NG-07-0809, Response to Request for Additional Information Related to the Relief Request for 3rd Period Limited Weld Examinations
| ML073130049 | |
| Person / Time | |
|---|---|
| Site: | Duane Arnold  |
| Issue date: | 11/07/2007 |
| From: | Richard Anderson Florida Power & Light Co |
| To: | Document Control Desk, Office of Nuclear Reactor Regulation |
| References | |
| NG-07-0809 | |
| Download: ML073130049 (126) | |
Text
FPL Energy.
Duane Arnold Energy Center FPL Energy Duane Arnold, LLC 3277 DAEC Road Palo, Iowa 52324 November 7, 2007 NG-07-0809 10 CFR 50.55a U.S. Nuclear Regulatory Commission Attn: Document Control Desk Washington, D.C. 20555-0001 Duane Arnold Energy Center Docket 50-331 License No. DPR-49 Response to Request for Additional Information Related to the Relief Request for 3rd Period Limited Weld Examinations
References:
- 1. Letter, Gary Van Middlesworth (FPL Energy Duane Arnold) to Document Control Desk (USNRC) Relief Request for 3rd Period Limited Weld Examinations, dated May 18, 2007 (ML071510076)
- 2. Letter, Karl D. Feintuch (USNRC) to Richard L Anderson (FPL Energy Duane Arnold), Duane Arnold Energy Center - Request for Additional Information Re: Relief Request from American Society of Mechanical Engineers (ASME) Boiler and Pressure Vessel Code,Section XI, Rules for Inservice Inspection of Nuclear Power Components, 1998 Edition, Subsection IWB, Subarticle IWB-2500, "Examination and Pressure Test Requirements," and Subsection IWC, Subarticle IWC-2500, "Examination and Pressure Test Requirements," to Allow Performance of Limited Examinations of Various Welds (TAC No. MD5669), dated October 31, 2007 (ML072820132)
Reference 1 provided a request for relief from IWB-2500 and IWC-2500 to allow performance of limited examinations of various welds.
By letter dated October 31, 2007 (Reference 2), the Staff issued a request for additional information regarding Reference 1. The response to the requests of Reference 2 is provided in Enclosure 1 of this letter.
FPL Energy Duane Arnold requests approval of the request of Reference 1 by the end of May 2008.
This letter contains no new commitments nor revises any previous commitments.
,404-7
NG-07-0809 November 7, 2007 Page 2 of 2 If you have any questions, please contact Steve Catron at (319) 851-7234.
Richard L. Anderson[
Vice President, Duane Arnold Energy Center FPL Energy Duane Arnold, LLC Enclosures cc:
Administrator, Region III, USNRC Project Manager, DAEC, USNRC Senior Resident Inspector, DAEC, USNRC to NG-07-0809 Page 1 of 8 Response to Request for Additional Information (RAI) Related to the Relief Request for 3rd Period Limited Weld Examinations to NG-07-0809 Page 2 of 8 Response to Request for Additional Information (RAI) Related to the Relief Request for 3rd Period Limited Weld Examinations 2.1 Request for Relief, Examination Cateqorv B-D. Item B3.90. Full Penetration Welded Nozzles in Vessels The licensee previously proposed an alternative, which was approved by Safety Evaluation Report (SER) dated October 6, 2004 (ADAMS accession number ML042380089), to use ASME Code Case N-613-1, which limits the examination volume of Examination Category B-D welds to the weld and 1/2-inch of adjacent base material on each side, in lieu of the ASME Code-required examination volume of the weld and 1/2-T of adjacent base material, where T is the vessel thickness. The current request for relief indicates that achieving greater than 90% (of the volume approved by the October 6, 2004 SER) could not be accomplished for the subject reactor pressure vessel (RPV) nozzle-to-vessel welds.
2.1.1 Please re-calculate and report the volumetric coverage(s) obtained for the subject Examination Category B-D nozzle-to-vessel welds with respect to ASME Code requirements, i.e., calculate the coverage when the volume required is the weld and 1/2-T of adjacent base material, where T is the vessel wall thickness.
FPL Energy Duane Arnold Response:
The following Table provides the recalculated percentages Component Number Recalculated Description Coverage MSC-D001 56.83%
Main Steam Nozzle to Vessel Weld MSD-DO01 56.83%
Main Steam Nozzle to Vessel Weld FWB-D001 56.71%
Feedwater Nozzle to Vessel Weld FWC-DO01 56.71%
Feedwater Nozzle to Vessel Weld FWD-DO01 56.71%
Feedwater Nozzle to Vessel Weld RRG-DO01 53.73%
Recirculation Riser Nozzle to Vessel Weld JPB-DO01 53.49%
Jet Pump Instrumentation Nozzle to Vessel Weld LCA-DO01 50.72%
Standby Liquid Control Nozzle to Vessel Weld VIB-DO01 57.45%
Vessel Instrumentation Nozzle to Vessel Weld to NG-07-0809 Page 3 of 8 2.1.2 The licensee stated that the subject nozzle-to-vessel welds are accessible from the vessel side of the RPV, but examinations cannot be performed from the nozzle side due to forging curvature. It is also stated that certain nozzle-to-vessel weld examinations are additionally limited by RPV design obstructions. However, these statements do not provide adequate descriptive information and technical discussion to support a determination of impracticality and that the required examinations have been performed to the maximum extent possible at DAEC.
- a.
Provide a detailed description of examination limitations including access requirements for automated or manual ultrasonic techniques employed, and a description of each component geometry that restricts or limits examinations. The technical bases should include cross-sectional sketches of the weld indicating ultrasonic coverage(s) for each technique employed and details of the weld and base metal materials.
FPL Energy Duane Arnold Response:
The examination of all nozzle-to-vessel welds is limited by the nozzle forging curvature. The configuration for each of the above mentioned nozzles is included for review in Enclosure 2.
For nozzle LCA-D0O1, the examination is additionally limited by the proximity of the weld attaching the skirt knuckle to the RPV bottom head. The distance from the bottom of LCA-DO01 weld to the skirt is approximately six inches.
.For nozzle JPB-D001, the examination is additionally limited due to an insulation bracket welded on the vessel. Removal of this bracket is not feasible due to the fact that it supports the lower ring of RPV insulation.
- b.
In addition, the licensee should submit argument(s) as to why the use of other inspection methods (such as phased array ultrasonic testing) would not reasonably increase the examination coverage(s).
FPL Energy Duane Arnold Response:
As stated in Reference 1, the procedures used at DAEC incorporate examination techniques qualified under Appendix VIII of ASME Section XI Code by the Performance Demonstration Initiative (PDI) for examination of the nozzle-to-vessel shell welds. In addition, FPL Energy Duane Arnold contracted EPRI to computer model each nozzle-to-vessel weld and nozzle inner corner region to assist FPL Energy Duane Arnold in developing and qualifying ultrasonic techniques for these regions. At the time that these components were examined, the phased array technology had not been qualified by Performance Demonstration Initiative for examination of nozzle-to NG-07-0809 Page 4 of 8 to-vessel welds or the nozzle inner corner region. With the computer modeling of the examination volume and the qualified PDI technique, the examinations were performed utilizing the latest technology.
2.1.3 State the total number of Examination Category B-D welds at DAEC, and provide a listing of the volumetric coverage(s) completed for each of these welds. Report any unacceptable flaws detected during the examination of the welds.
FPL Energy Duane Arnold Response:
The total number of Category B-D welds at the DAEC is 34 of which one is inaccessible due to the CRD array (the inaccessible nozzle is the bottom head drain). There have been no unacceptable flaws identified during the examinations of the listed welds. FPL Energy Duane Arnold has submitted three relief requests with Safety Evaluation Reports (SERs) dated October 18, 1999, March 7, 2001, and March 26, 2003. Below is a table with the accumulated percentages of nozzle to vessel welds from the above SERs.
List of Nozzle-to-Vessel Welds Nozzle ID Period Examined Code Coverage*
Remarks CRA-DOOI 1
61.3%
Control Rod Drive CSA-D00 1 1
63%
Core Spray CSB-D001 1
66%
Core Spray FWA-D001 1
56.5%
Feedwater HVA-D001 1
66.0%
Head Vent HSB-D00I 2
70.9%
Head Spare JPA-D001 1
61.1%
Jet Pump MSA-D001 1
59.6%
Main Steam MSB-D00I 2
63%
Main Steam RHA-DOO 1
65.7%
Head Spray RCA-D001 2
59%
Recirculation Suction RCB-DOO1 1
57%
Recirculation Suction RRA-D001 1
63%
Recirculation Inlet RRB-D001 1
63%
Recirculation Inlet RRC-D001 1
63%
Recirculation Inlet RRD-DOO1 1
51.4%
Recirculation Inlet RRE-D00I 1
64%
Recirculation Inlet RRF-D001 2
73.36%
Recirculation Inlet RRH-DOO 1
64%
Recirculation Inlet VIA-D001 2
86.2%
Vessel Instrumentation VIC-D001 2
86.2%
Vessel Instrumentation VID-DOO 2
63%
Vessel Instrumentation VIE-D001 1
66%
Vessel Instrumentation VIF-DOO 2
86.2%
Vessel Instrumentation
- Due to the nozzle design it is not feasible to volume as defined in Figure IWB-2500-7(b).
effectively exam 100% of the required code to NG-07-0809 Page 5 of 8 2.2 Request for Relief, Examination Category B-D, Item B3. 100, Inner Radius Sections of Full Penetration Welded Nozzles in Vessels 2.2.1 The licensee stated that the proximity of the RPV skirt weld obstructed access for performing the inner radius section examination on Standby Liquid Control Nozzle LCA-DOO1. However, this statement does not provide adequate descriptive information and technical discussion to support a determination of impracticality and that the required examination was performed to the maximum extent possible at DAEC.
- a.
Provide a detailed description of examination limitations including access requirements for automated or manual ultrasonic techniques employed, and a description of the component geometry that restricts or limits the examination. The technical basis should include cross-sectional sketches of the inner radius section indicating ultrasonic coverage for each technique employed.
FPL Energy Duane Arnold Response:
A description of examination limitations for performing the UT on the inner radius section on Standby Liquid Control Nozzle LCA-DO01 is included for review as Enclosure 3. The configuration of the nozzle and a photo indicating the proximity of the nozzle to the skirt is also included for review. The request for additional information included a request for cross sectional sketches of the inner radius section. Since the limitation is due to the skirt welded to the vessel and not the configuration as it was on the nozzle-to-vessel welds discussed above, a cross-sectional view is not warranted. To clarify, the skirt limits the surface contact area of the transducer.
The manual ultrasonic techniques employed were as recommended in the EPRI modeling Report IR-2004-62. The techniques utilized were limited by the proximity of the weld attaching the Skirt Knuckle to the RPV bottom head.
The supplied photo in Enclosure 3 shows that the nozzle is located close (approximately six inches) to the skirt weld.
- b.
In addition, the licensee should submit an argument as to why the use of other inspection methods (such as phased array ultrasonic testing) would not reasonably increase the examination coverage.
FPL Energy Duane Arnold Response:
Please refer to the Section 2.1.2 b response. FPL Energy Duane Arnold used the latest PDI demonstrated procedure for the examination of the listed welds at the DAEC.
to NG-07-0809 Page 6 of 8 2.3 Request for Relief, Examination Category B-J, Item B9. 11, Pressure Retaining Welds in Piping 2.3.1 The licensee stated that Weld RBB-JO01 is a branch connection of the recirculation bypass line to the recirculation discharge line, and that the weldolet side is not accessible for scanning due to geometry. However, this statement does not provide adequate descriptive information and technical discussion to support a determination of impracticality and that the required examination was performed to the maximum extent possible at DAEC.
- a.
Provide a detailed description of examination limitations including access requirements for automated or manual ultrasonic techniques employed, and a description of the component geometry that restricts or limits the examination. The technical basis should include cross-sectional sketches of the weld indicating ultrasonic coverage for each technique employed.
FPL Energy Duane Arnold Response:
The weld RBB-JO01 is a branch connection of the recirculation bypass line to the recirculation discharge line. The weldolet side of the weld is not accessible for scanning. The PDI qualified procedure is NOT qualified for "detection or length sizing of circumferentially oriented flaw indications when only single side access is available and the flaw is located on the far side of the weld." Because of this, only 50% coverage can be claimed. The examination of this weld is further limited by the existing weld crown.
Included for review is Inservice Inspection Report 101070 in Enclosure 4.
- b.
State the size, thickness and materials of construction of the subject weld.
FPL Energy Duane Arnold Response:
The size of the weld is 4 inches, thickness 0.337 inches, and material is 304 stainless steel.
2.3.2 The licensee listed this weld as Examination Category B-J, Item B9.11, which is for circumferential butt welds, NPS 4-inch and larger. However, the licensee stated that Weld RBB-JO01 is a branch connection. Discuss why this weld is not listed as ASME Code Item B9.31 or B9.32.
to NG-07-0809 Page 7 of 8 FPL Energy Duane Arnold Response:
The weld is the first circumferential weld off of a weld-o-let connection.
Please refer to Enclosure 4 which illustrates the weld limitation.
2.3.3 State the total population of ASME Code Examination Category B-J welds of similar pipe diameter and wall thickness examined on the same recirculation loop at DAEC, and discuss the volumetric coverage(s) obtained for each of these welds.
FPL Energy Duane Arnold Response:
There are a total of nine welds on the same bypass line for Recirculation Loop B. Weld RBB-JO01 was the only weld selected for examination under the ISI Program (1989 Edition of ASME Section XI). For the implementation of Risked Informed ISI, these nine welds are categorized as Category 6a (5a with IGSCC). None of these welds were selected under the RI-ISI Program.
2.4 Request for Relief, Examination Cate-gory C-A, Item C1.20, Pressure Retaininq Welds in Vessels 2.4.1 The license stated that heat exchanger tie-down brackets obstruct access to the subject head-to-shell weld, limiting examination coverage. However, this statement does not provide adequate descriptive information and technical discussion to support a determination of impracticality and that the required examination was performed to the maximum extent possible at DAEC.
- a.
Provide further text and/or a cross-sectional sketch describing the basis for impracticality and showing volumetric coverage for Weld HEA-CA-05. In addition, state or show the material, thicknesses, and outside diameters for the subject component. Discuss why the tie-down brackets cannot be removed to allow greater access.
FPL Energy Duane Arnold Response:
Please refer to the attached ISI Report 101098 page 54 of 56 (Enclosure 5) for location of the heat exchanger tie-down brackets that obstruct the head-to-shell weld on the Residual Heat Removal (RHR) Heat Exchanger (Weld HEA-CA-05), which limits the examination coverage. Also provided in Enclosure 5 are some photos showing typical welded attachments to the heat exchanger.
The original Form U-1 (Enclosure 6) is attached to identify material, thickness, and outside diameter of the RHR Heat Exchanger.
to NG-07-0809 Page 8 of 8
- b.
State whether the volumetric examination was performed with procedures and personnel that have been qualified in accordance with ASME Code, Section X1, Appendix VIII.
FPL Energy Duane Arnold Response:
The FPL Energy Duane Arnold Administrative Control Procedure that was utilized at the DAEC for the examination on Weld HEA-CA Head to shell weld on the RHR Heat Exchanger was ACP 1211.34, "Manual Ultrasonic Examination of Ferritic Welds < 2 inches Thickness." This procedure is in accordance with ASME Section XI, Appendix Ill.
2.4.1(1)
State the total population of ASME Code Examination Category C-A welds at DAEC, and discuss the volumetric coverage(s) obtained for each of these welds.
FPL Energy Duane Arnold Response:
The DAEC has one category C-A Item C1.20 weld (HEA-CA-05) and two category C-A, Item C1.10 welds (HEA-CA-01 and HEA-CA-03). The following table provides the examination coverage of the three identified welds.
Examination Item Component Period Code Description Category Number Number Examined Coverage C-A C1.10 HEA-CA-01 3
94%
RHR Heat Exchanger Tube Sheet to Shell Weld C-A C1.10 HEA-CA-03 1
100%
RHR Heat Exchanger Shell Course Weld C-A C1.20 HEA-CA-05 2
78.07%
RHR Heat Exchanger Head to Shell Weld
ULTRASONIC EXAMINATION DATA SHEET
/
) I REACTOR PRESSURE VESSEL WELDS Site:
DAEC Report No.:
105005 Calibration Sheet No.:
C-110, C-ill Data Sheet No.:
N/A Procedure No.:
ACP 1211.27 Rev.
1 System:
Reactor Vessel Exam Surface Temp.:
111 Couplant:
Humex
(!S-DO0OTi:*i:
3991 98165 Weld_ ID:
Thermometer SIN:
Batch No.:
Examination Surface: IDI] OD@
Material Type:
Exam Date:
04/14/05 Exam Start:
10:00 Lo Reference TDC Ro
Reference:
WCL Exam End:
10:00
____________________ I_______________________
Exam End:
11:00 Scan Surface Exam Number Search Unit Angle Scan Sensitivity Exam Number Perpendicular UpStream 1
60' RL Zone 1 76.7 dB 1, 3, 4 Perpendicular DownStream 2
60' RL Zone 2 83.0 dB 1, 3, 4 Parallel CW 3
N/A N/A N/A Parallel CCW 4
N/A N/A N/A INDICATIONS L (In) From Ref W (in) From Ref Sweep Reading Indication or Am Examination N.Amp (1-4)
L-I L-Max L-2 W-1 W-Max W-2 SW-I 0 SW-Max SW-2 0
% Dac M11 Q M2
[]
NRI NIA N/A NIA NIA N/A N/A N/A N/A N/A N/A N/A REMARKSILIMITATIONS WO: 1129016 Single side access due to configurationRefe ie:nce EPRI modeling report No. IR-2004-62 f6or imnner, 15% :examination. Obtained 79.3n8%coverage of required volume. See attached coverage plot.
(
Previous E)amination Data Reviewed
~1 I
0414105] 14Ihs
- /-
14 -.
.46tevermer, A.
Level Date Dohmen, F.
Date Bowers, J.
Date Examiner (s)
Level Ill Review ANII Review NG-V73Z Rev. 0 Page I of i
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION) 1'21ihr tin Rlhaa t% v~i C-110 Site:
DAEC Linearity Sheet No.:
L-002 Procedure No.:
ACP 1211.27 Revision:
1 Instrument:
Panametrics Epoch 1i1 01448103 Manufacturer Model No.
