation~s):
Yes E]
No R (if Yes, Ref. Attached Ultrasonic, Indication Report.)
25.6 1" Radiusl 90 1
7!5 1
.95" I ___
S__
I I
I~
Results Accept r-Reject 21 InfoQ Rerviewed Previous Data:
Comments: Pulse Widtlh 220 nWe
iui A~
~DUKE POWER COMPANY, ir LMITrArTIONREOR L'comnonentAA~eld ID: 1 NV1 FW53-27:
item No:
MI.R1.16.0031 remarks:
4 NO MSCAN F0 LIMITED. SCAN SURFACE
- 01I
&2 BEAM DIRECTION
~1 nJ2
-cýw'Eccw
- t i I!Due to valve 1 NV35-A configuration.
.!FROM L-N/A to, L N/A
,ANGLE:
E]f0O0 45 I5060 o
S:INCHES FROM W0 0.25" to Beyond ther. 70 FROM 0 DEG to 360 DEG.
l NO SCAN SURFACE BEAM DIRECTION Oý LIMITED SCAN E1 I 0]2 0l1 ElI2 Ecwý
)cCW
'FROM L
_to L___
INCHES FROM WO
__to
-ANGLE:
00 0 45 0[ 60
-other FROM DEG to DEG
~:.-
NO SCAN SURFACE BEAM DIRECTION
- LIMITED SCAN !i.
02 01 [-j 2 C.
.cw.w
[3 FROM L _______
to L________
INCHES FROM WO to ANGLE:
0l 0 E] 45 E] 60
- other, FROM DEG~to
-DEG>
C LIMITED SCAN FROM L ___to A
SURFACE 0102 BEAM DIRECTION I0[1 2 0cw Elccw A WO to ifT-i 1-206~
L INCHES FROI\\
Sketches) attached 0 00M 50 F 60 oth Zyes DEG.to
- DEG, 0l No w
0 9/20/11
~
A She 5
of 7 Date:
A
Supplemental Report Report No,.
UT-li i.ws Page:
6 of 7
Sumpmary No.: MI.RI.16;.0031 Level:
M~
Lwet U-Revivwer:
Slte Reviuw.
u4 9.
Comments Sketchor Photo' Vn LVcl. :1*i*
N\\L~
'qo 4
~
4, 4
4 4
4 4;4~,4
~g1 ?~~*
44~
E~ci~ ~
aSq1i AAjC-A OFC0VC-A6C (sl,cwCcrw) -..
Z,.
.2 L Im tOo~5o%
4 4,
44, 4
'4,
Determination.of Percent Coverage for' UT Examinations - Pipe
_______________Proedure PDI-UT-2 5Outage No.
MI-21
, SumWNo.:-:
M11 0311 ProcedMcRe1,
- e Repor No.:
UT.1-1206 Wor. sco e: -..,,:.;:- *,,ISt
- k'I &., : !.7. " Work Orer No.::,
01952629
% Page:';
7::
of,,
7:Q
.7 Scan I
% Length X __
% voIueoflength I GO TtotalforScan1 Scan!2
% Length.X volume of lengthO 100-
____%totalforScan 2
Scan3 100.000
% LengthX 50000
% voe of lettnh 1100 50.500
%oWtaforSn3
...Scan4 100.000
% LengthX 50.000
%volumeoflength/IO0=
60.000 1%
total forSen4 Add totals and divlde by# ecans,
50.000
% total for 45 deL Other dea -
60 (to be used for supplemental scans)
The data to be listed below Is for covemage that was not obtained with the 45 deg scans.
Scan 1 100.000
% Length X 50.000
% volume oflength 100=
50.000
%total for Scan I Scan 2 100.000
% Length:X 0.000
%volume oflengthl,100=
0000
% total for Scan 2 SeAn 3......
Le*fh X.%volume oflength/100 =__....%totalforScan 3 Scan 4 LengthX
%voiumeof lengthI100=
5
%totalforScan4 Add totale for each scan required and divide by # of scans to determlno;:
+37.500
% Total for complete exam.
Site Field SueriJUIWW q
-S-.d1
- a:I;!=S
'G
) ; :*1*.
...:* :K*
i: ::**;
V}
55:i
- Z
!~ *
- i=
=
I
){ :
Zlzz}X I~~~
MPAE qq OF ~S5 SummaryNo UTC Cllbratlon/anmination McGuire S
WLIF3063~
Outage No.:
NIA Reprt No.
BOP-11T-111-256 Proedure:
Procedure Rev.:
PDW4T-2 ii.
- Workcpe:
PSI Work Order No.:
020o5mI Pago:
1 of
'7 Code K
WA caiýem L
Locatiorvr Aux. Pipe Chase DrbwhV No.:
H/A
~Descripton:Piet snq SystemID:
'A I.
Component ID:, WLIF3063
.SWWaLength:
NIA Thickness/Dlameter SS1180/6" umftatlon:
~Yes - See attached sheets S
r1liime.
1545 Flnish Time; 16110 Ca.
-Instumentur SeuU9s Sedal No.:
0TJXT~
Manufacturer
-KRAUTKRAMER.
Model
~
.'US*40' Serial No-,
5804 82
'MamzacbzirawG
.2z is
'-shape:-
Round cit wo ate.
- ,'Cecks AXW al Ortar afd,Seaz'ch Unit
,DeWa.
4M.251 Rane:
0.8" Freq.:
2.25 111 k Style:
,Comp, G W
0/1 1
Md Ca~e.
