ML13038A150
| ML13038A150 | |
| Person / Time | |
|---|---|
| Site: | Oconee |
| Issue date: | 01/31/2013 |
| From: | Gillespie T Duke Energy Carolinas |
| To: | Document Control Desk, Office of Nuclear Reactor Regulation |
| References | |
| 12-ON-002 | |
| Download: ML13038A150 (173) | |
Text
T. PRESTON GILLESPIE, JR.
Dukeg Vice President E~nergy Oconee Nuclear Station Duke Energy January 31 2013 ON01 VP / 7800 Rochester Hwy.
Januay 31,2013Seneca, SC 29672 U.S. Nuclear Regulatory Commission 864-873-4478 Document Control Desk 864-873-4208 fax T. Gillespie@duke-energy. com Washington, DC 20555
Subject:
Duke Energy Carolinas, LLC Oconee Nuclear Station Unit 2 Docket No. 50-270 Fourth Ten-Year Inservice Inspection Plan Request for Relief No. 12-ON-002 Pursuant to 10 CFR 50.55a(g)(5)(iii), attached is a Request for Relief from the requirement to examine 100% of the volume specified by the American Society of Mechanical Engineers Boiler and Pressure Vessel Code (ASME Code), Section Xl, Rules for Inservice Inspection of Nuclear Power Plant Components, 1998 Edition with 2000 Addenda (as modified by Code Case N-460).
The attached Request for Relief 12-ON-002 is to allow Duke Energy to take credit for the enclosed Table 1 list of limited ultrasonic examinations on welds associated with various systems and components during Unit 2 EOC25 refueling outage. The ultrasonic examination coverage of the subject Unit 2 welds did not meet the 90% examination requirements of Code Case N-460. The obtainable volume coverage for weld examination is indicated on Attachment A of the relief request. Achievement of greater examination coverage for these welds is impractical due to piping/valve geometry and interferences. Therefore, Duke Energy requests that the NRC grant relief as authorized under 10 CFR 50.55(g)(6)(i).
This submittal document contains no regulatory commitments.
If there are any questions or further information is needed you may contact Corey Gray at (864) 873-6325.
Sincerely, T. Preston Gillespie Jr.,
Site Vice President Oconee Nuclear Station
Enclosure:
Oconee Nuclear Station - Unit 2 Request for Relief 12-ON-002 www. duke-energy. corn
U. S. Nuclear Regulatory Commission January 31, 2013 Page 2 Xc w/att:
Victor Mcree Region II Administrator U. S. Nuclear Regulatory Commission Marquis One Tower 245 Peachtree Center Ave., NE, Suite 1200 Atlanta, GA 30303-1257 John Boska Project Manager (by electronic mail only)
U. S. Nuclear Regulatory Commission Office of Nuclear Reactor Regulation 11555 Rockville Pike Mail Stop O-8G9A Rockville, MD 20852-2746 Xc w/o attachment NRC Senior Resident Inspector Oconee Nuclear Station Susan Jenkins Section Manager Division of Waste Management Bureau of Land and Waste Management SC Dept. of Health & Environment Control 2600 Bull St.
Columbia, SC 29201
Enclosure Oconee Nuclear Station - Unit 2 Request for Relief 12-ON-002
Oconee Relief Request 12-ON-002 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 Units.
Oconee Nuclear Station - Unit 2 Fourth 10-Year Inservice Inspection Interval Interval Start Date: September 9, 2004 Table 1 Relief Oconee Examinatio Weld ID Item/Summary Examination Request Unit n
Number Number Data Section Number Performed Number (Refueling Outage) 2.0 2
2EOC25 2-PZR-WP33-2 02.B3.110.0004 See Attachment A Pages 1-13 3.0 2
2EOC25 2-PDAI-1 02.B9.11.0047 See Attachment A Pages 14-25 4.0 2
2EOC25 2-PIA2-8 02.B9.11.0052 See Attachment A Pages 26-37 5.0 2
2EOC25 2HP-215-3 02.B9.11.0065 See Attachment A Pages 38-43 6.0 2
2EOC25 2-53A-8-61 02.B9.11.0162 See Attachment A Pages 44-52 7.0 2
2EOC25 2LP-150-70 02.C5.11.0012 See Attachment A Pages 53-58 8.0 2
2EOC25 2LP-189-15 02.C5.11.0018 See Attachment A Pages 59-64 9.0 2
2EOC25 2LP-216-17 02.C5.11.0047 See Attachment A Pages 65-70 10.0 2
2EOC25 2LP-216-18 02.C5.11.0048 See Attachment A Pages 71-76 11.0 2
2EOC25 2LPS-723-1 02.C5.11.0081 See Attachment A Pages 77-81 12.0 2
2EOC25 2LPS-723-2 02.C5.11.0082 See Attachment I
I A Pages 82-86 13.0 2
2EOC25 2LPS-723-3 02.C5.11.0083 See Attachment A Pages 87-91 Page 1 of 44
Oconee Relief Request 12-ON-002 14.0 2
2EOC25 2-51A-17-20A 02.C5.21.0042 See Attachment A Pages 92-97 15.0 2
2EOC25 WJ-33 PSI See Attachment A Pages98-111 16.0 2
2EOC25 WJ-36 PSI See Attachment A
Pages 112-125 Note: Duke Energy procedures require ASME Code,Section XI examinations that do not meet the requirements of Code Case N-460 to be marked "reject" for tracking purposes, regardless of whether indications were noted. Therefore, the limited exams in 12-ON-002 without indications were marked "reject".
Page 2 of 44
Oconee Relief Request 12-ON-002 2.0 Weld # 2-PZR-WP33-2 2.1.
ASME Code Component(s) Affected Unit 2 Pressurizer Upper Head to Relief Nozzle Weld, Reactor Coolant System, Weld # 2-PZR-WP33-2, Summary Number 02.B3.110.0004, and ASME Code Class 1.
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 Requirement
IWB-2500, Table IWB-2500-1, Examination Category B-D, Item Number B3.110 Fig. IWB-2500-7 (a), 100% Volume Coverage of Examination Volume A-B-C-D-E-F-G-H-I.
2.4.
Impracticality of Compliance Component configuration Surface 1: Upper Head - Carbon steel Surface 2: Relief Nozzle - Carbon steel Diameter: N/A Thickness: 4.750 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:
Weld coverage using 350, 450& 600 shear waves for axial scans (S1, S2),
and 350 & 450 shear waves for circumferential scans (CW, CCW) obtained 7.3% coverage.
Base material coverage using 350, 450& 600 shear wave for axial scans (S1) and 350 & 450 shear waves for circumferential scans (CW, CCW) obtained 43.3% coverage.
00 scan coverage obtained 24.9% coverage.
The aggregate coverage was calculated to be (7.3% + 43.3% + 24.9%)/3 = 25.2%.
The impracticality was caused by the weld taper configuration of the relief nozzle to the head that does not allow interrogation from Surface 2 the nozzle side.
There was also a lifting lug positioned on the Surface 1 side that attributed to the limitation. In order to scan all of the required volume for this weld, the head to relief nozzle weld would have to be redesigned and replaced, and the lifting lug Page 3 of 44
Oconee Relief Request 12-ON-002 would have to be repositioned to allow full scanning from both sides of the weld, which is impractical.
The Oconee 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 2.5.
Proposed Alternative and Basis for Use:
No substitution alternative for this weld is available which would provide better coverage. Radiography (RT) is not a desired option because RT is limited in the ability to detect service induced flaws. Use of other manual or automated UT techniques, whether conventional or phased array, were considered, but 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 fourth inservice inspection interval, currently scheduled to end on July 15, 2014.
2.7.
Justification for Granting Relief Ultrasonic examination of the weld for the item number 02.B3.110.0004 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 provides 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 the weld 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's position that the combination of examinations provides a reasonable assurance of quality and safety.
2.8.
References Duke Energy Relief Request 00-ON-001 was approved by the NRC during the last inspection interval. The previous approved SE is documented in Accession Number ML010290116, No.TAC No.MA8542 dated January 29, 2001.
Page 4 of 44
Oconee Relief Request 12-ON-002 3.0 Weld # 2-PDAI-1 3.1.
ASME Code Component(s) Affected Unit 2 Piping Weld, Reactor Coolant System, Reactor Coolant Pump 2A1 Discharge Casing, Nozzle to Safe End, Weld # 2-PDAI-1, Summary Number 02.B9.11.0047, and 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
IWB-2500, Table IWB-2500-1, Examination Category B-J, Item Number B9.11 Figure IWB-2500-8 (c), 100% Volume Coverage of Examination Volume C-D-E-F.
3.4.
Impracticality of Compliance Component configuration Surface 1: Forged Stainless Steel Safe End Surface 2: Cast Stainless Steel Pump Casing Nozzle Diameter: 33.5 in.
Thickness: 2.330 in.
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:
700 shear waves obtained 50% coverage in one axial direction (S1 - safe end).
700 shear waves obtained 0% coverage in one axial direction (S2 -
nozzle).
450 shear waves obtained 50% coverage in one circumferential direction (CW).
450 shear waves obtained 50% coverage in one circumferential direction (CCW).
The aggregate coverage was calculated to be (0% + 50% + 50% +
50%)/4 = 37.5%.
In addition, best effort supplemental scanning was performed using 600 and 700 refracted longitudinal waves from the S2 nozzle side for interrogation of the outer 2/3 of the wall thickness within the cast material.
Best effort supplemental scanning was also performed using 600 refracted longitudinal waves for interrogation of the inner 1/3 of the wall thickness on the nozzle side, but is not qualified to be calculated into the above claimed coverage.
Page 5 of 44
Oconee Relief Request 12-ON-002 The supplemental refracted longitudinal waves were only used for interrogation in the axial direction per procedural direction. Supplemental scanning is not performed in the circumferential direction.
The impracticality was caused by the taper configuration and cast stainless material of the nozzle which cannot be effectively interrogated by ultrasound.
There are currently no examination techniques that have been qualified for examining cast stainless steel through Appendix VIII. Therefore no coverage could be obtained by scanning from the nozzle side. In order to scan all of the volume for this weld, the nozzle would have to be redesigned and replaced, which is impractical.
The Oconee Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage. 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 is marked for internal tracking purposes 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 Xl, 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, were considered, but would not increase coverage due to the limitation created by the cast stainless material. 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 fourth inservice inspection interval, currently scheduled to end on July 15, 2014.
3.7.
Justification for Granting Relief Ultrasonic examination of the weld for the item number 02.1B9.11.0047 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 provides 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.
Page 6 of 44
Oconee Relief Request 12-ON-002 Duke Energy has examined the weld 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 is Duke's position that the combination of examinations provides a reasonable assurance of quality and safety.
3.8.
References None Page 7 of 44
Oconee Relief Request 12-ON-002 4.0 Weld # 2-PIA2-8 4.1.
ASME Code Component(s) Affected Unit 2 Piping Weld, Reactor Coolant System, Reactor Coolant Pump Casing 2A2 Inlet Nozzle to Safe End, Weld # 2-PIA2-8, Summary Number 02.B9.11.0052, and 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 Requirement
IWB-2500, Table IWB-2500-1, Examination Category B-J, Item Number B9.11 Figure IWB-2500-8 (c), 100% Volume Coverage of Examination Volume C-D-E-F.
4.4.
Impracticality of Compliance Component configuration Surface 1: Cast Stainless Steel Pump Casing Nozzle Surface 2: Forged Stainless Steel Safe End Diameter: 33.5 in.
" Thickness: 2.330 in.
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 - nozzle).
600 shear waves obtained 50% coverage in one axial direction (S2 - safe end).
450 shear waves obtained 50% coverage in one circumferential direction (CW).
450 shear waves obtained 50% coverage in one circumferential direction (CCW).
a The aggregate coverage was calculated to be (0% + 50% + 50% + 50%)/4 = 37.5%.
In addition, best effort supplemental scanning was performed using 600 and 700 refracted longitudinal waves from the 51 nozzle side for interrogation of the outer 2/3 of the wall thickness within the cast material.
Best effort supplemental scanning was also performed using 600 refracted longitudinal waves for interrogation of the inner 1/3 of the wall thickness on the nozzle side, but is not qualified to be calculated into the above claimed coverage.
,Page 8 of 44
Oconee Relief Request 12-ON-002 The supplemental refracted longitudinal waves were only used for interrogation in the axial direction per procedural direction. Supplemental scanning is not performed in the circumferential direction.
The impracticality was caused by the taper configuration and cast stainless material of the nozzle which cannot be effectively interrogated by ultrasound.
There are currently no examination techniques that have been qualified for cast stainless steel through Appendix VIII. Therefore no coverage could be obtained by scanning from the nozzle side. In order to scan all of the volume for this weld, the nozzle would have to be redesigned and replaced, which is impractical.
The Oconee Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage. 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 is marked for internal tracking purposes 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, were considered, but would not increase coverage due to the limitation created by the cast stainless material. 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 fourth inservice inspection interval, currently scheduled to end on July 15, 2014.
4.7.
Justification for Granting Relief Ultrasonic examination of the weld for the item number 02.B9.11.0052 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 provides 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 the weld to the maximum extent possible utilizing approved examination techniques and equipment. Based on the acceptable Page 9 of 44
Oconee Relief Request 12-ON-002 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's position that the combination of examinations provides a reasonable assurance of quality and safety.
4.8.
References None Page 10 of 44
Oconee Relief Request 12-ON-002 5.0 Weld # 2HP-215-3 5.1.
ASME Code Component(s) Affected Unit 2 Piping Weld, High Pressure Injection System, Tee to Reducer, Weld #
2HP-215-3, Summary Number 02.B9.11.0065, and 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
IWB-2500, Table IWB-2500-1, Examination Category B-J, Item Number B9.11 Figure IWB-2500-8 (c), 100% Volume Coverage of Examination Volume C-D-E-F.
5.4.
Impracticality of Compliance Component configuration:
Surface 1: Forged Stainless Steel Reducer Surface 2: Forged Stainless Steel Tee Diameter: 4.5 in.
Thickness: 0.531 in.
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 85.8% coverage in one axial direction (S1 - reducer).
0 600 shear waves obtained 71.6% coverage in one axial direction (S2 - tee).
450 shear waves obtained 100% coverage in one circumferential direction (CW).
450 shear waves obtained 100% coverage in one circumferential direction (CCW).
The aggregate coverage was calculated to be (85.8% + 71.6% + 100% + 100%)/4 = 89.35%.
Best effort supplemental scanning was also performed using 600 refracted longitudinal waves for interrogation of the inner 1/3 of the wall thickness on the tee side within the radius of the intersecting branch, but is not qualified to be calculated into the above claimed coverage. The supplemental refracted longitudinal waves were only used for interrogation in the axial direction per procedural direction. Supplemental scanning is not performed in the circumferential direction.
Page 11 of 44
Oconee Relief Request 12-ON-002 The impracticality was caused by the configuration of the tee, which did not allow access to the full volume of the weld. Therefore no coverage could be obtained by scanning from the radius of the intersecting branch on the tee side. In order to scan all of the volume for this weld, the tee would have to be redesigned and replaced, which is impractical.
The Oconee Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage. 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 is marked for internal tracking purposes 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, were considered, but would not increase coverage due to the scanning limitation created by the tee 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 fourth inservice inspection interval, currently scheduled to end on July 15, 2014.
5.7.
Justification for Granting Relief Ultrasonic examination of the weld for the item number 02.B9.11.0065 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 provides 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 the weld 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's position that the combination of examinations provides a reasonable assurance of quality and safety.
Page 12 of 44
Oconee Relief Request 12-ON-002 5.8.
References Duke Energy Relief Request 04-ON-009 was approved by the NRC during the last inspection interval. The previous approved SE is documented in Accession Number ML083190626, No.TAC No.MD9106 dated January 6, 2009.
Page 13 of 44
Oconee Relief Request 12-ON-002 6.0 Weld #2-53A-8-61 6.1.
ASME Code Component(s) Affected Unit 2 Piping Weld, Low Pressure Injection System, Pipe to Valve (2CF-12),
Weld # 2-53A-8-61, Summary Number 02.B9.11.0162, and ASME Code Class 1.
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
IWB-2500, Table IWB-2500-1, Examination Category B-J, Item Number B9.11 Figure IWB-2500-8 (c), 100% Volume Coverage of Examination Volume C-D-E-F.
6.4.
Impracticality of Compliance Component configuration:
" Surface 1: Cast Stainless Steel Valve
" Surface 2: Forged Stainless Steel Pipe Diameter: 14.0 in.
" Thickness: 1.250 in.
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:
450 shear waves obtained 0% coverage in one axial direction
($1 -valve).
450 shear waves obtained 50% coverage in one axial direction (S2 - pipe).
450 shear waves obtained 50% coverage in one circumferential direction (CW).
a 450 shear waves obtained 50% coverage in one circumferential direction (CCW).
The aggregate coverage was calculated to be (0% + 50% + 50% + 50%)/4 = 37.5%.
Best effort supplemental scanning was also performed using 600 refracted longitudinal waves for interrogation of the inner 1/3 of the wall thickness on the valve side of the weld from the S2 pipe side, but is not qualified to be calculated into the above claimed coverage. The supplemental refracted longitudinal waves were only used for interrogation in the axial direction per procedural direction.
Supplemental scanning is not performed in the circumferential direction.
Page 14 of 44
Oconee Relief Request 12-ON-002 The impracticality was caused by the tapered configuration and cast stainless material of the valve which cannot be effectively interrogated by ultrasound.
There are currently no examination techniques that have been qualified for cast stainless steel through Appendix VIII. Therefore no coverage could be obtained by scanning from the valve side of the weld. In order to scan all of the volume for this weld, the valve would have to be redesigned and replaced, which is impractical.
The Oconee Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage. 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.
The indication detected during the examination was the result of component geometry, and was not associated with flaws within the component weld. The indication was acceptable without further evaluation. The indication was dispositioned using procedure guidance on probe skewing, use of higher angles and indication plotting. The reject box is marked for internal tracking purposes 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, were considered, but would not increase coverage due to the limitation created by the cast stainless material. 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 fourth inservice inspection interval, currently scheduled to end on July 15, 2014.
6.7.
Justification for Granting Relief Ultrasonic examination of the weld for the item number 02.B9.11.0162 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 provides 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.
Page 15 of 44
Oconee Relief Request 12-ON-002 Duke Energy has examined the weld 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's position that the combination of examinations provides a reasonable assurance of quality and safety.
6.8.
References None Page 16 of 44
Oconee Relief Request 12-ON-002 7.0 Weld # 2LP-150-70 7.1.
ASME Code Component(s) Affected Unit 2 Piping Weld, Low Pressure Injection System, Reducer to Valve (2LP-17),
Weld # 2LP-150-70, Summary Number 02.C5.11.0012, and ASME Code Class 2.
7.2.
Applicable Code Edition and Addenda
ASME Boiler and Pressure Vessel Code,Section XI, 1998 Edition through the 2000 Addenda.
7.3.
Applicable Code Requirement
IWC-2500, Table IWC-2500-1, Examination Category C-F-I, Item Number C5.11 Figure IWC-2500-7 (a), 100% Volume Coverage of Examination Volume C-D-E-F.
7.4.
impracticality of Compliance Component configuration:
Surface 1: Forged Stainless Steel Reducer Surface 2: Cast Stainless Steel Valve Diameter: 12.75 in.
" Thickness: 1.168 in.
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 - reducer).
600 shear waves obtained 0% coverage in one axial direction (S2 - valve).
450 shear waves obtained 50% coverage in one circumferential direction (CW).
450 shear waves obtained 50% coverage in one circumferential direction (CCW).
The aggregate coverage was calculated to be (50% + 0% + 50% + 50%)/4 = 37.5%.
Best effort supplemental scanning was also performed using 600 refracted longitudinal waves for interrogation of the inner 1/3 of the wall thickness on the valve side of the weld from the S1 reducer side, but is not qualified to be calculated into the above claimed coverage. The supplemental refracted longitudinal waves were only used for interrogation in the axial direction per Page 17 of 44
Oconee Relief Request 12-ON-002 procedural direction. Supplemental scanning is not performed in the circumferential direction.
The impracticality was caused by the tapered configuration and cast stainless material of the valve which cannot be effectively interrogated by ultrasound.
There are currently no examination techniques that have been qualified for cast stainless steel through Appendix VIII. Therefore no coverage could be obtained by scanning from the valve side of the weld. In order to scan all of the volume for this weld, the valve would have to be redesigned and replaced, which is impractical.
The Oconee Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage. 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 detected during this examination. The reject box is marked for internal tracking purposes 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 Xl, 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, were considered, but would not increase coverage due to the, limitation created by the cast stainless material. 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 fourth inservice inspection interval, currently scheduled to end on July 15, 2014.
7.7.
Justification for Granting Relief Ultrasonic examination of the weld for the item number 02.C5.11.0012 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 IWC-2500-1; Examination Category C-H requires a VT-2 visual examination to detect evidence of leakage. This test and VT-2 examination provides 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 the weld to the maximum extent possible utilizing approved examination techniques and equipment. Based on the acceptable Page 18 of 44
Oconee Relief Request 12-ON-002 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's position that the combination of examinations provides a reasonable assurance of quality and safety.
7.8.
References Duke Energy Relief Request 04-ON-002 was approved by the NRC during the last inspection interval. The previous approved SE is documented in Accession Number ML051640307, No.TAC No.MC2704 dated July 22, 2005.
Page 19 of 44
Oconee Relief Request 12-ON-002 8.0 Weld # 2LP-189-15 8.1.
ASME Code Component(s) Affected Unit 2 Piping Weld, Low Pressure Injection System, Pipe to Valve (2LP-47), Weld
- 2LP-189-15, Summary Number 02.C5.11.0018, and 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
IWC-2500, Table IWC-2500-1, Examination Category C-F-i, Item Number C5.11 Figure IWC-2500-7 (a), 100% Volume Coverage of Examination Volume C-D-E-F.
8.4.
Impracticality of Compliance Component configuration:
Surface 1: Forged Stainless Steel Pipe Surface 2: Cast Stainless Steel Valve
" Diameter: 10.75 in.
Thickness: 1.0 in.
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 waves obtained 50% coverage in one circumferential direction (CW).
450 shear waves obtained 50% coverage in one circumferential direction (CCW).
The aggregate coverage was calculated to be (50% + 0% + 50% + 50%)/4 = 37.5%.
Best effort supplemental scanning was also performed using 600 refracted longitudinal waves for interrogation of the inner 1/3 wall thickness on the valve side of the weld from the S1 pipe side, but is not qualified to be calculated into the above claimed coverage. The supplemental refracted longitudinal waves were only used for interrogation in the axial direction per procedural direction.
Supplemental scanning is not performed in the circumferential direction.
Page 20 of 44
Oconee Relief Request 12-ON-002 The impracticality was caused by the tapered configuration and cast stainless material of the valve which cannot be effectively interrogated by ultrasound.
There are currently no examination techniques that have been qualified for cast stainless steel through Appendix VIII. Therefore no coverage could be obtained by scanning from the valve side of the weld. In order to scan all of the volume for this weld, the valve would have to be redesigned and replaced, which is impractical.
The Oconee Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage. 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 detected during this examination. The reject box is marked for internal tracking purposes 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 Xl, 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, were considered, but would not increase coverage due to the limitation created by the cast stainless material. 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 fourth inservice inspection interval, currently scheduled to end on July 15, 2014.
8.7.
Justification for Granting Relief Ultrasonic examination of the weld for the item number 02.C5.11.0018 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 IWC-2500-1; Examination Category C-H requires a VT-2 visual examination to detect evidence of leakage. This test and VT.-2 examination provides 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 the weld 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, Page 21 of 44
Oconee Relief Request 12-ON-002 it is Duke's position that the combination of examinations provides a reasonable assurance of quality and safety.
8.8.
References Duke Energy Relief Request 04-ON-002 was approved by the NRC during the last inspection interval. The previous approved SE is documented in Accession Number ML051640307, No.TAC No.MC2704 dated July 22, 2005.
Page 22 of 44
Oconee Relief Request 12-ON-002 9.0 Weld # 2LP-216-17 9.1.
ASME Code Component(s) Affected Unit 2 Piping Weld, Low Pressure Injection System, Pipe to Valve (2LP-1 79),
Weld # 2LP-216-17, Summary Number 02.C5.11.0047, and ASME Code Class 2.
9.2.
Applicable Code Edition and Addenda
ASME Boiler and Pressure Vessel Code,Section XI, 1998 Edition through the 2000 Addenda.
9.3.
Applicable Code Requirement
IWC-2500, Table IWC-2500-1, Examination Category C-F-I, Item Number C5.1 1 Figure IWC-2500-7 (a), 100% Volume Coverage of Examination Volume C-D-E-F.
9.4.
Impracticality of Compliance Component configuration:
Surface 1: Forged Stainless Steel Valve Surface 2: Forged Stainless Steel Pipe Diameter: 10.75 in.
Thickness: 1.0 in.
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 -valve).
600 shear waves obtained 50% coverage in one axial direction (S2 - pipe).
450 shear waves obtained 100% coverage in one circumferential direction (CW).
450 shear waves obtained 100% coverage in one circumferential direction (CCW).
The aggregate coverage was calculated to be (0% + 50% + 100% + 100)/4 = 62.5%.
Best effort supplemental scanning was also performed using 600 refracted longitudinal waves for interrogation of the inner 1/3 wall thickness on the valve side of the weld from the S2 pipe side, but is not qualified to be calculated into the above claimed coverage. The supplemental refracted longitudinal waves Page 23 of 44
Oconee Relief Request 12-ON-002 were only used for interrogation in the axial direction per procedural direction.
Supplemental scanning is not performed in the circumferential direction.
The impracticality was caused by the valve taper configuration, which did not allow access to the full volume of the weld. Therefore no coverage could be obtained by scanning from the valve side of the weld. In order to scan all of the volume for this weld, the valve would have to be redesigned and replaced, which is impractical.
The Oconee Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage. 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 detected during this examination. The reject box is marked for internal tracking purposes 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, were considered, but 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 fourth inservice inspection interval, currently scheduled to end on July 15, 2014.
9.7.
Justification for Granting Relief Ultrasonic examination of the weld for the item number 02.C5.11.0047 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 IWC-2500-1; Examination Category C-H requires a VT-2 visual examination to detect evidence of leakage. This test and VT-2 examination provides 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 the weld 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, Page 24 of 44
Oconee Relief Request 12-ON-002 it is Duke's position that the combination of examinations provides a reasonable assurance of quality and safety.
9.8.
References None Page 25 of 44
Oconee Relief Request 12-ON-002 10.0 Weld #2LP-216-18 10.1. ASME Code Component(s) Affected Unit 2 Piping Weld, Low Pressure Injection System, Pipe to Valve (2LP-179),
Weld # 2LP-216-18, Summary Number 02.C5.11.0048, and ASME Code Class 2.
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 Requirement IWC-2500, Table IWC-2500-1, Examination Category C-F-i, Item Number C5.11 Figure IWC-2500-7 (a), 100% Volume Coverage of Examination Volume C-D-E-F.
10.4. Impracticality of Compliance Component configuration:
Surface 1: Forged Stainless Steel Pipe Surface 2: Forged Stainless Steel Valve Diameter: 10.75 in.
Thickness: 1.0 in.
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:
60' 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 waves obtained 100% coverage in one circumferential direction (CW).
450 shear waves obtained 100% coverage in one circumferential direction (CCW).
The aggregate coverage was calculated to be (50% + 0% + 100% + 100%)/4 = 62.5%.
Best effort supplemental scanning was also performed using 600 refracted longitudinal waves for interrogation of the inner 1/3 wall thickness on the valve side of the weld from the S1 pipe side, but is not qualified to be calculated into the above claimed coverage. The supplemental refracted longitudinal waves Page 26 of 44
Oconee Relief Request 12-ON-002 were only used for interrogation in the axial direction per procedural direction.
Supplemental scanning is not performed in the circumferential direction.
The impracticality was caused by the valve taper configuration, which did not allow access to the full volume of the weld. Therefore no coverage could be obtained by scanning from the valve side of the weld. In order to scan all of the volume for this weld, the valve would have to be redesigned and replaced, which is impractical.
The Oconee Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage. 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 detected 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 Xl, 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, were considered, but 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.
10.6. Duration of Proposed Alternative This request is for the duration of the fourth inservice inspection interval, currently scheduled to end on July 15, 2014.
10.7. Justification for Granting Relief Ultrasonic examination of the weld for the item number 02.C5.11.0048 was conducted using personnel, equipment, and procedures qualified in accordance with ASME Section Xl, 1998 Edition with the 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 provides 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 properaction taken.
Duke Energy has examined the weld 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, Page 27 of 44
Oconee Relief Request 12-ON-002 it is Duke's position that the combination of examinations provides a reasonable assurance of quality and safety.
10.8. References None Page 28 of 44
Oconee Relief Request 12-ON-002 11.0 Weld #2LPS-723-1 11.1. ASME Code Component(s) Affected Unit 2 Piping Weld, Low Pressure Service Water System, Pipe to Flange, Weld # 2LPS-723-1, Summary Number 02.C5.11.0081, and 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 Requirement IWC-2500, Table IWC-2500-1, Examination Category C-F-i, Item Number C5.11 Figure IWC-2500-7 (a), 100% Volume Coverage of Examination Volume C-D-E-F.
11.4. Impracticality of Compliance Component configuration:
Surface 1: Forged Stainless Steel Flange Surface 2: Forged Stainless Steel Pipe Diameter: 6.625 in.
Thickness: 0.432 in.
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 - flange).
600 shear waves obtained 50% coverage in one axial direction (S2 - pipe).
450 shear waves obtained 50% coverage in one circumferential direction (CW).
450 shear waves obtained 50% coverage in one circumferential direction (CCW).
The aggregate coverage was calculated to be (0% + 50% + 50% + 50%)/4 = 37.5%.
Best effort supplemental scanning was also performed using 70' shear waves for interrogation of the inner 1/3 wall thickness on the flange side of the weld from the S2 pipe side, but is not qualified to be calculated into the above claimed coverage. The supplemental refracted longitudinal waves were only used for interrogation in the axial direction per procedural direction. Supplemental scanning is not performed in the circumferential direction.
Page 29 of 44
Oconee Relief Request 12-ON-002 The impracticality was caused by the flange taper configuration, which did not allow access to the full volume of the weld. Therefore no coverage could be obtained by scanning from the flange side of the weld. In order to scan all of the volume for this weld, the flange would have to be redesigned and replaced, which is impractical.
The Oconee Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage. 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 detected during this examination. The reject box is marked for internal tracking purposes of the coverage limitation only.
11.5. 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, were considered, but 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.
11.6. Duration of Proposed Alternative This request is for the duration of the fourth inservice inspection interval, currently scheduled to end on July 15, 2014.
11.7. Justification for Granting Relief Ultrasonic examination of the weld for the item number 02.C5.11.0081 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 IWC-2500-1; Examination Category C-H requires a VT-2 visual examination to detect evidence of leakage. This test and VT-2 examination provides 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 the weld 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 is Duke's position that the combination of examinations provides a reasonable assurance of quality and safety.
Page 30 of 44
Oconee Relief Request 12-ON-002 11.8. References None Page 31 of 44
Oconee Relief Request 12-ON-002 12.0 Weld# 2LPS-723-2 12.1. ASME Code Component(s) Affected Unit 2 Piping Weld, Low Pressure Service Water System, Pipe to Flange, Weld # 2LPS-723-2, Summary Number 02.C5.11.0082, and ASME Code Class 2.
12.2. Applicable Code Edition and Addenda ASME Boiler and Pressure Vessel Code,Section XI, 1998 Edition through the 2000 Addenda.
12.3. Applicable Code Requirement IWC-2500, Table IWC-2500-1, Examination Category C-F-i, Item Number C5.11 Figure IWC-2500-7 (a), 100% Volume Coverage of Examination Volume C-D-E-F.
12.4. Impracticality of Compliance Component configuration:
" Surface 1: Forged Stainless Steel Pipe Surface 2: Forged Stainless Steel Flange Diameter: 6.625 in.
Thickness: 0.432 in.
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 - flange).
450 shear waves obtained 50% coverage in one circumferential direction (CW).
450 shear waves obtained 50% coverage in one circumferential direction (CCW).
The aggregate coverage was calculated to be (50% + 0% + 50% + 50%)/4 = 37.5%.
Best effort supplemental scanning was also performed using 700 shear waves for interrogation of the inner 1/3 wall thickness on the flange side of the weld from the S1 pipe side, but is not qualified to be calculated into the above claimed coverage. The supplemental refracted longitudinal waves were only used for interrogation in the axial direction per procedural direction. Supplemental scanning is not performed in the circumferential direction.
Page 32 of 44
Oconee Relief Request 12-ON-002 The impracticality was caused by the flange taper configuration, which did not allow access to the full volume of the weld. Therefore no coverage could be obtained by scanning from the flange side of the weld. In order to scan all of the volume for this weld, the flange would have to be redesigned and replaced, which is impractical.
The Oconee Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage. 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 detected during this examination. The reject box is marked for internal tracking purposes of the coverage limitation only.
12.5. 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, were considered, but 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.
12.6. Duration of Proposed Alternative This request is for the duration of the fourth inservice inspection interval, currently scheduled to end on July 15, 2014.
12.7. Justification for Granting Relief Ultrasonic examination of the weld for the item number 02.C5. 11.0082, 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 IWC-2500-1; Examination Category C-H requires a VT-2 visual examination to detect evidence of leakage. This test and VT-2 examination provides 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 the weld 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's position that the combination of examinations provides a reasonable assurance of quality and safety.
Page 33 of 44
Oconee Relief Request 12-ON-002 12.8. References None Page 34 of 44
Oconee Relief Request 12-ON-002 13.0 Weld# 2LPS-723-3 13.1. ASME Code Component(s) Affected Unit 2 Piping Weld, Low Pressure Service Water System, Pipe to Flange, Weld #
2LPS-723-3, Summary Number 02.C5.11.0083, and ASME Code Class 2.
13.2. Applicable Code Edition and Addenda ASME Boiler and Pressure Vessel Code,Section XI, 1998 Edition through the 2000 Addenda.
13.3. Applicable Code Requirement IWC-2500, Table IWC-2500-1, Examination Category C-F-i, Item Number C5.11 Figure IWC-2500-7 (a), 100% Volume Coverage of Examination Volume C-D-E-F.
13.4. Impracticality of Compliance Component configuration:
Surface 1: Forged Stainless Steel Flange Surface 2: Forged Stainless Steel Pipe Diameter: 6.625 in.
Thickness: 0.432 in.
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. 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 - flange).
600 shear waves obtained 50% coverage in one axial direction (S2 - pipe).
450 shear waves obtained 50% coverage in one circumferential. direction (CW).
450 shear waves obtained 50% coverage in one circumferential. direction (CCW).
The aggregate coverage was calculated to be (0% + 50% + 50% + 50%)/4 = 37.5%.
Best effort supplemental scanning was also performed using 700 shear waves for interrogation of the inner 1/3 wall thickness on the flange side of the weld from the S2 pipeside, but is not qualified to be calculated into the above claimed coverage. The supplemental refracted longitudinal waves were only used for interrogation in the axial direction per procedural direction. Supplemental scanning is not performed in the circumferential direction.
Page 35 of 44
Oconee Relief Request 12-ON-002 The impracticality was caused by the flange taper configuration, which did not allow access to the full volume of the weld. Therefore no coverage could be obtained by scanning from the flange side of the weld. In order to scan all of the volume for this weld, the flange would have to be redesigned and replaced, which is impractical.
The Oconee Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage. 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 detected during this examination. The reject box is marked for internal tracking purposes of the coverage limitation only.
13.5. 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, were considered, but 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.
13.6. Duration of Proposed Alternative This request is for the duration of the fourth inservice inspection interval, currently scheduled to end on July 15, 2014.
13.7. Justification for Granting Relief Ultrasonic examination of the weld for the item number 02.C5.11.0083 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 IWC-2500-1; Examination Category C-H requires a VT-2 visual examination to detect evidence of leakage. This test and VT-2 examination provides 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 the weld 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's position that the combination of examinations provides a reasonable assurance of quality and safety.
Page 36 of 44
Oconee Relief Request 12-ON-002 13.8. References None Page 37 of 44
Oconee Relief Request 12-ON-002 14.0 Weld# 2-51A-17-20A 14.1. ASME Code Component(s) Affected Unit 2 Piping Weld, High Pressure Injection System, Pipe to Valve (2LP-56),
Weld # 2-51A-17-20A, Summary Number 02.C5.21.0042, and ASME Code Class 2.
14.2. Applicable Code Edition and Addenda ASME Boiler and Pressure Vessel Code,Section XI, 1998 Edition through the 2000 Addenda.
14.3. 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.
14.4. Impracticality of Compliance Component configuration:
Surface 1: Forged Stainless Steel Pipe Surface 2: Forged Stainless Steel Valve Diameter: 3.5 in.
Thickness: 0.216 in.
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:
700 shear waves obtained 100% coverage in one axial direction (S1 - pipe).
60' shear waves obtained 93% coverage in one axial direction (S2 - valve).
450 shear waves obtained 50% coverage in one circumferential direction (CW).
450 shear waves obtained 50% coverage in one circumferential direction (CCW).
The aggregate coverage was calculated to be (100% + 93% + 50% + 50%)/4 = 73.25%.
Best effort supplemental scanning was also performed using 700 shear waves for interrogation of the inner 1/3 wall thickness on the valve side from the S1 pipe side, but is not qualified to be calculated into the above claimed coverage. The supplemental refracted longitudinal waves were only used for interrogation in the axial direction per procedural direction. Supplemental scanning is not performed in the circurential direction.