Serial No.
TRL2-ST 2 (24X42) mm Search Unit:
RTD FS~125 mm 02-102 Rectangular 2.0 MHz 600 / RL 1.05" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
2 (RG-174) 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA/ 5.25" 66
°F Serial No.
Material Size I Thickness Temp.
Couplant!
Humex 98165 Thermometer:
3991 Type Batch No.
Serial No.
DAC Instrument Settings 90--------------
A 0-114T SDH Pulser:
High Frequency:
Fixed M
70 ------
Pulse Energy:
High Range:
6.329" PL Pulse Width:
N/A Velocity:
.2332 I
so--
Rep Rate:
Auto Delay:
0.00 T
4-Damping:
150 Ohms Zero Offset:
12.98 U
D 30 Display Mode:
Fullwave Gain - Axial Scan:
62.7 dB E
20-----
Filter:
STD Gain - Circ. Scan:
N/A dB 10--
Reject:
Off C] Pulse Echo
[Dual Pulse Amplitude:
Fixed Sweep: 0 - 10 =
6.329" C] Depth
[
Metal Path Field Simulator CS Rompas SIN LMT-17 Calibration Verification Reflector:,
1/4T SDH 2" RAD Initial Calibration Time:
08:56 jVerification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
13:55 NiA F N/A N/A N/A Sweep:
4.0 3.2 Gain:
62.7 dB 47.6 dB Welds Examined Report No.
Comments MSC-DO01 105005 Work Order 1129016 MSD-DO01 105007 Work Order: 1129016 VCB-C005 105090 Work Order 1129072 Squint Angle 5° Configuration of Elements: D-SBS II 04/14/05
./I..)"
q-* 1W Aevermer, A.
Level Date
' (
Dohmen, F.
Date Bowers, J.
Date Examiner Level IlII Review ANII Revlew NG 142Z Rev. 4
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
I C.allhastirrn 5Th~~t Nn~
C-111 Site:
DAEC Linearity Sheet No.:
L-002 Procedure No.:
ACP 1211.27 Revision:
1 Instrument:
Panametrics Epoch III 01448103 Manufacturer Model No.
Serial No.
TRL2-ST 2 (24X42) mm Search Unit:
RTD FS-125 mm 02-102 Rectangular 2.0 MHz 60°1 RL 1.05" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
2 (RG-174) 12' 0
wedge front Type -
Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA / 5.25" 66 OF Serial No.
Material Size I Thickness Temp.
Couplant:
Humex 98165 Thermometer:
3991 TyPe Batch No.
Serial No.
TV DAC Instrument Settings A
M P
L I
T U
D E
10o 980
[
70--
60 3c--
2O ot Notch Pulser.
High Pulse Energy:
High Pulse Width:
N/A Rep Rate:
Auto Damping:
150 Ohms Display Mode:
Fullwave Filter:
STD Reject:
Off Pulse Amplitude:
Fixed Frequency:
Fixed Range:
14.45" Velocity:
.2332 Delay:
12.98 Zero Offset:
0.0 Gain -Axial Scan:
71.0dB Gain - Circ. Scan:
N/A dB Q Pulse Echo E Dual Sweep: 0 -10 Depth
=
14-45" Metal Path Field Simulator CS Rompas SIN LMT-17 Calibration Verification Reflector:
ID Notch 2" RAD Initial Calibration Time:
09:04 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
13:58 N/A N/A N/A NIA Sweep:
7.5 1.2 Gain:
71.0 dB 47.2 dB Welds Examined Report No.
Comments MSC-D001 105005 Work Orders 1129016 MSD-D001 105007 Work Order: 1129016 VCB-C005 105090 Work Order. 1129072 Squint Angle 5*
Configuration of Elements: D-SBS ne 2 11 04/14/05
?flevermer, A.
Level Date A r U Dohmen, F.
Date Bowers, J.
Date Examiner Level [il Review ANII Review NG 142Z Rev. 4
Nozzle to RPV Coverage Calculation Sheet Coverage calculated to requirements of Code Case N-613 -1 Note: calculations performed using 2D plot only Nozzle ID N3 Area required to be examined Axial scan direction: Height x width 5.25 inches x
3.007 inches equals 15.7868 square inches Parallel scan direction: Height x width 5.25 Inches x
3.007 inches equals 15.7868 square inches Total area required to be examined 31.5735 square Inches required for complete exam Actual area examined 60 degree R.L. Axial scan direction: Height x width 5.25 inches x
3.007 inches equals 15.7868 square inches Triangular area not examined (if applies) 1.24 1)2 base x
2.16 height equals 1.3392 square inches Axial scan direction area examined 14.4476 square Inches 60 degree R.L. Parallel scan direction: Height x width 5.25 inches x
1.86 inches equals 9.765 square inches Additional Inner 15% area achieved using 40 & 45 degree shear techniques: Height x width 0.7875 Inches x
1.08 inches equals 0.8505 square inches Combining all scan directions:
25.0631 square inches for total exam Divide area examined by required area:
equals coverage achieved Calculations performed by:
odd B ier Level DAEC Review Frank 6 Level 79.38 % coverage for total exam III ANII Review Jeremy Bowers J1 Lt-L4rc
DAEC N3 Coverage Plot Parallel scan direction Examiner Review-Report #--o Page-of*
A Area of coverage Inner 15%
DAEC N3 Coverage Plot Exarniner-Review.
Report #_o Page-of----
\\. '\\
Axial scan direction No coverage ----------
........_--Area of coverage 60 deg.
f 7#
A-'
H GF B
F E
\\'DAEC N3 Coverage Plot Axial scan direction A
60 deg.
B _
C D
No coverage L
V:;,:' ".,
H
.* "" " ""x v ". "::*.. ;,." *: -, ', ":'.. -"",".
A.
\\
\\
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H G
_F...' _..
Examiner-*
Review-Report #---
IrQI Os-0 Page-of..
.- Area of coverage 60 deg.
ULTRASONIC EXAMINATION DATA SHEET REACTOR PRESSURE VESSEL WELDS
- Site, DAEC.
Report No.:
105007 Calibration Sheet No.:
C-110, C-111 Data Sheet No.:
N/A Procedure No.: ACP 1211.27 Rev.
1 System:
Reactor Vessel Exam Surface Temp.:
1 Couplant:
Humex 1*1M
§-00'i:i !:i 3991 98165 Weld ID:-
Thermometer SIN:
Batch No.:
Examination Surface: IDO OD8 Material Type:
CS a
SS 0
Exam Date:
04114/05 Exam Start:
10:00 Lo Reference TDC Ro
Reference:
WCL E
Ed 11:00 Scan Surface Exam Number Search Unit Angle Scan Sensitivity Exam Number Perpendicular UpStream 1
60' RL Zone 1 76.7 dB 1,3, 4 Perpendicular DownStream 2
60* RL Zone 2 83.0 dB 1, 3, 4 Parallel CW 3
N/A N/A N/A INDICATIONS Sweep Reading Indication L (in) From Ref W (In) From Ref MP or [ Depth Max Indcto.
fExamination N.Amp (1 -4)
L1 L-Max L-2 W1 W-Max W-2 11 SW-Max SW-2
% Dac M1 0
S M2 NRI N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A REMARKSILIMITATIONS WO: 1129016 Single side access due to configuration. Refereh.nceiEPRI imiodeling report No. IR-2004-62 for inner 15% examination. Obtained tif-398eA overage of required volume. See attached coverage plot.
Previous E ination Data Reviewed el0 Date DateDa S
ermer, A.
Level
- DtDohmen, F.
Bowers, J.
Examiner (s)
Level IMl Review NG-173Z Rev. 0 Page I of I
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
ICalibration Sheet No.:
C-110 Site:
DAEC I Linearity Sheet No.:
L-002 Procedure No.:
ACP 1211.27 Revision:
1 Instrument:
Panametrics Epoch III 01448103 Manufacturer Model No.
Serial No.
TRL2-ST 2 (24X42) mm Search Unit:
RTD FS-125 mm 02-102 Rectangular 2.0 MHz 60° 1 RL 1.05" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
2 (RG-174) 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
tE-30 Carbon Steel NA 15.25" Serial No, Material Size I Thickness Couplant:
Humex 98165 Thermomet Type Batch No.
66
°F Temp.
er:
3991 Serial No.
DAC Instrument Settings A
M P
L T
U D
E log 90 7D 60----
40--
301 20 t0 Sweep: 0 -10 =
6.329" Depth E Metal Path 114T SDH Pulser.
High Pulse Energy:
High Pulse Width:
N/A Rep Rate:
Auto Damping:
150 Ohms Display Mode:
Fullwave Filter:
STD Reject:
Off Pulse Amplitude:
Fixed Frequency:
Fixed Range:
6.329" Velocity:
.2332 Delay:
0.00 Zero Offset:
12.98 Gain - Axial Scan:
62.7dB Gain - Circ. Scan:
N/A dB UJ Pulse Echo 1
Dual Field Simulator CS Rompas SIN LMT-17 Calibration Verification Reflector:
1/4T SDH 2" RAD Initial Calibration Time:
08:56 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
13;55 N/A N/A N/A N/A Sweep:
4.0 3.2 Gain:
62.7 dB 47.6 dB Welds Examined Report No.
Comments MSC-D001
)05005 Work Order 1129016 MSD-DO01 105007 Work Order: 1129016 VCB-CO05 105090 Work Order: 1129072 Squint Angle 5° Configuration of Elements: D-SBS Zon. 1/I
.1 04/14/05 A"
q LW Af~vermer, A.
Level Date
.,(?
Dohmen, F.
Daete Bowers, J.
Date Examiner Level iII Review ANII Review NG 142Z Rev. 4
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Calibration Sheet No.:
C-111 Site:
DAEC I -11A Linearity Sneet NO.:
Procedure No.:
ACP 1211.27 Revision:
1 Instrument:
Panametrics Epoch 111 01448103 Manufacturer Model No.
Serial No.
TRL2-ST 2 (24X42) mm Search Unit:
RTD FS-125 mm 02-102 Rectangular 2.0 MHz 60' 1 RL 1.05" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
2 (RG-1 74) 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA / 5.25" 66 OF Serial No.
Material Size I Thickness Temp.
Couplant:
Humex 98165 Thermometer:
3991 Tvoe Batch No.
Serial No.
DAC Instrument Settings 100 S
Notc Pulser.
High Frequency:
Fixed M
7N Pulse Energy:
High Range:
14.45" P
6 L
6--Pulse Width:
N/A Velocity:
.2332 I-Rep Rate:
Auto Delay:
12.91 T
40---Damping:
150 Ohms Zero Offset:
0.0 D
30 Display Mode:
Fullwave Gain - Axial Scan:
7 1,0dB E
2--Filter:
STD Gain - Circ. Scan:
N/A dB 1
Reject:
Off
[) Pulse Echo Dual Pulse Amplitude:
Fixed Sweep: 0 - 10 14.45' Q Depth Metal Path Field Simulator CS Rompas SIN LMT-1 7 Calibration Verification Reflector:
ID Notch 2" RAD Initial Calibration Time:
09:04 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
13:58 N
N/A NIA N/A N/A Sweep:
7.5 1.2 Gain:
71.0 dB 47.2 dB Welds Examined Report No.
Comments MSC-D001 105005 Work Order: 1129016 MSD-DO01 105007 Work Order: 1129016 VCB-C005 105090 Work Order. 1129072 Squint Angle 5" Configuration of Elements: D-SBS
_______-_-ne 2
11 04/14/05 fly&/.~
o Yw-evermer, A.
Level Date L
Dohmen. F.
Date Bowers, J.
Date Examiner Level III Review ANII Review NG 142Z Rev. 4
Nozzle to RPV Coveraee Calculation Sheet Coverage calculated to requirements of Code Case N-613-I Note: calculations performed using 2D plot only Nozzle ID N3 Area required to be examined Axial scan direction: Height x width 5.26 Inches x
3.007 Inches equals 15.7868 square inches Parallel scan direction: Height x width 6.25 Inches x
3.007 inches equals 16.7868 square Inches Total area required to be examined 31.5735 square inches required for complete exam Actual area examined 60 degree R.L Axial scan direction: Height x width 6,25 Inches x
3.007 inches equals 15.7868 square inches Triangular area not examined (if applies) 1.24 112 base x
2.16 height equals 1.3392 square inches Axial scan direction area examined 14.4476 square Inches 60 degree R.L. Parallel scan direction: Height x width 5.25 inches x
1.86 Inches equals 9.766 square Inches Additional Inner 16% area achieved using 40 & 45 degree shear techniques: Height x width 0.7876 inches x
1.08 inches equals 0.8505 square inches Combining all scan directions:
25.0631 square inches for total exam Divide area examined by required area:
equals coverage achieved 79.38 % coverage for total exam Calculations performed by:
Todd Blechincier Level III DAEC Review Frank Dohmen q'Jl./
Level IIl ANII Review Jeremy Bowers
DAEC N3 Coverage Plot Axial scan direction A
60 deg-Examiner--.
Review-.......
Report #-
oo7 Page-of-No coverage ---
'\\Y
_-.Area of cove 60 rage deg.
-7 GF E
DAEC N3 Coverage Plot Parallel scan direction Examiner Review-.
Report# f 1 s*0-o0 Page-of----
No coverage Area of coverage Inner 15%
Nozzle to RPV Coveraqe Calculation Sheet Coverage Re-calculated using IWB-2500-7(b) volume 60S Note: calculations performed using 2D plot only Nozzle ID N3 Main Steam MSC-DO01 & MSD-DOO1 Area required to be examined Axial scan direction: Height x width 6.25 inches x
7.875 inches equals 41.344 square inches Parallel scan direction: Height x width 5.25 inches x
7.875 inches equals 41.344 square inches Total area required to be examined 82.688 square inches required for complete exam Actual area examined 60° R.L. Axial scan direction: Height x width 6.25 inches x
7.875 inches equals 41.344 square inches Triangular area not examined (if applies) 2.5 base x
4.25 height equals 5.3125 square inches A--bhi2 1.218 base x
2.125 height equals 1.2941 square inches Axial scan direction area examined 34.737 square inches 60* R.L. Parallel scan direction: Height x width 5.25 inches x
7.875 inches equals 41.3_" square inches Area not examined (if applicable) 5.26 height x
3.2 width equals 16.8 square inches 5.25 height x
2.125 width equals 11.156 square inches 41.344 inches minus area not examined 27.956 inches equals 13.388 square inches Combining all scan directions:
48.125 square inches for total exam Divide area examined by required area:
equals coverage achieved 58.2 % coverage for total exam 58.2 60' Calculations performed by:
Frank Dohmen Level III 56.1 40' 56.35 45' 170.65 DAEC Review Gary Par 56.83
Nozzle to RPV Coverage Calculation Sheet Coverage Re-calculated using IWB-2500-7(b) volume 45 degree for Inner 15%
Note: calculations performed using 2D plot only Nozzle ID N3 Main Steam MSC-DO01 & MSD-DO01 Area required to be examined Axial scan direction: Height x width 0.7875 inches x
7.875 inches equals 6.20186 square inches Parallel scan direction: Height x width 0.7875 inches x
7.875 inches equals 6.20156 square inches Total area required to be examined 12.4031 square inches required for complete exam Actual area examined 45 degree Axial scan direction: Height x width 0.7875 inches x
7.875 inches equals 6.20156 square inches Triangular area not examined (if applies) 0.75 1/2 base x
0.7875 height equals 0.29531 square inches Rect. area not examined (if applies) 1.375 x
0.7875 equals 1.08281 Axial scan direction area examined 4.82344 square inches 46 degree shear Parallel scan direction: Height x width 0.7875 inches x
7.875 inches equals 6.20156 square inches Area not examined (if applies) 3.0 base x
0.7875 height equals 2.3625 square inches Area not examined (if applies) 2.125 base x
0.7875 height equals 1.67344 square inches Parallel scan direction area examined 2.16563 square inches Combining all scan directions:
6.98906 square inches for total exam Divide area examined by required area:
equals coverage achieved 56.35 % coverage for total exam Calculations performed by:
Frank Dohmen Level III DAEC Review Gary Park ANII Review
Nozzle to RPV Coverage Calculation Sheet Coverage Re-calculated using IWB-2500-7(b) volume 40 degree for Inner 15%
Note: calculations performed using 2D plot only Nozzle ID N3 Main Steam MSC-DOO & MSD-DO001 Area required to be examined Axial scan direction: Height x width 0.7875 inches x
7.876 inches equals 6.20156 square inches Parallel scan direction: Height x width 0.7875 inches x
7.876 inches equals 6.20156 square inches Total area required to be examined 12.4031 square inches required for complete exam Actual area examined 40 degree Axial scan direction: Height x width 0.7875 inches x
7.875 inches equals 6.20156 square inches Triangular area not examined1 ) (if applies) 0 112 base x
0 height equals 0
square inches Rect area not examined(1 (if applies) 0 x
0 equals 0
Triangular area not examined*1 (if applies) 0.66 1/2 base x
0.7875 height equals 0.25988 square inches Rect area not examined 2 ) (if applies) 1.46 x
0.7875 equals 1.14975 Axial scan direction area examined 4.79194 square inches 40 degree shear Parallel scan direction: Height x width 0.7875 inches x
7.875 inches equals 6.20156 square inches Area not examined (if applies) 3.0 base x
0.7875 height equals 2.3625 square inches Area not examined (if applies) 2.126 base x
0.7875 height equals 1.67344 Parallel scan direction area examined 2.16563 square inches Combining all scan directions, 6.95756 square inches for total exam Divide area examined by required area:
equals coverage achieved 56.1
% coverage for total exam Calculations performed by:
Frank Dohmen Level III DAEC Review Gary Park ANII Review
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8/8/95 REVISED PER DURF-0011 DA GO SS SS
/13I219-94 DRAFTED FOR VESSEL INSPECTION PROGRAM MS DF GP SS NO.
DATE REVISION DRFTR. IK'D. ENGRI V,.
NO.
DESCRIPTION BILL OF MATL.
PROCED.
