ML081840607

Millstone, Unit 2, Final Evaluation of Weld Overlay Examinations in Refueling Outage 18

ML081840607
Person / Time
Site:	Millstone
Issue date:	07/01/2008
From:	Bischof G T Dominion, Dominion Nuclear Connecticut
To:	Document Control Desk, Office of Nuclear Reactor Regulation
References
08-0331
Download: ML081840607 (58)

Text

{{#Wiki_filter:Dominion Nuclear Connecticut, Inc. Dominion Boulevard, Glen Allen, Virginia 2.)()(,O W\b*\ddrcss: WWW.dOlll.COlll July 1, 2008 U.S.Nuclear Regulatory Commission Attention: Document Control Desk 11555 Rockville Pike Rockville, MD 20852 Serial No.NL&OS/GAW Docket No.License No.08-0331 R1 50-336 DPR-65 DOMINION NUCLEAR CONNECTICUT, INC.MILLSTONE POWER STATION UNIT 2 FINAL EVALUATION OF WELD OVERLAY EXAMINATIONS IN REFUELING OUTAGE 18 Dominion Nuclear Connecticut, Inc.(DNC)hereby provided the final evaluation for the weld overlays (WOL)of dissimilar metal welds (DMW)performed during Refueling Outage 18 (2R18)for Millstone Power Station Unit 2 (MPS2).This completes the remaining obligations associated with the performance of WOLs in 2R18 using provisions of the NRC approved Alternative Request 89-61, Revision 1 (ADAMS Accession No.ML081150692). Please contact Mr.Geoffrey A.Wertz at (804)273-3572 if you have any questions or require additional information. Sincerely,;t h/6 Vice President-Nuclear Engineering Commitments made in this letter: None

Enclosure:

2R18 Final Weld Overlay (WOL)ExaminationReport cc: U.S.Nuclear Regulatory Commission Region I 475 Allendale Road King of Prussia, PA 19406-1415 Mr.J.D.Hughey NRC Project Manager Millstone U.S.Nuclear Regulatory Commission, Mail Stop OWFN 0-8 83 One White Flint North 11555 Rockville Pike Rockville, MD 20852-2738 NRC Senior Resident Inspector Millstone Power Station Serial No.08-0331 Docket No.50-336 ENCLOSURE 2R18 FINAL WELD OVERLAY (WOll EXAMINATION REPORT MillSTONE POWER STATION UNIT 2 DOMINION NUCLEAR CONNECTICUT, INC.(DNC) 2R18 Final WOL Examination Report Page 1 of 56 2R18 FINAL WELD OVERLAY (WOl)EXAMINATION REPORT The information in the balance of this document is submitted pursuant to the provisions of Section 4.3.1.Required Activities, of the NRC approved Alternative Request RR-89-61, Revision 1.for Millstone Power Station Unit 2 (MPS2), Reference ADAMS Accession No.ML081150692. The required information includes the inspection results for new WOLs to four nozzle to safe end welds, including their respective adjacent stainless steel safe end to elbow or pipe weld.No additional weld overlays were performed during Refueling Outage 18 (2R18).2-inch Cold Leg Charging Line Inlet Nozzle 12-inch Hot Leg Shutdown Cooling Outlet Nozzle 12-inch Hot Leg Surge Line Nozzle 12-inch Cold Leg Safety Injection Nozzle BCH-C-1001 BSD-C-2001 BPS-C-1001 BSI-C-2001 Applicable pages for component descriptions in the report are as follows: WOL Component Description RCS Charging Inlet (BCH-C-1001) RCS Shutdown Cooling (BSD-C-2001) RCS Surge (BPS-C-1 001)RCS Safety Injection (BSI-C-2001) Applicable Pages in Final Report Pages 2-25 Pages 26-35 Pages 36-45 Pages 46-56 Level III Inspector Reviewer Comment Regarding 2R18 Examination Data Reports: The Inservice Inspection (lSI)examination volume to be examined upon completion of the weld overlay consists of the outer 25%of the underlying base material plus the full thickness of the overlay material extending 1/2 inches from the weld toe on each side of the weld.As has been described by provisions of the Alternative Request RR-89-61.Revision 1 for Millstone Power Station Unit 2, the current Appendix VIII, Supplement 11 examination procedures are not qualified to examine the outer 25%of the underlying cast stainless steel safe-end.For weld overlays of welds with cast stainless steel safe-ends, the cast stainless steel material is examined using the Appendix VIII.Supplement 11 qualified procedures as a best effort examination. The examination coverage is reported as the amount of volume examined of qualified material in accordance with the examination procedure. The cast stainless steel volume (remaining volume)is examined as a best effort examination and documented on the coverage calculation sheets of the applicable data package. Struclurallnlegrity Associates, Inc.ULTRASONIC CALl8RA TlON RECORD Report#RCS CHAR INLET WOL;DM WBM&,,1\1 WBM Page l of z.4-Calibration Data Sheet No.MPS-CHR INLET-01 Procedure No.: SI-UT-128 R.evlslon: 1 f!:i:b fz.c{6'5 Instrument Data Search Unit Data CRT Display General Data Reference Block No.: N/A MfgJModel Krautkramer /USN 58R Beam Angle: 70'Mode: L 100%Calibration Block No.: SI*3-AX-01 --Serial No.: 01HF1W wedges: Integral 90 Reference Reflectors: 0.5" SOH Instrument Settings Manufacturer: Megasonlcs 80 X Each Major CRT Dlv.-0.2" File Name: 70*AX MPS2 Model: ess 70L2 70 CRT Calibrated In: Range 2.00'Serial No.: V0442 60 Sound Path 181 Depth 0 Probe Delay: 7.68751015 Size&Shape: 2(1OX18mm) 50 Velocity: 0.2234 in/loiS Number of Elements: 2 40 Search Unit Orientation: Display Delay: 0,040 IJS Frequency: 2.0 MHz 30 Axial 181 eire, 0 Energy: High Focus Sound Path FS=31mm 20 Damping: 1KOHM Measured Angle: 70'10 Calibration Dates&Tlmes PRFMode: Autohlgh Date Time Cable Type: 174 0 Initial Calibration 04118/2008 706 1 234 5 8789 10 PRFValue: 465Hz Cable Length: 6FT Interim Calibration N/A N/A Frequency: 2.0 MHz Number of Connectors: 0 70*@0.50" SOH@82%FSH for PSI Interim Calibration N/A N/A Rectification: Full Wave Couplant Brand: Soundsafe Interim Callbratlon N/A N/A Reject: 0%Couplant Batch: 06120A Final Calibration 04/18/2008 1022 Reference Sensitivity: 57.0dS StetrT.l.P -0t&Uwel: II Date: 04/18/08 II Date: 04/18/08 Examiner: Level: m><0>", Reviewer: Level: III Date: 04/18/08::u"Uo>OO 0):=:'""Tl co 0_.(1):::J:::J Reviewer: Level: QE Date: 04/18/08 8,{g0100 Ol;::l.rd.:J1I<if9.0/0B.. Siructuralintegrlty Associates, Inc.ULTRASONIC CALIBRATION RECORD Report#ReS CHAR INLET WOL;DM WBM&;m1 WBM Pageof z.4 Calibration Data Sheet No.MPS-CHR-lNlET-02 Procedure No.: SI-UT-128 Revision: 1-------II Date: 04/18/08 II Date: 04/18/08 Examiner: Level: Instrument Data Search Unit Data CRT Dfsplay General Data Reference Block No.: N/A Mfg./Model Krautkramer 1 USN 58R Beam Angle: 39°Mode: L 100%Calibration Block No.: SI-3-CIRC-01 --Serial No.: 01HF1W Wedges: Integral 90 Reference Reflectors: 0.6'SOH Instrument Settings Manufacturer: Megasonics 60 X Each Major CRT Dlv.=0.2'FileName: 39°CIRe MPS2 Model: CSS39L2 70 CRT Calibrated In: Range 2.00-Serial No.: V0447 50 Sound Path 181 Depth D Probe Delay: 5.3003JJS Size&Shape: 2(10x18mm) 50 Velocity: 0.2234In1IJS Number of Elements: 2 40 Search Unit Orientation: DIsplay Delay: 0.040 IJS Frequency: 2.0 MHz 30 Axlll 0 eIre.181 Energy: High Focus Sound Path FS=21mm 20 Damping: 1KOHM Measured Angle: 39°10 Calibration Dates&TImes PRFMode: Autohlgh 174 Date Time Cable Type: 0 InlUal CallbrBUon 04/1812008 0732 PRFValue: 465Hz Cable Length: 6FT12 3 4 5 6 7 8 9 10 Interim Calibration NJA N/A Frequency: 2.0 MHz Number of Conneetore: 0 39°CIRC@o.ao" SOH to 83%FSH for lSI Full Wave Interlm CallbraUon NlA NJA Rectification: Couplant Brand: Soundsafe 0%Interim Calibration NlA N/A Reject: Couplant Batch: 06120A Reference Sensitivity: 48.5 dB Final Calibration 0411812008 1033"i'5 flo...y I-Putero Reviewer:Level: III Date: 04/18/08 Reviewer: ..F*.---.Level: QE Date: 04/18/08:or 0/79..0 7 05/)£-K ,A-,vfC. 7'" Z2!'*.t:fS m x tllt-.);;0"Utll CO m=:'11 co 0__CD::>::> S,.jgc.noO O>;::l.r l.Siructurallnlsgrily Associates, Inc.ULTRASONIC CALIBRA TION RECORD Report#RCS CHAR INLET WOL;DM WBM&.l WBM Page ,)of z4 Calibration Data Sheet No. Procedure No.: Sl-UT-128 Revision: 1ic{oB Instrument Data Search Unit Data CRT Display General Data Reference Block No.: 04-6138 Mfg.lModel Krautkramer /USN-'58R Beam Angle: O*Mode: L 100%calibratIon Block No.: SI-3-AX..Q1 Serial No.: 01HF1W Wedges;N/A 90 Reference Reflectors: 0.60'SOH Instrument Settings ManUfacturer: Krautkramer 80 X Each Major CRT Dly.=0.2" FIleName: O*LAMCAL Model: MSEB-2 70 CRT Calibrated In: Range 2.00*Serial No.: 514<0 I-5r481-3751,:(60 Sound Path 181 Depth!lSI Probe Delay: 9.5281",S L: fOe Size&Shape: 2(3.5x10mm) Rll'ct 50 Velocity:.2234 InlllS Number of Elements: 2 40 Search Unit Orientation: Display Delay: 0.042118 Frequency: 2.0 MHz 30 Axial 181 eire.!lSI Energy;High Focus Sound Path N/A 20 Damping: 1KOHM Measured Angle: N/A 10 Calibration Dates&Tlmea PRFMode: Autohlgh Cable TypB: 174 0 Date Time PRFValue: 465 Hz Cable l.ength: 6 feet 1 2 3 4 5 6 7 8 9 10 Initial Calibration 04/13/2008 0755 Frequency: 2.0 MHz Number of Connectors: 0 Interim Calibration N/A N/A Rectification: Full Wave Couplant Brand: Soundsafe Interim Calibration N/A N/A Reject: 0%Couplant Batch: 06120A Interim Calibration NlA N/A Reference SensItIvIty: 57.0 dB Final Calibration 04113/2008 1055 01-6 I'r 0..y$i<:l V:-L..::r:p Examiner: Level: II Date: 04/18/08--Examiner: Level: II Date: 04/18/08 mx Reviewer: Ql N Level: III Date: 04/18/08;0:::J"""DQlOJ (lJ 0_.CTl:::J:::J Reviewer: Level: QE Date: 04/18/08 8,.l!J()100 Ol::l.r:or-.I'/"/..#iC- '-Structural/nteurlty Associates, Inc.ULTRASONIC CALIBRA TION RECORD Report#RCS CHAR INLET WOL;DM WBl\'...SM WBl\Page 4-of 24 Calibration Data Sheet No.MPS-CHR-INLET -04 Procedure No.: SI-UT-128 Revision: 1------ II Date: 04/18/08 II Date: 04/18/08 examiner: Level: m><Qlt-.:)Reviewer: Level: III Date: 04/18/08 2.;:0\lQlCO --en 0_.CD::l::l Reviewer: Level: OE Date: 04/18/08 Q,{g::2: (]l00 Ol;::l.r ItL---- 11g2!.P'f?Instrument Data Search Unit Data CRT Display General Data Reference Block No.: N/A Mfg./Model Krautkramer 1 USN 58R Beam Angle: 42" Mode: L 100%Calibration Block No.: SI-3-CIRC-01 --Serial No.: 01HF1W Wedges: Integral 90 Reference Reflectors: 0.4'SOH Instrument Settings Manufacturer: Megasonics 80 X Each Major CRT Olv.=0.2" FileName: 42" eiRe MPS2 Model: CSS 42L2 70 CRT Calibrated In: Range 2.00" Serial No.: V0446 60 Sound Path C3I Depth 0 Probe Chllsy: 4.1331/.1S Size&Shape: 2(7x12mm)50 Velocity: 0.2234 inl/.ls Number of Elements: 2 40 Search Unit Orientation: Display Delay: 0.040 liS Frequency: 2.0 MHz 30 Axial 0 eIre.CilI Energy: HIgh Focus Sound Path FS"'15mm 20 Damping: 1KOHM Measured Angle: 42*10 Calibration Dates&TImes PRFMode: Autohlgh Date Time cable Type: 174 0 Inltlal calibration 04/1812008 0718 1234 5 6 7 8 9 10 PRFValue: 465Hz Cable Length: 6FT Interim Callbratlon NfA NJA Frtlquency: 2.0 MHz Number of Connectors: 0 Gire 0.4" SOH@83%FSH FOR PSI Interim Callbratlon N/A N/A Rectification: Full Wave Couplant Brand: Soundsafe Interim Calibration N/A N/A ReJect: 0%Couplant Batch: 08120A Flnsl calibration 04/1812008 1028 Reference Sensitivity: 40.5 dB D\:spla..y:I:..t?1ER> " Structurallntsgrlly Associates, Inc.ULTRASONIC CALIBRA TION RECORD Report#ReS CHAR INLET WOL;DM WBM a....1 WBM Pageof 2..4-Calibration Oata Sheet No.MPS-CHR-tNLET-OS Procedure No.: SI-UT-128 Revision: 1------- Instrument Data Search Unit Data CRT Display General Data Reference Block No.: N/A MfgJModel Krautkramer 1 USN 58Ft Be.mAngle: 60'Mode: L 100%Calibration Block No.: SI-3-AX.Q1 --serial No.: 01HF1W Wedges: Integral 90 Reference Reflectors: 0.4" SOH Instrument settings Manufacturer: Megasonics 80 X Each Major CRT DIv." 0.2" FtleName: 60'AX MPS2 Model: CSSe012 70 CRT Calibrated In: Range 2.00" Serial No.: V0444 60 Sound Path r.!SI Depth 0 Probe Delay: 6.30031l5 Size&Shape: 2(7x12mm)50 Velocity: 0.2234 InlllS Number of Elements: 2 40 Search Unit Orlentatlon: Display Delay: 0.0401l5 Frequency: 2.0 MHz 30 Axlal 181 eire.0 Energy: High Focu.Sound Path FS=18mm 20 Damping: 11<OHM Measured Angle: 60'10 Calibration Dates&Times PRFMode: Autohlgh Date TIme Cable Type: 174 0 04/1812008 0748 1 2 3 4 5 6 789 10 Initial Calibration PRFValue: 465Hz Cable Length: 6FT Intarlm calibrationNlANlA Frequency: 2.0 MHz Number of Connectors: 0 60'AX 0.4" SDH@82%FSH for PSI exam Intarlm Calibration N/A N/A Rectification: Full Wave Couplant Brand: Soundsafe Intarlm Calibration N/A NlA Reject: O"Ai Couplant Batch: 06120A Final Calibration 04/18/2008 1052 Reference Sensitivity: 48.5 dB'D\5plC\.'t ...t..'P Structurallnlsgrlty Associates, Inc.UL TRASONIC CALIBRA TION RECORD Report RCS CHAR INLET WOL;DM WBM&.A.WBM.Pageof 2.-4-Calibration Data Sheet No.MPS-CHR-INLET -06 Procedure No.: SI-UT-128 Revision: 1-------rc[06 Instrument Data Search Unit Data CRT Display General Data Reference Block No.: NlA Mfg.lModel Krautkramer 1 USN 58R Beam Angle: OOCR Mode: L 100%Callbratlon Block No.: SI*3--AX-Q1 --serial No.: 01HF1W Wedges: Integral 90 Reference Reflectors: 0.1'SOH Instrument Settings Manufacturer: Megasonlcs 80 X Each Major CRT Dlv.'" 0.2" FileName: ODCRAXMPS2 Model: CSSODCR 70 CRT Calibrated In: Range 2.00'Serial No.: V0445 60 Sound Path llll Depth 0 Probe Delay: 4.3719 J,lS Size&Shape: 2(7x12mm)50 Velocity: O.2234ln/JJS Number of Elements: 2 40 search Unit OrientatIon: Display Delay: 0.040I-lS Frequency: 2.0 MHz 30 Axial llll eire.0 Energy: High Focus Sound Path FS=15mm 20 Damping: 1KOHM Measured Angle: N/A 10 Calibration Dates&Tlmes PRFMode: Autohlgh Date TIme Cable Type: 174 0 InItial Calibration 04/1312008 1056 PRFValue: 485Hz 1 2 3 4 5 6 7 8 9 10 Cable Length: 6FT Interim calibration N/A NlA Frequency: 2.0 MHz Number of Connectors: 0 OOeR AX@0.1" SOH for 82%PSI N/A Interim calibration N/A Rectification: Full Wave Couplant Brand: Soundsafe N/A Interim calibration NfA Reject: 0%Couplant Batch: 06120A 2053 Final Calibration 04/13/2008 Reference sensitivity: 48.5 dBplot,-S+-C\.....i:r::.?**'f II Date: 04/13/08 II Date: 04/13/08 Examiner..Level: m xlllN Reviewer: Level: III Date: 04/18/08;0"UlllClO en 0_.<1l:::J:::J Reviewer: j'f:'----- ..-..J;o!l!. Level: QE Date: 04/18/08 S,{g0100 (J);::\.r r;Jt;L.r/i()fr;e 11I.#h/2L-.7'-ZZ- '-Siruciuralinlegrity Associates, Inc.ULTRASONIC CALIBRA TION RECORD Report#ReS CHAR INLET WOL;DM WBM A..A WBM Page 7 of z..4-Calibration Data Sheet No.MPS-CHR-INlET-07 Procedure No.: SI-UT-128 Revision: 1------- Instrument Data Search Unit Data CRT Display General Data Reference Block No.: NlA Mfg./Model Krautkramer I USN 58R Beam Angle: OOeR Mode: L 100%Calibration Block No.: SI-3-CIRe-01 --Serial No.: 01HF1W Wedges: Integral 90 Reference Reflectors: 0.1" SOH Instrument Settings ManUfacturer: Megasonics 80 X Each Major CRT Dlv." 0.2" FileName: ODCR CIRC MPS2 Model: CSSODCR 70 CRT Calibrated In: Range 2.00-Serial No.: V0448 60 Sound Path 181 Depth 0 Probe Delay: 3.5053 Size&Shape: 2(7x12mm)50 Velocity: Number of Elements: 2 40 Search Unit Orientation: Display Delay: Frequency: 2.0 MHz 30 Axial 0 eIre.181 Energy: High Focus Sound Path FS=15mm 20 Damping: 1KOHM Measured Angle: N/A 10 Calibration Dates&Tlmes PRFMode: Autohlgh Date Time Cable Type: 174 0 Initial Calibration 04/1812008 0741 PRFValue: 466Hz Cable Length: 123 4 5 6 7 8 9 10 6FT Interim Calibration N/A NlA Frequency: 2.0 MHz Number of Connectors: 0 ODCR CIRe 0.1" SOH@83%PSI Interim Calibration NlA N/A Rectification: FuHWave Couplant Brand: Soundsafe Interim Calibration N/A N/A Reject: 0%Couplant Batch: 06120A Reference Sensitivity: 49.5 dB Final Calibration 04/1812008 1047 bsfl tt'{vT I?Examiner: Level: II Date: 04/18/08--Examiner: Level: II Date: 04/18/08-mx Reviewer: Level: Date: 04/18/08 Ql N III;:0"UQlCP--Q.l:::t:" co 0_.C1>::l::l Reviewer:I Level: QE Date: 04/18/08 .-/(::.-.S,.gJ:E-/c.noO a>;::l.r JlL#071'0 4'A/'..zr l.Slruelura/lntegrlty Associates, Inc.UL TRASONIC CALIBRA TION RECORD Report#RCS CHAR INLET WOL;DM WBM&.A WBM Page (3 of 2.4-Calibration Data Sheet No. Procedure No.: SI*UT*128 Revision: 1-------Instrument Data Search Unit Data CRT Display General Data Reference Block No.: N/A MfgJModeJ Krautkramer I USN 58R Beam Angle: SO'Mode: L 100%CallbraUon Block No.: St-3-AX-Q1 --Serlal No.: 01HF1W Wedges: Integral 90 Reference Reflectors: 0.6'SOH Instrument Settings Manufacturer: RTD 80 X Each Major CRT Dlv." 0.2'FileName: SO'AX MPS2 32M Model: 60'70 CRT Calibrated In: Range 2.00'Serial No.: 05-1538 60 Sound Pith ll5l Depth 0 Probe Delay: 6.30031.1S Size&Shape: 2(8X14)C 50 Velocity: 0.2234 in/l.lS Number of Elements: 2 40 Search Unit Ortentatlon: Display Delay: 0.0401.IS Frequency: 2.0 MHz 30 AxIal ll5l eire 0 Energy: High Focus Sound Path FS=3Ornm 20 Damping: 1KOHM Measured Angle: 58'10 Calibration Dates&Tlmes PRFMode: Autohigh Date Time Cable Type: 174 0 04/1812008 0711 1 2 3 4 5 6 7 8 9 10 Initial Callbratfon PRFValue: 465Hz Cable Length: 6FT Interim Calibration NlA NJA Frequency: 2.0 MHz Number of Connectors: 0 60'AX 0.6" SOH@82%FSH for lSI exam Interim Calibration N/A NJA Rectification: Full Wave Couplant Brand: Soundsafe Interim CalibrationN/AN/A Reject: 0%Couplant Batch: 06120A Final Calibration 04/18/2008 1024 Reference 56.0dB b;s phy S+ttn..I..?rzqc!b Examiner.Level: II Date: 04/18/08 II Date: 04/18/08 Examiner: Level: m xlllN 3;0 Reviewer: Level: III Date: 04/18/08 (0:::>:::> Reviewer: Level: QE Date: 04/18/08 8,{g:2: (]lOO Ol;::l.r --:ar A¥"$f/zz-C'j? va;Iurallntegrlty Associates, Inc.Report#ReS CHA INLET WOL;OM WBM&8M.....M Page q of z..4-examination Data Sheet No.: I MPS-CHR-INLET-EXAM-01 ULTRASONIC EXAMINATION RECORD Calibration Data Sheet No.: T SEE BELOW Date: 0411812008 Time: 0839 to 1010 Plant: IMILLSTONE I Unit: I 2 j Procedure No.: I SI-UT-128 jRevlslon: I 1 Scans Performed Yes No Component: NPS RCS COLD LEG CHARGING I NLET WELD OVERLAY (1)0 if req'd 181 D Component Configuration: NOZ to SE to PIPE WOL Examination Angles I Examination Sensitivity (2)(Towards TOC)181 D Weld Overlay Diameter: 3.95" 70°Axial: 42°Clrc: ODCrClrc 0°Axial/eire: (3)(Towards BOC)rzl 0 63.0 dB 45.5 dB 55.5 dB 61.0 dB Weld Overlay Thickness: 0.43" min 1.55" max ODCrAxlal 60°AX 18mm 60°AX30mm N/A (4)CW 181 0 54.5 dB 54.5 dB 62.0 dB Examination Surface:!surface of weld overlay N/A N/A N/A N/A (5)CCW rzl 0 N/A N/A N/A N/A Comments: There were no recordable Indications detected during the course of these examinations. Geometrical Indications originating at the r.O.of the overlaid components were observed dUring these examinations. Examination sensitivity was adjusted to maintain a 5%to 20%baseline noise level.96.8%of the weld overlay examination volume was inspected. Reference Calibration Sheets: MPS-CHR-INLET-01, MPS*CHR-INLET-03, MPS-CHR-INLET-04, MPS-CHR-INLET-05, MPS-CHR-INLET-06, MPS-CHR-INLET-07 and MPS-CHR-INLET-08 Indication Nc%DAC Exam Angle Scan No.L1 lMax 1.2 Indication Length W1 i n.WMaxin.W2 in.Indication Width%Full Screen Width Comments MP 1 T MP Max I MP 2 N/A N/A N/A N/A N/A N/A N/A N/A N/AN/AN/AN/AN/A 1 N/A I N/A N/A Examiner: Level: II Date: 04/18/08 Reviewer: Level:Date: 7tzz....m><O>I\J 3;u I\\A (\",/I Level: J I Date: I 04/18/08""O::i"Reviewer:III 0>0>(0 co CD a_. I Title: I I Date: I 0411 BJ08 IReviewer 1 QE(]laO" Q);::l.'RevJewer: I jI/II U I Title: I.1/C_I Date: I y ft.%8 SJ S'..:turallntsgrity Associates, Inc.Report#ReS CHAR INLET WOL;DM WBM&SIn WBM Page I (;I of 2.4-Examination Data Sheet No.: T MPS-CHR-INLET-EXAM-02 ULTRASONIC EXAMINA TlON RECORD Calibration Data Sheet No.: T SEE BELOW Date: 04118/2008 Time: 0839 to 1010 Plant:/MILLSTONE I Unit: I 2 Procedure No.: I SI-UT-128 I Revision: I 1 Scans Perfonned Yes No Component: 2 INCH NPS RCS CHARGING INLET OM WELD (BCH-C 1001)(1)0 ifreq'd rgj 0 Component Configuration: NOZto SE Examination Angles/Examination Sensitivity (2)(Towards rOC)181 0 Weld Overlay Diameter: 3.95" 60 0 Axial 30 mm: 60 0 Axial 18mm: 39°CIRe N1A (3)(Towards BDC)r81 D 62.0 dB 54.5 dB 56.5 dB Weld Overlay Thickness: 0.43"min to 0.55" max N/A N/A N1A NlA (4)CW r81 D Examination Surface: I Surface of weld overlay NJA NJA N/A NlA (5)CCW 181 0 N/A NJA NJA N/A Comments: There were no recordable Indications detected during the course of these examinations. Geometrical Indications originating at the 1.0.of the overlaid components were observed during these examinations. Examination sensitivity was adjusted to maintain a 5%to 20%baseline noise level.100%of the OM weld (BCH-C-1 001)examination volume was inspected. Reference Calibration Sheets:MPS-CHR-INLET-02,MPS-CHR-INLET-05, MPS-CHR-INLET-08 Indication No%DAC Exam Angle Scan No.Li L Max L2 Indication Length Wi In.WMax In.W2in.Indication Width%Full Screen Width Comments MP 1 I MP Max I MP 2 N/A N/A N/A N/A N/A N/A N/A N/A N/AN/AN/A N/A N/A I N/A I N/A N/A Examiner: Level: II Date: 04/83/08 Reviewer: Level:Date: m x OlN Reviewer: I C\A (\1'\I#I Level: I III I Date: I 04/18/08 I\l§."'0lCX>(0=-."T1 CD 0_.Reviewer I Title: QE Date: 04/18/08 8.{!l::1: c.no 0 O);::l.r Reviewer: I YIIl./)Title: '11l Date:

Associates, Inc.Report#ReS CHAR INLET WOL;DM WBM&WBM Page II of z..q..examination Data Sheet No.: I MPS-CHR-INLET-EXAM-Q3 UL TRASONIC EXAMINATION RECORD Calibration Data Sheet No.: I SEE BELOW Date: 04118/2008 Time: 0839 to 1010 Plant: MILLSTONE I Unit: I 2 Procedure No.: I SI*UT*128 jRevlslon: I 1 Scans Perfonned Yes No Component: 2 INCH NPS RCS CHARGING INLET SM WELD (BCH-C 1003)(1)0 if req'd 181 0 Component Configuration: SEto PIPE Examination Angles 1 Examination Sensitivity (2)(Towards TOe)181 D Weld Overlay Diameter: 3.95" 60 0 Axial 30 mm: 60 0 Axial 18mm: 39°CIRC N/A (3)(Towards SDC)181 0 62.0 dB 54.5 dB 56.5 dB Weld Overlay Thickness: 0.43" min to.55" max N/A N/A N/A N/A (4)CW I8J 0 Examination Surface: ISurface of weld overlay N/A N/A N/A NfA (5)CCW 121 0 N/A N/A N/A N/A Comments: There were no recordable Indications detected during the course of these examinations. Geometrical indications originating at the 1.0.of the overfaid components were observed during these examinations. Examination sensitivity was adjusted to maintain a 5%to 20%baseline noise level.100%of the SM (BCH-C-1003) examination volume was inspected. Reference Calibration Sheets: MPS-CHR*INLET-02, MPS-CHR-INLET-OS, MPS-CHR-INLET-08 Indication No%DAC Exam Angle Scan No.L1 LMax L2 Indication Length W1 in.WMax in.W2in.Indication Width%Full Screen Width Comments MP 1 I MP Max I MP 2 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A I N/A[N/A N/A Examiner: LeVel: II Date: 04/18/08 Reviewer: Level:Date: m><"'N Reviewer: I\.\_A (\,,/I Level: I III Date: "U§.",,,,ex>(0!::!: "'Tl CD 0_. J'Reviewer I ../2----*Title: QE Date: 04/18/08(]lOO Ol;:l.'Reviewer: I/111 J1 Title:-Date:{,aDto, tJ Structural InfBllrlty Associates Report#ReS CHAR INLET WOL;OM WBM&SM WBM Page It-of z.A-MILLSTONE 2 INCH NPS RCS COLD LEG CHARGING INLET WELD OVERLAY AXIAL&CIRCUMFERENTIAL COVERAGE ACHIEVED ON WELD OVERLAY NQl§: The total examlnatlon coverage peroenlBge Is determined by conalderlng the percentage of the required volume examined In 8IICh of the four llClUI dIrectionll (2 exial and 2 circumfetentilll). Each scan direction has a WlIlght of 0.25;the four lIC8I\S therefore combine to 8qual1.O.The percantIlgfJ of coverage for each IlC8n dlrdon III then multiplied by 0.25 (weighing factor), which yields the comteted total examination coverage for each scan.AxIal Scan from Nozzle" 0.238 (.953 x 0.25)Scan from Pipe" 0.238 (.953 x 0.25)CII'CUIllflItenlI Ctoekwlse Scan...0.248 (.984 x 0.25)Counterclockwlae Scan..0.246 (.984 x 0.25)Total Covet8ge: 0.246+<l.248+0.238+0.238".968 or 96.8%Review9-¥04/18/08 QE Reviewed by:. fJfL JI! 4.!J6£Date:'IPO/08. 0"iT m><lllN;:ug:!! 8,.gJ::i:: 0100 cn::l.r (J Structurallntegrlly Associates Report S ReS CHAR INLET WOL;OM WBM&8M W8M Page I b of zA.MILLSTONE 2 INCH NPS RCS COLD LEG CHARGING INLET WELD OVERLAY*AXIAL&CIRCUMFERENTIAL COVERAGE ACHIEVED ON WELD BCH-C-1001 (NOZZLE TO SAFEEND WELD)Date: 04/18/08 l!I215: The total examination coverage percentage Is determined by consldertng the percenlllge of the requlned volume examined In each of the rour acan diredions (2 8ldaland 2 circumferential). Each scan dIredIon has a weight of 0.25;the rour 8C8na th8nlfor&combine to equal 1.0.The percentage of coverage for each lIC8n direclion is then multiplied by 0.25 (\WIghlng factor).which yields the comlCl8d total8lC8minatlon coverage for each scan.Axial Scan tom Nozzle'" 0.25 (1.00 x 0.25)Scan from Pipe'" 0.25 (1.00)(0.25)Circumfel'lllltial Clodcwlse Scan" 0.25 (1.00 x 0.25)CounterclockWise Scan=0.25 (1.00 x 0.25)Total CoV8llllge: 0.25+0.25+0.25+0.25=1.00 or 100%Reviewed by:)rL.9-,6."';///.....-"-'QE Reviewed by:..-..--Date: 04/18/08 f.U 1JE'I p-o/oB/I-?:rz: Y.Z7.Pj'" m><tll",tlltllCXl (Q:::!':." CD 0_. 8,{g::::: 0100 cr>;::l.r e StrudrJrBllnl8fJrlly Associates Report#RCS CHAR INLET WOL;OM W8M&SM WBM Page I tr-of itt MILLSTONE 2 INCH NPS RCS COLD LEG CHARGING INLET WELD OVERLAY AXIAL&CIRCUMFERENTIAL COVERAGE ACHIEVED ON WELD BCH-C-1003 (SAFEENDTO PIPE WELD)t!Qm: The total examination oollElrage percentage is determinect by considering the percentage of the required volume examined in each of the four I<:8n directionl (2 axial and 2 circumferential). Each scan dlrectlon hals weight of 0.25;the four I<:8nl therefore combine to equal 1.0.The percentage of ooverage for each scan direction Is then multiplied by 0.25 (weighing factor), Which yields Iha conected lotal examination coverage for each scan.Axlal Sc8n from Nozzle" 0.25 (1.00x 0.25)Scan from Pipe" 0.25 (1.00 x 0.25)CIrCUmferential Clockwise Scan=0.25 (1.00 x 0,25)eounterdockwlse Scan" 0.25 (1.00 x 0.25)Tolal Covemge: 0.25+0.25+0.25+0.25'" 1.00 or 100%Reviewed by:<).Date: 04/18/08 QE Reviewed by: Date: 04/18/08"flU...-JJL fzcr m x OJN v::JOJ OJ 0:> {]l;:Oe!.. 8.i!l{]lOO cn::!.r IJ Structural Int,grity Associates Report III RCS CHAR INLET WOL;OM WBM&8M WBM Page'" Of 2A-MILLSTONE 2 INCH NPS RCS COLD LEG CHARGING INLET WOL (0 0 AXIAL and CIRCUMFERENTIAL) NOTE: 99.4%WOL eKamlnatlon coverage using the O'in the Axial direction both upstream end downstream. 99.4%WOl examination coverage using the O'In the Circumferential direction both clockwise and counterclockwise. Sketch not to scale.See attached profile.04118/08 QE Review:/-;5P-:!,&Z ,p.._00 04/18/08 fJlU.-J1T/I--1zZ..t:>y m x m N"U§.mmCO S,{g::?: (}loO Ol;::l.r e Strut:lllrallnlBl/rity Associates Report#RCS CHAR INL.ET WOL.;OM WBM&SM WBM Page I fI of Z4-MILLSTONE 2 INCH NPS RCS COLO LEG CHARGING INLET WOL (CDer AXIAL) NOTE: WOL examination coverage using the OOer in the Axial direction both upstream and downstream. Sketch Of Wol nollo scale.See at1ache(l WOL proflle.04118108 QE Review: 04/18/08 1JU-:J1I iPoloe IP-£cr ,4.17.$ m x-0§.::2 tutuCXl c.o=: "T1 CD 0_. --J;OQ!.8.{!l(]lOO cn;:::l.r IJ Struclurallntegrlty Associates Report" Res CHAR INLET WOi.;OM WBM&8M WSM Page I 7 of 2.-4--MILLSTONE 2 INCH NPS RCS COLD LEG CHARGING INLET WOL (OOCr CIRCUMFERENTIAL) Re\18\\<}¥NOTE: 98.0%WOI.examination coverage using the ODCr in both the clockwise and counterclockwise directions. Sketch of WOI.not to scale.See attached WOI.profile.04I1810B IJJU.--:ar /fJ./( A/J:r:£- QE Review: 04/18108OlN-o§'OlOlOOg: J] oo;;uQ1.Q,-{g::::: 0'100 Ol;:+r (;structural IntegrIty Associates Report#RCS CHAR WOL;OM WBM&8M WBM Page Iof zA....MILLSTONE 2 INCH NPS RCS COLD LEG CHARGING INLET WOL (70 0 AXIAL) NOTES: 96.7%of the WOL was examined usin91he 70'in the axial direction fecing the nozzle Sketcll ofWOL not to scale.See allaclled WOL profie.04118/08 QE Review:/#-!,dz.l 2-----04118108 IfW-]11: '/p%B 4¢?L:."'N"U"'ClO (Q (0 0 <o;:oQ!.S,-{gU100 m;::l.r lJ Strlltlllrallnlsgrlly AssocIates Report#RCS CHAR INLET WOL;OM WBM&SM WBM Page I"i'of 2-4-MILLSTONE 2 INCH NPS RCS COLD LEG CHARGING INLET WOL OVERLAY (70 0 AXIAL) NOTE: 95.3%of the WOL was examined in the axial direction with the 70'facing the pipe Sketch of WOL not to scale.See attached WOL pronle.04118/08 QE Review: 4P-::.m-: e*.-..',-'._-,...04/18/08 I/-IhL:Pi'If 0/082Z.oK m><tu",-0§.tutu ClO cc=:"'T1 co 0_.",::J::J O;U!!!.8,{g::§: (]lOO Ol;:l.r Slrut:turallntBgrlty Associates Report#RCS CHAR INLETWOL;OM WBM&8M WBM Pageof z..4-MILLSTONE 2 INCH NPS RCS COLD LEG CHARGING INLET WELD BCH-C-1001 (60*AXIAl) NOTE: 100%of the OM weld 8CH-C-1001 WBM was examined the 60'in the axial direction facing"pst",,,,,, and downlltream Sketch ofWOL not to scale.See attached profile.04118108 QE Review. ..-04/18/08 r;iW-JIt'//JoMi A-"1z;:. m x OJ I\J"U 2.;ucg gI\J::J::J:2i<.nO 0 o>;:l.r lJ Structural/nlegr/Iy Associates Report#RCS CHAR INLET WOL;OM WBM&SM WBM Page Z.I of ZA-MILLSTONE 21NCH NPS RCS COLD LEG CHARGING LINE WELD BCH*C..1003 (60*AXIAL)NOTE: 100%of1he SM weld BCH*C-1003 WBM examination volume was examined 1I1e 60*in the axial direction facing upstream and downstream. Sketch of WOL not to scale.See attached WOL profile. 04118108 QE Review./#./jz-1[:/...._-'04/18/08 All:£.LJ22.t>Q m x Ol f'C)"U§.OlOlCXl (C CD 0_.f'C):J:J::2:<.nO 0 Q);::l.r l)StnJelurallnfegrlty Associates Report#Res CHAR INLET WOL: OM WBM&SM WBM Page 1---Z-of 2.-4...MILLSTONE 2 INCH NPS RCS COLD LEG CHARGING INLET WOL (42 0 CIRCUMFERENTIAL) NOTE: 98.4%WOL examination coverage using theIn both the clockwise llnd colb1lerclockwise directions. Sk.etch not to scale.See attached WOl prolile.Rev/EM<).'¥-04118108gr'fP-olo'O ,#//:2'£L/.zZ.O$Qe Revlew: 04118108"'i'.)-0§-"'co i'.)::J::J 8,-{g::2: 0100 Slmt:fllrallntegrlty Associates Report#RCS CHAR INLET WOl;OM WBM&8M WBM Page l-?of zA-MILLSTONE 2 INCH NPS RCS COLD LEG CHARGING LINE WELDS BCH*C*1001 and BCH-C*1003 (39°CIRCUMFERENTIAL) 0.13"...---r-Note: 100%of the OM (BCH-C-1OO1) and SM (BCH-C-1003) WBM examination volumes were covered in both the clockwise and counlercloel(wise directions .Sketch of WOL not to scale.See attached WOL profile.04/18108 QE Review: J'!?'-_.--04118/08 1}iW-IJ]: /fi-IL A4:a:</ZZ.C'f{m><OJ N"U§.OJOJCXl tg g!!+>-;;of!!. S,{g(]lOO Ol::l-r Report#RCS CHAR INLET WOL: OM WBM&8M WBM Page 2-4-0f z.-lt-RCS CHARGING INLET POST WOL PROFILE@0°AZIMUTH DO Nozz.le A DM DM c R 55:../I.Pipe 1V\;t1-sf oe.U 2 2-RI6!/IL.d:J}T 1f.%@'-;'//'d-m x a>N v::::>a>a>0:>to CD 0_.N::::>::::> <.n;oQ!..s'.;B<.nO 0 O);::\.r Report#Res soc WOL;WBM-DM;&WBM*SM tJ Siruciuraliniegrily Associates, Inc.PHASED ARRA Y ULTRASON/C EXAM/NAT/ON RECORD Examination Data Sheet No.: RCS Shutdown Cooling WOL Calibration Data Sheet No.: See Comments Section Date: 4119/08 Time: _Plant: Millstone IUnit: 2 IProcedure No.: SI-UT-126 I Revision: 3 Examination Scans Performed Yes No Component: RCS Shutdown Cooling Nozzle Weld Overlay (1)Axial (Facing Downstream) 181 0 Component Configuration: Nozzle-to-Safe End Weld Overlay No.: WOL-BSD-C-2001 (2)Axial (Facing Upstream)181 0 Weld Overlay Regions: jWeld Overlay Material (3)Circumferential (Clockwise Flow 1T)181 0 Examination Surface: fSurface of Weld Overlay Examination Angles (4)Circumferential (Counterclockwise (1>>)181 0 Weld Overlay Thickness: Station A: 0.9275 Inch Axial Circumferential Notes: Station B: 0.635 Inch 0°throlS 84°(2)00 700 (2)(1)As viewed facing downstream (2)Examination angles are generated in1°increments Station C: 0.8875 Inch Examination Sensitivity: 42.0 dB 40.0 dB Comments: No suspected flaw indications were observed during the examinations. The examination gain was adjusted to maintain the procedure-specified baseline noise level from 5%to 20%of full screen height.The lower range of examination angles detected responses from the inside surface of the component which were useful for monitoring search unit contact 1 coupling effectiveness during the examination. 98.4%coverage of the Code-required volume was achieved during the examinations. Station A Axial scans and final calibration of the Axial probe..Station C Station B were completed before the Circ scans were started..-.:'::':" The applicable Calibration Data Sheets are listed below:)RCS SOC Axial;RCS SDC Circ1;&RCS SDC Circ2 BSD-C*2001 BSD-C-2003Level: II Examiner: Randall K.McDonald examiner: Samuel T.Sharp_..,: Level:SI Review: John J.HaydenLevel:,JIL'#-?:o;: Date: 4/19/2008 m Date: 4/19/2008 x'" 1'0 3;u""U:r",,,,00 Date: 04/21/08 egg:!!1'0::l::l tIl/log 8..gJ:E<:nO 0 Ol;::l.r tJ Report#ReS soc WOL;WBM-DM;&WBM-SM Page..of_JQ Slruclurallnlegrify Associates, Inc.PHASED ARRA Y UL TRASONIC EXAMINA TlON RECORD Examination Data Sheet No.: RCS Shutdown Coollng-WBM-DM Calibration Data Sheet No.: See Comments Section Date: 4119/08 Time:_1=2=3:::..9 =to....:1.=.:33=.:0:-.. _Plant: Millstone IUnlt: 2[procedure No.: SI-UT-126! Revision: 3 Examination Scans Performed Yes No Component: RCS Shutdown Cooling Nozzle Weld Overlay (Weld: BSD-C-2001) (1)Axial{Facing Downstream} 181 0 Component Configuration: Nozzle-to-Safe End Weld Overlay No.: WOL-B50-C-2001 (2)Axial (Facing Upstream)181 D Weld Overlay Regions: Overlay, Weld and Base Material (Outer 25%)Nozzle-to--Safe End (3)Circumferential (Clockwise Flow(1})181 0 Examination Surface: Surface of Weld Overlay Examination Angles (4)Circumferential (Counterclockwise (1>>181 0 Weld Overlay Thickness: Station A: 0.9275 Inch Axial Circumferential Notes'Station C: 0.8875 Inch 0°throu.s!1 84°(2)00 70°(2)(11 As facing downstream(2)Examination angles are generated in 1 0 increments Examination Sensitivity: 42.0 dB 40.0 dB Comments: No suspected flaw indIcations were observed during the examinations. The examination gain was adjusted to maintain the procedure-specified baseline noise level from 5%to 20%of full screen height.The lower range of examination angles detected responses from the inside surface of the component which were useful for monitoring search unit contact I coupling effectiveness during the examination. 