.11240 Piu1ser High E*42m Angle:
45
- of Eleents: Singleiter Dumping:-
1-.K~ '
Rejecr 0%
Moe
- -Sha Filial Cal. I.2 16'2o11 Rep. Rate:
.Au.high Fraq.:
2-25 MHz Measured A Cou.lafli Htler
~
M ied ~Md:
PE Wedge Style:
SWCCal.
Batch:
09325 Voltage*
N,......
Fufl Type:
F,.,v ULTRAGELA Ax Gain (dB);
"30.0 C--- Gain (d) 3'0.0 Search tCable Mg.:
80NOTI.ECII.
I Screw DMl
-08 in.of> NSound Pathi Type:
ýRG174Exmat:
032 Linearity Repo*,t No.:
Lengt, :
V.:
No. Conn.::
Type:
UL"RAG ft ScanCoveage ffg-SONOTE61-1
.Calibration Block Cal. Block No.:
P":
2A-Mi Upsltrem Domiam J Scan dB-36.0 Block
-Thickness:
.375811.25'
,Dla.:
Flat CWR CC6WR] Scan dB: 36..
Cal. B1k. Temp.:" 76 Temp. Tool:*
MCNDE40127 Exam Surface.
________Tp.
-Comp. TemIp.:
78 Temp. Toot:
M-CNDE40127 Surface Cond!Uon:
Aa Ground Recordabl*
lndklo(s):'
Yes
-No
-(If Yes. Ref. Attaicd U iasonlc indication Report)
Results:
Accept C]
Reject N
Irfo-.
Comments:
..it.
Percent Of CcvwagaObtahined 90%:
No
-Revsmd PirtousWa NIA Calibration signal SWOP Sou Path Reflector Amplitude %
DiMsion
.375 Notch 80 6.5
.2 Circumferential, Orientated Search Unit Reflector~ Amnpltude %
D~t on Path See AXJal Reference/Simulator Block
,Gain
~
Signal
&Veep IS Reflector Ar lue% Oao 30.0 1 NXDH' 1 30 1 5-1
.4V 2-
-.1.1 I
I -I I
i i ' i lat PSM Exa=
- A11ACHREHI./
ýP6E
¶ SliteUnit M c~uire 7"Suammsry No.:'
WLII o,
UT Caiibration mination F3M Procedure:
Procadure Rev.:
Work Order No.:
P01-UT-2 E
'Outage No.:
W/A Report No-
- 0P-1t-111-5 Page:
2 of~
7 61
- ::*i; C~odte WA CaLultem':
WA Location:
AuIx. Pipe Chase System 1D:
WAI'W-Component 10-WLIF3063 SlzeiLerigth:
"IA
", ~ThicluneaaIDlmeter 851.2816-Limitatons:
."Yea - See attached sheeft Start Thlmx 1545 Finish Tune:
16W
<cal.
Time Date.
Se" aNo.:,
00TjXlT Serial No.:
880492 Checkits<
7M "
Manufacturer.
~
KRAUTKlRAMER aufcuer E
Initial Cal., ;07,121062 Model:
us.140 Iie s
Sae
~n nter. Cal.
A oeia60, ase age 10 rq:
2.5M tle 57 0621
~Damping:
<'1W R~ej t______
Mode-,
Shear
- la a.12 0621 Rep-Rate ua hg
~
Freq.:
.2 MHz Memovd Abe:l~
couplant FRter
~
Fixed Mode:
,PE WedgeStyle:
- SWOC Call. Batch:
09325 Vyoltage:
Fed~ ~Other-
-Fulhvaw Type:
ULTRAG;EL IJ Ax. Gain (dB) 448X Circ. Gain-(dB)-,.ý
"/ erch Unit Cable Mfgs..
SONCTECHF IScreen Div. =
.1 'in. of Soiv Pathi Type:
RG-174 Exm Batch:,
00325.
Linearity Report No.:
,L1110 ag~
~
N.Cn..
0 Type:.
ILRGL Scan Covyuge Mfg.
SONOTECI4 Calibration Block Cal. Mlock No.
PDI-UT-2A.M Upsra m 2onfem Scan dB:1 48S8
~
Bo~
Thicianess:
.375,1.25 OlDa.:
Flat.
qW0
'CCW[:
Scan dB: WA
_________~~66 SuaNo.:
91.582 Cal. 81k. Tamp.K 76 'Temp. Toot M-CflDE4012 Erxam Surface:
0.0.
Type-R,OMPAS Camp. Temp-
-75 Temp. Took:"
MCNDE40I2i Suibc~bon dtiorc As Ground Recordable Indlicalion(a):
Yes nl No Rj (if Yes, Ref. Attached Ultrasonic Indication Report.)
Results:
Accept'Q.,
~Reect. R Info Comments: Ini
' ~
Axial Orientated Search Unit Cellbratlon S1gnal Sweep~ SounedPt IReflector Amplitude~ %~ln DWI=
.36NthTp 80 5.4
-641*
hal PSI lExam Percent Of, Examiner Level"'1L41 ExmIner" 1,1Level ~
Leate. RobertuM N/A
AlVAt HMN~T-A.
PAGE 5(
Of SS Summary No.:
Woricsoope:
Drawig No:
~System ID:
WA Comporent 16: wL1F063 Lnimitations:
Yes - See tftachd s UT Calibration/&mlnation MacGuire I
VWLI F3MS PSI Procedure:
Procedure Rev.:
Work Order No.:
PoI-UT-2 Outage No.:% *
/A Report No.:
BOP4UT.11.256 Page:
3 of 7
~Ca t tAwn:
==
Description:==
Pip. to Ftwnle.