1 FORGING SA508 CLASS 2 2
SAFE END FORGING SA508 CLASS 1 3
1ST CLAD LAYER 309 4
2ND & 3RD CLAD LAYER
.308L 5
SHELL PLATE '4 SA533 CLASS I GR.B 0
0 ro*
00 479 0
-V Is A"rr m
z m
07 SEE VS-01-40<1>
"DETAIL 5-,"
N3A (MSA-J2)
N3B (MSB-J2)
N3C (MSC-J2) 2 N3D (MSD-J2)
U,1~
U) z Nm
(.-o 0
I -
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K
ULTRASONIC EXAMINATION DATA SHEET REACTOR PRESSURE VESSEL WELDS DAEC Rp5011 Calibration Sheet No.:
C-071, C-072 Site:
DACReport No.:
151 Data Sheet No.:
N/A Procedure No.: ACP 1211.27 Rev.
1
/1 System:
Reactor Vessel Exam Surface Temp.:
96 TF Humex
'~ic'FWBDOO1Couplant:
Weld ID:
__BD_0_0____:__
Thermometer SIN:
3991 Batch No.:
98165 Examination Surface:
0( OD Material Type; C
SS Exam Date:
4111/05 Exam Start:
10:40 Lo Reference TDC Ro
Reference:
WCL Exam End:
12:00 Scan Surface Exam Number Search Unit Angle Scan Sensitivity Exam Number Perpendicular UpStream 1
600 RL ZONE 1 74.5 dB 1, 3, 4 Perpendicular DownStream 2
60' RL ZONE 2 79.0 dB 1, 3, 4 Parallel CW 3
Parallel CCW 4
INDICATIONS L (In) From Ref W (In) From Ref Sweep Reading Indication MP or Depth MaxExamination No.
Amp (1 -E 4 L-1 L-Max L-2 W-1 W-Max W-2 SW-I El SW-Max SW-2 Q
% Dac M1 0
M2 Q-_
NRI NIA N/A NIA N/A N/A NIA N/A N/A N/A N/A N/A REMARKSILIMITATIONS WO: 1129008 Obtafined "87:67% Coverage of required volume.
Sei attached coverage plot.
¢II..I¶1,,
[
Pre Examination Data Reviewed evermer, A.
Level Date
- f' Dohmen, F.,
fDate Bowers, J.
Date vExaminer (s)
Level III Review ANII Review NG-173Z Rev. 0 Page I of 1
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
CaIibr~tion 5~heiit No.:
C-071 Site:
DAEC Linearity Sheet No.:
L-004 Procedure No.:
ACP 1211.27 Revision:
1 Instrument:
Panametrics Epoch 11 01435501 Manufacturer Model No.
Serial No.
TRL2-Aust 2 (24X42) mm Search Unit:
RTD FS-125 mm 00-447 Rectangular 2.0 MHz 60* / Long.
1.05" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
2 (RG-174) 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA / 5.25" 66 01 Serial No.
Material Size I Thickness ITemp.
Couplan t Humex 98165 Thermometer:
3991 Type Batch No.
Serial No.
DAC Instrument Settinqs A
M P
LI T
U DE 801 60-----1-------------
sol 50 40----------------
30---------------
20--
10 I
Sweep: 0 - 10 =
8.003" Q
Depth Metal Path 1/4T SDH Pulser:
High Pulse Energy:
High Pulse Width:
N/A Rep Rate:
Auto Damping:
150 Ohms Display Mode:
Fullwave Filter:
STD Reject:
Off Pulse Amplitude:
Fixed Frequency:
Fixed Range:
8.003" Velocity:
.2309 Delay:
0.000 Zero Offset:
12.38 Gain - Axial Scan:
62.0 dB Gain - Circ. Scan:
N/A dB Q Pulse Echo Dual Field Simulator CS Rompas SIN LMT-1 7 Calibration Verification Reflector:
1/4T SDH 2" RAD Initial Calibration Time:
08:01 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
16:40 N/A N/A N/A N/A Sweep:
4.0 3.4 Gain:
62.0 dB 48.0 dB Welds Examined Report No.
Comments FWB-DO01 105011 WO-1129008 FWC-DO01 105017 WO-1129009
.Squint Angle 3"
_Configuration of Elements: D-SBS
~ ~.ONE I PO CAL AtevermerA.
Level Date Dohmen, F.
Date Bowers, J.
Date Examiner Level III Review ANII Review NG 142Z Rev. 4
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Site DAEC Calibration Sheet No.:
Linearity Sheet No.:
C-072 L-004 Procedure No.:
ACP 1211.27 Revision:
1 Instrument:
Panametrics Epoch III 01435501 Manufacturer Model No.
Serial No.
TRL2-Aust 2 (24X42) mm Search Unit:
RTD FS-125 mm 00-447 Rectangular 2.0 M-Iz 60: I Long.
1.05" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
2 (RG-174) 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA / 5.25" Serial No.
Material Size I Thickness Couplant Humex 98165 Thermometer:
Tvne Batch No.
66
°F Temp.
3991 Serial No.
DAC Instrument Settings 100 90-
-ID A
80 D
Notch Pulser:
High Frequency:
Fixed M
70-Noch Pulse Energy:
High Range:
16.27" PL 60 -
Pulse Width:
N/A Velocity:
.2309 I
SO-Rep Rate:
Auto Delay:
0.000 T
40-Damping:
150 Ohms zero Offset:
12.38 U
D 30--
Display Mode:
Fullwave Gain - Axial Scan:
7 3.0 dB E
20-Filter:
STD Gain - Circ. Scan:
NIA dB 10 Reject Off Pulse Echo Dual Pulse Amplitude:
Fixed Sweep: 0 - 10 =
16.27" Depth Metal Path Field Simulator CS Rompas SIN LMTo1 7 Calibration Verification Reflector:
ID Notch 2" RAD Initial Calibration Time:
07:58 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
16:42 N/A N/A N/A N/A Sweep:
7.5 1.2 Gain:
73.0 dB 48.0 dB Welds Examined Report No.
Comments FWB-D001 105011 WO: 1129008 FWC-DO01 105017 wo: 1129009
_Squint Angle 3' iConfiguration of Elements: O-SBS "eONq 2 S° RL CAL I 4/11/05 Z
t-0i.
/
Jz..
Pvermer, A.
LevelDohmen, F.
Date Bowers, J.
Date Examiner Level III Review ANII Review NG 142Z Rev. 4
DAEC N4 coverage plot Axial scan direction Examine-Review Report # z-r-O Page-.- of No Area of coverage 60'deg.
,A, A"
DAEC N4 coverage plot Parallel scan direction E, Rc R(
- view port #
/1o___
tge of--
A.
).....
No coverage Area of coverage
.ne 15 cover4ge H
F E
ULTRASONIC EXAMINATION DATA SHEET NOZZLE TO SHELL WELD AND INNER RADIUS Site:
DAEC Report No.:
105011 Calibration Sheet No.:
C-075 THROUGH C-081 Data Sheet No.:
N/A Procedure No.:
ACP 1211.44 Rev.
0 System:
Reactor Vessel Exam Surface Temp.:
96 "F
Humex Couplant:
FWB-Bore, FWB-Nozzle, 3991 98165 Nozzle ID:
FWB-D1301 IR Thermometer SIN:
Batch No.:
Examination Surface: IDQ ODE Material Type:
CS 0
SS.
l Exam Date:
04/11/05 Exam Start-,
10:40 Lo Reference TDC Ra
Reference:
WCL Exam End:
12:00 Scan Surface Exam Number Search Unit Angle I Skew Scan Sensitivity Exam Number Vessel CW I1 21.8° +- 90*
63.5 dB 5, 6 Vessel CCW 2
250 +-90' 63.5 dB 3, 4 Blend CW 3
400 +- 900 53.5 dB 3, 4 Blend CCW 4
70° +- 24' 78.5 dB 3, 4 Nozzle Boss CW 5
70- (+ to 360) 78.5 dB 1 2 Nozzle Boss CCW 6
45- (+ to 800) 55.5 dB 1,2 Ind. #
Transducer Azimuth Indication Metal Transducer 'R' Transducer Skew Scan Sensitivity Exam Number Location Path Location NRI N/A N/A N/A N/A N/A N/A REMARKSILIMITATIONS 100% Coverage obtained based on modeling program for nozzle examinations. Reference EPRI report no.: IR-2004-62.
21.80 Exam obtained 95.69% of required volume due to thermocouple obstruction.
See attached limitation sheet.
WO: 1129008 a
Previous E,, mination Data Reviewed 11 04/11105.3 Xevermer, K Level Date
"<V1 Dohmen, F.
Dae Bowers, J Date Examiner Level Ill Rev, ANII Review NG-174Z Rev. 0 Page I of I
I ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Calibration Sheet No.:
C-080 Site:
DAEC Linearity Sheet No.: '-004 Ornto~Ii.rc *'Jfl ACP 1211.44 Revision:
0 Pror-dure No Instrument:
Panametrics Epoch I11 01435501 Manufacturer Model No.
Serial No.
Comp G Search Unit:
Krautkramer 389-055-750 014XX3
.75" Round 2.25 MHz
- If Shear
.8" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to
.D*- 47A l'1) 0 wedge front C a b le :
r,_
Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA 15.25" Serial No.
Material Size I Thickness Couplant:
Humex 98165 Thermometer:
66 OF Temp.
3991 Serial No.
DAC Instrument Settings 100 90-
_ID A
Notch Pulser:
High Frequency:
Fixed M
7D Pulse Energy:
High Range:
8.650" P
60 L
6 Pulse Width:
NIA Velocity:
.1228 1
60-Rep Rate:
Auto Delay:
0.00 T
40 Damping:
150 Ohms Zero Offset:
16.92 0
Display Mode:
Fullwave Gain - Axial Scan:
47.5dB E
20 Filter:
STD Galn - Circ. Scan:
N/A dB 110 Reject:
Off Pulse Echo 0 Dual Pulse Amplitude:
Fixed Sweep: 0 - 10 8.650"
) Depth 1 Metal Path Field Simulator NIA SIN NIA Calibration Verification Reflector:
I) Notch NIA Initial Calibration Time:
08:04 Verification Times; Max Amplitude:
BO%
j NIA Final Calibration Time:
16:58 N/A N/A N/A N/A Sweep:
9.0 N/A Gain:
47.5 dB N/A Welds Examined Report No.
Comments FWB-DO01 105011 Work Order 1129008 FWC-DO01 105017 Work Order: 1129009 Wedge S/N:366-003-087 Configuration of Elements: Single 11 04/11/05Ax..
tevermer, A.
Level Date Dohmen, F.
Date Bowers, J.
Date Examiner Level III Review ANII Review NG 142Z Rev. 4
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Sie AGCalibration Sheet No.:
C-081 SieIDE Linearity Sheet No.:
L-D04 Procedure No.:
ACP 1211.44 Revision:
0 Instrument:
Panametrics Epoch 111 01435501 Manufacturer Model No.
Serial No.
Comp G Search Unit:
Krautkramer 389-055-750 014XX8
.75" Round 2.25 MHz 45' / Shear
.8" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
RG-174 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA / 5.25" 66 OF Serial No.
Material Size I Thickness Couplant:
Humex 98165 Thermometer:
3991 Type Batch No.
Serial No.
DAC Instrument Settings 10D 90 ID A
80 Notch Pulser:
High Frequency:
Fixed M
70 Pulse Energy:
High Range:
8.650" P
SO Pulse Width:
N/A Velocity:
.1228 I
5 Rep Rate:
Auto Delay:
0.00 T
40--
Damping:
150 Ohms Zero Offset:
16.92 U
D 30 Display Mode:
Fullwave Gain - Axial Scan:
47.5 dB E
2 Filter:
STD Gain -Circ. Scan:
NJA dB 10 Reject:
Off Pulse Echo E
Dual Pulse Amplitude:
Fixed Sweep: 0 - 10 8.650" Q Depth Metal Path Field Simulator CS Rompas SIN LMT-17 Calibration Verification Reflector.
ID Notch
.7" SDH Initial Calibration Time:
08:02 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
16:52 N/A N/A NIA N/A Sweep:
9.0 1.2 Gain:
47.5 dB 36.0dB Welds Examined Report No.
Comments FWB-D001 105011 Work Order. 1129008 FWC-DO01 105017 Work Order, 1129009 Wedge S/N:366-001-204 Configur tion of Elements: Single tevermer, A.
Level Date Dohmen, F.
Bowers, J.
Date Examiner Level III Review ANI Review NG 142Z Rev. 4
Nozzle to RPV Coveraqe Calculation Sheet Coverage calculated to requirements of Code Case N-613-I Note: calculations performed using 2D plot only Nozzle 10 N4 Area required to be examined Axial scan direction: Height x width 5.25 inches x
2.86 inches equals 15.015 square Inches Parallel scan direction: Height x width 5.26 inches x
2.86 inches equals 15.015 square inches Total area required to be examined 30.03 square Inches required for complete exam Actual area examined 60 degree R.L Axial scan direction: Height x width 5.25 inches x
2.86 inches equals 15.015 square inches Triangular area not examined (if applies) 0.88 112 base x
1.54 height equals 0.6776 square inches Axial scan direction area examined 14.3374 square Inches 60 degree R.L. Parallel scan direction: Height x width 5.25 Inches x
2.17 Inches equals 11.3926 square inches Additional Inner 15% area achieved using 40 & 45 degree shear techniques: Height x width 0.7875 inches x
0.76 inches equals 0.5985 square inches Combining all scan directions:
26.3284 square Inches for total exam Divide area examined by required area:
equals coverage achieved 87.67 % coverage for total exam Calculations performed by:
Todd e
J Level Ill DAEC Review Frank Doheinel4 Level Ill ANIII Review Jeremy Bowers J9 k-Iqv4
ULTRASONIC EXAMINATION DATA SHEET REACTOR PRESSURE VESSEL WELDS Site:
DAEC Report No.:
105017 Calibration Sheet No.:
C-071, C-072 Data Sheet No.:
N/A Procedure No.: ACP 1211.27 Rev.
1-2, System:
Reactor Vessel Exam Surface Temp,:
96 F
Couplant:
Humex Weld ID:
FWCDO001 Thermometer SIN:
3991 Batch No.:
98165 Examination Surface: IDQ3 ODN Material Type:
CS (a
SS Q
Exam Date.
4/11/05 Exam Start:
14:40 Lo Reference TDC Ro
Reference:
WCL Exam End:
1600 Scan Surface Exam Number Search Unit Angle Scan Sensitivity Exam Number Perpendicular UpStream 1
608 RL ZONE 1 74.5 dB 1, 3, 4 Perpendicular DownStream 2
608 RL ZONE 2 79.0 dB
- 1. 3, 4 Parallel CW 3
Parallel CCW 4
INDICATIONS Sweep Reading indication L (In) From Ref W (In) From Ref OMP or E] Depth Max Examination No.
Amp (1 -4)
L-1 L-Max L-2 W-1 W.Max W-2 N¶1 0 SW-Max M1
[]
M2
[
NRI N/A N/A N/A N/A N/A N/A N/A NIA N/A N/A N/A REMARKSILIMITATIONS WO:1 129009 Obt6fned 87.67%*coverage of required volume.
See attached coverage plot.
Previous Examination Data Reviewed Leve 04111/05
'~~*~.J
,Stevermer, A.
Level Date 4
Dohmen, F.
Dale Bowers, J.
Date Examiner (s)
Level 1l) Review ANI1 Re*vew NG-173Z Rev. 0 Page I of 1
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Site:
DAEC Calibration Sheet No.:
Linearity Sheet No.:
C-071 L-004 Procedu re No..
ACP 1211.27 Revision:
1 Instrument:
Panametrics Epoch 11 01435501 Manufacturer Model No.
Serial No.
TRL2-Aust 2 (24X42) mm Search Unit:
RTD FS-125 mm 00-447 Rectangular 2.0 MHz 600 ( Long.
1.05" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
2 (RG-174) 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA / 5.25" Serial No.
Material Size I Thickness Couplant:
Humex 98165 Thermometer:
Type Batch No.
66 OF Temp.
3991 Serial No.
DAC Instrument Settings
- 1~
A M
P LI T
U D
E luu.
go 1-80 ---
At ----
so -
soo 40 20 10H Sweep: 0 - 10 =
8.003" U Depth I
Metal Path 114T SDH Pulser:
High Pulse Energy:
High Pulse Width:
N/A Rep Rate:
Auto Damping:
150 Ohms Display Mode:
Fullwave
- Filter, STD Reject:
Off Pulse Amplitude:
Fixed Frequency:
Fixed Range:
8.003" Velocity:
.2309 Delay:
0.000 Zero Offset:
12.38 Gain - Axial Scan:
62,0dB Gain - Circ. Scan:
N/A dB Ej Pulse Echo 1
Dual Field Simulator CS Rompas SIN LMT-17 Calibration Verification Reflector:
1/4T SDH 2" RAD
'Initial Calibration Time:
08:01 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
16:40 N/A N/A N/A N/A Sweep:
4.0 3.4 Gain:
62.0 dB 48.0 dB Welds Examined Report No.
Comments FWB-DO01 105011 WO-1 129008 FWC-D001 105017 wo-1t2go09 iSquint Angle 3=
Configuration of Elements: D-SBS ever_
er__A___I_______ONE I O° K CAL 11 04/11/05 4wAv.
4,-eA AtevermerA.
Level Date Dohmen, F.
- eBowers, J.
Date Examiner Level IMi Review ANi Reylew NG 142Z Rev. 4
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Calibration Sheet No.:
C-072 Site:
DAEC Linearity Sheet No.:
L-004 Procedure No.:
ACP 1211.27 Revision:
1 lns*trtum~nt" Panametrics Epoch III 01435501 Manufacturer Model No.
Serial No.
TRL2-Aust 2 (24X42) mm Search Unit:
RTD FS~125 mm 00-447 Rectangular 2.0 MHz 60* / Long.
1.05" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
2 (RG-174) 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA / 5.25" 66 OF Serial No.
Material Size I Thickness Temp.
Couplant:
Humex 98165 Thermometer:
3991 Type Batch No.
Serial No.
DAC Instrument Settings A
M P
L I
T U
D E
1o0~
80-70 so---------------
40 30--
30 Sweep: 0 - 10=
16.27" QL Depth 1 Metal Path ID Notch Pulser.
High Pulse Energy:
High Pulse Width:
N/A Rep Rate:
Auto Damping:
150 Ohms Display Mode:
Fullwave Filter:
STD Reject:
Off Pulse Amplitude:,
Fixed Frequency:
Fixed Range:
16.27" Velocity:.