93.4%coverage of the Code-required volume was achieved during the examinations. Station A Station C Axial scans and final callbrallon of the Axial probe.tation.were completed before the Cire scans were started....The Data Sheets are listed beklw::=:u:d_I RCS SOC Axial;RCS SDC Circ1;RCS SOC Circ2&RCS SOC Circ3......BSD-C-2001 BSD-C-2003 Examiner: Randall K.McDonaldLevel: II Date: 4/19/2008 51 ReView: John J.Hayden9-Level IIIp: Examiner: Samuel T.Sharp Level: IT Date: 4/1912008 04/19/08 f/U/D8 m x OlN"U§.OlOlCOg:!1 N:::>:::>(JlOO Report#ReS SOC WOt;WBM-DM;&WBM-SM Page l of J.9.-.tJ Structural/ntegrlty Associates, Inc.PHASED ARRA Y ULTRASONIC EXAMINATION RECORD Examination Data Sheet No.: Res Shutdown Cooling-WBM-SM Calibration Data Sheet No.: see Comments Section Date: 4/19/08 Time: _Plant: Millstone IUnit: 2!Procedure No.: SI-UT-126 I Revision: 3 Examination Scans Performed Yes No Component: RCS Shutdown Cooling Nozzle Weld Overlay (Weld: BSD-C-2003) (1)Axial (Facing Downstream) r8l 0 Component Configuration: Safe End-to-Plpe Weld Overlay No.: WOl-BSD-C-2001 (2)Axial (Facing Upstream)0 Weld Overlay Regions: Overlay, Weld and Base Material (Outer 25%)Safe End-to-Pipe (3)Circumferential (Clockwise Flow(1>>r8l 0 examination Surface: Surface of Weld Overlay examination Angles (4)Circumferential (Counterclockwise (1>>0 Weld Overlay Thickness: Station B: 0.635 Inch Axial Circumferential Station C: 0.8875 Inch 0 0 84 0 (2)0 0 70 0 (2)As viewed facing downstream (2)Examination angles are generated in 1 0 increments '.Examination Sensitivity:42.0dB 40.0 dB Comments: No suspected flaw indications were observed during the examinations. The examination gain was adjusted to maintain the procedure-specified baseline noise level from 5%to 20%of full screen height.The lower range of examination angles detected responses from the inside surface of the component which were useful for monitoring search unit contact 1 coupling effectiveness during the examination. 93,5%coverage of the Code-required volume was achieved during the examinations. Station A Station C Axial scans and final calibration of the Axial probe t..Station B were completed before the Cire scans were started.1Iiiiiiii: i::I5r.The applicable Calibration Data Sheets are listed below: I ReS SOC Axial: RCS SDC Circ1: RCS SOC Circ2&ReS SOC Clrc3 BSD-C*2001 BSO*C-2003 Examiner: Randall K.McDonaldLevel: II Examiner: Samuel T.Sharp_..<k Level: II SIRevlew: JohnJ.Hayden1JR:f1C Date: 4/19/2008 Date: 4/19/2008 m><Ol", 3;lJ Date: 04/19/08"U:::r....J.0l0lQ)to::::::!:." 'b CD 0_.",=>=> OCD::::E;:;;"'80 (J)::\.r Report#Res soc WOL;WBM-DM;&WBM-SM Page JL of---LQ lJ Structural Integrity Associates ULTRASONIC PHASED ARRA Y CALIBRA TlON RECORD 2R18 Final WOLE..R rt xamlnallon epo Customer: Weldina Services Inc.Calibration File Name:{RCS soc Axial Pageor bb Plant/Unit: Millstone Unit 2 Procedure No:lsl-UT-126, Rev.3 Component/System: ReS Shutdown Coolina Nozzle WOL Wedge Manufacturer: SI Refracted Anale Verification Model: 8.1 B Radius WOL Focal Law Angle Measured Index Material: Rexolite Angle Offset Velocity: 0.228 Xin/sec 60 0 60 0 0.45 inch Wedge Angle: 16°45 0 47 0 0.50 Inch SCan Direction: Axial 30 0 33 0 0.60 inch Wedge Nominal 00: 16.2 B Instrument Search Unit Intearal Cable Manufacturer: RID Tech 1 Olvmous Tvoe: 32 conductor, 38 aauae coaxial Model: OmniScan MX Lenath: 8'Serial Number.OMNJ-1643 Connectors: Hvoertronics Phased Array Module: OMNI-M-PA32 1 128PR Intermediate Cable PA Module Serial No.: OMNI-6088 TYD8: 32 conductor, 38 aauae coaxial Software Revision: 1.4R3 Length: 18 ft Instrument Settings: Electronic Record Connectors: Hvoertronics 1 OmniScan search Unit Manufacturer: GE Element Lenath: 2.70mm Transmit Model: 115-000-404 Element Width: 1.20 mm Transmit Serial Number: 01PPCK Elements (Primary Axis): 16 Receive Model: 115-000-405 Elements (secondary Axis): 2 Receive Serial Number: 01PNJB Inactive Element-Transmit: 0 Frequency (MHz): 2.0 Inactive Element-Receive: 0 Calibration Data Files Focal Law: ML AA RCS SDC 187mmOD 39mmHP.Law Angles Generated: 0°throuah 84 0 (1 0 Increments) Wave Mode: Longitudinal Set-up File: ReS soc Ax 39.ops Focal Sound Path:f39 mm Couplant I Batch Soundsafe I 06120A Calibration Block{sl: SI-13-AX..Q1 Calibration Reflector Data Comments: Calibration Reference%FSH Ref.Gain Wedge Applies for the axial examination of the Reflector Angle Delay Weld Overlay Material and the Weld and 0.10" Deep SOH 80 0 82 40.0 dB 0.0)lS8C Base Material of the Dissimilar Metal 0.50" Deep SOH 70°85 44.0 dB 0.0 IJSeC Nozzle-to-Safe End and the Stainless 1.00" Deep SOH 60 0 89 44.0 dB Steel Safe weld.1.20" Oeep SOH 45 0 85 37.0 dB 0.0)lS8C*Active Element Checks performed at 1.00" Deep SOH 0 0 89 31.0 dB O.3lJS8C Initial and final Cal Checks Calibration Performed Examiner Level Date-Time Initial: Randall K.McDonald11 4119/080914 Final: Randall K.McDonaldII 4/19/081259 Reviewed: John J.Hayden J III 04/19/08 v.. Review/.////.'I{IJ....".--§1;"'108 Date: 4120/08/)k-£!/.?Z-o-r l)S I**A.....Report#Res soc WOL;WBM-DM;&WBM-SM'melura tntB'flty SSOCI81.'8S Page-S-of JQ..2R18 Final WOL UL TRASONIC PHASED ARRA Y CALl8RA TION RECORQxamination Report n."n ,f"'<: Customer: Welding Services Inc.Calibration File Name:IRCS soc Circ1 Plant/Unit: Millstone Unit 2 Procedure No:ISI-UT-126, Rev.3 Component/System: RCS Shutdown Cooling Nozzle WOL Wedge Manufacturer: SI Refracted Anale Verification Model: 8.1" Radius WOL Focal Law Angle Measured Index Material: Rexolite Angle Offset Velocltv: 0.228 X 10" in/sec 55" 54" 0.44 inch Wedge Angle: 16°45" 45" 0.50 Inch Scan Direction: Circ 30" 30" 0.58 inch Wedge Nominal OD: 16.2" Instrument Search Unit Integral Cable Manufacturer: RID Tech 1 Olympus Type: 32 conductor, 38 gauge coaxial Model: OmniScanMX Length: 8'SerialNumber: OMNI-1643 Connectors: Hypertronics Phased Array Module: OMNI-M-PA32 1 128PR Intennediate Cable PA ModUle Serial No.: OMNf-6088 TvDe: 32 conductor, 38 aauae coaxial Software Revision: 1.4R3 Length: 18*Instrument Settings: Electronic Record Connectors: Hvoertronics I OmniScan Search Unit Manufacturer: GE Element Length: 2.70mm Transmit Model: 115-0Q().4{)4 Element Width: 1.20 mm Transmit Serial Number: 01PPCK Elements (Primary Axis: 16 Receive Model: 115-Q00.405 Elements (Secondary Axis): 2 Receive Serial Number: 01PNJB Inactive Element-Transmit: 0 Frequency (MHz): 2.0 Inactive Element-Recleve: 0 Calibration Data Flies Focal Law: ML CIRC RCS SOC WOL Z1&3 187mmOD 25mmHP.Law Angles Generated: 0" through 70°(1" Increments) Wave Mode: Longitudinal Set-up File: RCS SOC Circ1 25.ops Focal Sound Path:125 mm Couplant J Batch Soundsafe 1 06120A Calibration Blockes): SI-13-eirc-01 Calibration Reflector Data Comments: Calibration Reference%FSH Ref.Gain Wedge Applies for the circumferential Reflector Anale Delay examination of Zones 1 and 3 of the 0.50" Deep SDH 52 0 82 35.5 dB 1.3 JlI8C.vveld Overlay material.0.80" Deep SDH 48 0 80 35.5 dB 1.3 JlI8C*Active Element Checks performed at Initial and final Cal Checks Calibration Perfonned Examiner Level Date-Time Initial: Randall K.McDonaldII 4/19/080756 Final: Randall K.McDonaldII 4/19/081318 Reviewed: John J.HaydenIII 04119108 S"'af I"'flu A...Report#Res soc WOL;WBM*DM;&WBM-SM.'fUIiI'Ura ,R.II"., SSOClal.'8S page.G-of-l.Q..C RATION Final WOL UL TRASONIC PHASED ARRA Y AUB J;;; ReportCustomer: Weldina Services Inc.Calibration File Name:IRCS SOC Circ2-".PlantlUnlt: Millstone Unit 2 Procedure No:ISI-UT-126. Rev.3 ComDOnentlSvstem: RCS Shutdown Cooling Nozzle WOl Wedge Manufacturer: SI Refracted Anale Verification Model: 8.1 n Radius WOL Focal Law Angle Measured Index Material: Rexolite Angle Offset VelocItY: 0.228 X 10" in/sec 55°54" 0.44 inch Wedge Angle: 16°45" 45" 0.50 Inch Scan Direction: Cire 30" 30" 0.58 inch Wedge Nominal 00: 16.2" Instrument Search Unit Intearal Cable Manufacturer: RID Tech I Olympus Type: 32 conductor, 38 gauge coaxial Model: OmniScan MX Length: 8'Serial Number: OMNI-1643 Connectors: HVDertronics Phased Array Module: OMNI-M-PA32/128PR Intermediate Cable PA Module Serial No.: OMNI-6088 Type: 32 conductor, 38 gauge coaxial Software Revision: 1.4R3 Length: 18 n Instrument Settings: Electronic Record Connectors: Hypertronics 1 OmniScan Search Unit Manufacturer: GE Element Length: 2.70 mm Transmit Model: 115-()()().404 Element Width: 1.20 mm Transmit Serial Number: 01PPCK Elements (Primary Axis): 16 Receive Model: 115-0CJ0..405 Elements (secondary Axis: 2 Receive Serial Number: 01PNJB Inactive Element-Transmit: 0 Frequency (MHz): 2.0 Inactive Element-Receive: 0 CalibratIon Data Flies Focal Law: ML CIRC RCS SOC WOl Z2 187mmOD 33mmHP.Law Angles Generated: 0°through 70°(1°Increments) Wave Mode: LongitUdinal Set-up File: RCS SOC Clrc2 33.005 Focal Sound Path: I 33 mm Couplant I Batch Soundsafe 1 06120A Calibration Block(s): SI-13-Circ-Q1 Calibration Reflector Data Comments: Calibration Reference%FSH Ref.Gain Wedge Applies for the circumferential Reflector Anale Delav examination of Zone 2 of the Weld 0.60" Deep SDH 51°85 35.0 dB 1.31*1C Overfay material.1.00" Deep SOH 47°84 3S.0dB 1.31J111C*Active Element Checks performed at Initial and final Cal Checks Calibration Performed Examiner Level Oate-Time Initial: Randall K.McDonaldII 4/19/08 0804 Final: Randall K.McDonaldII 4119/081324 Reviewed: John J.Hayden 1-III 04/19/08 Date: 4120108cr 71.?Z.;:g- ...I'.I ,lfIt A.-I-LI Report#Res soc WOL;WBM*DM;&WBM-SMt,J,'fUIi.ura 'R.I,',., SSOCI8uiS page.:L of-i9...ULTRASONIC PHASED ARRA Y CALIBRA TION RECORn 2R.18 WOL Report Customer: Weldina services Inc.I Calibration File Name:IRCS SOC Circ3..J<.u, vU PlanWnit: Millstone Unit 2 I Procedure No:lsl-UT-126 Rev.3 Component/System: RCS Shutdown Cooling Nozzle WOL Wedge Manufacturer: SI Refracted Angle Verification Model: 8.1" Radius WOL Focal Law Angle Measured Index Material: Rexonte Angle Offset Velocity: 0.228 X 10 11 in/sec 55 0 54 0 0.44 inch Wedge Angle: 16 0 45 0 45 0 0.50 Inch Scan Direction: eirc 30 0 30 0 0.58 inch Wedge Nominal 00: 16.2" Instrument Search Unit Integral Cable Manufacturer: RID Tech 1 Olympus Type: 32 conductor, 38 gauge coaxial Model: OmniScan MX Length: 8'Serial Number: OMNI-1643 Connectors: HVPElrtronics Phased Array Module: OMNI-M-PA32/128PR Intennedlate Cable PA Module Serial No.: OM NI-6088 Type: 32 conductor, 38 Qauae coaxial Software Revision: 1.4R3 Length: 18" Instrument Settings: Electronic Record Connectors: Hvpertronics J OmniScan Search Unit Manufacturer: GE Element Length: 2.70 mm Transmit Model: 115-000-404 Element Width: 1.20 mm Transmit Serial Number: 01PPCK Elements (Primary Axis): 16 Receive Model: 115-000-405 Elements (Secondary Axis): 2 Receive Serial Number: 01PNJB"Inactive Elernent w Transmit: 0 Frequency MHz: 2.0 Inactive Element-Recieve: 0 Calibration Data Files Focal Law: ML CIRe RCS SOC WBM 187mmOD 42mmHP.Law Angles Generated: 0" throuah 70°(1°Increments) Wave Mode: Longitudinal Setwup File: RCS SOC Circ3 42.oPs Focal Sound Path:142 mm Couplant I Batch Soundsafe 1 06120A Calibration Block(s): SI-13-Circ-01 Calibration Reflector Data Comments: Calibration Reference%FSH Ref.Gain Wedge Applies for the circumferential Reflector Angle Delay examination of the Weld and Base 1.00" Deep SDH 45°86 36.5 dB 1.311HC Material of the Dissimilar Metal Nozzle-1.00" Deep SDH 46°86 36.5 dB 1.3 Jl$8C to-Safe End and the Stainless Steel Safe End-to-Pipe weld.*Active Element Checks performed at Initial and final Cal Checks Calibration Performed examiner Level DatewTlme Initial: Randall K.McDonaldII 4/19/080807 Final: Randall K.McDonaldII 4/19/081332 Reviewed: John J.Hayden J m 04/19/08 Date: 4(20/08 Dominion Nuclear Connecticut -Millstone Unit 2 Repon#RCS Shutdown WOL;WBM*DM;&Wl3M"SM Paso.l:L of....1J:)Res SHUTDOWN COOLING NOZZLE_WOLVolume C.".".".".".* ...-J WeldJBase Material Volume ZONE 1 J ZONE 2 1 ZONE 3..-..." ,....6.38" radius (12.76" 00)*Value from previous data Date, 4120108--;----..-.......-.....Examln.r: SI QE Re\'iow /-L.....I: U Oale: 4119J200E..;.c=-::..::-=a,::..:"""* _Examiner: Samuel T.Sh8tp*::.....,',.<Lavel:-U-Oale:&1200E---51 Review: John J.Havc1en<lL.....I: rn Date: --cg g::!1 w:::l:::l w;U!!!.8,{g<.1100 Ol;:l.r 0.8" 6.5%OF THE EXAM VOLUME IS NOT COVERED Above sketch 18 not to scale, please see actual contours for actual surface dimensions, 1.1" Ex.am.ination Data Date: 4/1912008 Examiners: Samuel T.Sharp&Randall K.McDonald Start Time: 12:39PM Finish Time: 13:30 PM Scan Sensitivity* Axial: 42.0 dB Scan Sensitivity. Cire;40.0 dB O.S'Res ShUldown Cooling Nozzle Examination Region Setup Name Axial Scan-WOL Zone I, 2&.3 Axial Scan-WBM DM Weld RCSSDCAx.39 Axial Scan-WBM SE Weld eire Scan-WOL Zone 1&3 RCS SDC Cirel 2S Cire Scan-WOL Zone 2 RCS SDC Circ2.33 Cire Scan-WBM DM Weld RCS SDC Cire3 42 Cire Scan-WBM SE Weld Dominion Nuclear Connecticut -Millstone Unit 2 Report N RCS Shutdown Cooling WOL;WBM*DM;&: WBM*SM RCS Shutdown Cooling Nozzle WOL Nolin exam volume**Value from previous data Station B: 0.635" 58 weld Station C: 0.8875"*6.8%Not Covered.....:-----i 05" i'-'j':::

