ML20092D779
| ML20092D779 | |
| Person / Time | |
|---|---|
| Site: | Pilgrim |
| Issue date: | 05/18/1995 |
| From: | Stamm M GENERAL ELECTRIC CO. |
| To: | |
| Shared Package | |
| ML20092D512 | List: |
| References | |
| NUDOCS 9509140310 | |
| Download: ML20092D779 (196) | |
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PILGRIM NUCLEAR POWER STATIOF I
BOSTON EDISON COMPANY INSERTIE INSPECTION TENTII REFUELING AND INSPECTION OUTAGE l
! FINAL REPORT i
GENERAL ELECTRIC COMPANY 4
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PILGRIM NUCLEAR POWER STATION BOSTON EDISON COMPANY l
INSERVICE INSPECTION l
TENTil REFUELING AND INSPECTION OUT * '7?
FINAL REPORT l
GE NUCLEAR ENERGY 640 FREEDOM BUSINESS CENTER KING OF PRUSSIA PA 19406 SUBMITTED BY: C M CllAELSTAMM PROJECT MANAGER GE INSPECTION SERVICES
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PILGRIM NUCLEAR POWER STATION
- INSERVICE EXAMINATION TENTH REFUELING AND INSPECTION OUTAGE REPORT OF EXAMINATION RESULTS
- TABLE OF CONTENTS SECI' ION I INTRODUCTION SECTION II SCOPE SECTION III EXAMINATION RESULTS SECTION IV EXAMINATION DATA
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I' j PILGRIM NUCLEAR POWER STATION 1
INSERVICE EXAMINATION i
l TENTH REFUELING AND INSPECTION OUTAGE
- REPORT OF EXAMINATION RESULTS 4
I SECTION I 4
i INTRODUCTION 3,
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PILGRIM NUCLEAR POWER STATION
- INSERVICE EXAMINATION REFUELING OUTAGE NUMBER TEN SECflON I INTRODUCTION This report contains the results of the insenice examinations perfonned on the Pdgnm Nuclear Power Station Reactor Pressure Vessel, National Board No. 20763 and associated components, during the Tenth Refueling Inspection Outage.
The examinations were performed in accordance with the requirements of:
- 1. The ASME Boiler and Pressure Vessel Code,1980 Edition including addenda through Winter 1980,
b Section XI, Rules for Insenice Inspection of Nuclear Power Plant Components - Di5ision 1.
- 2. United States Code of Federal Regulations, Title 10 Energy, a.10CFR21 b.10CFR50 Appendix B c.10CFR50 Subpan 55
- 3. United States Nuclear Regulatory Commission Documents.
- a. Generic Letter 88-01, Inspection of BWR Stainless Steel INping.
- 4. American Society for Nondestructive Testing (ASNT).
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- a. SNT-TC-1 A Personnel Qualification and Certification in Nondestructive Testing, June 1980 l Edition. I
- 5. General Electric Documents. ,
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- a. General Electric SIL 462 Remote Ultrasonic Exanunation of the Shroud Access Hole Cover. I i
- b. General Electric SIL 433 Shroud Head Hold Down Bolt Cracking.
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- Examinations were performed on ASME Section XI Category B-J, C-F, B-G-1, and B N-2 components.
Volumetric and Surface examinations were performed on HPCI and RWCU piping systeras in accordance i
with ASME Section XI and, Generic Lener 88-01, Inspection of BWR Stainless Steel Piping.
Examination of fifty six Reactor Pressure Vessel Closure Head Studs were performed in accordance with ASME Section XI and General Electric RICSIL 055, RPV Head Stud Cracking.
Examination of forty eight Shroud Head Hold Down Bolts were performed in accordance with Sil 133.
Examination of the Zero degree Access Hole Cover was performed in accordance with Sil 462, utilizing the General Electric Smart 2000 Automated Ultrasonic Data Acquisition System.
I Visual examinations were performed to support the shroud repair, of four gussets, vertical welds
- intersecting the H4 weld, radial welds in the top guide support ring, accessible core support clamps during
- installation of the core plate wedges, and a best effort exam of the top guide restraint blocks and pins at i the location of each of the four aligner pins. These examinations were performed in accordance with i FRN 94-43-02 utilizing VT-1 (Enhanced) and VT-3 In Vessel Visual requirements.
t l' Original examination and calibration data, penonnel certifications, equipment and material certifications, examination procedures, drawings and data evaluations pertaming to these exanunations are being retained j by BECO. These documents are available for review at the Pilgnm site.
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PILGRIM NUCLEAR POWER STATION 4
INSERVICE EXAMINATION TENTII REFUELING AND INSPECTION OUTAGE REPORT OF EXAMINATION RESULTS SECTION II SCOPE i
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1 PILGRIM NUCLEAR POWER STATION INSERVICE EXAMINATION REFUELING OUTAGE NUMBER TEN SECTION II SCOPE The following items, listed by examination category were examined during the Pilgrim Nuclear Power Station Tenth Refueling and Inspection Outage. The items examined and the type (s) performed are listed below.
I ASME Section XI Examination Category B-J ltems examined in accordance with AShlE Section XI requirements and Generic Letter 88-01, Inspection of BWR Stainless Steel Piping.
IIPCI 23-O-22R (Pipe to Valve) Manual 11T/ Surface Irr RWCU 12-O-10R (Elbow to Valve) ManualIJr/ Surface PT RWCU 12-0 llR (Valve to Pipe) ManualIJr/ Surface Irr RWCU 12R-O-32R1 (Pipe to Valve) ManualUT/ Surface FT RWCU 12 I-16R (Pipe to Reducer) Manual (JT/ Surface PT RWCU 121-17R (Reducer to Pipe) Manual (Jr/ Surface FT RWCU 12-I-18R (Pipe to Elbow) ManualUT/ Surface Irr RWCU 12119R (Elbow to Pipe) ManualIIT/ Surface FT RWCU 12 l-20R (Pipe to Elbow) Manual (Jr/ Surface PT RWCU 12121R (Elbow to pipe) ManuallJr/ Surface Fr RWCU 12-I-22R (Pipe to Elbow) Manual (Jr/ Surface FT RWCU 12-I-23R (Elbow to Pipe) Manual (TriSurface PT RWCU 12-1-24R (Pipe to Elbow) Manual (Tr/ Surface Irr RWCU 12-1-25R (Elbow To Pipe) Manual (IT/ Surface Irr
)
RWCU 121-25AR (Elbow To Pipe) ManuallJr/ Surface Irr
- 11 AShiE Section XI Examination Category C-F items examined in accordance with ASME Section
. XI requirements.
. HPCI EB-23-F58R (Valve to Pipe) ManuallJr/ Surface MT llPCI EB-23-F59R (Pipe to Valve) Manua!(Tr/ Surface MT HIPCI EB 23-F13R (Valve to Pipe) ManualUT/ Surface Arr
!III ASNIE Section XI Examination Category B-G-1 items examined in accordance with ASME Section XI requirements and General Electric RICSIL 055, RPV IIead Stud Cracking.
RPV RPV-CS-1-56 (Closure Studs I thru 56) Manual (Jr l
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IV Examination performed in accordance with the requirements of General Electric Sil 433, Shroud Hold Down Bolt Cracking.
Shroud lloid Down Bolting (Bolts I thru 48) Remote Ur
- V Examination performed in accordance with the requirements of General Electric SIL 462 Remote Examination of the Access Hole Covers.
Shroud Access Hole Cover (0 Cover) Remote UT
'VI ASME Section XI Examination Category B-N-2 items examined in accordance with ASME Section XI requirements.
Shroud Gussets & Shroud VesselWall (45 ,135 , 225 & 315 ) Enhanced VT 1 Shroud VerticalWelds (V15, V16, V17 & Vl8) Ersanced VT-1 Shroud Core Plate lloid Downs (45 ,135 ,225 & 315*) \T-3 Shroud Ring Segment Welds (V9, V10, VW, V12, V13 & V14) Enhanced VT-1 Shroud Aligner Pms (O',90,180 & 2708) NT-3 l
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l PILGRIM NUCLEAR POWER STATION i
- INSERVICE EXAMINATION 4
TENTII REFUELING AND INSPECTION OUTAGE
- REPORT OF EXAMINATION RESULTS i
- SECTION III i
EXAMINATION RESULTS 4
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l CATEGORY B-J PIPING WELDS SYS COMPONENT ISO CAT DATA SHEET METilOD RESULTS l HPCI 23-0-22R ISI I-23-1 B-J 95-P 653 Irr NRI
- 95 E-670 UT-0* NRI l
95-E-671 UT-45 GEOMETRY 95-E-672 (Jr-60o GEOMETRY RWCU 12-0-10R 1S1 1-12-1 B-J 95-P-648 Fr NRI 95-E-677 UT-0 NRI 95-E-679 IJr.45' GEOMETRY RWCU 12-0-II R ISI I-121 B-J 95-P-650 Irr NRI 95-E-678 11T-0 NRI 95-E-680 1Jr-45 GEOMETRY RWCU 12R-O-32RI ISI-I 12-1 BJ 95-P-651 17f NRI 95-E-664 UT-0 NRI 95-E-665 IJr.455 NRI R W C11 12 I-16R ISI-I 12-2 B-J 95-P-732 FT NRI 95-E.703 (T0-0 NRI 99E.704 UT-0 NRI 95-E-705 UT-45' NRI 95-E-706 UT-45* NRI RWCU 12-1 17R 1S1-I-12-2 B-J 95-P-654 PT NRI 95 E-696 (IT-0* NRI 95-E-689 UT-45' NRI RWCU 12 I-18R 1S1-1 12-2 B-J 95-P-731 17T NRI 95-E-457 UT-0* NRI 95-E-463 UT-45' GEOMETRY RWCU 12 I-19R 1S1 1-12-2 BJ 95-P-655 17T NRI 95-E-695 (IT-0 NRI 95-E 688 (TF-45 NRI RWCU 12-I 20R 1S1-1-12-2 B-J 95-P-729 PT NRI 95-E-452 IIF-0* NRI 95-E-444 (TT-45* NRI RWCU L 2-I-2i R ISI-I12-2 B-J 95-P-656 Irr NRI 95-E-694 (IT-0* NRI 95-E-687 170-45' NRI RWCU 121-22R ISI-1-12-2 B.J 95-P.730 FT NRI ;