.2309 Delay:
0.000 Zero Offset:
12.38 Gain - Axial Scan:
73.0 dB Gain - Circ. Scan:
N/A dB U Pulse Echo 1* Dual Field Simulator CS Rompas SIN LMT-17 Calibration Verification Reflector:
ID Notch 2" RAD Initial Calibration Time:
07:58 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
16:42 N/A N/A N/A N/A Sweep:
7.5 1.2 Gain:
73.0 dB 48.0 dB Welds Examined Report No.
Comments FWB-DO01 105011 WO: 1129008 FWC-D001 105017 WO: 1129009 Squint Angle 3° Configuration of Elements: D-SBS
______._______--' ____ZON5 2 6 RL CAL 71 04/11105 q11'~
vermer, A Level Date Dohmen, F.
'Date Bowers, J.
Date Examiner Level III Review ANII Review NG 142Z Rev. 4
Nozzle to RPV Coverage Calculation Sheet Coverage calculated to requirements of Code Case N-613-1 Note: calculations performed using 2D plot only Nozzle ID N4 Area required to be examined Axial scan direction: Height x width 5.26 inches x
2.86 Inches equals 15.015 square Inches Parallel scan direction: Height x width 5.25 inches x
2.86 inches equals 15.015 square inches Total area required to be examined 30.03 square Inches required for complete exam Actual area examined 60 degree R.L. Axial scan direction: Height x width 5.25 inches x
2.86 Inches equals 16.016 square inches Triangular area not examined (if applies) 0.88 112 base x
1.54 height equals 0.6776 square inches Axial scan direction area examined 14.3374 square Inches 60 degree R.L. Parallel scan direction: Height x width 5.25 inches x
2.17 inches equals 11.3925 square inches Additional Inner 15% area achieved using 40 & 45 degree shear techniques: Height x width 0.7875 inches x
0.76 Inches equals 0.5985 square Inches Combining all scan directions:
26.3284 square inches for total exam Divide area examined by required area:
equals coverageechieved 87.67 % coverage for total exam Calculations performed by:
Todd Blechiner Level I
DAEC Review FranPk m
L Level Ill ANIII Review JeremV BowersJ3-tLj -qc
DAEC N4 coverage plot Axial scan direction Examiner 4ý V-,-,.,--
Review K"
Report # _,zl-o,',
Page of A '
No coverage'---
Area of coverage 60 deg.
H> XAI~
DAEC N4 coverage plot Parallel scan direction E*xaminer-
-- °
- eview Fq Report # ý
-, 7 Page --
of-*
No coverage Area of coverage Inner 15%;1c.overage 4H G F
E
ULTRASONIC EXAMINATION DATA SHEET NOZZLE TO SHELL WELD AND INNER RADIUS Site:
DAEC Report No.:
105017 Calibration Sheet No.: C-075 THROUGH G-081 Data Sheet No.:
N/A Procedure No.:
ACP 1211,44 Rev.
0 System:
Reactor Vessel Exam Surface Temp.:
96 F
ouplant:umex FWC-Bore. FWC-Nozzle.
3991 98165 Nozzle ID:
FWC-D001 IR Thermometer SIN:
Batch No.:
Examination Surface: IDQ O[0 Material Type:
CS Q
SS Q
Exam Date:
04111/05 Exam Start:
14:40 Lo Reference TDC Ro
Reference:
WCL Exam End:
16:00 Scan Surface Exam Number Search Unit Angle I Skew Scan Sensitivity Exam Number Vessel CW 1
21.8* +- 900 63.5 dB 5, 6 Vessel CCW 2
25 +-900 63.5 dB
- 3. 4 Blend CW 3
400 +- 900 53.5 dB 3, 4 Blend CCW 4
700 +- 240 78.5 d8 3, 4 Nozzle Boss CW 5
70* (+- 130 to 36')
78.5 dB 1, 2 Nozzle Boss CCW 6
454 (+-596 to 80) 55.5 dB 1,2 Ind. #
Transducer Azimuth Indication Metal Transducer R Transducer Skew Scan Sensitivity Exam Number Location Path Location TransducerSkew
__anSensitivity ExamNumber NRI NIA N/A N/A NIA NIA N/A REMARKSILIMITATIONS 100% Coverage obtained based on modeling program for nozzle examinations. Reference EPRI report no.: IR-2004-62.
WO: 1129009 Previous Ex mitUon Data Reviewed vermer, A.
Level Date-Dohmen, F.
Bowers, J.
Examiner Level Ill Review ANII Review NG-174Z Rev. 0 Page 1 of I
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
SCalibration Sheet No.:
C-080 Site:
DAEC Linearity Sheet No.:
L-004 Procedure No.:
ACP 1211.44 Revision:
0 Instrument:
Panametrics Epoch IlI 01435501 Manufacturer,
Model No.
Serial No.
Comp G Search Unit:
Krautkramer 389-055-750 014XX3
.75" Round 2.25 MHz
/ Shear
.8" Manufacturer Model Serial No.
Size Freq.
Angle I Mode incident to Cable:
RG-174 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA 15.25" 66 OF Serial No.
Material Size I Thickness Temp.
Couplant:
Humex 98165 Thermometer:
3991 Type Batch No.
Serial No.
DAC Instrument Settings 90 --
A so--c-ID Pulser High Frequency:
Fixed M
70 ----
Pulse Energy:
High Range:
8.650" P
L Pulse Width:
N/A Velocity:
.1228 1
50 Rep Rate:
Auto Delay:
0.00 T
49 Damping:
150 Ohms Zero Offset:
16.92 U
D 30-Display Mode:
Fullwave Gain - Axial Scan:
4 7.5 dB E
20-Filter:
STD Gain-Circ. Scan:
N/A dB 10-Reject:
Off Pulse Echo l
Dual Pulse Amplitude:
Fixed Sweep: 0 - ID 6.650" QL Depth Metal Path Field Simulator N/A SIN WA Calibration Verification Reflector:
I D Notch N/A Initial Calibration Time:
08:04 Verification Times.
Max Amplitude:
80%
NIA Final Calibration Time:
16:58
-N/A N/A N/A N/A Sweep:
9.0 NIA Gain:
47.5 dB N/A Welds Examined Report No.
Comments FWB-D001 105011 Work Order: 1129008 FWC-DO01 105017 Work Order: 1129009 Wedge SJN:366-003-087 Configuration of Elements: Single
- 400 +
it 0411t/05 4 qh
/Ktevermer, A.
Level Date Dohmen, F.
Date Bowers, J.
Date Examiner Level I1l Review ANII Revigw NG 142Z Rev. 4
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Calibration Sheet No.:
C-081 L-004 Site:
DAEC LIIInaIIty SIIetL NoU.:
Procedure No.:
ACP 1211.44 Revision.
0 Instrument:
Panametrics Epoch III Model No.
01435501 Serial No.
Manufacturer Comp G Search Unit:
Krautkramer 389-055-750 014XX8
.75" Round 2.25 MHz 45* ( Shear
.8" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
RG-174 12 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA / 5.25" Serial No.
Material Size I Thickness Couplant:
Humex 98165 Thermomet Type Batch No.
66
- F Temp.
r: 3991 Seral No.
I T
U D
E 100--
SO so-ID 70
,Notch 50
'10 Sweep: 0 - 10 =
8.650 C]Depth Metal Path Pulser:
High Pulse Energy:
High Pulse Width:
N/A Rep Rate:
Auto Damping:
150 Ohms Display Mode:
Fullwave Filter:
STD Reject:
Off Pulse Amplitude:
Fixed Frequency:
Fixed Range:
8.6501 Velocity:
.1228 Delay:
0.00 Zero Offset:
16.92 Gain - Axial Scan:
47.5 dB Gain - Circ. Scan:
N/A d1B 0
Pulse Echo U Dual Field Simulator CS Rompas SIN LMT-17 Calibration Verification Reflector:
ID Notch
.7" SDH Initial Calibration Time:
08:02 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
16:52 N/A I
N/A I
N/A N/A Sweep:
9.0 1.2 Gain:
47.5 dB 36.0dB Welds Examined Report No.
Comments FWB-DO01 105011 Work Order: 1129008 FWC-DO01 105017 Work Order: 1129009 Wedge SIN:366-001-204 Configuration of Elements: Single I,
I 41/0 c
tevermer, A.
Level Date Dohmen, F.
Date Bowers, J.
Date Examiner Level III Review ANIl Review NG t42Z Rev. 4
ULTRASONIC EXAMINATION DATA SHEET REACTOR PRESSURE VESSEL WELDS Site:
DAEC Report No.:
105019 Calibration Sheet No.:
C-067, C-068 Data Sheet No..
N/A Procedure No.: ACP 1211.27 Rev.
1
/ i)
System:
Reactor Vessel Exam Surface Temp.:
96 OF CouplantHumex Weld ID:
FW-DO1 Thermometer S/N:
3991 Batch No.:
98165 Examination Surface: IDQ ODG Material Type:
CS 0
SS Q
Exam Date:
4/11105 Exam Start:
12:15 Lo Reference TDC Ro
Reference:
WCL Exam End:
13.50 Scan Surface Exam Number Search Unit Angle Scan Sensitivity Exam Number Perpendicular UpStream 1
60' RL ZONE 1 74.5 dB 1,3, 4 Perpendicular DownStream 2
60' RL ZONE 2 79.0 dB 1, 3, 4 Parallel CW 3
Parallel CCW 4
INDICATIONS L (In) From Ref W (In) From Ref Sweep Reading Indication IMP or Depth MaxExamination No.
Amp (i - 4)
L-1 L-Max L-2 W-1 W-Max W-2 sw-i 0
SW-21
%Dac.
M1 1 SW-Max M2 Q
NRI N/A NIA N/A N/A N/A N/A N/A N/A N/A NIA N/A REMARKSIUMITATIONS WO:1 129010 21baind 87.67% :coverage of required~volume.
See attached coverage plot 0Previous
,xamination Data Reviewed 4:
It 040111/05
-A"/6 "-
ýz VZ___
VanRuler, C.
Level Date "T1&
Dohmen, F.
'Date Bowers, J.
Date Examiner (s)
Level III Review ANII Review NG-173Z Rev. 0 Page I of 1
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Site:
DAEC Calibration Sheet No.:
Linearity Sheet No.:
C-0067 L-004 Procedure No.:
ACP 1211.27 Procedure No.:
ACP 1211.27 Revision:
1 Instrument:
Panametrics Epoch I1l 01435501 Manufacturer Model No.
Serial No.
TRL2-Aust 2 (24X42) mm Search Unit:
RTD FS-125 mm 00-447 Rectangular 2.0 MHz 60' 1 Long.
1.05" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
2 (RG-174) 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA 15.25" Serial No.
Material Size I Thickness Couplant:
Humex 98165 Thermometer:
TvnA R~t~h Nn*
66
°F Temp.
3991 DAC Instrument Settings 100 so-1/4T A
Sc
..... SDH Pulser:
High Frequency:
Fixed M
70--
Pulse Energy:
High Range:
8.003" PL sG Pulse Width; NIA Velocity:
.2309 I
So Rep Rate:
Auto Delay:
0.000 T
40--
Damping:
150 Ohms Zero Offset:
12.38 U
D 30 -
Display Mode:
Fullwave Gain. Axial Scan:
62.0 dB E
20 Filter:
STD Gain-Circ. Scan:
N/A dB 10 Reject:
Off OPulse Echo Dual
ý -_
-Pulse Amplitude:
Fixed Sweep: 0 - 10 8.0030 Depth Metal Path Field Simulator CS Rompas SIN LMT-17 Calibration Verification Reflector:
114T SDH 2" RAD Initial Calibration Time:
08:01 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
16:40 N/A INA N/A N/A Sweep:
4.0 3.4 Gain:
62.0 dB 48.0 dB Welds Examined Report No.
Comments FWD-DG01 105019 Squint Angle 3
_Configuration of Elements: D-SBS
_ZONE 1 600 RL CAL WORK ORDER: 1129010 11 04/111/05 r-
~
9 LoJ7 L-'
oý VanRuler, G.
Level Date Dohmen, F.
Date Bowers, J.
Date Examiner Level IIl Review ANII Review NG 142Z Rev. 4
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Calibration Sheet No.:
C-0068 n~Arcf"
- Ite:
Linearity Sheet No.:
L-004 Procedure No.:
ACP 1211.27 Revision:
1 Instrument:
Panametrics Epoch ill 01435501 Manufacturer Model No.
Serial No.
TRL2-Aust 2 (24x42) mm Search Unit:
RTD FS-125 mm 00-447 Rectangular 2.0 MHz 60 / Long.
1.05" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
2 (RG-174) 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA 15.25" 66 OF Serial No.
Material Size I Thickness Temp.
Couplant!
Humex 98165 Thermometer:
3991 Tvoe Batch No.
Serial No.
DAC Instrument Settings 100 0ID S
Notch Pulser:
High Frequency:
Fixed M
70-N Pulse Energy:
High Range:
16.27" P
s L
0 Pulse Width:
NIA Velocity:
.2309 I
Rep Rate:
Auto Delay:
0.000 T
4C--
Damping:
150 Ohms zero Offset:
12.38 u
D 3C Display Mode:
Fullwave Gain -Axial Scan:
73.0dB E
20--
I Filter.
STD Gain - Circ. Scan:
N/A dB S--Reject.
Off 0 Pulse Echo Dual Pulse Amplitude:
Fixed Sweep:
- 10=
16.27" Depth Metal Path Field Simulator CS Rompas S/N LMT.17 Calibration Verification Reflector:
ID Notch 2" RAD Initial Calibration Time:
07:58 Verification Times:
Max Amplitude:
80%
80%
Final Calibration rime:
16:42 N/A INIA N/A N/A Sweep:
7.5 1.2 Gain:
73.0 dB 48.0 dB Welds Examined Report No.
Comments FWD-DO01 105019 Squint Angle 3_
Configuration of Elements:
D-SBS ZONE 2 60* RL CAL WOR 7
O5IER:1129010 VanRuler, C.
Level Date Dohmen, F.
Date Bowers, J.
Date Examiner Level Ill Review ANII Review NG 142Z Rev, 4
Nozzle to RPV Coverage Calculation Sheet Coverage calculated to requirements of Code Case N-613 Note: calculations performed using 2D plot only Nozzle ID N4 Area required to be examined Axial scan direction: Height x width 5.25 inches x
2.86 inches equals 15.015 square inches Parallel scan direction: Height x width 6.26 inches x
2.86 inches equals 15.015 square inches Total area required to be examined 30.03 square inches required for complete exam Actual area examined 60 degree R.L Axial scan direction: Height x width 6.25 inches x
2.86 inches equals 15.015 square Inches Triangular area not examined (if applies) 0.88 112 base x
1.54 height equals 0.6776 square inches Axial scan direction area examined 14.3374 square inches GO degree R.L Parallel scan direction: Height x width 5.25 Inches x
2.17 inches equals 11.3925 square Inches Additional Inner 15% area achieved using 40 & 45 degree shear techniques: Height x width 0.7875 inches x
0.76 inches equals 0.5985 square inches Combining all scan directions:
26.3284 square Inches for total exam Divide area examined by required area:
equals coverage achieved 87.67 % coverage for total exam Calculations performed by:
DAEC Review ANIII Review Todd Blechinqgr Level Ill Frank Dohmen "k
cc-Level III Jeremy Bowers
-3 i.
): 4-
DAEC N4 coverage plot Axial scan direction Examinet#
o, Report #jros6 Page of No coverage-'
Area of coverage 60 deg.
DAEC N4 coverage plot Parallel scan direction Examiner 41 o-,,
Review' W. _.iL q-Report
_fC2;od-o a Page-- of-No coverage of coverage coverage H
G F
1
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Site:
DAEC Calibration Sheet No.:
Linearity Sheet No.:
C-065 L-004 Procedure No.:
ACP t211.44 Procedure No.:
ACP 1211.44 Revision:
0 Instrument:
Panametrics Manufacturer Epoch III Model No.
01435501 Serial No.
Comp G Search Unit:
Krautkramer 389-055-750 014XX3
.75" Round 2.25 MHz "I, Shear
.8' Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
RG-174 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA / 5,25" 66 OF Serial No.
Material Size I Thickness Temp.
Couplantf Humex 98165 Thermometer.
3991 Tnoe Batch No.
Serial No.
DAC Instrument Settings 90---------------
A 0--
Notch Pulser:
High Frequency:
Fixed M
70-Pulse Energy:
High Range:
8.650" PL Pulse Width:
N/A Velocity:
.1228 I
Rep Rate:
Auto Delay:
0.00 T
40--
Damping:
150 Ohms Zero Offset:
16.92 U
3o "Display Mode:
Fullwave Gain - Axial Scan:
4 7.5 dB E
20-
-Filter.
STD Gain - Circ. Scan:
N/A dB 10 Reject Off U Pulse Echo El Dual Pulse Amplitude:
Fixed Sweep: 0 - 10 s 8.650' Depth Metal Path Field Simulator N/A S/N NIA Calibration Verification Reflector:
ID Notch N/A Initial Calibration Time:
08:04
)
Verification Times:
Max Amplitude:
80%
N/A Final Calibration Time:
16:58 N/A N/A N/A NIA Sweep:
9.0 N/A Gain:
47.5 dB NIA Welds Examined Report No.
Comments IW*-
- I~~I 05019 Work Order 1129010 Wedge S/N:366-003-087 Configuration of Elements: Single
- 40- +- goo 11 04/"1 1/05 VanRuler, C.
Level Date Dohmen, F.
Date Bowers, J.
Date Examiner Level Ill Review ANY Review KG 142 Z RejA 4
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Calibration Sheet No.:
C-059 I.. lAA Site:
DAEC Linearity Sneet rto..,
Procedure No.:
ACP 1211.44 Revision:
0 Instrument:
Panametrics Manufacturer Epoch III Model No.
01435501 Serial No.
Comp G Search Unit:
Krautkramer 389-055-750 014XX8
.75" Round 2.25 MHz 45° /Shear
.8" Manufacturer Model Serial No.
Size Freq.
Angle I Mode incident to Cable:
RG-174 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA / 5.25" 66
°F Serial No.
Material Size I Thickness Temp.