......-1.24"--': 0.5'":::: I ,I 602-.':t, r""----_oo.-oooo

..-r--" roo..roo---_-__.._-..,: iO.5" o Station A: 0.9275" The PSI examination of the weld overlay material was condUcted in one zone which was 11.61" width X 0.9275 deep-(8.02 XO.33I2)" 9.78 Sq inches.The clrcumferentlal scanning direction was limited on the nozzle end for an area of 0.67" width X 0.46" deep" 0.308 Sq Inches.Each clre scan Is assigned a weight factor of 0.25.The limitation divided by the lotal materia!mulitlled by 0.5 weight faclor provides examination coverage of 98.4%, The lSI examination of the OM weld overlay and X T of the Base malerial was conducted in one zone whIch 1+1.53" wide X (0.9275'+0,355")deep" 3.24 5q inches for the entire OM circumference. Due to the lack of a qualified examination method ror cast stainless steel there Is an examination IImltation of 0.355" X 0,60"+(0.20*X 0.355" 12)which Is aqualto 0.213 Sq inches.The limitation divided by the total material provlde$examination coverage of 93.4%.The IS'examination of the S5 weld overlay and X T of the Base material was conducted in one zone which 1+1 ,24" wide X (0.8875"+0,31 5)deep=2.69 5q Inch!lll for the entire S5 circumference. Due to the lack of aqualilled &l<8mlnation method for cast stainless aleel there Is an t)(3mlnallon limitation of (0.315" X 0,50')+(0.315" X 0.11"/2)which is equal to 0.175 5q Inches.The Imitation divided by the total materlai provides examination coverage of 93.5%.The examination of lhe cast stainless material was performed as a"best effort" using current technology. Above sketch Is not to scale, please...actual contours tor aetualsurface dimensIons. 51 Review: John J.Hayden<jLavel:fIr'/Mce ¥-ZZ-4 Examiner: Examiner:Samuel T.hlp.*I,;.'j'!!,;.,: Lavel: level: II Oate: 4119/2008---m x II cata: 4/19/2008 lllN 3;:0 III Date: 04/21108 llllllClO ("o):::l:::l-I>-;:oe!. Q,{g0100 m::l-r-I"S.2c: c: 8...j!o;:, Z c: o't:;'E 8_...J*0 tt'3;r r."......$oJ e N,l<:>4: 2R18 Final WOL Examination Report Page 35 of 56 Report#ReS Surge WOL;WBM-DM;&WBM-SM Page-L.of.J1::L e Structural Integrity Associates, Inc.PHASED ARRA Y ULTRASONIC EXAMINATION RECORD Exam/nation Data Sheet _Calibration Data Sheet No.: See Comments Section Date: 4/22/08 Time:---=-00::..;4;...:.1..:.:to::....:0:....:1.;:.33:::..- _Plant: Millstone IUnit: 2 IProcedure No.: SI-UT*126 I Revis/on: 3 Examination Scans Performed Yes No Component: RCS Surge Nozzle Weld Overlay (1)Axial (Facing Downstream)0 Component Configuration: Nozzle-to-Safe End Weld Overlay No.: WOL-BPS-C-1001 (2)Axial (Facing Upstream)0 Weld Overlay \Weld Overlay Material (3)Circumferential (Clockwise FloW (1>>)0 Examination Surface: jSurface of Weld Overlay Examination Angles (4)Circumferential (Counterclockwise (1>>0 Weld Overlay Thickness: Station A: 0.915.InchCircumferential Notes: Station B: 0.730 Inch 00 840 (2)0°thror 70 0 (2)(1)As viewed facing downstream (2)Examination angles are generated in 1°increments Station C: 0.950 Inch Exam/nation Sensitivity: .45 dB 44 dB Comments: No suspected flaw indications were observed during the examinations. The examination gain was adjusted to maintain the procedure-specified baseline noise level from 5%to 20%of full screen height.The lower range of examination angles detected responses from the inside surface of the component which were useful for monitoring search unit contact 1 coupling effectiveness during the examination. 100%coverage of the Code-required volume was achieved during the examinations. Station A Circ scans and final calibration of the Circ probe_:t.Station C Station B== +were completed before the Axial scans were started.::::::) The applicable Calibration Data Sheets are listed below: RCS Surge Axial;RCS Surge Circ1;&RCS Surge Circ2 BPS-e-1001 BPS-C-1003 Examiner:///_-g)17/Clay SuhlerLevel: II Date: 4/22/08 Examiner: Robert BrileyLevel: II Date: 4/22108"'N SI Review: John J.Hayden<).Level: III Date: 04/22/08 i I.;p:JJJ: '1P-¥oe*-L#P'CT if.2-,'-oF/-(JlO 0 Ol;:l.r Report#ReS Surge WOL;WBM-DM;&WBM-SM Page..6.ofLQ e Structurallnlegrity Associates, Inc.PHASED ARRA Y ULTRASONIC EXAMINATION RECORD Examination Data Sheet No.: Res Surge-WBM-DM Calibration Data Sheet No.: See Comments Section Date: 4/22108 Time: 0041 to 0133---'----'-------- Plant: Millstone TUnit: 2 IProcedure No.: SI*UT*126 I Revision: 3 Examination Scans Performed Yes No Component: RCS Surge Nozzle Weld Overlay (Weld: BPS*C-1001) (1)Axial (Facing Downstream) 181 0 Component Configuration: Nozzle-ta-Safe End Weld Overlay No.: WOL-BPS-C*1001 (2)Axial (Facing Upstream)181 0 Weld Overlay Regions: Overlay, Weld and Base Material (Outer 25%)Nozzle-to-Safe End (3)Circumferential (Clockwise Flow{l>>0 examination Surface: Surface of Weld Overlay Examination Angles (4)Circumferential (Counterclockwise (1>>[gl 0 Weld Overlay Thickness: Station A: 0.915 Inch Axial Circumferential Notes: Station C: 1.000 Inch 0°throu..9!l84° (2)0°thr0l!9..h 70°(2)(1)As viewed facing downstream t8J(2)Examination angles are generated in 1 0 increments Examination Sensitivity: 45.0 dB 44.0 dB Comments: No suspected flaw indications were observed during the examinations. The examination gain was adjusted to maintain the procedure-specified baseline noise level from 5%to 20%of full screen height.The lower range of examination angles detected responses from the inside surface of the component which were useful for monitoring search unit contact 1 coupling effectiveness during the examination. 92.0%coverage of the Code*requlred volume was achieved during the examinations. eire scans and final of the Cire probe A Station C Station B were completed before the AxIal scans were started._ ...,._.""...""'......,.._._......-__The applicable Calibration Data Sheets are listed below: .:.,-RCS Surge Axial;RCS Surge Circ1;&RCS Surge Circ3 h'd d50('WWiQ(i'}fYW"