Page 38 of 44
Oconee Relief Request 12-ON-002 The impracticality was caused by the valve taper configuration, which did not allow full access to the full volume of the weld. Therefore limited coverage could be obtained by scanning from the valve side of the weld. In order to scan all of the volume for this weld, the valve would have to be redesigned and replaced, which is impractical.
The Oconee Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage. 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 detected during this examination. The reject box is marked for internal tracking purposes of the coverage limitation only.
14.5. 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, were considered, but 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.
14.6. Duration of Proposed Alternative This request is for the duration of the fourth inservice inspection interval, currently scheduled to end on July 15, 2014.
14.7. Justification for Granting Relief Ultrasonic examination of the weld for the item number 02.C5.21.0042, 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 IWC-2500-1; Examination Category C-H requires a VT-2 visual examination to detect evidence of leakage. This test and VT-2 examination provides 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 the weld 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's position that the combination of examinations provides a reasonable assurance of quality and safety.
Page 39 of 44
Oconee Relief Request 12-ON-002 14.8. References Duke Energy Relief Request 04-ON-009 was approved by the NRC during the last inspection interval. The previous approved SE is documented in Accession Number ML083190626, No.TAC No.MD9106 dated January 6, 2009.
Page 40 of 44
Oconee Relief Request 12-ON-002 15.0 Weld#WJ-33 (SN# 1-N-37804-2) 15.1. ASME Code Component(s) Affected Unit 2 Pressure Vessel Weld, High Pressure Injection System, (SN# 1-N-37804-2) 2B Letdown Cooler Inlet Nozzle to Channel Body, Weld # WJ-33, Preservice Inspection Examination (PSI), and ASME Code Class 1. This weld is on the vendor supplied ASME Section III Code Class 3 stamped pressure vessel.
15.2. Applicable Code Edition and Addenda ASME Boiler and Pressure Vessel Code,Section XI, 1998 Edition through the 2000 Addenda.
15.3. Applicable Code Requirement IWB-2500, Table IWB-2500-1, Examination Category B-D, Item Number B3.150 Figure IWB-2500-7(a), 100% Volume Coverage of Examination Volume A-B-C-D-E-F-G-H-I.
15.4. Impracticality of Compliance Component configuration:
Surface 1: Stainless Steel Channel Body Surface 2: Stainless Steel Inlet Nozzle Diameter: N/A Thickness: 0.875 in.
This component was scanned manually with conventional methods. Scanning requirements are described in ASME Section Xl, Appendix III, 111-4420 and 111-4430. 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:
" Axial scan coverage: 450 shear waves and 450, 600 and 700 longitudinal waves in the S1 and S2 direction obtained an aggregate coverage of 52.6%.
Circumferential scan coverage: 450 shear waves obtained an aggregate coverage of 68.6%.
The total aggregate coverage was calculated to be (52.6% + 68.6%)/2 = 60.6%
The impracticality was caused by the weld taper configuration of the inlet nozzle to the channel body that does not allow interrogation from Surface 2 the nozzle side. In order to scan all of the required volume for this weld, the channel body to inlet nozzle weld would have to be redesigned and replaced to allow scanning from both sides of the weld, which is impractical.
Page 41 of 44
Oconee Relief Request 12-ON-002 The Oconee Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage. 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 is marked for internal tracking purposes of the coverage limitation only.
15.5. Proposed Alternative and Basis for Use No substitution alternative for this weld is available which would provide better coverage. Radiography (RT) is not a desired option because RT is limited in the ability to detect service induced flaws. Use of other manual or automated UT techniques, whether conventional or phased array, were considered, but 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.
15.6. Duration of Proposed Alternative This request is for the duration of the fourth inservice inspection interval, currently scheduled to end on July 15, 2014.
15.7. Justification for Granting Relief Ultrasonic examination of the weld for the PSI item number WJ-33 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 provides 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 the weld 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's position that the combination of examinations provides a reasonable assurance of quality and safety.
15.8. References None Page 42 of 44
Oconee Relief Request 12-ON-002 16.0 Weld#WJ-36 (SN#1-N-37804-2) 16.1. ASME Code Component(s) Affected Unit 2 Pressure Vessel Weld, High Pressure Injection System, (SN# 1-N-37804-2) 2B Letdown Cooler Outlet Nozzle to Channel Body, Weld # WJ-36, Preservice Inspection Examination (PSI) and ASME Code Class 1. This weld is on the vendor supplied ASME Section III Code Class 3 stamped pressure vessel.
16.2. Applicable Code Edition and Addenda ASME Boiler and Pressure Vessel Code,Section XI, 1998 Edition through the 2000 Addenda.
16.3. Applicable Code Requirement IWB-2500, Table IWB-2500-1, Examination Category B-D, Item Number B3.150 Figure IWB-2500-7(a), 100% Volume Coverage of Examination Volume A-B-C-D-E-F-G-H-I.
16.4. Impracticality of Compliance Component configuration:
" Surface 1: Stainless Steel Channel Body Surface 2: Stainless Steel Outlet Nozzle Diameter: N/A Thickness: 0.875 in.
This component was scanned manually with conventional methods. Scanning requirements are described in ASME Section XI, Appendix III, 111-4420 and 111-4430. 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:
Axial scan coverage: 450 shear waves and 450, 600 and 700 longitudinal waves in the S1 and S2 direction obtained an aggregate coverage of 52.6%.
Circumferential scan coverage: 450 shear waves obtained an aggregate coverage of 68.6%.
The total aggregate coverage was calculated to be (52.6% + 68.6%)/2 = 60.6%.
The impracticality was caused by the weld taper configuration of the outlet.nozzle to the channel body that does not allow interrogation from Surface 2 the nozzle side. In order to scan all of the required volume for this weld, the channel body to inlet nozzle weld would have to be redesigned and replaced to allow scanning from both sides of the weld, which is impractical.
Page 43 of 44
Oconee Relief Request 12-ON-002 The Oconee Inservice Inspection Plan allows the use of Code Case N-460, which requires greater than 90% volumetric coverage. 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 is marked for internal tracking purposes of the coverage limitation only.
16.5. Proposed Alternative and Basis for Use No substitution alternative for this weld is available which would provide better coverage. Radiography (RT) is not a desired option because RT is limited in the ability to detect service induced flaws. Use of other manual or automated UT techniques, whether conventional or phased array, were considered, but 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 16.6. Duration of Proposed Alternative This request is for the duration of the fourth inservice inspection interval, currently scheduled to end on July 15, 2014.
16.7. Justification for Granting Relief Ultrasonic examination of the weld for the PSI item number WJ-36 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 provides 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 the weld 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's position that the combination of examinations provides a reasonable assurance of quality and safety.
16.8. References None Page 44 of 44
Attachment A to Relief Request 12-ON-002 UT Detail Data sheets from 2EOC-25 Limited Exam Coverage
(
UT Calib ratlo 9qni.L nafton SltteUnlt:
Summary No-Workecope:
Oconee 1
2 02.63.110.0004 SI1 Procedure:
Procedure Rev.:
Work Order No.:
01928047 Outage No.:
02-25 Report No.:
UT-114-64 Pace*
I Of Code:
19912000A
- m9 "3.10
.........Location:
Drawing No.:
ISI-OCN2.002 Descrption: Nozzle to Head System ID:
50 Component ID: 2-iP'Z.R-WP33-2 Sl n:
W/A ThIckness/Diamete':
CS 14.7501 NA Lmitations:
Yes. Se report'* UT-114)63 Start Time:
1220 Finish Time:
1305 Ins*,true Sttns seac Unit Cal.
Time ots Axial Orientated Search Unit Serial No.:
0230P0 Serial No.:
G0869O(SP)
Checks Manufacturer:
G I.E Maui.
- -IlCa,
-11 Cbr o
Signal" Sound Path
-1
-l 10lt861p~
Reflector Amliue%
iiio Model:
USN608sW Size:
I Shape:
Round Ir.
-114 "S.....
1.7 1.2.
Delay
.9700 Range:
T.o Fmq.:
2.25 MHz Style:
Comp.-
I1 1712011
'1TSDH so 80.3A4 2.45" M'd CaIIVe:
.2300 Pulser Square Exam-Angle:
" 0
- of Elements: Single
-nt-r.
Col.
314T-SDH 42 5.2 3.86e DamphV.
- 500, Reject 0%
Mode:
long.
[,Final 1315027120...
11 Rep. Rate:
AuthlIgh F
.q:
2.25 MHz Measured Angle:
0 Coulpent Filter Fixed Mode:
, PE-Wedge Style:
Integral Cal. Batch:
11225 Circumferential Orientated Search Unit Von":
.450..
Other Fulwiai.
Type:
uL R..
Caflbraioni
- Signal Swep Ax. Gain (dB):
20.0 Clo. Gan (do)
NI Search Unit Cable Mfg.:
SooehROltr Amplitude %
Diion ud
.1 Screen Div.
-70 In..of Sound Path.
7yeW :xm ac 125Pt Linearity Report No.::
L-11-167 ent.
r 1oCo.:
0 Type:
ULTRAGL 1I Calibration Block SenCvrag Mfg.:
Sntc Cal. Block No.
40394 Upstream
- Down.ream P
n ScAn dB:
26 Refeelock
.Rfe*
ce/Slmuiato0r Blo" Tlckness F
Wa.:
Fat CW @
CCW a Scan dB:
o nsignal Swoop Son dpath Sft
- o.
03ewdo Refletor Amplitud Division Cal. 8Ik. Temp.
72 Temp. Tool:
MCNDE40130 Exam Surface:
o._.__
ye:
RoMPAS s
I BW Comp. Temp.
98 Temp. Tool:.
MCNDE40130 Surface Condition:
As Ground Recordable Indlcation(s):
Yes Q]
No E (If Yes, Ref. Attached Ultasonic indication Report)
Results:
Accept Q Reject []
Info Q Comments: Pulse Wkdth-220 nla Percent Of Coverage Obtained > 00%:
No Reviewed Prvious Data:
yea Examiner Level nI
.,Sgnte Date Reiwe inature Date Howard, Dean Ma.
10127,2011 F"8"...I..ill n
/
Examiner Level Il.N I-jfo4"i:
-2 Data
- ersiur Sinat in Da-e Day, John, C.
.if10/2712011 A4 Other Level MI/A signature Date 4/"Review I g 4
nature Date w
%-1
~cg~/A~/ f59
UT CalibratloiO ination Outage No.:
02.25 Report No.:
UT*.11-883 Page:
1 of 12 SlteI~ltn Summary No.:
Worc*cope:
Oconee I
2 02.83.11o0.004 Procedure:
Procedure Rev.:
Work Order No.:
NDE-420 I6I*.
01281 Code:
111120.00A Celtertm:
B 1 `13.1`10 Location:
DrMVing No-.
ISI-CN2.002
==
Description:==
Nozzle to Head System ID.
so5 Component ID: 2-PZRWP33.2 Sze/Length:
WA Thlcklness/Dameter CS 14.7501 NA Umitatlons:
Yes - See attached sh.ets Start Time:
1228 Finish Time:
1243 ea
- 0.
m.
.1 IlllOU MIIIIIilL s*lUJ Iibqi CUCmlil uJnit i.
Serial No.:
023DP0 Serfal No.:
01R93N Manufacturer GE Mn cumr KBA Model:
USN S1S ie S¶0 Sae et Delay.
7.450:
Range:
10"'
Freq.
2.25 MHz style:
SWS MI CalNel:
.1262 Pulsar:.
Square-Exam Angle:
35
- of Eleme.
Single Damping:
600 Reject:
0%
Mode:
Shear Reap. Rate:
Autohlgh Freq.:
2.25 MHz Measure Ad g 35 Filter.
Fixed Mode:
PE Wedge Style:
SWS C
Voltage:
450 Other:
Fullwasv6 Ax. Gain (dB):
30 Cim. Gain (dB) 30 Seamh Unit Cable I
Screen Div. =
1.0 In. of Sound Path Type:
RG - 174 E
Unearity Report No.:
L.1.167 Length:
Ir No. Conn.:
0 Calibration Block Scan Coverage Cal. Block No.
40394 Upstream Q Downsrm Ea Scan dB:
44 Thickness 5
DIa.:
44 CaL 81Ik. Temp.
72 Temp. Tool:
MCNDE40130 Exam Surface:
O.D.
Comp. Temp.
95 Temp. Tool:
MCNDE40130 Surface Condition:
An Ground Recordable Indication(s):
Yes C]
No:Sa (If Yes, Ref. Attached Ultrasonic Indication Report)
Results:
Accept -
Reject Ea Info 0 Cal.
Tim; Date nitlaiCalý 1123 01W27120 11 nter. Cal.
1227 10127120.111.
nter.: Cal.
Final Cal, 1320110&2712011 Couplant W1. Batch:
11225 rype:
ULTRAGEL-1 Mg.:
sonotec:h am Batch 112285 type:
ULTRAGEL II Mfg.:
Sonotech Reference Block lerlal No.:
0549867 type:
ROMPAS AxI*l Or'entated Search Unit "Clbrton Signal Sweep
- Sound, R
Amplit de %
Division L114"D 80 so1.
1.50"
.2KsoN I
to u-
&~
- or 3148011 60 4.5 4..0"
.5/4 SD
.30
.7.5 7.5" Notc 0
6.2 6.2" Circumferential Orientated Search Unit Reflector Amplitude %
Division See Axial ReferoeneSImulator Block Gain Signal Swe oudPt d9 jelcouApitd%'Ds Comments: Pulse WkIdth 220 nls.Callbratl n reflector ver.iffed Used in lug area to Increasecoeae(*fr
'I 11-I05110110 C
- f.
I'l t I
.. ~7 Percent Of Coverage Obtained,. 90%:
No Reviewed:Previous Data:
Yes Examiner*
Level II-Signature Date Reviewer S ign at u Sgnre.
Date Howard, Dean K.
102712011 Examiner Level Iu-N
(\\~aueDate
-Site Review Signature Date Day, John, C.
101212011 IA Other~. Levele Datagaur at 4/A 301.-...
el
~zL)
UT Calibratior nination Ste/Unit Summary No.:
Woercope:
Ocone.
1 2
oB3.110.80o4
.IS'.
Procedure:
Procedure Rev-,
Work Order No-NDE4-20 6
01286 Outage No.:
02-25 Report No.:
UT-11-8I3 Page:
21 of 12 Code:
199192000A CatjItem:
B3- /33.110.ction:
0 Drawing No.:
iSI.-.0CN2.002 Descriptfon: Nozzle to Hod System ID:
50 Component 1D: 2-PZR-WP33-2 Sizaeenwh:
NIA Thdmess/Diametsr:
CS 14.7501 NA UrnLitaons:
Yes., See attached sheeoots tart Time:.
1236 F
Time:
1250 nsrumentSettngs SearhU Time Daten AxialOrientated SeIarch Unit Serial No-023oPo Serill No.:
s61864 Checks
-w Sound P Man jrew.
GE Manufacturer.
PA14AMETRICS!!Ž 14 2/0.
Reecr Amplitude %
Daivi~on Model:
USM 60 SW Sime:
.x1.0 Shape:
ReeL If
-tra.
1114,81)k5o 1.5 1.r Delay.
11.60 Range:
12, Freq.:
2.25 MHz Style:
sws 1n:'
1235 4SD 1......
80 2.9 3.r M't Cao/Vel:
.1270 Pulser Square" Exam Angle:
45
- of Elements: Single ri* Cl.
1-4*
34 SON N
4.5 5X Damping:
500 Reject:
0%
Mode:
Shear din l I1325 101.12011 5/4 SDH 25 7.2 8.6 Rep. Rate.
Autohlgh Freq.:
2.25 MHz Measured Angle:
45 Couplant Notch 15 5.8 7.0" Fiter:
Fixed Mode:
PO Wedge Style:
SWS Cal. Batch:
11225 Circumferential Orientted Search Unit Voltage:
450 Other~
Fuliwave Type:
uLTRIAGEiL I
'Callbm-rtlon, Signal Sweep Ax Gain (dB) 30 CIrc. Gain (dS):
30 Search Unit Cable Mfg-sonotech Refector AmPlld %
Division d Pa I
Screen ON. =
1.2 In. of Sound Path Type:
RG -,174 Exam Batch 11225 SeAidal Linearity Report No.:
L-11.167 Length:
6 No. Conn.:
0 Type:
ULTRAGEL II Calibraton BlockSee Coverage Mfg.:
Sonotech Cal. Block No.
40394 Upstream [- Downstream [
Scan dB:
44ene Black Reforence/Simulator Block Thickness 5
Die.:
Scan dB:
44 Gain Signal Sweep Sound Path Cal. W.Temp.
72 Temp. Tool:
MCNDE40"30 Exam Surface:
O.D.
No.:
054967 ReletoR A
8td
" O alo
__Type:
ROMPA IS 19 v, kadiu s
o 80.8 1.0" Comp. Temp.
95 Temp. Tool:
MCND)E4I3O Surface CondrWon:
As Ground Recordable lndlcation(s):
Yes 0 No Ea (if Yes, Ref. Attached Ultrasonic Indication ReporL)
Results:
Accept C]
Reject Ea Info 0 Comments: Pulse Width-220 nla-Calibration reflector verified..
PC14,14,11-09'
,U Percent Of Coverage Obtained M
90%:
No Revewed-Preous, Data:
Yes Pi*,*
L 1
Examiner Level gII-gat Date Ro~e wejljSinaur Date Howard, Dean M.
/10i27120111 Examiner Level 1-N
.Date Site Rv
,Signature Dat Day. John, C.
1/721 Other Level NIA pate..
A.
./fi/,
Date NIA
Sits/unit Sum Mary No.:
Workscope:.
UT Calibrationk nation I
Procedure:
Procedure Rev.:
Work Order No.:
Oconee I
0.2.03.1110.0004 NDE42O 0192606?.
Outage No.:
02-25 Report No.:
UT-111463 Pace:
3 of 12 Cede:
I-000A C... ltm: "
1B3.140 Locaton:.
Drawing No.:
ISI0CoN2-02 Descriptlon: Novzie to Head System ID:
so Component ID-2-PZR-WP.3342 StIMILength:
NIA ThiclcneselDlermeter-CS4.4.7501 NA Umitatlons:
Yes - See attached sheets start lime:
1246 Finish Time:
1301 Instrument stn So.arch Unit
'-'.CaL Tim Data Axial Orientated Search Unit Serial No.:
0230Po Serial No.:
E305 Checks
-sound Path Calibrel Signal Sweep SudPt Manufacturer GE Manuflacturer KBA Initial Cal' 1205 161271011 Reflector.
Amplitude %
Oi8son Model:
USk 00SW Size:
I Shape:
Round ain
.l
-lII 114 SD 80 1.2 2A
'0'
- Ine Cai ml.
Ik
, *M*IM1
&0"B*.24 Delay.
16.67 Range:
20 Freq-2.25 MHz Style:
Gamma In t..
124 1
11 S5 2.5 5.o" M' cal/Vel:
.1270 Pulser.
Square Exam Angle:
so
- of Elements: Single 12 3.450H 60 3.8 7.5" Damping:
500 Rejct 0%
Mode:
Shear F
101712011 W4 817 20 6.312.
Rep. Rate:
Autchlgh Feq.:
2.25 MHz Measured Angle:
50 Couplant tNotch 12 8.0 10.0" Filter Fixed Mode:
PE:
Wedge Style:
SW$
Cal. Batch:
11225 Chrcumferentlal Orientated Search Unit Voltage:
450 Other Fuliwave Type:
ULTRAGEL It Calibration Signal SWeeP SudPt Ax. Gain (dB):
50 Cir-. Gain (dB):
50 Search Unit Cable Mfg.:
Soneeh Refletr Ampilitude %
Division Screen OIv. =
- 2.
in. of Sound Path Type:
RG - 174 ExamBatch 11225 see Unearty Report No.:
L-11-167 Length:
6-No. Conn.:
0 Type:
ULTRAGEL II j..
P.
Calibration Block Scan Coverage Mfg.:
Sonotech Cal. Block No.
40394 Upstream Q Downstream Z Scan dB:
64 Reference Block Re"*renceflmulatorBlock ThIckleus 5
Die.:
- SndB:
4 Serial No.:
09 llt
% I Sound Path Cal. Bk.,Temp.
72 Temp. Tool:
MCNDE40130 Exam Suface:
O.0.
ROMPA.R e flet' 60 0...
1.54!'
Comp. Temp.
95 Temp. Tool:
MCNDE40130 Surfce Condlfon:
' As Ground Recordable Ind~catUon(s):
Yes Rpr.
No (Y
R A
Ui).
Results:
Accept fl Reject.
Info 0 Comments: Pulse Wi 220ns-Callbratlon reflector Lrified..
C c114%5,I-.11o-09 I.,,L*.'
Percent Of Covermae.Obtained 00%:
No Revlewed:Previous Data:
Yes Examiner Level 11-N Date Sie Reea w a
ry, Dohn,
- c.
1012712011 D
Other LOevl N/A sate a
N*.I Date.
NIA A~e~~
(/
%.a.
41t/ zl
UT Calibration..
ination Slte/Unit Summary No.:
Wor-mope:
Oconee.
.2
.is' Procedure:
Procedure Rev.:
Work Order No.:
NDE-,M 6
01928067 Outage No.:
02-25 Report No.:
UT.-1-M Page:
4 of 12 Code:
199812000A Cat /tem:
1D 133.110 Location:
Drawing No.:
ISI-OCN2..002
==
Description:==
Nozzle to Head System ID:
50 Component ig: 2.PZR-WP33-2 Size/Length:
WA Thickness/Dlameter Cs8 14.750 1 NA Umitetlons:
Yes. See attached sheets Start Time:
1253 Finish Time:
1320 Instrument Settings Search Unmt mTime Dft Axial Orientated Search Unit Serial No.:
023DP0 Serial No.:
E30935 Check*
M,,__,.__,__,_
-!*°
- °Calibration signal Sweep Soun Path Manufacturer GE Manufacturer
[BA w
1 10I27I21 Reflector Amplitude %
Division Model:
USN60 SW Size:
1 Shape:
Round cal.
_'I_
."8D 80to 2.0 1.01 Dewy.
16.567 Range:
'Freq.:
2.25 MHz Style:
Comma I
-5
-.1.0":8DM 700 4.0 2.V" MdC e:.17 usn Sur.inter.
Cal.
MlCa~l:
.27 ulo~.
Suae Exakm.Angle:
60 9 of Elements: Single
.5 DM 70 6.0 3.0" Damping:
500 RejectL 0%
Mode:
Shear 1.-
Fnl 1 4 5% 10 271201 8M 7
F 4
Rep. Rate:.
Autohlgh Freq.:
2.25 M W Meaue~ge 0Cultt____
Filte.Fixed Mode:
d:
Wedge Sy:
sWS Cal. Batch:
11225 Circu*fterentIal Orentated, Seah Unit Voltage:
450 Other Fuliwave Te:R DCabraon Sga Sep Ax. Gain (dB),
50 din. Gain (dB):
50 Search UnitCable Mfg.:
oeneteeh Reflector Amptude %:
Division o
at Ssaw Dienov..
0 F
Sound Pah i
Type:
RG-174 Exam Batch 11225 See ial Linearity Report No.:
NO.-11167 Length.
6' No. Conn.:*
0 Type:
ULTRAGEL I
c_ _Scan Coverage M-a.:
05487 Rel' Calibration BlockSanCvrgMf:
oteb_
Cal. Block No.
40394 Upstream f Downstream [] Scan dB:
64 Bl Reference Block RenceSlmulator ThIckness 5
Din.:
64 Gain Signal Sweep Reflector_____
111111111 Division Cal. Bk Tamp.
72 Temp. Tool:
MCNDE40130 Exam Surface:
O.D.,Type:
RoMPAS 8DM.
60
.01.5" Camp. Temp.
95 Temp. Tool:
MCNDE40130 Surfaoe Condition:
As Ground Recordable Indiceaton(s):
Yes
.No 1 (If Ye,.Ref. A*t.ached Ultrasonic Indication Report.)
Resulta:
Accept JJ Reject []
Info Q Comments: Pulse Width - 220 nls-Callbration relectoj verified.
FC.11-"0, 111.07, 11-09,
- 5)
IV"
[*,
Percent Of Coverage Obtaned > 90%:
No Reviewed Previous Data:
Yes X
W--
Examiner Level fI-Signature Date Reviewer Signature Date Exrie oe 1MDf ieSignature Date Dayn John, C.
10n27e20e11 A
a NIA
%~J
<</i%
@9 DUKE POWER COMPANY IST LIMITATION REPORT Component/Weld ID:
2-PZR-WP33-2 Item No:
02.B3.110.0004 remarks:
0 NO SCAN SURFACE BEAM DIRECTION Nozzle configuration n
LIMITED SCAN D
1 0
2 0
1 0 2 Z cw 0 ccw FROM L N/A to L N/A INCHES.FROM WO Weld to Beyond.
ANGLE:
El 00 45 0 60 other FROM 0 DEG to 360 DEG l NO SCAN SURFACE.
BEAM DIRECTION Lifting lug OLIMITED SCAN 01 El2 2
O
-Elcw rccw FROM L N/A to L N/A INCHES FROM WO CL+
to Beyond.
ANGLE:
0 0 0 45- 0 60 other.
FROM 160 DEG to 200 DEG El NO SCAN SURFACE BEAM DIRECTION n
LIMITED SCAN El 1
'2 Ei nl 2 cw El ccw FROM L to L INCHES FROM WO to ANGLE:
- 0.-
45 El 60 other FROM DEG to DEG E1 NO SCAN El LIMITED SCAN SURFACE BEAM DIRECTION
-l1
-2
[1 w [ccw Eli I
[2 UT-11-863 FROM L to L 4
INCHES FROM WO to Sketch(s) attached Z
yes C3 No ANGLE:
El 0 El 5 0 60 other.
FROM DEG to DEG c~' //Z~7
Sca# @
31 Pressurizer R Nozzle to Head Summary No.: 02.1 k 10.0004 Weld No.: 2-PZR-WP33-2 15.73 sq. in.
9.12 sq. in.
Note:
Calculated from both sides of the nozzie to obtain an average % coverage due to configuration.
13.65 sq. in.
20.80 sq.
Head Surface I
,6.96 sq. in.
10.84 sq. in.
Total Weld Metal Exam Area
= 9.12 + 6.96 = 16.08 sq. in.
Total Base Metal Exam Area
= 20.80 + 15.73 + 13.65 + 10.84 = 61.02 sq. in.
Total Exam Area
= 16.08 + 61.02 = 77.10 sq. in.
Head Surface 1 Inspector / Date:
4L I~A Page __ of jZ
.7
0 Pressurizer Re4eNozzle to Head Summary No.: 02.*11, 0.0004 Weld No.: 2-PZR-WP33-2 Scale: 1" = 3" 450 & 600 Head Surface 1 450 & 600 4.95 sq. in.
Total Weld Metal Examined from Surface 1
= 4.95 / 16.08 x 100
= 30.8% x 75% (no lug area)
= 23.1%
Head Surface 1 0% of Weld MetalExamined from Surface 2 Inspector / Date:
If 11 -; /1,,
Page -r of IZ_
~yI ~
Inspector / Date:
,t/':~
/,,
Pressurizer R@ Nozzle to Head Lug Area Summary No.: 02.
10.0004 Weld No.: 2-PZR-WP33-2 Scale: 1" = 3" 450 & 600 Head Surface 1 450 & 600 3.92 sq. in.
Lifting Lug
= 3.92 / 16.08 x 100
= 24.4% x 25% (lug area)
= 6.1%
0% of Weld MetalExamined from Surface 2 Head Surface 1 Inspector / Date:
Page 8 of _z 1ifJ§i~A4'
Pressurizer ReONozzle to Head Summary No.: 02.10t0.0004 Weld No.: 2-PZR-WP33-2 Scale: I" = 3" 20.56 sq. in.
450 & 600 ij Head Surface 1 11 Total Base Metal Examined from Surface 1
= (20.56 +3.9 + 10.64) / 61.02 x 100
=57.5% x 75% (no-lug area)
=43.1%
Head Surface 1 Inspector / Date: Inspctor/ D a
e:
LL L
age of 14AZI Page d? of / z 4~~<
I /4
Pressurizer Redozzle to Head Lug Area Summary No.: 02. B tO.0004 Weld No.: 2-PZR-WP33-2 Scale: 1" = 3" 450 & 600 20.56 sq. in.
Head Surface 1
-~
A
& 60 Lifting Lug
- Liffing Lug condition exists for 900 of Weld Total Base Metal Examined from Surface 1
= (20.56 + 3.38 + 4.96) / 61.02 x 100
-47.4% x 25/(lug area)
= 11.9%
Head Surface 1 Inspector / Date:
//Z4 Page Ic) of _L_
/~/~/ ifs
Pressurizer Re*Nozzle to Head Summary No.: 02.010.0004 Weld No.: 2-PZR-WP33-2 Scale: 1" = 3" 350,450 & 00 8.37 sq. in.
Head Surface I 350,450 & 00 10.84 sq.
Total Base Metal Examined Scans 3 & 4 with 350 and 45'
=(8.37 + 10.84) / 61.02 x 100
=31.5%
0% of Weld Metal Examined Scans 3 & 4 with 35' and 450 Head Surface 1 Total Examined 0' scan
= (8.37 + 10.84) / 77.10 x 100
- 24.9%
Inspector / Date:
Page // of z-
/~9. ~!5*'
PZR Relief Nozzle to Head % of Coverage
.~
N Item No.: 02.B3.110.0004 Weld No.: 2-PZR-WP33-2 Weld Coverage Scan S1 S2 Cw CCw Angl5 350,450 & 600 350450 & 600 350 & 450 350 & 450 Total
% Coverage Obtained 23.1 +6.1=29.2 0
0 0
29.2 29.2
+ 4 =
7.3
% Coverage Base Material Coverage St Cw & CCw 350,450& 600 350& 450 Total 43.1 + 11.9 = 55 31.5 86.5 86.5 +2=
43.3 24.9
% Coverage
% Coverage 00 Scan Coverage Aggregate Coverage = Weld + Base Material + 00 + 3 25.2
% Coverage Inspector / Date":
Pag0e
,o-f!,
Page I z of _LZ
UT CalibrtIonIExtnAt~on Outage No.:
02-25 Report No.:
UT-11-413 Page:
I of a
S StteI~nlt:
Summary No.:
Workecope:
Oconee 1
2 02 J39.111.004.7 IS' Procedure:
Procedure Rev.:
Work Order No.:
PDi-uT-2 E
61928138
- ode:
1998112000A Catitem:
B-J 139.11 Locaton:
wowing No.:
ISI-OCN2-011
==
Description:==
Casing to a8fe End ystem ID:
50 fomponent ID: 2.PDAI.-1 Szemeflgth:
WA Thick ess/Diameter:
812.330133.
imllationo:
Ye's - See attched sheets" Stat-Tlme:
1412 Finish Tlime:
1421 mmrurmntr eangs sdal No.:
011MBT Serial N4 anufacturer KRAUTKRAMER Manufec odel:
USN;60 Sie:
slay:.
7.6947 Range:
6.00" Freq.:
1 Ca/VeI:
.1268 Pulser:
High "M
AU vmping:
1K Reject 0%
Mode:
9p. Rate:
Autohligh Freql-
.26 MHz Measure Itor:
Fixed Mode:
PE Wedge" iftage:
Fixed Other:
Fullwave Gain (tdB) 374 Cim. Gain (dB):
37.4 I
Sween Div. =
.8 In. of Sound Path Type:
teafily Report No.:
L-1 1-1 65 Length:
Calibration Block earcn unit 007Y.13 urer.
KBA
0.5 Shape
- Round, 2.25.MHz S"~4:
COMP -G rigie:
45
- 01 Eements:Single Shear
'dAngie:
45 style:
MswQc Search Unit Cable RG - 174 6'
No.; Corm.:
0 Scan Coverage I--I Downstream.
Scan dS: 47.4 E0*
CCWF ScandB: 47.4
(
1 E
1 Cal.
Time 1 Daoa Checks Initial Cal-j1403jIM6161 Inter. Cal.
Inter. C. i+/-1412 10!4=111 Inter., Cal.[
Final Cal 1405 10I1201t0111.
Coupiant
ýal. Batch:
11225 rype:
ULTRAGEL II Mfg.:
on't* ehic bwamBatch 11225
~ype:
ULTRAGEL II Mfg.:
Sot*
h Reference Block Weiel No.:
04-8741 rype:
ROMPAS Aa Orientated Search Unit Caibaton Signal Sweep Sound Path Reflectr Ampliude %
Division 7ID Notchl
-in 5.2 4.086" Circunriferentlal Orientated Search Unit Calibration Signa Swesep.
Reflector Amplitude Division j ouund Path RefaerncelS~imulator Block Gain signal Sw~eepSondPt d13 Reflector Arnt Ilde % Divison SudPt U4.9 e-Radiua g0 240
`1.930*
ti. Block No.
ickness
-40397 Upatrea Cv
&000 Die.:
Flat
- 1. SBI. Temp.
71 Temp. Tool:
MCNDE4OI30 Exam Surface:
O.D.
mp. Temp.
-0 Temp. Tool:
MCND4I0130 Surface Condition:
As Ground cordable Indlcatlon(s):
Yes -
No R (Of Yes. Ref. Attached Ultrasonic Indlc#Uon Report.)
sults:
Accept C]
Reject Ea Info [-
roont Of Coverae Obtained 90%:
No Reviewed Previous Data:
No Comments: NIA 1ý
'7
0 UT Calibrationja iina, Procedure:
Procedure Rev.:
Work Order No.:
Slte/Unit Summary No.:
Woreacope:
Oconee.
1 2
02.89.11.0047 PDI-UT.2 019281386 Outage No.:
O2.25 Report No.:
UT-11-13 Page:
2 of 8
IS!
Code:
1998/2000A C/item:
BJ 1B9.111 Location; Drawfng No.:
,SI-OCN2-011
==
Description:==
Casing to safefEnd System ID:
60 Component 10: 2-PDAI-1 SlzeILength:
NIA Thlckness/Dlametor 8812.330133.5 Umitations-Yes. See attached shees_
Start Tim:
1422 Finish Time:
1427 L:
J lI WU.--
I.
Instrument Settings Search Unit C
ie Dt
- cal, Ti:me Date Serial No.:
11MBT Serale No.:
1041204 Checks Manufacturer KRAUTKRAMER" Manufacturern RID Initial Cal 1407 101261211 Model:ite.N.2(Size2)
Shape:
Rest.
!&L Detay:.
11.20
, Range; 10.00
- Freq.:
2.O Mlz
, Stylle:;
R. 2 Inter. Cal.
1422 10126011 M'd CalVel:
.2121 Putserc Nigh E.. Anl:
60
- of lements: Dual Inter'CaL
_l.
Damping:
1K ReJect:,
0%
Mode:
FiLong F
Cal 1506 s
10o6 01 Rep. Pate:
AutchIgh Freqq-20 M~ z Measureds Al61e:
s0 C6Upfat'I Filtter Flie Mode:
Dual Wedge, sty.e Integral____
Cal.. Batch:
111225 Voltage:
Fixed Othen Fulla
-v Type:
ULTRAG*EL il Ax. Gain (d) 59.2 Cic. Gain (dB):
N/A Search Unit Cable Mfg.:
Sonoch I
Screen Dlv.=
1.0 In. of Sound Path Type:
RG - 174 Exam Batch 11225 Linearity Report No.:
L-11-165 Length:
6' No. Conn.:
0 Type:
ULTRAGEL II Calibration Block scan Coverage Mfg.
. Sonotehe Cal. Block No.
40397 Upstream C Downstream 0 Scan dB: 73.0 Reference Block Thickness 3.000 Dle.:
Flat CW "]
CCWf] Scan dB: NIA Serial No.:
04-6741.
Cal. Blk. Temp.
71*ý Temp. Tool:
MCNDE40130 Exam Surface:
O.D.
Type:
- ROMPAS Comp. Temp.
So Temp. Tool:
MCNDE40130 Surface Condition:
As Ground Recordable Indlcation(e):
Yes C]
No 2]
(if Yes, Ref. Attached Ultrasonic Indication Report.)
Results:
Accept 0 Reject 2 Info [J Comments: Nil Percent Of Coverage Obtained :. go%:
No Reviewed Previous Data:
No Axial Orientated Search Unit Calibration Signal Sweep Sound Path Reflector Amplitude %
DMvlon
- ffT SDH so 4.350 Circumferentlal Orientated Seamh Unit Calibration Signal Sweep Reflector Amplitude %
Division IWr elmulateor Block SdB Reflector Amplitude Dision ound Path 2"Waiousi' so i I ns" k
UT CalibrationrIi Ination Outage No.:
02.25 Report No.:
UTr114H3 Page:
3 of 3
Siteunit:
Summary No.:
Workscope:
Oconee I
2 62.9.111.0047 IS.
Procedure:
Procedure Rev.:
Work Order No.:
P0*-U1.-2 E
0`9281138 Code:-"-
'129W0A EwCa,,ten:
B-J r39.11.
Draw*ogiol:
ISI-OCN2-011
==
Description:==
Casing to Safe End System ID.
-a Comp0olD.,VA1.1 SeleLerngtl:
WA Thickness/Diameter:
5882.330133.5 Umitat1o::++
eowý-J.4e attached sheets Start lme:.