Couplant:
Humex 98165 Thermometer:
3991 Type Batch No.
Serial No.
DAC Instrument Settings 4-A M
P L
I TU D
E go-80-70-60 so-40 30-2o-1o-Sweep: 0 - 10 8.650"
[
Depth Metal Path
' ID Notch Pulser.
High Pulse Energy:
High Pulse Width:
N/A Rep Rate:
Auto Damping:
150 Ohms Display Mode:
Fullwave Filter:
STD Reject Off Pulse Amplitude:
Fixed Frequency:
Fixed Range:
8.650 Velocity:
.1228 Delay:
0.00 Zero Offset:
16.92 Gain - Axial Scan:
4 7. 5 4dB Gain - Circ. Scan:
N/A dB E
Pulse Echo 0
Dual Field Simulator CS Rompas SIN LM-1 7 Calibration Verification Reflector:
ID Notch
.7" SOH Initial Calibration Time:
08:02 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
16:52 NJA N/A N/A N/A Sweep:
9.0 1.2 Gain:
47.5 dB 36.0dB Welds Examined Report No.
Comments FWD-D001 105019 Work Order. 1129010 Wedge SIN:366-001-204 Configuration of Elements: Single 11 04/11/05 11/(C r S
.j9 VanRuler, C.
Level Date Dohmen, F.
Date Bowers, J.
Date Examiner Level III Review IANA Review NG 142Z Rev. 4
ULTRASONIC EXAMINATION DATA SHEET NOZZLE TO SHELL WELD AND INNER RADIUS Site:
DAEC Report No.:
105019 Calibration Sheet No.: C-059 THROUGH C-065 Data Sheet No.:
N/A Procedure No.:
ACP 1211.44 Rev.
0 System; Reactor Vessel Exam Surface Temp.:
96 F
Couplant:
Humex FWD-Bore, FWD-Nozzle.
3991 98165 Nozzle ID:
FWD-D001 IR Thermometer SIN:
Batch No.98 Examination Surface: IDE 1
OL3 Material Type:
Exam Date:
04/11/05 Exam Start:
12:15 L. Reference TDC Ro
Reference:
WCL Exam End:
125 Exam End:
13:50 Scan Surface Exam Number Search Unit Angle I Skew Scan Sensitivity Exam Number Vessel CW 1
21.80 +- 900 63.5 dB 5, 6 Vessel CCW 2
250 +-901 63.5 dB 3, 4 Blend CW 3
400 +- 900 53.5 dB 3, 4 Blend CCW 4
70 ' +- 249 78.5 dB 3, 4 Nozzle Boss CW 5
70' (+- 13' to 36')
78.5 dB 1,2 Nozzle Boss CCW 6
450 (+-59° to 800) 55.5 dB 1,2 Ind. #
Transducer Azimuth Indication Metal Transducer'R' Transducer Skew Scan Sensitivity Exam Number Location Path Location radekw Sn nsit EaN e
NRI N/A N/A NIA N/A N/A N/A REMARKSILIMITATIONS 100% Coverage obtained based on modeling program for nozzle examinations. Reference EPRI report no.: IR-2004-62.
21.80 Exam obtained 95.69% of required volume due to thermocouple obstruction.
See attached limitation sheet.
WO: 1129010 NG-174Z Rev. 0 Page I of I
Nozzle to RPV Coverage Calculation Sheet Coverage Re-calculated using IWB-2500-7(b) volume 60V Note: calculations performed using 2D plot only Nozzle ID N4 Feedwater FWBIC/D-D0OI Area required to be examined Axial scan direction: Height x width 4.687 inches x
7.187 inches equals 33.685 square inches Parallel scan direction: Height x width 4.687 inches x
7.187 inches equals 33.685 square inches Total area required to be examined 67.371 square inches required for complete exam Actual area examined 60* R.L. Axial scan direction: Height x width 4.687 inches x
7.187 inches equals 33.685 square inches Triangular area not examined (if applies) 2.3 base x
3.94 height equals 4.531 square inches A=bh2 1.06 base x
1.85 height equals 0.9805 square inches Axial scan direction area examined 28.174 square inches 60' R.L. Parallel scan direction; Height x width 4.687 inches x
7.187 inches equals 33.685 square inches Area not examined (if applicable) 4.687 height x
2.95 width equals 13.827 square inches 4.687 height x
1.85 width equals 8.671 square inches 33.685 inches minus area not examined 22.498 Inches equals 11.188 square inches Combining all scan directions:
39.362 square inches for total exam Divide area examined by required area:
equals coverage achieved 58.43 % coverage for total exam Calculations performed by:
Frank Dohmen Level 111 58.43 60s 56,46 45° 55.4 40 DAEC Review Gary Par 170.29 56.71
Nozzle to RPV CoveraQe Calculation Sheet Coverage Re-calculated using IWB-2500-7(b) volume 45 degree for Inner 15%
Note: calculations performed using 2D plot only Nozzle ID N4 Feedwater FWBICID-DOOI Area required to be examined Axial scan direction: Height x width 0.703 inches x
7.187 inches equals 5.05246 square inches Parallel scan direction: Height x width 0.703 inches x
7.187 inches equals 5.05246 square inches Total area required to be examined 10.1049 square inches required for complete exam Actual area examined 45 degree Axial scan direction: Height x width 0.703 inches x
7.187 inches equals 5.05246 square inches Triangular area not examined (if applies) 0.703 112 base x
0.703 height equals 0.247 square inches Rect. area not examined (if applies) 1.127 x
0.703 equals 0.79228 Axial scan direction area examined 4.01308 square inches 45 degree shear Parallel scan direction: Height x width 0.703 inches x
7.187 inches equals 5.05246 square inches Area not examined (if applies) 2.95 base x
0.703 height equals 2.07385 square inches Area not examined (if applies) 1.830 base x
0.7030 height equals 1.28649 square inches Parallel scan direction area examined 1.69212 square inches Combining all scan directions:
5.7052 square Inches for total exam Divide area examined by required area:
equals coverage achieved 56.46 % coverage for total exam Calculations performed by:
Frank Dohmen Level Ill DAEC Review Gary Park ANII Review
Nozzle to RPV Coverage Calculation Sheet Coverage Re-calculated using IWB-2500-7%b) volume 40 degree for Inner 15%
Note: calculations performed using 2D plot only Nozzle ID N4 Feedwater FWBIC/D-DO01 Area required to be examined Axial scan direction: Height x width 0.703 inches x
7.187 inches equals 5.05246 square inches Parallel scan direction: Height x width 0.703 inches x
7.187 inches equals 5.05246 square inches Total area required to be examined 10.1049 square inches required for complete exam Actual area examined 40 degree Axial scan direction: Height x width 0.703 inches x
7.187 inches equals 5.05246 square inches Triangular area not examined 1 ) (if applies) 0.38 1/2 base x
0.3 height equals 0.057 square inches Rect. area not examined t1 ) (if applies) 0 x
0 equals 0
Triangular area not examined(21 (if applies) 0.6 1/2 base x
0.703 height equals 0.2109 square inches Rect. area not examined(2) (if applies) 1.25 x
0.703 equals 0.87875 Axial scan direction area examined 3.90581 square inches 40 degree shear Parallel scan direction: Height x width 0.703 inches x
7.187 inches equals 5.05246 square inches Area not examined (if applies) 2.95 base x
0.703 height equals 2.07385 square inches Area not examined (if applies) 1.830 base x
0.703 height equals 1.28649 Parallel scan direction area examined 1.69212 square inches Combining all scan directions:
5.59793 square inches for total exam Divide area examined by required area:
equals coverage achieved 55.4 % coverage for total exam Calculations performed by:
Frank Dohmen Level Ifl DAEC Review Gary Park ANII Review
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ULTRASONIC EXAMINATION DATA SHEET REACTOR PRESSURE VESSEL WELDS Site:
DAEC Report No.:
105045 Calibration Sheet No.:
C-020 C-021 Data Sheet No.:
N/A Procedure No.: ACP 1211.27 Rev.
1
/
)
System:
Reactor Vessel Exam Surface Temp.:
88 F
Couplant:
Ultragel II
- RRG-D.001i***:
3991 00325 Weld ID:
D00:
.Thermometer SIN:
Batch No.:
Examination Surface: IDQ ODU Material Type:
CS a
SS 0
Exam Date:
0410412005 Exam Start:
09:10 Lo Reference TDC Ro
Reference:
WCL Exam End:
10:15 Scan Surface Exam Number Search Unit Angle Scan Sensitivity Exam Number Perpendicular UpStream 1
60W RL ZONE 1 74.5 dB 1, 3, 4 Perpendicular DownStream 2
60- RL ZONE 2 72.5 dB 1, 3,4 Parallel CW 3
N/A N/A N/A INDICATIONS Sweep Reading L (in) From Ref W (In) From Ref SMP or Q Depth Max Indication Examination N.Amp (1 -4)
L-1 L-Max L-2 W-1 W-Max W-2 sM1O SW-Max SW-2 0
%Dac(4 M1 0l M2 Q NRI N/A N/A N/A NIA NIA N/A N/A N/A N/A N/A N/A REMARKSIUMITATIONS
,Single sided accessdue to configuration-ReferenceEPRI Modeling Report
.1IR-2004-62 for inner 15% examinations.
- 1btained.80.44%.ode required volume...i Obtained 80.44% coverage of required volume.
See attached coverage plot.
0 PreviousEx nination Data Reviewed Ate 04104105Ahý
'Stevermer, A.
Level Date Dohmen, F.
Date Bowers, J.
Date Examiner (s)
Level Ill Review ANII Review NG-173Z Rev. 0 Page 11 of I
Nozzle to RPV Coverace Calculation Sheet Coverage calculated to requirements of Code Case N-613-1 Note: calculations performed using 2D plot only Nozzle ID N2G Area required to be examined Axial scan direction: Height x width 6.25 Inches x
3.008 inches equals 15.792 square inches Parallel scan direction: Height x width 5.25 inches x
3.008 inches equals 15.792 square Inches Total area required to be examined 31.584 square Inches required for complete exam Actual area examined 60 degree R.L. Axial scan direction: Height x width 5.25 inches x
3.008 Inches equals 15.792 square inches Triangular area not examined (if applies) 1.3 112 base x
2.24 height equals 1.456 square inches Axial scan direction area examined 14.336 square inches 60 degree R.L Parallel scan direction: Height x width 5.25 inches x
1.95 Inches equals 10.2375 square inches Additional Inner 15% area achieved using 40 & 45 degree shear techniques: Height x width 0.7875 inches X
1.058 Inches equals 0.83318 square inches Combining all scan directions:
25.4067 square Inches for total exam Divide area examined by required area:
equals coverage achieved 80.44 % coverage for total exam Calculations performed by:
Todd BAechinger V Level III DAEC Review Frank Do men l
Level Ill ANIl Review Jeremy Bowers 3(2
'-ft-f9 "
rage OT
Examiner-Plot Review--
Report DAEC N2G Coverage Axial scan direction Page-- of-No Area of coverage
-4 60deg 1
H G
F E
DAEC N2G Coverage Plot Parallel scan direction No coverage
- 2 Examiner Review Report.#..-
Page of-Area of coverage ner 15% coverage H
G F
E
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Cnlibratinn Sh~t W~
C-020 Site:
DAEC Linearity Sheet No.:
L-004 Procedure No.:
ACP 1211.27 Revision:
1 InstrumentL Panametdcs Epoch III 01435501 Manufacturer Model No.
Serial No.
TRL2-AUST 2(24x42)
Search Unit:
RTD FS~125 mm 00-447 mm Rec 2.0 MHz 60 I Long.
1.05" Manufacturer Model Serial No.
Size Freq.
Angle I Mode incident to Cable:
2 (RG-174) 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA / 5.25" 65 OF Serial No.
Material Size I Thickness Temp.
Couplant-Ultragel II 00325 Thermometer:
3991 Type Batch No.
Serial No.
DAC Instrument Settings 100 to90 -
_1/4T A
G-~
SDH Pulser HIGH Frequency:
FIXED M
70--
Pulse Energy:
HIGH Range:
8.003" PL GO -
-Pulse Width:
N/A Velocity:
.2309 I
SO Rep Rate:
AUTO Delay:
0.000 T
40 Damping:
150 OHMS Zero Offset:
12.38 U
D 30-Display Mode:
Full Wave Gain - Axial Scan:
60.5 dB E
20-Filter:
STD Gain - Circ. Scan:
N/A dB Reject OFF 0 Pulse Echo Dual Pulse Amplitude:
Fixed Sweep:. 0 - 10=
8.003" 0
Depth Metal Path Field Simulator: CS ROMPAS SIN LMT-17 Calibration Verification Reflector:
114 T SDH 2" RAD Initial Calibration Time:
07:11 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
11:50 N/A.
N/A N/A N/A Sweep:
4.0 2.6 Gain:
60.5 dB 49.1 dB Welds Examined Report No.
Comments:
RRG-D001 105045 Squint Angle 30 Configuration of Elements: D-SBS ZONE 1 608 RL Cal 11 D4/04105
~
~
yevermer A.
Level Date Dohmen, F Date Bowers, J.
Date Examiner Level III Review ANII Review NQ 142Z Rev. 4
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Calibration Sheet No.;
LineariN Sheet No.*
C-021 Site:
ACP 1211.27 Revision:
1 Instrumente Panametrics Epoch III 01435501 Manufacturer Model No.
Serial No.
TRL2-AUST 2(24x42)
Search Unit:
RTD FS-125 mm 00-447 mm Rec 2.0 MHz 6 0 °/Long.
1.05" Manufacturer Model Serial No.
Size Freq.
Angle I Mode incident to Cable:
2 (RG-174) 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA / 5.25" 65
- F Serial No.
Material Size I Thickness Te-mp Couplant:
Ultragel II 00325 Thermometer:
3991 Type Batch No.
Serial No.
DAC Instrument Settings IO-ID A
Notch Pulser:
HIGH Frequency:
FIXED M
70--
Pulse Energy:
HIGH Range:
16.27" PL 60 Pulse Width:
NIA Velocity:
.2309 I
SO-Rep Rate:
AUTO Delay:
0.000 T
40-Damping:
150 OHMs Zero Offset:
12.38 u
D 30---Display Mode:
Full Wave Gain -Axial Scan:
73.0 dB E
20 Filter STD Gain-Circ.Scan:
N/A dB 10 Reject:
OFF Q Pulse Echo Dual Pulse Amplitude:
Fixed Sweep: 0 - 10 =
16.27" Q Depth Metal Path Field Simulator: CS ROMPAS SIN LMT-017 Calibration Verification Reflector:
ID NOTCH 2" RAD Initial Calibration Time; 07:09 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
11:49 N/A N/A NNA Sweep:
7.5 1.2 Gain:
73,0 dB 49.1 dB Welds Examined Report No.
Comments RRG-DO01 105045 Squint Angle 3' Configuration of Elements: D-SBS ZONE 2 60- RL Cal
.. - -- P__
~Y~::z:::=~- II 04104/051 J11"
/*1 1
X. -I Y3 ý_
-/tevermer, A.
Examiner Level Date Dohmen, F.
Level III Review I I Date I
Bowers, J.
ANtI Rnviaw Date NG 142Z Rev, 4
Nozzle to RPV Coveraae Calculation Sheet Coverage Re-calculated using IWB-2500-7(b) volume.60 Note: calculations performed using 2D plot only Nozzle ID N2 RRG-DOD1 Area required to be examined Axial scan direction: Height x width 5.25 inches x
8.125 inches equals 42.656 square inches Parallel scan direction: Height x width 5.26 inches x
8.125 inches equals 42.656 square inches Total area required to be examined 85.313 square inches required for complete exam Actual area examined 60' R.L. Axial scan direction: Height x width 5.25 inches x
8.125 Inches equals 42.656 squareinches Triangular area not examined (if applies) 2.7 base x
4.66 height equals 6.291 square inches A=bhI2 1.218 base x
2.125 height equals 1.2941 square inches Axial scan direction area examined 35.071 square inches 600 R.L. Parallel scan direction: Height x width 5.26 inches x
8.125 inches equals 42.666 square inches Area not examined (if applicable) 5.25 height x
3.6 width equals 18.9 square inches 5.26 height x
2.125 width equals 11.166 square inches 42.656 inches minus area not examined 30.056 inches equals 12.6 square inches Combining all scan directions:
47.671 square inches for total exam Divide area examined by required area:
equals coverage achieved 55.88 % coverage for total exam 55.88 so' Calculations performed by:
Frank Dohmer Level III 51.63 40' 53.85 45' 161.36 DAEC Review Gary Par 53.73
Nozzle to RPV Coverage Calculation Sheet Coverage Re-calculated using IWB-2600-7(b) volume 40 degree for Inner 15%
Note: calculations performed using 2D plot only Nozzle ID N2 RRG-D001 Area required to be examined Axial scan direction: Height x width 0.7875 inches x
8.125 inches equals 6.39844 square inches Parallel scan direction: Height x width 0.7875 inches x
8.125 inches equals 6.39844 square inches Total area required to be examined 12.7969 square inches required for complete exam Actual area examined 40 degree Axial scan direction: Height x width 0.7876 inches x
8.125 inches equals 6.39844 square inches Triangular area not examined') (if applies) 0.72 112 base x
0.7875 height Rect. area not examined1 ) (if applies) 0 x
0.7875 equals 0
Triangular area not examined2) (if applies) 0.76 112 base x
0.7875 height Rect. area not examined(2) (if applies) 1.37 x
0.7875 equals 1.07888 Axial scan direction area examined 4.73681 square inches 40 degree shear Parallel scan direction: Height x width equals 0.2835 square inches equals 0.29925 square inches 0.7875 inches x
8.