1 BPS-C-1001 BPS-e-1003 Examiner: Clay Suhler Level: II Date: 4/22/08------m

><Examiner: Level: II Date: 4/22/08 OlN Robert Briley 3;:0-0 S*0l0l"" John J.HaydenQ'JL...1 co=:.11 (l)0_, SIRevlew: Level: III Date: 04/22/08 w::J::J s,{15::ii (]lOO¥I::. Report#ReS Surge WOL;WBM*DM;&WBM-SM page3.-ofe Structural Integrity Associates, Inc.PHASED ARRA Y ULTRASONIC EXAMINATION RECORD Examination Data Sheet No.: Res Surge-WBM-SM Calibration Data Sheet No.: See Comments Section Date: 4/22/08 Time: 0041 to 0133 Plant: Millstone jUnit: 2!Procedure No.: SI-UT-126 I Revision: 3 Examination Scans Performed Yes No Component: RCS Surge Nozzle Weld Overlay (Weld: BPS-G-1003) 1(1)Axial (Facing Downstream) 181 0 Component Configuration: Safe End-to.Pipe Weld Overlay No.: WOL*BPS-C-1001 (2)Axial (Facing Upstream)181 D Weld Overlay Regions: Overlay, Weld and Base Material (Outer 25%)Safe End-to-Pipe (3)Circumferential (Clockwise FloW 1>>)181 D Examination Surface: Surface of Weld Overlay Examination Angles (4)Circumferential (Counterclockwise (1>>)181 0 Weld Overlay Thickness: Station B: 0.713 Inch&1m Circumferential Notes: Station C: 1.000 Inch 0° 84°(2)0°thr0L!9.h 70°(2)(1)As viewed facing downstream IZI IZI (2)Examination angles are generated in 1°increments Examination Sensltlvltv: .45.0 dB 44.0 dB Comments: No suspected flaw indications were observed during the examinations. The examination gain was adjusted to maintain the procedure-specified baseline noise level from 5%to 20%of full screen height.The lower range of examination angles detected responses from the inside surface of the component which were useful for monitoring search unit contact I coupling effectiveness during the examination. 88.0%coverage of the Code-required volume was achieved during the examinations. Station A Station CJ StationS Circ scans and final calibration of the Circ probe_ _.--;----..:.L. __ RCS Surge Axial: RCS Surge Clrc1:&RCS Surge Clrc3 BPS-C.1001 BPS-C-1003 Examiner:/7/__g;IJ" Clay SuhlerLevel: II Date: 4/22/08 Examiner: R be Sril Level: II Date: 4/22/08ort ey--3'" John J.HaydenorSI Review:<).Level: III Date: 04/22/08!IjIJ£-.$ Zj£,e#per'f2'1-d5 Hi La I'*A.f.Report#Res Surge WOL;WBM-DM;&WBM-SM"lruclura integrity SSOCI8,'8S Page.!::Lof Final WOL ULTRASONIC PHASED ARRA Y CALIBRA TION RECOR&amination Report Page 39 of 56 Customer: WeldinQ Services Inc.I Calibration File Name:IRCS Surge Axial Plant/Unit: Millstone Unit 2 I Procedure No:ISI-UT-126. Rev.3 Component/System: RCS Surge Nozzle WOL Wedge Manufacturer: SI Refracted Angle Verification Model: 8.1" Radius WOL Focal Law Angle Measured Index Material: Rexolite Angle Offset Velocity: 0.228 X 10" in/sec 60°60°0.45 inch Wedge Angle: 16°45°47°0.50 Inch Scan Direction: Axial 30°33°0.60 inch Wedge Nominal 00: 16.2" Instrument Search Unit Intearal Cable Manufacturer: RID Tech 1 Olympus Type: 32 conductor, 38 gauge coaxial Model: OmniScan MX Length: 8'Serial Number: OMNI-1643 Connectors: Hvpertronics Phased Array Module: OMNI-M-PA32 1 128PR Intennediate Cable PA Module serial No.: OMNI-6088 Type: 32 conductor, 38 gauge coaxial Software Revision: 1.4R3 Length: 18" Instrument Settings: Electronic Record Connectors: HVDertronics 1 OmniScan Search Unit Manufacturer: GE Element Length: 2.70mm Transmit Model: 115-00Q..404 Element Width: 1.20 mm Transmit Serial Number: 01PPCK Elements (Primary Axis): 16 Receive Model: 115-Q00-405 Elements (Secondary Axis): 2 Receive Serial Number: 01PNJB Inactive Element-Transmit: 0 Frequency (MHz: 2.0 Inactive Element-Receive: 0 Calibration Data Files Focal Law: ML AX RCS Surge 195mmOD 46mmHP.Law Angles Generated: 0 0 throuah 84°(1°Increments) Wave Mode: Longitudinal Set-up File: ReS Surge Ax 46.0D8 Focal Sound Path: I 46 mm Couplant I Batch Soundsafe 1 06120A Calibration Block(s}: SI-13-AX-0 1 Calibration Reflector Data Comments: Calibration Reference%FSH Ref.Gain Wedge Applies for the axial examination of the Reflector Angle Delay Weld Overlay Material and the Weld and 0.10" Deep SOH BOO 85 43.0 dB O.3jlS8C Base Material of the Dissimilar Metal O.SO" Deep SDH 70°84 43.5 dB 1.61lS8C Nozzle-ta-Safe End and the Stainless 1.00" Deep SDH 60°86 43.5 dB 0.0 jJlI8C Steel Safe End-fa-Pipe weld.1.20" Deep SOH 45°84 37.0 dB 0.0 IlS8C*Active Element Checks performed at 1.00" Deep SDH 0°85 31.0 dB O.31lS8C Initial and final Cal Checks Calibration Performed examiner Level Date-Time ClaySuhler II 4/21/08@2020 Initial: Final: II 4122108@0219 Clay Suhler C/....Reviewed: John J.Hayden\lr'}1..1-III 04/22108 v J1C oi/J!lCr ,f I'" A.+.Report#Res Surge WOL;WBM-DM;&WBM-SM".ruc..ura SSOCI8,JJS page..5..- of.-.&2R18 Final WOL ULTRASONIC PHASED ARRA Y CALIBRA TION RECOR&aminalion Report Page 40 of 56 Customer: Weldino Services Inc.Calibration File Name:IRCS Surge Clrc1 Plant/Unit: Millstone Unit 2 Procedure No:181-UT-126, Rev.3 Component/SyStem: RCS Surae Nozzle WOL Wedge Manufacturer: 81 Refracted Anale VerifICation Model: 8.1" Radius WOL Focal Law Angle Measured Index Material: Rexolite Angle Offset Velocity: 0.228 X 10" in/sec 55°54°0.44 inch Wedge Angle: 1(30 45°45°0.50 Inch Scan Direction: Circ 30°30°0.58 inch Wedge Nominal 00: 16.2" Instrument Search Unit Intearal Cable Manufacturer: RID Tech I Olympus Tvpe: 32 conductor, 38 aaUQe coaxial Model: Omni8can MX Length: 8'Serial Number: OMNI-1643 Connectors: Hvpertronics Phased Array Module: OMNI-M-PA32 I 128PR Intennediate Cable PA Module Serial No.: OMNI-6088 Type: 32 conductor, 38 gauge coaxial Software Revision: 1.4R3 Length: 18" Instrument Settings: Electronic Record Connectors: Hypertronics 1 OmniScan Search Unit Manufacturer: GE Element Length: 2.70 mm Transmit Model: 115-000-404 Element Width: 1.20 mm Transmit Serial Number: 01PPCK Elements (Primary Axis): 16 Receive Model: 115-000-405 Elements (Secondary Axis): 2 Receive Serial Number: 01PNJB Inactive Element-Transmit: 0 Frequencv (MHz): 2.0 Inactive Element-Recieve: 0 Calibration Data Files Focal Law: ML CIRC RCS Surge WOL Z1&3 195mmOD 18mmHP.Law Angles Generated: 0 0 70 0 (1°Increments) Wave Mode: Longitudinal Set-up File: RCS Surge Circ118.ops Focal Sound Path: I 18mm CouDlant I Batch Soundsafe 1 06120A Calibration Block(s): 81-13-Circ-Q1 Calibration Reflector Data Comments: Calibration Reference%FSH Ref.Gain Wedge Applies for the circumferential Reflector Angle Delay examination of Zones 1 and 3 of the 0.50" Deep SDH 52 D 85 33.0 dBWeld Overlay material.0.90" Deep SDH 48 D 85 38.5 dB*Active Element Checks performed at Initial and final Cal Checks Calibration Perfonned examiner Level Date-Time Clay SuhlerInitial: II 4121/08@1920 Final:II 4/22108@0232 ClaySuhler John J.Hayden RevIeWed: -'-III 04122108 (..JIJ.101J v1Pt/()8 yt.L¢'rr_ A...Report#Res Surge WOL;WBM-DM;&WBM-SMStructural/nt"rity SSOCI81.8S Page.k-..of Final WOL UL TRASONIC PHASED ARRA Y CAUBRA TION Customer.WeldinQ Services Inc.Calibration File Name:IRCS Surge Circ2 PlantlUnlt: Millstone Unit 2 Procedure No:ISI-UT-126, Rev.3 Component/System: Res Surge Nozzle WOL Wedge Manufacturer: SI Refracted Angle Verification Model: 8.1" Radius WOL Focal Law Angle Measured Index Material: Rexolite Angle Offset Velocity: 0.228 X 10'" in/sec 55°54°0.44 inch Wedae Anale: 16°45°45°0.50 Inch Scan Direction: Circ 30°30°0.58 inch Wedge Nominal 00: 16.2" Instrument Search Unit Intearal Cable Manufacturer. RID Tech I Olympus Type: 32 conductor, 38 gauge coaxial Model: OmniScan MX Length: 8'Serial Number: OMNI-1643 Connectors: Hypertronics Phased Array Module: OMNI-M*PA32 I 128PR Intermediate Cable PA Module Serial No.: OMNI-6088 Tvpe: 32 conductor. 38 aauae coaxial Software Revision: 1.4R3 Length: 18-Instrument Settings: Electronic Record Connectors: Hvpertronics I OmniScan Search Unit Manufacturer: GE element Length: 2.70mm Transmit Model: 115-000404 Element WIdth: 1.20 mm Transmit Serial Number.01PPCK Elements (Primary Axis): 16 Receive Model: 115-000-405 Elements (Secondary Axis): 2 Receive Serial Number: 01PNJB Inactive Element-Transmit: 0 Freauency (MHz): 2.0 Inactive Element-Reeieve: 0 Calibration Data Files Focal Law: ML CIRC RCS Surge WOL Z2 195mmOD 41mmHP.Law Angles Generated: 0°throuah 70°(1°Increments) Wave Mode: longitudinal Set-up File: ReS Surge Circ2 41.oPS Focal Sound Path:141 mm Couplant I Batch Soundsafe I 06120A Calibration Block(s): SI-13--Cire-01 Calibration Reflector Data Comments: Calibration Reference%FSH Ref.Gain Wedge Applies for the circumferential Reflector Anale Delay examination of Zone 2 of the Weld 0.80" Deep SDH 30°85 31.0 dB O.61JlWlC Overlay material.1.00" Deep SDH 47°85 37.5 dB 2.1 JJS8C"Active Element Checks performed at Initial and final Cal Checks Calibration Performed Examiner Level Date-Time Clay Suhleri!1L II 4/21/08@1925 Initial: Final:PI/.II 4/22108@0224 Clav Suhler C/.......Reviewed: John J.HaydenL-'.III 04/22108/I L.ln AU v., If JlE '(fTI-/.... Report#ReS Surge WOL;WBM-DM;&WBM-SM Final WOL tJ Structurallnts,rlty Associates Examination Report UL TRASONIC PHASED ARRA Y CALIBRA TION RECORD Page 42 of 56 Customer: lWelding Services Inc.I CalibraUon File Name:IRCS Surge Cjrc3 PlanWnlt: Millstone Unit 2 Procedure No:ISI-UT-126. Rev.3 Component/System: ReS Surge Nozzle WOL Wedge Manufacturer: SI Refracted Anale Verification Model: 8.1" Radius WOL Focal Law Angle Measured Index Material: Rexolite Angle Offset VelocitY: 0.228 X 10 tl in/sec 55 0 54°0.44 inch Wedge Angle: 160 45 0 45°0.50 Inch Scan Direction: Cire 30 0 30 0 0.58 inch Wedae Nominal OD: 16.2" Instrument Search Unit Integral Cable Manufacturer: RID Tech IOlvmous Type: 32 conductor, 38 aauae coaxial Model: OmniScan MX Length: 8'Serial Number: OMNI-1643 Connectors: Hvoertronics Phased Array Module: OMNI-M-PA32 1 128PR Intermediate Cabte PA Module Serial No.: OMNI-6088 Type: 32 conductor, 38 gauge coaxial Software Revision: 1.4R3 Length: 18" Instrument Settings: Electronic Record Connectors: Hvoertronics 1 OmniScan Search Unit Manufacturer: GE Element Length: 2.70 mm Transmit Model: 115-00Q-404 Element Width: 1.20 mm Transmit Serial Number: 01PPCK Elements (Primarv Axis': 16 Receive Model: 115-000-405 Elements (Secondary Axis): 2 Receive serial Number: 01PNJB Inactive Element-Transmit: 0 Frequency (MHz): 2.0 Inactive Element-Reeleve: a Calibration Data Files Focal Law: ML CIRC RCS Surge WBM 195mmOD 48mmHP.Law Angles Generated: 00 through 70 0 (1°Increments) Wave Mode: Longitudinal Set-up File: RCS Surge Circ3 48.ops Focal Sound Path:148 mm Couplant I Batch Soundsafe I 06120A Calibration Block(sl: SI-13.circ-Q1 Calibration Reftector Data Comments: Calibration Reference%FSH Ref.Gain Wedge Applies for the circumferential Reftector Angle Delay examination of Weld and Base Material 1.00" Deep SDH 45 0 85 35.5 dB 1.8\IS8C of the Dissimilar Metal Nozzle-to-Safe End and the Stainless steel Safe End-to-Pipe weld.*Active Element Checks performed at Initial and final Cal Checks Calibration Performed Examiner Level Date-Time Clay Suhler 4.£J II 4/21/08@1928 Initial: Final: II 4/22108@0236 ClavSuhler Reviewed: John J.Hayden A<J, L.1-III 04/22/08.[LLI;m 0 9 AA"':r;c. Dominion Nuclear Connecticut -Millstone Unit 2 Report#ReS Surge WOLAWBM.DM; &WBM-SM Page-0-of..J..Q Res SURGE NOZZLE r ZONE 1-14 ZONE 2..-..._----------- ..." , , 1.2"_WOLVolume ,-.._-----L i WeldIBase Material Volwne 6.37" radius (12.74'00) 12%NOT EXAMINABLE +Value from previous dE Level: II Date: 412212008 ExamIner: ExamIner: Level:_II_Date: 412212008 SI Review: John J.H8vden.\J::L<l;U..J:_Level:---!!!...- Date: ><OlN\JOlOlCXl{Q e: "'T1 CD°_..j>.::l::l'-"00 Ol;:\.r Examination Data Date: 412212008 Examiners: Clay Suhler&Robert Briley Start Time: 0041 Finish Time: 0133 Scan Sensitivity. Axial: 45.0 dB Scan Sensitivity. Cire: 44.0 dB RCS Surge Nozzle Examination Region SetllpName Axial Scan-WOL Zone 1,2&3 Axial Scan-WBM DM Weld RCS Surge Ax 46 Axial Scan-WBM SE Weld Cire Scan-WOL Zone I&3 RCS Surge Cirel 18 Cire Scan-WOL Zone 2 RCS SurgeCire241 Cire Scan-WBM DM Weld ReS Surge Cire3 48 Circ Scan-WBM SE Weld Dom inion Nuclear Connecticut -Millstone Unit 2 Report#Res Surge WOL;WBM.DM;&WBM*SM Page-s....of.1..0.Not in exam volume Res Surge Nozzle WOL Station A: 0.910"..---.l , , , Station C: 1.000" ,'.n:: f 0.5:+--1,51"----tf.0.5":--:::*I I I I l I*.._..J_..___L__0.5": 1.31-----+: 0.5":+-I I o.tS":;:I I ,_,..-___-: 1 I*"..,....: 12%Not Covered:.**;.. .. -. 8%Not Covered Station B: 0.713"*Value from previous data The lSI examination of the OM weld overlay and X T of the Base material was conducted In one zone which 1+1,51" wide X (1.2"+0.35")deep-{(2.51X 0.1812)+(1.73 X 0.2912>>=3.41 Sq Inches for the entire OM circumference. Due to the lack of a qualified examination method for cast stainless steel there Is an examination limitation of 0.35" X 0.50"+(0.28" X 0.35" 12)which Is equal to 0.258 Sq inches.The limitation divided by the total material provides examination coverage of 92.0%.The lSI examination of the S8 weld overtay and X T of the Base material was conducted in one zone whIch{1+1.31" wide X (1.00"+0.325)deep}-(1.31+0.5)X 0.2512>>., 2.83 Sq inches for the entire SS circumference. Due to the lack of a qualified examination method for cast stainless steel there Is an examination limitation of2X{(0.325" X 0.50j+(0.325" X 0.07" 12)}which is equal to 0.348 Sq Inches.The IJmlta110n divided by the total material provides examination coverage of 88.0%.The examination of the cast stainless material was perfonned as a"best effort" usIng current technology. Above sketch Is not to scale, please see actual contours for actual surface dImensions. 1J!:m x roN-0§.roro co tgg:!!-I>-:::l:::l-I>-;:O!!!. 8.iB:2: (J100 a>::l-r 412212008 412212008 04122108 Oat.: Date: Date: II II III Level: Examiner:.../7L t)/J n ClaySuhler-.....-."'\Examiner: Robert BrileyLevel: SIRevlew: Level: Dominion Nuclear Connecticut -Millstone Unit 2 Report#Res Surge WOL: WBM-DM;&WBM-SM Page../..Il of--l.-D.OCUlmD fit q.),o COMPlEIED flIfl q*"I-tf,l S1..- $uy<..}-{ot ...r