95-E 458 17F-0 NRI j 95-E-464 IJr-45' GEOMETRY 1 HOSTON EDISON COMPANY NRI = NO RECORDABLE INDICATIONS PILGRIM NUCLEAR STATION R = RESTRICTED EXAMINATION RFO 10 INSERVICE INSPECTION 1
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l CATEGORY B-J PIPING WELDS SYS COMPONENT ISO CAT- DATA SilEET METilOD RESULTS RWCU 12-I 23R - IS! I.12-2 B-J 95-P-657 PT NRI 95-E-693 UT.0 NRI ,
95-E-686 Ur.45o NRI )
i RWCU 12-I-24R 1S1-1-12 2 B-J 95-P-658 PT NRI 95-E-692 UT-0 NRI 95-E.685 UT-45* N'RI RWCU 12-I-25R 1S1 1-12-2 B-J 95-P 728 PT NRI 95-E.456 UT.0 NRI 95-E-462 UT.45* GEOMETRY RWCU 12 I-25-AR ISI-I 12-2 B-J 95-P-660 Irr NRI 95-E-691 Ur.0 NRI 95-E.684 UT.45 NRI CATEGORY C-F PIPING WELDS
) SYS COMPONENT ISO CAT DATA SilEET METIlOD RESULTS
!!PCI EB-23-F58R 1S1-1-23-2 B-J 95-M-645 MT NRI 95-E-723 UT.0 NRI 95-E-0407 UT-45 NRI 95-E 0414 Ur-60 GEOMETRY IIPCI EB-23-F50R 1S1 I-23-2 B.J 95-M-645 MT NRI 3
95-E.723 Ur-Oo NRI 95-E-724 UT.45* GEOMdTRY 95-E-725 l>T-60 GEOMETRY
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i llPCI EB-23-F13R ISI 123-1 B1 95 P-652 IT NRI 95-E-670 UT-0' NRI 95-E-671 Ur.45 NRI 95-E-672 UT.60 GEOMETRY BOSTON EDISON COMPANY NRI = NO RECORDABLE INDICATIONS J PILGRIM NUCLEAR STATION R = RESTRICTED EXAMINATION RFO 10 INSERVICE INSPECTION l
l REACTOR PRESSURE VESSEL CLOSURE HEAD STUDS SYS COMPONENT ISO CAT- DATA SHEET METHOD RESULTS RPV RPV-CS-I-56. ISI-I-54-2 B-G-I 95-E-025 UT-0 NRI 95-E-029 UT-0 NRI l SHROUD HOLD DOWN BOLTING
! SYS COMPONENT ISO CAT DATA SHEET M E'IM O D RESULTS SHROUD SHDB 1 THRU 48 N/A SIL 433 95-E-759 Ur-F NRI 95-E-761 UT-0 NRI 95-E-763 UT.0 NRI 1
ACCESS HOLE COVER SYS COMPONENT ISO CAT DATA SHEET METHOD RESULTS SHROUD ZERO DEGREE AHC N/A SIL 462 95-E-757 AUID UT GEOMETRY SHROUD VISUAL i
SYS COMPONENT ISO CAT DATA SHEET METHOD RESULTS SHROUD GUSSET @. 45 PDC 94-43 B-N-2 95-V 734 VT NRI SHROUD GUSSET @ 135 PDC 94-43 B-N-2 95-V.734 VT NRI i .- _
1 SHROUD GUSSET @ 225" PDC 94-43 B-N-2 95-V.734 VT NRI SHROUD GUSSET @ 315* PDC 94 43 B.N-2 95-V.734 VT NR' I
SHROUD VERTICAL WELD 15 PDC 94 43 B.N 2 95-V-734 VT NRI SHROUD VERTICAL WELD 16 PDC 94 43 B-N-2 95-V 734 VT NRI i -
2 SHROUD VERTICAL WELD 17 PDC 94-43 B-N.2 95-V.734 VT NRI SHROUD VERTICAL WELD 18 PDC 94-43 B.N.2 95-V 734 VT NRI SHROUD VESSEL WALL @ 45 PDC 94-43 B-N 2 95-V.734 VT NRI SHROUD VESSEL WALL @ 135 PDC 94 43 B-N 2 95-V.734 VT NRI BOSTON EDISON COMPANY NRI = NO RECORDABLE INDICATIONS PILGRIM NUCLEAR STATION R = RESTRICTED EXAMINATION RFO 10 INSERVICE INSPECTION a
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i SHROUD VISUAL
- SYS COMPONENT ISO CAT DATA SHEET METHOD RESULTS SHROUD VESSEL WALL @ 225 PDC 94-43 B-N 2 95 V 734 VT NRI SHROUD VESSEL WALL @ 315* PDC 94-43 B-N-2 95 V-734 VT NRJ SHROUD CORE PLATE PDC 94-43 B-N-2 95-V-734 VT NRI j HOLD DOWN @ 45B SHROUD CORE PLATE PDC 94-43 B-N 2 95-V 734 VT NRI HOLD DOWN @ 135*
j SHROUD CORE PLATE PDC 94-43 BN2 95.V 734 VT NRI HOLD DOWN @ 225*
, SHROUD CORE PLATE PDC 94 43 B-N-2 95-V-734 VT NRI HOLD @ 315*
SHROUD RING SEGMENT PDC 94-43 B-N-2 95-V-734 VT NRI WELD V9 SHROUD RING SEGMENT PDC 94-43 B-N-2 95-V-734 VT NRI WELD V10 SHROUD RING SEGMENT PDC 94-43 B N-2 95-V-734 VT NRI WELD Vil SHROUD RING SEGMEhrr PDC 94-43 B-N-2 95-V-734 VT NRI WELD V12
, SHROUD RING SEGMENT PDC 94-43 B-N 2 95-V-734 VT NRI WELD V13 SHROUD RING SEGMENT PDC 94-43 B-N-2 95-V-734 VT NRI WELD Vid 4
SHROUD ALIGNER PIN @ 0 PDC 94-43 B-N-2 95-V 734 VT NRI SHROUD ALIGNER PIN @ 90 PDC 9443 BN2 95 V-734 VT NRI SHROUD ALIGNER PIN @ 225* PDC 94-43 B-N 2 95-V 734 VT NRI SHROUD ALIGNER PIN @ 315* PDC 94-43 B-N-2 95-V 734 VT NRI BOSTON EDISON COMPANY NRI= NO RECORDABLE INDICATIONS PILGRIM NUCLEAR STATION R = RESTRICTED EXAMINATION RFO 10 INSERVICE INSPECTION
l PILGRIM NUCLEAR POWER STATION INSERVICE EXAMINATION TENTH REFUELING AND INSPECTION OUTAGE REPORT OF EXAMINATION RESULTS VESSEL AND PIPING WELDS 0
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!B0$T0N EDIS0N I LINEARITY DATA SHEET
- PROCEDURE No. Er so m REV._3_ CAL BLOCK # Di\ ~% LDS# 95-L-c23 1
N m41 D Inom LEVEL T~ DATE T- w r lEXAMINATIONPERSONNEL:
ha PEMC LEVEL K~
INSTRUMENT DATA: MAKE Rennu mme MODEL ouw S.No 2 M M -'Ip Kc SEARCH UNIT DATA: MAKEmm 6 L TYPE (kmma S.No W oi w /
SIZE .T " FREQUENCY 6 MHz. BEAM ANGLE O BEAM MODElern. '
WEDGE TYPE A /4 CABLE DATA: LENGTH /c' TYPE 6Nc ha a(4.4/r/)
COUPLANT DATA: TYPEu%c-at BATCH No.ccan ,
SCREEN HEIGHT FINE GAIN AVAILABLE: YES COMPLETE PART A LINEARITY CHECK: VNO COMPLETE PART B A 1 2 3 4/ 1. LARGER INDICATION AMPLITUDE
/ IN % FULL SCREEN HEIGHT 100 50 / 2. SMALLER INDICATION AMPLITUDE ii / IN % FULL. SCREEN HEIGHT 90 /\ M 3. LARGER INDICATION AMPLITUDE I\ / IN % FULL SCREEN HEIGHT 80 ~ 40 / 30 4. SMALLER INDICATION HEIGHT
/ / IN % FULL SCREEN HEIGHT Note: SMALLER INDICATION MUST BE 70
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/_20 50% OF LARGER INDICATION 10 WITHIN 5% FULL SCREEN HEIGHT
' AMPLITUDE CONTROL LINEARITY CHECK B 5 6 7 8 9 10 11 12 2 db
- 3) s 100 50 80 - 6 db 32 TO 48 0 '/ O I 3a na 90 '/O 80 - 12 db 15 to 24 At or. Io ! 31 40 + 6 db 64 to 96 2/w 50 M 20 + 12 db 64 to 96
-6 db 10 l I
OM r# 4/O c2O 9. INDICATION SET AT % FSH
-8 db 10. db CONTROL CHANGE M or. M W 11. INDICATION LIMITS % FSH I
-10 db 12. ACTUAL % FULL SCREEN HEIGHT
-12 db ANALYSIS OF RESULTS:
l% s AG IO ,, -Sf.!EEN llE ! T LINEARITY
- 5. db CONTROL CHANGE UNACCEPTABLE
( ACCEPTABL
- 6. ACTUAL db
- 7. LARGER INDICATION AMPLITUDE %FSH ITUDE TROL LINEARITY
- 8. SMALLER INDICATI0thAMPLITUDE %FSH CEPTABLE UNACCEPTABLE
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REVIEWED BYf ' / O C :: > L L III DATE tf/M/C ASME SECTION XI TXAMINATION: - ANII SIGNATURE REQUIRED A -
NO - ANII SIGNATURE NOT REQUIRED ACCEPTED BY: - / 4c/w BECO LEVE OR DESIGNEE DATE .9 W9-9f REVIEWED BY: t/ ,fu, . W.ANII D f- 3e W w
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'AMINATIGN PERSONNEL: N AME 77m ur /le w LEVEL lZ' NAME N/e LEVEL %
STRUMENT DATA: MAKExIrerr44uur AWMODEL_ vsk 7 SERIAL NO. n2 E - h4 ARCH UNIT DATA: MANUFACTURER A B 4E#oTFcv TYPE G4-w //P SERIAL NO. xo/30V SIZE .# FREQUENCY 5.0 m uz.
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PLANT DATA: TYPE t w e64 .Z' BATCH NO. df2aF/
.LIBRATION STANDARD DATA: SERIAL NO. M/-M THICKNESS #4 DIAMETER G. 25
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7 I INSTRUMENT DATA: MAKE hmoLke u- MODEL m e _S.No 2.727 G4%
SEARCH UNIT DATA: MAKE Aembek TYPE G o m me, S.No m i %ott 1 4
SIZE i r " FREQUENCY S MHz.BEAli ANGLE O* l BEAM MODE b % "
WEDGE TYPE #/A CABLE DATA: LENGTH C TYPE ~AG -nq ( atat.- mo) ,
COUPLANT DATA: TYPEu hyi rr-BATCH No.cA 2est ,
SCREEN HEIGHT FINE GAIN AVAILABLE: YES COMPLETE PART A LINEARITY CHECK: XNO COMPLETE PART B l A 1 2 3 4/ 1. LARGER INDICATION AMPLITUDE
/ IN % FULL SCREEN HEIGHT 100 50 / 2. SMALLER INDICATION AMPLITUDE
. / IN % FULL SCREEN HEIGHT 90 A 3. LARGER INDICATION AMPLITUDE
/ IN % FULL SCREEN HEIGHT 80 40 / t 30 4. SMALLER INDICATION HEIGHT
/ '
/4 IN % FULL SCREEN HEIGHT 70 / 20 Note: SMALLER INDICATION MUST BE
/ 50% OF LARGER INDICATION 10 WITHIN 5% FULL SCREEN HEIGHT AMPLITUDE CONTROL LINEARITY CHECK B 5 6 7 8 9 10 11 12 2 db c24 <4 10 0 TO 80 - 6 db 32 TO 48 0 Ll0 3Sdb "60 40 80 - 12 db 15 to 24
-2 db 30 S O Db (cS 32 40 + 6 db 64 to 96
-4 db %O i 9 DE 50 25 20 + 12 db 64 to 96
-6 db N I lo De '/O dI 9. INDICATION SET AT % FSH 8 db 10. db CONTROL CHANGE i M Ob 32- I lo 11. INDICATION LIMITS % FSH
-10 db 12. ACTUAL % FULL SCREEN HEIGHT
-12 db ANALYSIS OF RESULTS:
10 Dh 20 tI SCREEN HEIGHT LINEARITY
- 5. db CONTROL CHANGE QCCEMKBLT3 UNACCEPTABLE
- 6. ACTUAL db
- 7. LARGER INDICATION AMPLITUDE %FSH A CONTROL LINEARITY
- 8. SMALLER INDICATI0 MPLITUDE %FSH EPTABLE UNACCEPTABLE i f. , ,
REVIEWED BYr //,-f A s LEVEL III DATE . e/2E63' ASME SECTION Xi ETAMINATION: - ANII SIGNATURE REQUIRED
- ANII SIGNATURE NOT REQUIRED ACCEPTED BY: Y u/ $ BECO LEVEL OR DESIGNEE DATE 3-d '/ T REVIEWED BY: /
{r (1/4 4 ANII DAT & 7t 4 y' 6
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EXAMINATION PERSONNEL: & /h v L r,aAn41.EVEL 1 DATE P '1"7 CK