Area not examined (if applies)
Area not examined (if applies)
Parallel scan direction area examined 125 inches equals 6.39844 square inches 3.625 base x
0.7875 height 2.125 base x
0.7875 height 1.87031 square inches equals 2.85469 square inches equals 1.67344 Combining all scan directions:
6.60713 square inches for total exam Divide area examined by required area:
equals coverage achieved 51.63 % coverage for total exam Calculations performed by:
Frank Dohmen Level III DAEC Review ANII Review Gary Park
Nozzle to RPV Coverage Calculation Sheet Coverage Re-calculated using IWB-2500-7(b) volume 45 degree for Inner 15%
Note: calculations performed using 2D plot only Nozzle ID N2 RRG-DOO1 Area required to be examined Axial scan direction: Height x width 0.7875 inches x
8.125 inches equals 6.39844 square inches Parallel scan direction: Height x width 0.7875 inches x
8.125 inches equals 6.39844 square inches Total area required to be examined 12.7969 square inches required for complete exam Actual area examined 45 degree Axial scan direction: Height x width 0.7875 inches x
8.125 inches equals 6.39844 square inches Triangular area not examined (if applies) 0.75 112 base x
0.7875 height equals 0.295 square inches Rect. area not examined (if applies) 1.375 x
0.7875 equals 1.08281 Axial scan direction area examined 5.02031 square inches 45 degree shear Parallel scan direction: Height x width 0.7875 inches x
8.125 inches equals 6.39844 square inches Area not examined (if applies) 3.625 base x
0.7875 height equals 2.855 square inches Area not examined (if applies) 2.125 base x
0.7875 height equals 1.673 square inches Parallel scan direction area examined 1.87031 square inches 0 inches x
0 inches equals 0
square inches Combining all scan directions:
6.89063 square inches for total exam Divide area examined by required area:
equals coverage achieved 53.85 % coverage for total exam Calculations performed by:
Frank Dohmen Level III DAEC Review Gary Park ANII Review
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DESCRIPTION BILL OF MATL.
PROCED.
10/24/00 REVISED PER DURF-0146 DA JAH GP FED 12/]7/9l ISSUED PER DURF-UO133 FOR ECP-1627 JW TAK LAL CEZ DATE REVISION DRFTR. CHK'D. ENGR.
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SAFE END FORGING SB-166 3
SAFE END EXT. FORGING SA336 CLASS F8 S.S.
4 CONSUMABLE INSERT AJNCONEL 82 5
1ST CLAD LAYER 3.309_
6 2ND & 3RD CLAD LAYER 308L 7
THERMAL SLEEVE SB-168 8
THERM. SLEEVE INNER EXT. 304L SA240 9
SHELL PLATE -1 SA533 CLASS I OR.B_
10 THERMAL SLEEVE ADAPTER SB-166 I
240*
SEE WPS-1C3-1F5 OR WPS-143-IF5F7 DETAIL A ORIENTATTON OF WEI 1n PAnfS INCONEL BUTTERING PER WPS-103-2F43 OVERLAY PER WPS-103-IF5 or WPS-143-1F5F7
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DETAIL 1 N2A (RRA-F2)
N2B (RRB-F2)(SEE N2C (RRC-F2)
N2D (RRD-F2)(SEE N2E (RRE-F2)
N2F (RRF-F2)
N2G (RRG-F2)
N2H (RRH-F2)
NOTE 1)
NOTE I)
DETAIL I
<*SEE VS-01-40<2>
DETAIL 7 N2A (RRA-D1)
N2B (RRB-D1)
N2C (RRC-D1)
N2D (RRD-DI)
N2E (RRE-Dl)
N2F ER z.QI)
N2G (
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-_SEE VS-Oi-40<1>
DETAIL 2 N2A (RRA-F2A)
N2B (RRB-F2A)
N2C (RRC-F2A)
N2D (RRD-F2A)
N2E (RRE-F2A)
N2F (RRF-F2A)
AY N20 (RRG-F2A) 2B N2H (RRH-F2A) 51/4.
NOTE:
135Y,,
-I
ULTRASONIC EXAMINATION DATA SHEET REACTOR PRESSURE VESSEL WELDS Site:
DAEC Report No.:
105061 Calibration Sheet No.:-019 THRU C-090 Data Sheet No.:
N/A Procedure No.: ACP 1211.27 Rev.
1-System:
Reactor Vessel Exam Surface Temp.:
88
°F Couplant:
Humex Weld 1D:
JPB*1...
Thermometer SIN:
Batch No.98165 Weld 10 atchNo:
014 Examination Surface: ID[3 OD@
Material Type:
CS 0
SS E
Exam Date:
04/14/05 Exam Start:
14:40 Lo Reference TDC Ro
Reference:
WCL
__________Exam End:
15:20 Scan Surface Exam Number Search Unit Angle Scan Sensitivity Exam Number Perpendicular UpStream 1
600 RL ZONE 1 76.7 dB 1, 3, 4 Perpendicular DownStream 2
60' RL ZONE 2 74.7 dB 1, 3, 4 Parallel CW 3
Parallel CCW 4
INDICATIONS Sweep Reading L (In) From Ref W (In) From Ref SIMP or r] Depth MaxR IndIcation
~M rQDphMxExamination No.
Amp (1-4)
L-1 L-Max L-2 W-1 W-Max W2 SW SW-MaxSW-2
% Dac M11 0 M2 r-_
NRI NIA N/A NIA N/A N/A N/A N/A N/A N/A NIA N/A REMARKSILIMITATIONS WO: 1129013 Limitation: 5" x 3" insulation bracket located 12" below nozzleý. *btained 77.86% coverage ofrequired volume. See attached coverage plot.
N Previous Exalination Data Reviewed 11 04114/05
/
s 30.
4-7 Level Date Doate Bowers, J Date Examiner (s)
Level II Review ANII Review NG-173Z Rev. 0 Page I of I
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Site:
DAEC Calibration Sheet No.:
Linearity Sheet No.:
C-089 L-002 Procedure No.:
ACP 1211.27 Revision:
1 Instrument:
Panametrics Epoch III 01448103 Manufacturer Model No.
Serial No.
TRL2-ST 2 (24X42) mm Search Unit:
RTD FS-125 mm 02-102 Rectangular 2.0 MHz 600 / RL 1.05 Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
2 (RG-174) 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
1E-30 Carbon Steel NA / 5.25" Serial No.
Materal Size I Thickness Couplanti Humex 98165 Thermometer:
Tvye Batch No.
66
°F Temp.
3991 Serial No.
DAC Instrument Settings A
M L
T U
D E
95v -
I 1
8a I
I I
Sc0----
40--
30-------------------
it; -
114T SDH Pulser.
High Pulse Energy:
High Pulse Width; N/A Rep Rate; Auto Damping:
150 ohms Display Mode:
Full Wave Filter:
STD Reject:
Off Pulse Amplitude:
Fixed Frequency:
Fixed Range:
6.329" Velocity:
.2332 Delay:
0.0 Zero Offset:
12.98 Gain - Axial Scan:
6 2.7 dB Gain - Circ. Scan:
N/A dB l0 Pulse Echo Dual Sweep: 0 -
[
Depth 10=
6.329" a Metal Path Field Simulator CS Rompas SIN LMT-17 Calibration Verification Reflector:
1/4T SDH 2" RAD.
Initial Calibration Time:
08:56 I
Verification Times:
Max Amplitude:
800/0 80%
Final Calibration Time:
16:02 N/A I
N/A NIA N/A Sweep:
4.0 3.2 Gain:
62.7dB 47.6 dB Welds Examined Report No.
Comments JPB-D001 105061 Work Order 1129013 Squint Angle 5O Configuration of Elements: D-SBS ZONE1 11 04/14/D5nt" Jq5 tevderme A.
Level Date Dohmen, F.
Date Bowers, J.
Date Examiner Level III Review ANII Review NG 142Z Rev. 4
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Calibration Sheet No.:
Linearity Sheet No.:
C-090 L-002 Site:
DAEC Procedure No.:
ACP 1211.27 Revision:
1 Instrument:
Panametrics Epoch II1 01448103 Manufacturer Model No.
Serial No.
TRL2-ST 2 (24X42) mm Search Unit:
RTD FS-125 mm 02-102 Rectangular 2.0 MHz 60' / RL 1.05" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
2 (RG-174) 12-0 wedge front Type Length No. of Connectors Calibration Standard:
1 E-30 Carbon Steel NA J 5.25" 66 OF Serial No.
Material Size I Thickness Temp.
Couplant:
Humex 98165 Thermometer:
3991 Tfnt lt.~h Nn Serial No.1 DAC Instrument Settings too-so ID A
80 Notch Pulser:
High Frequency:
Fixed M
70 Pulse Energy:
High Range:
14.45" L
-0 Pulse Width:
N/A Velocity:
.2332 I
So Rep Rate:
Auto Delay:
12.98 T
4---
Damping:
150 ohms Zero Offset:
0.0 uD 30 --
Display Mode:
Full Wave Gain-Axial Scan:
71,OdB E
20 -
Filter.
STD Gain - Circ. Scan:
NIA dB to Reject:
Off OPulse Echo Dual Pulse Amplitude:
Fixed Sweep: 0 - 10 14.45
[J Depth Metal Path Field Simulator CS Rompas SIN LMT-17 Calibration Verification Reflector:
ID Notch 2" RAD.
Initial Calibration Time:
09:04 (Verification imes:
Max Amplitude:
80%
80%
Final Calibration Time:
16:03 NIA NiA IN/A N/A Sweep:
7.5 1.2 Gain:
71.0 dB 1
47.2 dB Welds Examined Report No.
Comments JPB-D001 105061 Work Order: 1129013 Squint Angle 5' Configuration of Elements: D-SBS, ZONE2 11 D4114/05 4
L..-----
.#o.o"j-
-¶evermner, A.
Level Date
/\\
Dohmen, F.
Date Bowers. J.
Date Examiner Level III Review AN!I Review NG 142Z Rev. 4
DAEC N8 Coverage Plot Parallel scan direction No coverage I
Inner 15%coeaLeI Area of co*
--,xaminer
&eport
ýeprtLfQ1570(ýL "age- - - of-vierage H
G F E
DAEC N8 Coverage Plot Parallel scan direction Examiner Review-Report #
Page_
of---.
No cover inner 15%
Area of coverage H
GF E
F E
Nozzle to RPV Coverage Calculation Sheet Coverage calculated to requirements of Code Case N-613 -1 Note: calculations performed using 2D plot only Nozzle ID N8 Area required to be examined Axial scan direction: Height x width 5.25 Inches x
3.008 inches equals 15.792 square Inches Parallel scan direction: Height x width 5.25 inches x
3.008 inches equals 15.792 square inches Total area required to be examined 31.584 square Inches required for complete exam Actual area examined 60 degree R.L. Axial scan direction: Height x width 5.25 inches x
3.008 inches equals 14.9803 square Inches Note: Only 94.86% of axial scan surface area examined due to Insulation bracket interference Triangular area not examined (if applies) 1.29 112 base x
2.14 height equals 1.3803 square inches Axial scan direction area examined 13.6 square Inches 60 degree R.L. Parallel scan direction: Height x width 5.25 Inches x
1.93 inches equals 10.1325 square inches Additional Inner 15% area achieved using 45 degree shear technique: Height x width 0.7875 inches x
1,09 inches equals 0.85838 square Inches Combining all scan directions:
24.5909 square Inches for total exam Divide area examined by required area:
equals coverage achieved 77.86 % coverage for total exam Calculations performed by:
Todad Bechin2er Level III DAEC Review Frank Dohmen L/,*l*"
Level III ANII Review Jeremy Bowers
Nozzle to RPV Coverage Calculation Sheet Coverage Re-calculated using IWB-2500-7(b) volume 60r Note: calculations performed using 2D plot only Nozzle ID N8 JPB-DOO1 Area required to be examined Axial scan direction: Height x width 5.25 inches x
8.187 Inches equals 42.982 square inches Parallel scan direction: Height x width 5.25 inches x
8.187 inches equals 42.982 square inches Total area required to be examined 85.964 square inches required for complete exam Actual area examined 60° R.L. Axial scan direction: Height x width 5.25 inches x
8.187 inches equals 42.982 square inches Triangular area not examined (if applies) 2.52 base x
4.82 height equals 6.073 square Inches A=bhI2 1.24 base x
2.12 height equals 1.314 square inches Axial scan direction area examined 35.594 square inches 0.828 29.476 sq in x 94.86% due to bracrket 27.961 60° R.L. Parallel scan direction: Height x width 5.25 inches x
8.187 inches equals 42.982 square inches Area not examined (if applicable) 5.25 height x
3.4 width equals 17.85 square inches 5.25 height x
2.12 width equals 11.13 square inches 42.982 inches minus area not examined 28.98 inches equals 14.0018 square inches Combining all scan directions:
41.963 square inches for total exam Divide area examined by required area:
equals coverage achieved 48.81 % coverage for total exam 48.8 Calculations performed by:
Frank Dohmen Level III 53.49 160.63 DAEC Review GaryPa 53.49
Nozzle to RPV Coverage Calculation Sheet Coverage Re-calculated using IWB-2500-7(b) volume 40 degree for Inner 16%
Note: calculations performed using 2D plot only Nozzle ID N8 JPB-DOO1 Area required to be examined Axial scan direction: Height x width 0.7875 Inches x
8.187 inches equals 6.44726 square inches Parallel scan direction: Height x width 0.7875 inches x
8.187 inches equals 6.44726 square inches Total area required to be examined 12.8945 square inches required for complete exam Actual area examined 40 degree Axial scan direction: Height x width 0.7875 inches x
8.187 inches equals 6.44726 square inches Triangular area not examined 1) (if applies) 0.26 1/2 base x
0.22 height equals 0.0286 square inches Rect. area not examined') (if applies) 0 x
0 equals 0
Triangular area not examined2) (if applies) 0.645 112 base x
0.7875 height equals 0.26397 square inches Rect. area not examined2 ) (if applies) 1.49 x
0.7875 equals 1.17338 Axial scan direction area examined 4.99132 square inches 40 degree shear Parallel scan direction: Height x width 0.7875 inches x
8.187 inches equals 6.44726 square inches Area not examined (if applies) 3.3 base x
0.7875 height equals 2.599 square inches Area not examined (if applies) 2.125 base x
0.7875 height equals 1.673 Parallel scan direction area examined 2.176 square inches Combining all scan directions:
7.16639 square inches for total exam Divide area examined by required area:
equals coverage achieved 55.58 % coverage for total exam Calculations performed by:
Frank Dohmen Level Ill DAEC Review Gary Park ANII Review
Nozzle to RPV Coverage Calculation Sheet Coverage Re-calculated using IWB-2500-7(b) volume 46 degree for Inner 15%
Note: calculations performed using 2D plot only Nozzle ID N8 JPB-DO01 Area required to be examined Axial scan direction: Height x width 0.7875 inches x
8.187 inches equals 6.44726 square inches Parallel scan direction: Height x width 0.7875 inches x
8.187 inches equals 6.44726 square inches Total area required to be examined 12.8945 square inches required for complete exam Actual area examined 45 degree Axial scan direction: Height x width 0.7875 inches x
8.187 Inches equals 6.44726 square inches Triangular area not examined (if applies) 0.75 112 base x
0.7875 height equals 0.295 square inches Rect. area not examined (if applies) 1.366 x
0.7875 equals 1.075 Axial scan direction area examined 5.07701 square inches 45 degree shear Parallel scan direction: Height x width 0.7875 inches x
8.187 inches equals 6.44726 square inches Area not examined (if applies) 3.3 base x
0.7875 height equals 2.599 square inches Area not examined (if applies) 2.125 base x
0.7875 height equals 1.673 square inches Parallel scan direction area examined 2.17508 square inches Combining all scan directions:
7.25209 square inches for total exam Divide area examined by required area:
equals coverage achieved 56.24 % coverage for total exam Calculations performed by:
Frank Dohmen Level Ill DAEC Review Gary Park ANII Review
LN
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$UCTION (WELD A
ULTRASONIC EXAMINATION DATA SHEET REACTOR PRESSURE VESSEL WELDS Site:
DAEC Report No.:
105065 Calibration Sheet No.:
C-104, C-105 Data Sheet No.:
N/A Procedure No.: ACP 1211.27 Rev.
1-
-7) system*
Reactor Vessel Exam Surface Temp.:
9
°F Humex Systm:
Exm Sufac Tep.:Couplant:
Weld ID: -i8*-001 Thermometer SIN:
3991 Batch No.:
Examination Surface: I130 ODQ Material Type:
[)
Exam Date:
04/12/05 Exam Start:
12:30 Lo Reference TDC Ro
Reference:
WCL Exam End:
13:10 Scan Surface Exam Number Search Unit Angle Scan Sensitivity Exam Number Perpendicular UpStream 1
600 RL Zone 1 76.4 dB 1, 3, 4 Perpendicular DownStream 2
60' RL Zone 2 87.6 dB 1, 3, 4 Parallel CW 3
N/A N/A N/A INDICATIONS I
Sweep Reading L (In) From Ref W (In) From Ref QMP or [] Depth Max Examination No.
Amp (1a-m4)
L-1 L-Max L-2 W-A W-Max W-2 SW-1 0 SW-Max SW-2 0
% Dac M1 3
IM20 NRI N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A REMARKSILIMITATIONS WO: 1129015 Single side access due to configuration. 'Refere.nce.EPRicieodeling report No. IR-2004-62 for inner 15% examination.rObtained 824.... coverage :of required volume..Seeýattached coverage plot.
Previous Examination Data Reviewed it 04112105 2 2A/k'
- Stevermer, A.
Date Dohmen, F.
Date Bowers, J.
Examiner (s)
Level III Review ANII Review NG-173Z Rev. 0 Page I of I
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Calibration Sheet No.:
C-104 Site:
DAEC Linearity Sheet No.:
L-004 Procedure No.:
ACP 1211.27 Revision:
1 Instrument:
Panametrics Epoch III 01435501 Manufacturer Model No.
Serial No.
TRL2-Aust 2 (24x42) mm Search Unit:
RTD FS~125 mm 00-447 Rectangular 2.0 MHz 60* / Long.
1.05" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
2 (RG-174) 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA / 5.25" Serial No.
Material Size I Thickness Couplanto Humex 98165 Thermometer:
- Tune, Rt~.h Nn_
67 01 Temp.
3991
- I! i DAC Instrument Settings 100..
9D 114T A
80 SDH Pulser-.
High Frequency:
Fixed M
7T --
Pulse Energy:
High Range:
8.003" P
60_
L 6C Pulse Width:
N/A Velocity:
.2309 I
Rep Rate:
Auto Delay:
0.00 T
40 Damping:
150 Ohms Zero Offset:
12.38 U
D o
Display Mode:
Fullwave Gain - Axial Scan:
62.4 dB E
2-Filter:
STD Gain - Circ. Scan:
N/A dB S
Reject:
Off 0 Pulse Echo Dual Pulse Amplitude:
Fixed Sweep: 0 - 10 =
8.003" Q3 Depth a
Metal Path Field Simulator CS Rompas SIN LMT.17 Calibration Verification Reflector:
1/4T SDH 2" RAD Initial Calibration Time:
09:17 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
15:25 NIA N/A N/A N/A Sweep:
4.0 2.4 Gain:
62.4 dB 47.4 dB Welds Examined Report No.