1421 Finish Thme:
1436 iiF
. I.I.
I I I mln..
U I r
-i III I III I I
' muinnn umngs Serial No.F OIIMBT Serial N Manufatctrar 1'rAUTKRAIMER Manufac Model:
4JN0Sioe:
Ml a5i10 RaMge:
12..0" Froq.-
M1U Calet
.1232 Pulser
,,HIgh Exam A Damping:
1K
- Reject,
ý74%,
Mode:
Rep. Mate:
.Au~
+Axiz 2M.*2 z-Ji Measure Filler-Fixd
'Mode:
PE Wedge Voltage:
Fixd
- .Other, Fu i;W Ax. Gain (O
_______-hrc. Gain-(dB)
.'NIA I
Scmeen-Dv.=
2
- .of Tyoundph Tye:
Llnealty Report No.:
L-11.185 i e1. h:
Sear'c unit ao.:
01F7J2 tumr:
KBA
.5 Shape:
Round 2.25.MHz Style:
Comp -0 rgle:
70
- of Elements: Single Shear idAngle:
70 Style:
MSWQC Search Unit Cable RG - 174 6V No. Conn.:
0 Scan Coverage Ii I!
ji C
1 I
- 1 Cal,. ime Date "
Checks 17 Nlser Cal.Ak'o~~
Intr. Cal.
Fina 1
Cal* 107 1o02612011 I Couplant W1. Batch:
11225 type:
ULTRAGEL II Mg.:
Sonotech
-mm Batch 11221
- ype:
ULTRAGEL II Mfg.:
Snotech Refternoe Block Grislt No.:
04-.8741 ryp:
ROMPAS
+Axial Orientated Search Unit Caibratlon Signal Seep Sound Pat Reflector Amplitude %
.34T SDH 80 6.3 7.910, Circumferential Orientated Search Unit Calibration Signal sweep SudPt Reflector Amplitude Division NIA RefersncelS1mulator Block Gain Signal Sveep ISoujnd Path 2, Re.dIule rAmpil9ude Di v90on X2 r++n'ius 04 1.60 I +° J~atibeaff Block Cal. BlOck No.
-403,
ý.WPeaMUM UL uovwvuueam h a
go: fwL Thickness 3.000 Da.:
FPlt CW CCW[3 Scan dB: NIA Cal. Blk. Temp.
71 Temp. Toot MCNDE40130, Exam Sudace:
O.D.
1 Comp..Temp.
80 Temp.+Tool:
MCNDE40130 Stufsacaondlmon:
As Ground Recordable Indlcatlon(s)
Yes
.1 No.'
(If Yes. Ref. Attached Ultrasonkc Indication Report.)
Resulta:
Accept 5 Reject 0 Info 9 Percent Of CoverageObtalned,' 90%:
fto N
. Reviewed Previous Date:
No Comments: NIA
UT CalibratlonA inatlon (50.
SltmaUnry Oceee Summary No.:
1
.2 02J39.11.0047 Procedure:
Procedure Rev.:
Work Order No.:
NDE.340 01928138 Outage No.:
02-25 Report No.:
UT41113 Page:
4 of 8
Wotrecope:
151 Code:
ISUI000A Ceti'Item:
B-J. 19.111 Location:
Drawing No.:
iSl-OCN2-.Ol
==
Description:==
Casing to S1af End System ID:
s0 Component ID: 2-PDAI-1 Size/Length:
NIA Thlckness/Dam'etar'
$882.330133.5 Limitations:
None Start Time:
1438 Finish Time:
1443 Instu*ment Settings Search Unit Time D
Axial Orientated Search Unit Serial No.:
011MBT Serial No.:
J19022(SP)
ChecksSin.ep on.
Manufactumr:
KRAUTKRAMER Manufacturer KBA Initial Cal 1438 1012612011 Reflector Amplitude %
OMSlon Model:
USN-40ý Size:
1.0 Shape
Round tr. Cal.
Comp BW 80 5.5 2.70" ola, r.
0.54M?
Range:
8.0" Freq.-
- 2.
MHZ Style:
Gamma Intr.
Cal.i_
MII CalIVei:
.2250 Pulser.
High Exam Angle:
0
- of Elements: Single Cal...__.
Dampin
_. 4K, Reject 0%
Mode:
Long.
inal I Ca 4
.1012612011 Rep. Rt:.>. A
.t.',g.;Freq.: 2.25 MHZ Measured Angle:
0 Couplent Filten.:
.,"'Fixed
.Mode:
PE Wedge Style:
Integral Cal. Batch:
11225:
Circumferential Orientated Search Unit Type:
ULTRAGEL.II Calibration Ig Sweep Ax. Gaem.) M
,3&. a ClrC Gain (dB):
NIA Search Unit Cable Mfg.:
8oneoteh Reflector Amplitude %
i n
Path 1
5geiokm.*l.*
5
-,lr. of S"oundPth Type:
RG. 174 Exam Batch
.11225A LUnearltp Rep0& M.:
-,4.A'5" Length:
6' No. Corn-
- 0.
Type:
ULTRAGE ii CanbIUI.io meek S ecan Coverage fg.:
e h
c* aeia
- tupotrv, D!
ownstream Scan de: 3&0 al.iockl U
r
.Dwsr.
S B
Referen Block Refersncel~imulator Block Thickness 2.0 "
Die3.:
soo00 CW 6 CCWEO Scan dB: 38.0 Gain Signal Sweep Soundpath Cal.
.k. Tem.
71 Tam.. Tool:-'
- MeE40130.
Exam Surface, 0.0.
____4________
Refler A
x Oaon Comp. Temp.
80 Temp. Tool-MCNDE4O130 Surface Condition:
As Ground Type:
ROM'A
,.o o
Recordable1ndica4on1s);
Yes rJ No !
(if Yes, Ref. Attached Ultrasonic Indication Report.)
I____
Results:
'Acqpt. E2 Reject Q info f]
Comments: NIA Percent OrCovsmge Obtained > 90%:
Yea Reviewed Previous Data:
No Examiner Level I-Signalure,"
Date Re Signature Date Stauffer, Water,,E.
10126120111 Examiner Level i,-N
'7 "Date Si Review Signature Data Lester, RobertM.
1012612011 Other Level NIA Signature Date ANI, ReVew Date
O xe 9
(9 DUKE POWER COM[PANY ISI LIMITATION REPORT Component/Weld ID: 2-PDAI-I Item No:
02.B9.11.0047 remarks:
0 NO SCAN SURFACE BEAM DIRECTION Due toa B1 RCP Nozzle EJLIMITED SCAN 01 02 01 2 [
cw ccw coniguraiuon.
FROM L N/A to L N/A INCHES FROM WO CL to Beyond AWKE:
]0 0
45 0,60 other 70 FROM 0 DEGto 360 DEG W
NO SCAN SURFACE BEAM DIRECTION Ii LtiMTEDSCAN El 1 0
2 0
1 E-2 E] cw E] ccw FROM L "too L
INCHES FROM WO to ANGLE: -j'0 46, 060 other FROM DEG to DEG "l NOAN&
M1 SURFACE BEAM DIRECTION C3. LIMITED SCAN..
I--1 E 2 C] 1 2 E cw l ocw FROM L
_t__
INCHES FROM WO to ANGLE:
[0 0 0 45 '0.60 other FROM DEG to DEG 0N lM.TED.SCAN SURFACE BEAM DIRECTION E 1 0 2 0
1 O 2 []cw l ccw UT-11-8135 Sketch(s) attached FROM L 4to L 4
INCHES FROM WO t(
DEG 0
yes C-No ANGLE:
0-0 0 5.0 60 other FROM__ DEG to Sheet 5 of 8 D"t
/ f 7V" /,
L.-
OPEN Supplemental Report Report No.:
Page:
Summary No.: 02.B9.11.0047 Examiner: Stauffer. Lesrt
- ...--ý Examine Lester. Rober.
Other.
MIA Level:
IIl-N Level:
11-N Level:
NIA Reviewer:
Site Review:
ANII Review:
PLLZ UT-11-813 6
of B
Date: //-,,I Date:
Date: j..jj Comments:
a
Ž1 1
I Siowor 'Photo:
- , I'R't*-,,,*,.
1 6 ZAI sz-SI
)qllz
9110 101 MWWW Supplemental Report Report No.:
Page:
Summary No.:
Examiner:
Examiner:
Other:
02.B9.11.0047
.auffer, Lester, LeIfdtr. Rob ed. M..
.wt.
iiIi Level:
IMN Level:
l-N Level:
NIA Reviewer:
SiteReviewf:
ANIl Review.
UT-11-813 7
of 8
Date:
Date:/r
'Comments:
sswis-EN.D
--- 4, 3Ls#~
66L
"".I
- 4.
Z.I 0t3r~qijj6b. IAi T#hiS AOL6A,
~&( (~<
Determination of Percent Coverage for UT Examinations - Pipe Y\\-\\ J)
SktelUnit Oconee I 2
Summary No.:
02.B9.11.0047 Workscope:
ISI Procedure:
Procedure Rev.:
Work Order No.:
PDI-UT-2 E
01928138 Outage No.:
02-25 Report No.:
UT-11-413 Page:
8 of 8
Scan1 Scan 2 Scan 3 Scan 4
% Length X
% volume of length 1100 =
% Length X
% volume of length 100 =
100.000
% Length X 50.000
% volume of length 1100 =
...lOAO
% Length X
.0M00-
%-volume of-length 1100 =
% total for Scan I
% total for Scan 2 50.000
% total for Scan 3 50;M.
%lotaI-for8can4-AddtotalsandddM deby#scans 50.000
%totalfor45deg ter deg -
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.
Scan I Scan 2
-Scan 3 Scan 4 100.000 0.000
% Length X 50.000
%volumeoflength1lt00=
50.000
% total for Scan I
% Length X 0.000
% volumeoflengl 1-10 0.000
% total forScan 2
% Length X
% volume of lengthi 100:___
% total for Scan 3
% LengthX volume of lengthIw o I0:.
_%o*
forScan 4 Percent complete comeme Add totals for each scan required and divde by# of scans to determine; 174500
% Total for complet exam Site Field Supervisor:.
Date:
a~z2.
0
UT CalibratloniE 9
ý.ination 480 Site/Unlt:
Summary No.:
Woirkcope:
Oconee.
I 2
02.39.11.0047 Procedure:
Procedure Rev.:
Work Order No.:
NDE-830 01928138 Outage No.:
02-25 Report No.:
UT-11412 Pace:
1 of 4
code:
199812000A catiiter:
B-J 9.11 Location:
Drawing No.:
ISl-OCN2-011
==
Description:==
Casing to SafeI End System ID:
so
ýomponent ID: 2-PDAI-.
S*lz* o.u :
NIA ThIckneswDiometer.
ss5130133.5
.ibmtatons:
Yes - See reortf PUT.11-8143 Starttlme:
1445 Finish Time:
1451 Instrument Sengs Searh Unit Cal.
Time Date Axial Orientated Search Unit 3erlal No.:
O23DP0 Serial No.:
03-789
- Check, Calbrton Sigal Sweep Se
.d SManufactu RTD Reflector Amplitude %
Division Aodei:
us.N 60 SW Size:.
(2 L.xU Shape:
Rect.
inter. Cat.
_3f4 8DM so 481 3.29
)elay.
16.7506 Range:
7.0" Freq.:
1.0 MHz Style:
TRLI Inter. Cal.l 144 10I26/2011 nl Calwel:
.260 Pulser~
Square Exam Angie,:
S
- of Elements:' Dual____
)amping.
00 Reject:
0%
Mode:
Riiracted Long.
i nal:Cal I16-0 106 tap. Rate.:
Autehlgh Freq-I MHz Measured Angle:
60 Couplant iter:
Fixed Mod.:
Dual Wedge Style:
Integral Cal. Batch:
11228 Circumferential Orientated Search Unit (olae:
450 Ooe Fuliwav e
Type:
ULTRAGEL I, Calibritlon signal Sweep S
__ P.
UL Gain (diB):
59A5 CIro. Gain (0B):
.60.10 Search Unit Cable Mvfg.:
chReflectorý Amplitude %
Division dPt 1
Screen Div. =
J in. of Sound Path, Type:
R0 -174 Exmac rs31*4SDH 80 5.2 3.70 lnearlty Report No.:
L-11-167 Length:
6 No. Conn-:
0 Type:
ULTAEL I Calibration Block Scan Coverage Mfg,:
s-no Wa. Block No.
50214 Upstream ~Downstream n Scan dB: 59.8 Refemnoe
.i..
c RefsrancelimulatorBlock hllcknesa 2.464 DIa.:
Flat CW CCWR Scan dB: 60.1 GaIn
[
Signal Sweep Sound Path Seral.No.:
84741 dB Reflector Ampi,
% Division
- al. Bk.Temp.
71 Temp. Tool:
MCNDE40130 Exam Surface:
O.D.
TYPe:
ROMPAS 29.5 2" Radius
- 80.
2A.
2.000
- omp. Temp.
So Temp. Tool:
MCNDEOi30 Surface Condloit As Ground
!ecordable Indlcation(s):
Yes Q No [
(if Yes, Ref. Attached Ultrasonic Indlceaton Report.)
- esuts:
Aocept -
Reject []
info Comments: PC 11-08 ercent Of Coverage Obtained > 90%:
No Reviewed Previous Data:
NIA I 'xamlner Level D
Signatue Oats Re Signature Dats a..
It
- e.
1012112011/
- smnlner Level IIN SIg Date Site Ra ew Signature Date aster. Robert M.
Sigh 10122&2011 ither Level N/A Sýignature Date ANII Review Signature Ii Dafte I/A
- 1.
-4 22e7
UT CalibrationlEx...dnation
('9 Site/Unlt Summary No.:
Workscope:
Oconee I
2 112.B.1.047 IS1 Procedure:
Procedure Rev.:
Work Order No.:
NDE-830 01i28138 Outage No.:
02-25 Report No.:
UT-I11412 Page:
2 of 4
- ode
199812000A Cat.Item:
B 1J 139.11 Location:
Prawing No.:
ISI-OCN2-011
==
Description:==
Casing to Safe End
,ystem ID:
50
- omponent ID: 2-PDAI-1 SizaLength:
NVA Thickess/Diameter:
ss/2.330133.5 Imitations:
Yes-See report# UT-114813 StarttTimo:i 1452 Finish Time:
1458 Insrument Settings Search Unit Cal.
Time Dax
,ial Orientated Search Unit tal No.:
023DP0 Seria NO.:
90-371
-i-Caibration Signal
- e.
Sound Path lankrfpctider
.GE Manufacturer Initial Cal 1300 1012011 eplltdet%
Division
[odel:
USM 6o SW
- 51.
2,*
Shape
. RS.
SIt.
I Sh" 114T DH.
N0 3.8
'IX" telay:
10.6653, Range:
5.0" Freq-2.0MHz-Style:
TInter.
Cal.
01 2_=1___1_
I'l CalNel:
.2392 Pulser:
Square Exam Angle:
70
- of Elements: Dual tar:
amplng:
- 600, Reject:
0%
Mode:
Refracted Long.
Vp. Rate:
Autohigh Freq.:
2 MHz Measured Angle:
70 Couplant Mlier.
Fited Mode:
qDu wedge Stye:
Integral Cal. Batch:
11225 Chmucnfarentlat Orienta d Search Unit oltage:
450 Other:
Fullwave Type:
ULTRAGELl.
Calibratlon Signal Sweep Y. Gain (dB):
66.3 Ciro. Gain (dB) 67.3 Search Unit Cable Mfg.:
- senetech, le' Amplitude %
Division 1
.l4SON 80,i
- 39.
1.95" I
Screen Dlv. =
-5 In. of Sound Path Type:
RG - 174 Zorm Batch D112201 Inearity Report No.:
L.-11-167 Length.
6' No. Conn-0 Type:
ULTRAGELal B
Calibration Block Scn Coverege Mfg.:
Sonoh_
al.Block No.
50214 Upstream, R Downstream['7 Scand.9: 66.3
- etr
~r
.ul.':...
____Referen_____e
-Block ernc/iutoBek hickness 2.464 DEf.:
Flat CW [
- Scan dB: 67.3 Gain signal B
Seria 047,.,
RSowe'ad.%o*
Sound Pat a.B Tep 71Temp. Tool:
ARCDE:4OI30.
Examn Surface:
0.0.
SeilN.
0471B Rleco noha O
ln al. BIk. Temp.. 71 p.oo:
ND 13 Em
- O..Type:
ROMPAS 33A 2" RadluI S0 4.0 2.0" omp. Temp.
80 Temp. Tool:
MCNDMO130 Surfac. Condition:
As Ground I _....___
ecordable Indication(e):
Yes E" No I (if Yes, Ref. Attached Ultrasonic Indication Report.)
esults:
Accept fl Reject
- Info El Comments: FC 11.08 ewent Of Coverage Obtained > 90%:
No Reviewed Previous Data:
.xamlner Level 11-N Signature, Date Reviewer Signature Date tuffer,. Lester. E.
1*0o12 0o11 xaminor Level il-N SI Date Site Review Signature Data ester, Robert M.
S tfA.1012612011 Mher Level NIA Signature Date AN1 Review Sgnatu Date V*A V..
PH it*'
DUKE POWER COMPANY ISI LIMETATION REPORT ComponentlWeld ID: 2-PDAI-1 Item No:
02.B9.11.0047 remarks:
0 NO SCAN SURFACE BEAM DIRECTION Procedure allows scanning from C3 LIMITED SCAN 0
1 C3 2 1 0D 2 0 CW 0 CCW castisdeonly.
FROM L N/A to L N/A INCHES FROM WO CL to Beyond ANGLE:
[0 0 E] 45 0 60 other 70L FROM 0 DEG to 360 DEG E
NO SCAN SURFACE BEAM DIRECTION F1 LIMITED SCAN l1
[] 2 l 10 2
lcw 0 ccw FROM L to L INCHES FROM WO to ANGLE:
0 0r 45 C 60 other__
FROM DEG to DEG n
NO SCAN SURFACE BEAM DIRECTION E-] LIMITED SCAN I1 E1 2 E1 i 2
El1 cw El ccw FROM L to L INCHES FROM WO to ANGLE:
0 0 C) 45 0 60 other FROM DEG to DEG El NO SCAN LIMITED SCAN SURFACE n1 0
I
")2 BEAM DIRECTION El I E 2 CE Cw [I ccw UT-11-812 Sketch(s) attached FROM L to L 4
ANGLE:
00 00 5 0l 60 o'
INCHES FROM WO to Z yes D No ther FROM DEG to DEG 10/26/11 Sheet 3 of 4 horized In
ý11' Date: 11 4i 1 V
0 SupplementalReport (2*
Report No.:
Page:
Summary No.:
Examiner Examiner.
Other:
02.B0.11.0047 Stauffur, Les*er..
Lefter, Robert M.'4&-fLAk~
MIA:
Level:
Il-N Level:
Ut-N Level:
- Reviewer:.
Site Review.
ANII Review.
UT-11-812 4
of 4
Date: /!.,,?.*
Date:
Date:
Comments:
Sketch or Photo:
F0 74ý 1
I I
I I
asVUJ I
I.
(10II
~~~~*H~~~~
%,~6SG aleC t~~~7'~
UT Calibratio Ination Outage No-02-25 Report No.:
UT-.-1-871 Page:
1 of a
S Sita/Unit:
Summary No.:
Workacope:
Oconee I
02.8.1t.0052 IS, Procedure:
Procedure Rev.:
Work Order No-PDl-UT-2 E
6192344 Code:
19981000A Catam:
89.1i Locao1 Drawing No.:
ISI-OCN2-008
==
Description:==
Casing to Safe End System ID:
50 Component ID: 2-PLA2-81 SbdlLingth:
NIA ThlcknesDilameter SS/12.330133.5 Umitatlions:
Yes - See attached sheeta Start Time:
1001 Finish Time:
1030 Instrument Settings Search Unit SeilN. 110 TCal.k Time DotatAilOinae erhUi SeralNo:
IIBTserial No.1 007Y13 Ccs___
-Cafration Signal Sweep Sound Path Manufacturer.
KRAUTKRAMER Manufactzmr:
KBA MtI Cal 0300 11116=11 Reflector Amplitude %
Division Model:
USM-oO Size*
OS Shap.e Round Inter. Col.
I1 Notch o
5.2 4.086 Delay 7.5947 Range:
8.00 Freq.:
2"2S MHz Style:
Comp.0 CaI 1
1000 111612011 M'I CalVel:
.1268 Pulser.
High Exam Angle:
45 of Elements: Single, Damping:
1K RIeect 0%
Mod Shear FnalCai 1240 11161t11:
Rep. Rate:
Autohgh Freq.:
2.26 MHz Mesaured!Angle:
4_
Couptant
_I_,__
Filter Fietd Mode:
PE Wedge Style:
MSWQC Cal. Batch, 11252 CIrcumferentlal O1lentatedSearch Unit voltage:,
PFised Other:
Fulfiwav Type:
.uLREL i~i Callfteatlon
- Signl, SWOeP Ax. Gain (dB):
37.4 CIm. Galn,(dB):
.3.4 Sesrch Unit Cable Mfg.:
7 S"or"hf Amplitude %
Division 1 Srwn~v.=
.8 lnof soundPath Type:
R0 -174 ExamrnBatch iisSexals___
Re.*.c~to.
Impltude% iDivsin ound Path Linearity Repow No.:
L-115Lnt:
6 o oi.
____Type:
ULTRAMEL U1 Calibration Block C
Cal. Block No.
40397 Upstream 0
Owntn51 Q Scan dB: 47.4 Rf.n Bc B
Thicknes 3000 Die.:
'Gain
- Snl S
Thcns 0
la W
Serial No.:
1446741,Sga Sound Path Cal. B9k. Temp.
71 Temp. Tool:
MCNDE40130 Exam Suro:
O.0.
TRfe:
ROMPActor" 1.a Gomp. Temp.
80 Temp. Tool:
MCNDE4013O.
Surface Condfito:
-As Ground Tye RO AS8
.i iss Reordable Incalctionts):
Yes r7 No 0.
(if Yes. RkeifAttcheod Ultrasonic Indication Repot.)._,-.."
>esut:
AcceptQ Reject [-
Info C3 Comments: initial ScUion Xi Exam
ýercent Of Coverage Obtalned
- 90%:
No Reviewed Prevous Data:
No Examiner NLevel
-N.
Si re Date Reviewer Slgnature Date Suirhe.d DarryA.
111.12
/.---
- xrammer Level I.-tm Dati' Site Rvw SIgnture Date
)ay, John, C.
4~'d.%
1621
)th6r Level IA'l atr Dale 7)ýevle v,,7//.Q,7natu Date
~I1A.
/vv/4A /j-cT'~aA4.(z~1Ad.05
UT Calibration/E. %t*ination
© F
Site/Unit Summary No-.
Workacope:
Oconee I
.02.139.11.0032 Procedure:
Procedure Rev.:
Work Order No.:
Pol-UT-2 E
01328144 Outage No.:
02-25 Report No.:
UT-11-471 Page:
2 of 8
Code:
1112000A CatAtm:
-J111 Location:
Drawing No.:
IS1-OCN2-008 Descrlption: Casing to Safe End System ID:
50 Component ID: 2.PiA2-Siz./Length:
NIA Thlcknas/D*ameta.r S1 12.33J)33.-
Limitations:
Yes - See attached sheets Start 1Tme:
1032 Finish Time:
1105 nstrument Settings Search Unit cal.
- m D "ata Axial Orientated Searmh Unit Serial No.:
01IMBT Serial No.i 10-1204 C
s Ca...on Signa
.S Manufacturer.
KRAUTKRAMER Manufarer RTD InitIC 808 111612011 To Amplitude %
DMaon Model:
UN0Size:
, 12ap4:
Rect
~
1Tso" O4
.5 Delay.
11.23 Range:
`10.00 Freq.:
G. M.z Style:
TRL2 Int.nter.
Cal.i1031.11...11 MV Calel:.
.212i Pulser High Exam Angie:
60
- of Elements: Dual cal.__
1 FiaCal 124 I"11 o1612 11 Damping:
1K Reject.
0%
Mode:
Long.
i Rep. Rate:
Autohigh-Freq.:
2.0 MHz Measured;Angle:
60 Couplant I
Flter Fixed Mode:
Dual Wedge St-we:
Integral Cal. Batch:
11225 Circumferential Orientated Search Unit Voltage:
Fixed Othec Fuliwave Type:
ULTRAGEL II Calibration Sig~nal Sweep Ax. Gain (d0):
6 919.2 Cfro. Gain (dB):
NIA Search Unit Cable Mig.:
aonotech Reflector Amplitude %
Division n
SScreen Div.=
1.0 in. of Sound Patm Type:
RG o 174 ImBat 2
WA I
Unearity Report No.:
L-11-1 Length:
6 No. Conn.:
0 Typo:,
ULTRAGEL. 1 Calibration Block ScanCoverage Mig.:
Sonoteeb Cal. Block No.
40397 Upstream a Downstream [0 Scan dB: 73.0 Rfrn Bloc -.
"_erencelmuiatorBMack Thickless 3.000 Mle.:
] Scan dB:
-WA Gain Signalp So dB3 Reflector Amplitude % Division Cal. B1k. Temp.
71 Temp. Tool:
MCNOE4013O Exam Su O.0.
Type:
ROMPAS 51.5 r Radius so 2.0 1.195" Camp. Temp.
80 Temp. Tool:
MCNDE40130 Surface C tdlton:
As Ground 1114RO111.
,_____5 Results:
Accept 0 Reject R Info [3 Comments:
Initial Section XI Exam Percent Of Coverage Obtained 9 90%:
No Rviewed Previous Data:
No Examiner Level Signtue Date R
Signature
/Date Mulrhead, Barry A.
- ..-1' Examiner Level II-J Date Site Review Signature Date Day, John. C.
S n 11161201 Other Level NIA S*gnatuf Data ANlleview
.e Date NWA U64A 1/
VJ
UT CalibrationIE>~~into Site/Unit Summary No.:
Oconee 1 I 02.99.l1.0052 Procedure:
Procedure Rev.:
Work Order No.:
PDI4UT-2 E
0192814 Outage No.:
02-25 Report No.:
UT-11471 Page:
3 of 8
Wofscope:
fin Code:
1190812000A C"titem:
64 1B9.14 LocUaton:
Drawing No.
Descrption: Casing to Safe End SystemiD:
5o Component ID: 2-PIA2-8 Size/Length:
N/A Thickness/Diameter: 8812.330133.5 Umlmtatloa:
Yes - See attached sheets, Start Time:
1107 Finish Time:
1140
,i, I
'1"'
I I."
.I I
"Instrument S cetngsi S~rh Unit Cal Time Data Axial Orientated Search Unit Serial No.:
011MBT Serial No.:
01F7J2 Cheeks eCaIbration Signal S
p o
P Manufacturer KRAUTKRAMER Manufactdrer, KBA initial Cal 0810 1610*2011 Reflect Amplitude %
Divison Model:
USN-80 Size:
- j.
Shape:
Round 3!!.1. SDH....
314T DM 0
6.3 7.910" Delay.
9.5100 Range:
12,50" Freq.:
2.25 M.z Style:
Comp -.
.1 1100 1620"11 MUI Calel:
.1232 Pulse:
High Exam Angle:
70
- of Elements: Single
- el-I Fla
.lC 1250 11i,+1 1..
Damping:
1K Reject:
0%
Mode:
Shear i
l1 Rep. Rate:
Autohlgh Freq.:
2.28MHz MeasuredRA, ngle:
70 Couplant Filter Fixed Mode:
PE Wedge S*10e:
MSWQC Cal. Batch:
11225 C.Ircumferential Orientated Search Unit Voltage:
Fixed Other Fulkwave Type:
ULTRAGEL ii Callbrtlion Signal Sweep Ax. Gain (dB):
62.8 CIrc. Gain (dB):
NIA Search Unit Cable Mfg.:
Sonoteh Reflecor Amplitude %
Dvsion o
PA 1
Screen DIv. =
1-25 in. of Sound Path Type:
RG - 174 Exam Batch 11225 NA Linearity Report No.:
L-11-165 Length:
V0 No. Corn.:
Type:
ULTRAGEL H Calibration Block Scan Coverage Mfg.:
Sonotech Cal. Block No.
40397 Upstream Downstream E] Scan dB:
-2,8 Reference Block Reference/Slmulate Block ThickneAs 3.000 Die.:
Flat CW Q CCW El Scan dB: NIA GnNo.:
04-8741 d
Sig" l
Sweep Sound Path Camp. Temp.
so Temp. Tool:
MCNDE40130
" Surface Condition:
As Ground Recordable Indlcatlon(s):
Yes 0 No 5a (If Yes, Ref.tAttached Ultrasonic Indication Report.)
Results:
Accept C-Reject F0 Info[)
Comments:
Initial Section XI Exam Percent Of Coverage Obtained > 90%:
No Reviewed Previous Data:
No Examiner Level AIN SgtueDate Raviaw~~.
Signiature Date Muirhead, Barry A.
111612011 Examiner Level Date Site Review Signature Date Day, John, C."
11/62011
- Ole, Other Level NIA
- SDate, Date NIA J
(4(4 i,/
A.
rýjl 9
1'7_
UT CalibratEo.n 5i inati on Slte/Unit Summary No.:
Wodrcsope:
Oconee
/2 Procedure:
Procedure Rev.:
Work Order No.:
NDE440r Outage No.:
02-25 Report No.:
UrT-I 1471 Pace:
4 of S
013281.44 Code:
198J2000A Catjl" m:
D
/B9,il Locaton:
Drawing No.:
ISI-OCN2-008
==
Description:==
Casing to Safe End System ID:
s0 Component ID: 2-PA2-e/
NIA Thlcknesslamet.
88 12.330133.5 mions:
NStart TNm.
1141 Finish Time:
1255 Inshtruo smtettingo Search Unit Ca ie Date Axial Orientated Search Unit Serial No.:
OIMBT Serial Now J19022(SP)
C s_-
Caibretlon S*,gnal Swep Sound Path Manufacturer:
KRAUTICRAMER Manufac..turer:
D In~tal-Cal 1141ll 111621 RePco Apiue%
v S~oundPt K
l R,
"mf
,M~
o:
US SIz
1.0 Shape
Round l1 CoC.mp W so
&.5 2.70" Delay.
0.5J7 Range:
5.0" Freq.:
.25 MHz Style:
Gamma inter. Cal..
M'd CalNo:
.2250 Pulser.
High Exam Angle:
0
- of Elements: Single.
Cal-Damping:
1K Reject:
0%Mods:
Long.
~
15 1621 Rep. Rate:
Autl*
I req.:
2.25 MHz Mesrea4Angle:
0 couplant Filter.
Fixed Mode:
PE Wedge Sifjle:
Integral Cal. Batch:
11225 Circumferential Odentated Search Unit Voltage:
Fixed Other:
Fuliwave Type:
ULTRAQEL.i Caflbratlon signal Sweep 1~~Rflco Ampndsn Divi.io Soun Pathf on at ye:R 74NA Ax. Gain (dB):
36.0 CUro. Gain (d4)
NIA Search Unit Cable Mfg.,
Senotech Rfetr Apiue%
Dvso I
Sree Di.
in of Sond ath Tye-G -174Exam Batch 11225NA Lineauity Report No.:
L,.11-165 Length-r No. Conn.:
0 Type:
ULTRAGEL,.
i t Callbratlon Block Sean Coverage Mfg.:
S ch Cal. Block No.
Component Upstream
- Downstrea Scan dB: 30.0 RBorarnce/Smulator Block Thciea o.:
2500 CW3 ccWf Scan dB: 30N 4
Gain Signal Swep Sound Path C a._
__Te p
1*.
Se ia
_ _ _ _ _ _ _ _ __0 d 8.
R eflector A m 'plitude % D ivision Camp. Temp.
S1 Temp. Tool:
MCNDE40130 Surface Condition:
As Ground Calp.B.Temp..
71 Temp. Tool:.
MCNDF4OI30 Exam" S
urface 0:
0.A,.*,
T"r :
ROMPAS 39.0 S
.. W :
63, 2.0:z 1.0C Recordable indicatdon(s):
Yes Q No 0 (if Yea, Ref.. Attached Ultrasonic indication Report.)____
Results:
Accept o
Reject 0 Info 3 Comments: initial Section XIExam Percent Of Coverage. Obtained > 80%:
Yes Reviewed Data:
No Exmi.n.e Level S
aueate ReviewerIn SignatureIDlte Muirhead. Barry A.11501 Examiner Level I-M nai Deat SiteReve Signature Date Day, Jeha. C.
11621
>ther Level N/A slgnatý _
Dae ANIl Sib is Date
..N.
..IA*
© 0 ~
DUKE POWVER COMFANY ISI LIMITATION REPORT Component/Weld ID: 2-PIA2-8 ItemNo:
02.B9.11.0052 remarks:
0 NO SCAN SUURFACE BEAM DIRECTION Due to 2A2 RCP nozzle
[JLIMITED SCAN
[1 52 M 1 0 2
cw - ccw configuration.
FROM L N/A to L N/A INCHES FROM WO CL to Beond ANGLE:
0 0 0 45 0 60 other 70 FROM 0 DEG to -360 DEG O NO SCAN SuF*FACE BEAM DIRECTION rLIMITED SCAN D 1 5 2 E1] I
] 2 n cw E ccw FROM L to L INCHES FROM WO to ANGLE:
0 0 0 45 El 60 other FROM DEG to DEG
'- NO SCAN SURFACE BEAM DIRECTION O LIMITED SCAN E] 1 0
2 E
i n
2 [3 cw n ccw FROM L to L INCHES'FROM WO to ANGLE:
[3 0 0 45 0 60 other w FROM DEG to
'DEG NO SCAN O" LIMITED SCAN SURFACE BEAM DIRECTION*
5l 52 E1*
2 I
n 2cwo n
Cow U'-I 1-871 FROM L to L 4
INCHES FROM WO to Sketch(s) attached
[
yes n
No ANGLE:
Q 0 0 5
] 60 other FROM DEG to
_ DEG sq/'~
Supplemental Report Rpo No.:
UT-11.-71 Page:.
S of S
Sumfmar No. 02.89.11.0052 Exwminer MuI ed.wyA Level:
U.-N Da)ino Jam,. C.
Level:
I.N (Ofer MIA Level:
MIA Reviewsr.
Site Revlew:
ANO Review:
If ~
E
/k ell D ate:___
Date:
Date://A Comments:
Sketch or Photo:
-r
(.
Supplemental Report Report No.:
UT-i-8rll Page:
7 of 8
Summary No.: 02.89.11.0052 Examiner. Nt A B
A-Examiner. DaJohn, C.
Other WIA Level:
IM-N Level:
Level:
NIA Reviewer: /j o,.-
Date: M,/,
.LA Site Revew*
Date:
ANtI Review:
ae C omments*
Sketch or Photo:
AMA 5
air.2.W 77
P0,14hergy-Determination of Percent Coverage for UT Examinations - Pipe Site/Unit:
Oconee I 2
Summary No.:
02.B9.11.0052 Workscope:
ISI Procedure:
Procedure Rev.:
Work Order No.:
PDI-UT-2 E
01928144 Outage No.:
02-25 Report No.:
UT-11-871
}
Page:
8 of 8
45 de1 Scan 1 Scan 2 Scan 3 Scan 4 100.000 100.000
% Length X
% Length X
% Length X
% Length X 50.000 50.000
% volume of length / 100 =
% volume of length / 100 =
% volume of length / 100 =
% volume of length / 100 =
% total for Scan 1
% total for Scan 2 50.000
% total for Scan 3 50.000
% total for Scan 4 Add totals and divide by # scans 50.000
% total for 45 deg Other deg -
60 (to be used for supplemental scans)
The data to be listed below is for coverage that was not obtained with the 45 deg scans.
Scan 1 Scan 2 Scan 3 Scan 4 100.000 100.000
% Length X
% Length X
% Length X
% Length X 0.000
% volume of length / 100 =
50.000
% volume of length / 100 =
% volume of length / 100 =
% volume of length / 100 =
0.000 50.000
% total for Scan 1
% total for Scan 2
% total for Scan 3 0 total for Scan 4 Percent complete coverage Add totals for each scan required and divide by # of scans to determine; 37.500
% Total for complete exam Site Field Supervisor:
Date:
MAL Site/Unit Summary No.:
WoeKScope:
UT CalibrationlL.ination Oconee I
2 O2.B9.11.0052 IS; Procedure:
Procedure Rev.:
Work Order No.:
NOE-030 I
Outage No.:
02-25 Report No.:
UT.114rr7 Page:
1 of 4
01028144 Code:
199Mr000A Catltemr:
-I 189.11 Location:
Drawing No.:
181-OCN2-008
==
Description:==
Casing to Safe End System ID:
50 Component ID: 2-PIA24.Sze/Length:
NIA ThIclness/Dlameter: S8 12.330! 33.5 Unmitatlons:
See UT report # 871 1
Start Time:
0911 Finish Time:
0940 Instrument Settings Search Unit Cal.
rime oat.
Serial No.;
023K2V Serial No.:
03-789 Cheeks Tie_
at Manufactutre GE Manufacturnm RTD Initial Cal 0820 111801 Model:
USN 608 SNsize:
X2(2!"3 Shape:
Rect.