! Es ' 13 ram LEVEL E
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, INSTRUMENT DATA: MAKEumi> tem-u MODEL U6 V 9 S.No1 M 9c -4040
! SEARCH UNIT DATA: MAKEu n-a m le_u TYPE e m ,o S.No M eIce SIZE ,f" FREQUENCY _Lo__MHz. BEAM ANGLE o" BEAM MODE t-c;w 6 WEDGE TYPE M/9 CABLE DATA: LENGTH W TYPE Anc /mn COUPLANT DATA: TYPEt;/r#4 atrBATCH No.oc/ dor / ,
SCREEN HEIGHT FINE GAIN AVAILABLE: YES COMPLITE PART A LINEARITY CHECK: XNO COMPLETE PART B A I 2 3 4 1. LARGER INDICATION AMPLITUDE IN % FULL SCREEN HEIGHT 100 50 / 2. SMALLER INDICATION AMPLITUDE
/ IN % FULL SCREEN HEIGHT 90 ,) 40 / 3. LARGER INDICATION AMPLITUDE N / IN % FULL SCREEN HEIGHT 80 40 / 30 4. SMALLER INDICATION HEIGHT
/ a M
IN % FULL SCREEN HEIGHT 3
i 70
/
f 20 Note: SMALLER INDICATION MUST BE 50% OF LARGER INDICATION fg 10 WITHIN 5% FULL SCREEN HEIGHT p
! AMPLITUDE CONTROL LINEARITY CHECK i 8 5 6 7 8 i 9 10 11 12 I 2 db g /40 go 80 - 6 db 32 TO 48 p 80 - 12 db 15 to 24
/e 2 60 M 40 + 6 db 64 to 96
-4 db b (A 50 25' 20 + 12 db 64 to 96 g
-6 db N b 9. INDICATION SET AT % FSH
-8 db 10. db CONTROL CHANGE N 11. INDICATION LIMITS % FSH
-10 db y jy 12. ACTUAL % FULL SCREEN HEIGHT
-12 db ANALYSIS OF RESULTS:
N #
DEEP ME!ru LINEARITY
- 5. db CONTROL CHANGE ACfFPTARL_ UNACCEPTABLE
- 6. ACTUAL db
- 7. LARGER INDICATION AMPLITUDE %FSH AAMI!TunFCONTROLLINEARITY
- 8. SMALLER INDICATION AMPLITUDE %FSH ACCEPTABLE UNACCEPTABLE sAr- -
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REVIEWED BY///M _ > LEVEL III DATE d/>B/ K ASME SECTION XI EXAMINATION: - ANII SIGNATURE' REQUIRED
@NO-ANIIGNATURE NOT REQUIRED ACCEPTED BY: d BECO LEVEL OR DESIGNEE DATE &#/ '/f REVIEWED BY: ll N,,/JL _ANII DAT T io -9 3 -
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SCREEN HEIGHT FINE GAIN AVAILABLE: YES COMPLETE PART A LINEARITY CHECK: AN0 COMPLETE PART B A 1 2 3 4/ 1. LARGER INDICATION AMPLITUDE
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- 3. LARGER INDICATION AMPLITUDE l s '
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-2 db 20 C% /c c 3C-. 40 + 6 db 64 to 96
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-8 db 10. db CONTROL CHANGE W L4 2' t l
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-10 db 12. ACTUAL % FULL SCREEN HEIGHT
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- 5. db CONTROL CHANGE C REPTABLE- UNACCEPTABLE
- 6. ACTUAL db
- 7. LARGER INDICATION AMPLITUDE %FSH AMfLilllDE CONTROL LINEARITY
- 8. SMALLER INDICATI0fpANPLITUDE %FSH CACCEPTA_BLE) UNACCEPTABLE At /, / ,
REVIEWED Bi:///WCL EL III DATE . f/7W W ASME SECTION XI' EXAMINATION: ANII SIGNATURE REQUIRED NO - ANII SIGNATURE NOT REQUIRED ACCEPTED BY: N' M' BECO LEVELCIID)R DESIGNEE DATE 7.49-95'
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80ST0N EDIS0N i LINEARITY DATA SHEET PROCEDURE No. go,90 REV. T CAL BLOCK # s 7-oon LDS# M- L- W L l EXAMINATION PERSONNEL: Tue un -, LEVEL E DATE 4-M-w I d/a > LEVEL %
1 INSTRUMENT DATA: MAKE temum a MODEL ust 7 S.No D77 L- Wdo SEARCH UNIT DATA: MAKE EnA TYPE 64- m4 S.Noc/54 3 "1 SIZE .2-s " FREQUENCY 2.2rMHz.8EAM ANGLE WM BEAM MODE h v WEDGE TYPE 've M CABLE DATA: LENGTH Gb' TYPE & nd COUPLANT DATA: TYPEoweertJBATCH No. 'Wl?4 ,
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/ IN % FULL SCREEN HEIGHT 100 50 / 2. SMALLER INDICATION AMPLITUDE
/ IN % FULL SCREEN HEIGHT 90 ,40 3. LARGER INDICATION AMPLITUDE
/ IN % FULL SCREEN HEIGHT 80
/
40f A 30 m
- 4. SMALLER INDICATION HEIGHT IN % FULL SCREEN HEIGHT 70 / 20 Note: SMALLER INDICATION MUST BE
/ 50% 0F LARGER INDICATION 0 10 WITHIN 5% FULL SCREEN HEIGHT AMPLITUDE CONTROL LINEARITY CHECK B 5 6 7 8 9 10 11 12 2 db
%2 /00 5D 80 - 6 db 32 TO 48 0 N
@ 80 Yo 80 - 12 db 15 to 24
-2 db 20 39 W 3 '2- 40 + 6 db 64 to 96
-4 db 3c, N
5b 25 20 + 12 db 64 to 96 g
-6 db W f0 20 9. INDICATION SET AT % FSH
-8 db 10. db CONTROL CHANGE S2 32- /7 11. INDICATION LIMITS % FSH
-10 db 12. ACTUAL % FULL SCREEN HEIGHT
-12 db ANALYSIS OF RESULTS:
l @ JO /0 S IGHT LINEARITY
- 5. db CONTROL CHANGE CEPT UNACCEPTABLE
- 6. ACTUAL db
- 7. LARGER INDICATION AMPLITUDE %FSH AMP E CONTROL LINEARITY
- 8. SMALLER INDICATION AMPLITUDE %FSH CEPTAB E UNACCEPTABLE
./ e REVIEWED BY/'ZM.D 'l III DATE -4/u nr-ASME SECTION XI EXAMINATION: YE .- ANII SIGNATURE REQUIRED NO - ANII GNATURE NOT REQUIRED ACCEPTED BY: d N M BECO LEVE II 03 DESIGNEE DATE 9-A/'7f REVIEWED BY: 1,/ h/ M - ANII DA t 4-/MV l
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ULTRASONIC CALIBRATION DATA SHEET GEMearEnew (MANUAL EXAMINATION)
SITE: OLG4/#1 UNIT: / CAllBRATION SHEET NO.: 9M-W3 PROJECT NO.: //o~ #A LINEARITY SHEET NO.: 9 s - L - 4 4 2.
PROCEDURE NO.:~7PW-072 v7~- P/4. - /o2VC ter,-v. t (6C REVISION:
O FRR: #M instrumentA 'A#"!EAAMf4 0 24 % 0 USN'7 1727G. kA lo e uoem = s.as %
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I ULTRASONIC EXAMINATION DATA SHEET GE hear Enew (MANUAL PIPING)
SITE: R mRim UNIT: 1 REPORT NO.: M- E- WV
. CALIBRATION SHEET No.: CI C- c_ - 9 9 3 '
PROJECT NO.: IFcBR DATA SHEET NO.: c, r- Lr- e v /v /g /
PROCEDURE NO.: trr - Pil.- In1Vo (6C REVISION: O FRR: "/4
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- 20#- THERMOMETER SIN: 4 8ATCH NO : 9Y/ 2f EXAM END: /1.*2O SEARCH UNIT: 46/ 8 EXAMINATION SURFACE: OID E00 MATERIAL TYPE:C CS E SS OTHER* 4 Lo
REFERENCE:
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REFERENCE:
MM CIRC SCAN SENSITNITY(dB) W DA l PERFORMED l INDICATIONS l
[YESlNO l YES l NO l cowo*tm 1 WITH FLOW ! l
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B0ST0N EDIS0N ! LINEARITY DATA SHEEi PROCEDURE No. g , g REV. 2, CAL BLOCK # 37-o67 LDS# 4 5-(- 9 5 o EXAMINATION PERSONNEL: [eec v M/'c eaec, ~ LEVEL 77' DATE V-n 45~
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'N/A LEVEL n/M
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INSTRUMENT DATA: MAKE #dev rk** MODEL OsA/ To S.No GoS GoS-SEARCH UNIT DATA: MAKE xB 4ranroA/ TYPE <L- S . N o o / s W. 7-.
SIZE .75" FREQUENCY _u f,MHz. BEAM ANGLE o-BEAM MODE Lo% WEDGE TYPE 4 CABLE DATA: LENGTH c.o' TYPE 6 0 v2 sev cour4 - c l COUPLANT DATA: TYPE v/rm6AD BATCH No. 9wzi ,
SCREEN HEIGHT FINE GAIN AVAILABLE: G ES COMPLETE PART A LINEARITY CHECK: %N0 COMPLETE PART B A 1 2 3 4 1. LARGER INDICATION AMPLITUDE IN % FULL SCREEN HEIGHT 100 50 2. SMALLER INDICATION AMPLITUDE ,
So M IN % FULL SCREEN HEIGHT 90 40 3. LARGER INDICATION AMPLITUDE dO IN % FULL SCREEN HEIGHT ,
80 40 30 4. SMALLER INDICATION HEIGHT l 15 IN % FULL SCREEN HEIGHT
! 70 20 Note: SMALLER INDICATION MUST BE 35 10 50% OF LARGER INDICATION 60 10 - WITHIN 5% FULL SCREEN HEIGHT 30 s AMPLITUDE CONTROL LINEARITY CHECK B \ 5 6 7 8
\ 9 10 11 12 2Ndb
\ 80 -6db 32 TO 48 g
\ 80 - 12 db 15 to 24 p
-2 db \\
40 + 6 db 64 to 96 g
-4 db M\ NS 20 + 12 db 64 to 96 g
-6 db N x 9. INDICATION SET AT % FSH
-8 db 'N 10. db CONTROL CHANGE N 11. INDICATION LIMITS % FSH
-10 db 12. ACTUAL % FULL SCREEN HEIGHT '
-12 db '\ ANALYSIS OF RESULTS:
- 5. db CONTROL CHANGE
- 6. ACTUAL db
- 7. LARGER INDICATION AMPLITUDE %FSH
\( 4t*En.
~_
ACCEPTAB IGHT LINEARITY UNACCEPTABLE rTTITriETONTROL LINEARITY
- 8. SMALLER INDICATION, AMPLITUDE %FSH CCEPTABB) UNACCEPTABLE A / ,
REVIEWED BY Ve /Wci,a - L III DATE -4A/W ASME SECTION XI EXAMINATION: YES ANII SIGNATURE REQUIRED NO - ANII NATURE NOT REQUIRED ACCEPTED BY: W uh BECO LEVE8 OR DESIGNEE DATE +'-J/ '75 g
REVIEWED BY: # h/6IL ANII DA 0/f y
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ULTRASONIC CALIBRATION DATA SHEET O GEhelearEnemy (MANUAL EXAMINATION)
SITE: /p / M UNIT: Z" CAllBRATION SHEET No.: 9 T-c 4 SI
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PROJECT NO.: /# hM LINEARITY SHEET NO.: 4 i- L-4 So 1
l PROCEDURE NO.: #ur./ Iz /0;r un Ge) REVISION: o FRR: N/' 4 1 /FW.07Z /E4% i Instrument
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70 :
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INITIAL CAUBRATION TIME VERIFICATION TIMES l MAX AMPLITUDE: 1 N I M I f0930 SWEEP. '9 \ l #\ FINAL VERIFICATION TIME GAIN' N \ /M 3 I '/# O WELDS EXAMINED REPORT NO. I COMMENTS: ,
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._ _ _ _ _ _ _ _ _ - _ _ _ _ - - _ _ _ _ _O
ULTRASONIC EXAMINATION DATA SHEET GENuclearEttergy (MANUAL PIPING)
SITE: 4 9 r, '/* UNIT: /
REPORT NO.: 9 5 - E - %s 2.