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'b r'f\"" (,l 1.,*"cl....:;e.3<{SI r t I!, t>JU 1Jt rdr'</(J" /f#C-m><O>N u"0>0>CO egg:!!-1>-""(]lOO Ol;::l.r Report#ReS Safety Injection sht 44 WOL, WBM-DM;&WBM-SM PageL_ofLL l)Structural/nlegr;ty Associates, Inc.PHASED ARRA Y ULTRASONIC EXAMINATION RECORD Examination Data Sheet No.: RCS Safety Injection Sht 44 WOL Calibration Data Sheet No.: See Comments Section Date: 4/25/08 Time:..,...:2::..;1=20=-t=0-=22=2=.:;5'-- _Plant: Millstone TUnlt: 2 lProcedure No.: SI-UT-126 I Revision: 3 Examination Scans Perfonned Yes No Component: RCS Safety Injection sheet 44 Nozzle Weld Overlay (1)Axial (Facing Downstream) 181 D Component Configuration: Nozzle-to-Safe End Weld Overlay No.: WOL-BSI-C-2001 (2)Axial (Facing Upstream)181 0 Weld Overlay Regions: IWeid Overlay Material (3)Circumferential (Clockwise Flow(1>>r2J D examination Surface: ISurface of Weld Overlay Examination Angles (4)Clrcumferential(Counterelockwise (1)}r2J D Weld Overlay Thickness: Station A: 0.98.Inch Axial Circumferential Station B: 0.6925 Inch 0° 830 (2)0°thro1h 700 (2)As viewed facing downstream (2)Examination angles are generated in 1°increments Station C: 0.955 Inch examination Sensitivity: 45.0 dB 44.0 dB Comments: No suspected flaw indications were observed during the examinations. The examination gain was adjusted to maintain the procedure-specified baseline noise level from 5%to 20%of full screen height.The lower range of examination angles detected responses from the inside surface of the component which were useful for monitoring search unit contact 1 coupling effectiveness during the examination. 100%coverage of the Code-required volume was achieved dUring the examinations. Station A..Station C Station B 1IIIiiiiIIIIIIi* t+The applicable Calibration Data Sheets are listed below:;n:=:w:*"*::::* .:.. I RCS Safety 44 Axial 1;ReS Safety 44 Axial 2;, RCS Safety 44 Clre 1;&RCS Safety 44 Circ 2 BSI-C-2001 BSI*C-2003 Examiner: Clay Suhler Level: II Date: 4/25/08 m>< '" N Examiner: Robert Briley Level: II Date: 4/25/08"'co<.0=: "(l)0_.SI Review: John Hayden Level: III Date: 04/26/08-I>-::J::J 8,{g:2: 0100 Ol;::l.r o D o o No r81[gI[gI 181 Yes Report#ReS Safety Injection sht 44 WOL;WBM-DM;&WBM-SM Page'2..of J1 Examination Scans Performed (4)Circumferential (Counterclockwise (1>>(1)Axial (Facing Downstream) (2)Axial (Facing Upstream)(3)Circumferential (Clockwise FloYflJ) As viewed facing downstream (2)Examination angles are generated in 1 0 increments Component Configuration: Nozzle-to-Safe End IWeid Overlay No.: WOL-BSI-C-2001 Component: RCS Surge Nozzle Weld Overlay (Weld: BSI-C-2001) Plant: Millstone IUnlt: 2[Procedure No.: I Revision: 3 Weld Overlay Regions:!Overlay, Weld and Base Material (Outer 25%)Nozzle-ta-Safe End Examination Surface: ISurface of Weld Overlay I Examination Angles Weld Overlay Thickness: Station A: 0.98 Inch I Axial I Circumferential Station C: 0.955 Inch 0° 83°(2)0°thror 700 (2)Iii"=1'Structurallnt8grity Associates, inc.UL TRASONIC EXAMlNA TION RECORD tN'Res Sefely Injection Sh.44-WBM.DM 4?PHASED ARRA Y Examination Data Shee NO': See COmments Sectlon Calibration Data _Date: 4/25/08*examination Sensltlv 45.0 dB 44.0dS Comments: No suspected flaw Indications were observed during the examinations. The examination gain was adjusted to maintain the procedure-specified baseline noise level from 5%to 20%of full screen height.The lower range of examination angles detected responses from the inside surface of the component which were useful for monitoring search unit contact/coupling effectiveness during the examination. 92.2%coverage of the Code-required volume was achieved during the examinations. Station A The applicable Calibration Data Sheets are listed below: RCS Safety 44 Axial 1;RCS Safety 44 Axial 2;RCS Safety 44 Circ 1;RCS Safety 44 Circ2;&RCS Safety 44 Cire 3 Station C Station B Examiner: Clay SuhlerLevel: II Date: 4125/08-- m Examiner: Level: II Date: 4/25/08 x Robert Briley OJ N --OJ OJ co SI Review: John Hayden Level: III Date: 04/26/08 c.o (I)0_. -.J;:o!!1. 'i:::b_,oJ'-. -';<-,.......\*L.10-8,{g(]100 O>;::l.r Report#ReS Safety Injection sht 44 WOL;WBM-DM;&WBM-SM II tJ Structural Integrity Associates, Inc.PHASED ARRA Y ULTRASONIC EXAMINATION RECORD Examination Data Sheet No.: Res Safety Injection Sht 44-WBM-SM Calibration Data Sheet No.: See Comments Section Date: 4/25/08 Time:-:2=-1:..=2=.0 ..:.;:to:...:2=2:=2.::..5 _Plant: Millstone I Unit: 2]Procedure No.: SI-UT-126 I Revision: 3 Component: RCS Safety Injection sheet 44 Nozzle Weld Overlay (Weld: BSI-C-2003) Component Configuration: Safe End-ta-Pipe jWeld Overlay No.: WOL-BSI-C-2001 Weld Overlay Regions: IOverlay, Weld and Base Material (Outer 25%)Safe End-ta-Pipe Examination Surface: ISurface of Weld Overlay I Examination Angles Weld Overlay Thickness: Station B: 0.6925 Inch I Axial I Circumferential Station C: 0.955 Inch 0°throu&;, 83°(2)0° 700 (2)Examination Scans Perfonned (1)Axial (Facing Downstream) (2)Axial (Facing Upstream)(3)Circumferential (Clockwise Flow 1>>(4)Circumferential (Counterclockwise (1>>Notes:.(1)As viewed facing downstream (2)Examination angles are generated in 1°increments Yes IZI IZI IZI IZI No o o o o Examination Sensitivity: 45.0 dB 44.0 dB Comments: No suspected flaw indications were observed during the examinations. The examination gain was adjusted to maintain the procedure-specified baseline noise level from 5%to 20%of full screen height.The lower range of examination angles detected responses from the inside surface of the component which were useful for monitoring search unit contact 1 coupling effectiveness during the examination. 93.9%coverage of the Code-required volume was achieved during the examinations. Station A t Station C Station B The appDcable Calibrallon Dala Sheels are Iistad balow:I RCS Safety 44 Axial 1, RCS Safety 44 Axial 2,'."...c***,......,.RCS Safety 44 Circ 1;RCS Safety 44 Cire2;&RCS Safety 44 Cire 3 BSI.C.'>I'ln. BSI-e-200* Examiner:/1./_.f)0" Clay SuhlerLevel: II Date: 4/25/08 m examiner:.Level: II Date: 4125108Robert Bnley'V\;;?SI Review: John HaydenLevel: III Date: 04/26/08 .....'i<.Vl-.JJ.L {J 8" ,AI I'"'ifu A."" Report#Res Safety 44 y}0L;WBM-DM;&WBM-SM.rUfi.ura In,.",**, SSOClal.'8S Page-=:L of_{_1 2R18 Final WOL UL TRASONIC PHASED ARRA Y CAUBRA TlON RECORll.xaminalion Report AQ nf c;r:;Customer: Welding Services Inc.I Calibration File Name:IRCS Safety 44 Axial 1 Plant/Unit: Millstone Unit 2 I Procedure No:ISI-UT-126, Rev.3 Component/SyStem: RCS Safety Iniection Nozzle Sheet 44 WOL Wedge Manufacturer: 51 Refracted Angle Verification Model: 8.1Radius WOL Focal Law Angle Measured Index Material: Rexolite Angle Offset Velocity: 0.228 X 10 D inlsec 60*60°0.45 inch Wedge Angle: 16°45*47°0.50 Inch Scan Direction: Axial 30*33°0.60 inch Wedge Nominal 00: 16.2 n Instrument Search Unit Integral Cable Manufacturer: RID Tech 1 Olympus Type: 32 conductor, 38 gauge coaxial Model: OmniScan MX Length: 8'Serial Number: OMNI-1643 Connectors: Hypertronics Phased Array Module: OMNI-M-PA32 1 128PR Intermediate Cable PA Module Serial No.: OMNI--6088 Tvpe: 32 conductor, 38 aauae coaxial Software Revision: 1.4R3 Length: 18 n Instrument Settinas: Electronic Record Connectors: Hypertronics I Omni5can Search Unit Manufacturer: GE Element Length: 2.70 mm Transmit Model: 115-Q00.404 Element Width: 1.20 mm Transmit Serial Number: 01PPCK Elements (Primary Axis): 16 Receive Model: 115-Q00-.405 Elements (Secondary Axis): 2 Receive Serial Number: 01PNJB Inactive Element-Transmit: 0 Frequency (MHz: 2.0 Inactive ElementReceive: 0 Calibration Data Files Focal Law: ML AX RCS 5afetylnt WOLZ1&2 192mmOD 47mmHP.Law Angles Generated: 0°throuah 83°(1°Increments) Wave Mode: Longitudinal Set-up File: ReS SafetyAx1 47.ops Focal Sound Path:147 mm Couplant I Batch Soundsafe I 06120A Calibration Block{s): SI-13-AX-01 Calibration Reflector Data Comments: Calibration Reference%FSH Ref.Gain Wedge Applies for the axial examination of the Reflector Anale Delay Weld Overlay Material Zones 1 and 2 0.10" Deep SOH 80°85 42.0 dB 0.4 and the Weld and Base Material of the 0.50" Deep SDH 70°85 44.5 dB 0.1 Dissimilar Metal Nozzle-ta-Safe End 1.00" Deep SDH 60°83 43.0 dB 0.81JHC weld.1.20" Deep SDH 45°85 37.0 dB 0.11JHC*Active Element Checks performed at 1.20" Deep SDH 0°83 32.5 dB 0.21JHC Initial and final Cal Checks Calibration Performed Examiner Level Date-Time Initial: II 4125/08@1926 Robert E.Briley Final: 4/25108@2346 Robert E.Briley II Reviewed: John J.Hayden<l III 04126/08 v. lJ I II Dry A.to Report#RCS Safety 44 WOL;WBM-DM;&WBM-SM Q.'fUC.UfB 'R.eg" SSOClat'8S Pageof-iL 2R18 Final WOL UL TRASONIC PHASED ARRA Y CAL/BRA TION RECORllxaminalion Report P 50 f 56 aae 0 Customer: Welding services Inc.Calibration File Name:IRCS Safety 44 Axial 2 PlanWnit: Millstone Unit 2 Procedure No:ISI-UT-126, Rev.3 Comoonent/SYstem: RCS Safety Iniection Nozzle Sheet 44 WOL Wedge Manufacturer: SI Refracted Angle Verification Model: 8.1" Radius WOl Focal Law Angle Measured Index Material: Rexolite Angle Offset Velocitv: 0.228 X 10°In/sec 60 0 60 0 0.45 inch Wedge Anale: 16°45 0 47°0.50 Inch Scan Direction: Axial 30 0 33 0 0.60 inch Wedge Nominal 00: 16.2" Instrument Search Unit Integral Cable Manufacturer: RID Tech 1 Olympus Type: 32 conductor, 38 gauge coaxial Model: OmniScan MX Lenath: 8'Serial Number: OMNI*1643 Connectors: Hvoertronics Phased Array Module: OMNI-M-PA32 1 128PR Intermediate Cable PA Module Serial No.: OMNI-6088 Type: 32 conductor 38 gauge coaxial Software Revision: 1.4R3 Length: 18" Instrument Settings: Electronic Record Connectors: HVDertronics 1 OmniScan Search Unit Manufacturer: GE Element Lenath: 2.70 mm Transmit Model: 115-0Q0-404 Element Width: 1.20 mm Transmit Serial Number: 01PPCK Elements (Primary Axis): 16 Receive Model: 115-()()()..405 Elements (Secondary Axis): 2 Receive Serial Number: 01PNJB Inactive Element-Transmit: 0 Frequency (MHz: 2.0 Inactive Element-Receive: 0 Calibration Data Files Focal Law: Ml AX RCS Safetylnl WOlZ3 192mmOO 31mmHP.Law Angles Generated: 0°throuah 83°(1 0 Increments) Wave Mode: longitUdinal Set-up File: RCS safety Ax2 31.ops Focal Sound Path:131 mm Couplant I Batch Soundsafe 1 06120A Calibration Block(s): SI-13-AX"()1 Calibration Reflector Data Comments: Calibration Reference%FSH Ref.Gain Wedge Applies for the axial examination of the Reflector Angle Delay Weld Overlay Material Zone 3 and the 0.10" Deep SDH 80°84 40.0 dB 0.0 IJlI8C Weld and Base Material of the Stainless 0.40" Deep SDH 70°85 41.5 dB 0.0 IJlI8C Steel Safe End-ta-Pipe weld.0.70" Deep SOH 60°84 37.9 dB"Active Element Checks performed at 0.90" Deep SOH 45°83 33.5 dB 0,211_Initial and final Cal Checks 1.20" Deep SDH 0°85 32.0 dB 0.21J88C Calibration Perfonned Examiner Level Date-Time Initial: II 4/25/06@1919 Robert E.Briley Final: II 4125/08@2351 Robert E.Brilev Reviewed: John J.Hayden ...J..III 04/26/08......v