Inter. Cal.__
Delay:
16.7506 Range:
7.0" Freq.:
A.0 MHz Style:
TRLI Int 091. 01118120 M'd CaWIl:
.2600
- Pulser, Square Exam Angle:
60
- of Elements: Dual In inal Cl 1
Damping:
5oo Reject 0%
Mode:
Re"ae*ted Long.
!h 1225 2-!!*21l Rep. Rate:
Autohlalh Freq.:
1 MHz Measured Angle:
60 Couplant Filter Fixed Mode:
Dual Wedge Style:
Integral Cal. Batch:
11225 Voltage:
450 Other Fuliwave Type:
ULTRAGEL II Ax. Gain (dB).
59.5 Circ. Gain (dB):
60.0 Search Unit Cable Mig.:
Sonotech 1
Screen Dlv. =
.7 In. of Sound Path Type:
I RG -174 Exam Batch 11225 Unearity Report No.:
.-11-163 Length:
No. Corl..
0 Type:
ULTRAGEL II Calibration Block Sean Co'V5ag9 Mfg.:
8oeeh Cal. Stock No.
50214 Upstreami Downstream Scan dB: 62.0 Reference.Block Thickness 2.A4 Dla.:
Flat cwi*
CCW Scan dS: 62.0 I-serial NO.:
04-8741, Cal. Slk. Temp. 68 Temp. Tool:
MCNDE40130 Exam Suwac:
O.O.
Type:
ROMPAS Comp. Temp.
80 Temp. Tool:
MCNDE4O030 Surface Corel Won:
As Ground Recordable Indication(s):
Yes 0 No
" (if Yes, Ref. Attached UfltasonIc Indlcation Report.)
Results:
Accept Q Reject ]
Info C Comments: PC In Percent Of Coverage Obtained 2 90%:
Nq Reviewed Previous Data:
No Axial Orientated Search Unit Calibration Signal Sweep Sound Path Reflector Amplitude %
Division 3/4 SONl so 4.8 3.29" Circumferential Orientated Search Unit Calibration Signal
'P Sound Path Reflector Amplitude %
Division 3/4 SOH 80 5.2 3.70 ReferencelSlmulator Block p
Gain I signal
'Sweep Sou S nd Path d I Refetor Amplitud%
Disi 20.5
,2.
u 80 2,.00 Me S-08 Itial Section Xl Exam I
UT Calibrationi/n ination Outage No.:
02-25 Report No.:
UT-1 1-877 Pmaae:
2 of 4
Sttenrdlt:
Summery No.:
Woricacope:
Oconee 1
- 2 02.Bg.11.0052 Is' Procedure:
Procedure Rev.:
Work Order No.:
NDE-403 01928144 Code:
19M200A Cat/Item:
B-J 139.11 Ion:
Drawing No.:
==
Description:==
Casing to Safe End System ID:
50 Component ID: 2-PIA2-8 SMzIenh.
NIA ThIckness/Diameter. SS12.330133.5 Limitations:
See attached tit report. 871 Start Time:
0951 Finish Time:
1025
~
instrment Settings search Unit-Cal
- Time, Daft*
AXlal Orientated Search Unit Serial No.:
02SK3V Serial No;:
90-371 Checks a
Sg....SonPa 6 A.....
Calt'fbtlorl" Signad Sweep
,Sound Path Manutacturen GE Manufactnrer:
RTD Initial Cal,0 11/621 Reflector Amplitude %
Division Model:
USN 00W Shze:.2(10x1)
Shape:
Reeo 1
1.4TSDH 80 3.8 1.9 D el y..
6 0...g e
In te r C ~il.
6 0 6 01 Delay:.
10.6653 Range:
5.00 Freq.:
2.0 MHz Style:
TRL2I.e.
C M1U Cal/el
.2392 Pulser:
Square Exasm Anleo:
70 4
of Elements: Duai I
41.C.
Damping:
800 Reject 0%
Mode:
Rfv.acted Long FinalCal
, 123 l162011.
Rep. Rate:
Autohlgh Freq.:
2 MHz MeasuredAngle:
70 Coupfant Filter:
Fixed,"
Mode:
Dual Wedge Stye:
integral CaL Batch:
11225 Circumferential Orientated Search Unit Voltage:
450 O
Iave Type:
Other C-Rfeco Anoiii Dvso Sound Path Ax. Gain (0B):
66.3 Ciro. Gain (dB):
67.3 Search Unit Cable Mfg.:
son__________
Refaetr ith SScreen Dlv. a
.5 In. of Sound Path:
Type:
RGO 174 114m Batch go,122 3.9 1.
Linearity Report No.:
I611-163 Lengft:
V 1N0. Conn.:
0 Type:
ULTRAGEL II Catibration Block shan Coverage Mfg.:
So o_
Cal. Block No..
50214 Upstream;Es Downstrearm Scan dB: 68.0 Reference Block Re-rence-S.Mulat.r Block Thickness 2.464 Ola.:
Flat C
CCW2 Scan dB: 68.0 Se~lN:
0-71Gain signal Swe Sound Path Cal. Blk. Temp.
68 Temp. Tool:
MCNDE40130.
Exam Sutface:
O.D.
Type:
ROMPAS""
R2 us
._,__0 Typo:____
8OPS3A 2
ais 0
4.0 2.0" Camp. Temp.
80 Temp. Tool:
MCNDE40130 Surface Condition:
As Ground Recordable Indication(s):
Yes "
No 2 (if Yes, Ref, Attached Ultrasonic Indication Report.)
Results:.
Accept []
Reject R Info n Comments: FC 11-08 Initial Section Xi Exam Percent Of CovemgeObtainedl 090%:
No Reviewed Previous Data:
No Examiner Level Il-N
.3Data Reve e I Signature-Date Griebe1, David M.
1116W20111 v
/.
i%./
Examinor Level,i-N Date Ste Review Signature Date Dean, Steven 111N12011
/
Othe Level NIA Signature Date ANII Review Signature Data~,
NIA J.- /i 1~~-j7-
9 DUKE. POWER COMPANY ISI LETATION REPORT ComponentiWeld ID:
2-PIA2-8 Item No:
02.B9.1L.0052 remarks:
0 NO SCAN SURFACE BEAM-DIRECTION Procedure allows scanning from 0
LIMITED SCAN 01 02 01 E-2 cw qciw cast side only.
FROM L N/A to L N/A INCHES FROM WO CL to Beyond ANGLE:
El 0 [0 45 060 other J0L FROM 0 DEG to
- 360, DEG 0-NO SCAN SURVAcE BEAM. DIRECTION C0 LIMITED SCAN 0
1 0l 2.
0 1
2 0 cw:"cw FROM L to L INCHES. FROM WO to.
ANGLE:
0 0 0 45 0 60 other FROM DEG to DEG
[0- NO SCAN SuR ACE BEAM DIRECTION
-' LIMITED SCAN 0
1 2
3 1 02 cw E-ccw FROM L to L INCHES FROM WO to ANGLE:
0 0 0 45 0 60 other FROM DEG to DEG NO SCAN SURFACE BEAM DIRECTION n
LIMITED SCAN 01 02 03 1
-2 cw 0 ccw UT-11-877 FROM L to L INCHES FROM WO to Sketch(s) attached 4
!*yes
"]No ANGLE:
00 0 5 060 other__
FROM DEG to DEG
.y0N Prepared By:
Stv enLevel:
11 Date:
Sheet 3 of 4 ReviwedBy0ate Authorized Inspector:
- Date,
/
Akin~I
.I?
f
Supplemental Report Report No.:
Page:
Summary No.: 02.1,1,1.005 Examiner Gr:bek DavidNM Examiner Deantee Other WA UT-114-7B 4
of 4
Date:
16.'/
Date: t.,/0-I)
Level:
U-N Level:
IM-N Level:
NIA Revimwer Site Review..
ANII Review..
I Com~ments:
0 100 I
I II I
I I
I
.3. r 7- -
L=- Lf r-->
6
~ (1 ee
UT Calibr SteInit Summary No.:
Worksoope:
OeneeI 2
....B.
o l.OOB.0 t,>aination Procedure:
Procedure Rev.:
Work Order No.:
Outage No.:
02-25 Report No.:
UT-11-15 Page:
1 of 6
- PDI-U~f-2 0.19,28 10.
Code:
199ߐA
.Cate:
13.11 6i.i1III I
Drawing No.:
.2HP215
==
Description:==
Tee to Reducer System ID:
51A Component ID: 2'HP-21" SMlLent-i NIA Th*l*cnesiDlarmeter 851.53114.0 Umiations:
Yes.- See attached sheelt
.TWrt isme Finish Time:
1215 InsbrVmet Setting$
Se arch Unit CAxi al OrIentated Search Unit
_____________________cal.
Che mes Datý Serial No.:
- 0230P, Serial No.:
580482
-ek I
o Manufacturer Manufactur~r" GE Initial Cal 033i0130 11 Cairto Sgnl WOP oudah Manufacturer:*
GBl Manufactureri "G-l
-Reflector Ampftude %
Division Model.
USN 60 SW SIMe
.25.
Shape:
Round tter. I al.
.7vNa1.
80 7A 1.
Delay:,
6.3247 Range':"
.50" Freq.:
2.25 MHz Style:
Comp -
Iter. CaL-115010130-11 MtJ CaWel-
.1230 Pulser Square Exam Angle:
45
- of Elements: Single Inter. COL Damping:
50o Rejct 0%
ode:
%Shar 1315410130 11 Rep. Rate:
Autohigh Freq.:
2.3 MHz Measured Angle:
45 Coupiint Filter Fixed Mode:
PE Wedge Style:
MSWQC Cal. Batch:
11225 Ckcumferantial Orientated Search Unit Voltage:
450 Other.
Fuliwae" Type:
ULTRAGEL.ii Calibration Signal Sweep
~
Pt Ax. Gain (d4) 26.2 Clr Gain (dO:.
26.2 Search Unit Cable Mfg.:
8onoteh:
Reflector mpt Deson nPa 1
Screen Oiv. -
.15 In. of Sound Path Type:
RG - 174 Exam Batch eeAxial Exa Bac 111=
Unearity Report No.:
L-11-617 Length:
No. Conn.:
0 Type:
ULTRAGE R
R*Gt io Calibration Block Scan Coverage Mfg.:.en-h Cal. Block No..
PDe.UT-2A-0 Upstream E Downstream 2 Scan dB: 32.2 Refrenes15mulor Blok e
ha mNo.:ck
.1...72,d Relet, A
-itd
%-~
Thickness 3..-.1.
Die.:
Fist
- CW1, CCW,*
Scan dB: 32.2
.Gan
,Signal Sweep rSound Path
- k. Temp.
71 remp. Tool:
MC E4I2.
Ex Surface:
p: "
80 Comp. Temp.
69 Temp. Tool:
MCNDE40129 Surface Condition:
As Ground Recordable Indication(s):
Yes Q No [
(If Yes, Reo. Attached Ultrasonic Indication Report.) Results:
Accept j
~Reject info Commentam Pulse Width -220 nlu.
Percent Of Coverage Obtained >. 90%:*
No, Reviewed Previous Data:
- yes,_
Examiner Level g-K SIW.:*
Date Revierr Signature Date Holfts Jacob 1013012011 Examiner Level Itt-Ni ts Date Site RA Signature Date Stauffer. Lestar. E.
1013012011E Other Level NIA Signature Date AVyIeiewSinture Date I
V 2K,11/z, (/,
0 UT CallbratlonfL ký%-Iinatlon Summary No.:
Workiscope:
Oconee I
2 02.80.11.0065 IS1 Procedure:
Procedure Rev.:
Work Order No.:
PDI-UT-2 E
Outage No.:
02-25 Report No.:
UT-1141S Pace:
2 of A
Code:
10082000A Cauttem:
B.J 19.11 o1091on:
Drawing No.:
==
Description:==
Te, to Reducer System ID:
SIA Component ID: 2HP.215-3 Size/Length:
NA Thckness.lameter.
8$1.63114.0 Umlitatons:
Yes-See attached shoets Start Time:
1200 Finish Time:
1215 L,
I U n I
Il Inuuem m
eengo Serial No.,
0230PO s
N ManufacItrer.
GE Manufac Model:
USN 608W Size:
Delay?.
5.6216 Range:
2.00" Freq.:
Ml Caiel:e
.1230 Pulhet
,Square Exam A Damping:
500 Reject:
0%
Mode:
Rep. Rate.
Autohigh Freq.:
2.25 MHz Measun Filter Fixed Mode:
PE Wedge.
Voltage:
450 Other Fullwave Ax. Gain (dBY
.41.0 Cim. Gain (dB):
NIA I
Scre Dlv..
.20 In. of Sound Path Type:
Unearity Report No.:
L.I1-167 Length.
Callbration Block Searcn unn o.:
000CC7
- umre KBA 0.25 Shape:
Round 2.25 MHz Style:
Comp -0 ngle:
60
- of Elements: Single SHEAR odAngAe:
57 Style:
MSWQC Search Unit Cable RG-174 Cal.
- ime Date Inte.
Ca L:
Inter. Ck,l.1200 1013012011,
[Inter.C.
s`
Final Cal 1 1320 101301 Couplant Cal. Batch:
11225 Type:
ULTRAGEL.II Mfg.:
Sonotehch Exam Batch 11225 Type:
ULTRAGEL II Mf.:
S tsh Reference. Block Serial No.:
91.6872 AxIa Orientated Search Unit Calibration Signal Sweep Son Pt Reflec*or Amplitude %
Division
.7V' Notch 00 8.50 1.3560" Clrcumferentlal Orientated Search Unit Calibration Signal Sweep SudPt Reflector Amplitude %
Division d
,, NIA,
RefereneSlmulator Block Vq No. Conn.:
Sean Coverage 0
Cal. Block No.
P01-.
Thickness
.3757.1.125' Dle.:
rr-2A.O Upsteam 2 Downstream 0 Scan dB: 47.9 CWr CCWQ"3 ScandB: WA Flat Cal. B1k.TTemp.
7 5emp. TOOl:
MCNDE4012S Exam Surface:
.OZ.
Type:
ROMPAS Comp. Temp.
- 69. Temp. Tool:
MCNDE40129 Surface Condition:
As Ground Recordable Indication(s):
Yes C]
No 5 (If Yes, Ref. Attached Ultrasonic Indication Report.)
Gain Signal Sweep Sound Path 1.000 R
Adius v
10Rd4 66
.00 Results:
Accept ol Reject @
Comments: Pulse width 220 na 3767/'ý
Q UT CalibrationlE..21ination 9
SwteUnit Summary No.:
Workscope:
Oconee 1
2 02.s9.11.0065 Procedure:
Procedure Rev.:
Work Order No.:
POIWUT-2 E
01928152 Outage No-:
02-25 Report No.:
UT-81415 Page:
3 of 6
IS' Code:
1296o2000A CatItem:
-84 M9.11 Location.
Drawing No.:
==
Description:==
Toe to Reducer System ID:
51A Component IDa 2HP-15-3 Slze/Length:
NIA Thickness/Dismeter SS1.53114.0 Umitations:
Yes - Soo attached sheets Start Time:
1210 Finish Time:
1215 Instument Settng Searth UnitTime CDate Axial Orientated Search Unit Serial No.:
023DP0 Serial No.:
03-767 Cheeks me Daft_
Calibration signal SWOOP Sound Path Manufacturer.
GE Manufacturer
~
RiD inial Cul 0840 16130=~11 Reflector Amplitude %
Division
- Model, USN so0SW Size:
2(7-x10)
Shape:
Rest.
Inter. Cal.
-V' Notch 80 7.2 1 A7 Delaor.
.6M 2.:M" Freq-2.0 MHZ Stye:
TR.2 nter. Cal.
1210 101301201 a M'd Col/el:
.230 Pulsar:
Square Exam Angle:
60
- of Elements: Du al Inter__ Cal._
Damplng.
00 Reject 0%
Mode:
Long.
IFinal id 1325 10/3012'11 Rep. Rate:
AutohIgh Freq" 2 MHz Measured Angle:
59 Couplant Filter Fixed Mode:
Dual Wedge St:
Integral Cal. Batch:
11225 Circuntfrentlet Orientated Search Unit Voltage:
480 Other:.
Fulwave Type:
ULTRAGEL I1 Caibration Signal Sweep Sound Path Ax Gain (dB) 49.3 CIro. Gain (dBy NIA Search Unit Cable Mfg.:
Sonotech.
Reflector Amplitude %
DivudPon I
Screen Div.
l
-2 In. of Sound Path Type:
RG - 174 Exam Batch 11225 N/A Linearity Report No.:
L-11-1167 Length:
V' No. Conn.:
0 Type:
ULTRAGEL I-Calibration Block See Coverage Mfg.:
Sonotech Cal. Block No.
PDI.JT-2A-O Upstream Downstream 5; Scan d8: 55.3 Reference Block ReftrencelSimulator Block Thickness
.3750 -1.26" Ola.:
Flat OW0E CCOW E Soan dB: NIA SraNo:
94nGain,1 Signa~l SWOP Sound Path Cal. B1k. Temp.
71 Temp. Tool:
MCNDE40129 Exam Surface:
O.D.
Type:
ROMPAS 26J V Rodlis so80 t.ow4 Comp. Temp.
6g Temp. Tool:
MCNDE40129 Surface Condition:
As Ground Recordable IndiUatlon(s):
Yes [)
No 0 (if Yes, Ref. Attached Ultrasonic Indication Report)
Results:
Accept Q Reject, R]
Info 0 Comments: Pulse width 250 ne roent of Coveg Obtained > 90%:
No Reviewed Previous Data:
Yes Examiner Leveal i>-N
-0nature Date Reviewer A,.
Signature C
Date Hollis, Jacob 10W30201 Examiner Level llI.
Dae itsture igatr tauffe Laster, E.
-10302011 Other Level NIA Signature Date A.N.. v.ew Date WA C
c~~(4/~W
(
V (1'
- 0 DUK: POWER COMPANY iSi LIWMATION REPORT ComponentWeld ID:
2HP-21 5-3 Ite No:
02.B9.11.0065 remarks.
0 NO SCAN SURFACE BEAM DIRECTION Due to tee configuration 0LIMITED SCAN 0l I 0 2 09 1 0l 2 [1:cw M Ccw FROM L 5.0 to L 9.0 INCHES FROM WO CL to Beyond ANGLE:
0 010 45 060 other FROM N/A DEG to N/A DEG 0NO SCAN SURFACE BEAM DIRECTIONK.
EJLIMITED SCAN
'I
] 2
'1 2 E cw 0" cw FROM L to L INCHES FROM WO to :___
ANGLE:
0'0 0:-45 060 other FROM DEG to DEG 0
NO SCAN SURFACE BEAM DIRECTION 0-] LIMITED SCAN 0
1 0
2 0] 1 0 2 0cw 0- cow FROM L to L INCHES FROM WO to ANGLE:
0 00 45 0 60 other FROM DEG to DEG 0
NO SCAN 0
LIMITED SCAN SURFACE BEAM DIRECTION 01
-I 2 2 2
[1 w 0 Dccw UT-I 1-815 I
II FROM L to L 4
ANGLE:
000 5.060, INCHES FROM WO to Sketch(s) attached 0
yes
[3 No other FROM DEG to DEG mm
=
I III I Prepared'By.
Jaco b R. Ho e1o/3o111 it Sheet 4' of 6
Supplemental Report
<9 Report No.:
UT,11-815 Page:
5 of 6
Summary No.: 02.139.11.0065 Examiner: Holis, Jacob
- L d,,e Examiner. StauffrA Lste Oomnther e ntetrato h e
n h 2sd f h edwt te8"ser ae aM50ItAa490, ~ie ra(coshthd Level:
1.-N Level:
Ill-N Level:
NIA Reviewer:
Site Review:
ANtI Review.
4Ap"4.
Date: I. /(.,//
Date:
Date:
U
,U Comments: Umlftd I, the throat of the be: o the S2LsideL of the weld with the 60* shear wave. Lo 1 5.0* to Lo'+ 9.0", limited area (croas-hatched) examined with 6ORL for suppiemwntal coverage.
Sketch or Photo:
4,
\\
~.-..-
Determination of Percent Coverage for UT Examinations - Pipe Site/Unitt Oconee 1 2
Summary No.:
O2.B9.11.0065 Workscope:
INI Procedure:
Procedure Rev.:
Work Order No.:
PDI-UT-2 E
01928152 Outage No.:
02-25 Report No.:
UT-I1-815 Page:
6 of 6
AlSda Scan 2 Scan 3 Scan 4
% Length X
% Length X 100.000
% Length X 100.000
% Length X 100.000 100.000
% volume of length 1100
% volume of length / 100=
% volume of length 1100=
% volume of length I 100 =
% total for Scan i
% total for Scan 2 100.000
% total for Scan 3 100.000
% total for Scan 4 Add totals and divide by# scas u 100.000 %totalfor45 deg
,Omer 000 -
60 (to be used for supplemental scans)
The data to be listed below Is for coverage that was not obtained with the 45 deg scans.
Scan 1 71.600
% Lenglh X 0loo.OO
%volumeoflength I 100:
7160O
% total for Scan 1 Scan2 71M600
% Length X IO0.000 Avolumeofisngth ll.00 71.600
% total for Scan 2 Scan, 1 28.400
% Length X 50000
%volume oflengthl t o=
14.200
% total for Scan 3 Scanfa.
28.400
% Length X 0.000
% volume oflengthi0 0;.OO
% total for Scan 4 Add totals for each scan required and divide by # of scans to determine; S?. *"*6?
% Total for complete exam Site Field Supervisor Date: I-3/I
Summary No.:
Woftscope:
UT Calibr*
, Aamination Outage No.:
02-25 Report No.:
UT-11-861 Page:
I of 9
02.D9.1.0162, Procedure:
Procedure Rev.:
Work Order No.:
PD14JT-2 E
01928959 Code:
1998/2000A Catiltem:
1.1/B9.11 Location:.
Drawing No.:
253A4
==
Description:==
Pipe to Valve 2C&-12 System 10:
&3A Component ID: 24&4441 SiiLength:
NIA Thldnes*/Diameter SS 11250 114.0 Lmitations:
Yesa l ee atach.ed sheets Stat Tlime:
1400 Finish Time:
1000 instrument Settingso Search Unit D.to Axl Orlent-ted Semh Un-t Serial No.:
023K3V Serial No.:
0106eAY r
tChecksDte AxlO
-t.....c U
heck Cal.b.tio Sial SweI a
Reflector Ampte %
Division Model:
USi
,4606 Sie:
0.75 Shape.:
Round I.,
Cal pr Ntch 6.3 119 Delay:
4331 Range1:
3.0" Frq."
2.2 Style
Camp-S ItC 1455 11I21....
M'd Cal/Vel:
.1214 Pulser.
Square Exam Angle:
45
- of Elementa Silngle Damping:
50seeh:eaMd:r
~S L 105___
Rep. Rate:.
Autehigh Frmq.
2.25 MHz Measured Angle:
45 Couplant
_......__i Filten Fixed Mode:
PE WedgeStyle:
MSWQC CaJ. Batch:
11225 Circumferential Orientate Search Unit Voltge:*
480 Other:,
Fulfwaire Type:
ULTRAGiEL.1ii Calibration
'Signal Sweep Ax. Gain (dB).
16.0 Chro. Gain (dB) 16.0 SerhUi al
- f.
ooehReflector, Amplitude: %
Division Sound Pathi Search UnitRaMg:
tntc 1
Screen Div. =
0.3 in. of Sound Path Type:
RM -174 See Axial
'Exam Batch 112 25 Linearity Report No.:
L-11-163 Length:
N' No.Conn.:
0 Type:
ULTrAGEL i Calibration Block Sean.Coverage Mfg.:
Sooth Cal Blcllo.
ra U
T.n.
Upstrea o
owstea ca U:
0 Cal. Block No.
PDI.UT-O Upstroam* Downstream C] Scan t:
-30A Reference Block ReftrencefolmulatoW Block ThIckness
.800-2.0 Dia.:
Flat CW 2 CCW O Scan dB: 384Ao.
Gain Signal Sweep SudPt Cal. 5lk.Temp.
75 Temp. Tool:
MCNDE40i29 Exam Sutfce:
O.0.
'I,_
Refaecto A td O1."lo Type:
ROMPAS
-i iP~ii~,
s
.1 10 Comp. Temp.
71 Temp. Tool:
MCNDt4i29*
Surface Condiltion:
As Ground F
1 -
Recordabl*
, indication(s).:
Yea No (If Yes, Ref. Attached Ultrasonic IndIcatdon Report)
Results:
Accept E]
Reject 10 Info Comments: Pulse Width -220 n/s. Iiftial Section Xf Exam.
Percent Of Coverage Obtained > 90%:
No, Reviewed Previous Data:
No Examiner Level 1.N.
S--
Date Reviewer Signature Date Gdebel, David M.
.., 4 z 11121011 14.t Examiner
- Leve, l-Nm Date Site Rov~iw Signature Data Dean. Steven 11=2/2011
'-'I.
Other Level NIA Signature Date milreview Sinate V/
IWAP Slte/Unlt:
Summery No.:
Workscope:
UT Calibra
,...-Aamination Procedure:
Procedure Rev.:.
0 Outage No.:
02-25 Report No.:
UT-11-61 Page:
2 of 9
Oconee I
62.139.011.0162 PDI.Ur-2 151 Work Order No.:
0192859 Code:
19991O2OA Caem:
DI i....
1 Location':
Drawin*
No.:
2-53A.8(2)
Decription.: Pip to Valve 2CF.12 System 1D:
53A Component ID: 253A-81 Size h:
NA ThlcknessIDlamster 8811.250114.0 imitations:.
Yes See atta.d sheets Sta Time:
1400 Finish Time:
1 o00 Inftrument.Seange Search Unit
-at 0
Time o
Aial Orientated Search Unit Serial No.:
023K3V
.eSekal No.:
03-762 h
flbra' Sn Swe
- ~~~~~~nt Calibration Signal Sweep Son Pt Manufacturer.
GE Manu~ftaturer p
nta Cal'11 1221 Reflec~tor Amplitude %
OMlon Model USH 60SW Sze*
2(*loxS)
Shape:
Reot.
Inter.l...
Nc s
S 2.
Delay:
9.583 Range:
SA" Freq.:
2.0 n
$HWSye:
TIRL i
ntr a.13 1221 M't CaslwVe:
.2257 Pulser:.
Square Exam Angle:
00
- of Element.: Da
'"ter.
.l 1
-/'
Dampng: 500 Reject 0%
Mode:
Long.
FnlCl10 1221 Rep. Rate:
Autohigh Freq.
2 MHz Measured Angle:
6o.
Coupiant Filter.
Fixed Mode:
Nal,
Wedge Style:
Integral Cal. Batch:
11225 CIrnumbrentlel Orientated Search Unit Voltage:
450 Othern FubW.av Type:
UL'RAGEL 0 Calibration Signal Sw.weep Ax Gain (dE):
47.6 Circ. Gain (dB)
NIA Search Unit Cable Mig.:
oethch Reflector Amplitude %o ound Path 1
Screen. Dv.=
0-5 in. of Sound.Path Type:
RG - 174.
Exam Btc,
h 11225
.A Linearity Report No.:
n.11-163 Length:
V No. Conn.:
_:_U Type:
ULTRAGEL 11 Calibration Block Seen Coverage Mfg.:
Sonhtech Cal. Block No.
PDI-UT-2-O Upstream
- Downsftrem n] Scan dB: 55.0 Reference Block ReferencelSlmulator Block Thickness
.50 - L 2
0 1ai.:
Fliat CW F CCW F] Scan dB: NIA Gain j
Signal ISweep SoudPt Cal. BOL Temp.. 75 Temp. Tool:
MCNDE40129 Exam Sudace.:
0.0.
Te ROMPAReflctor 80A2.0 1.0%
Comp. Temp.
71 Temp. Tool:
MCNDE40129 SurfaceConditlon:
As Ground i-u, Recordable Indlcatlon(s):
Yes 0]
No 0 (If Yes, Ref. Attached Ultrasonicindication Report)
I Results:
Accept 0]
Reject Sa Info r3 Comments: Pulse width 250 ne. Initial Section X) Exam.
Percent Of Coverage Obtained > 90%:
No Reviewed PZes DaMta:
No.
Examiner Level ml IN*
matue Signature Date Grebol, David M.
111 Exmnr LvlI ueDiat Site RilvlW-intr Date OhrMAsignature Date AIFure" Date1
(.J l~h
Summary No.:
Workscope:
UT CaIlbra
.4..amination 0
Outage No.:
02-25 Report No.:
UT-I1461 Page:
3 of 9
Oconee
/
2 02.D91.11.0.162 Procedure:
Procedure Rev.:
Work Order No.:
NDE4140 Code:
199812000A Catitam:
1B.J 199.11 Locatfon:
Drawing No.-
2-53A-8(2)
==
Description:==
Pipe to Valve 2CF,12 System ID:
5SA Component ID: 2-43A4-61 Size/Length:
NIA ThlcknessiDlemeter S8/ 1.250114.0 Uml.ntlonm:
None Start Time:
1430 Finish Time:
1600
.L ii I,
i
-.[
Instrumen Sevngs Serial No.:
023K3V Manufacturer.
GE Model:
USN 60sWV Delay:
9.3341 Range:
2.0" M"d CalNel:
.2266 Pulser:
Square Damping:
500 Reject 0%
Rep. Rate:
Autohigh Freq.:
4 MHz Fiter Fixed Mode:
Dual Voltage:
450 Other.
Fullwave Ax. Gain (dB):
36.0 Circ. Gain (dB):
IVA I
Screen DIV. -
.2 In, of Sound Path Lineaity Report No.:
L.4--163 139=hn Unlt Serial No.:
57462-08658 Manufacturer.
KEA Size:
3.5XlOmm Shape:
Round Fmq.:
4A0MHz Ste:
MSEB Exam Angle:
0o
- of Element: Dual Mode:
Long.
Measured Angle:
NIA Wedge Style:
Integral Search Unit Cable Type:.
RG-174 Length:
V No. Conn.:
0 Scan Coverage Upstream E Downstream [] Scan dB: 65.0 Ca.L Time Da"i Checks Initial Cal 1430l 1I2J201 Inter. Cal.
Inter. Cal.
Inter-Cal-Final Cal] 1700 i~m Couplant Cal. Batch:
11225 Type:
ULTRAGEL If Mig.:
Sonotech Exam Batch 11225 Type:
ULTRAGEL Ii Mfg.:
Sonotech Reference Block Axial Odientatd Search Unit Calibr,*ton signal S*wep Sound Pat..
Reflector Amplitude %
Division component go 5.0 1.00 CIrcumfrentIal Orientated Search Unit Calibration signal Sweep SoundPath Reflector Amplitude %
DOvlson N/A B--c Refe~rencellmulator Block Calibration Block Component Cal. Block No.
Thickness 1.125 Die.:
12" CW Q CCW ] Scan dB: N/A Serial No.:
044173 Cal. BIk. Temp.
75 Temp. Tool:
MCNDE4OI29 Exam Surface:
O.0.
Type:
ROMPAS Camp. Temp.
71 Temp. Tool:
MCNDE40129 Surface Condition:
An Ground Recordable Indlci*on():
Yea 0 No R
(,Yes. Ref. Attached Ultrasonic Indicati
,on Report.)
Results:
Accept EZ Reject Q Info j]
Comments: in Percent Of Coverage Obtained > 90%:
Yes Revq*d Previous Date:
No Gain Signal I Sweep S
Path I
0I Ial Section Xl Exam
C7kk GE 0
DUKE POWER COMPANY ISI LIMITATION REPORT Component/Weld ID: 2-53A-8-61 item No:
02.B9.11.0162 remarks:
[
NO SCAN SURFACE BEAM DIRECTION Due to cast valve FLIMITED SCAN 0 1 5 2 53 1 Ig 2 Zc w 0 ccw conf*gu-atio FROM L N/A to L N/A INCHES FROM WO CL to Beyond ANGLE:
0 & 0 45 0 60 other FROM 0 DEG to, 360 DEG NO SCAN SURFACE BEAM DIRECTION
" LIMITED SCAN 0
1
[3 2 C3 I C] 2 El cw' [
cow FROM L to L INCHES FROM WO to....
ANGLE:
0 0 C] 45 0 60 other FROM DEG to DEG 0
NO SCAN SURFACE BEAM DIRECTION Q] LIMITED SCAN "i
5 2 E1i1 2 0 cw cw FROM L to L INCHES FROM WO to ANGLE:
C] 0 C]. 45 0 60.
other FROM DEG to DEG El NO SCAN LI UMITED SCAN SURFACE BEAM DIRECTION nl 5 1.2 0 1i E2 fl,cW 0 pw UT-1 1-861 FROM L to L 4
INCHES FROM WO to Sketch(s) attached ANGLE:
005 5 El N yes n No Prepared By David.Griebel
/
Reviewed By.
ý f Ll 7
AIM.
Supplemental Report Report No.:
UT-1-1461 Page:
5 of 9
Summary No.: 02.B9.11.016M Eaminer:. *rlebalDavid Examiner: Dean, Steven Other: WA I
Ice Level:
Il-N Level:
11-H Level:
MA Reviewer:
Ske tevevierbA
)
ANII R'eview:
Date:
//-
Date:
Date:
I
- ICA,
~
I s % I
-Zz P/PE VALVVE, z-LP-Iz
/74
ANN SupplIoodl Report Report No.:
- j11-861 Page:
6 of 9
Summary No.: 02.B9.11.0162 Examiner:*
roebel, Daid 1 Examiner Dean,. Stve Other: WA W., dd Level:
I-N Level:
11.N Level:
NlA Reviewer.
Site~bView.plk ANtI Review.
Date: /L-r./
Date:
Date:
Comments: Coverage Plot N.
P2E._
" 2.
I?,
L4V6 2CP-i
Supple.t.al Report Report No.:
).-11-861 Page:
7 of 9
Summary No.: 02.19.11.0102 Examiner: Griuba!, David.
Examine.
Dean, Steven Other.
NIA Level:
iI-N Level:
W.- N Level:
NIA Site Review:
AN! UReview: A) ft(44 Date: jj-'q-it Date:
Date:
Comments: Indication Plot Sketch or Photo:
LIAMZ-'2-`/1 517/ /Al
Site/Unit:
Summary No.:
Workscope:
9)
Ultrasonic Indication Report.
Oconee
/
2 92.911.t0t162 181" Procedure:
Procedure Rev.:
WokOrder No.:
PDt-UT-2 019285969 Outage No.:
02-2S Report No.:
UT-114I1 Page:
8 of 9
Search Unit Angle:
45 Wo Location:
Weld Centerline Lo Loc*ation:
OA.1.1 0
Piping Welds 0 Ferrtic Vessels 2t-2"T C Other We W=0 CL I W1 'W2 MP Metal Path Wmax Distance FromWo To S.U. At Maximum Response RBR Remaining Back Reflection W1 Distance From Wo At Of Max (Forward)
L Distance From Datum W2 Distance From Wo At Of Max (Forward)
Comments:
See indication plot I geomeatryveried with'hlgh angle.
qlql lilllil*lllp SA ULim b
~V1 Non= W Indication w
Forwa Barward Li L
L, RSR Rem..s Angle No.
Of Max Of Max of Max Of Max Of Amp.
DAC W
MP W:
MP W2 MP Max Max 45 601 Go 14"I...
,NIA.
4 NIA NA NAA 11.0A NGA A
- tye"anen300 Intermiftn Grlebel,~~
lroi Exa ine Level. 11-Slg wf r
"~
"'v Sintr Date
,I'
- Dean,
, i.
Exatier Level WA-DaeA eview~-~
Signature Date
..,e.e.,a vM11'21_'_,_
Examiner*Level li-N'Date Sit.
viL SigntureDat Examnr eeliN"
/
gcatl/
Date' AReitv*le......
Signature Date
'_____ml
__r'"
__Le _lIN _
o_'_"____o Sie R___"_1" ign tureDat L51a47/
pil Determination of Percent Coverage for UT Examinations - Pipe Site/Unit: Oconee I 2
Summary No.:
O2.B9.11.0162 Workscope:
ISl Procedure:
Procedure Rev.:
Work Order No.:
PDI-UT-2 E
01928959 Outage No.:
02.25 Report No.:
UT.11-861 Page:
9 of 9
45 de1 Scan I Scan 2 Scan 3 Scan 4 0.000
% Length X 0.000 100.000
% Length X 50.000 100.000
% Length X 50.000 100.000
% Length X 5o.0o volume of length / 100 =
% volume of length/ 100 =
% volume of length 1t00 =
% volume of length 1100 =
0.000
% total for Scan I 50.000
% total for Scan 2 50.000
% total for Scan 3 50.000
% total for Scan 4 Add totals and divide by # scans:
37.500
% total for 45 deg
Other dea -
(to be used for supplemental scans)
The data to be listed below Is for coverage that was not obtained with the 45 deg scans.
Scan I
% Length X
% volume of length /100=
Scan2
% Length X
% volumeoflength 100=
Scan 3
% Length X
% volume oflengthl100:
Scan4
% Length X
% volume of length 1100=
% total for Scan I
% total for Scan 2
% total for Scan 3
%totalforScan4 Add totals for each scan required and divide by # of cans to determine; 37.500
% Total for complete exam Site Field Supervisor.