. CALIBRATION SHEET NO.: 4 r-c- 4 $>
PROJECT NO.: / # Cd'A DATA SHEET NO.: 9 5 - E - W 2-PROCEDURE NO.:_u7' #It / ca e 0 (,4-) REVISION: 0 FRR: "/#
m4 - o ,z uv. i SYSTEM: IN6U EXAM SURFACE TEMP: M 'F COUPLANT: ulM*?/R*e/ EXAM START: /7ef WELD ID: /M*I' d O A THERMOMETER S/N: h BATCH NO.: WMY EXAM END: / 2 2 2~
SEARCH UNIT: O EXAMINATION SURFACE: CID @ MATERIAL TYPE:O CS 81is OTHER? "/A' Lo REFERE.'JCE: 7* /) . /* AX1AL SCAN SENSITMTY (dS) 4-Wo
REFERENCE:
Wl d b CIRC SCAN SENSITMTY(de) M T/
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SCREEN HEIGHT FINE GAIN AVAILABLE: X YES COMPLETE PART A LINEARITY CHECK: v/e_N0 COMPLETE PART B A 1 2 3 4 1. LARGER INDICATION AMPLITUDE IN % FULL SCREEN HEIGHT 100 50 2. SMALLER INDICATION AMPLITUDE So SS IN % FULL SCREEN HEIGHT 90 40 3. LARGER INDICATION AMPLITUDE M 20 IN % FULL SCREEN HEIGHT 80 40 30 4. SMALLER INDICATION HEIGHT L6 IN % FULL SCREEN HEIGHT 70 20 Note: SMALLER INDICATION MUST BE 55 Io 50% OF LARGER INDICATION 60 10 WITHIN 5% FULL SCREEN HEIGHT So S '
AMPLITUDE CONTROL LINEARITY CHECK B 5 6 7 8/,
/ 9 10 11 12 ,
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/ 80 32 TO 48 :
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- 5. db CONTROL CHANGE ACCEPTABLD UNACCEPTABLE
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CAllBRATION SHEET NO : 96-C-ddd
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)ROCEDURE NO. d C_I hd. 7 / J DATE I /4 /&~
"A lXAMINATION PERSONNEL: NAME714 We J.EVEL 2 REV. "ZZF NAME "/A LEVEL
!NSTRUMENT DATA: MAKE 57A t//4/ v ' MODELfe,wc /M SERIAL NO. nn M SEARCH UNIT DATA: MANUFACTURER 'A'M - Aseo7Fc# TYPE 6/nwA SERIAL NO. CJV15'6 SIZE . JS ~ FREQUENCY J~d er BEAM ANGLE 0" BEAM MODE loe6. HEDGE TYPE "A l
lABLE DATA: LENGTH 4' TYPE W6 /'7<< /u l0VPLANT DATA: TYPE w/a,v,eL2r BATCH NO. 9 W S-
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ORIENTATION (T0 PIPE AXIS) __ C ec FOR DUEL ELEMENT TRANSDUCERS: SPL1f ORIENTATION (T0 HOLE CENTERLI'iE) FOR MAXIMUM RESPONSE 8C % __.
PARALLEL AMPLITUDE Bo % TRANSVERSE AMFuITUDE 80 %
)AC CURVE-SCREEN REPRESENTATION CALIBRATION TIME - RECORDS 1 3 5 7 9 00 01 02 03 04 05 1 ORIG. CAL. LAST LAST VERIFY 00%
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UT CALIBRATION DATA SHEET Instruction No. 50.70 Rev. 3 Attachment A Form 50.70-1 II C.D.S.
U.T.V. No. 03.2 No. 9S'C-6ff g f L .D . S . No. 95-/ - 66/
@0CEDURE NO. OG SO . 7 / REV. e8 DATE 5/6 / W HAMINATION PERSONNEL: NAME 7?>_ NEVEL J2Z~ NAME N/A LEVEL eW WSTRUMENT DATA: MAKE _S7Av /z # y MODEL L mc i n SERIAL NO. firs M 3 ARCH Ui!IT DATA: MANUFACTURER A-n - A resoMcN TYPE dAmmA SERIAL NO. b/ 94 *FJ SIZE . Jr ~ FREQUENCY JJS'MNr BEAM ANGLE 9I' BEAM MODE S NEA 4 HEDGE TYPE 4 ocdr ABLE DATA: LENGTH 6' TYPE 7M /7V /U OUPLANT DATA: TYPE unaAne/ar~ BATCH NO. 9V/JS-ALIBRATION STANDARD DATA." SERIAL NO. W4 /'/A THICKNESS I'/ '/ " DIAMETER /d ~
MATERIAL 3A - /d /o d 72 77 ALIBRATION REFLECTOR (s) DATA: TYPE A' orc // SIZE />5 ~w x / o "Z x 040 zwo '
l ORIENTATION (T0 PIPE AXIS) A x/A 4 / Cac . l OR DUEL ELEMENT TRANSDUCERS: SPLIT ORIEN AT ON (TO HOLE CENTERLINE) FOR l MAXIMUM RESPONSE EC~n PARALLEL AMPLITUDE w /A TRA'NSVERSE AMPLITUDE N/A i 1AC CURVE-SCREEN REPRESENTATION CALIBRATION TIME - RECORDS 1 3 5 7 9 00 01 02 03 04 05 0% ORIG. CAL. LAST LAST VERIFY
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DATE A f DATA REVIEHER ASME SECTION XI EXAMINATION; / YES - ANII SIGNATURE REQUIRED NO - ANII SIGNATURE NOT REQUIRED ACCEPTED BY: d 21
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UT CALIBRATION DATA SHEET Instruction No. 50.70 Rev. 3 Attachment A
' Form 50.70-1 I
C.D.S. No. 95-C- 6/l9Q/ f,I U.T.V. No. 03a L.D.S. No. 95-4-6f/
OCEDURE NO. O C Z~ J~d . 7 / REV. J . DATE J'/'d / 'F 5 ~
AMINATION PERSONNEL: NAME 7A W A 2=_ LEVEL K NAME N/s LEVEL ##
STRUMENT DATA: MAKE #7' vs2er s MODEL.Jome /J4 SERIAL NO. //rA A1 ARCH UNIT DATA: MANUFACTURER 'A o - A6eo 7EcN TYPE SAmmA
- SERIAL NO. C 15 4 3 9 SIZE .#~ FREQUENCY JJJ' MHz BEAM ANGLE 40 ' 5NEAR BEAM MODE ANAt-- HEDGE TYPE Z o ede~ I BLE DATA: LENGTH 4' TYPE 76 /79 / O QUPLANT DATA: TYPE v/NAce/ R~ BATCH NO. 9V/.M' ,
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,, DATE CAL. CHECK E.D.S. E.D.S. 25*F LIMIT "N TIME TIME # LINE # YES/NO N A- No J9 r o 8 Y F- //r o D'i. i N 95- E-ca 73 .:d W<
I.D. OF HELD / COMPONENT I i 0 2 41b 6 Uck 10 J3 JJ 72 '
/ d*B - J 3 - F~/J K SWEEC RANGE POSITION OR METAL PATH Axis /Seur(x) 70 DB REVIEWED BY: 6 ~3 DATE 5 W - 1 DATA REVIEHER ASME SECTION XI EXAMINATION; / YES - ANII SIGNATURE REQUIRED l NO - ANII SIGNATURE NOT REQUIRED ACCEPTED BY: Mw DATE 8/// /95" BECO LEVEL III OR DESIGNEE REVIEWED BY: /<b DATE f-/& 6 ANII i
U IRASONIC STRAIGHT BEAM REPORT MR # 19Hol342 -of E.D.S. 95-E- 6 76 WCNING GAIN 70 dB SYSTEM ,YAc2 C.D. S . 95- C - 66 7 BEAM ANGLE o*i TEMP 7f o p L . D . S . FT- z - d (/
DATE s/4/pr- UTV. NO. o </$ ,
SCAN TYPE TIME REMARKS WELD / ITEM IND. S.P. POSITION: WELD C/L NO. NO. PERPENDICULAR / PARALLEL SURFACE TOTAL LOSS / SIGNALS START /STOP n - o .u R A/O Recc cbitis/E hmcA770as $oE Sff %l4fIUE /o/o/to.20 s h ia k ia 8 0 %
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/ ACCEPT REJECT / YES ANII SIGNATURE REQUIRED x/o Further Evaluation Required NO ANII SIGNATURE NOT REQUIRED 8 [/
Reviewed byp87 Level 12T Reviewed by: [!, t GIV/
ANIl Date
BOSTON EDISON COMPANY ULTRASONIC EXAMINATION DATA SHEET EXAMINATION PERSONNEL:
M. R. No. /PYo/362-O/ EDS No. 95-E- fo 7/
Name
._ _ : cvel f Couplant Q/koe/ Y CDS No. f_5-C-&df(/'g/g.3 /
Nama #/A Level A/'A Scanning Gain '6/ Z)1r L.D.S. 95 64;/
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~ d ES-ANII Signature Required YES I NO TT FURTHER EVALUATION REQUIRED M NO-ANII Signature Not Required Evaluated By: '/4D.___.2 Level ;ar Dateg/i/93-Remarks:
- L'o Ostsroe Orxos of OfLslRMin El8co WO= W E I b l E N _W R l- w E Accepted By: mL,. Level KDateSd/SJ
BECO Level 111 or Designee
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BOSTON EDISON COMPANY ULTRASONIC EXAMINATION DATA SHEET EXAMINATION PERSONNEL:
Name M 7t D evel _227~ M. R. No. /97c/342 -c/ EDS No.
CDS No.9595-C- E-6 7/668 q .2d
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COMP #
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J ES-ANII Signature Required YES N NO FT FURTHER EVALUATION REQUIRED Fd- NO-ANII Signature N t Required Remarks: A/cp5' Evaluated By: j? d Level #Date s[Mr Accepted By: [ LLevel K__DateM-//e/ff~~ ' '
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Name'AM 7/ S tevel K M. R. No. /9yo/34,Z.-of EDS No. 9 S~-E- 67.k fy/
Couplant ul+aA6EL :1Z~ CDS No. 95-C- 66 9 C Name #/A Level #/A Scanning Gain 76 Jpg L.D.S. 95 -z- M /.