• Report#Res Safety 44 WOL;WBM-DM;&.WBM-SMStructurallnte,rily Associates ULTRASONIC PHASED ARRA Y CAL/BRA TION RECORlJxaminalion Report Pane 51 of 56 Customer: Weldina services Inc.Calibration File Name:IRCS Safety 44 Clre 1 PlantlUnlt:

Millstone Unit 2 Procedure No:ISI-UT-126, Rev.3 ComDonentlSYstem: RCS Safety Nozzle WOL Wedge Manufacturer: SI Refracted Angle Verification Model: 8.1" RadiusWOL Focal Law Angle Measured Index Material: Rexolite Angle Offset Velocity: 0.228 X 10°in/sec 55" 54°0.44 inch Wedae Anale: 16 0 45°45°0.50 Inch SCan Direction: Cire 30°30°0.58 inch Wedge Nominal OD: 16.2" Instrument Search Unit Integral Cable Manufacturer: RID Tech/OlYmpus Type: 32 conductor, 38 gauge coaxial Model: OmniScan MX length: 8'Serial Number: OMNI*1643 Connectors: Hvpertronics Phased Amv Module: OMNI-M-PA32 1 128PR Intennediate Cable PA Module Serial No.: OMNI-6088 Type: 32 conductor, 38 gauge coaxial Software Revision: 1.4R3 Length: 18" Instrument Settings: Electronic Record Connectors: Hypertronics /OmniScan Search Unit Manufacturer: GE Element Length: 2.70 mm Transmit Model: 115-000-404 Element Width: 1.20 mm Transmit Serial Number: 01PPCK Elements (Primary Axis): 16 Receive Model: 115-00Q..405 Elements (Secondary Axis): 2 Receive Serial Number: 01PNJB Inactive Element-Transmit: 0 Frequency (MHz): 2.0 Inactive Element-Receive: 0 Calibration Data Files Focal Law: ML CIRC RCS safetylni WOL Z1&3 192mmOD 18mmHP.Law Angles Generated: 0°throuah 70°(1°Increments) Wave Mode: Longitudinal Set-uP File: RCS Safetv Circ1 18.0DS Focal Sound Path:118mm CouDlant I Batch Soundsafe 106120A Calibration Block(s): SI-1J.Circ..Q1 Calibration Reflector Data Comments: Calibration Reference%FSH Ref.Gain Wedge IApplies for the circumferential Reflector Anale Delay examination of Zones 1 and 3 of the 0.50" Deep SOH 52°85 33.0 dB O.51lMlC Weld Overlay material.0.90**Deep SOH 48°85 38.0 dB O.SJIS8C*Active Element Checks performed at Initial and final Cal Checks Calibration Performed Examiner Level Date-Time Initial: Robert E.Briley II 4/25/08@1844 Final: Robert E.Briley II 4/25/08@2334 04126108 Reviewed: John J.Hayden ...I..III v

• A'Report#Res safety 44 WOL;WBM-DM;&WBM-5MStructurallnlB,r'ty ssoclates Pagel of 4R18 Final WOL UL TRASONIC PHASED ARRA Y CAL/BRA TION RECORIJxaminalion Report Page 52 of 56 Customer: Welding Services Inc.Calibration File Name:IRCS safety 44 Cire 2 PlantlUnlt:

Millstone Unit 2 Procedure Rev.3 Component/SYstem: RCS Safetv Nozzle WOL Wedge Manufacturer: 81 Refracted Anale Verification Model: 8.1" RadiusWOL Focal Law Angle Measured Index Material: Rexolite Angle Offset Velocitv: 0.228 X 10" in/sec 55°54°0.44 inch Wedge Angle: 16 D 45°45°0.50 Inch Scan Direction: Cire 30°30°0.58 inch Wedge Nominal OD: 16.2" Instrument Search Unit Integral Cable Manufacturer: RID Tech 1 OlvmDus Type: 32 conductor, 38 gauge coaxial Model: OmniScan MX Length: 8'Serial Number: OMNI-1643 Connectors: HYDertronics Phased Array Module: OMNI-M-PA32 1 128PR Intermediate Cable PA Module Serial No.: OMNI-6088 Tvae: 32 conductor 38 aauae coaxial Software Revision: 1.4R3 Lenath: 18" Instrument Settings: Electronic Record Connectors: Hypertronics I OmniScan Search Unit Manufacturer: GE Element Lenath: 2.70mm Transmit Model: 115-00D-404 Element Width: 1.20mm Transmit Serial Number: 01PPCK Elements (Primary Axis): 16 Receive Model: 115-000-405 Elements (Secondary Axis): 2 Receive Serial Number: 01PNJB Inactive Element-Transmit: 0 Frequency (MHz): 2.0 Inactive Element-Receive: 0 Calibration Data Fifes Focal Law: ML CIRC RCS Safetylnl WOl Z2 192mmOD 26mmHP.Law Angles Generated: 0°throuah 70 0 (10 Increments) Wave Mode: Longitudinal Set-up File: RCS Safety Circ2 26.ops Focal Sound Path:126 mm Couplant I Batch Soundsale 1 06120A Calibration SI-13-Circ-01 Calibration Reflector Data Comments: Calibration Reference%FSH Ref.Gain Wedge Applies for the circumferential Reflector Angle Delav examination of Zone 2 of the Weld 0.80" Deep SDH 51°85 35.0 dB 1.21l18C Overlay material.1.00" Deep SDH 46" 85 38.0 dB 0.41'_*Active Element Checks performed at Initial and final Cal Checks Calibration Perfonned Examiner Level Date-Time Initial: Robert E.Briley II 4/25/08@1858 Final: Robert E.Briley II 4/25/08@2340 04126/08 Reviewed: John J.Hayden III Report#ReS Safety 44 WOL;WBM-DM;&WBM*SMSlrucluta/lntegrity Associates Page JLof Final WOL ULTRASONIC PHASED ARRA Y CAUBRA TION RECORllxamination Report P",ne 53 of 56 Customer: Welding Services Inc.J Calibration File Name:IRCS Safety 44 eire 3 Plant/Unit: Millstone Unit 2 Procedure No:ISI-UT-126, Rev.3 Component/System: RCS Safetv Nozzle WOL Wedge Manufacturer: 51 Refracted Angle Verification Model: 8.1" Radius WOL Focal Law Angle Measured Index Material: Rexolite Angle Offset Velocity: 0.228 X 10 11 inlsec 55°54 0 0.44 inch Wedge Angle: 16°45 0 45 0 0.50 Inch Scan Direction: Cire 30 0 30 0 0.58 inch Wedge Nominal 00: 16.2" Instrument Search Unit Integral Cable Manufacturer: RID Tech 1 Olympus Type: 32 conductor, 38 gauge coaxial Model: Omni5can MX Length: 8'Serial Number: OMNI-1643 Connectors: HVDertronics Phased Array Module: OMNI-M-PA32 1 128PR Intermediate Cable PA Module Serial No.: OMNI-6088 TVDe: 32 conductor, 38 Qauae coaxial Software Revision: 1.4R3 Length: 18" Instrument Settings: Electronic Record Connectors: Hypertronics 1 OmniScan Search Unit Manufacturer: GE Element Length: 2.70mm Transmit Model: 115-Q00-404 Element Width: 1.20 mm Transmit Serial Number: 01PPCK Elements (Primary Axis): 16 Receive Model: 115-000-405 Elements (Secondary Axis): 2 Receive Serial Number: 01PNJB Inactive Element-Transmit: 0 Frequency (MHz): 2.0 Inactive Element-Receive: 0 Calibration Data Files Focal Law: ML CIRC RCS Safetvlni WBM 192mmOD 41mmHP.Law Angles Generated: 0°throuah 70°(1°Increments) Wave Mode: Longitudinal Set-up File: RCS Safetv Circ3 41.ops Focal Sound Path:J41 mm Couplant I Batch Soundsafe/06120A Calibration Block(s): SI-13-Circ-01 Calibration Reflector Data Comments: Calibration Reference%FSH Ref.Gain Wedge IAPplies for the circumferential Reflector Angle Delay examination of the Weld and Base 1.00" Deep SOH 45°85 38.0 dBMaterial of the Dissimilar Metal Nozzle-0.90" Deep SOH 47°84 31.5 dB 2.11'&ec tc>-safe End and the Stainless Steel Safe End-to-Pipe weld.*Active Element Checks performed at Initial and final Cal Checks Calibration Performed Examiner Level Date*Time Initial: Robert E.Briley II 4/25/08@1903 Final: Robert E.Briley n 4125/08@2337 John J.Hayden Reviewed: ..J..III 04126/08 De>"'"'-1""..-- Dominion Nuclear Connecticut -Millstone Unit 2 Res SAFETY INJECTION NOZZLE Sheet 44 I-ZONE 1_I_ZONE 2 I.-.-... ......_----------.a.........1.0'1.2". Weld., BSI-C-2001 6.78" radius (13.56"OD) Report#RCS Safety 44 WOL;WBM-DM;&WBM*SM P"ll" 3....of_I_I__WOLVolume WeldIBase Material Volume h__h'r ZONE't-.-....---.--.-.------.--, 1.0':-",:,,-:-.,'1.25"*1.21"*-"**"',;,i;\;i; ...->ili;{,>"'Ji(llW;*'""' ... ..Weld#BSI-C-2003 6.3S" radius (12.76" OD)*Value from previous data m x"'I')"'CO cg g.:!!01::J::J0100 a>::l-r RCS SpnIyNozzle Exalllinatlo" Reglo" SetupNallle Axial Scan-WOL Zone!&2 J Axial Scan-WBM DM Weld ReS Safety Ax!47 Axial Scan-WOL Zone 3 Axial Soon-WBM SE Weld RCS Safely Ax2 31 Cire Scan-WOL Zone!&.3 IlCS Safely Cirel 18 Cire Soon-WOL Zone 2 ReS Safety Circ:2 26 Cire Scan-WBM DM Weld Cire Seon-WBM SE Weld RCS Safely Cire3 41 ExImiDaIIon Data Date: 412S12008 Examiners: Clay Suhler&Robert Brilev Start Time: 2120 Finish Tune: 2225 Scan Sensitivity -Axis!: 45.0 dB SCIlII Sensitivity. Cire: 44.0 dB Ellamlner: ClaySuhlerLevel: II Dale: 4125/200B Ellamlner: Robert Br1ley@c;tt%Level:_II_Dele: 4I2512ooB SI Review: John HaydenLevel:Dale: 041261118.......'i?....c.A4UT.L.l),w.....,712-t:>r{/UI1/'l.sb9. Dominion Nuclear Connecticut -Millstone Unit 2 Report N ReS Safcty Sheet 44 WOL;WBM-DM;&WBM*SM Poge lQ..of..1.L-.Res Safety Sheet 44 Nozzle WOL Station A: 0.98" Station C: 0.955" station B: 0.6925"*Value from previous..... ", '.. .*6.1%Not Covered..

• .,d.',,**

.*-_.......--_.J.......... t**,'::...OM weld BSI-C-2001 , 0.5" r.1.79".;O.S"it---: 0.5":-t I'I I'I*I I I I I**...._...._......_m_....+-_..

P..,::: I I r , I*I I"!,!*I f 0......._..............--....._;_---..I'0.28" 7.8% Covsred The lSI examination of the OM weld overlay and Y.T of the Base material was conducted in one zone which 1+1.79" wide X (0.98"+0.375 j deep-<<1+1.79)X (0.2912>>Sq in)'" 3.38 Sq inches for the entire DM circumference. Due to the lack of a qualified examination method for cast stainless steel there is an examination Umitatlon of 0.375" X 0.50"+(0.40" X 0.375" 12)which is equal to 0.263 Sq inches.The limitation divided by the total material provides examination coverage of 92.2%.The lSI examination of the SS weld overlay and Y.T of the Base material was conducted In one zone which 1+1.27" wide X (0.0.955"+0.3125)deep-<<1+1.27)X (0.2912>>=2.55 Sq inches for the entire SS circumference, Due to the lack of a qualified examination method for cast staInless steel there Is an examination limitation of 0.3125" X 0.50" which is equal 10 0.156 Sq inches.The Imitation divided by the total material provides examination coverage of 93.9%.The examination of the cast stainless material was performed as a"best effort" using current technology. Above sketch Is not to scale, please see actual contours for actual surface dimensions. examiner: ClaySuhler Level: II Date: 412512008 Exemlner.Robert Briley Level: II Date: 412512008 51 Review: John HaydenLevel: II[Data: 04126108"Oc.w.......<1"\ .....: 1".t*0Q..o)Q>1Q.- m x lllN"U§.llllllOO to=: "Tl (1)0_.O'I:::l:::l 8,-l!l0'100 a>;:l.r Dominion Nuclear Connecticut -Millstone Unit 2 ST-;ZOOI IBD o 6114./0..,1 I"J e"iReport#Res Safety Sheet 44 WOL;WBM-DM;&WBM-SM Page-LL of-lL RJf 1"'-g.ts c i 2"3 I{5/0 I ,\,)),40<m><'" N-0§.",,,,ex>g:!l (]l::::l::::l Q,-gJ(]l00 o>;::l.r}}