Comments VIB-D001 105065 Work Order: 1129015 Squint Angle 5" Configuration of Elements: D-SBS Zone 1 60o RL Cal.
11 04/12/05 PtoC..3 EDDtevermer, A.
Level Date Dohmen, F.
Date Bowers, J.
Date Examiner Level III Review ANII Review NG 142Z Rev. 4
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION).
Calibration Sheet No.:
Site:
DAEC C-105 I _1iAA I Linearity Sneet No.:
_.-,,,_-r Procedure No.:
ACP 1211.27 Revision:
1 Instrument:
Panametrics Epoch III 01435501 Manufacturer Model No.
Serial No.
TRL2-Aust 2 (24X42) mm Search Unit:
RTD FS-125 mm 00-447 Rectangular 2.0 MHz 60° I Long.
1.05" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
2 (RG-174) 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA 1 5.25" 67
'F Serial No.
Material Size I ThIckness Temp Couplant!
Humex 98165 Thermometer:
3991 Tyoe Batch No.
Serial No.
DAC Instrument Settings ID A
80
-o-ID Pulser:
High Frequency:
Fixed M
To Notch-Pulse Energy:
High Range:
16,27" P
60 Pulse Width:
N/A Velocity:
.2309 I
So
-RepRae:
Auto Delay:
0,00 T
40 1
Damping:
150 Ohms Zero Offset:
12.38 U
30 Display Mode:
Fullwave Gain -Axial Scan:
7 5.6dB E
20-Filter:
STD Gain - Circ. Scan:
NIAdB 1-
-"Reject Off E3 Pulse Echo Dual
-Pulse Amplitude:
Fixed Sweep: 0 -0
=
16.27" Depth a
Metal Path Field Simulator CS Rompas SIN LMT-17 Calibration Verification Reflector:
ID Notch 2" RAD Initial Calibration rime:
09:15 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
15:26 N/A NlA N/A NIA Sweep:
7.5 1.2 Gain:
75.6 dB 49.1 dB Welds Examined Report No.
Comments VIB-DO01 105065 Work Order. 1129015 Squint Angle 5" Configuration of Elements: D-SBS Zone 2 60* RL Cal.
9I6I1 04/12/05
~o S.-
tevermer, A-Level Date cT175 Dohmen, F.
Date Bowers, J.
Date Examiner evel IIl Review ANII Review NG 142Z Rev. 4
Nozzle to RPV Coverage Calculation Sheet Coverage calculated to requirements of Code Case N-61 3-1 Note: calculations performed using 2D plot only Nozzle ID N11 Area required to be examined' Axial scan direction: Height x width 5.25 Inches x
2.859 Inches equals 15.0098 square inches Parallel scan direction: Height x width 5.25 inches x
2.859 inches equals 15.0098 square inches Total area required to be examined 30.0195 square inches required for complete exam Actual area examined 60 degree R.L. Axial scan direction: Height x width 5.25 Inches x
2.859 inches equals 16.0098 square inches Triangular area not examined (if applies) 1.33 1V2 base x
2.16 height equals 1.42975 square inches Axial scan direction area examined 13,58 square inches 60 degree R.L. Parallel scan direction: Height x width 5.26 inches x
1.96 inches equals 10.29 square Inches Additional Inner 15% area achieved using 45 degree shear technique: Height x width 0.7875 Inches x
1.1 inches equals 0.86625 square Inches Combining all scan directions:
24.7363 square inches for total exam Divide area examined by required area:
equals coverage achieved 82.4 % coverage for total exam Calculations performed by:
Todd Biechinger Level Ill DAEC Review Frank Dohmen
"*0c-Level Ill ANII Review Jeremy Bowers
DAEC NIl Coverage Plot Parallel scan direction Examine Review Report#
Page of-No coverage Area of coverage Inner 15%
H G
F E
DAEC N 11 Coverage Plot
\\\\
Parallel scan direction Examine ne__*.
Review-Report # -~, sco'-
Page.-
of
-x No coverage&
Inner 15% cove Area of coverage H
G F
E
Nozzle to RPV Coverage Calculation Sheet Coverage Re-calculated using IWB-2600-7(b) volume 45 degree for Inner 15%
Note: calculations performed using 2D plot only Nozzle ID Nil VIB-DO01 Area required to be examined Axial scan direction: Height x width 0.703 inches x
7.187 inches equals 5.05246 square inches Parallel scan direction: Height x width 0.703 inches x
7.187 inches equals 5.05246 square inches Total area required to be examined 10.1049 square inches required for complete exam Actual area examined 45 degree Axial scan direction: Height x width 0.703 inches x
7.187 inches equals 5.05246 square inches Triangular area not examined (if applies) 0.703 112 base x
0.703 height equals 0.2471 square inches Rect. area not examined (if applies) 1.127 x
0.703 equals 0.79228 Axial scan direction area examined 4.01308 square inches 45 degree shear Parallel scan direction: Height x width 0.703 inches x
7.187 inches equals 5.05246 square inches Area not examined (if applies) 2.95 base x
0.703 height equals 2.074 square inches Area not examined (if applies) 1.830 base x
0.703 height equals 1.286 square inches Parallel scan direction area examined 1.69212 square inches Combining all scan directions:
5.7062 square inches for total exam Divide area examined by required area:
equals coverage achieved 56.46 % coverage for total exam Calculations performed by:
Frank Dohmen Level III DAEC Review ANII Review Gary Park
Nozzle to RPV Coveraqe Calculation Sheet Coverage Re-calculated using IWB-2500-7(b) volume 600 Note: calculations performed using 2D plot only Nozzle ID Nll VIB-DO01 Area required to be examined Axial scan direction: Height x width 4.687 inches x
7.187 inches equals 33.685 square inches Parallel scan direction: Height x width 4.687 inches x
7.187 inches equals 33.585 square inches Total area required to be examined 67.371 square inches required for complete exam Actual area examined 600 R.L. Axial scan direction: Height x width 4.687 inches x
7.187 inches equals 33.685 square inches Triangular area not examined (if applies) 2.3 base x
3.94 height equals 4.531 square inches A=bh/2 1.06 base x
1.85 height equals 0.9805 square inches Axial scan direction area examined 28.174 square inches 600 R.L. Parallel scan direction: Height x width 4.687 inches x
7.187 inches equals 33.685 square inches Area not examined (if applicable) 4.687 height x
2.95 width equals 13.827 square inches 4.687 height x
1.85 width equals 8.671 square inches 33.685 inches minus area not examined 22.498 inches equals 11.188 square inches Combining all scan directions:
39.362 square inches for total exam Divide area examined by required area:
equals coverage achieved 58.43 % coverage for total exam Calculations performed by:
Frank Dohmen Level 111 58.43 s0o 56.46 45 DAEC Review Gary Park 114,89 57.46
IAK UA ALl H5 3\\bZ11I HLVIStUHJ U-~-~LUHF-UUIO-31 I(AK I UPA I ALII Kb I
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/1N12-08-94 DRAFTED FOR VESSEL INSPECTION PROGRAM MS DF GOP SS NO.
DATE REVISION DRFTR, CHKO. ENGR.
VER.
0<
CD En
-~(D CD)
NO.
DESCRIPTION BILL OF MATIL.
PROCED.
I FORGING SA508 CLASS 2 i
2 SAFE END FORGING SA336 CLASS F8 3
INSERT A
NcoNEL 82 4
1ST CLAD LAYER 3
M 37 5
2NO & 3RD CLAD LAYER 3-L 6
SHELL PLATE -3 SA533 CLASS 1 GR.B I m
-0) m z
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LO In 7 m
-H I
I
ULTRASONIC EXAMINATION DATA SHEET REACTOR PRESSURE VESSEL WELDS Site:
DAEC Report No.:
105064 Calibration Sheet No.:
C-1l1, C-l 8 Data Sheet No.:
N/A Procedure No.:
ACP 1211.27 Rev.
1
/i System:
Reactor Vessel Exam Surface Temp.:
88 OF Couplant' ulmex Weld 1:
D I
Thermometer SIN:
3991 Batch No.:
Examination Surface: IDI3 OD@
Material Type:
CS a
SS a
Exam Date:
04/12/05 Exam Start:
13:20 Lo Reference TDC Ro
Reference:
WCL Exam End:
14:15 Exam End:
14:15 Scan Surface Exam Number Search Unit Angle Scan Sensitivity Exam Number Perpendicular Upstream 1
60* RL Zone 1 76.7 dB 1, 3. 4 Perpendicular DownStream 2
60" RL Zone 2 83.0 dB 1, 3, 4 Parallel CW 3
N/A N/A N/A Parallel CCW 4
N/A NIA N/A INDICATIONS L (in) From Ref W (in) From Ref Sweep Reading Indication NtP or ) Depth Max Examination No.
Amp (1-4)
L-1 L-Max L-2 W.1 W-Max W-2 SWMl D SW-Max sw-2 0
% Dac M11 0]
M2
[]
NRI NIA NIA N/A N/A NIA N/A N/A NIA N/A N/A N/A REMARKSILIMITATIONS WO: 1129014 Single side access due.to configuration.
RefetrenceEPRI modeling reportn-o:JR-2004-62 for inner 15% examination.
Obtained6ý3.71% 6c6verage of required volume dueItopirioximity of skirt weld.
See attached coverage plot.
S/
0 Previous Examination Data Reviewed 4/
II 04112105
-j eL
/o-I~
U tevermer, A.
Level Date
{f)
Dohmen F Date Bowers J Date Examiner (s)
Level III Review ANII Review NG-1 73Z Rev. 0 Page I of I
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Site:
DAEC Calibration Sheet No.:
Linearity Sheet No.:
C-1 17 L-002 Procedure No.:
ACP 1211.27 Revision:
1 Instrument:
Panametrics Epoch III 01448103 Manufacturer Model No.
Serial No.
TRL2-ST 2 (24X42) mm Search Unit:
RTD FS-125 mm'02-102 Rectangular 2.0 MHz 60' / RL 1.05" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
2 (RG-174) 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA / 5.25" Serial No.
Material Size I Thickness Couplant:
Humex 98165 Thermomete Type Batch No.
67 0
r:
3991 Serial No.
DAC Instrument Settings A
M P
L I
T U
D E
1U0 so-Sc ----
70---
BC0----
60 40o 30 -
2o-
'OR I
I I-~
i I
I Sweep: a - 10 =
6.329" Depth f
Metal Path 114T SDH Pulse,:
High Pulse Energy:
High Pulse Width:
N/A Rep Rate:
Auto Damping:
150 Ohms Display Mode:
Fullwave Filter:
STD Reject; Off Pulse Amplitude:
Fixed Frequency:
Fixed Range:
6.329" Velocity:
.2332 Delay:
0.00 Zero Offset:
12.98 Gain - Axial Scan; 62.7 dB Gain - Circ. Scan:
NIA dB Qi Pulse Echo Dual Field Simulator CS Rompas SIN LMT-17 Calibration Verification Reflector:
1/4T SDH 2" RAD Initial Calibration Time:
09:17 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
15:25 N/A N/A N/A N/A Sweep:
4.0 3.2 Gain:
6217 dB 47.6 dB Welds Examined Report No.
Comments LCA-DO01 105064 Work Order: 1129014 Squint Angle 50 Configuration of Elements: D-SBS Zone 1 If.
4/12/05 W
3 Aevermer, A.
Level Date Dohmen, F.
Date Bowers, J.
Date Examiner Level III Review ANII Review NG 142Z Rev. 4
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Calibration Sheet No.:
C-118 Site:
DAEC I.On'i Linearity Sneet N~o.:
Procedure No.:
ACP 1211.27 Revision:
1 Instrument:
Panametrics Epoch 111 01448103 Manufacturer Model No.
Serial No.
TRL2-ST 2 (24042) mmn Search Unit:
RTD FS-125 mm 02-102 Rectangular 2.0 MHz 60W I RL 1.05" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
2 (RG-174) 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA! 5.25" 67 "F
Serial No.
Material Size I Thickness Temp.
- Couplant, Humex 98165 Thermometer:
3991 Tvp Batch No.
Serial No.
DAC Instrument Settings 100 90 A
8o Notch Pulser:
High Frequency:
Fixed M
7-o Pulse Energy:
High Range:
14.45" P
PN L
Pulse Width-NIA
- Velocity,
.2332 1
so Rep Rate:
Auto Delay:
12.98 T
40--
Damping:
150 Ohms Zero Offset:
0.0 u
Display Mode:
Fullwave Gain - Axial Scan:
71.OcdB E
20--
Filter:
STD Gain - Circ. Scan:
NIA dB "r
Reject:
Off
[*Pulse Echo El Dual Pulse Amplitude:
Fixed Sweep: 0 - 10 =
14.45" Q Depth Metal Path Field Simulator CS Rompas SIN LMT-17 Calibration Verification Initial Calibration lime:
09:15 Verification Times:
Final Calibration lime:
15:26 N/A INIA IN/
NA Comments Work Order. 1129014 Squint Angle 5" Configuration of Elements: D-SBS Zone 2 Level Date Examiner Li~vel III Review K10 1-Level IIII Review NG 142Z Rev. 4
DAEC N 10 Coverage Plot Examiner-Review--
Report #
1o5o0GL Page-of-Axial scan direction No Area of Lge 60 deg.
H G
F E
No cove Inner 15%
)AEC ý Paralle 410 Coverage Plot Examinerw__I 11 scan direction Report #-"'5Q-Y---
Page of-H G
F E
Nozzle to RPV Cove~rage Calculation Sheet Coverage Re-calculated using 1WB-2500-7(b) volume 60T Note: calculations performed using 2D plot only Nozzle ID NI0 LCA-DO01 Area required to be examined Axial scan direction: Height x width 5.25 inches x
8.187 inches equals 42.982 square inches Parallel scan direction: Height x width 5.25 inches x
8.187 inches equals 42.982 square inches Total area required to be examined 85.964 square Inches required for complete exam Actual area examined 60° R.L Axial scan direction: Height x width 5.25 inches x
8.187 inches equals 42.982 square inches Triangular area not examined (if applies) 1.46 base x
3.37 height equals 2.460 square inches A-bha2 1.26 base x
2.125 height equals 1.339 square inches Axial scan direction area examined 39.183 square inches x 62%
due to skirt 24.2934 60* R.L. Parallel scan direction: Height x width 5.25 inches x
8.187 inches equals 42.982 square inches Area not examined (if applicable) 5.25 height x
3.3 width equals 17.325 square inches 5.25 height x
2.125 width equals 11.1563 square inches 42.982 inches minus area not examined 28.481 inches equals 14.5005 square inches Combining all scan directions:
38.794 square Inches for total exam Divide area examined by required area:
equals coverage achieved 45.13 % coverage for total exam Calculations performed by:
Frank Dohmen Level III 56.3 101.43 DAEC Review Gary Park 50.72
Nozzle to RPV Coveraqe Calculation Sheet Coverage Re-calculated using IWB-2500-7(b) volume 45 degree for Inner 15%
Note: calculations performed using 2D plot only Nozzle ID NI0 LCA-D001 Area required to be examined Axial scan direction: Height x width 0.7875 inches x
8.187 inches equals 6.44726 square inches Parallel scan direction: Height x width 0.7875 inches x
8.187 inches equals 6.44726 square inches Total area required to be examined 12.8945 square inches required for complete exam Actual area examined 45 degree Axial scan direction: Height x width 0.7875 inches x
8.187 inches equals 6.44726 square inches Triangular area not examined (if applies) 0.7875 112 base x
0.7876 height equals 0.310 square inches Rect. area not examined (if applies) 1.3375 x
0.7875 equals 1.053 Axial scan direction area examined 5.0839 square inches 45 degree shear Parallel scan direction: Height x width 0.7875 inches x
8.187 inches equals 6.44726 square inches Area not examined (if applies) 3.3 base x
0.7875 height equals 2.599 square inches Area not examined (if applies) 2.125 base x
0.7875 height equals 1.673 square inches Parallel scan direction area examined 2.17508 square inches 0 inches x
0 inches equals 0
square inches Combining all scan directions:
7.25898 square inches for total exam Divide area examined by required area:
equals coverage achieved 56.3
% coverage for total exam Calculations performed by:
Frank.Dohmen Level Ill DAEC Review ANII Review Gary Park
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U to NG-07-0809 Description of Examination Limitations for Nozzle LCA-DO01 7 Pages Follow
ULTRASONIC EXAMINATION DATA SHEET NOZZLE TO SHELL WELD AND INNER RADIUS site:
DAEC Report No.:
105W41 Calibration Sheet No.: C-119 THROUGH C-122 Data Sheet No.:
N/A Procedure No.:
ACP 1211.44 Rev.
0 System:
Reactor Vessel Exam Surface Temp.:
88 Couplant:
Humex Nozzle ID:
LCA-D001 IR Thermometer SIN:
3991 Batch No.:
98165 Examination Surface: IDO OD Material Type:
CS a
Ss El Exam Date:
04/12/05 Exam Start; 13:20 Lo Reference TDC Ro
Reference:
WCL Em End:
14:15 Scan Surface Exam Number Search Unit Angle I Skew Scan Sensitivity Exam Number Vessel CW 1
700 (+- 120) 73.1 dB 3, 4 vssel CCW 2
700 (+- 10 to +- 110) 73.1dB 1,2 Blend CW 3
45 0 (+- 430 to +- 64°)
54.5 dB
- 1. 2 Blend CCW 4
N/A N/A N/A Nozzle Boss CW S
nd. #
Transducer Azimuth Indication Metal Transducer'R' Location Path Location Transducer Skew Scan Sensitivity Exam Number NRI N/A N/A N/A N/A N/A N/A REMARKSILIMITATIONS WO: 1129014 100% coverage based on modeling program for nozzle examinations.
Reference EPRI report no. IR-2004-62.
700 (+- 1 °to 110)
Exam obtained 71.69% of required volume due to proximity of skirt weld.