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Attachment 8, Form 50.70-2 j Page 1 of I s !0ST0N EDIS0N I LINEARITY DATA SHEET }0CEDURE No. ()q go, 7c REV.J__ CAL BLOCK # P,4-/VA LDS# 95-X - 7/9 4,f;C AMINATION PERSONNEL: N /JV 5f---LEVEL 222~ DATE S//J/F
" A,//A LEVEL N/A iSTRUMENT DATA: MAKE M z W # v MODELiomc /J4 S.No //12 A1 ARCH UNIT DATA: MAKE/PA - Ae/o Arc // TYPE /@w/A S .No B/ 96 '/ i SIZE .M " . BEAM ANGLE W ' 5 BEAM MODE S /EA E FREquENCYAJJhHz/z>e//4' WEDGE TYPE
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/5' IN % FULL SCREEN HEIGHT 70 20 Note: SMALLER INDICATION MUST BE M /D SO% OF LARGER INDICATION 60 10 WITHIN 5% FULL SCREEN HEIGHT J f AMPLITUDE CONTROL LINEARITY CHECK B 5 6 7 8 11 12 )
9 10 2 db
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- 7. LARGER INDICATION AMPLITUDE %FSH AMPLITUDE _ CONTROL LINEARITY (ACCEPTABLE) UNACCEPTABLE
- 8. SMALLER INDICATION AMPLITUDE %FSH REVIEWED BY: # M I - - III DATE 5-/r/W ASME SECTION XI EXAMINATION: ANII SIGNATURE REQUIRED '
NO - ANII GNATURE NOT REQUIRED ACCEPTED BY: 7 d BECO LEVE III R DESIGNEE DATE 6////V REVIEWED BY: if y /dp ANII DAT p/r W
UT CALIBRATION DATA SHEET Instruction No. 50.70 Rev. 3 Attachment A Form 50.70-1 C.D.S . No. 95- C- 7f/C q id! U.T.V. No. D '/6 f L.D.S. NO. 95-4-66/ 20CEDURE NO. dCT C . '7 / _REV. J DATE d' //J / 9S 2 AMINATION PERSONNEL: NAME72L E d.c= LEVEL /// 'NAME AP ' (.EVEL wif SSTRUMENT DATA: MAKE 87A UE2r t/ MODELSemc /36 SERIAL' NO //I> M [ ARCH UNIT DATA: MANUFACTURER 'A A - A cto TEc// TYPE 8AmmA SERIAL NO. RC705 7 SIZE . J 7 # FREQUENCY - > J S ' /+/ N Z BEAM ANGLE C' BEAM MODE _/_cal.o. HEDGE TYPE A'/A i 1BLE DATA: LENGTH 4' TYPE 76 /19 / U l WPLANT DATA: TYPE weAar/ 77' BATCH 0. 99/>5' SLIBRATION STANDARD DATAY SERIAL NO. 2-/VA THICKNESS , 5 9V DIAMETER /C MATERIAL .IA - /C6 6X'_-J Y / #d ,, X , blIBRATION REFLECTOR (s) DATA: TYPE.S.D //, RESIZE 3/3) d/A . ORIENTATION (T0 PIPE AXIS) C/ c - )R DUEL ELEMENT TRANSDUCERS: ,.$PLIT ORIENTATION (T0 HOLE CENTERLINE) FOR MAXIMUM RESPONSE W C '7e PARALLEL AMPLITUDE A,'A TRANSVERSE AMPLITUDE A//A AC CURVE-SCREEN REPRESENTATION CALIBRATION TIME - RECORDS l 1 3 5 7 9 00 01 02 03 04 05 1 3% l ORIG. CAL. LAST LAST VERIFY
. PI M DATE CAL. CHECK E.D.S. E.D.S. 25'F LIMIT TIME TIME # LINE # YES/NO u 543/9r~ 95-E-72.T 2 WS*
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/ C 3CE6CA) 0 REVIEWED BY: . DATE 6 9f DATA REVIEHER ASME SECTION XI EXAMINATION; / YES - ANII SIGNATURE REQUIRED NO - ANII SIGNATURE NOT REQUIRED ACCEPTED BY: b ei d ' DATE X//6/ F ' '
BECD LEVEL III OR DESIGNEE yf y/O I REVIEWED BY: L WY/4b/ DATE ANII [/ i l
UT CALIBRATION DATA SHEET Instruction No. S0.70 Rev. 3 Attachment A Form 50.70-1 C.D.S No. 95-C- @/ U.T.t. No. CJ2 L.D.S. No. VS-4-6f/ AOCEDURE NO. OC 7/ JtEV. ,O DATE M/ A'/A 96~ MAMINATION PERSONNEL: NAME N/ X M 4 EVEL M NAME LEVEL ^>/A l ZSTRUMENT DATA: MAKE J7Ade'l#V MODEL G ne n 4 SERIAL 80 /t s'2 /$1
'AW -A >'MN TYPE M/nMA - f
} ARCH UNITNO.. SERIAL DATAw/9/e u V2MANUJACTpRER SIZE ,M* FREQUENCY J M / W 7- I BEAM ANGLE Mc BEAM MODE JW'E4/C._ HEDGE TYPE /ce,M 2BLE DATA: LENGTH /e ' TYPE 'X(- /7V/U DUPLANT DATA: TYPE Chieqqu/lK BATCH N0. 9V/X u ALIBRATION STANDARD DATF. SERIA1 NO./7h/YA THICKNESS , S W DIAMETER /d ,, i MATERIAL (A /o d 64-3 ALIBRATION REFLECTOR (s) DATA: TYPE._4/cTEN SIZE.B5"tU X AC "4 Y , C# hE8 ORIENTATION (T0 PIPE AXIS) AxeAL / Cam ' DR DUEL ELEMENT TRANSDUCERS: SPLIT ORIE TA IdN (T0 HOLE CENTERLINE) FOR MAXIMUM RESPONSE cI 7c PARALLEL AMPLITUDE Aj// TRANSVERSE AMPLITUDE A,.'/i AC CURVE-SCREEN REPRESENTATION CALIBRATION TIME - RECORDS 1 3 5 7 9 00 01 02 03 04 05
' ORIG. CAL. LAST LAST VERIFY 07.
m DATE CAL. CHECK E.D.S. E.D.S. 25'F LIMIT
'A TIME TIME # LINE # YES/NO
% 3//3hc~ VS-i- 7.W %"S CEKf- /2c C*
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' 7. I.D. OF HELD / COMPONENT l 0 2 10 6 Bob 10 ET f5d / M -} fi9 [ SWEEP RANGE POSITION OR METAL PATH / A m L (x ') 3) DR C e rt c ( 3 57 .DB REVIEWED BY: - DATE f 5'
' DATA REVIEHER ASME SECTION XI EXAMINATION; / YES - ANII SIGNATURE REQUIRED NO - ANII SIGNATURE NOT REQUIRED ACCEPTED BY: DATE 6I/6/97 BECO LEVEL III OR DESIGNEE REVIEWED BY: hk DATE f #'7 I ANII ,
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UT CALIBRATION DATA SHEET Instruction No. 50.70 Rev. 3 Attachment A Form 50.70-1 C.D.S. NO. 95-C- Z2.7g / / U.T.V. No. 03.2 ' L.D.S. NO. 994-66/ ROCEDURE NO. CIT ~C. 7/ ,REV. 2 DATE J// E NAMEJ2b7A.ecbEVEL m NAME AV/ LEVEL # # : KAMINATION PERSONNEL: 4STRUMENT DATA: MAKESRueist/ MODELCw/c /36 SERIAL' NA // I s M l EARCH UNIT DATA: MANUFACTURER '/u? -' AEto/Ec# TYPE eAmmA l SERIAL NO. O/ rVJ 9 SIZE .. > r " FREQUENCY 1 JU' M//Z- ! BEAM ANGLE /FM' HEDGE TYPE 2 nce M 4BLE DATA: LENGTH /6 ' BEAM TYPEHODE Xt? /7VM/EA4//2 l
)UPLANT DATA: TYPE ATCH NO. 9V/>5' ,, ;
4LIBRATION STANDARD DAT SERIAL NO. W/-/VA THICKNESS 5 9V DIAMETER /C '# MATERIAL <4 /d (d-R 4LIBRATION REFLECTOR (s) DATA: TYPE A.bh# SIZE . d52d X /4"I F.M d68[ C A' C . ORIENTATION (T0 PIPE AXIS) 3R DUEL ELEMENT TRANSDUCERS: QPLITORIENTTIN(T0HOLECENTERLINE) FOR MAXIMUM RESPONSE ou ev PARAL'EL AMPLITUDE N/A TRANSVERSE AMPLITUDE A,,'/A AC CURVE-SCREEN REPRESENTATION CALIBRATION TIME - RECORDS 1 3 5 7 9 00 01 02 03 04 05
- 37. I ORIG. CAL. LAST LAST VERIFY l ,, DATE CAL. ' CHECK E.D.S. E.D.S. 25'F LIMIT l
N TIME TIME # LINE # YES/NO l N sb3/95~ 95-f- 7.%' J VEA
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A . I I.D. OF HELD / COMPONENT 0 brb 6 800 10 A3*l*U$E / S? -I- 59 k i i SWEEC RU'GE POSITION OR METAL PATH l AxiA/ Qu/Jhb7CDS REVIEHED BY: - DATE 'M DATA REVIEHER ASME SECTION XI EXAMINATION; / YES - ANII SIGNATURE REQUIRED NO - ANII SIGNATURE NOT REQUIRED ACCEPTED BY: Y d' DATE S/// / 9 f' BECO LEVEL III OR DESIGNEE REVIEWED BY: !. job DATE I'/07I ANII I I i l
ULTRASONIC STRAIGHT BEAM REPORT MR # /9W/Jia-of E.D.S. ff-6 72 ANNING GAIN JD dB SYSTEM # N r C .D. S . R5'-C- 7f/o BEAM ANGLE O *Z TEMP 7C * /~ L.D.S. 95-4-46 / DATE g/^5./pr UTV. NO. O </4 . WELD / ITEM IND. S.P. POSITION: WELD C/L SCAN TYPE TIME REMARKS NO. NO. PERPENDICULAR / PARALLEL SURFACE TOTAL LOSS / SIGNALS START /STOP % $hnK A!O 7?EccchAn}e hwcA 77cm <$or kg /T VAkr /ccc fici e Aua:bia 80% ? :E823 bI=h*NK. AA3 Reto e win /K .IA.: Dica M .s 'OWboE . OL'E /0 $f'E /c /c //cpc M Rfjec'77en s'a S cA d V Examiners M -b vel A~ Accepted by d [ 4-$ f f/4-9f
*J Level w/A BECo LeveT III or Designee /Date Criteria: M E SrO7oe) X/ ASME XI Examination
/ ACCEPT REJECT / YES ANII SIGNATURE REQUIRED
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+ 4 vel g Reviewed by:
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BOSTON EDISON COMPANY ULTRASONIC EXAMINATION DATA SHEET EXAMINATION PERSONNEL: M. R. No. /fVC/3(f 2-C/ EDS No. ff-E- 72V jy / 2 Name /-f]:,.70Meye) 777~
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Name A/k
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W UTV No. @ Beau Angle N 5 (W) DIMENSION (L) DIMENSION DATE 4//3/RS-- Lo Wm L2 TIME OF EXAM COMP. REMARKS WELD IND. SCAN NO. MAX W1 W2 L1 lm COMFfG # DIRECTION AMP. Wo START STOP TEMP. COMP # AND SURFACE SPw) SPm SPW2 SPL1 SPL2 g, ,
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'?dG -[: W\ E Ah REGdME ~1~D di~c A.S Ch lc-lC \ ysyg Q - I/~ O /89b kro 70T a Components meet ASME Section Xl Acceptance Criteria: ASME Section XI Examination: l / YES-ANII Signature Required NO-ANII Signature Not Required YES [ NO TT FURTHER EVALUATION REQUIRED M Remarks: We Lo e leo DEAb CadetC_ Evaluated By: .___ s Level z77Date s r-LO o = Lheth Cec 4cel oE Accepted By: M A' Level 1Datef/4/W BECD Level III or Designee l ZvD/cA 77e/J # / 1.b. GECMcWrv - Koe 7~ ANII Review by: r Uu(- Date C-/d 4
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BOSTON EDIS0N COMPANY ULTRASONIC EXAMINATION DATA SHEET EXAMINATION PERSONNEL: M. R. No. /7YCL3f)- c/ EDS No. 15-E-7)V A A Name$1/k.zLeve1
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Name AfI4 Level A//4 Scanning Gain " 4 J M L.D.S. 95-4-64/ l UTV No. A344 ~ Beaa Angle fS U (W) DIMENSION (L) DIMENSION CATE g//J/RS-Lo Wm L2 TIME OF EXAM COMP. REMARKS WELD IND. SCAN NO. MAX W1 W2 L1 lm CONFIG # DIRECTION AMP. Wo START STOP TEMP. l COMP # AND SURFACE SPw1 SPm SPW2 SPL1 SPL2
? D1 LMNE Arc Rcc cank n rv mm G m y A le i psg g pg Yh*0- ~
/0 sb MC 70 fc Sao
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l - g/CCD. /d.r //c0 7c 70 3w i , Components meet ASME Section X/ Acceptance Criteria: ASME Section X/ Examination:
/ ES-ANII Signature Required NO-ANII Signature Not Required YES 7 NO D FURTHER EVALUATION REQUIRED FJ +
Remarks: A/dAJE Evaluated By: [ Level 5 Date 5 M Accepted By: 4_ Level LDate S/u/97 BECO Level III or Designee ANII Review by: /tD/ Date [/f<9[
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BOSTON EDIS0N COMPANY ULTRASONIC EXAMINATION DATA SHEET EXAMINATION PERSONNEL: l Name&~fbTr -Level 777~ 2 M. R. No. 199t'/30 -c/ Couplant Oyssos E EDS No. %5'-fi- A W CDS No. 95- C- 22,2 Q fl f Name #/A Level A'41 Scanning Gain " z5- M L.D.S. 9'5-4-66/ UTV No. 033
# g//J/9S' Beau Angle [63 (W) DIMENSION (L) DIMENSION DATE SCAN NO. Lo L2 TIME OF EXAM COMP. REMARKS WELD IND. MAX W1 Wm W2 L1 km CONFIG # DIRECTION AMP. Wo START STOP TEMP.