"Location, AwL PI. Chuase SleiaLength:
~WA Start Time:
1W4 WcnassDametec SSI.2801V Fjrish Time:.
1610 Serta N~ ~
oia,&
SKI Seria No.:
S80263 (hcs M~l~S~.W1KRAIJTIOAMER Initial Ca.
713 10wi621 Mo ~ ~
KUSH60 Size:
.2S Shape:
Round Delay:
8-3172 Range-,~
i Freq.:
2.25 M~z Stle ý'o inter Cat.,
1603 110162011
~KUaUe:-.1307~ ~Pulser:
High EwmM Ang&: 2 70
- of Elements:, Single lt'7Cat.
,Daniplg
~1K~
Reject 0%
mode:
Sja Rep. Rate:
A Ithgh re 2.25 MHz Measured Angie:
To CoupIart.
Filter Fixed Mode:
'PE Wedge SWye:
PASWQC Cal. Batch:,
092 K ola~:~
Fbmd.
00Otter >
Fuflwave
~
Type:
ULTRAGEL 11 AxGain (dBJý,
s57.1'
.Ctrc. Gain (dB):
WA Search Unit Cable Mill.:
$ON'OTEC'I Scee D~~
iv.
-15 in. of~
Sound Path Tp:RG-174 E~nBth 82 Linarity Repont No.
~
L11-109 Length:
£ No., Conn.:
0
- ye UTAEL [I CuxtlnIokScan Coverage Mfg.:
SONOTECH Cal. 5lock No--
P~lUT-.j upstea R] DOawnstreamnl Scan dB: 45.1 Tilcknesa X.35-25
'Dia.:
Flat
.CW C]
CCWQ] Scan dB! NIASeao 182 Cal. Blk. Tamnp.: 76 Temp. Tool, MCNDE40127, Excam Surbc:OTRMA
.Comp. Taprnp
-78 Temp. Tool:
MCNDE40127 Surface Condition:
As Ground Recordable indication(s):
Yes Q No (it Yes.Ref. Attache Lftrasonic Indication Report)
Resuts-a AcceptQC Reject &d InifoTQ Corrmerts: Initi Percent Of Covera ge Obtained 90%:
N
'Reviewed Previous Data:
'WA I
I I I al PSI Exam Li....
Ewnevel DA 1
O Date
- Revhiaer,
~~z e
Date~
ExamDw Leve Date Site Rei*W e.Dat Lse.RoberitAw{,10621
~i
% VDat a
Pther Level w4'
$lot"a Daita AIN"Rdw~kiv,;VDt
(/6 ili!¸
UT Ci~bratmOtimination W i Plcdir Rv citSP NO-WA W
U~ms......t~
as/c uni Mpý.
fw,!f.
APIACMERT A PASE.5? OF S-S cub" No.:
W P"ge ~4 If~ 7 Am. pipa ctmso T~k"Mt~mtc
.to
Summryu No.: WLIF3063 Examiner2 Tucker.DaN
~Exa-riLestur Ro Supplemendi Report MAE S53 OF Report No.: -BopjjT-j¶-255
~Page:
5 of 7?
t M.
L#bl: -WA ANtI Review Date~.z/
~Commentrý WLI FS303 Weld Profile Data Sketch or PhtiaX 4>N 44
~.
745 4
Summary No. V&1F3OS3~
Bcmne ucker, David K.~
xan-rnier Leste, obrtM Roher.
MA-44
!i>.
i,
- i H:
, -.* ii:
SupplemerIMI Report A
'4 I
m x
Report No.:
B0P42T-11.259
~Page:
6 of 7~
Level:
II-N Level:
MIA 4,
- +'****'+.*"
[.~
~
~
s~dr' Date; 4
C;m" n
i F, Covearge Calculation S
- h or Phot:
44,.
52 57-,
zP 6.-. :
d+
f 7r !
+ :
+ +...*: :..
- > 5. -:i
__._._ :.-.-=
4~44.4" 7
7~ ~
"~;
r~- ~ r%'9~ -~ ~L~44~Th~1/I i,..:(+{!
~4V 4.4.4444."4 4
4
- 4.4.4.'44"4.4.4.4.44.4 ~"444~4.
~
- ~'
44'>"~:.
44 4.4 4"
.a 4. ~
44
- 4.
4."
44.4.
444 444.
44.
4 4
4 44.
"A~"A~Aj uJ~
a-. g~
"4 **!i Determinationof Percent Coverage for LI"AT Examiinatio"ns - Pipe Slte/Unlt: McGuire/
I 1 Procedure:
PDI-JT-2, Outage No,:
N/lA Summary No.:,
WIW F3063 Procedure Rev.:
2 :
ReportNo.:
lOP4J1T.11-25ss Workdcope PSI Work Order No:
02005281 Page:
7 of 7
Scan
.1
%Length X.
%,volue eof*langt 0o=
/O
% totalforScanr Scan 2
% Lenigth X
%volume of lengthl/l00 = _____ %totalfotScan2 Scan 3 100.009
"%Length X 100.000
% volume of enthll/ 100 100.000
% totallbforcn 3 scan 4 100.000:
%Length X 10.00
,,%Vooume oflengthl100o
- 1o000,
% total for Scan 4 Addtotalsa~idkde by#scans=
100.000
% total for 45 deg Other don -
70 (to be used for supplemental scans)
The data to be listed below Is for coverage that was not obtained with the 45 dog scans.