Date:
//-
/-
0
F SltslUnit Summary No.:
Woriacope:
Oconee
/
2 UT Calibra*
- amina, Procedure:
Procedure Rev.:
Work Order, No.:
Outage No.:
02-25 Report No.:
UT-11-792 Page:
1 of 6
02.C5.11.00112 PDI.U'r.2 E
0134 iiii181 181 Code:
19 eo2000A CatItem:
C-F,11CS.11 Location:
Drawing No.:
2LP.150
==
Description:==
Reducer toValve 2LP-17 System ID:
53A Component ID: 2LP-150-70 SizeLength:
NIA ThIckness/Dlameter SS/1.168r12.0 Unmrations:
Yea. Seeattached.sheeta Start Time:
1057 Finish Time:
1120 I
I I
I I II r
iii i il lUi Ilu I
II unauumeni neuznga aearch unit I,
Serial No.:
023K3V BSerle No.:
01FBFT Manufacturer GE Manufacburer.
KBA Model:
USN 60 W Size:
.375 Shape:
Round Delay.
5.1831 Range:
3.0 F.req.:
.2 MHz Stle:, Consp..G -
M'U CaWeit
.1233 Pulser.
Square Exam Angle:
45
- of Elemrnts: Single Damplng 500 Rept:
0%t*
Mode:
Shear Rep. Rate:
Autohlgh Freq.:
2.25 MHz Measued Anglo:
45 Filter Fixed Mode:
F Pt Wedge Style:
MSWQC C
Voltage:
450 Other.
Fullwave 1
Ax. Gain (dB) 16.0 Circ. Gain (d):.
11.0 Search Unit Cable 1
I Screen Div.,
.3 in. of Sound Path Type:
RG - 174 Unesrity Report No.:
L1--56 Length:
V No. Conn.:
0 Calibration Block Scan Coverage I
CaL Block No.
PDI-UT-2A-O Upstream E] Downstream [] Scan dB:
45 Thlicmess
.375"- 1.25' Ola.:
Flat CW CCW E Scan dB: 45 CaL B5k. Temp.
78 Temp. Tool:
OCQ'UA3O90 Exam Surface:
O.0.
1 Comp. Temp.
98 Temp. Tool:
OCQUA33090 Surface Condition:
Smooth Recordable Indication(s):
Yes Q No [
(If Yen, Ref. Attached Ultrasonic Indication Report)
Results:
Accept Reject [Into E)
Cal.
Time h
1Date ChecksX nitalCal 081?
811612011:
Inte. cal.
ftar. Col.
1056
&1162011 Final Cal 125
/11011 Couplant
- a. Batch:
11225 yp:ULTRAG9L II:
Sonatech-
.xam Betch 11225 TYe:
.. ULTRAGEL In M.Sonatoch Reference Block sedll No.:
044740 ype:
ROMPAS AxalOrientated Search Unit Calibration SIgnal Sweep Sound Path Reflector Ampltude %
Division
.125Notch..
80 5.85 1.750.
Chrcumf rentlal Orientated Search Unit Callbraton S signal swi*e p
Refleftor IAmplIude %
we Pat I
- 4.
I See Axial ReferencelSimulaWr Block
- dB I Releator IAmollftde %, vslon P
I3A 1"RadIus I80 Comments: Pulse Width - 220 61 c* Ž5
L
~SwaUnil:
Summary No.:
Worscope:
UT Cabra amination 02M.CS11.0012Z Procedwu:
Procedure Rev.:
Work Order No.:
PDI.UT-2 019346W6 Outage No.:
0245 Report No.:
UT-11-792 Page:
2 of 6
181 Code:
199JZO00A Cat.item:
C-F,1 Location:
Drawing No.:
2LP0150
==
Description:==
Reducer to Valve 2LP-17 System ID:
53A Component IMD: 2LP.150-70 S....
gthi":
N/A Thlcknesa/Dlameten.
SS/1.168/12.0 Umitations:
Ye - See atteched sheets Start Timr.
1040 Finish-Time:
1055 i
i l l I
l B i 7 enwvrmeru oeangs ocerun Unai sewal No.:
023K3V Seflal No.:
OIFGFV Manufacturer GE Manufacturer KBA Model:
USN 608SW Size:
.375 Shape:
Round Delay.
6.7869 Range:
5."
Freq.:
225 MHz Styley.:
CIomp -G M' CalNel:
.1240 Pulser
.Square Exam Angle:
60
- of Elements: SIngle Damping:
600 Reject:.
0%
Mode:
Shear Rep. Rate:
Autohlgh Freq.:
2.25$MHz Measured Angle:
60 Fitebr.
Fixed Mode:
PIE Wedge Style:
MSWQC Voltage:
450 Other.
Fultwave Ax. Gain (dB):
29.4 Circ. Gain (dB):
NIA Search Unit Cable 1
Screen Div.
.5 In. of Sound Path Type:
RG - 174 Uinearity Report No.:
L-11-156 Length:
6V No. Conn.:
0 Calibration Block Scan Coverage Cal. Block No.
PDI-UT-2A.0 Upstream 0 Downstream R Scan dB:
43 Thlcimess
.375" -1.25" Die.:
Flat OW [J CCW Q Scan dB: NIA Cal.
Time
- vata, Cheeks Initial Cal 0836 311610111 Inter. cal.
Inter.
- a.
1039 311612011-Inter. Cal.
Final Cal 1247 31M12011 Coup'lant Cal. Batch:
11225 Type:
ULTRAGEL It Mfg.:
Sonatach Exam. Batch 11225 Type:
ULTRAGEL II Mfg.:
Sonatech Reference Block nin.h*
r N
E_."
eAflr Axial Orientated 8. earch Unit Cairaton S
'gna Sweep Sound P,*
Reflector Amplude %
Division 12r' Notch 90
- 4.
2.231 Circumferential Orientated Search Unit Calib ration signal.
sweep Son Path Reflector Amplftude %
Diviilon ReferencelSimulator Block Gain Signal I Sweep So
- d.
Reflector.i Amplue % Division und Pat 12A4 1w Radius s0 2.0 110" Cal. BIk. Temp.
78 Temp. Tool:
OCQUA'3090 Exam Surface:
O.D.
Tye ROMPAS Comp. Temp.
98 Temp. Tool:
OCQUA33090 Surface Condition:
Smooth Recordable Indicatlon(s):
Yes Q No [
.(If Yes. Ref. Attached Ultrasonic Indication Report.)
Results:
Accept C Reject 0 Info 0 Comments: P, Percent Of Coverage Obtained > g0%:
No Reviewed Previous Data:
Yes ulse width 220
UT Calibrat
- +
aminat on
'SwteiUni Oconee.
Sumary No.:
Workscope:
1
.2 02.CS.I1.;o012 I..
- S'
.. +
Procedure:
Procedure Rev.:
Work order No.:
PDIJUT.2:
E-NO.t__
Outage 02-25 Report No.:
UT-1,1-72 Page:
3 of 6
0193411666 Code:
" 1992000A Caitem:
C-1/C5.11.i Loaio Drawing No.:
2LPN150 Descript: Reduc1rte Valve
- "P-17 System ID:
53A Component ID: 2LP.1 50-70 SizeuLength:
MIA Thlckness/Dlameter SS1.166112.0 Urnltatuonm:
You. See attached sheet" Start Time:
1122 Finish Time:
1133 Instmment.Settings Search Unit Ax
'im.aIal OrlOtaited Search Unit Serial No.:
023K3V Serial No.:
03-701 Chck
- IS
-m D
Mnftre"ana rTintl-
-4*
8 1
Calibration Signal Sweep Sound Path Manufacturer GE Manufactuire
- RTD, 1
al 60604 81161261 Reflector Amplitude %
Division Model:
USIN 606SW Size:
2(10X16)
Shape:
Reot.
i
-*ter-ca l.25" Not.ch so 4.8 2.392 Delay:
9.826 Range:
5.0" F.I req.r 2.'0" MHZ Style:'
TRh Inter. Cal
.11211 M11CaI~I:
223 u~st qure Exam Angle:
SOL
- of Elements:' Dual r
Cal Damping:
600 Reject 0%
Mode:
Long.
0FinalCal 1250 11612011 Rap. Rate:
Autohlgh Freq.:
2.0 MHz Measured Angle:
60 Couplant Filter Fixed Mode:
Dual Wedge Style:
Integral Cal. Batch:
11225 Circumferential Orientated Search Unit Voltage:
450 Other Fullwave Type:
ULTRAGELI11 Calibration' Signal Sweep Ax. Gain (dB) 52.2 Ciro. Galn (dD)Il WA Search Unit Cable Mfg-:
onatech Reflector Amplitude %
Dilvson d Path I
Screen Div. -
.5 in. of Sound Path Type:
RG-174 ExamBach*
11225 lEA WA Unearity Report No.:
1.-11-156 Length:
6' No. Coon.:
__Type:_"
+ ULTRAGEL'II Caldbration Block Scan Coverage Mfg.:
Sonatach Cal. Block No.
PDI-UT-2A.O Upstream -
Downstream EZ Scan dB: 52.2 R
fns...Bo Thickness
.375" -1.251 Dle.:
Flat CW QJ COW () Scan dO:. NIA 04-6740 Gal inlU Sweep Sound Pt Serial No.:+
.474...
on Path d1411ettrlAOtueD~ii Cal. M1k.
Temp.
78 Temp. Toolk 0CQUA33090 -
Exam Surface:
O.D.
Neo.P:
d R
8e 1Dso Comp. Temp.
98 -rmp. Tool:
OCQUA330i 0
Surface Condition:
Smooth Tye R
Recordable Indmlaton(s):
Yes r No!
(If Yes. Ref. Attached Ultrasonic Indication Repott) pResuls:
Accept f-Reject Fa Info "i Comments: Pulse width 250 Percent Of Coverage Obtained > 90%:
No L
,.Reviewed Previous Data:
Ye.
Examiner Level Date Revi signature Dean, Steven WI6162011
-A/
Examiner Level 11-signature
.Date Site Revl~
Signature Date Ransom.LGrog J.
Other Level INA Sintr ae MSgaueDot%
WA I
,..o,,, +.," ,..,+
- + +
m*'l'<'l m R+2!+,l*,"+.+`:
+...,.
S""'1"
9-0 DUKE:POWER COMPANY IST LIMITATION REPORT Component/Weld ID:
2LP,150-70 Item No:
02.C5.11.0012 remarks:
0 NO SCAN SURFACE BEAM DIRECTION Cast SS Valve Configuration El LIMITED SCAN Q 1 0
2 0
1 0 2 0 cw 0 ccw FROM L N/A to L N/A INCHES FROM WO CL to Beyond ANGLE:
El 0 0*45 0 60 other FROM 0 DEGto 360 DEG El NO SCAN SURFACE BEAM DIRECTION OLIMITED SCAN
[]
01 n
2 E l i 2.-0cw. Eccw FROM L to L INCHES FROM WO
_ to....
ANGLE:
E" 0 0, 45 ]e 60 other FROM DEG to
__DEG El NO SCAN SURFACE BEAM DIRECTION 1'
LIMITED SCAN EI 0 2 i 102 O-'i.cw 0'_ ccw FROM L to L INCHES FROM WO to ANGLE:
E00 0
45 060 other FROM DEG to DEG Fl NO SCAN El LIMITED SCAN SURFACE BEAM DIRECTION:
Q'1 0 2 010 2 [
cw I ccw UT-I 1-792 Sketch(s) attached FROM L
____to L
INCHES FROM WO to r_
FROM DEGto
- DEG, ANGLE:
0 0 Q
]
5 0l 60 othe
\\M.yes 0
No Prepared By Steve Dean to L 4
I O8/6 1].l L -ho~t b I of 6 Date:
9~2-u Date:~/
p.
Ar
Supplek lM Report Report No.:
Page:
Summary No.:
Examiner:
Examiner Other:
02.C5.11.0012 Dean, Steven Ransom Ore Level:
Il-N Level:
N Level:
NWA RevINewer.
Site Review:
ANII Review:
UT-11-7'92 Date:
Date:
Data.,
Comments: Coverage plot for weld 2LP-1 50-70 Sketch or Photo:
Pj"Ace 51 A6Nover4Ore" c41,'~
CA' 4
$J~~A(.U iove C-0%,jrdV(V" 5~.
~ee~>
/
52y' ~
Stermlnatlont 0
¶fo4t UT ~esnx u6wtb
~~O~~mrIq MWAPn 0494(A9 0ItI
)
II N
40,-
~xLtp w;%j A
2%
'St Am It'
.r v(2g Ii * *li*I*
it,..~,.
1
'S
-4 F=~
S. w Sinit Summary No.:
Worlccope:
oconew 1
2 UT CaibraOoM, Alnation Procedure:
Procedure Rev.:
Work.Order No.:
P.... +,
- 0193064:
Outage No.:
02-25 Report No.:
UT-11418 Page:
1 of 6
Code:
1998/2000A CitJIem:
C-F-1IC5.1¶ l a ln:i Drawing No.:
==
Description:==
valve 2LPF47 to Pipe System ID:
53A Component ID: 2LP-I89-15 Size/Lengh:
NIA ThicknessaDlarneter:
SSI1.0I10.0 Limitations:
Yes - Se attached sheets Start1Tme:
1130 Finish Time:
1205 Instrument Settings Search Unit cal.
Axial Orientated Search Unit Serial No.:
023K3V Serial No.:
0IFOFT Chec-s C
"t.Sga Sep Manufacturer:
GE Manufacturer KBA initial Cal
- 0832 103012011 Reaector Amplitude %
Division Model:
USN s 60W Size:
.375 Shape:
- Round, In.0?
Notc
___0_
1 N otch S0 6.6 1.4' Intm,:Ca1.!1:11301 101,3012011l' Delay.
6.606 Range:,
F-eq.:
2.25 MHz Style:
C omp
-0 nter.'CO_.I 1130,10130120 M'U Ca/Vel:
.123 Pulser.
Square Exam Angle:
4
- 5 of Elements: Single I
,1.
__1Ial Dampig:
RjectFinal.Cal.
1310, 1013012011 Damping:.
800 Reject:
0%
Mode:
Shear Lo__o I Rep. Rate:
Autohigh Freq.:
2.25 MHz Measured Angi:4 CoupIlant Fliter:
Fixed Mode:
PE Wedge Style:
MSWQC Col. Batch:
11225 CIrcumfieentlal Orentated Search Unit Voltage:
450
'Other:
Fuilwave.
Type:
'ULTRAGEL II Calibration signal Sweep [
Ax. Gain (dB):
13 CIro. Gainr(dB):
13 Search Unit Cable Mfg.:
Sonotech Reflector Amplitude %
Diis on SScreen DIv. -
-25 In. of
$ulund Path Type:
RG -174 to Batc '
"See Axial :
___._d t
Exam Batch 11225 Linearity Report No.:
.-11-163 Length:
v' No. Conn.:
0 Type:
" ULTRAGEL 1I
"_1 Calibration Shx*
Scan Coverage Mfg.:
Sot Cal. Block No.
PDIR-2-0 Upstream Downstream Scan d8:
27 Rl RefrencelStmulaor Block Thldckness
.50 -;2.0 Dla.:.
Flat:
C..
CCW R Scan dB:
27 Gain signalNSwep d Path SerWalN~o;:'. :;-AO93iI dB Reflector Apiltude % Dhfalon:SudPt Cal. BIk. Temp.
71 Temp. Tool:
MCNDE40129 Exam Surface:
O.D.
Type:
- ROMPA, 13MI0A8 1
-!",.m
.1 :... 1.
I.. - 1,11 y e:R PP Soo 4.2 "1_
Comp..Temp.
68 Temp. Tool:
MCNDE4I"29 Surface Condition:
As Ground Recordable IndIcaton(s):
Yes E No (If Yes, Ref. Attached Ultrasonic Indication Report.)
Results:
Accept '
'Reject R Info 0
... Comments: Pulse Wldth.220 ns Percent Of Coverage Obtained > 90%:
No Reviewed PMvyous Data:
Yes Emmlner Level Il-l Signature Date Reviewer.
Signatur Date 14o'
,wm-d Dea M.
ateSinaur HowrDea M 1013012011
.+'
Er~mlno Lee g
~1r~eDte Site Review Signture Date Dy, John. C.
1013,012011 Other Level NIA S' naeewe Date Si,4,
- Review,
$gnature Date H/A__
UT Calbration.,1nation Slte/Unrt Summary No.:
WorkscDope:
Oconee 1
2 62.0S.111.00113
.1I Procedure:
Procedure Rev.:
Work Order No.:
PDIT-U.2 Outage No.:
02-25 Report No.:
UT11-8118 Page:
2 of 6
E 0193006 Code:
1VIiI2000A Cat/Item:
C-FIiCS.11 Lc.. tion:.
Drawing No.:
==
Description:==
Valve.2LP-47 to Pipe.,
System ID:
53A Component ID: 2LP-189-15 Sie/-ength:
NIA Thicknese/Dlameter S111.01110.0 ULmitations:
Yes - See attached sheets
_Start Time:
1130 Finish Time:
1205 Instrument Settings Search Unit Cal.
- Time, Data Axial Orientated Search Unit Serial No.:
023KWV Serial No.:
01F6FV
- Checs, Ca-f'xation S
S Manufacturer:
GE Manurfacturen.
KSIA
!2!il~
Cal
! I085 040=1 Reflector Amplitude %
Diviion Model:
USN 60 SW Size:
.375 Shape:
Round Inter. CaL.
-1 Notch, Tip s
1.0 Delay:.
7.710 Range:
3"_Fq.2Mz Style:
ConP.o Intr CaL
'1140: 10/3012011 MId CaUwe:
.124 Pulsar:
Squarel Exam Angle:
00
- of Elements: SingleIne.Cl________
".....Final Cal;.. 1305 8/16/2011 i Damping:
.500 Reject 0%
Mode:
Shear ill 3..2..,
Rep. Rate:
Autohigh Freq.-
2.25 MHz MeasuredAgle:
A0ngie Cauplant Filter:
Fixed
'Mode:
PE Wedge'Sye MSWQC Cal. Batch:
11225 CircumniferntilelOrdentated Search.Unkt Votge 50 Ohr:
FliaeType:
ULTPAGE Wi Calibration Signal.
Sweep Sud Path Ax Gain (dB) 1 33 Cir.Gain(dB):
Gi.NIA Search Unit Cable Mfg,:..
.ach Refleator Ampltude%
Divislon.
I Screen DIv.
.3 In. of Sound Path, Typo:
R" - 174 ExamBiatch 15 N/A
_Z_5 Linearity Report No.:
L-11-63 Length:
V No. Conn.
-____0 Type:.U.
RAGELIi Calibration Block Scan Coverage Mfg.:
Sohetac Cal. Block No.
PDI-UT-2-O Upstream j] Downstream Z Scan dB:
- 33.
e.ference Block reffcelSfUulator Block Thickness
.50 -2.0 Dia.:
Fiat CWI (
CCW - Scan dB: N/A Gain I Signal Se Sound Pa Cal. Bk. Temp.
71 Temp. Tool:
MCNDE40129 Exam Surface:
0,-.
43,er
".oM:
Ampiltude %'
Comp. Temp.
68 temp. Tool:
MCN6NEii29 Surface Condition:
As Ground Type:
R 50 Recordable Ind*cation(s):
Yes j.
No
" (if Yesa Ref.. Attached Ultrsonic indication Report)
Results:
Accept Reject [
Info "
Comments: Pulse width 220 ns Percent Of Coverage Obtained > 90%:
'No Reviewed&Previous Data:
Yes Howard,~/,'
Dea M.1f/01 Eaie Lee
.NDate Site Rve.Signature Date Dao John C.o10/30IDat NNIA fielw i~eu
/S.tel-n.t Summary No.:
Worksaope:
UT C~a~lbratIo*__,.ý.ninat~ion Outage No.:
02-25 Report No.:
UT-1-S1I Page:
3 of 6
Oconee I
2 O2.C5.11.001S lS' Procedure:
Procedure Rev.:
Work Order No.:
PDI.UT-2 01930064 Code:
11961200A Ca..Utem:
C-F-1IC6.11 Location:
Drawing No.:
==
Description:==
Valve 2LP4.4 to Pipe System ID:
53A Component ID: 2LP.189-15 Stz*e ngth:
NIA Thickness/Diameter:
SSJ1.0I10.0 Umitations:
Yes-See at-ached sheets Start Time:
1130 Finish Time:
1205 Instrument Settings Search Unit Txieme +rDatel I.
_to dSearch Unit Serial No.:
023K3V Serial No.:
03-762
-AilOChentatedSearch*cks Uni C8.6aflbaiof%
ga Sweep Sound Path Manufactrer:
GEManufacturer:
RiDITOlCl09711021 Reflector Amplitude %
D~ivtision_
Model:
"U 60*
Size:
2(10xlg Shape:
Square
"."l Notch" 80 6
2 Delay.
9.769 Range:
3w Freq.
2.0M
,.Z Swte:
TiL21 Inter. ci.l-.
r1155*1002011 M'V CaVel:
.228 Pulser:
Square-
,m Angle:
0 of Elements: Dual
____r__'__
i_._____
Damping:
Soo Rejct o%
Mode:
- -:-'Long.
f!!n' l:
10r3012011 Rep. Rate:
Autohigh Freq.:
2 MHz Measu.ed.Ange:....
C*___"__oolant Flter:
Fixed Mode:
Dual Wedge Styl:
Integral Cal. Batch:
11225 Circumferential Orientated Search Unit Voltage:
450 Other:
Fuillwaive Type:
ULTRAGELA ICalibration Signal Sweep SudPt Ax. Gain (dB):
61 hrc. Gain (dB):
NIA Search Unit Cable Mig.:
SeeehRfetr Ap"iue%
Dvdo
~
Pt 1 Screen Div. =
.3 In. of Bound Path Type.
RG. - 74 Ex1B
':+1225
- +NA Unearity Report No.:
L-11.4.63 Length:
6V No. Conn.:
0 Type:
- .ULTRAGEL'II Calibration Block Scan Coverage Mfg.:..
sooech So Cal. Block No.
PDI-UT-2.O Upstream I Downstream [
Scan dB:
51 Refe Boc k ReferencelSlmul.dt Block Thickness
.50-2.0 Ola.:
Flat CW--
CCW-- Scan dB: WA SerialGain SOI nal 'I Sweep SoundPath RfetrAmplitude % Divsion
.a.1.op 71TmScl CO419 Ea ufc:OD yeds o:
ROPA A40932015 I
Comp. Temp.
68 Temp. Tool:
MCNDE40i29 Surface Condltlon:
As Ground Recordable IndIcaton(s):
Yes r-No f]
(If Yes, Ref. Attached Ultrasonic Indication Report.)
Results:
Accept C]
Reject Ea Info f Comments: Pulse width 250 ne Percent Of Coverage Obtained. 90%:
No Reviewed Previous Data:
Yes Exmner:
Level gDate Reviewer Signature Date How Iard, DeIan M.
iorimm010101 Examiner Level Il-N W-Jitrey Date. Site Reve Signature Dt Day, John, C.
1013012011 Other LeVel NIA Swatere Date i ANI, 9evlo j
lenatum"'Date WA
a~1 0a Ow*
DUKE POWER COMPANY ISI LIMITATION REPORT ComponentlWeld ID:
2LP-189-,15, Item No:
02M.C1.18
- remarks:
0 NO SCAN SURFACE BEAM DIRECTION No scan due to valve SS cast "JLIMITED SCAN C1 02 1
2
' cw Ccw-conflguration.
FROM L 0
to L 33.57 INCHES FROM:WWO CL to Beyond ANGLE:
5 0 0 45 0 60.
other FROM N/A DEG to N/A DEG 0
NO SCAN SURFACE
.BEAM DIREC TION..
LIMITED SCAN
] 1 01 2 51 5 2 (g cw, Z ccw FROM L.0 to L 33.57 INCHES FROM WO CL to Beyond ANGLE:
- 0. 0 0S 45 E] 60 other FROM N/A DEG to:
N/A DEG M NO SCAN SURFACE BEAM DIRECTION r
LIMITED SCAN 1
0 2
E] 1 (3 2 r cw E3 ccw FROM L to. L INCHES FROM WO to ANGLE:
0 0 C] 45 5 60 other FROM DEG to DEG M NO SCAN SURFACE BEAM DIRECTION n
LIMITED SCAN r"3 1 5 2
[1 1
C1 2 C-icw.[
ccw UT-11-818 FROM L to L INCHES FROM WO to Sketch(s) attached 4
N ANGLE:
00 5 5 60 other FROM DEGto DEG yes El o
PreparedBY.
Dean Hrrd Level:
Date:
10/30111 Sheet 4 of 6 Reviewed By,:
Date:
b I"
D rt VI k-1
Suppleme 9 Report (9
Report No.:
UT-11-818 Page:
5 of 6
Summary No.: 02.C5.11.0018 Examiner: Howard, Dean M.
Examiner: Da
- John, Other N IA Level:
I1-N Level:
I1-N Level:
NIA Reviewer.
Slte Review.
ANII Review:
Date: _.____/
Date:
Date: #,I Comments:
PI-I
)CtaS-j -.I-Sketch or Photo:
VX~LVC-.2LF q17 60 S1-z15
Determination of Percent Coverage for UT Examinations - Pipe Slte/UnIt Oconee /
2 Summary No.:
02.C5.11.0018 Worscope:
ISl Procedure:
Procedure Rev.:
Work Order No.:
PDI-UT-2 E
01930064 Outage No.:
02-25 Report No.:
UT-1148
\\
Page:
6 of "6 M5 don Scan I Scan 2 Scan 3 Scan 4 100.000
% Length X 100.000
% Length X
% Length X
% Length X 50.000
% volume of length 1100 =
50.000
% volume of length I 100 =
% volume of length /100 =
% volume of length 1100,=
50.000
% total for Scan I 50.000
% total for Scan 2
% total for Scan 3
% total for Scan 4 Add totals and divide byl scans,:
50.000
% total for 45 deg Other don 60 (to be used for supplemental. scans)
The data to be listed below Is for coverage that was not obtained with the 45 deg scans.
Scan I Scan 2 Scan 3 Scan 4 100.000
% Length X 60.000 100.000
% Length X 0.000
% Length X
_ % LengthX X
% volume of length 1100 =
" volume of length 100 =
% volume of. length 110 =
% volume of length 1 100 =
50.000
% total forScan I 0.000
%totalforScan2
%totalforScan 3
%totalforScan4 Percent comilete coverage Add totals for each scan required and divide by # of scans to determine; 37.500
% Total for complete exam Site Field Supervhsor Date:
UT Calibratico, amination SlteIUnit Summary No.:
Workacope:
Oconee I
2 02.CG.11.0047 1SI Procedure:
Procedure Rev.:
Work Order No.-
PDIf9-T2 4055*
4 Outage No.:
02-25 Report No.:
UT-I1-853 Page:
1 of 6
Code:
199W2000A Drawing No.:
2LP-218 System ID:
S3A Component ID: 2LP-216-17 Limitations:
Yes - See attached sheets CatIim:
C-F-11C5.11
==
Description:==
Pipe to Valve 2LP-179 Locat~on:
SkzeILngthý WA Start Time.
1010 ThicknossiDlameten 8811.0110.0 Finish Time:
1055 InstbumentSettings Serial No.:
023K3V Manufacturer GE Model:
USH 60 SW Delay:
5.606 Range:
2A" MI Ca,*el:
.123 Pubor.
Siuare Search Unit Serial No.:
01F6FT Manufacturen KBA Size:
3275 Shape:
Round Freq.:
225 MHz Style:
Camp -O Eim Anal: l
£5i
- of Elemenits: Sinale Damping:
00-Reject:
0%
Mode:
Shear Cal I 11013111I Rep. Rate:
Autchigh.
Fmeq.
2.25 MAHZ Measured'Angie:4 45 Coupilfit Filter.
Fixed Mode:
PE WCal.
Batch* :
11229 Voltage:
450 Other.
- Fuliwave, Type:
u~k~E Ax. Gain (dB) 13 CInr. Gain (dB):
13 Search Unit Cable Mfg_
Sonech 1 Sceen Dlv.
- 2.
In. of Sound Path.'
Type:
RGO.174
- 12.
Lnearity Report No.:
L-114.13 Length:
r No. Conn.:
0 Type:
UumEL i Calibratlon Block Scan Coverage Mfg.:
Sonotech Cal. Block No.
PDI-UT-2-O Upstream
- Downstream Q Scan dB: 27~Reftranca. Block Thickness
.50.2.0 Die.:
27 S
A,1 Serial No.:l l A09321l Cal. B9k. Temp.
71 Temp. Tool:
MCNDE40129 Exam Surface:
O.D.
Type RoMPAS Comp. Temp.
68 Temp. Tool:
MCNDE4i129 Surface Condition:
As Ground Recordable IndIcation({):
Yes 0 No *
(If Yes, Ref Attached Ultrason*i*Indication Report)
Results:
Accept 0 Reject EZ Info 0.
Comments: Pul Clrcumferential Orientatsd Search Unit Calibration signal 1SWeOP L Reflector Amplitude % jDi't~onr d Path ReftmrenceMImulator Block Gain SignalJSOP oudat
'dB, Reflector Amplitude Diiso is Sdk
~10 42 1
lea WIdth.220 na Percent Of Coverage Obtained > 90%:
No RevIeWed Previous Data:
Yes I
Examiner Level 11,-
Signattire
- Date, Rovi er Signature Date Howa rd, Dean M. L 1041201!
Stou ffer. Leslter, E.
101311=01 SStenRevie Other Level WA Signature Datel N
Alnature Data NIA
,,J, w
U
/1*
UT Callbrati
~mination S SitaIUnit:
Summary No.-
Workicope:
Outage No.:
02-25 Report No.:
UT-11-653 Page:
2 of 6
Oconee I
2 02.q5..1..0.047 Procedure:
Procedure Rev.:
Work Order No.:
PDI-UT-2 41308' Code:
19.91=00A Cat.iitem.:
C.P.....I LoIatII :
Drawing No.:
2LP.2160 Descrpion: Pipe to Valve 2LP;479 S"ytem ID:
53A Component ID: 2LP-216-17 S:., J:engtt NIA Thickness/Dlameteit 58 11.0110.0 Lmitations:
Yea See atached she statTi:
1010 FntlhTme:
1055 Instrument Settngs Search Unit Col. '..
Axial Orientated Search Unit Serial No.:
O F
- I*,,o r
n S.
Seia N.:023KV SoUAW No.:
OiFSFV
~
alit inl swe"p S~Pt Manufacturer.
GE Manudacturer:
iKA niil C al 08401031 11 Reflectr lAmplitude %
D1i Sound Pah Model:
USN 60 SW Slase:
.X7 shape:
Round V
al
.4.
4toh Ip 60 6
I.r Delay:.
7.710 Range:__ _________
Freq.:
2m25 Mz Style:
Camp-I*n tier. Cal 1046'& 11 te CaWelCal.
M~tl CalIel:.124 ulcer:
Sqare Enm Agle:
'60 of Elements: Single FnlCl13811121 Damping:
500 Reject "
Cal 1.3 0--
-- Sh,,r l
Rep. Rate:
Autohigh Freq.:
2.25 MHz Measured Angle:
60' Couploiit Filtar Fixed Mode:
PE Wedge Style:
MSWQC Cal. Batch" 112251 Circumferentel Orlentated Search Unit Voltage:
450 Other:
Fulfwave Type:
ULTRAGL IIý Calibration Signal See Ax. Gain (dti) 33 Cl Gain (d., ):
WA Search Unit Cable Mfg.:
Sonoech Reflector Ampl*ide %
Divis unP I
ScreenDiv.=
3 In. of 8 OundPSt Type:
RG-174 Exam 1Sit r
A WA Ln earity Report No.:
L-01-163 Length:
No. Conn-0 Ty pe :
UL 1*2A E
Calibration Mlock Sean Coverage Mfg..
Sonetech:
CaL Block No.
PD-UT-2-o Upsream r
Downstream [3 Scan dB:
33 Refence Block Referencel~tmulator Block Thlckness
.50.2.0 O
la.:
Flat CW 3 CCWr-' Scan dB: MA GnNo:
A03 db Signal
,Sweep SO'- Pa..
Cal.~~~~~~~
~ ~
~
~
~
Seka Tep_7_em.TolM__41__xmufaeOD 1
dB Reflector Amplitud Divso Com.p1. Temp.
71rm.To:
MND4IS Ea Type:
ROMPAS 33 SOH.
50 5I Camp. Temp.
68 Temp. Tool:
MCNDE4012S Surface Condition:
AsGround Recordable Indli!tion(s):
Yes El No E (If Yes. Ref. Attached Ultrasonic Indication Report.)
Results:
Accept (-
Reject E Info El Comments: Pulse width 220 ns Percent Of Coverage Obtained W
90%:
No Reviewed Previous Data:
Yes Exam*ner Level Il-N Signature Date Reviewer.
Signature Date Howard, Dean M.
10131120111 Examiner Level II-N
~~.
S ignature Date Site Review'SgaueDt Stauffer. Lester. E.
Signatur1 Date Other:
Level NIA I
Data ANll,oevl vw
,1 2
8!,,t*
o D a WA:
U
PSltefunit Summary No.:
Workecope:
Oconee I
,,)mina.
Procedure:
Procedure Rev.:
W"or Order No.:
P01-U-Outage No.:
02-25 Report No.:
UT-. 1453 Page:
3 of a
'* il Code:
199812000A C...
. "II.
f DrwIng. No.:
==
Description:==
P. tolve 2LIP-"*9 System ID:
93A Component ID: 2LP-216.17 M-:.
NIA Thlcklmss/Dlametor SS 11.0110.0 Limitafto.
Y.sSeeii attahed heet, S
Time' 1010 Finish Time:
1055 insrument Settings Search Unit CO.Tim Date Axia OrientatedSearh Unit Serial No.:
023KSa Nc.:
0 Checls Acial Oet Sea82h Cikt SeralNo. 0 Calibration SWgna sweep Sound Path Manufacturer oi Manufactre*T Inftlal Ca 0830,,
Refletor Amplitude %
Division Model:
USH 6OSw Size:
2(1 Oxi.)
Sh.ape:
Squa.re lna.a "oc 06 Delay:
9.76 Range:
3" Freq.:
2.0 MHZ Style:
TRL2 Ine Cal.
bt 1010 17ii MV Cawl~a:
m22 Pulsen Square Exam, Anglea:
60
- of Elemants: Dual inter.,Cal.]______
Damp1wn:
500 RejectZ 0%
Mode:
L FinalCal 1140 1 1011 Rep. Rate:
Autohigh Freqz 2 MHz Measured Angle:
60 couphlnt Flter Fixed Mode:
Dual Wedge Style:
Integral Cal. Baicd 11225' Circumferential Orientated Search Unit Voltage:
- 450, Other Fullwov Type:
ULTRAGIEL 11 Calibration Signal SW p
dPt Ax. Gain (dB):
51 Circ. Gain (dB):
NWA Search Unit Cable Mfg.:
Senotehe Reflector Amplitude %
Division
____Pat IScreen Div.=
-3 In. of Soundfiath Type:
RG -174 Ea athWA Linearity Report No.:
L-11-163 Length:
6' No. Conn.:
0 Type:
EL!L Calibration Block Scan Coverage Mfg.:
'Snotech.r Cal. Block No.
PDI-UT-2-0 Upstream E Downstream 0 Scan dB:
51 Refternce Block Reforenme/Slmulater Block Thickness
.50-2.0 DIa.:
Flat CW2Q CCW E] Scan dB: NIA No.:ao,:Gain ASoundPath Cal. BSk Temp.
71 Temp. Tool:
MCHDE4.129 Exam Surface:
O.D.
TypdBRReAlector A
--d "0
___Tye:
ROMPAS 44 DH 80 IA" Comp. Temp.
6N Temp. Tool:
MCNDE40120 Surface Condition:
As Ground Recordlable Indieation(s):
Yes.
W" No: [
(if Yea. Rat. Attached Ultrasonic IndlcatlonRslort.)
Results:
Accept F-Reject Sa Info 0 Commen4s: Pulse width 250 no Percent Of Coverage Obtained z 90%:
No Reviewed.Previous Data:
Ye Examin I
Level I Ir......
Date Reviewer Signature
.ate "award, Dean M.
1013112011.
Examiner Level..l4 Dat Site Review Signature Date Staufhr. Leoter.
.o 1013`112011 Other Level WA Signature Date Aiilnvlte a.-
+.
" n'ture Date WA I*td
/64 0
I
q) p
-,DUE POWER COMA.NY ISI LIMTATION REPORT.
Component/Weld ID:
2-LP-0216-17 Item No:
02.C5.1L0047 remarks:
0 NO SCAN SURFACE BEAM DIRECTION Due to valve configuration
[-
LIMITED SCAN 1
1
']
2 0
1 0 2
cw
"] cew FROM L N/A to L N/A INCHES FROM WO CL to Beyond ANGLE:
0 0 0 45 0 60 other 60RL FROM 0 DEG to
- 360, DEG
- n.
NO SCAN SURFACE BEAM DIRECTION LIMITED SCAN 0
1 C 2 El'I 1 2 0 cw C3 ccw FROM L to L INCHES FROM WO to ANGLE:
0 0 E[ 45 r
60 other FROM DEG to DEG
-l NO SCAN SURFACE BEAM DIRECTION El LIMITEDSCAN 0- I
- 2 0' 1 0.2 0 Cw [3 ccw FROM L to L INCHES FROM WO to ANGLE:
0 0 0 45 0 60 other FROM DEG to DEG I
)
I 0" NO. SCAN
[I LIMITED SCAN SURFACE 01 02 0
INCHES FROM WO BEAM DIRECTION I [
2 0 cwO 0
ccw
_____to U-1-853 FROM L to L 4
Sketch(
0 yes s) attached ANGLE:
0-0 0 5 0: 60 other FROM DEG to DEG E'- No L
-- =
Prepared By:
Lester Stat 10/31/111 Sheet 4 of 6 By:.