COMP # AND SURFACE SPw j SPm SPW2 SPL1 SPL2 A3 I A/'s ,qc" 3f}C' Lc MC* A/nlfD ScA/J ! Q26 ip'[g <A WU~ '" %
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& i &E l h Cedt=stLtgE Accepted By: A_f f Level 22[~Date' e/u/yf '~
BECO L vel III or Designee ZvDirAcAu " /M Zb GEcP't fAV -50eT 3d &/Exmeh%c//s Af t/Acviaghk" ANII Review by: jf V, Date f/d'-93 Mf; 95~ & - ?Nf & CJ f l (<= 4 - @ S' 72 '7
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B0ST0N EDIS0N l LINEARITY DATA SHEET PROCEDURE No. ga yo REV. 3 CAL BLOCK # 79MAA LDS# 9f 73/:, EXAMINATION PERSONNEL: Too rr OnaRy LEVEL -fr DATE 4-M-90 JErr Gronan 7 LEVEL T-INSTRUMENT DATA: MAKE MRAu7u#4 MAR MODEL uw-fo S.No 6,oh of SEARCH UNIT DATA: MAKE an A p o Tsca TYPE GAmme S.No BM VM9 SIZE- Sx i.o FREQUENCY M MHz. BEAM ANGLE '+5* BEAM MODE 5NEAM WEDGE TYPE L oCITS i CABLE DATA: LENGTH 1% TYPE N G -54 1 COUPLANT DATA: TYPE ULT #AcAdATCH No. 44lif , 1 SCREEN HEIGHT FINE GAIN AVAILABLE: vf E5 COMPLETE PART A LINEARITY CHECK: 4/AN0 COMPLETE PART B A 1 2 3 4 1. LARGER INDICATION AMPLITUDE IN % FULL SCREEN HEIGHT
. 100 50 2. SMALLER INDICATION AMPLITUDE I l fo 94 IN % FULL SCREEN HEIGHT l 90 40 3. LARGER INDICATION AMPLITUDE l 96 'A O IN % FULL SCREEN HEIGHT 80 40 30 4. SMALLER INDICATION HEIGHT 15 IN % FULL SCREEN HEIGHT 70 20 Note: SMALLER INDICATION MUST BE
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$ l AMPLITUDE CONTROL LINEARITY CHECK l
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- 6. ACTUAL db
- 7. LARGER INDICATION AMPLITUDE %FSH I AMPitTUDE CONTROL LINEARITY
- 8. SMALLER INDICATION AMPLITUDE %FSH UNACCEPTABLE
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REVIEWED BY / // c #r h L III DATE #/IS/VSr i RSME SECTI0ft XI EIAMINATION: - ANII SIGNATURE REQUIRED ! NO - ANII GNATURE NOT REQUIRED ACCEPTED BY: n b BECO LEVE II OR DESIGNEE DATE 4-/-9C { REVIEWED BY: Qq/y t ANII DAT <"y W ~ i I l 1 _ _ - - .
Instruction No. 50.20 Rav. 4 Attachannt G Page 1 of 1 C/N: A BOSTON EDISGN COMPANY DATA SHEET
- 95-/>/- d'95 RECORD OF MACNETIC PARTICLE EXAMINATION
-l _2!!] - ni T- C.^! 2 % /-
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Instructicn No. 50.20 Rov. 4 Attcchm2nt G Page 1 of 1 C/N: A BOSTON EDISON COMPANY DATA SHEET
- 9f-/77 -6 @@ !
RECORD OF MAGNETIC PARTICLE EXAMINATION J L*3!!d - Al ; OC ~LI? M TEM ID/ PIECE
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B. PROCEDURE
TEMPERATURE PROCEDURE # PT VALIDATION # (IF NOT BETWEEN g ,, ,,o , , 60-125 F) & F rser <n no nsu:or N/A SURFACE IS SUITABLE FOR SCHEDULED IPT h~EXN$ UATION M YES $ No INSPECTION MATERIALS BRAND DESIGNATION BATCH # I. PRE- CMM yu',ff y3y _ ga 3yyy
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TEMPERATURE PRCCEDURE / PT VALIDATION / , (IF NOT BETWEDI St,) fa.tD DEV o f '?## SURFACE IS SUITABLE FOR SCHEDULED /PT h$NEINATION $( YES g NO INSPECTION MATERIALS BRAND DESIGNATION BATCH /
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l 1 PILGRIM NUCLEAR POWER STATION
; INSERVICE EXAMINATION j TENTII REFUELING AND INSPECTION OUTAGE REPORT OF EXAMINATION RESULTS SIIROUD HOLD DOWN BOLTS 1
4 I d
APRIL 25, 1995 cc: C. Garrov (BECo) B. Perkins (BECo) R. Sheridan (BECo) Boston Edison Company Pilgrim Nuclear Power Station Plymouth MA 02360
SUBJECT:
ULTRASONIC EIAMINATION - SHROUD HEAD HOLD DOVN BOLTING PILGRIM NUCLEAR POWER STATION
SUMMARY
During Pilgrim Nuclear Power Station Refueling Outage (PNPS) number ten, 4 General Electric Nuclear Energy (GENE) examination personnel performed an ultrasonic (UT) examination on all 48 shroud head hold down bolts attached to the steam separator f or indications of cracking. Of the 48 bolts examined, no indications of cracking were detected. INTRODUCTION Over the years, cracking has been detected in the shroud head hold down - bolting associated with Boiling Vater Reactors (BVR). The cracking in these bolts (BUR 4's and earlier) has been confined to a creviced region created by a 304 stainless steel ring velded to an alloy 600 series inconel shaft. Typically, this cracking is IGSCC in nature and is located approximately 9.5 inches up frca the bottom end of the shaft. l DISCUSSION The steam separator, because of radiation activation, and contamination, is i stored underwater (storage pool) for shielding purposes when removed from the reactor pressure vessel. To examine the shroud head hold down bolting attached to the steam separator remote ultrasonic techniques (UT) are used. The examination of the 48 shroud hold down bolts were completed, using a movable pick located over the equipment storage pool and the steam separator. The UT fixture by design is shaped like a shoe and is attached to 30 feet of one inch diameter aluminum poles. The UT fixture with an ultrasonic transducer mounted on its bottom end, looking up, is slipped over the bottom end of the bolt, an air cylinder is then actuated. locking the UT fixture to the bolt to be examined. Bolt interrogation is then commenced, by ultrasonic test instrumentation. i l l l
I l PROCEDURE USED i i GE Nuclear Energy Test Procedure UT-PII.-501V1 Rev. O. "UT Procedure For Remote Examinaton of Shroud Head Hold'Down Bolting" (PNPS Temporary Procedure No. TP95-082). EXAMIMATION PERSONNEL M. Stamm I.evel III J. Gebhart I.evel I R. Sheridan I.evel I EQUIPMENT
- 1. Special UT fixture (patented) for shroud head hold down bolts.
- 2. Staveley Sonic 136 ultrasonic instrument.
- 3. KB-Aerotech 0.5 inch, flat focus, immersion. 2.25 MHz UT transducer
- 4. 600 series Inconel calibration reference standard containing a 5% of volume EDM notch. This reference block is used to calibrate the test system.
- 5. Water and Ultra-Gel used as couplant.
TEST RESULTS All 48 shroud head hold down bolts attached to the PNPS steam separator were examined ultrasonically for indications of cracking. No indications of cracking vere detected in any of the 40 bolts examined. All data and supporting documents pertaining to these examinations are included as attachments to this report. J'f /
/ / Lw ),
UT Level III. GE-Nuclear Energy
i ! GENERAL ELECTRIC
, SHROVD HEAD HOLD DOWN BOLT EIAMINATION DATA SHEET SITE Piloria UNIT 1 DATE 4/25/95 DATA SHEET #_L__
EXANINER Nicha=1 Sta== LEVEL III EXANINATION FREQUENCY 2_25 MW
- BOLT BACK CONNFNTS *
* *
- AMP * *
*NUWMFR* ECHO KP AMP
- KP AMP
- RP 1
YES
- N/A
- N/A
- N/A
- N/A
- N/A
- N/A
- OK 2
YES * * * * *
- OK
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- 4 YES * * * * * *
- OK g . ygg . . . . . .
OK 6 YES * * * * *
- OK 7
. ygg . . . . . . .
OK
. g . ygg . . . . . . .
OK 9 VES * * * * *
- OK 10
- YES * * * * *
- OK 17 ygg . . . . . . .
OK 12
- YES * * * *
- OK 13
- YES * * * * *
- OK OK 14 YES *
- 15
- YES * * * * *
- OK 16 YES OK 17 .
YES OK 18
- YES * * * *
- OK 39 .
ygg . . . . . . OK 20
- YES * * * *
- OK
{ 21 YES * * * * *
- OK 22
- YES * * * * *
- OK 33 .
YES OK 24 YES OK 25
- YES OK j .
26
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- OK 27
- YES * * * * *
- OK 20
- YES * * * *
- OK 29
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- OK 30
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- OK 32
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- OK 33
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- OK 34 .
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- YES * * * *
- OK 49 .
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- OK
- ULTRASONIC EIANINATION CALIBRATION SHEET SHROUD HEAD HOLD DOWN BOLTING SITE Pilgria "
UNIT #1 DATE 04/10/95 CAL. SHEET # 98'd- 758 PROCEDURE #TP95-082 REV. O EXAMINER Michael Staan LEVEL III DATA RECORDER R. Sheridan / J. Gephart LEVEL I INSTRUMENT: MANUFACTURE Staveley MODEL Sonic 136 SERIAL # 1152M CAL DATE MARCH 28. 1995 TRANSDUCER: MANUFACTURE Aerotech TYPE GAMMA SERIAL # E03810 SIZE 0.5" FREQ. 2.25 MHz ANGLE O CABLES: TYPE RG58 LENCTH 70' CAL. STD. TYPE Inconel NUFdER TAPBES-002 THK. 1.75" TYPE __Inconel NUMBER TAPBES-002 THK. 2.0" FULL PEN RL WAVE 5% NOTCH- SHEAR WAVE INSTRUMENT SETTINGS WELD L WAVE 5% NOT H 5% NOTCH-START END 100 GAIN dB 76.6 76.6 90 " 'r 80 RANGE 10.2" 10.2" 70 60 DELAY 2.46 2.46 50 40 REJECT OFF OFF 30 20 DAMP 25 25 10 0 0 1 2 3 4 5 6 7 8 9 10 ULTRASONIC SCOPE l SEE ATTACHED SCREEN PRINT J CALBRATION NOTCH 5% of T AMPLITUDE 80% PSH SWEEP 9.5" INITAL CALIBRATION 1410 FINAL CALIBRATION 1800 COMMENTS: NONE j
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. . .. .. 5 55~~~~200in 5AIN ~~i5'5~d5 i
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DELAY VEL 0.230 in/us FREQ 2.25MHz
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95-E- 75y 3a~ 3a \ t SCREEN PRINT 48 OW j
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. GAIN j
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l
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! ULTRASONIC EIAMINATION CALIBRATION SHEET SHROUD HEAD HOLD DOWN BOLTING 1 [ SITE Pilgria " UNIT #1 DATE 04/20/95 CAL. SHEET # IS-C-7/a/ PROCEDURE #TP95-082 REV. O EXAMINER M_ichael Stamm LEVEL III DATA RECORDER R. Sheridan / J. Gephart LEVEL I 4 ! INSTRUMENT: MANUFACTURE Staveley MODEL Sonic 136 SERIAL # 1152M CAL DATE MARCH 28. 1995 TRANSDUCER: MANUFACTURE Aerotech TYPE GAMMA SERIAL # E03810 SIZE 0.5" FREQ. 2.25 MHz ANGLE O CABLES: TYPE RG58 LENGTH 70' CAL. STD. TYPE Inconel NUMBER TAFBE5-002 THK. 1.75" - TYPE Inconel NUI1BER TAPBE5-002 THK. 2.0" FULL PEN RL WAVE 5% NOTCH- SHEAR WAVE INSTRUMENT SETTINGS { WELD--. L WAVE 5% NOT H 5% NOTCH-i START END i 100 GAIN dB 75.8 75.8 90 " " " 80 RANGE 10.2" 10.2" 70 l 60 DELAY 2.46 2.46 , 50 40 REJECT OPP OFF I 30 20 DAMP 25 25 , 10 l 0 0 1 2- 3 4 5 6 7 8 9 10 i ULTRASONIC SCOPE SEE ATTACHED SCREEN PRINT CALBRATION NOTCH 5% of T AMPLITUDE 80% FSH SWEEP 9.5" l
, INITAL CALIBRATION 1018 FINAL CALIBRATION 1330 )
COMMENTS: NOME : I l l SIGNATUR e d TITLE I M DATE o [ l i $$4' &GR 7 Er
95-d- 7 6 /
/fc2f#
O ;
, , , , , e a m 1/=o n s / n ~ s k 'a l ll l gl RANGE RECElt'ER l
, . 4 .i- - *
.i . .i RNiGE 10.2in GAlH 75.8d8 )
) ; - CHAY 2.461n O! SPLAY FILT2 ) E 0.230 in/us FREQ 2.25MHz . i l . . .. . . .:. LE!IS in REJECT OFF )
. . GATE PLtSER
* ^
i i LE E OFF PtilSE 222nS ! . . .. . .:. POSH 5.02in DAMPING 25 WIOTH 2.551n Pt,SEECHO t POLARITY + REP RATE 1 KHz
. .a. . . . . .:.