ScanI 100.000-
%LengthX, B0.00.,
%volumeoflengthI 00 50.000
%totalforScanl Scan 2 100.000
% Length X 43.10
% vome of length I 1D=
43.160
% total for Scan 2 Scan 3
-Length X ___
volu.
-of lengt f10 0m
.otal.for
-Scan.
scan4.
% Length X _
____%volunelof Wngho 100~
.%total for Seen 4
~.4 "A."
..Add totals for each scan requird and divide by # of an.
to detei. ina; 73.290
% Total for complete exam Site Field Supervisor
- 4.
i "4
- . : 'i i Date. LA~L
Attachment B Weld Examination Data
ia*
cN ir UT Calibr n RE PoI-1JT-6 Rev.:
~P ort P A60~ OF' i I F
Cal. Report No.:
i 'i*.:
Procedure:.
V Maniufacturer KRAUTKRAMER Model,:N
~
USN-60 SeiialNo.,
0OWIIOK Linearity RepIort NO-:
~L-07-003 Temp. Tool:
Manufacturer FISHER Transducer.
Manufacturer.
RTD Serial No.:
98-297 Size:1 2(24x42)
Freq.:
2, Model: ~.TRL2St
- of Elements:
Dual Wedge Index to Nose:
N:A Non. Angte:N,60L Meas. Angle: 60L
- ~,N~5~..NN5NNN~
NNNNNN iN <A Couplant:,
Batch No.:-
ULTF1AGEL 11 06125 Search Unit Cable:
,Cable Type:
Cable Length:
- of Connectors:
RG-174 6 Ft*.
N0 NA Calibration Block'
~
Serial No.:
I 50376 Thickness:
_7.0 Calibrtion Block Temp.:
70 OF ReferencelSimulator Block:'
Serial, No.:N N
97-5589 Type:
ROMPAS NAN N>iN, I
N>NW InstumentSetfings
___Axial Orlientated Search Unit Circuferental Orientated Search Unit S.U. Orientation, Zone I Clrain Signal Sweep Sound P~ath
,Calibration Signal Swe Sound Path N*
_Calibratio na__
SweepN
- Gai, 7-Reflector Amplitude % Division-Reflector Ampiltiue % Division Range0.
1147Hole 8016
- 3.
1.5
-See Axial NJA WA, WA Delay/Offset 9.0794 N
~
~
Velocity/Mat. Cal.
'2042 Frequency 2.01MHZ________________
Rep,. Rate 5
N.<Autohigh Referen'~e/Simulator Block
'4i1'A~
Pulser N
Hi
- lgh,
~
N Gain' Signal Screen/>
Sound~
Referencel n.Cl r0rD710 A
FeddB Reflector Amplitude %
Sweep Patth Simulator V
Flite$N
-N
'Division BlockN Cal. Ver.
NK N
Damping 1K1 64 2-FadiuB 0
- 2.
2.0 1975583 Cal.Ver.
usplyivaeonucw N
N ACal Ver.
Reject Off 3/301 N
NNNinlCl rO207 1 930, Voltage Fixed N
Comments:N N
Screen Diison N.
in. of Sound Path
',Longitudinal ~
Summary No.(s): M1.BL121.00101,M1V.B11220004 NShea Lee UIN NaeRilwrDt Examiner(
- Level, awriture~
Date Riieviewer Signaur NDate Ransom, Greg 3/30/2007 N/
46207 Other ANLevel NIWA Signature Date ANII Review.
'Si re
ý N/A N3)30/007 Jer1m Swan
& 'I/j
/
NANe It-,N L-N L/
AlN77 (p
1
UT Cafibr-ý7" meport St: McGuaire Procedure:
PDI4JT4
'6 Rev.
P A6 E V- 0F I I~
_____Cal.
Report N.
CAL-0, F
D
. m Instrument:~
Manufacturer.
KRAUTKRAMER Seual No.:
OO0WHDK Unea"-y Report No.:
L-07-003 Temp. Tool.
manufacturer:i FISHER Serial No..
~
MCNDE 27220 Transduicer.
Manufacturer:
RTD Sedal No.:
9&-297 Size:
2(24x42) freq.:
2 Model:
TRL2St
- of Elements:
Dual Wedge Index to Nose:,
4,1A Nom. Angle:~ SOL Meas. Angle: 60L.
couplaft.,
Type:,
Batch No.:
ýSearch Unit.
Cable Type:i Cable Length
- of Connect ULTRAGEL 11 06125 R
RG-1 74
~rs:
0 ICalibration Block:
SeriaNo.:
50378 Thicknes~s:
7.000 Calibration Block Temp.:
70 OF Reference/Simulator Block:.
Serial No.:
97-5589 Type:ROMPAS<
I A
Instrument Settings Axial'Orlentated, Search Unit' Cirumferential Orientated Search U~nit s.u: Ouientation Zone 2 Calibration
- Signal, sweep Sound Path Calibration
- Signal, Sweep Sound Path Gain 916Relfiecor Amplitude %
Division RfetrAmplitude %
Division Range 1a.0 ID N~tch 80%
4,7z5 13.5 See AxIal KNIA WA NIA Delay/Offset 99.0m9 VeclyAj5at Cal.
732 Frequency, 2.0 M
____z Rep. Rate' AU~Iqttlh
___Reference/Simulator, Block 3/4
~~
Date rime I'nitials Pulser HihGain Signal Screen/
Sound Reference/
Int Ca.-=10 Filtr dB Reflector Amplitude %
Sweep
ýPath Simulator
~
~
10 Fite Fixed_
Division
ý. Block Cal. ~Ver.