DateI,:
I
./I A ftd XM/2p/I WI
'-I
SupplemoDtoport Summary No.: 02.C5.11.0047 Examiner Howard, Dean M.
Level:
I.-N Examiner StaufrLestar.*
- u'r Level:
Ill-N Other, NIA Level:
NIA Report No.:
Page:
UT-11-853 5
of 6
Date: /
C 1/
Date:
Date: I Reviewer.
Site Revew.
ANtI Review.
Comments:
F.'. 0 %A.)
f Sketch or Photo:
I*
'Pi V4'.vI. ;.Lf- ~1-9 5'1 II
U40 Determination of Percent Coverage fc UT Examinations - Pipe r]
Outage No.:
02-25 Report No.:
UT-114-853 Page:
6 of 6
Site/Unit: Oconee /
2 Summary No.:
02.C5.11.0047 Workfcope:
IS1 Procedure:
Procedure Rev.:
Work Order No.:
PDI-UT-2 E
01930085 Scanl Scan 2 Scan 3 Scan 4
% Length X
% volume of length /100 =
% LengthX
% volume oflength/ 100=
100.000
% Length X 100,.000
% volume of lengthI100=
100.000
% Length X 100.000
%-volume of lengl 100=
% total for Scan I
% total for Scan 2 100.000
% total for Scan 3 100.000
% total for Scan 4 Add totals and divide by #.scans =
100.000
%totalfor45tdeg Other den -
60 (to be used for supplemental scans)
The data to be listed below Is for coverage that was not obtained with the 45 deg scans.
Scan I Scan 2 Scan 3 Scan 4 0.000
% Length X 0.000
% volume oflength / 100 100.000
% Length X 50.000
% volume of length 100:
Length X
% volume of length1100=
%Length X
% volume oflength I100=
0.000
% total for Scan I 50.000
% total for Scan 2
% total for Scan 3
% total for Scan 4 Percent completecoverase Add totals for each scan required and divide by # of scans to determine; 62.500
% Total for complete exam Site Field Supervisor:.ae
~
~ /
Date:
//-
V- //
Summary No.:
Workacope:
UT Callbratio a.4ination Oconee 1
2 o2.CS.1o.0045 i81 Procedure:
Procedure Rev.:
Work Order No.:
Outage No.:
02.25 Report No.:
UT-11-8M Page:
1 of 6
PDI-UT-2 B
o1,30q85 Code:
1991000A cattem:
C'ePi11
-Loca*ion:
Drawing No.:
==
Description:==
Valve2L-.179 to Pipe-System ID:
53A Component ID: 2LP-216-18 SizefLength:
NIA T711cknes1/Diameter.
8811.0110.0 Limitations:
Yes-S.. attached sheets Start TIme:
1010 Finish Time:
1055 ie~
I wl II go Ioa Unit instrument Settings Searc.
gmi~h Unit D
Axlal Orientated Search Unit Serial No.:
023K3V Serial No.:
0IF6FT C
al,:
1 t
RpuD Manufacturer GE Manufacturer:
KBA initIalzCl 0645 l0I3I2ibiaw r
Reflector Amnpiftude %
Divuson SudPt Modek uSH 6o Sw Sze:
.375 Shape:
Round Inter. Ca.
Vi Notchso
_. IA!*
Delay.
5.606 Range:
2J" Freq.:
2.28MHz Style:
Camp.! G inter. Cal.
1051013112 11 oc 056I M'I
- I/leI:
.123 Pulse.
Square Exam Angle:
45
- ofElements: Single interC Damping:
500 Reject:
0%
Mode:
Shear 1-130. 16031/20l I__._*1-___"
Rep. Rate:
Autohigh Freq.:
2.25 MHz Measure Angle:'
45 Couplant Filter Fixed Mode:
PE Wedge Style:
MSWQC Cal. Batch:.
11225 Circurn1rintlal Orientated Search Unit Voltage:
450 Othe.
Fulfwvave Type:
ULTRA-EL 11 C
r Signal Sweep Ax. Gain (dB) 13 Circ Gain (dB):
13 Search Unit Cable Mfg.:
Sonetech Reflector Amplitude %
Division Sound Path lnearity Report No.:
L-114163 Lenth:
No.Conn.:
0 Type:
ULT EL HIi Calibration Block Scan Coverage Mfg.:
Sopnotech Cal. Block No.
PDI-UT-2-O Upstream Q Downstream [
Scan dB:
27 Reference Block Reference/31mulator Block Thickness
.601-2.0 Die.:
27 Gain Signal m
Se ep n o
___27___
Serial No.:
A032 dB Reflector. ASweue p
S D
o un d Path CaL Bk. Temp.
71 Temp. Tool:
MCNDE40129 Exmm Surface:
ROMPAS 1
$DH 10 4.21o Comp Temp.
68 Temp. Tool:
MCNDE440129.
Surface Conditlon:
As Ground T
k 13 1
4 10 Reoordable Indication(s):
Yes [
No -
(If Yes, Ref. Attached Ultrasonic Indication Report.)
Results:
Accept Reject [
Info []
Comments: Pulse Width 220 na Percent Of Coverage Obtained 9 90%:
No Reviewed Previous Data.
Yes Examiner Level
- SIgnature.
Date Reviewer 'sinare Date Howard, Dean M.
~p
.w J10131I2011
./
':i I
Exe Level "l-N SDate "Ste Review..
Signature Date stauffer, Lestear,..
10I3132011 w
A Other Level MIA Signature Date
.l.
Revie.
S t
Dt WAi
$lSlibUnit:
Summary No.:
Workscope:
Oconee 2
0.CIS.111.0048ý UT Callbratf
- nlina Procedure
Procedure Rev.:
Work Order No.:
Outage No.:
02.25 Report No.:
UT-1145 Page:
2 of 6
PDI1-41JT-E I18l Code: *918I2000A Catitemn:
C-F-11CL.11 Locaio Dmwing No.:
==
Description:==
Valve 2LP-179 to Pipe System ID:
sSA Component ID: 2LP-216-18 Size/Lenth:
NIA ThicknesslDlameter 88 11.0110.0 Limitations:
Yes - See attached sheets Start Time:
1010 Finish Time:
1055 Instrument Settings search Unit Cal I-T Date Axial Orientated Search Unit Serial No.:
o V
Serial No.:
IFBF Ches Manufacturn GE Manufacturer:.
K1A Initil! CI OW0 1;013*0111 Riector Amplitude%
Divisio n
Model:
USN 60 SW Size:
.375 Shape:
Round inter.Cal.
1l Notch Tip s0 6
T.r Delay.
7.710 Range:
3-Freq-2.25 MHz Style:
Comp - G inter. Cal. *i0 1//1
__il_
M'I Celffel:
.124 Puiser.
square Exam Angle:
60
- of Elements: Single Infer.
n n "
IFinal Cal:
11135010131V20111 Damping:
500 Reject:.
0%
Mode:
Shear
_Fni_
i_
1135
_0/_11_011 Rep. Rate:
Autehigph Freq.:
2.25 MHz Measured Angle:
60 Couplant.
Filter Fixed Mode:
PE Wedge Style:
MSWQC Cal. Batch:
11225 Circumferntal Orientated Search Unit Voltage:
450 Other.
Fulvwave Type:.
ULTRAGEL I Calbraion Signal Sweep Ax. Gain (dB):
33 Circ. Gain Wd)
NA Search Unit Cable Mfg.:
sonoteh Reflector~ Ampfl~ltfd %
DMivson OfdPt I
Screen Div.,
.3 in. of Sound Path Type" RG -174 Exam Batch, 1122N/A Exa Bac
.r 22 Linearity Report No.:
L.411.163 Length:
6_
No. Corw.
0 Type:
ULTRAGEL II Calibrtion o
Scan Coverage M1g.:
Sonotch Cal. Block No.
PDI-UT-2.O Upstream Ci Downstream [
Scan dB:
- 33.
ReferenceBlock Referenceimulator Block Thickness
.50-2.0 Dia.:
Fiat CW Q CCW -] Scan dB: N/A SealiNo.:
A09321
_ain Smpli SVwee t
dB, Reflector Amplibzde iiso Cal. Bi. Temp.
71 Temp. Tool:.
MCNDE40129 Exam Surface:
O..
Type:
ROMPAS 5
11_.5" Comp. Temp.
68 Temp. Tool:
MCNDE40129 Surface Condition:,
.Ground.I Recordable Indication(s):
Yes "
No R (If Yes, Ref. Attached Ultrasonic Indication Report.)
Results:
Accept 0 Reject 2 info 0 Comments: Pulse width 220 na Percent Of Coverage Obtained > 90%:
No Reviewed Previous Data:
Yes Examiner Level 1I-N Signature
/2 Date Reviewer Signature Date Howard, Dean M.
10131112011/
Examiner Level ill-N Signature Data Site Review SgaueDate Stauffer. Lester, E.
1013112011:1AL Other Level NIA Signature Data ANI Review
~
Sig ture Date NIA
/<
t
/
U I
"U
Summery No.:
Workscope:
Oconee I
02.CS.11.01NI8 UT: Calibratlon#
aInal Procedure:
Procedure Rev.:
Work Order No.:
PDI-UT-2 E
01930085 Outage No.:
02-25 Report No.:
UT-11-454 Page:
3 of
. 6 Code:
19=8/2000A CatLtem-C-F-11C5.11 Location:
Drawing No.:
==
Description:==
Valve 2LP.179 to Pipe System ID:
53A Component ID: 2LP-21618 SlzlLengh:
N/A Thlckness/Diameter.
8"81.0110.0 Limitations:
Yes - See attaehed sheets StartlTime:
1010 Finish Time:
1055 Instrument Settings Search Unit Cal.:ie o
A Orienttte earch Unit Serial No.:
023K3V Seria No.:
03-762
.S aibraton Ch e SudPs initial Cals 0830 oSwee Sound Path Manufacturer.
GE!
Manufacturer:.
RTD In-tia C
-l
- 12" Reflectcr Amptude %
- 0.
lon ode:
US W
SIze:
2(10x)
Shape:
Square V
0' Notch s0 6
2" Delay:.
9.709 Range:
3" Freq.:
2.0 MHz Style:
- TRt Inr. Ca!10 3I Mi CaWelf
.2 Pulser.
Square Exam Angl:
60
- of leents: Dual
-FinaliCal 1140ý 10I311*6111 Damping:
500
+Reject:
0%
Mode:
Long.
l 1140_110
_20111 Rep. Rate:
Autohlgh Freq.,
2 MHz Measured Angle:
60 C
eUpiert FRter Fixed Mode:
Dual Wedge Style:
Integral Cal. Batch:
11225 Circumferential Orlentated Search Unit Voltage:
450 Other.
Fullwave Type:
.ULTRAGEL II.
Calbrtion Signal Sweep Ax. Gain (rB):
51 ClO. Gain (dB):
WA Search Unit Cable Mfg.:
Seot Rellector
.mplItude %
Olvslon und Path 1 Sceen lv.=
.3 in.of SoundPath Type:
RG-174 E12NBah iA.
Linearlty Report No.:
L-11413 Length:
6' No. Conn.:
0 ype:
ULTRAGEL il CalibratioU Block Scan Coverage M10.:
Sonotech_
Cal. Block No.
PDI-oT-2-0 Usr Q Downstream [
Scan dB:
51 Reference Refrence/81nuiator Block
________________Reference Block____
Thicnes Flat Ref.
- e/I.
tor..
Bl *ock I +,.,,.,,P, Thickness
.50-12.0 Dia.:
Fiat CW
AOGain Sia l Sweep D
o Pat.
Cal-ro Reft
- _ Son Pat MCNDE40129_
Exa Surf_____
dBD Rfer Amplitude % Divsion Cal. 51 ep.7 Temp. Tool:
MCD4I8 Ea ufc Type:
_ROMPASr 44H 80 5
Comp. Temp.
68 Temp. Tool:
MCNDE40129 Surface Condition:
As Ground so 5
IA" Recordable IndicatIon(s):
Yes 0 No R (If Yes, Ref. Attached Ultrasonic Indication Report.)
Results:
Accept Q Reject o
Info Commentsa Pulse width 250 no Percent Of Coverage Obtained > 90%:
No Reviewed Previous Data:
Yes I
Examiner Level i1-N
+
nS tum
/Date Reviewer Sin...
Dt Howard, Dean M.
Sig-tu e 10Da1t20
/
/
Exa miner Level n
SnaueDate Site Review Signature Date Stauffer. Lester, F.
(
.rl.
1013112011 "A
O Other Level NIA Signature Date Al
)l*nature Date NIA Date7 1-)2
- rm S
iu DUKEB POWER COM(PANY 1SI LIMTATION REPORT ComponentiWeld ID: 2-LP-0216-18 Item No:
02.C5.11.0048 remarks:
NO SCAN SURFACE BEAM DIRECTION Duerto valve configuration "LIMITED SCAN i1 02 0
31 2 E cw 0 ccw FROM L 0
to L 31.42 INCHES FROM WO CL to Beyond ANGLE:
E 0.0 45 (060 other 6ORL FROM 0 DEG to. 360 DEG C
NO SCAN SURFACE BEAM DIRECTION n
LIMITED SCAN 0!1
[3 2 0 1
[3 2
'cW 0 ccw FROM L to L INCHES FROM WO to ANGLE:
E] 0 C] 45 0 60 other FROM DEG to DEG 0
NO SCAN SURFACE BEAM DIRECTION n
LIMITED SCAN 01 2
-I
[ - 2 cw[
ccw 0_
FROM L to L INCHES FROM WO to ANGLE:
[0 0 045. 060 other FROM DEGto DEG
[
NO SCAN SURFACE BEAM DIRECTION
[3 LIMITED SCAN 03 1 0] 2 C0 1
[
2 Q1 CW [
cCw UT-11-854 FROM L to L INCHES FROM WO to Sketch(s) attached
- 4 ANGLE:
El 0 0]
5 060 other FROM DEG to DEG I
yes
'- No Prepared By:
Lester ofr 6evel:
ReviewedBy" tt.:
Date:
.1031I11:
I r.Shee 4
of 8 I V
Suppleme...
Report Summary No.: 02.05.11.0048 Examiner HowardnDe'an Examiner: Stauffer. Letr, Other:
NIA Report No.:
Page:
UT-11-854 5
of 6
Date: /l
{.I/
Date:
Date: /1/ -'
Level:
11-N Level:
I"-N Level:
NIA Reviewer:.
Site Review:.
ANIi Review,.
Comments:
Sketch or Photo:
II V#%u-6 7LP.- 179 S2-I Z7
dý Tmmkxav.ýa-
.MMMEM0.
ýVwl 1111MINNOW qW Determination of Percent Coverage for UT Examinations - Pipe SiteJUnit: Oconee 1 2
Summary No.:
02.C5.11.0048 Workecope:
5I1 Procedure:
Procedure Rev.:
Work Order No.:
PDI-UT-2 E
01930085 Outage No.:
02-25
\\
N, Report No.:
UT-11-854 Page:
8 of 0
Scan 1
% Length X Scan 2
% Length, X Scan 3 100.000
% Length X 100.000 Scan 4 100.000
% Length X 100.000
% volume of length /100=
% total for Scan I
% volume of length 1100=
% total for Scan 2
%volumeoflenglh/100 =
100.000
%totalforScan3
% volume of length / 100 =
100.000
% totalfor Scan 4 Add totals and dlvcdeby#scans 100.000
%totalfor4sdeg te~r-de--.
60 (to be used for supplemental scans)
The data to be listed below Is for coverage that was not obtained with the 45 deg scans.
Scan I Scan 2 Scan 3 Scan 4 100.000
% Length X 50.000 0.000
% Length X 0.000
% Length X
% Length X
% volume of length 1100 =
% volume oflength !100=
% volumeoflength/ 100=
% volume of length 1100=
50.000
% total for Scan I 0.000
% total for Scan 2
% total for Scan 3
% totalfor Scan 4 Percent comoete coverage Add totals for each scan required and divide by # of scans to determine; 62.500
% Total for complete exam Site Field SuperivsorOf-f Date:______
4%~
~
~
~
~ffA3
Summary No.:
IWorkscope:
Oconee I
2 0.511081 m
0:**1!.oI UTCalibratl amnatM.6n Procedure:
Procedure Rev.:
Work Order No.:
PDI-UI"-2 01934671 Outage No.:
02-25 Report No.:
UT-114803 Page:
I of 5
Code:
199
.2000.A Cat/Itm:
c-ic-11C5.1 Location:
Drawing No.:
2LPS-723 Descriptlion: Flange to Pipe System ID:
148 Component ID: 2LPS-723-1 S.ze/Length:
N/A Thickness/Diameter SSIA3rI6" UmI:atons.
eSee.att ed sheets "..
Start Time:
1010 Finish Time:
1040 Intu et etn s erhU iti i
-i Il IU Init Ment Settingsim.
Serch Unit C
Date Axial Orientated Search Unit Serial No.:
023DP1 Serial No.:
0103CM Checks Calibraton Signal Sweep Manufacturer:
GE Manufacturer K"A In luisiC 0306 8111 f:
Reflector Amplitude %
Divislon Sound Path Model:
USN.60 SW Size:
0.25 Shape:
Round
!r*,,,,-.
£5 Notch 80 7
.700" Delay:.
3.9166 Range:
1" Freq-5.0 MHzl Style:
Comp-G j
t.L 1005 311612011:
MIt CalNel:
A1233 Pulser:
Square Exam Angie 4 1_
- /_of Elements: Single, e
i
,]
Damping:
500 Reject- _
0%":
Mode:
IShear Final' 12 16120 Rep. Rate:
Autohigh Freq.:
6M Measured Angle:
45 Couplati.
Filter:
Fixed Mode:
PE."
Wedge Ste:
MSWQC Cal. Batch:
09325 C.rcumferantial Orientated Search Unit voltage:
450 Other:
Fuia*
ye ULTRAGEL 111l1rtin Sinl we Ax.Gain(dB):
2.8 Clro. Gain(dB):
21.6 Search Unit Cabla Mfg:.;
sO'NOTE RefectoR.
Amplltude %
Division ndPat 1
Screen DIv.
I
.1 In. of Sound Path Type:
RG -174 Ea Batc 09325 See Axial:
/-...*...
-ExameStitch 09Us.
Linearity Report No.:
611-14 Length:
$1 No. Cornn 0
Type:
ULTRAELii Calibration Block Scan Coverage Mfg.:
SONTCH.
Cal. Block No.
PDIr-UT42.O DUpSmam Downstream S
Scan dB: 27.8 e'r/
Block Reftrenie/Simulator Block Thickness
.05-2.0 Dia.:
Flat CWW
- Scan dB: 27.8
.Gani Sigal Sweep Se l No.:.
91 4672 dB R eflector A m itude % D ivision S
dPa"t' CaLBlk. Temp.
70 Temp. Tool:
MCNDE4.,o12'
,xm Surface:
OA Ged RoMA-%
i Comp. Temp.
70 Temp. Tool:
MCNDE401i2?
E m
Surfa Condetion:
DTAeaGround:.....
Iu1 Recordable indlcatlen(e):
Yes Q No".
(if Yes, Ref. Attached Ultrasonicindication Report.)
Results.
Accept Reject.:
Inkf 0 Comments: Pule Width -100 nis Percent Of Coverage Obtained 2 90%:
No, Reviwed Previous Data:
Y.,
"Exmin e..
Aevel N
S1ignatui Date R"
r Signature Data R'e,
-JakeE.
N
-1 31162011 7-/
Examiner lIeý1N mtu.
- Date, Site Review V' I Swigature, Date Day, John, C.
"011 Other Level N/A Date ANI Review Signature Date WA A Ji 2Zf
Slte/Unt Oconee I
2 UT Callbrat :aminatlon Procedure:
Procedure Rev.:
Work Order No.:
Summary No.:
Workscope:
02.45.111.0081 PDI-UT.2 E
019,34871 Outage No.:
02-25 Report No.:
UT-11-403 Page:
2 of 5
Code:
1998&2000A CatIitem:
C-F-11C5.11 Location Drawing No.:
==
Description:==
Flange to Pipe System ID:
143 Component ID: 2LPS-723-1 SizelLength:
NA Thickness/Diameter.
88.432"/60 Limitations:
Yes-See attached sheat Start Time:
1050 Finish Tihe:
1125 instrument Setmng SercxUit-al Orientated Search Unit Serial No.:
0230P1 Serial No.:
01JPCD Chk.
limes De....
Manufacturer___
-auatrrIiilCla Calibration Signal SwOOP Sound Path "na 0
i
.. Reflector.
Ampitlude %
Dievison Model:
USN 60 8W Size:
.25" Shape:
Round nIt CL X Nt TIP go 6
.90.
Delay:.
5.5500 Range:
1."
Freq.:
5MHz Style:
Comp-G inter. Cal.
1045 681612011 N
M1I CaWIe:
.1231 Pulser Square Exam Angie:
60
- of Elements: Single
-e
_/im.011_
Damping:
500 Reject 0%
Mode:
Shear FinalCal 1235 V,1612011 Rep. Rate:
Autehigh Freq.:
5MHz Measured Angle:
60 Couplant Fiter Fixed Mode:
PE Wedge Style:
MSWQC Cal. Batch:
09325 CIrcumferentfal Orientated Search Unit Voltage:
480 Other.
Fuliwave Type:
ULTRAG EL U Calibration Si1gnal SWOeP Ax. Gain (dB):
40.2 Cirim Gain (dE):
NIA Search Unit Cable Mfg.:
SONOlE.Ci Reflecto Amp~litude %
Division I
Screen Dlv.=
.15 In. of Sound Path Type:
RM-174 Exm Bch iWA Linearity Report No.:
S1.15I Length:
6' No. Conn.:
0 Type:
UL ULTRAGEL II Calibration Block Sn Coverage Mfg.:
SONOTECH Cal. Block No.
PDI-UT.2.O Upstream a Downstream -
Scan dB: 40.2 Reference Blck Referonce/Slmulator Block Thickness
.50-2.0 Die.:
Fiat CW0El CCW Scan dB: NA Gain signal Sweep SoundPad Serial No.:
'91.8872L B
RfetrApiueDv siouncPt CompBi. Temp.
go temp. Tool:
M D,412 Eamurc.O..Type:
-ROMPAt 18.9 Vi Radius, 80
.8 1.0" Comp. Temp.
90 Temp. Tool:
MCNDE40127 Surface Condition:
As Ground Recordable Indicatlon(s):
Yes
.L No 2 (If Yea, Ref. Attached Ultrasonic Indication Report)
Results:
Accept Q Reject EZ Info El Comments: Pulse Width-100 ns Percent Of Coverage Obtained > 90%:
No Reviewed Previous Data:
Yes Examiner Level N
Sinature Data Reveir Signature Datuj Roes, Jake E.*.Signtur-aD y John. C.
~ u
/621 i'
P'
- Dow, Leve NIA loal*f AN" F*"
S
- ..o ft"i regau Detf HIA I-I-,
7s~
/z-*~~~
7 UT Calibrati@) ramination S
Site/Unit:
Summary No.:
Workscope:
Oconee I
2 02.C5.111.00811 Procedure:
Procedure Rev.:
Work Order No.:
PDI-UT-2 8
Outage No.:
02-25 Report No.:
UT-11403 Page:
3 of 5
E 0193467
- .I$sI Code:
199112000A Catitern:
C-F-1iC5.11 Location:
Drawing No.:
==
Description:==
Flanae to Pipe System 1D:
1413 Component ID: 2LPS-723-1 SiZ"/Length:
N/A Thickness/Diameter:
SSI.432/6" iUmitations:
Yes -
ee attached sheets Start Timeo:
1135.
Finish Time:
1155 Insurnment Settings Search:Unit Orentated Searh Unit Cal.
Tinto Date AxilOinadSerhnt Serial No.:
023DP1 Serial No.:
SBO492 C-ok:
I Cali o
ýSigna "
we s
- Pati, Manufacturer:
G Manufacturer:
KRA IndalCa.
845 8116l/2011 Reflector Amplitude %.
Division Model:
USN soSW Size:
.25 Shape:
Round 1
8 4.6 1.15' Delay 6.9897 Range:
2.V Freq..:
2.25MHz Style:
Comp - G ninter.
11" M" Cal/el:
.1124 Pulser:
Square Exam Ae:
70 r
- of ElMents:.Single Damping:
500 Reject
. 0%
Mode:
Shear.
inalCal. 1240 8/16/2011 Rep. Rate:
Autohigh Freq.:
2.26 M14z Measured Angle:
67 plant Filter.
Fixed.
Mode:
PE Wedge.Style:
MSWQC Cal. Batch:
09325 Circumferential Orientated Search Unit Voltage:
450
" Other:
Fullwave Type:
ULTRAGEL II.
Calibration Signal Sweep Sound Pat Ax. Gain (dB):
52.1 Circ. Gain (d):
N/A Search Unit Cable Mfg.:
SONOTECH Reflec Amplitude %
Divison 1
Screen Div. =
.2 in. of Sound Path Type:
RG-174 Exam Batch:
09325 N/A Linearity Report No.:
L-11-145 Length:
6' No. Conn.:
0 Type:
ULiRAGEL IH Calibraton 8lock Scan Coverage Mig.:". SONuitCH Cal. Block No.:
PDl-UT2-O Upstream 0 DownstreamC3 Scan dB: 48.2 Reference Block Reference/Simulator Block Thickness:
.50-2.0 a.:
Fla CW[]
CCWC] Scan dB: NIA Serial No.:
91487 Gain Signal Sweep Sound Path CaL i1k. Temp.: 76 Temp. Tool:
MCNDE40127 Exam Surface:
O.0,.
Te R
.1P.S 2
1W Rd.us AS ii4nSondPa
.. *Type:
,ROMPAS 24.7 1" Radius Be 4
1.01 Comp. Temp.:
90 Temp. Tool:
MCNDE40127 Surface Condition:
As Ground Recordable Indication(s):
Yes El No E]
(If Yes, Ref. Attached Ultrasonic Indication Report)
Results:
Accept [-
Reject 10 Into C-]
Comments: Pulse Width - 220 n/s Percent Of Coverage Obtained % 90%:
No Reviewed Previous Data:
Yes E*x*mner Level
- n.
i"*"
Date 'Reviewer Ross Jake 2.
SM.6 81620111 ExambInr Level SDt ieRve intr Day, John, C.
a4';..x*
Dt Site Ri Signature v-Date Other Level NA SiDatgna1tu O
A Review.
tu Date Vi U
/2
-~
DUKE ý-POWER COMPANY, ISI LIMITATION REPORTY ComponentlWeld ID: 2LPS-723-1 Item No:
02.CS.1I.0081 remarks:
0 NO SCAN
.. SURFACE BEAM DIRECTION, Single sided due to flange.
0 LIMITED SCAN 0
1 0r 2 E0 1 0 2 0 Cw 0] CCW 35.7%ofcoverage obtained.
FROM L NIA to L N/A
-INCHES FROM WO CL to Beyond ANGLE:
00 0 45 0 60 other 70 FROM 0 DEG to 360 DEG O NO SCAN SURFACE BEAM DIRECTION C3 LIMITED SCAN 0
1 0] 2 01 E-2 El cw
[-'
cow FROM L to L INCHES FROM WO to ANGLE:
0 0 0 45 0 60 other FROM DEGto DEG NO SCAN SURFACE BEAM DIRECTiON
-LIMITED SCAN 01 0 2 01
-2 cw ccw FROM L to L.
INCHES FROM WO
. to ANGLE:
0 00 45 Q 60 other
.FROM DEG to DEG O NO SCAN M LIMITED SCAN SURFACE BEAM DIRECTION'
[1 0 l2 Cl1[12
[1Cw ncmw UT-1 1-803 FROM L to L INCHES FROMW0 4
ANGLE:.
0 00 5 0 60 other FROM to Sketch(s) attached 0
yes No
.DEG to DEG Prepared By: :John Day
- wJ 08/17/11
- 1:I Sheet 4 14
/
ýýry N&: 07-CS.ILOO91, Weld No. : 2-LPS-723-1 9
Axial Coverage Pipe S2 Si t =.432#"
0 % S I coverage C-imiufebriai Coverage 450 CL ipe S2 t =.432" em 50 % of missed covesre for CW and CCW scans
% Coverage Calculations S1 =Flange S2 = Pipe S3 = CW S4 = CCW Total
=
0%
50%
50%
500%
150/4 (100% of the length x 0% of the volume)
(100% of the length x 50% of the volume)
(100% of the length x 50% of the volume)
(100% of the length x 501/6 of the volume)
= 37.5 % Aggregate Coverage Inspector / Date:
I*' //
Page r_* of y
~
~SitslUnit:
Summary No-Workscope:
Oconee I
2 O2.C5.11.0052 UT CalibratiS..
aminal Procedure:
Procedure Rev.:
Work Order No.:
PDI'Ul-2 E
01934671 Outage No.:
02-25 Report No.:
UT-114102 Page:
1 of 5
ISI Code:
199812000A Cat/Item:
C-F-1/C5.11 Location:
Drawing No.:
==
Description:==
Pipe to Flange System ID:
148 Component I:
.2LPS-?23-2 SizeLength:
WA Thickness/Diameter.
SS/.432"16" Umitations:
Yesa See attached heetsh Start Time:
1010 Finish Time:
1040 Instrumet Settings Search Unit oI. :ime Dae Axial Orientated Search Unit Serial No.:
023IPt Serial No.:
0103CM Checks i
Calibration Signal Sweep Sound Path Manufacturer:
GE Manufacturer:
KDA`Iiil~
00 8~~
Reflector Amplitude %
Division Model:
USNA 60W Size:
0.26 Shape:
Rounrd Inter. CaL
.6" NotIch.
so 7
.70(
Delay:
3.9166 Range:
1 Freq.:
1.0 MHz Style:
Comp - G Ir CaL 1006 811612011 M'tlCalel:
.1233 Pulser:
Square Exm ngie:
- 45.
- of Elamns in glener a Damping:
5001 Reject:
0%
Mode:
Shear Fin:a Cl13
.1.1..
Rep. Rate:
Autohlgh Freq-6 SMHz Measured Angle:
45 Couplant Filter.
Fixed Mode:
PE Wedge Style:
MSWQC Cal ac:
- ,09325, Circumferential Orientated Search Unit Voltage:
450 Other:
Fuliwave Type:
ULTRAGEL 11 Calibration Signal Seep Ax. Gain (dB):
21.3 Circ. Gain (dB):
21.8 Search Unit Cable Mfg.:
SONOTECH Reflector.
Amplitude %
Division cood Pat 1
screen
.1 In. of Sound Pat Type:
RG-174 e
Bts SeAxial Unearity Report No.:
!,11-155 Length:
J6-No. Conn.:
0 Type:
ULTRAGEI.I Calibration.Block Scan Coverage Mfg.:
'S0NOTECH Cal. Block No.
PDI-UT.2-O Upstream C-Downstream E Scan dB: 27.8 Reference Block Refrence/Simulator Block Thickness
.50-2.0 Die.:
Flat CW 10 CCWR Scan dB: 27.8 SGain Signal sweep Sod Path SRaeeNo.:ctr Amplitude % Division Cat. BkTemp.
76 Temp. Tool:
MCNDE40127 Exam Surrfa e
OAa.
TGro:
unIdPA I S Comp. Temp.
7.0 Temp. Tool:
MCNDE4I27T Surface Condition:
As Ground TR.a.1 Recordable Indication(s):
Yes 0]
No 2 (If Yes, Ref. Attached Ultrasonic Indication Report.)
Results:
Accept C]
Reject 0 Info n Comments: Pulse Wldth-100 ons Percent Of Coverage Obtained > 90%:
No Reviewed Previous Data:
Yes Examine~r LevelAIl-Sgatr Date Reviewe Signature Date Rosa, Jake.
H8162011 E aminer IN Ig*
Date Site Review Signature Date Day, John, C.
811612011 Other Level NIA Sighattrfe Date NI SIle
,~j l
n ture Date WIA t4-c CZ_
IV
/2*
UT Callbrat*),, amination Procedure:
Site/Unit Summary No.:
Workaoope:
Oconee I
2 024.C5.111.0082.
Procedure Rev.:
Work Order No.:
PDI-UT-2 E
,r01934671 Outage No.:
02-25 Report No.:
UT-11.802 Page:
2 of
,5 Code:
198Im2000Am Catem:
C-F1.1/C5.11 Location:
Drawing No.:
==
Description:==
PipeLto Flange System ID:
148 Component ID: 2LPs-723-2 Size/Length:
IWA Thlckness/Dlemeter SS.A32"6" Limitetions:
Yes - See attached sheet StatTime:
1050 Finish Time:
1125 Instrument Setting*
Search Unit.-
Cal.
Time Data Axial Orlentated Search Unit Serial No.:
023DP1 Serial No.:
01JPCD -Chec.k.
Calibratio iaw.
Inta,cal -.,
...:..,,*I I bo'n
- I *Signal SWOOP SoundPath Manufacturer.
.manufacturer I0Ape0.8,1 Reflector, Amplitude %
Division MRound X.,i
.5, Notch TI.
8 6
.900I Delr.
0.00 Range:
18" F.r.:
5 MKz Style:.
Comp..
Inter. Cal.
1045 816011 M'1. CalNe:
.1231 Pulser Square Exfm Angle:
60
- ofElemnt:Single cal. I"_.
Damping:
500 Reject 0%
Mode:
Sher IFel Cal 1 1235.1 8116M1l01 1
Rep. Rate:
Autohigh Freq-5 MHz Measured Angle:
60 Coupiant....
Frier.
Fixed Mode:
PE Wedge Style:
MSWQC Cal. Batch:
09325 Circumferential Orientated Search Unit voltage:
410 Other~
Puliwavia Type:
ULTRAGEL If:albato Siga Sep Ax. Gain (dB):
40.2 Cim. Gain (dB):
NIA Search Unit Cable Mfg.:
SONOTECH Reflectoir Amplitude %
Divisin
- Sound Path 1
_ScreenDiv.
-1 In.of SoundPath Type:
RG-174 ExamBatc.h 00326 WA Unearity Report No.:
L-11-155 Length:
6 No. Conn.:
0 Type:
ULTRAIGEL II Calibration Block Scan Coverage Mfg.:
SONOTECH Cal. Block No.
POI-T-2.O Upstream C3 Downstream Ea Scan dB: 40.2 Refrnce Block Raferencellmulator Block Thickness
.50,-2.0 O
le.:
Flat CWT-'
CCW f" Scan dB: NA No.:
91-u87 Signal S
Sound Path Cal. Bk. Temp.
76 Trmp. Tool:
MCNDE4O127 Exam Surface:
O.D Tye:
ROMPAS 16.9 ect 1Rad~us D6.
1.0" Comp. Temp.
90 Trmp. Tool:
MCNDE40I27 Surface Condition:
As Ground Recordable Indication(s):
Yes []
No E (If Yes. Ref. Attached Ultrasonic Indication Report.)
Results:
Accept 0 Reject 2 info Q Comments: Pule Width - 100 nls Percent Of Coverage Obtained W
90%:
No Reviewed Previous Data:
Yes Examiner Lvl
/Signathr Data Reviewer S
aueRt Ross% Jake L.
S-81612011' Examiner Level It."a~
DMate Site Review Signature Date!
- ~r r
Pay. John, C.*
/s l
1ý/ -:ý U ý- ý/
Site/U.nit Summary No.:
Workscope:
Oconee
)
2 02.C5.AI.0012 UT Calibrati@O).amination Procedure:.
Procedure Rev.:
Work Order No.:
PDI-LIT-2 E,
Outage No.:
02-25 Report No.:
UT-11402 Page:
3 of 5
01934671 Code:
199812000A Cat.Ltem:
C-F-1/CS.11 Location:
Drawing No.:
==
Description:==
Pipeto Flange System ID:
148 Component ID: 2LPS-723-2 Size/Length:
N/A Thlckness/DOameter SS.A32"16" Limitations:
Yes-See attached sheeot S"artonne:
1135 Finish Time:
1155 Instrument Settings Search Unft Axial Orientated Search Unit Time D-ate xZO nttdSahU*
Serial No.:
023DP1 Serial No.:
80492 Checkso SW S
d Calibration inl Sweep Sound Path ManuiaCrerl GE Manuft5rer, KBA 8 1612011 Reflector Amplitude %
Division Model:
USN 60,SW Size:
.2 Shape:
Round ltei;.Cal
.50 Notch Tip 80 4.6 1.15" Delay.
6.9897 Range:-
2.6 Freq.:
2.25 MHz Style:
Comp - G Inter.Ci.
113 1162011 M'tWil Cael:
.1124 Pulser:.