GAIN REFDBCE GAlH 75.8d8 l ..
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REF LYL 40.0d8 ) j
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l l i i i i SCREEN PRINT C$l Of fho W Mf /MO l EXfi5! I5 5I- 5%ith !835 DELAY 2.46in DISPLAY FILT2 VEL 0.230 in/us FREQ 2.25MHz i OFF
.;, UNITS in REJECT j .
4 ' _____9eIE______ ____PtLLgE_g_____
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WIDTH 2.55in PULSE ECHO
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j Y g6]N_gggggEt,1gg_
.;. GAIN 75.8dB j . .
REF LVL 40.0dB l XXXX
% CHANGE i
j - dB CHANGE 35.8 t l
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. . . . RANGE 10.2in GAIN 75.8dB
. DELAY 2.461n DISFLAY FILT2 VEL 0.230in/us FREQ 2.25MHz
. .:. . lMITS in REJECT OFF l . . . .:. . . .
CATE PtLSER
.;. .i. .j. . .>. .;. -
PtlLSE 222nS LEVEL GFF
. .. . . .:. . POSN 5.031n DMPINC 25^-
WIDIN 2.561n PULSEECHO
+ REP RATE l KHz POLA2ITY CAINREFERENCE
. .:. . GAIN 75.8dB
~
REF LVL 40.0dB C E 1 6 k SCREEN PRINT M d RMGE RECEIVER 6 RANGE 200in CA1H 75.8dB i DELAY 2.46in 0! SPLAY FILT2 i i
- I i VEL C.230 in/us FREQ 2.25P.Hz \
- . . . .:. . LlHliS in REJECT OFT I CATE PULSER LEVEL OFF Pl!LSE 2225 a
- - POSH 52.lin DMPING 257- i WIDIN 49. Sin PlLSEECHO l
! POLAR!iY + REP RATE 250Hz CAINREFERENCE_
GAIN 75.8d2 REF LVt. 40.CdB
>- + t CHMCC XXXX l k bm. . . . . _ _
dB CHMGE 35.8 pgy,gygo zvym; Boin g1,22,23, Sv% Y$4ns BECGT 7-7*95 1 i
t 95-E- 76 / SCREtNrRINT #7 14.8f
,_RANCE RECEIVER
- . . . . . RMGE 10.zin GAIN 75.8a j ,
OELAY 2.481n DISPLAY FILT2
- UEL0.230in/us FREQ 2.25Mz
! , , , , ;, , UNITS in REJECT OFF CATE P1SER
' + + '
t LEVE 1F P1SE 222d I . . . .:. . PCM 5.03in CMPING 25" WIOTH 2.581n PESEECHO j POLARITY + REP RA1E 1 KHz I - * ' '
- CAINREFERENCE l . ;. . .. . . a. . GAIN 75.8dB
. RET L 1 40.06 i- ) ! CHANGE XXXX i i d d8 CHANGE 35.8 ) i I I I i i SCREER PRlHT W 9 RMGE RECEIVER
. . . RMGE 200in GAIN 75.8dB l
i CELAY 2.4 Sin DISPLAY FILT2 VEL 0.230 in/us FREQ 2.25MHz l j . , , .;. UNITS in REJECI 0FF 4 I i . - CATE P1SER
+ + + l 1 LEVEL OFF P1SE 222nS
- 52. Sin OMPING 250 l
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l l l l ULTRASONIC EXAMINATION CALIBRATION SHEET SHROUD HEAD HOLD DOWN BOLTING SITE Pilgris
- UNIT #1 DATE 04/25/95 CAL. SHEET # 98'C- 74=1 PROCEDURE #TP95-082 REV. O EXAMINER Michael Staeus LEVEL III DATA RECORDER R. Sheridan / J. Gephart LEVEL I INSTRUMENT: MANUFACTURE Staveley MODEL Sonic 136 SERIAL # 1152M CAL DATE MARCH 28. 1995 TRANSDUCER: MANUFACTURE Aerotech TYPE GAMMA SERIAL #E03810 SIZE 0.5" FREQ. 2.25 MHz ANGLE O CABLES: TYPE RG58 LENGTH 70' CAL. STD. TYPE _I,.nconel NUMBER TAPBES-002 THK. 1.75" TYPE Inconel NUMBER TAPBE5-002 THK. 2.0" FULL PEN RL WAVE 5% NOTCH- SHEAR WAVE INSTRUMENT SETTINGS WELn-- L WAVE 5% NOT H 5% NOTCH-START END 100 GAIN dB 74 74 90 80 RANGE 10.2" 10.2" 70 60 DELAY 2.46 2.46 50 -
40 REJECT OFF OFF 30 20 DAMP 25 25 10 0 0 1 2 3 4 5 6 7 8 9 10 ULTRASONIC SCOPE SEE ATTACHED SCREEN PRINT CALBRATION NOTCH 5% of T AMPLITUDE 80% FSH SWEEP 9.5" INITAL CALIBRATION 1000 FINAL CALIBRATION 1230 COMMENTS: NONE
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i ( PILGRIM NUCLEAR POWER STATION INSERVICE EXAMINATION TENTII REFUELING AND INSPECTION OUTAGE REPORT OF EXAMINATION RESULTS ACCESS IIOLE COVER i 4
EXAMINATION
SUMMARY
SHEET GE Nuclear Energy ' PROJECT:_P_lLGRIM PROCEDURE:_ TP95109 REV: 0 FRR: _fuA FA _. LEX 4V N/A SYSTEM:_RP_V -RA REV:._.tFA FRR: _fEA WELD NO.:_ACCC51110l0Anyct@ O' M CONFIOURATIONUMiCIOltiRQua110GE O MT O PT E UT Ovr 5 CIRCUMFERENTIAL EXAMINER:_EJOHNSON LEVEL: til wEto Type: O LONGITUDINAL 0 OTHER N/A EXAMINER:_tFA LEVEL: N/A
^^ ^
EXAMINER:_RA LEVEL: N/A Dunng the automated ultrasoruc exanunaton of the above referenced weld, no indications assectated w:th IGSCC were recorded by the Smart 2000 system utiteng 45* shear wave and 60* Refracted Longrtudinal(RL) wave search units. The visualind: cat:on recorced dunng the Spnng 1995 IWI exammation could not be confirmed with UT. 10 geometry was recorded with both the 45' shear and 60* RL search uruts. Approximately 45% of the weid circumference was nct examined from the ledge side of the we!d due to the proximity of the reactor vessel and the shroud Wall IW1 tapes and prevmus data were reywwed prior to this summary. NOTE: Prior to the Ultrasonic Examination of the 0 &grec Access tiole Cover, the wcld was brushed using a lionda motor attached to a pole. This brushing was donc so an exploratory Enhanced VT 1 could be performed of the presiously reported IVV1 indication identified dunng the 1995 Spring Outage. This indication was Examined using a .tMM)S" mit wire. During the exam, camera angles and lighting were changed to evaluate the indication. This indication, surface irregularities, did not indicate that it had any depth. During the Ultrasonic, examination of the access hole cover, no indications were recorded. The only Ultrasonic reflectors that were recorded uas inside geometry. Note made by M. Stamm GE-NE, Project Manager, Level 111 t I# s/-%M P d M X .r-a-v g
$UMMARY LEVEL DATE - . , _
- g. 8*S^'M [
l [ / g A 4 n //fr *MI PAGE: 1 0F: 10 CE REVIEW LEVEL DATE , 95-E- 757 g /y //
( SITE: _ PILGRIM UNIT: 1 REPORT NO.: j GENuclearEnergy INDICATION PLOT SHEET PROJECT: _1EX4V _RS541 SYSTEM:_ReactotEfessureVessel COMPONENT ID NO.: _ Access Hole _ Cover @ O' CONFIGURATION: JhroudLedge _ Cover Cove ra cv e 3 of N N
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EXAMINATION SETUP COMPONENT OtA: _19.9f_ WELD LENGTH:J11* TRACK DtA. N/A ARM LENGTH: N/A TRACK LOCATON _JVA SCAN PARAMETERS SCAN _ NC1 SCAN DIRECTION. INIOUT SKEW N/A SCAN: _ AX2 SCAN DIRECTON. ,.fllOUT SKEW- N/A SCAffdNQ *X*:. PIC(RM T. SCAN >dNQ T. NDEXM Y. STA;tT: 0" 0* START: 0" 180* SCANNER ZERO POSITIONS- SCANNER ZERO PO5ff!ONS SIZE. P J6Q* SIZE: 5* 180* OFFSET. 0" 0* CIR. Vmrt 0 OFFSET; 0" O' CIR:_YESSELO 1 RESOLUTCN: Q4.2[ _ ,, 99Q* TRA. 2 $*IN FROMWELD CL RESOLUTCN: __Q42f,_ __ 99Q*__ TRA, 2 5* PN FROf# WELD CL MOTOR DtR N/A N!A ROT: N/A MOTOR O(R.: N/A N/A ROT:l#A SCAN' __ CRC 1 SCAN DIRECTION CW I CCW SKEW: NiA SCAN: CIRC 2 SCAN DIRECTION:_ CYLLC.CW._ SKEW. 1#.A 1CANteNG T. Ef2D]!t2 Ti 8.C&NMNQ *X*: 219ENM T. START: 0* 0" START: _16Q*_ 0" SCANNER ZERO POSrTIONS SCANNER ZERO POSITIONS: 812E. _ 180* _ 31* SIZE 180* 31* OFFSET: 0* 0" CIR:_.yr3cri 0 OFFSET: 0* 0" CIR:.YESSELO RESOLUTCN __ 21(* 1172" TRA. 15* IN FROMWELD CL RESOLUTION- 214*_ idir TRA: 1.5* lN FRCMWELO CL MOTOR OtR.; __f#h 2# ROT:_tu MOTOR DIR.: N/A N/A ROT:l#A SCAN _f% SCAN DIREChCN SKEW- SCAN. ._fEA SCAN DIRECTON. SKEW: i a RSMN!itT. ti9EXM T. ICAfMf1Ta BCEXftQ Y. START: START: SCANNER ZERO POSITONS, SCANNER ZERO POSITIONS: SIZE: SIZE. OF7 SET: CIR. OFFSET. CIR: EESOLUTCN. TRA: RESOLUTION: TRA. MOTOR DIR.: ROT: MOTOR DIR.: ROT: _.f4 MASKS _f$* $btallQ9h10$LQVkCl0C8MagJlud.COyD{trClQChM$q3*.EklQCLk!D$[jlk.QukClgghM$q gr11CQylltgrClQC{Wd30 W P/2-2T > d kXAMINER LEVEL DATE 7 GE' REVIEW DATE PAGE: 10 OF: 10 QS-E- 7s ? g jy/f
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- 1. DELAY: 9.0161 in.
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- 2. TIMEBASE: 11.2660 in.
' DEPTH: 31- N/A
- 3. FREQUENCY:(MHz) 5 AMPLITUDE: m utA 4. RATE:/S 50 SWEEP: nw N/A
- 5. UNITS:
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- 6. VELOCITY:_220019jula O TiuE ODEPTH $ METAL PATH 7. SAMPLES: 512 FIELD SIMULATOR:_R/A S/N:..N/A PULSER / RECEIVER j REFLECTOR. N/A N/A 1. MODE: E PULSE ECHO O THRU-TRANSMISSION m AmpuTuot N/A N/A
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- 1. DELAY: 4 8676 in.
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- 2. TIMEBASE: 6.1460 in.
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- 3. FREQUENCY:(MHz) 5 AMPLITUDE: ses PuA 4. RATE:IS 50
- 6. UNITS:
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PROJECT NO.:_1EX4V LINEARITY SHEET NO.:_L-Ios , 1 PROCEDURE NO.:_lE95dD9 REVISION: 0 FRR' N/A instrument TECBAD/TOMOSCAN TTS10090100 1 ManufacturerI Mooes Systern Senal Peo l Search Unit _ _ flj89 E .5* .___2.25 MHz 60*RL N/A l SIGMA 160* RL LKIN) ~ incident to wedge front Manufacturer Senai Pea See Frog Angle /Moce Cable RG.174 25(y 3 rype Lenom No o# connecers Calibration Standard GE10ZE6302P0011 INCONEL 825' _AndL_ Ternp F SenalNo Matenal Thecaness Thermometer N/ Cruplant DEMINWATER _J/A rype eaten No CALIBRATIOq BASIC SETTINGS ORIENTATION: CIRC P&A
- 1. DELAY: 9.0161 in.