Dapn.
2"___
6 Radius 809%ý 111
~2.0 97-56n Ca.88r Display/Vdeo/lRectff.
Full Reject Off Final_ C 3=112007 I
I:LVoltage
- Comments, I
1 Screen Disions 1..
in. of Sound Path Longitudinal Summary No.(s): M1.131.21.0001, Mi.Bo.22.000*d4 Shear
- }*..i
- .
- ... : :*.';:"*.- ;1..1
-M o a I/-,
UT Calibr" )i, RE ID Site:
McGuire Procedure:
PDI.-T-Rev.:
%port PAGE,3Fi F
~
Cal. Report No.:
CAL&
I
=
Instrument:
Manufacturer~
KRAIJTKRAMER Model:
USN-60 Serial No.:
01IMBT Unearity Report No.:
L-07-M0 Temp. Tool:
Manufacturer~
FISHER SerialNo.:
MCNDE 27220 Transducen :
Manufacturer.
RTD Serial No.:,
.'98-298 Size:
'2(24x42)
Freq.:
2 Model TRL2St
- otfiements.
Duali Wedge Index to Nose.,
WA Nom. Angle:,60L
,Meas.
Angle:
6oL couplant:
Type:
Batch No.:
'Search Unit Cable Type:
Cable Length
- of Connect ULTRAGEL It 06125 Cable:~
RG-174 ors 0
I,Calibration Block-~Ž.N Seria No.:50376 Thickness:'
7.000 Calibration Block Temp.:
~70 OF Reference/Simulator Block:
SerialNo.:
97-5589 Ty a ROMPAS I'
L......
L I ~nstrument Settings 811'_
Aia OWietedSrcUnit "Circumferential Orientated Search Unit S.U.,Onrentation-"ý,
Zone S
Soun Pt Cairio Sgnal Sep SudPt 71ki ~ i':**::
......1 >*
i:::*
- .Calibration Signal
..Sweep o
P hS n
w ep Gain..e.1..flector Amplitude %. DivIision Reflector Amplitude %
Division Range<
10.0 114Tlole 80%
3 3.5 See Axial MIA K/AIV DOeay/Offset' 9.0794 VekoctyJ~aL Cal.~
.02,
_____~.
+'
Feuency 2.0
.Hz..
DateRefewrer.ceS.mulator Block Date Time Initials Pulser
'al' Gain Signal Screenh
-Sound Referencel I, ~Cal 3/302007 1 659 dB.
Reflector Amplitude %
e Swep
- Path, Simulator..
Filer ~.'_______Division
/Block Cal. Ver.
Dmig 1K62 2*Radius W0%
.2.0
>2.0 9745589 Cal. Ver.
DisplayNideo(Rectil.
Full Cal.Ve'r. '
_Final Cal.
rV/07 12 I Screen Divisons~'
1.0 in. of Sound Path' Commentsal,'
Summary No.(s): M1.BI.21.0001, M1.B1.22-0005 yShear,.SN Exmner L'evel Signature
'-Date Reviewmer K-
'1.ignature Date Jones, Russel E.
3/
,30/2007 jayA
,atonLevel,11 4/6.2007 Egxm ner~~ Level'u
,Signature Date Site Review Signatur e Dt Leeper, Wlnred C.
3/30/2007 N/A
~'
4/612007 (
..... >.. Levelr.A.
'*q ate ANII Revkew
.S..aturtre W3A' 31301`2007 Jerome SwanII:N S
152
>5 55' 55~
UT Calibr-,?Report A. E40 o I po-.-
Rev.-
F Cal*
o
- +y
- ::.R p r No.*
CAL-0 Site:
McGui re*
Procedure:
pOl-JT4 Rev.:
F CaL Reo o...
.,o, ant C;
Galibration Block'q::*
-*.;i~*
nsu:m.nt,-.
Transducr.'
Manuactuel TK1~MER Manua~b~et TD Tpe:ULTRAGEL It Serial No.:507 Maufctre RATKAMR06125 Thickness.
7.00 Serial No.:
98-298 Batch No.:
T________0_1 S oT
.. Size:
2(24x42)
SeaFreq..
Srch Unit Cable:
Caf.-iatiofl Block Temp.:
Model:_________
Cable Type'.
RG-1 74 50 Linearity Report No:,
L-07-O01 Dual IB"
+of leements:
S_____-____
_::ferial No,:
97 9
S.....
Cable Length:
6 FT..
97.5 9 Manufacturer.
FISHER Anndex to NoA Connectors 044'~.~.
"~
Type:
i o:
220
.NoM.
Angle.
60L 0 meas.gR Serial NetS Ax2al Orintte Search Unit Circumre:*,
tal Oriental.
- arch Unt
~Uddenat~on Zeae2
'~~'cailbratiofl Signal "Sweep SulPah Calibration,
'~nl Sep SudPt
'4'Oretti nZo e2 Reflector Amplitude %
D" i'o n Rellector AmplitudB9
~oiision Gi lONotch 80%
- 74.
7..
13.5 See4Aia*XL W.A WA WA Range beta/Offet,,9.0794' F r e q u e ny d e 9 / R O CB F u lD a t e T i m e C a l. V e r
++::..+++..................
- ' ;+*+ "R eferen c / im u' Heede DOff B
Fi-e Fixed
-.Comments:
Voltage Fixed I
Screen...