See attached.
Previous Examination Data Reviewed 11 04/12/05
'11
" Al r r teveamer, A Dohmen, F.
Date Bowers, J.
Date Examiner Level III Review ANII Review NG-174Z Rev. 0 Page 1 of I
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Calibration Sheet No.:
Linearitv Sheet No.:
C-120 L-004 Site:
DAEC Procedure No.:
ACP 1211.44 Revision:
0 Instrument:
Panametrics Epoch III 01435501 Manufacturer Model No.
Serial No.
Comp G
.75" Search Unit:
Krautkramer 389-055-750 014XX9 Round 2.25 MHz 700 / Shear 0.9" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
RG-174 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA 1 5.25" 67 OF Serial No.
Material Size I Thickness Temp.
Couplant" Humex 98165 Thermometer:
3991 Type Batch No.
Serial No.
DAC Instrument Settings ID A
SC Notch Pulser:
High Frequency:
Fixed M
70 -
Pulse Energy:
High Range:
23.34" P
6 Pulse Width:
N/A Velocity:
.1228 L
I s--Rep Rate:
Auto Delay:
0.0 T
40 Damping:
150 Ohms Zero Offset:
23.52 U
D 30-Display Mode:
Fullwave Gain -Axial Scan:
6 7.1 dB E
20 -
Filter:
STD Gain - Circ. Scan:
N/A dB 10 Reject:
Off 1Pulse Echo C Dual Pulse Amplitude:
Fixed Sweep: 0 - 10 23.34" C3 Depth Metal Path Field Simulator CS Rompas SIN LMT-17 Calibration Verification Reflector.
ID Notch 2" RAD Initial Calibration Time:
08:30 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
15:29 N/A I N/A N/A N/A Sweep:
B.1 0.9 Gain:
67.1 dB 19.8 dB Welds Examined Report No.
Comments LCA-DO01 IR 105064 Work Order. 1129014 Wedge S/N: 366-001-206 Configuration of Elements: Single 11 04/12/05
^ivermer, A.
Level Date Dohrmen, F.
Date Bowers, J.
Date Examiner Level III Review ANII Review NG 142Z Rev. 4
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
Calibration Sheet No.:
I lnurith, *hkaa Mi C-119 Site:
InaiySetN Proce~dure No.:
ACP 1211.44 Revision" 0
Procedure No.:
Revision:
Instrument:
Panametrics Epoch III 01435501 Manufacturer Model No.
Serial No.
Comp G
.75" Search Unit:
Krautkramer 389-055-750 014XX8 Round 2.25 MHz 450 / Shear 0.8" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
RG-174 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA / 5.25" Serial No.
Material Size I Thickness Couplant Humex 98165 Thermometer:
Type Batch No.
88 OF Temp.
3991 Serial No.
DAC Instrument Settings 100 90 ID A
so Notch Pulser.
High Frequency:
Fixed M
70 Pulse Energy:
High Range:
8.696" PL so Pulse Width:
N/A Velocity:
.1228 I
Rep Rate:
Auto Delay:
0.0 T
4o Damping:
150 Ohms Zero Offset:
16.92 U
D 30 Display Mode:
Fullwave Gain - Axial Scan:
47.5 dB E
20 Filter:
STD Gain - Circ. Scan:
NIA dB 10 Reject:
Off C Pulse Echo QDual Pulse Amplitude:
Fixed Sweep: 0 - 10 Z 8.696" E3 Depth a Metal Path Field Simulator CS Rompas SIN LMT-17 Calibration Verification Reflector:.
ID Notch 2" RAD Initial Calibration Time:
08:49 Verification Times:
Max Amplitude:
80%
80%
Final Calibration Time:
15:33 N/A IN/A JN/A NA Sweep:
8.9 1.2 Gain:
47.5 dB 38.4 dB Welds Examined Report No.
Comments LCA-DO01 IR 105064 Work Order: 1129014 Wedge S/N: 366-001-204 Configuration of Elements: Single Leve1 04/12/05l Review I Le
ýMvdirer, A.
Level Date Dohmen, F.
Date Bowers, J.
Date Examiner Level Ill ReviewI eve NG 142Z Rev. 4
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
I Calibration Sheet No.:
C-121
- 6 A.
nA*f I Linearity Sheet No.:
L-004 Procedure No.:
ACP 1211.44 Revision:
0 Instrument:
Panametrics Epoch III 01435501 Manufacturer Model No.
Serial No.
Comp G
.75" Search Unit:
Krautkramer 389-055-750 014XXB Round 2.25 -MHz "I
Shear 1.___
Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
RG-174 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA / 5.25" Serial No.
Material Size I Thickness Couplant' Humex 98165 Thermomete Tvre Batch No.
67 OF Temp.
r:
3991 Serial No.
DAC Instrument Settings 10o 90 1 J I
-ID 80 Notch Pulser.
High Frequency:
Fixed M
7C0 Pulse Energy:
High Range:
23.34" P
60 Pulse Width:
N/A Velocity:
.1228 I
50 J
Rep Rate:
Auto Delay:
0.0 T
40 Damping:
150 Ohms Zero Offset:
23.52 U
D 3
Display Mode:
Fuliwave Gain - Axial Scan:
67.1 dB E
2-Filter:
STD Gain - Circ. Scan:
N/A dB
'10 Reject:
Off 1 Pulse Echo 0
Dual Pulse Amplitude:
Fixed Sweep: 0 - 10 =
23.34" U Depth 1 Metal Path Field Simulator N/A SIN N/A Calibration Verification PReector.
ID Notch NIA Initial Calibration Time:
08:30 Verification Times:
Max Amplitude:
80%
N/A Final Calibration Time:
15:29 NIA N/A N/A NA Sweep:
8.1 N/A Gain:
67.1 dB N/A Welds Examined Report No.
Comments LCA-DO01 IR 105064 Work Order. 1129014 Wedge S/N: 366-003-097 Configuration of Elements: Single
-Angle:70* - 120 11 04/12J05 J'
I tevermer, A.
Level Date r
Dohmen, F.
Date Bowers, J.
Date Examiner Level Ill Review ANII Review NG 142Z Rev. 4
ULTRASONIC CALIBRATION DATA SHEET (MANUAL EXAMINATION)
ICalibration Sheet No.:
C-122 Site:
DAEC Linearity Sheet No.:
L-004 Procedure No.:
ACP 1211.44 Revision:
0 Instrument:
Panametrics Epoch III 01435501 Manufacturer Model No.
Serial No.
Comp G
.75" Search Unit:
Krautkramer 389-055-750 014XX1 Round 2.25 MHz I Shear 1.0" Manufacturer Model Serial No.
Size Freq.
Angle I Mode Incident to Cable:
RG-174 12' 0
wedge front Type Length No. of Connectors Calibration Standard:
IE-30 Carbon Steel NA / 5.25" Serial No.
Material Size I Thickness
- Couplant, Humex 98165 Thermomete TuM R0t#h d*
67
- F 3emp.
)r.
3991 DAC Instrument Settings 100 ID A
80--
Notch Pulser.
High Frequency:
Fixed M TO Pulse Energy:
High Range:
23.34" P
60 Pulse Width:
N/A Velocity:
.1228 L
I So Rep Rate:
Auto Delay:
0.0 T
4-Damping:
150 Ohms Zero Offset:
23.52 U
D 30 Display Mode:
Fullwave Gain - Axial Scan:
6 7.1 dB E
2-Filter:
STD Gain - Circ. Scan:
N/A dS Reject:
Off Pulse Echo 0 Dual
-Pulse Amplitude:
Fixed Sweep: 0 - 10 =
23.34"
[
Depth Metal Path Field Simulator NIA SIN NIA Calibration Verification Reflector:
ID Notch N/A Initial Calibration Time:
08:30 Verification Times:
Max Amplitude:
80%
N/A Final Calibration Time:
15:29 N/A NiA I
N/A N/A Sweep:
8.1 N/A Gain:
67.1 dB N/A Welds Examined Report No.
Comments LCA-DO01 IR 105064 Work Order: 1129014 Wedge S/N: 366-003-096 Configuration of Elements: Single
- Angle:700 + 120 11 I
04/12/0 5.J*
Atlevermer, A.
Level Date Dohmen, F.
Date Bowers, J.
Date Examiner i
Level Ill Review ANII Review NG 142Z Rev. 4
N10 Limitation Photo 700 +/- (10 to 110) exam scan surface area was reduced to 826.15 square inches due to proximity of skirt weld, 1152.36 square inches were required for 100% examination. Due to the scan area limitation, only 71.69% of the required volume was examined.
Examinej Y//ý/ 03r" Review'- vjA Ar4ý~/WoC ANII Page_-of___
8/22/07 REV1SLU
-H UIUHI--UI0I-1 TAK UA ALI HS 8/8/95 REVISED PER DURF-0011 DL GD SS SS 12-09-94 DRAFTED FOR VESSEL INSPECTION PROGRAM MS OF GP SS D. DATE REVISION DRFTR. CHK'D. ENGR.
VER.
NO.
DESCRIPTION BILL OF MATL.
PROCED.
I FORGING SA508 CLASS 2 2
SAFE END FORGING SB-166 3
INSERT A
INCONEL 82 4
IST CLAD LAYER 3
309 5
2ND & 3RD CLAD LAYER 1308L 6
SIDE PLATE ISA533 CLASS I GR.B_
(D 0
(D 0
(~ D (D-Lr'2 01 z
CD p
-D
'il 01 CI co CID OD m-n m
m z
m 0
z C,-)
Lo 0-"
L m
"m CD -T-1 r -
,- 0 r-M =
-CD El -
to NG-07-0809 Inservice Inspection Report 101070 5 Pages Follow
I UL I RASONIG GALIt5RA I ION DATA SHIF-T (MANUAL EXAMINATION)
Site.: DUANE ARNOLD Calibration Sheet No.:LC-092 Linearity Sheet No.:_L027 Procedure No.: ACP 1211.20 Revision:
3 Instrument STAVELEY SONIC 136 399G Manufacturer Model No.
Serial No.
Search Unit KBA 24384 0.25" 2.25 MHz 45* / SUR 0.35" Manufacturer Serial No.
Size Freq.
AngleWMode Incident to wedge front Cable RG-174 6'
0 Type Length No. of Connectors Calibration Standard PIPE SEGMENT S/S 4.0" 1.337" 68
- F Material Size/Thickness Temp.
Serial No. IE-18 Couplant HUMEX 00165 Thermometer 3471 Type Batch No.
Serial No.
DAC INSTRUMENT SETTINGS A
100 I
I M
90 o I
DAC Construction Sensitivity P
80 F
Gain-Axial Scan 39.4 dB Gain-Axial Scan 51.4 dB LI 70 t'
I Gain-Circ. Scan 44.4 dl)
Gain-Circ. Scan 56.4 dB T
60 Pulse 222 ns Range 2.0' U
50 Damping 500ohms Delay_0.176" E
40 Rep Rate 4 kHz Velocity 0.121 in/us I30 Filter 2 SweepN/A 20
"-Frequency 2.23 MHz Resolution N/A 10 Reject OFF Jack R E)T T
Sweep: 0-10 = 2.0 Q Depth Z Metal Path Field SimulatorROMPAS S/N LMT.032 UALIUSA IIUN Vt"ICPIA i,;IIUN REFLECTOR:
1."
2.0',
Initial Calibration Time 0745 Verification Times A DN/A N/A MAX AMPLITUDE:
25%
Final Verification Time 15 I/
N/A SWI1:
5.0
[10.0
,N: (du) 35.0 5.0 o WF=LUJ EXAMINLU R-=P RT NO.
I.COMMN ITS:
R3B-J4001 101070 NONE RBBoJ002 101201 RBB-).003 101202 A,,Q~m~-
I
~AAL
-7 Examiner Level Date L
ev Date ANII Review Date 4J/*
$401 Page I-L of.
N(5-142L 11ev. 2
I ULTRASONIC EXAMINATION DATA SHEET (MANUAL PIPING) site* DUANE ARNOLD Report No.:_ 101070 Calibration Shoot No.:
c-o9 Data Sheet No.:
NIA Procedure No.:
AC 1211.20 Revision:
System:
RECIRC Exam Surface Temp: 6
" F Couplant: HUME Exam Start:*W5 S00165 Weld ID: RBB-J001 Thermometer SIN:
3471 Batch No.______
Exam End:
1301 Search Unit 45_
Examination Surface: ID (3 OD a Material Type: CS Q SS a
Other. N/A LO
Reference:
TOP DEAD CENTER Axial Scan Sensitivity (dB) 51.4 Wo
Reference:
, WELD CENTERLINE Circ Scan Sensitivity (dB) 16.A Performed Indications Yes No Yes No Component PIPE I With Flow 0
U 0
Axial:.
2 Against Flow Weld F
2 gans Fow 0' U L
Circ 3 Upstream
(
0 03 Centerline 0
CW.
4 D~nstrem a
0 0
a I
W Cira r
5 Upstream 0
a 0
0 VELD-O-ET CCW I.
6 Downstream 1
Q 10 3
C1 Component 7 L-Wave Base Metal 0
a 1
0 0
8 Other N/A Indication L (in) From Ref W In) From Ref Sweep Reading Max Examination No.
L-1 L-L-2 W-1 W-W-2 SW-SW-SW-2 Amp (1-8)
MMax ax Max
%DAC NRI Remarks:
No Recordable Indications.
Reviewed previous Data Report # 91-234. No changes were observed.
Achieved 35.56% code coverage.
Examiner Level Date LeveHevi,/)
ANII Revew Date
"-N 3 Rev.
P3go I of.
NG-143Z Rev. 3
I ULTRASONIC GALIUI5KATIUN DATA 1H11T (MANUAL EXAMINATION)
Sie:DUANE ARNOLD Calibration Sheet No.: C-093 Sie.
Linearity Sheet No.: L-027 Procedure No.: ACP 1211.20 Revision:
3 nItrumen. TA.J
,SONIC 136 399G Manufacturer Model No.
Serilal No.
Seairc h 24384 0.25" 2.25 F
700 / SHR 0.3" Manufactuhz Serial No.
Size Freq.
Angle/Mode Incident to wedge front CablRG-174 6
0 Type Length No. of Connectors Calibration StandadPIPE SEGMENT S/S 4.0"/.337" 68 "F
Material Sze/'Thickess Temp.
Serial No. IE-18 Couoak HM 00165 Thermometer 3471 Type Batch No.
Serial No.
DAC INSTRUMENT SETTINGS A
100--------- 1 1
1 1_______
M 90 DAC Construction L
Gasn-Axial Scan 64.0 dO Galin-A Scan 58.0 dB 1
70 Gain-arc. Scan WA Gain-COri Scan NIA T
So Pulse 222 n Range 2.0" U
so Damping 50oohs Deay 0.340" E
40-R aejte4 kl Velocity 0.121 in/u 30 2
Sweep. N/A 20 Frequency 2.25 MHZ Resolution /A 10 Reject OFF Jack R [3 T Sweep: 0-10 = 2.0" Q Depth aMetal Path Field Simulat*o.
ROMPAS S/Nj LMT-032
.AUWUA I WUN V"MEM IFUN REFLECTOR:
10" 2.0*
Initial Calibration Time 0800 Verification Times N/A N/A MAX AMPPUTUDE:
80%
0 Final Verification Time Isis
-WA MA b~m.5.0 10.0 COIN: (=w) 43.0 43.0 VL*.Ub -AMINP..D RE OCMMeN 15:
RBf-OOI I0IO*O NONE Esemintir Date Lv4U.eIN OaANII Reviewr Date
=,tiA.:-t, 0774/.1-aeIo NG-4ZZ Kern Z
I ULTRASONIC EXAMINATION DATA SHEET (MANUAL PIPING)
Site-DUANE ARNOLD Report No.:-
101o07 Calibration Shoot No...
C-093 Data Shoot No.:
NIA Procedure No.:
ACP 1211.20 Revision:
RECIRC 68 HUMEX 1248 System:
Exam Surface Temp:
- F Couplani:_
Exam Start_
RBB-T0O1341 00165 15 Weld ID':________
Thermometer SIN:
3471 Batch No. _____
Exam End:
1254 Search Unit 7 Examination Surface: ID 3OD U Material Type: CS Q SS 10 Other. NMA Lo Reference, TOP DEAD CENTER Axial Scan Sensitivity (dB)_58.0 Wo
Reference:
WELD CENTERLINE Circ Scan Sensitivity (dB)_NA Performed Indications Yes No Yes No Component PIPE I"
1 With Flow U
Q 0W Axial it 2 Against Flow a
[
I-----Weld F
Circ r
3 Upstream o
W
-1 (3
centerline 0
CW:
4 Downstream 0
1 3
L I
W Circ r
5Upstream ol 1
13 1
WELD-O-LET CCW IL 6 Downstream 13 a
13 (3
Component 7 L-Wave Base Metal o
U U
8 Other MA Indication L (In) From Ref W (in) From Ref Sweep Reding Max Examinaton No.
L-1 L-L-2 W-1 W-W-2 SW-i SW-SW-2 Amp (1-8)
Max Max Max
%DAC NRI RemarKs:
No Recordablc Indications.
Reviewed previous Data Report # 91-234. No changes were observed. Scanned 6dB below reference to maintain 5% to 20% ID Roll.
Achieved 35.56% code coverage.
Examiner Level Date L
RDete ANII Review Date NG-143Z PageR__of 3 NG-143Z Rev. 3
i, COVERAGE PLOT SHEET Cýýdftd.aof PROJECT-RO.O 127 X010"70 SYSTEM: RECAC COMPONENT ID NO: RBB-JTooi CONFIGURATION: Wr4DO-.Lr"
-.- FPI"e VA D 2.03
.858 VACW 2-03
, J.-0A VACCV1 2.03 4.015 EXAMINER
- /L /0 1~
PAGE.3 OF3ý LEVEL DATE LEVE I
to NG-07-0809 Weld HEA-CA-05 Information 4 Pages Follow
SMT:JDE UN1T:I
?ROJEC1~:
MMC.DAoe~;
STABLLIZ-ER BRACkETS CZ) 7*00.5mr,:R VA iS To P V I F-II 51 DE VI E-W
to NG-07-0809 Original Form U-1 for Residual Heat Removal Heat Exchanger 1 Page Follows
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