Square Exam Angle:
70
- of Elements: single Ir.:_C_.1:
Damping:
.500 Reject 0%
Mode:
Shear Fil a.124 6/16/2011 Rep. Rate:
Autohigh Freq.:
2.25 MHz Measured Angle:
67 Couplant Filter.
Fixed Mode:
PE Wedge Style:
MSWQC Cal. Batch:
09325 Circumferential Orientated Search Unit Voltage:
450 Other.
Fullwave Type:
ULTRAGEL II Calibration Signal Sound path Ax. Gain (dB):
52.1 Cimc Gain (dB):
N/A Search Unit Cable Mfg.:
SONOTECH Reflector Amplitude %
Division 1 Screen Div. =
45 In, of Sound Path Type:
RGN-174 Exam Batch:
0932 N/A Unearity Report No.:
L-11455 Length:
6 No. Conn.:
0 Type:
ULTRAGEL II Calibration Block Scan Coverage Mg.:
"SONOTECH Cal. Block No.:
PDI-UT-2-O Upsoeam [] Downstream R Scan dB: 48.5 Reference Block Reference/Slmulator Block Thickness:
.50-2.0 Dia.:
Flat CW
-]
CCWQ Scan dB: N/A Signa Serial No.:
91-87 Rle flcomSga Sweep Son Path Cal. S... Temp.: 76 Temp. Too:
MCMDE40 27 Exam Su ace Reflector AmT:pltude%
D
',n Comp. Temp.:
90 Temp. Tool:
MCND04427 Surface Condition:
As Ground 2
0 4
Recordable Indication(s):
Yes C o
'oD g
" (If Yes. Ref. Attached Ultrasonic Indication Report)
Results:
Accept Q Reject Info Comments: Pulse Width - 220 n/s Percent Of Coverage Obtained o90%:
No Reviewed Previous Data:
Yes Examiner Level il-N SDa*nature j0ate Reviewer Ross, Jake E.
8W16=211 Examiner Level Date Site Review Signature Date Day. John. C.S..
Other L~evel NIA gatm-Date ANtI e:w S
Date MIA
d
,-~-
/
DUKE POWR COMPANY
-1ST. LIMITATION REPORT.
Component/Weld ID:
2LPS-723-2 Item No:
02.C5.11.0082 remarks:
0 NO SCAN SURFACE BEAM DIRECTION Single sided due to flange.
LIMITED SCAN 0 1 10 2 Z
1 2-2 0 ZW 0
CCW 35.7%ofcoverageobtlmned.
FROM L N/A to L N/A INCHES FROM WO CL to Beyond ANGLE:
E] 0 00 45 060 other 70 FROM 0 DEGto 360 DEG
[- NO SCAN SURFACE BEAM DIRECTION LIMITED SCAN
["
3 D 2 0
1 DI 2 Elcw 11 ccw FROM L to L INCHES FROM WO to ANGLE:
0 0 D 45 C 60 other FROM DEGt to DEG D
NO SCAN SURFACE BEAM DIRECTION O LIMITED SCAN Q 1 E 2 El 1 0 2 E cw ED ccw FROM L to L INCHES FROM WO to ANGLE:
[30 00 45 0160 other FROM DEGto DEG E
NO SCAN E
LIMITED SCAN SURFACE BEAM DIRECTION EI-1 02 r-3 1 [
2 [. ecw l-I ccw UT-1 1-802 FROM L
____to L
4 INCHES FROM WO to Sketch(s) attached ANGLE:
0 0 0 5 0 60 other FROM 0
yes E No DEG Prepared By*
John Da toL 4
Summary No.: O2.C5.Wl.-72 Weld No. -. 2-LPS-723-2 Axial Coverage CL 450 fange S2 Pipe Si t =.432" 0 % Si cOVege C
tunnfatial Coverag*
450 Pipe!
Si t =-.43 50 % of missed coverage for CWand CCWscans
% Coverage: Calculations S2 it" Sl =Pipe S2 = Flange S3 =CW S4 = CCW Total
=
50%
=
0%
=
50%
=
50_.%
=
150/4 (100% of the length x 50% of the volume)
(100% of the lengthlx 0% of the volume)
(100% of the length x 50% of the volume)
(100% of the length x 50% of the volume)
- 37.5 % Aggregate Coverage Inspector / Date:
eq-30 / /
Page 5 f'5'
-'AL
Summary No.:
Worlrcope:
Oconee I
2
- 024.11.1.0M8 UT Calibraot amination Procedure:
Procedure. Rev.:
Work Order No.:
PDI-UT-2 Eý Outage No.:
02-25 Report No.:
UT-1.104 Page*
I of 5
01934671 Code:
199812000A CatJItem:
C-F-W1C5.11 Location:
Drawing No.:
==
Description:==
Flange to Pipe System ID:
148 Component ID: 2LPS-723-3 Ske/Length:
NIA ThlckneseiDlameter:
SS1.32"1B Limitatione:
Yes - See attached sheets Start lime:
1010 Finish Time:
1040 T
11
, I,
r,
li
-11 1I vJ I-I I..
Inahfumnia vowngs Serial No.:
0230P1 Serial Ni Manufacturer.
GE Manufac Model:
USN. 60 SW Size:
Delay:
3.9166 Range:
F1".
Mit CalVeI:
.1233 Pulser square ExamA Damping:
500.
Reject:
0%
Mode:
Rep. Rate:
Autohigh Freq.:
5 MHz Measun Filter Fixed Mode:
PO Wedge Voltage:
450 Other.
Fullwave Ax. Gain (d8):
21.8 Cim. Gain (dB):
21.8 1
Screen DIv. =
.1 in. of Sound Path Type:
Linearity Report No.:
L-11-455 Length:
Calibration Block Cal. Stock No.
PDI-IUT-2-O UpstWrea Thickness
.50 - 2.0 Dia.:
Flat C%
CaL 81k. Temp. 76r Temp. Tool:
MCNDE40127 Exam S Searcn Unth Oi03CM
- turer.
KBA
- 0.25.
Shape:,
Round 5.0 MHz Style:
Cem - G.
ngle:
45"
- of Elements: Single.,
Shear dAngle:
45 Style:
MSWQC Search Unit Cable RG-174
.-c I.:,,too"I O..
6Ca..
l time Dalt Chek 6
~
Initer Cal,"81181M FinalCl -12301 811612011, Couplant Cal. Batch:
09325 Type:
ULTRAGEL II Mfg.:
sONOTECH Exam Batch 09325 Type:.
ULTRAGEL 11 Mfg.:
SONOTECH Reference Block Serial No.:
91-872
- Type, ROMPAS Axial Orientated Search Unit Caflbratlon Signal Sweep Sound Path Reflector Amplitude %
Division
" N it 7
.700w Circumferentlal Orlentated Search Unit Calibration Signal Sweep SudPt Reflector Amplitude %
DMslon und Path See-Axial Reference/Simulator Block Gain Signal dB ~Refeto mplitude %IDvso 15 nRdu o
1 6
No. Conn-Sean Coverage 0
a Downstream Scan dB: 27.8 V 5 CCW 0 ScandB: 27.8 urface:
O.D.
Camp. Temp.
90 Temp. Tool:
MCNDE40127 Surface Condition:
As Ground Recordable lndlcation(s):
Yes (]
No 2 (If Yes. Ref. Attached Ultrasonic Indication Report.
Resuft.
Accept -'
Reject Ea info,l
)
Comments: Pulse Width - 100 nls
Site/Unli:
Summary No.:
Worksoope:
Oconee I
2 02o.c.AI.083 IS '
UT Calib ra m
amination Procedure:
Procedure Rev.:
Work Order No.:
Outage No.:
02.25 Report No.:
UT-11 4-04 Page:
2 of.
5 PDI-UT-2 E
01934671 Code:
199*12000A eCatm:
LocFat.11 Lo/et on:
Drawing No.:
==
Description:==
Flange to Pipe System ID:
149 Component ID: 2LPS-723-3 Size/Length:
MIA:
ThicknesDlameter:
SS.432=16" Umitationa:
Yes - See attached sheet Start Time:
1050 Finish Time:
1125 Itm Stg.e ft a
Axial Orientated Search Unit Serial No.:
023DP1 Serial No.:
OIJPCD Cc..ks...
Coliration siga S
P ManfatuerGEManufacturer
~
KBA lldlCl020: 811 6120 Reflector Amplitude %
Division Model:
USN 605SW Si ze:
.2V" Shape:
Round
-t
.CL
~
5Notch71p, so 6
.900, Delay-.
5.500 Range:
1.15" Fr:
M Com Intr. CaL.
1*04 81612011' M'd CaWel:
.1231 Pulser:
Square Exam, Angle:
60
- of Elements: Single I
-lnter.
-*l. I I I Damping:
500 Reject:
0%
Mode:
Shear 235 81112011 Rep. Rate:
Autohigh Freq.:
5MHz I H Measured Angle:
s0 Couplent Filter.
Fixed Mode:
PE Wedge Style:
MSWQC Cal. Batch:
09325 CIrcumferential Orientated Search Unit Voltage:
450 Other.
Fullwave Type,:
.ULTRAGEL 11 i calibration Sga we Ax. Gain (do):
40.2 Chr. Gain (dB):
NIA Seamh Unit Cable Mfg.:
SONOTECH RP61ector Amplitude %
DvsionPa I
Screen Div. -
.15 In. of SoundPalh Type:
RG -174 E
a os..
.NA Exam Btc 09325 Linearity Report No.:
Le,11.1ng Length:
No.Conn-0 Te U
6' N. Coa.:
Type:
ULTRAGELIt_
Callbration Block Scan Coverage Mfg.:
SONOTECH CaL Block No.
PDI-UT-2-O Upatream Downstream ['] Scan dB: 40.2 ReerenceBlock RefrencelSlmulatorBloc Thickness
.50-2.0 Dia.:
Fiat CW 0 CCW 0 Scan dB: NIA GainNo.:
S91i872 Ga 1
Ignal Sweep So,,,
I.S I
__I
___I____
G Reflector Ampitude % O I on Cal. Bik. Temp.
76 Temp. Tool:
MCNDE40127 Exam Surface:
O.D.
Type:
RoMPAS 18.9 1 Radius 80 6.8 1.00 Comip. Temp.
go Temp. Tool:
mcYs
[
ia" sIflce Condition:
As Ground Recordable Indlcationls):
yes Q No.
(If Yes, Ref. Attached Ultrasonic Indication Report.)
Results:
Accept C]
Reject 10 Info 0"
Comments, Pulse Width -100 We° Percent Of Coverage Obtained >go0%:
No, Reviewed Previous Data:
'Yes
_________evelSigature__D_______
w Signatau re Data Examner Level I-N Date Site Review Signature d
Other Level WA Dt AN St§ NIA Dat V
LV ffg- ý,f z"5--
UTa brat amination Site/Unit Summary No.:
Workscope:
Outage No.:
02-25 Report No.:
UT-11i04 Page:
3 of 5
Oconee I
2 02.CS.11A083 Procedure:
Procedure Rev.:-
Work Order No.:
PDI-UT-2 E
IS' 01934671 Code:
199=
GOA Catiltem:
C-Fr,1C5.l1 Location-Draving No.:
==
Description:==
Flange to Pipe System ID:
148 Component ID: 2LPS-723-3 Size/Length:
WNA Thlckness/Diameter.
SS.432/6" Limitations:
Yes-See attached sheets Start Time:
1135 Finish Time:
1155 Instrument Settings Search Unit CAxial Odentated Search Unit Serial No.:
023DP1 Serial No.:
SB0492 Checks Calibration Signal Sweep Sound Path Manufacturer:
GE Manufacturer K13A InitialleC.
0848 116/20111 Reflector Amplitude %
Division Model:
USN 60 SW Size:
.25 Shape:
Round inter.' Cal.
." Notch Tip 8o 4.6 1.15" Delay:
6.9897 Range:
2.5" Freq.:
2.225 MHz Style:
Comp -'G IntrCa.13 811612011 MId Calvel:
.1124 Putser Square Exam.Angle:
70 of Elements': Single Ine.Cal Damping:
500 Reject 0
Mode* :
Shear Final Ce!. 11240, 8-1612011I Rep. Rate:
Autohigh:
Freq.:
22 MHi Measr-ed Angle.
Couplant Filter:
Fixed Mode:
PE Wedge Style.
MSWQC Cal. Batch:
09325 Circumferential Orientated Search Unit Voltage:
450 Other.
Fuliwave Type:
ULTRAGEL a Calibration Signal Sweep Ax. Gain (dB):
52.1 Olre. Gem (dB):
NIA Search Unit Cable Mfg.:
SOINOT'ECH Reflector Amplitude %
Division Pt I
Screen Div.
.2 In. of Sound Path Type:
RG -174 EWmBth:
035NA Linearity Report No.:
L-11-155 Lgt:
6 NoCnn:
0 Type:
ULTRAGEL N Calibration Block Scan Coverage Mlg.:
SONO-TECH Cal. Block No.:
PDI-ur-2.o Upstream Ea Downstream Q Scan dB: 48.2 d
elco mltd Raference Block Reforence/Simulator Block Thlcness
.50-2.0 Die. :
Flat CW CCWll Scan.dB: NA ain Signal Sweep Cal. Bl3k. Temp.:
76 Temp. Tooh.t MCNDE40127 Exam Surface:
.D.
T:
P 20 I
I' l
l
'l l....
T*ypeý I'... A"l OlMPAS R dis 80 4
1.0" Comp. Temp.:
90 Temp. Tool:
MCNDE4O127 Surface Condition:
As Ground Reciordable Indication(s).
Yes No ~J (if Yes, Ref. Attached Ultrasonic Indication Report.)
Results:
Accept Re Rect E Info C Comments:. Pulse W*dth - 220 es Percent Of Coverage Obtained > 90%:
No Reviewed Previous Data:
Yes Examiner
- Loev, Il-N A
~
lgtore Date Reviewer
.,',lg a
r Ross.,Jake E.(4 L
81621 Examiner Level liN 4
O
)Date Site Review, Signature
/
Data Day, John, C.
8162011 Other Level WA Date I1 Review Datenab ure Date I NIA A
C tic~~~1~f, U
V
?~9
wc-DUKET POWER CONPANY ISI LIMITATION REPORT Component/Weld ID:
2LPS-723-3 Item No:
02.C5.11.0083 remarks:
0 NO SCAN SURFACE BEAM DIRECTION Single sided due to flange.
I]
LIMITED SCAN 0
1 0
2
[-] 1
[
2 0" cw 0 ccw 37.5% ofcoverage obtained.
FROM L N/A to L N/A INCHES FROM WO CL to Beyond ANGLE:
0] 0 0 45 0 60 other 70 FROM 0
DEG to 360 DEG 0l NO SCAN SURFACE BEAM DIRECTION FI LIMITED SCAN 1
02 1 l 2
cw 0 ccw FROM L to L INCHES FROM WO to' ANGLE:
0 0.0 45 0 60 other
- FROM, DEG to DEG 0
NO SCAN
- SURFACE BEAM DIRECTION
-LIMITED SCAN 01 02 01 2
dcw
_-__ccw FROM L to L INCHES FROM WO.
to ANGLE:
0, 0 0 45 0,60 other FROM DEG to DEG E-NO SCAN SURFACE BEAM DIRECTION CO LIMITED SCAN 01 02 01 O20cw ccw UT-11-802 FROM L to L INCHES FROM WO to Sketch(s) attached 4
ANGE: 0[]
D60.4 other FROM DEGto
.DEG I
e
]N 081She 4 Ofo
'V
~&
Sunumry No.: 010.11OW Weld No. : 2-LPS-723-3 N~
\\-
'\\
AWCoverWg CL Mange Si pieS2 t=.432" CkUun3faV9 Coveag Si t=.432" 50% of-mised coverage.
f*r CW an*C CWascmns pipe 82
% Coverage Calculations SI = Flange
=
S2 = Pipe S3=CW
=
S4 = CCW
=
Total
=
0%
50%
50%
50%
150/4 (100% of the length x 0% of the volume)
(100% of the length x 50% ofthe volume)
(100% of the length x 50%. of the volume)
(100% of the length x 50%,/ of the volume)
- 37.5 % Aggregate Coverage 9-36-1/
Page J' of 5 Inspector / Date:
f*
- w.
Site/Unit Summary No.:
Workscope:
Oconee I
2
.O2.C5.21.0042 SIl UT Calibrat o amination Procedure:
Procedure Rev.:
Work Order No.:
Outage No.:
02-25 Report No.:
UT-11-811 Page:
1 of 6
PDII-UT-2.
E 01935052 Code:
1998=2000A.
Cetiten:
C F11C5,21 Location:
Drawing No.:
2451A-17 (1)
==
Description:==
Pipe to Valve 2 System ID:
SIA ComponentID: 2-51A-17-20A Size/Length:.
N/A Thickness/lDametin SS I.21613.0 Limitations:
Yes
- See attached sheets M
Start ime:
1101 FInish Time:
1130 I
-i ii I
I-
+
I' Instrument Settings 023K"V acaro Unit OIFSJP Sead No.:
Serial No.:
ManufactuGE Manufac Model:
USN 60SW Size:
Delay:
3.9238 Range; 1"
Freq.:
M'?i CalNel:
.1233 Pulser:
Square Exam Ar Damping:
500 Reject 0%
Mode:
Rep. Rate:
Autohlgh Freq.:
5MHz Measure Filte Fixed Mode:
PE Wedge.
Voltage:
450 Other:
Fullwave Ax..Gain (dB):
25.1 Circ. Gain (dB) 25.1 1
Sreenv D
- v.
.1 in. of Sound Path Type:
Linearity Report No.:
L-11,156 Length:
Calibration Block Cal. Block No.:
PDI-UT-2-O Upstrear Thickness:
.50- 2.0 Dia.:
Fat Cv Cal. Bik. Temp.: 74 Temp. Tool:
MCNDE40127 Exam Si Comp. Temp.:
90 Temp. Tool:.
MCNDE4I27 Surface
,,tmeC.
KBA
.25 Shape:
Round 8I MHZ Style:
Comp, -G Vie:
45
- of Elements: Single Shear udAngle:
4 Style:
IMSWQC Search Unit Cable RG-174 6"
No. Conn.:
0 Scan Coverage m
Downstream RI Scan dB: 31.1 Ez CCWR Scan dB: 31.1 urface O.D.
Condition:
As Ground Inter. cl..
In
.e.C.
+
1100..
Couplant Cal. Batch:
09 Mfg.:
... S~oNT Exam Batch:
O0 Type:
ULIRAG Mfg.:
SON011 Reference B1 Sedal-No.:
91-Type:
ROMP Calibration Signa Sweep Son Path 0
Reflector Amplitude %
Divsion
.37efiNoth 80 5.3
.530" 325 Circumferenttal Orientated Search Unit EL II Caljibnatlion Signal 5)j~~Pt ECH Reflector Amplitude %
Division 1325
~See.Axial ELiI ECI ock RefemncelSimulator Block
_5872 1l: Rell 21 1
Datei.
Axial Orientated Search Unit
'AS 23.1 1' Radius 80 10 Recordable Indication(s):
Yes E No a (If Yes, Ref. Attached Ultrasonic Indication Report,)
Results:
Accept EJ Reject E2 Info j-Percent Of Coverage Obtained > 90%:
No Reviewed Previous Data:
Yes Comments: Pulse Width -100 ns
ý ;ý
/ 2,6,
UT Calibrat lamination Outage No.:
02-25 Report No.:
UT-11-811 Page:
2 of 6
Site/Unit Summary No.:
Wowtcscope:
Oconee I
2 02-C&21.0042 Procedure:
Procedure Rev.:
Work Order No.:::
PD14JT-2 E
ISI 01935052
.Code:
1998/2000A Cat.Item:
CF-11C5.21 Location:
Drawing No.:
2-51A-17 (1)
Descripon: Pipe to Valve 2LP`-
System ID:
51A Component ID: 2-51A-17-20A Size/Length:
N/A Thickness/Diameter SS1.21613.0 Limitations:
None Stert Time:
1136 Finish lime:
1205
,nstment Settings
-Search U h
Time D
Axial Orientated Search Unit Serial No.:
023K3V Serial No.:
01 F3JT Chrto Sgal Sep ondPt Maufcuw.IntwCl.
Cal:2s~
lib c
ration Signal Sweep Sound Pat Manufacture.
GE Manufacturer.
KBA 04 12512011 Reflector:
Amplitude %
Divison Model:
USN 60sW Size:
.25 Shale:
Round It o
80 5
.753 Delay:
5.4492 Range:
irFreiq.:
6.10114 Style:
Cemnp.- G ln'tr. Cal.
1136 81251011_
M'U CaiNel:
.1233 Pulser.
Square Exam Angle:
60
- of Elements: Single InCal.
_o Damping:
500 Reject 0%
Mode:
Shear Fil C 01m Rep. Rate:
Autohigh Freq.:
8 MHz Measured Angle:
60 Couplant Filter Fixed Mode:
PE Wedge Style:
MSWQC Cal.SBatch:
09325 Circumferential Orientated Search Unit Voltage:
450 Other:
Fulfwave Type:
ULTRAGEL,
Calibration Signal Sweep Ax. Gain (dS):
42.3 Cir. Gain (dB)
NWA Search Unit Cable Mfg.:
S" Reflector Amplitude %
Division I Screen Div. -
0.115 in. of Soound Patih Type:.
RG -174 NImBac:
092 A
Linearity Report No.:
L-1 1-1 56 Length:
V' No. Conn.: _
0 Type:
ULTRAGEL 1 Calibration Block Scan Coverage Mfg.:
S&NOTECH Cal. Block No.:
PDI-UT-2.O Upstream
-.Downstream -] Scan dB: 42.3 Reference Block Reference/Simulator Block Thickness:
.50-2.0 Die.:
Flat CWW 0
CCW[] Scan dB:, NA Gain Signal Sweep
.Serial o.:
914872.
dg:RfetrAp*elDvso Sound Path Cal. B1k. Temp.: 74 Temp.. Tool:
MCNDE461127 Exam Surface:,
O.D.
dB RfetrAptdeDso ypel:
80
- 6.
1.0" Comp. Temp.:
90 Temp. Tool:
MCNDE40127 Surface CondIltion:
As Ground 25.21..1..RI s
' Ii Recordable indication(s):
Yes C3 No g (IfYs, Ref. Attached Ultrasonic iniatlion Report.)
Resu~l Accept El Reject []
Info []
Comments: Pulse width 100ns Percent Of Coverage Obtained > 90%:
No Reviewed Previous Data:
Yes Exmier Leell-N SintueDate Reviewer Signature n
Ransom, Greg 1.
.,0 8r25)2011
.Examiner Level Ui-N Date Site Review S"
Dntr Day, John, C.
81252011 Other -
Level NSA OWignaturer Date W AeLevel SWg natu re D ate
__u_______,_____4t____Q V
0 I~3 ~'i~~<
Slte/Unlt Summary No.:
Workscope:
UT Calibratw.amination Oconee 1
2 02.C6.21600A2 Procedure::
Procedume Rev.:
Work Order No.:
PDI-UT-2 E
01935052 Outage No.:
02-25 Report No.:
UT-11-811 Page:
3 of 6
Code:
1998=2000A Catiltem:
CF--11C5.21 Location:
Drawing No.:
2-51A-17 (1)
==
Description:==
Pipe to Valve 2LP-56 System ID:
SIA Component ID: 2-51S-17-20A Siza/engh:
NIA ThlcknesslDlametea.
SS 1.21613.0 Limitations:
None Start Time:
1201 Finish Time:
1226 Instrument Settings n
Cal.
Time Date Axial Oientatd Search Unit Serial No.:
023K3V Serial No.:
SB0463 Checks Cao Signal Sweep Sound Path Manufacture GEna Swee SoundlCal PathAj Manufacturer:.
GE Manufacturer KA InltiCal 1000 82201 Reflector Amplitude %
Division Model:
USN 60 SW Size:
.25 Shape:
Round
.375 Noch Tip 80 7.3 1.0II Det:
6.5500 Range:
1.5w Freq:
.2.5 MHz Style:
Comp G InteriCalt 81210 11025=11 Wrfi Cel~el:
.1233 Pulser.
square Exam Angle:
70
- of Elements: Snl SI Damping:
500 Reject 0%
Mode:
Shear 1 Final Cal. 1 151 82512M01 II Rep. Rate:
Autohlh Freq.:
2.25 MHz Measured Angle:.
TO Couplant Filter Fixed Mode:
PE Wedge Style:
MSWQC Call. Batch.:
325 Circunfeiential Orientated Search Unit Voltage:
450 Other.
Fullwave:
Type:
ULTRAGEL II Calibration Signal Sweep Ax. Gain (dB):
49.6 Circ. Gain: (dB):
N/A Search Unit Cable Mfg.:'
SONOTECH Reflector Amplitude %
Division Path i
Screen Div.
.15 In. of Sound Path TyA
-_174 TExam Batch:
09 Linearity Report No.:
L.-1-156 Length:
V No. Conn.:
0 Type:
ULTRAGELl Calilbration Block Seen Coverage Mfg.:
6NOTI-ECH Cal. BlockNo.:
PN. -UT-2 Upstream E Downstream *-
Scan dB: 49.2 fetn Block Refer"ncSlmulaterBlock Reeec Blc Rn Sincemlo Bl Sok Pt Thickness:.
.50-2.0 Dia.:
Flat CW "]
CCWCO ScandB: N/A Gain SignalrSweep So P
Cal. W. Temp.: 74 Temp. Tool:
MCNDE4o027 Exam Surface:
O.D.
-dB Reflector Amplitude % Diviion Comp..Temp.:
90 Temp. Toot-MCNDE40127 Surface Condition:
As Ground Recordable Indication(s):
Yes E No P1 (If Yes, Ref. Attached Ultrasonic Indication Report)
Results:
Accept (]
Reject 2 Info [3 Comments: Pulse Width - 220 nWs Percent Of Coverage Obtained > 90%:
No..
Reviewed Previous Data:
Yes Ransom, Greg 8.__25_.2011' E ne g
re Date Site Review.
Signature Date Day John. C.
Other Level WA Date SignatureD Date MIA I
V/
(I
UT Calib
,amination Outage No.:
02-25 Report No.:
UT-11411 Page:
4 of 6
SIte/Unlt Summary No.:
Workscope:
Oconee 1
2 02.C5.211.0042 Procedure:
Procedure Rev.:
Work Order No.:
NDE-040 5
'Si Code:
1998i2000A CatlItem:
C-F-11C5.21 Location:
Drawing No.:
2-51A-17 (1)
==
Description:==
. Pipe to Valveh2
.P-5 System ID:
51A Component ID: 2-$1A-17-20A Size/Length:
N/A Thickness/Dlamete SS 1.21613.0 Limitations:
None,
Start lime:
1116 Finish Time:
1120 Instrument Settings Search Unit z
Axial Date.
Serial No.:
023K3V Se o:Checal Aalal Orientated Search Unit
-Calibration
Reflector Amplltude %
Division Model:
USN 60 8W Size:
3.SX1Omm Shape:
Round I
Cl 80
&.1
.51" Delar.
92034 Range:
Freq.:
4.0 MIi Styl:
SED Inter. Cal.. "1115 8252011 M'i CaVei:
- 244 Pulser.
Square Exam Ange:
_0
- of Eements: DMal.
inter.
Cal.
/_____
Damping:
500 Reject 0%
Mode:
Long.
Rep. Rate:
Autoh6ilh Freq.:
4 MHz
-Measured Angle:
0 Couplant Filter.
Fixed Mode:
Dual Wedge StYe:
Integral Cal. Batch:.
09325 Circumferential Orientated Search Unit Voltage:
450 Olwer.
Fulliwave Type.:
ULTRAGEL II Calibration Signal Sweep Ax. Gain (dB) 40 CIro. Gain (dB):
N/A Search Unit Cable Mfg.:
SoTECH I
Refector Amplitude %
Division 1
Screen Div.
.1 In.of Sound PaOt Type:
RG. 174 WxamAatcii oNA_328 Linearity Report No.:
Li-11-156 Length:
6' No. Conn.:
0 Type:
ULTRAGEL i1 Calibration Block Scan Coverage Mfg..
SOHOTECH Cal. Block No.:
Component upstream DownstreamE-Scan dB:
40._
_errencelock Rfnnce/SimulatoBlock Thickness:
.216 Dia.:
3" CW CCW[-
Scan dB: WA SeraGan "signal Sweep Sound Path Ser1No..
.91-872 dB Reflector Amplitude % Division Cal. Blk. Temp.: 74 Temp. Tool:
MCNDE40127 Examn Surface:
O.0.
Type:
RoMPAS 38 1
W 1 80.
10" 1
Comp. Temp.:
90 Temp. Tool:
MCNOE40127 Surface Condition:
As Ground Recordable Indication(s):
Yes C-No [
(if Yes, Ref. Attached Ulmasonic Indlcation Report)
Results:
Accept Ea Reject 0 Info 0 Comments: N/A Percent Of Coverage Obtained > 90%:
WA Reviewed Previous Data:
Yes Examiner.
Level IMSignature Date 'Reviewer Snature Dt RansomLrGreg J8252011 Zii i
i Ejmmine Leelure Date Site Review.
Signature Date Day. John, C.
812512011
- Other Level WA l
i d eDate AS i faview r ig.
lnature Date WA 11 J...
6 L'
- I V/
W.
A
0"I
'I-w DUKE POWER COMPANY ISI LIMITATION REPORT
ý Component/Weld D:
2-51A-17-20A Item No:
02.C5.21.0042 remarks:
0 NO SCAN SURFACE BEAM DIRECTI Due to valve configuration t"]LIMITED SCAN 0li 02 Z
[
2.
cw c*c c
_w FROM L N/A to L N/A INCHES FROM WO CL.
to Beyond ANGLE:
Q 0 0 45,]", 60 other FROM :0 DEG to 360 DEG El NO SCAN SURFACE BEAM DIRECTION Due to valve configuration LIMITED SCAN E1 2
2 0. cw Elccw FROM L N/A to L N/A INCHES FROM WO CL to:!, Beyond ANGLE:
C] 0 0 45 El 60 other 70 FROM 0 DEG to 360 DEG rl NO SCAN SURFACE BEAM DIRECTION
-LIMITED SCAN I El2 1
Ml 2 0c
_w E
_cw FROM L to L INCHES FROM WO to,
ýANGLE:
[O 0Ej 45 [160 other FROM DEG to DEG El NO SCAN El LIMITED SCAN SURFACE BEAM DIRECTION El 2
I 1
2 nEI[_l2Ecw l
ccw FROM L to L 4
INCHES FROM WO to Sketch(s) attached 0
yes ANGLE:
nl 0 [1 5 [
60 other FROM DEG to.
DEG
[I No I
Summiary No: O2,C5.21.0W42 Weld No.: 2-51A-17-20A A::;
Axial Coveiage 700 Valve S2 Pe S1 t =.216" 7 % ofmissed coverage for S2 axial scan Circumfirental Coverage i45° Valve450Pp 82 S
S tI t-.216" 50 % of missed coverage for MWand COW scans
% Coverage Calculations SI= Pipe S2 = Valve S3= CW S4 = CCW Total
=
100%
=
93%
50%
=
50_%
=
293/4 (100% of the length xlOO% of the volume)
(100% of the length x 93% of the volume)
(100% of the length x 50% of the volume)
(100% of the length x.50% of the volume)
= 73.25 % Aggregate Coverage Inspector/Date:
q13/*
Page ( of(
T SilsIUnit:
Summary No--
Workscope:
Oconee I
WJ-33:
UT Calibratio-..,ination Procedure:
Procedure Rev.:
Wo fk 0Order No.:
NDE-3630 2
0 Outage No.:
NIA Report No.:
BOP-UT-11-205 Page:
1 of 14 PSI 01997784 Code:
Drawing.No.:
System ID:
51A Component ID: N3780442 LImitatlans:
Ye.
-Seei 1982000A 2065 S*.. 2 Dat rptiot
.28-Lotdown Cooler ILocation6:
NIA Size/Length:
attched shee.t WA Start Time:
1700 ThIckness/Dlameter:
SS1.75P4 A Finish Time:
2000
')-
I.-
- 't"**
Instrument Seulng.
Search Unit t
Ta.
ime Date Serial No.:
0230P0 Serial No.:
01F3WR C
ks.
I Manufacturer:
GE Manufacturer:
KBA Initial Cal: 13301I24l20111l Model:
USN 609W Size:
i25 Shape:
Round inter.
.2"!35 10/24r0"1' Delay..
4.1362 Range:
2.r Freq.:.
2.25 Mz Style:
Comp,0 Inter. Cal, 2015 !10124,0-11 Md'UCalNel:
.1230 Pulser.
Square Ex.m Angle:-45
- of lement*s: Sin+gle e t
IL-E;"
Damping:
600 Reject 0%
Mode.
Sher ShaLer21110126r2011 Rep. Rate:
Autohlgh Freq.:
2.25 MHz Measured Angle:
45 Couptant Filter.
Fixed Mode:
PE Wedge Style:.MSWQC Cal. Batch:
- 111225, Voltage:
450 Other:
Fuliwive Type:
ULTRAGEL iI Ax. Gain (dB):
2.5 Clr,.
Gain (dB):
37.8 Search Unit Cable Mfg,:
8enth 1
Screen Div. =
-25 in. of Sound Path Type:
RG - 174 Exam Batch 11225 Linearity Report No.:
L41-17 Length:
No. Conn.:
0 Type:
ULTRAGEL II Calibration 1ok Scan Coverage Mfg.:
Soeneteh Cal. Block No.
40411 Upstream [- Downstream Ea Scan dB: 42.5 Reference Block Thickness 0.875 Die.:
8.76 CW [
CCWRJ Scan dB:
1.8e Serial No.:
04-8735 Cal. BIk. Temp.
72 Temp. Tool:
MCNDE40133 Exam Surface:
O..
Type:
ROMPAS Comp. Temp.
71 Temp. Tool:
MoNDE45133' Surface Condition:
As Ground "Reoerdable indications):
Yes []
No [
(If Yes. Ref. Attached Ultrasonic Indication Report.)
Axial Orientated Search Unit Calibration Signal Sweep Sound Path Reflector Amplitude %
Division ID Notch 80 5.0 1.26" CITrcumferernal Orientated Search Unit Calibration Signal Sund PSth Raectr Amplitude %
Division Detit)
No0c j
o 5.2 j1.3 Referanceffilmulator Block
'Gain 'signal S
P dI eletr Amplitude Diiso 16'80ý e 6
1.00" Results:
Accept Q]
Reject [
Percent Of Coverage Obtained >90%:
Info Q No RevIewedPreViousData:
Comments: PSI exam Pullewidth 220 no No Exa:mIner
- Level, l.N P.aWitz Date Rev.*wa signature Date1 Grebel, David M.
,01o241I01 1 //, f3./
Examiner Level 8-.N Signature Date Site Review Signature Date Howard, Dean M.
.102412011
'Other Level NIA Signature Data ANII11'evlew C
Q9gna3~e
/Date NIA
~
(Cz~~C I(/3/
V,7
Summary No.:
Worlcoope:
Oconee I
0 UT ýCaibratio*.,inat!on Procedure:
Prooedure Rev.:
Work. Order No.:
WJ-4..
PSI NDE-3630 2
Outage No.:
N/A Report No.:
BOPUT-11-205 Page:
2 of 14 Code:
Drawing No.:
System ID:
51A Component ID: N37804-2 Umitations:
Yea - See 190812000A 2065 Sht.2 Calem:
ncon-'
~4/e3.1so SLocation:
NIA 2B4.0bdewn Cooler SIte/Length:
attached sheets N/A Start Time:
1700 Thlclcnesa/Dlameter:
SSl.87 d
- ,4 F*n
- ahTime:
2000 t
I InstrIument "et1ngs 023DP0 Search Unit 03-76.
Seralm No.:
Serial No.:
Manufacturer GE Model:
USN 60.SW Delay:
7.0100 Range:
2.50V Md CaWel:
.2280 Pulser:
Square Damping:
500 Rejec:
0%
Rep. Rate:
Autohlgh Freq.:
2 M Filter:
Fixed Mode:
Dual Voltage:
4W0 Other:
Fulhwave Ax. Gain (iB):
52.0 CIrM. Gain (dB):
NIA 1
Screen DIv.
.25 In. of SoundPath' Unearity Report No.:
L-11-167 Manufacturer:
RTD Size:
2(Tx10)
Shape:
Reft Freq.:
.2.0.MHZ Style:
TRLA ExamAngle:
45-
- of Elements: Dual, Mode:
Long.
Measured Angle:
45 Wedge SWyle:
Integral Search Unit Cable Type:.
RG - 174 Length:
r No..Conn.:.
'0 Scan Coverage Ca. Time.
Date.
In~tal Cal 1835. 1012412011 inlCal'13 0/521 Coupplnt Cal. Batch:
11225 Type:
ULTRAGEL II Monoteeh Exam Batch
.111225 Type:
ULTRAGEL Ii Mtg.: :
onoteh Axial Orientated Search Unit Calibraioni signal Sweep SudPt Reflecwtr Amplitude %
Division ID Notch 80 6.0 1.3 Clrpumf6frntlal..Orentated Search Unit Calibration Signal SweeP SonPt Reflactlr Amplitude %
DMslon ound Pat RairenceMSlmulator Block Calibration Block Cal. Block No.
4011 upstream jJ uownstream Scan dB:
7.
Thickness 0.875 Dia.:
8.75 CW -
CCW r Scan dB: N/A-Serial
- Cal. Blk. Temp. 72 Temp. Tool:
MCNDE40I3=
Exam Surface:
O.D, Type:
Comp. Temp.
71 Temp. Tool:
MCNDE40133 Surface Condition:
As Ground Recordable Indication(s):
Yes Q No [
(If Yes, Ref. Attached Ultrasonic Indication Report.)
Results:
Accept El Reject I info i-Percent Of Coverage-Obtained 0 90%:
No Reviewed Previous Data:
No Reference Block No.:
04-6735 ROMPAS Gain I
-If onApte I
w.d Sound Path 0
Radh s
1 1SO.0 Comments: PSIlExam Pulse Width 250 no ExamIner Level
,1.