S Longitudinal D io
'48ý
- n" of "und"ft
,Othe~ "7-evel WA 4
r~~ure..
Date SiteReview Sg'iI
'44 e
'Examinier,
--Lov
-N+
gS 4/S",6=7:':
N /
rj W
ero i
-S-wan* +:,*+: ".*.,....
SitefUnit McGuire(
I Sunmmay No.:'l
.1 i:.21
.001 l id 4!iil : 10 f i~
UT'Vessel L. i-min-ation PGE'F Procedure; PDI.UT-6 Outage No.:
"Ml 18~
Procedure Rev.:
F' Report No.:~
UT-07-022 Code:
199812000 Addenda CaUtItem:
.AISB1
.21 Location:
Drawing No.:
MCM 1201.014204' Description. Head Ring to Head Cap System ID:
~NC~
64 4
444 Component ID:,,iRPVG-446B Size/Length:
N/A, Thlclcness/Diameter "7.3001 0.000, Limnitatios:'
Yes -Se Attacehed Umftation Report Start Tunel:
918024 '
Finish Time:
1849 Examinatio Surface:,'
Inside Outsid~e..%
Surface Condition: As Machined 4
Lo Location:
Vessel 0 Wo Loca:*on:
Centerline of Weld Cout 4
ULTRAGEL It Batch No:
'0125 Temp. Tool Mfg.:
FISHER Serial No.:
MCNDE 27220 Suirface Temp.:
71 F
Cal. Report No.:
CL003 CAL,07-037. CAL:.074"38 CAL-07-039 444 Angle Used 10 'I45145T.60 60T I4"'
Scanning dB
.4 Jndication(s):
Yes
'No Scan Coverage: Upstream V Downstream V, CW CCW V Comlments:...
4, Scanning dB for CAL-07-038 and 039 =i 89.0 dB for 60*,Scanning dB for CAL07-036 and 037 - 91.60 dB.'
44
>.4 ii!ii 4 4 4 44 4
Result:l Accept v' Reject Info Percent Of Coverage Obtained > 90%:"
No -70.W/%
- Examiner,
.Level.II-.
Cothran, Lonnie D.
4 Examiner
'LevelI
'1W-N.
Jones, Rus'sel E.
N/A I
I
AirfAct$PtEI a
MAE47 OFfl>
I I.....
DUKE POWER COMPANY ISI LIMITATION REPORT Component/Weld ID:
I1RP66-446B S.Item No:., M I.B 1210001
.NO SCAN:
0LIMITED SCAN FROM L 477 ->
to L 3VY ANGLE:C 00E]45 Z60-
>o
.SURFACE BEAM DIRECTION 1i 0ý,2 0 cw ccw Lifuing Lug 0'
,C/IL + U." and - 12.5"<
ther<
INCHES FROM W0 to,.
FROM DEG to DEG M N~OSCANJ SURFACE BEAM DIRECTION U Liftng Lug @,
120-SUMITED SCAN 0102 01020cw CCW C/L +86-and -12.5 FROM L 157-to L 163" INCHES FROM WO t
ANGLE:
0l 0 0D 45 060
-,Other FROM DEG to DEG
,*~~5.
ONO SCAN 0LIMITED SCAN FROM L: 3i to L 323 ANGLE:.
0 0 [1'45 0 60 o
SURF.A BEAM "DIRECTION 512 1
-2 cw ccw A,,:
INCHES&FROM WO to FROM DEG.to DEG U 8 24 W ngLg@20 ItCL4 + 85"; and -12.5" QNO SCAN 11 0.LIMITED SCAN FROM L ____oL ANGLE:
0El >45 0j60 oqi
- URFACE' I
ET:2 BEAM DIRECTION El 1 E0 2. 0 cw 0E ccw INCHESFROM WO + "
to
+5.
FROM o DEGto,3*
- DEG, f15;pr-ared ST:
Russel J(
Revi~ewed-By- -Jay Eatoni
~444 4.44$
444~4 4444 3/4
)
>'PA6E7 OF A item N.
.M*.Bl.2l.O.0,.
Weld No. 1RPV 446B
%CovereCluain ~RpV Hea-.d to Head Cap Ax ial C-over*ge 947% oflength x 94.2% ofthe Vlm 89.2
$4 44..'..
Total weld volenme 456" x 6.9 sq. in.
28226.4 cu. in.
Volume texamined = 456" x 33 sq. in. = 15048 1u. in.'
Voum
,,n:ot examined,under lugs,= *,10.55 sq. in., 0 57"x 3 =269 cu. in.
AialCvrg 4,
o eghx9.%o h Volume=
Total wlvleg4te5 xC*6er1.
sq in-.+
528.4% c 7n.
Volume--
examined"-,
' 456::*:" x 3s.in.
.:7 154 u
n 44444 44 4444 44..4.4~4 4444.44 44.
44 4444
~ 4.
4 4~4~444 4444,
.444.44.4.4.
~44~44~V 44~
44 4
4 444 Page. :of
!7 4,44
.iJ~ 444444 44.444 Inspector / Date:
4 4444
ItemN>.
- 20001 Weld'No. iRPIfr446B
] ExanArea Total ExamnArea =161.9s4f' RPV Head tc Cap A iJAC,]
4Aw 9 Covae 7-Exam Are Total Vk~d Length 456".
Total Exam Nbit-ifl 61.95CC' x 456 28226Aa1"0 Ingf 2.-Rqange.