DatSiga Sitate Howard, Dea M.
1014A.,011 Other Level NIA Signature Data ANIIIevlew
,.,J 6~7gauDate N/A I)n
?1'W cj1r//5~
U)
(~.1
UT Call bratlotw.dnaio Site/Unlt*
Oconee I
0 Summary No.:
Workecope:
PSI Prooedure:
o, f
Procedure Rev.:
r-1 Work Order No.:
NDE-383 2
01997784 Outage No.:
NIA Report No.:
BOP-LiT-11-205 Page:
3 of 14 Code:
199812000A Cat.ltdm: '*. - P b3.!5o
==
Description:==
2B14.etdown Cooler Location:
WA DrawNing No.:
System ID:
2085 Sht. 2 51A Component ID: N37804-2 Umitatlons:
Yes. See attached sheets StWeLergth:
WA Start time:
1700 Thilcicess/Diameter~ ssr.e~sp'/A Finish Time:.
2000 instrument Settings Serial No.:
023DPO Serial Nc Manufacturer:
GE Manufac Model USN t5o W Size:
Delay:.
6.7459 Range:
3.00" Freq.:
M'I Cai/el:
.2280 Pulser.
Square Exam Ar Damping:
500
- Reject, 0%
Mode:
Rep. Rate:
Autohlgh Freq.:
2 MHz Measure Filter Fixed Mode:
Dual Wedge Voltage:
450 Other:
Fulfwave Ax. Gain (dB):
55.8 Chrc, Gain (dBY NIA I
Screen Div. =
0.3 In. of Sound Path Type:
Linearity Report No.:
L-11-167 Length:
Search Unit 03-767 turer:
RTD 2(7xM.)
Shape:
Ree.'
2.0aMHZ style:m
..LA to;e 60
- of Elements: Dual Long.
dAngltte:
Style:
Integral Search Unit Cable RG-174 Cal.
Time
- Date, Checks lnitialCai 1342, 0IWAMI011 Inter.Calt:i 18035 1 10/2412011 Inter. Cal. 2000.,10124120111 Inter.CaIK 0723i 10125101 Final Cal 11303h 1015101 Coupiant Cal. Batch:
11225 Type:
ULTRAGEL II Mfg.:
"onotech Exam Batch 11225 Type:
ULTRAGEL 6.
Mfg.:
.onotech Axial Orientated Search Unit Calibration Signal Sweep Sound Path Reflecto*
Amplitude %
Division I'D Noth,..
- 80.
5.5 1.65" Circumferential Orientated Search Unit
'Calibration Signal Sweep Son Pt Reflector Amplitude %
ound Path NIA Reference/Simulator Block Gain S ignal Sweep
'Sound Path dB Reflector Ampitude % Division 27.8 i1" Radiu so 3.6 1.00" V
No. Conn.:
Sean Coverage 0
Caibration Block Cal. Block No.
40411 Upstream [] DownstreamS Scan dB: 55.8--
Reference Block.
Thlckness 0.875 Die.:
8.75 CW [J CCW [] Scan dB: NIA-- Serial No.:ý04-735 Cal. Bik. Temp.
72 Temp. Toot MCNDE40133 Exam Surface:
O.D.
Ty:
ROMPA Comp. Temp.
71 Temp. Tool:
MCNDOiý133 Surface Condition:
As Ground Recordable IndIcation(s):
Yes No [
(If Yes, Ref. Attached Ultrasonic Indication Report.)
Results:
Accept C]
Reject E Info [3 Comments:
PS Pu II Exam lie. Width 250 no Percent Of Coverage Obtained :90%:
No Reviewed Prevous Data:
No Examiner Level Il-N 0/7 Whw Date Reviee Signature Datae Griebe, David M.
1012412011, Examiner Level DlNn%....
Date Site Rei Signature Date Howard.Dean M.
.1012 011 Other Level NIA Signature Date ANlI*evIew Date
(.I
W' SiteUnt Summary No.:
Workscope:
Oconee 0
)..inal Procedure:
Procedure Rev.:
Work Order No.:.
NDE-3630 2'
Outage No.:
N/A Report No.:
BOP-UT.11-205 Page:
4 of 14 Code:
Drawing No.:
System ID:
51A Component ID: N37804-2 Umitations:
Yes - See 1998/2000A 2065 Sht.:2 C Dem:
%-pfco p~iB3.150 Location:
NIA 29s.-Ltdw Cooler.
+Size/L ength:
attached sheets.
WA Start lme:
1700 Thlicnesna/Daeter.
sS.
A Finish Time:
2000 Instumment SeWngs Serial No.:
023DP0 Serial Nc Manufacturer GE Manufac Model:
USN.60 W Size:
Delay.
7.3709 Range:
4.00" Freq.
M11 CalVel:
.2280 Pulser Square Exam As Damping:
500 Reject 0%
Mode:
Rep. Rate:
Autohigh Freq.:
2 MHz Measure Filter.
FIxed Mode:
Dual Wedge I Voltage:
450 00e-r Fullwave Ax. Gain (dB):
4.0 Ciro. Gain (dB) :
WA I
Screen Div. =
04 ln. of Sound Path Type:
Unearity Report No.:
L-11-167 Length Calibration Block Cal. Block No.
40411 Upstlran Thickness 0.875 Dii.:
8.75 CV Cal. Blk. Temp.
72 Temp. Tool:
MCNOE4033 Exam Si Ctmp. Temp.
71 Temp. Tool:
MCNDE40133 Surface 1 Search Unit 03-769 turer.
RTD_
2Vx10)
Shape:
Root.
2.0MHZ Style:
TLA ngle:
70
- of Elemen: Dual Long.
d Angle:
69 Style:
Integral Search Unit Cable RG-174
- 66.
No. Conn.:
0 Scan Coverage iC]
Downstrem Scan de: 43.0
]
CCW-- Scan dB: N/A
,urface:
O.0.
Condition:
As Ground
'Time Da te Checks InitialCl. 137 101212011 inter.: C LR.
9020 102I/2011 Inter. C al 20 20ý 1012412011f MefC.:
'ýr]n 1 6 425oteeh
- Ceuplant Cal Batch:
11225 Type:,
ULTRAGEL !1 Exam Batch 11225 Type:
ULRGEI Mfg.;
Snoten.h Reference Block Serial No.:
048735 Type:
.ROMPAS!
k+rAxalOrentated earch Unit, Calra gint'il 6
Sound Path Reflector Ampillude %
Divuson ID Notch g0 5.9 2.3 CIcumferental Orentated Search Unit Calibratin Sga Sweep Reeco Amplitude %
Division Reference/S1mulator Block GPaln Signal Sw" SudPt dB Reflector Amplitude%
on 30
- 2.
1.0"
- w Recordable Indication(s):
Yes [
No [
(If Yes, Ref. Attached'Uttrsonic Indication Report.)
Results:
Accept
"]
Reject 1-Info []
Percent Of Coverage Obtalned > 90%:
No..
Reviewed Previous Data:
No Comments: PSIExam Pulse Width 250 ne Examiner Level. I-N nDate
'Reviewr Signature Dfte Griebel, David M.
10124420,1 1 aminr Level II-N aSite Revew Signature Date Howard, Dean M.
I 101'44...1 Other Level MIA tSla
- n.
ANhRv
- re Date 3./p
/, /,
UT Catibratloy.natto.n Site/Unlt Summary No.:
Worksccope:
Oconee I
0 WJ-3S3 Pit Procedure:
0*l: I '
Procedure Rev.:
Work Order No.:
NDE-640 Outage No.:
NIA Report No.:
BOP4JT-ii-205 Page:
5 of 14 Code:
Drawing No.:
1199812000A Descriptlon:.2 W-Ltdown Cooler
,Location:
WA 2065 Sht. 2 System ID:
51A Component ID: N3780,"2 Umitatlons:
None SlzeAMenth:
WA Sýtrt Time:
1700 Thickness/Dameter ss.s7WI",JA Finish nme:
2000 Instrument Settings Seoral No.:
023DP0 Manufacturer GE Model:
USN 60SW Delay.
9.1741 Range:
2.0" Mld CaU~el:
.20 use.
Square:
Damping:
500 Reject 0%
Rep. Rate:
Autohigh Freq.:
4MHz Filter Fixed Mode:
Dual Voltage:
450 Other.
FulJave Ax. Gain (d0):
50.0 Circ. Gain (d0):
NIA SScreen Div. =
0.2 In. of SOundPath, Lnearity Report No.:
L-11167 Calibration BIock Cal. Block No.
Component Thickness
.7W" VDsa.:
3" CaL Blt. Temp.
72, Temp. Tool:
MCNDDE4133 Search Unit Serial No.:
57463-1706 Manufacturer KBA Size:
3.Sxldmm Shape:
Round Frq_.
4,0 Mlz Style:
MSED Exam Angle:
0
- of Elements: Dual Mode:
Long.
Measured Angle:
NIA Wedge Style, integral C
- Time, Da te Checks Initial Cal 1700 10242011 Inter.,Cal.
Couplant Cal. Batch:
11225 Type:
,ULTRAGELII Mrg.:
Sonoteh.
Exam Batch 11225 Mfg.:
sonot'ch Reference Block Serial, No.:
"01448 Type:
STEP,WEDGE I
Axial Orientated Search Unit Search Unit Cable Cal bration Signal Sweep Sound Path Reflecto Amplitude %
Division W80 44
.87r Circumferential Orientated Search Unit Calibration Signal See L Reflector Amplitude%
DivisIon oundPath N/A Refoernce/81mulator Block AS Reflector Amp" 0
.iSo0 37.0 M,
80, 2
.00 Type:
RG - 174 Length:
6 No. Conn.:
Scan Coverage 4
0 Upstream E Downstream E Scan dB: 50.0 CW ]3 CCWE San, dB: NA Exam Surface:
O.D.
Comp. Temp.
71 Temp. Tool:
MCNDE40133,
Surface ConditIon:
AsOround Recordable Indication(s):
Yes No,,
- (If Yes, Ref. Atta
",ched
'Utrnic Indication Report.
Results:
Accpt R Reject Q Info n Percent Of Coverage Obtained i 90%:
Yes Reviewed Prevlous Data:
No
.)
Comments: PSI Exam PulseW*IdthL100 no Orleber. Davedl.
Da' Review Signature 1Datea Examiner Level 14I Signsare Date Site Re Signature Date Howard, Dean M.
101241201 Other Level NIA Slg~ture Date AN Rw e
Date WrA.
w~)
DUKE POWER COMPANY ISI LIMITATION REPORT Component/Weld ID: WJ-33 Item No:
N/A remarks:
NO SCAN SURFACE BEAM DIRECTION Due to nozzle.
"] LIMITED SCAN 5
1 0
2 0
1 0
2 El cw E ccw FROM L NIA to L N/A INCHES FROM WO Toe to Beyond
.ANGLE:
] 0 0, 45 01 60 other 70 FROM 0 DEG to 360 DEG NO:SCAN SURFACE BEAM DIRECTION.
E" LIMITED SCAN 0 1
.5 2 E-1 1 E 2
[3 cw E]; ccw FROM L to L INCHES FROM WO_
to ANGLE:
0] 0 C] 45 5 60 other FROM DEGCto _
' DEG D
NO SCAN SURFACE BEAM DIRECTIONI-E
- LIMITED SCAN E 5 5
5 2 OSW;c.
FROM L to L INCHES FROM WO
_to ANGLE:
[0 0 5 45 5-60 other._
FROM DEG to.
DEGC 3 NO SCAN El LIMITED SCAN SURFACE BEAM DIRECTION 51 52 2 [3,O.
ccw BOP-UT-11-205 Sketch(s) attached FROM L toeL 4
INCHES FROM WO to, z
9 yes ANGLE:
0 0 5 5 FROM DEG to:
) No DEG I.I I
.Prepared By*
- DavidpG, I
/ !!ý ý_5 /,/, f Z_ _ý'
sup*p
_1Aentat ReportN.:_
Report No.:
BO.UT,11-205 Page:
7 of 14 Summary No.:
Examiner Examiner.
Other GriebeI, Davtld M.
Howard DeanMH.
NIA Level:
IMN Level:
U1-N Level:
NIA SieReviewe ANII Review: 4 Date:
13.__
Date:
Date:
Comments:
Ra*teth or Photo:
ti
IChannelBody Loedon mCoolew No2 I
I III Weld No. : ýJý-
Rs o e4, 6o P- *T-I k- 014 "
Item No.:
j1.)1 K Total Exam Ar =2.72 sq. in.
IChaimel Bdy-Si Scale: 1"= 1" AIM-O-Aa
o
. No.... to.
i.:
Bod:(,
...l oRa ius" V ew )
/p Weld No.: A.zLr-..m 9 T otal A AreUT a-I 2I.0 s5 n Total ExamAme= 2.30 sq. in.
ItemNo. :
i*
Scale: 1" = 1P
/62~
- 0.
Area E'mne ire Scns (9
Weld No.: i,%T--33 Area notExamined= 0.81+ 0.40 1.21 sq.,
Item No. :
Lii Area med= 2,72-1.21 / 2.72 x 100 = 55.5%
450 450
-4LI Qmnnel Body-Si 1
450 Scale: 1" = 1" 450 4*oW r
/1
1@J"^I lVozze to L I
B*ody (Radius Area ed Crc. Scans Weld No.
T:zJ_.
Area not Examined= 0.42 sq. in.
View)
(9 Item No. :
tA IIS 450 Area xamniied=2.30-0.42/,2.30 x 100= 81.7%
JA~§
/1*f/
450
-=.
Scale: 1" = 1"
., t/
/
1,12~/g
iLvuVWfl '..-ooier 1NcO> to Channel Body Area Eed-Axial Scans Weld No.: zij-r_
AreanotExa mied= 1.49 sq. in.
p ItemNo.:
LII Area amined= 2.72-1.49 / 2.72x 100= 45.2%
.S2
-a Cbmmel Body-SI
+/-..
- 700 450 Scale: 1" = 1" r
~"62
- 0 @
+/-
.ei noly (ls View
-Area. Exmnd xal Scn Weld No..:,JJ-z3 Item No. :
t)
Area not Examined= 0.92 sq. in.
L-]
Area Examined =2.30 -0.92 /2.30 x 100= 60.0%
I&
700 600 450 1463/AL M~r M d~ ~g Scale: 1" = 1" lm2
///Z-J,-,--
Let Down Cooler - Nozzle to Channel Body
% Coverage Calculations 4
Weld No.: Let kL-3 4 bop-o-l -I I -X0 5-
"t" =
0.875" Axial Scans Along Axis of Pipe = 100% of the Length x 45.2% of the Volume = 45.2%
Along Radius of Pipe = 100% of the Length x 60.0% of the Volume = 60.0%
Average = 45.2% + 60.0% 12 = 52.6%
Circ. Scans Along Axis of Pipe = 100% of the Length x 55.6% of the Volume = 55.5%
Along Radius of Pipe = 100% of the Length x 81.7% of the Volume = 81.7%
Average = 55.5% + 81.7% 12= 68.6%
Total-= (52.6 = 68.6 ) 12 = 60.6% Aggregate Coverage Inspector I Date: lraspectorl Date:
u/i/u Page "1'of I~/
Page /_**of /_Y
~Slte/Unlt:
Summary No.:
Workscope:
UT Caflbratiolw..Inatlon Oconee I
0 WJ-36 PSI Procedure:
Procedure Rev.:
Work Order No.:
NDE-3630 Outage No.:
NIA Report No.:
BOP-UT-11-M0 Page:
I of 14 2
0129773 Code:
Drawing No.:
System ID:
51A Component ID: N37804-2 ULmitations:
Yesa See 199812000A Catiltsm:
B-0183.1150
==
Description:==
23-Letdown Cooler Location:
MIA 2065 sht. 2 SiZeLngth:
attached sheets NIA Start lime:
1700 Thickness/Diameter~ SSI871VtJA Finish Time:
2000 i.ll II IIII IIII I
I.-.-
m m..
Instrument Settings Search Unit Serial No.:
023DP0 Serial No.:
01F3WR Manufacturer:
GE Manufacturer.
KBA Model:
USN 60 SW Size:
.25 Shape:
Round Delay:
4.1362 Range:
2.6" Freq.:
225 MHz Style:
COmP-Oi M't CaWel:
.1230 Pulser:
Square Exam Angle:
41
- of Elements; Single Damplng:
500 Reject 0%
Mode:
Shear Rep. Rate:
Autohigh Frsq.:
2.25 M Hz Measurd Angle:
45 Fiter Fixed Mode:
PE Wedge Style:
MSWQC Voltage:
450 Other:
Fulwave Ax. Gain (dB):
28.6 Circ. Gain (dB):
.37.8 Search Unit Cable S cren Dlv.
.25 In. of SoundPath Type:
RG.174 Unearity Report No.:
L-11-167 Length:
6$
No. Conn.:
0 Col.
Time Data Checks 13 10AM initial Cal 1733010124J2011
-Inter. Cal.
1735 l012011 Inter. Cal.
201 101410011 Inter. cal.
0
' 10=011 Final Cal, 111511521 Couplant Cal. Batch:
11225 Type:
ULTRAGEL II Mfg.:
Sonotech Exam Batch 11225 Type:
ULtRAELl 11.
Mf.
onotech Reference Block Serial No.:
04.8735 Type:
ROMPAS Axial Orientated Search Unit Calibration Signal SweeP Sound Path Reflector Amplitude %
Division
.ID Notch 80 6.0 1.26 Circumferential Orientated Search Unit Calibration Signal Sweep S.od Path Reflector Amplitude %
DMvlon li Notch 80 5.2 1.3 Reference/Stmulator Block Gain signal s
Sound Path d13 Reflector Am ltude % DMeision 18.3 Radius so
- 4.
1.00"
- Ii I
Calibration Block Cal. Block No.
40411 Thickness 0.875 Dia-8.75 Cal. Bk. Temp.
72 Temp. Tool:
MCNDE40133 Comp. Temp.
71 Temp. Tool:
MCNOE40133 Soan Coverage Upstream [
Downstream Scan dB: 42.5 CW [
CCW [
Scan dB: 51.8 Exam Surface:
O.D.
Surface Condition:
As Ground Recordable Indication(s):
Yes [-]
No [
(If Yes, Ref. Attached Ultrasonic Indication Report)
Results:
Accept (J Reject [
Info [
Percent Of Coverage Obtained > 90%:
No, Reviewed Previous Data:
No Comments: PSI exam Pulse width 220 na
//'~ </Z~~~
SummaryNo.:
Workscope:
UT Calibratiow idnation Oconre I
0 WJ46.
Procedure:
Procedure Rev.:
Work Order No.:
NDE-3630 2
Outage No.:
WA Report No.:
BOP.UT-r11-209 Page:
2 of 14 Code:
Drawing No.:
System.ID:
19982000A 2015 slit. 2 51A.
Catjltem:
B.01B3.1S0 LLocation:
==
Description:==
29LedwnCooler.
Component ID: NS?804.2 Urmitatlons:
YesSo attached sheets esglh:
1 WA Sta. Tme:
1700o Thic.lneslDhimeter S20.87501 3"1'-
Finish Time:
2000
,,rj i i Instrument S ett.ngs Serial No.:
023DP0 Manufacturer
'6 Model:
USN.608W Delay.
7.0100 Range:
2.50" M Caw*NeI 2280 Pulsec square Damping:.
500 Rejec 0%
Rep. Rate:
Autohigh Freq.:
2 MHz Filter Fixed Mode:
Dual Voltage:
450 Othr FullIWa.
Ax. Gain (dB):
52.0 Ciro. Gain (dBf A.
I S
.reen Div.
0.25 In. of Sound Path Unearity Report No.:
L-11-167 S"earh Unit Seial. No.:
03-765 ManufaturecRTD Size:
2(wx1) shape:
ReeL Freq.:
2.0MHZ Style:
TR*LA Exam Angle:
45-
- of Elements;: Dual8 Mode:..
Long.
Measured Angle:..
.45 Wedge Sty.e:
Integral Searh Unit Cable Type:
RG - 174 Length:.
No. Conn.:
0 Cal. Time Date InitialCa,
-1335; 10A121201
,Inter. CaL 1820 1012 l201 Inter. Cal., 2033 1041201..
Final Cal 1130z 10125 011 Couplant Cal.,Batch:
11225 Type:
ULTRAGEL.it Mfg.:'
'Ch+*
Exam Batch 11225 Type:.
ULTAGOELAIi I-AxIalOrientaited Search Unit Calibration Signal Sweep iP Sound Path Reflector Amplitude Division I
c.0 1.2-"
Circumferntinal Orientasted Searchi Unit Calibration
'_S-I _g
,nal S.w eep, p Reflector Amplitude %
Divsio Sound Path RaferencelSlmulator Block Calibration Block Scan Coverage Mfg.:
ne Cal. Block No.
11
- Upstream
- Downstream gJ Scan dB: 52.0 Refnce Block Thickness 0,875 Da.,
8.75 C
c CCWD-. Scand:_.A Se04No.:,5 Cal. BlIk. Temp.
7 2 Temp. Tool:
MCND.E40133 Exam Surface:
O.D.
Type:
RMPA Comp. Temp.
71 Temp. Tool:
MCNDE4oi33 Surface Condition:
As Ground Recordable Indication(s):
Yes No m (If Yes, Ref. AltachedUltasonic Indicaltion Report.)
Gain ISignal ISweep ISound Path dBRflco Amplitude %IDvso 0.010 adus o
40 1.80-Results:
Accept [3 Reject E info
- d.
D No
.Revlwved-Previous Data:
Comments:
PSI Exam Pulse Width,250ns Percent Of Coverage Obtained, g90%:
No Examiner "lel re Date Reviewer Signature Date Orlebel, David M.
oPA*0oi,
- *i Examiner Level I
.re Date Sie Review Signature Dat Nowad Dean M.
73 '
101'412011 Date Level NIA Date SNnIr A
vlDate WA l
_'i_-_
/V]
Site/Unit Summary No.:
Workscope:
Oconee I
0 WJ,36 UT Calibratio)..,ination Procedure:
Procedure Rev.:
Work Order No.:
NDE.3630
- 2 Outage No.:
N/A Report No.:
BOP.IT-11-209 Page:
3 of 14 PSI:.
Code:
Drawing No.:
System 1D:
51A Component ID: N37804-2 Limitations:
Yes - See 1911/2000A 2065 sht. 2 Cat/Item:
B-D183.150
==
Description:==
25B4L0tdown Cooler Lowln:
N/A attached Sheets Siz/Lngth WA Th IclmesslDlameter.
MWý Stan tlme:.
1700 Finish Time:
200 1.i11*I Instr......ument....
Sett..
..'ings....
S"earch Unit..
""-f InstnnnentrSatlings Skarch~ nit ci'"*/ m I*:
i CL Time Date Seofl No.:
0230PO Serial No.:
03-77 Manufacturen, GE Manufacturer.
RTD InItInl Cal 1342I 01241211:
Model::Nie:
2 lox)
Shape:
Ro.L Inter.,Cl. 135 10MlM"011 Delay:
6.7459 Range.:3.00 MZ Styl:
I,te.Cdt 200 1N0220I11 Mti CaVI:
.2280 Pulser:.
Squoa Exam Angle:
60
- of Elements: Dual Damping:
500 Reject:
0%_
Mode:
Long.
Fina Cal 13 1012612011 Rep. Rate:
Autohigh Fraq.:
2 Hz Mea.sred Angoe:
_M Couplant Filter Fixed Mode:
Dual Wedge Style:
Integral Cal. Batch:
11226 Voltage:
450 Other:
Fullwave Type:
ULTRAGELII Ax. Gain (dB) 55.8 Clrc. Gain (dB):
NIA Search Unit Cable Mfg.:
Sonotech I
Screen DIv. -
0.3 tn. of Sound Path Type:
RG - 174 ExamBatch 11225 Lnearity Report No.:
L-11.167 Length:
V' No. Conn.:
0 Type:
ULTRAGEL ii Calibration Block Scan Coverage Mfg.:
sonoteah Cal. Block No.
40411 Upstream ]
Downstream, Scan dB: 55.8 een Block
-~~
- k eftrencetiock Thickness 0.Die5 De.:
8.75 CW --
CCW " Scan dB: N/A Serial.No.:
044735 Cal. e Temp.
72 MCNDE4O*I1 Exam Surface:
O.D.
Typ.
ROMPAS Comp. Temp.
71 Temp. Tool:
MCNDe1Oi33" Surface Condition.
As Ground Recordable Indlcation(s):
Yes t No 1
(If Yes, Ref. Attached Ulirmonic Indication Report.)
Results:
Accept Reject E2 Into [3 Comments: PS Pu Percent 0f Coverage Obtained g0%:
No ReviewedPrevious Data-No I
I I
]i l
Axial:Orientated Search Unit PCalibraton Signal Sweep Sound Path Reflector Amplitude %
Division Io Notch 80 8.5 1.6W' Circumferential.Orlentated Search Unit Calibration Signal Sweep SonL Pt Reflector Amplitude %
Division ound Path N/A Reerence/Slmulator Sloek Gain I
" I S
igal Swep Sound Path dc Amltude %O 27 8 11"Re dis' 80 A
lExam lee. Width.250 ns Me ION Examiner Level IN
~
§Intr aeReviewer/,,/
Signature Date Grlebel, David M.
1014/211 ev¶ewe.9
/1//
Examiner Level li-N Signature Date Site Revlew Signature Date Howard, Dean M.
~~11421 Other Level NIA Signature
'Date 11vew Datel NIA 7r//e,
Site/Unit Summary No.:
Workscope:
0o I
- wJ-6 PSI6 UT-Callbratlo
.. 1dIna Procedure:
Procedure Rev.:
Work Order No.:.
HNE-3630, 2
011110784 Outage No.:
NIA Report No.:
BOP-UT-11-209 Page:
4 of 14 MIA Code:
Drawing No.
System ID:
51A Component ID: N3T804-2.
Limitations:
Yes-Seem 1"812000A C
et p:tem:
-663d.15,
==
Description:==
28-Letdown Cooler Location:
2065 shi 2 tiached sheets SSta Time:
1e0A S
StatTm:
1 700 ThlcknesSlMlametsr.
SSl.875 4k Finish Time:
2000 1i-/1-1I i II III I I i i I IrIi r
,Jill il
+.
- lii
,, i : i a
InstrumentSettings Serial No.:
0230PO Seuial N Manufacturer GE Manurae Model USN 60 8W Size:
Delay:
7.3709 Range:
4.00" Freq.:
M'd Clel:
.21.0 Puser:
Squaire Exam Aa Damping:
100 Reject; 0%
Mode:
Rep. Rate:
Autoh1gh
.Freq.:
2 MHz Measure Fiter.
Fixed Mode:
,ual Wedge Voltage:
450 Other:.
Fullweve Ax. Gain (dB) 43.0 Clrc. Gain (dB):
VA SScreenDlv.=
0.4O In. of Sound Path.
Type:
Linearity Report No.:
L-11-107, Length:
Calibration Block Cal. Block No.
40411 Up.tre.
Thickrnes 0.875 De.-
3.75 CV Cal. elk. Temp.
72 Temp. Tool:'.
MCNDE40133.
E'Exam-S Comp. Temp.
71 Temp. Tool:
MCNdbE4133 Surface Search Unit o.:
03-769 Aurer:
RTD 2(7x10)
Shape:
Ret.
2.0MHZ Style:
TRLA Igls 70 of Elements:- Dual Long.
id Angie:
69 Style:
integral Search Unit Cable RG -174 Cal.
lm Date Chec.s Initial Cal I347 112412011 Inter. Cal. A900 102412011 Inter. Cal; 2020 101241201 tinteriCl. 076102121 Fmin lCl 16 1025'111 Couplnt Cal. Bat6h:'
11225 Type:
ULTRAGEL II Mf.: toiotich.
Exam :Batch 11225 Type:.
ULTRAGELII Mfg.:
8oot*e. h Re,, rence Block Serial No.:
- '04-6735' Type
- .
ROMP'Ai I
Axial Orientated Search Unit Calibrafton Signal Sweep Sound Path Refec*tr Ampltude %
Division ID Notch 80 5.9 2.3" Circumft.entlal Orientated Search Unt C. ialon
-Signal Swerund Path Reflector Amplitde %
- Division, WA, ReferencelSlmulattor Block 6'
No. Conn.:.
0 Scan Coverage ri Q Downstream Scan dB: 43.0 r-CCW C] Scan dB: NIA urface:._
OD Condition:
As Ground Gain 1 Signa,
Sweep I Sound Path
- d.
-AI'ed. : Am80itude %ision 331ý'
A~u o
i
.00" Recordable Indleaeon(s):
Yes N
- o,
(If Yes, Ref. Attached Ultrasonic Indlcation Report.)
Results:
Accept or Reject Info
.E Percent Of Coverage Obtained > 90%:
NO, Reiwed Prevous Data:
No
.Comments: PSIlxm PulWsefWidth 250 ns Examiner Level Date, Reviewer Signature Date Orl.bl, David M Le 10124120111/,
Examiner Le Il-N Signature Date Site Review Signature Date Howard, Dean M. '
10*2412011*
Other Level NIA "Signature Oata ANII Rloview
,pgau/
,;Date NIA'..../
/
U.T-Callbratiok A.Ination SltefUnmt Summary No.:
Workscope:
Oconee 1
0
- PSI, Procedure:
Procedure Rev.:
Work Order No.:
NIDE-40
.01997784 No.:__
Outage No.:
N/A Report No.:
BOP-UT-1 1-209 Page:
5 of 14 NIA Code:
Drawing No.:
System ID:
51A Component ID: N37804-2 Umitations:
None 199182000A 20653 slt. 2 Catjtem:
801oi3.150 Descriptfon: 28-Letdown.Cooler Location:
size/Length:
MIA StartTime:,
1700 Thickness/Diameter.
SS/I.7s~l#,.
Finish Time:
2000 1.ji.fI I
U U ~
Instument Settings Seach Unit Serial No.:
023DPO Serial No.:
57463-1706 Manufacturer, GE Manufacturer:
k-A Model:
USM 608W Size:
3JxlOmm Shape:
Round Delay:
9.1741 Range:
F0 req.:
4*01MHz' Style:
MSEB M'I Cal/ei:
.2280 Pulser:
Slqure Exam Angle:
0
- of Elements: DUal Damping:
600 Reject:
0%:
Mode:
Long.
Rep. Rate:
Autohigh FreqJ 4 MHz Measured Angle:
N/A Filter:
Fixed Mode:
Dual..
Wedge style*:
Integral Voltage:
450 Other Fullwave" Ax. Gain (dB) 50.0 Cbro. Gain (dBY MIA Search Unit Cable I
Scren Ov. -
0-2 in. of Sound Path Type:
RG - 174 Unearlty Report No.:
111-7 Length:
No. Conn.:
- 0, Cal.
Time.
Dte Checkse,4 Date IniutCal 1700, 112412011 Inter.. CA" Inte. al.
I_
i
, CoupIant Cal. Batch:
11225 Type:
ULTRAGELII Mfg.:
Sonotech E"a' Batch 11225 Type:
'ULTRAEL u P
Axial Orientated Seach Unit CaIliration signal Sweep Sound Path RefleRctr Amplitude %
Division BW 80 4A
.875 Circumferentgai.Orlentated Search Unit albration D
on Path Refe r
lAmplitude %
Division Re'erencelSimulator Block Calibration Block
- Scan Coverage Mfg.:
Cal. Block No.
Component Upstream j]
Do'ea Scan 48: 50.0 Ref.
Thickness 0.875 Die.:
- CW" CCW E] Scan dB: N/A e
CaL.
.Temp.
72 Temp. Tool:
MCNDE40133 Exam Surface:
O.D.
Te T ype:
Camp. Temp.
71 Temp. Tooa MCNDE40133 SurfaoeCondition:
As-Ground Recordable IndleaUon(s):
Yes Q No 2-If Yes. Ref. AttachedUlreasonic Indication Report.)
rence Block 0EP.,14438 STEP.WEDGE Gain Signal W
un P dWRfeIco Amplitude % Diiso Son Pt iio so' 80'
.5600 Results:
Accept 2 Reject Percent Of Coverage Obtained : 90%:
into Revwd PreviousMData:
Comments: PSI Exam Pulse Width 100 ns
- Yes No Examniner Level n~~%
rature Date Revliewer Signature Dt Grlebel, David M.
- <6 1012412011 Examiner Level 11-Slignature
~
Date Sl fite Signature oate Howard, Dean M.
1012412011 Other Level N/A signature Date ANfl"eview
°"Date MIA
/J 1
4 X
'. V
/ý7
9 DUKE POWER COMPANY ISI LIMITATION REPORT ComponentlWeld ID: WJ-36 Item No::
N/A.
remarks:
NO SCAN SURFACE BEAM DIRECTION Due to nozzle.
0 LIMITEDOSCAN 21 1
0 1 0 2
d cw 0 ccw FROM L N/A to L N/A INCHES FROM WO Toe
.tob
- Beyond ANGLE:
.0 0 45 060 other 70 FROM 0, DEGto:
3*60 DEG 0
NO SCAN
-SURFACE BEAM DIRECTION LIMITED SCAN 0 1 F1"2
' 1 02
" cw: [3 ccw FROM L to L INCHES FROM WO to ANGLE:
0] 0 0 45 0,60 other FROM DEGto.."
DEG SNO SCAN SURFACE BEAM DIRECTION.
0l LIMITED SCAN 0
1 0] 2 01 0
2 n
.w cow FROM L to L INCHES FROM WO to ANGLE:
0 0]
45 0 60 other FROM DEG to DEG
'1 NO SCAN
[0 LIMITED SCAN SURFACE E0 1
[32 BEAM DIRECTION i n 2 0 Cw CCw BOP-UT-11-209 FROM L
____to L
4 INCHES FROM WO to Sketch(
0 yes s) attached ANGLE:
0] 00 5 0 No FROM DEGto DEG Prepared By, David Gtie teL
- 4' 101241111,.
Sheet 6 of 14 Date: //..//.//
Date u,
Id
/7t <ý
Suppl nta Report Report No.:
BOP-UT-11-209 Page:
7 of 14 Date*_ _ _
_0 Date:
Date:
C-,,
Summary No.:
Examiner:
Examiner:
Other Griebel, David M.
Howard, Dean.M.
NIA Level:
I1-N Level:
11-N Level:
NIA Reviewer Sito:Revievw ANII Review:
Comments:
,.--YI 7-- *_=-
Sketch or Photo:
24
'd z
LII
~LeA~A~
~euao~i Cooler I C.... l.Bod.
N L I IIII *1 II I I
, E
( L)-r-ItemNo. :
A Total Exam Area= 2.72 sq. in.
Qaumel:Body-S1 Seale: 1" = 1" 7A/60A~7,~~.. A~4j' *iKZI
,,A l/,-
/ra/rp2cr'4
- ~~LUW[uooer ozl to C*ie Bdy A RaisVew.)
pj Weld No.: *.cr-__ 2o T&talP- *EX'*
a sq. nI Tota Exam Ame = 2,3 0 sq.. in.
ItemNo.: 0 k
) iz i Scale: 1" lit
0@
~~+/-
~
to, u.nane1 Body AreaExaixi Axal cans 9
Weld No.: Alr-..o, Item-No.: :
1k Area not Examined = 1.49 sq. in.
Eli Aream ined= 2.72-1.49/2.72 x 100= 45.2%
1~
II x
700 6w° Scale: 1' = 1" 450
.L L.....
III t4 A$
- uy, *uus view)
Area aed.
Scans Weld No.:
T Item No.-
Area notExamined= 0.92 sq. in.
LJArea Rxamined=2.30- 0.92/2 30 x 10.
160.O/o NOVJ~
700 wO 450 Scale: 1" = 1" j.
@0 J.~-W YVJ.L %";AJ+/-%.vJ 4. 'mU\\.iW.IID Area e~Circ Scn 9
WeldNo.:
WV
-ZS, (ZL-vd:a 60 p- 0-1 -II-Z'O'l ItemNo.: _
(--_
Area not x ed-0.81+ 0.40= 1.21 sq. in.
Areaamined= 2.72-1.21 / 2.72x 100= 55.5%
450 450 ChanelBody, -Si*i*:
Scale: 1" -
r1" 450 t5
Area Exa ed -Circ., Scans Weld No.: i,. 1'-zr Area not Examined 0.42 sq. in.
View )
4I~
Item No. : A)A 450 LIII Area Ekamined = 2.30 - 0.42 / 2.30 x 100= 81.7%
450 AMAJ le, 1096" t Scale: 1" 1" AowAvnr722A 3 v
/$$l1/47/
Let Down Cooler - Nozzle to Channel Body
\\\\f)
% Coverage Calculations Weld No.:./,._7"--*_c,
,/
. OTu-I- -I "t" =
0.875" Axial Scans Along Axis of Pipe = 100% of the Length x 45.2% of the Volume =45.2%
Along Radius of Pipe 100% of the Length x 60.0% of the Volume = 60.0%
Average = 45.2% + 60.0% 12 = 52.6%
CIrc. Scans Along Axis of Pipe = 100% of the Length x 55.5% of the Volume = 55.5%
Along Radius of Pipe =100% of the Length x 81.7% of the Volume = 81.7%
Average = 55.5% + 81.7%1 2 = 68.6%
Total w ( 52.6 = 68.6)12 = 60.6% Aggregate Coverage 0,
Inspector I Date:
a/K Page X(4 of Ly
-