11Scal : IIeJ 5""
1
Item) 9 15(21.0001 WeldNo.IRPV6-446B-RPV Headt.. Zcad Cap Coverage, Aidal Scans.,.
w AraCl:eag,-ih II
= 5 AraC*e3eW 0R
- 58. sq
<'~42 AreIa not exami~ned with 600RL 60ORL -7,
....... a.
5.83 5scp..
i 61.9 sc X 100-- 94-%
A*!!i*i:*:;:f*
- 5.
.~v.
o6RL 60RL-inspector /
Scale: 1"'= 57 tr p
Page' Of.*.. --
item
-4.21.0001 VkldNv. IBPV-446 Ar RPV Head tc G-a4 Cap Coverag
- Cire, Scans COYM*...
I~lArea Coverage with-600R Total Area= 24.5sq4'+ 8.5sq"' 33.0 sq" Area Inot exmined with, 60ORL
'* : ;::,:, ::~i:-:'i-
'>+: ::.....::-.
. " 'P.. ::;
5 S4 GR1 6OURL c
5inspector 7 Scale: *.'I"
-Flange,,
1ý f E Areaexmmined vitdi6ORL RPV Head tc a~d Cap mrage'@Liftiflg Lug ChPr 1
Area not examined with 60$RL 4
77 Section A-A
§,
-Section A -A-Inspector /Date:
'-~C Sae:
-..5' PagC Of 14~~~is
'~p
'NC~~'
,N~N4s ',NC'pN'"
N4~~N)4
Attachment C Weld Examination Data
Radographic Examnation ReportlATechniue Pa 1Slff3~n S
0 5a.
Project Mcur4Ui
~Weld / Component ID:
'1RCHP-Th ReqxurNo.
WOf1'ask:
01952614-1 Procedur NoJ~m.12/14 Ao"ao?-otn Standards:
12-A R L ant U
09/30/1 4 Code
Reference:
-ASN Sec.X[I Material C__ES___[_Dawte.
Thkknss:
.237~'~-
Source Ir-192 Size:
.129" Curies:
93.9 Esthnated Weld Build-Up:
.062w" SPJ: '4.62?*
IQIIFeatur:
EFilm -Side G)
SouceSide E]
~7& 12
_Sizze(s)
-IQ[ Design:
Standard Hole,-TyNe FlmniView-Shngle 0 Composite [I Nume of Film Per Cassette:
"2 Film Stand OftE NA ~
~Film Bran drype.-
4Front "Fuji 50'
~Ceniter NA
~.Back -
Fuiji:50 Shm ie<)
NA Screw mcness:'
Fm 01*
Cetr NA Back
.01b"
______AW g-
.0 Expobsure Time:
Hx M.S.
0, hfin 0
Sec.
12' Th~ickermembrued asdi "s C ExosmElSm&giWall -ETDible Wall
~Image Viw:(ASingeWall DobeWt A
4-4 a~
ri-i
~. ~
=
~
i-n "4,
=
444-TW~IW 44 U
U A I~c
':44
)~,flIA
("'II 44 4
UI E
Viwews I
UF,~
/fs ivG U ~
444 Ul IOther Draw Sketch O B 0JD DoOkwas FHM REVIEW 04I 09/30/11 T17 7
.716 Ell..
1-2 09/30/11.:
17 1/4 2-3 09/3 17 318' ]n. o 5-0
'......11, 17 1/4
- l '**
hufi~Pre4T~cafin Fat~
v 1.Cnvfty
- 14. Rouded 1 mqFuin3. DessimePm.
- 6. bg 9.Tra
- 12. Indusloa
- 15. sure=
2 InconVftiL
- 4. Uwn~nW~nsrt 17.
rleecuty10 13.Ekg 6 fmAtfc Fxam ULimiations:
Yes:
% Examiined No: 1I00%xamP
- 17. Linem Cunmeas Spe Mached sheet for limu~ation Wadwatlens.
'~'S FiM 3/4FIRvII8
~B Lheil 9iýff Level.
H ~'Date:
09/30111 Seon Review:
IeD mbw 11 Date:
DL091111 R Peviewed PievioqL Data/ISL~ -NA se ro4 4
'11Jn S.Qnwilefts 44~
4
.4'-,
'4 j44
'4' 44
IDDEA~
~
7 Limitation Kecorcl softwam WHO tUnit
.MNS.
Procedure:
NDE_12.
Summary No:~ M1.R11.11.21-23 Procedure Rev:
14 Q
<Ml.Rl.16.0047 j,
W*s*cop:
RTISl Exam ++ +
WorkOrder Nio:
01952614-01
~AITACNMENT d,..
VPSE 20F4 2,Outage No.+IEC21 o&I2>
~ReportNo:;
. page:~ -! -",O B
Description of Limitation: 4"X.237"NPs welded pipe flange to pump housing weld IS1 ID #1 RCHP-1N.
~'Requiredi exam area includes the weld and 0~.250" on both sides of the weld.
The Pipe ange-to-Pump Inl cnfuon dplacement tradiographic Image of the 0.250* of base metalon the pump side of the ex"n area.
Calculations:
,K Requirpd weld/exam area length (L): 186937" (measurement taken from the Rt Interval markers on film)
Required xmareawidth ()
562"+,250"+.2.50." 1.062" W Required exam area In sq Inches: 1x.937"L.x 1.OB W 17"987. In2 Actusal area examined In sq inches: 18.937' Lx.815"W
.13.804 1,
Percent of coverage: 13.'864 In2 (17.987 In 2
- 100 F.78.74% 'rowinded toM-Cover Sketch of Limitton:
LhnftatIiS refmoal Radiation field N/A PLW p"oSbv
/4-NMWinIod Phng Exam Area aWeld,+ -,,0r each sie~d requiremtents: W/A K,
,Duke Energy I
f RadiographicExamination Report / Technique, Project:
McuireUnitI Procedure NoJRev I NDE-10 i24 & MI RLraantt DE KK~
Repair No.
1 ~WO/Task:
01952614-112 h
-12 R.14 AcceptanoeeR~porthinStandaerds:.10-A & 12-A Level:u Dat:
~
V II '02117/12, Code
Reference:
~AS-ME Sec. MI & )a mn
-n G 12' 1
- z m
Material:'
~;CS:O El d.3SS: K
___0 Diameters 4
Thickness:
-237 Source:
Ir-192 ~Size:
-IaoCuries:
9-2.3
~Estimnated Weld Buiild-Up:
..093" SFD:
5.25" IQI/Feature:-
Film.Side 10 Sounit Side 0 7-4T -ý
'Sizes)
IQI Design:
Standard Hole-T?i'e
,Film Vicw- ~~ Single M Composite L)~ Number of Film Per Cassette:2 3
Film Stand OfF NA
~Film, Bra df1ype:
Front AGFA D2~ Ceniter AGFA D2,
Back AGFA D2 _ ~'Shimf Size(s):
NA Screen Thickness:
Front
~.010"~ Ceter NRA Back
'.010M (Ug =FYI?)Act"l Ug<
.008" Exour ie:
Hs 0
NMi.
0 Sec.
30' Thickermemberused as shim Exposure:
'0;Single Wall.-
-Double Wall Imgye:N Snl~l-I..
D beWa~l Lj A Li C a*l 11,=il 1*
[I E'K Ll 1B ff 1%
1*0. tlý LID ra Offset Single Wall View' U F Offse Double Well V"e UMG Superhmposed DoubleWall Single Wonl
-~mwe Fim U I Other Draw Sketch 0] Sketch FILM REVIW InfteVal Datb Indicati(s) eg iaomol 0-1 02/17/12 gi U
'2-3 OV'0217/12
- 16 I_____________________I."_______
4-5
'92/I17/12 9
14 UC'Z 0LT--I 5-6 07117/12 16 6-7, 07117/12
_,U F
~7-8 02M1712
~
8-9 02/17/12
____ 9-10, 02/17/12 16 10-0 02/17/12
"'i
~, Indication and Flavityps:
- 5. Cck
- 8. Porosity Ill. ocaty
- 14. Rounded, 1.1,, *fkain~ 3.-Fxcwsivpemw
- 6.
- 79. Tnse 1,12.lInclusion
- 15. Surface
~2 km&Pes
- 4. Unwcimszsm sedln 7. Undercut
- 10. Convexity' E13. Elongated
- 16. Film Ardtifct Exam 1AiiiiationS:1 1
Yes:~
73 %Examined No: (100% -Eamie 17.K Comments: Source off-set.500" from fac of pump housing& 100%/ exam coverage obtained per ASME Section Ill~
requirafl1S. 1Ue coverage obaie is canide liie yNE1 Sect MI PSI reurmn o D-2
'Llimnnfaion documented in PIP.M-12-12,4 ISI Itemso.
N M1.R1.16.0047 / MILR 11.12123'.,'
First Review., T J Costello'
~
Level:
11H~'J Date:
~
02-17-12 Second Review: 'TL Tucker
~
Lneve Il Date:
02-17-12 MWIANII Review.j g
,K~
Date:
Reviewed__Previous___________NA ISI Item:
S~ee Comments,'
IDDEAL Limitation Record us wd S EIj1.,
Site9Unit MNS/I SProcedure.
NDE-1 2 OutagelNo:
1 EOC2i Summary No:.
MI.Ro.11.2123eW Procedurei Rv:
14 Report.No:
1'"1.RI.16.0047.
77.,i.
Workscope:
RTPSI Exam WorkTOrdernNo:
01952614-1!
Page:
2 of '2 Description of Limitation: 4"x.237" NPS welded pipe flange to pump housing weld ISI ID # 1RCHP-IN.
Required PSI exam area includes the eld" and 0.250" on both sides of the weld.
The Pipe Flange-to-Pump Inlet wed wasrejected during the 93/1I exam. The weld wias replaced with a new Kweld and 'PSI RT w'as performed on 2117/12. Adjacent piping was removed to allowv access to the ID of the weld' during the repair process. The repair weld was radiographed using a silngle-ýwail exposure; singl&Wal v'iew~
technique. The thickness of the pump houising does not allow.,RT to capkire.,aiographlc image of
,h 0250"Itof base metal on the pump side of the exam area.
Calculations:
Required weld/exam area length (L): 16.9'37ý" (measurement taken firom the RT' interval markers'on 181 flm Required exam area Width (WN)..4375" +.250" +.250" =.93750 WN Required exam area in sq inches: 16.937" Lx.9375 IW = 15.878" Actual area examined in sq inches: 16.937" Lx.6875" W = 11.644" Percent of coverage 11.644W, 15.878"
- 100 = 73.33% rounded to 73% Coverape Sketch of Limitation:
0.2WO of boo UT'tWOM no Dra~fV not to =W~e exerWnnd e Weld: IR6IP-.N EMm Ama Weld. '.250"eaCh side Limitations removal requirements: N/A
'Radiation field: N/A 7
C Ct 7'
7'.:1~1
- ~7~C,,,:: 7';