TYPE: 50% O NOTCH N/A . DEPTH: 31* N/A
- 3. FREQUENCY:(MHz) 5 AMPLITUDE: 80 % N/A 4. RATE:/S_50 SWEEP: EW N/A
- 6. UNITS:
GAIN: (dB) 39 s PuA
- 6. VELOCITY:_220039in/s 0 TIME OoEarN N METAL PATH 7. SAMPLES:_512 FIELD SIMULATOR:_N/A S/N:_1EA EU. LSER / RECEIVER KEFLECTOR. N/A N/A 1. MODE: E PULSE ECHO O THRU-TRANSMISSION MAX AM;1tTUDE: N/A N/A
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- 3. VOLTAGE:(v)_4QO ofJN (d!) N/A N/A
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- 6. RECTIFICATION: ONONE O UNIPOLAR + 0 UNIPOLAR -
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- 1. DELAY: 4.8676 in.
TYPE: O NOTCH P#A
- 2. TIMEBASE: 6.1460 ln.
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- 1. DELAY:_4.6676 in.
TYPE: O NOTCH.____ NA
- 2. TIMEBASE: 6.1460 in.
- j DEPTH: 02r NA
- 3. FREQUENCY:(MHz) 5 AMPLITUDE: m NA 4. RATE:IS __.50 NA
- 6. UNITS:
SWEEP: air OAIN: (dB) 4g.g N/A
- 6. VELOCITY:R 9jn/s O TIME ODEPTH E METAL PATH 7. SAMPLES:_512 FIELD SIMULATOR:_fil.A. S/N:_N.'A P_tJLSER / RECEIVER KEFLECTOR. N/A N'A 1. MODE: W PULSE ECHO O THRU-TRANSMISSION MM s MPLITuoE. N/A N/A P2 P2
- 2. PULSER: TO SWEEP'. N/A N/A
- 3. VOLTAGE:(v)_400
- 4. WIDTH:(Ns)_200 C ALIBRATlON VERIFICATION REPOfij 6. FILTER: ONONE O 0.5 2 MHz E 1 - 5 MHz TIME DATE OPER. COMP.10 0 5 15 MHz 0 2 - 10 MHz INITIAL VERIFIED 3 o3 , , ,
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- 6. RECTIFICATION: O NONE O UNIPOLAR + 0 UNIPOLAR -
VERIFIED E EIPOLAR VERIFIED
- 7. SMOOTHINo-. O NONE O FAST O MEDIUM S SLOW VERIFIED FINAL i1 15 ov12m 0*AHC R9501 P
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1 l 1 ULTRASONIC CAllBRATION DATA SHEET
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SITE:J_lLGRl_M UNIT: 1 CALIBRATION SHEET NO.: C-006 l l PROJECT NO. 1FX4V LINEARITY SHEET NO.:_L-008 l l PROCEDURE NO.: T P95-109 REVISION: 0 FRR: N/A d inatrument TTs10090100 TECRADILOMOSCiAtt uenutecture a uoo sysum senei e.o Search Unit SIGMA 160* BL LKCW1 - 923893021 .. .5" 2.25 MHz 60*RL N/A uenue cture, seneipe s.a. Free Angierucoe inement w
- ease kont Cable RO 174 2S7 3 rype Lengtn tea of Connecers Cal 6twation Standard M107163622QQt-1 INCONEL 825- _AmtL__ '
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- 1. DELAY: _9 0161 in.
TYPE: _. R m fCTcH NA
- 2. TIMEBASE:_112500in DEPTH: 31' NA
- 3. FREQUENCY:(MHz) 5 AMPLITUDE: m NA 4. RATE:IS . 50 SWEEP: s n- NA 5. UNITS:
GAIN: (dB) sa o wA
- 6. VELOCITY: 220039 in/s O fi=E CoEPTH E METAL PATH 7. SAMPLES:_512 FIELD SIMULATOR: N/A SIN:_N/A PULSER / RECEfVER PLECTOR N/A N/A 1. MODE: S PULSE ECHO O THRU-TRANSMISSION max AMPuTuot N/A N/A
- 2. PULSER: _PfL TO P8 SWEEP. N/A N/A
- 3. VOLTAGE:(v) 400
- 4. WIDTH:(Ns)_200 CALIBRATION VERIFICATION
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- 6. FILTER: ONONE O 0.5 - 2 MHz S 1 5 MHz TIME DATE OPER. COMP.lD ' REPORT 0 2 - 10 MHz 0 5 - 15 MHz INITIAL VERIFIED 23 10 05d145 [
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- 6. RECTIFICATION: ONONE O UNIPOLAR + 0 UNIPOLAR -
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- 7. SMOOTHING: O NONE O FAST O MEDIUM S SLOW VERIFIED FINAL 11 os osnas h O'AMC R95 01 EIAMI ER LEVEL 5-//~ff DATE W'W&b[
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., J GE Nuclear Energy ULTRASONIC CAllBRATION DATA SHEET (AUTOMATED WITH Smart 2000)
SITE ._ElLGRIM UNIT: 1 CAllBRATION SHEET NO.:_C-007 PROJECT NO.:_1EX4V LINEARITY SHEET NO.: L 001 PROCEDURE NO : TP95.109 REVISION:_0 FRR- N/A instrument TTS10 TECRAD.HOMOSCAN uanue cu s uoom sown s090100 n No Search Unit SIGRI60* RL LKCCC 92369 E .5" 60*RL N/A uww s n* No su. E.,_Mm r< A,,!.<voo. inc. .nt og. ,,oni Cable RG 174 250' 3 Tp. Lenom No etconn cus Calibration Standard GE10ZE6302EQQt 1 INCONEL_ _ M' Amtt._V sen No Maesnal Theckness Temp Thermometer _ N/A senseNo Couplant DEMitLWAIEEL__. N/A 7pe acen No CALIBRATION BASIC SETTINOS ORIENTATION: Ax wA
- 1. DELOY: 9 0161 in.
TYPE: _ _m o notes _ NA DEPTH: 31- MA
- 3. FREQUENCY:(Mrk) 5 AMPLITUDE: aos NA 4. RATE:IS__50 SWEEP: see NA 6. UNITS:
GAIN: (dB) c ma
- 6. VELOCITY:_220Q39in/s O fiMa ODEPTH E METAL PATH 7. SAMPLES:_.512 1
FIELD SIMULATOR: N/A S/N:_.11/A PULSER / RECEIVER KEFLECTOR- N/A N/A 1. MODE: E PULSE ECHO O THRU-TRANSMISSION MAX AMPUTUDE. N/A N/A
- 2. PULSER: P1 TO P1 SWEEP; N/A N/A
- 3. VOLTAGE:(v) 400 OAIN: (48) N/A l N/A
- 4. WIDTH:(Ns) 200 CALIBRATION VERIFICATION
- 5. FILTER: O NONE O 0.5 - 2 MHz E 1 - 5 MHz TIME DATE OPER. COMP. ID ' REPORT INITIAL O 2 - 10 MHz O 5-15MH2 n 15 me o ANc Rei VERIFIED
- 6. RECTIFICATION: O NONE O UNIPOLAR + 0 UNIPOLAR -
VERIFIED E BIPOLAR VERIFIED l
- 7. SMOOTHING: O NONE O FAST O MED!UM E SLOW I VERIFIED I FINAL n to osnas o AMC R95-of 3 J u n . x _ s-n r Y372w mzrsAr LEVEL DATE UTILITY MEVIEW ' DAiE 1
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PILGRIM NUCLEAR POWER STATION INSERVICE EXAMINATION TENTII REFUELING AND INSPECTION OUTAGE REPORT OF EXAMINATION RESULTS SIIROUD VISUAL i i 1 l l
PILGRIM NUCLEAR POWER STATION REACTOR SIIROUD VISSUAL INSPECTION TENTII REFUELING AND INSPECTION
SUMMARY
) EXAMINATION
SUMMARY
During the period of April,1995, General Electric Nuclear Energy personnel performed In Vessel Visual Inspection of the Pilgrim Reactor Shroud. This section details the techniques utilized, examination procedure, examination personnel and the results of the inspections. EXAMINATION PROCEDURE TP95-083 Revision No. O, Procedure For Invessel Inspection Of RPV Core Support Shroud Welds. EXAMINATION PERSONNEL The following is a list that identifies the certification levels of the General Electric visual examination personnel that performed the In Vessel Inspection. Name Visual Level M. statran Level III Dan Thomas Level II Dave Thomas Level II E. Wall Level II J. Bazenas Level II T. McAndrew Level II EXAMINATION TECIINIQUES The examinations were performed using remote CCTV equipment, hand held camera mounted lighting, and VIIS videotape recording equipment. System resolution was veified using both a .0005" Mil Diameter Wire and a .001" Diameter wire attached to a holding fixture. Resolution was vetified on each sideotape recorded.
WORKSCOPE The following identifies the Pilgrim Invessel (RPV) Internals that were scheduled for inspection. These inspection were performed in accordance with Procedure TP95-083 Rev 0.
- 1. Accessible Gusset Welds, Shroud Support Plate and Vessel Wall at 45,135,225 and 315 .(VT-1 Enhanced)
I
- 2. Vertical Welds V15, V16, V17 & V18 ID and OD, Intersecting Weld H4.(VT-1 Enhanced)
- 3. Accessible Core Plate Hold Downs at 45*,135 , 225 and 315 .O'T-3)
- 4. Aligner Pins at 0 , 90 ,180 and 270 .(VT-3)
- 5. Ring Segment Welds V9, V10, V11, V12, V13 and V14.(Enhanced VT-1) i EXAMINATION RESULTS l No Relevant Indications were reported during the Invessel Visual Examination.(IVVI) 4 l
3 l i
INVESSEL VISUAL EXAMINATION DATA GE Nuclear Energy ( - 1 SITE: Pilgrim NuclearStation CAMERA RESOLimON TYPE OF VISUAL EXAMINATION PROJECT NUMBER: 1E2AW g 5 .0005" Diameter Wire O vr-3 5 REMOTE El 1/32" Black Line E ENHANCED VF-1 Equipmrt Used During the Examination Procedure No. TP9%083 ETV 1250 Underwater Camera with twin 50's Revision No. O Super VilS Recorder FRR No. NONE t C mpon:ntI Area Viewed Description of Ind. Accept Reject Film Footage Recordable Indications No. N/A ! N/A X 00:00-00:46 LCAMERA RESOLUTION GUSSET WELDS AT 315 NRI N/A X 00:46-16:25 DEGREE CAMERA RESOLUTION N/A N/A X 16:25-17:40 i l COMMENTS: PILGRIMSHROUD REPAIR DAN TilOM AS II Nh2/95 Ex:;mi::er Level Date DAVE TIIOM AS II Nh 2/95 Examiner Level Date ED WAl 1, 11 0442/95 f / / Examiner Level Date f h[c4 % - D S S/n Y lleviewed Level Date JOlIN HAZENAS II 0442/95 Examiner Level Date Yk,/ MA Tl7/95 , Redewed Le' vel ' 'Date Report Number VS~ V' lY ' TIM McANDREW 11 0442/95 j7f / 6 Examira Level Date f,pp g, g, 7 g,g Tape Number 95-06 ANNI ll Date , L' 1 1
p V) I GE Nuclear Energy INVESSEL VISUAL EXAMINATION DATA l CITE: Pilgrim NuclearStation CAMERA RESOLITTION TYPE OF VISUAL EXAMINATION PROJECT NUMHER: 1E2AW D gg E .0005" Diameter Wire O vr.3 E REMOTE O 1/32" Black Line E ENHANCED Vr-1 Eq ipme:t Used During the Examination Procedure No. TP95 083 FIV-1250 Underwater Camera with twin 50's Revision No. O Super Vils Recorder FRR No. NONE F Film Footage C mpon:ntI Area Viewed Description of Ind. Accept Reject Recordable Indications No. (CAMERA IESOLUTION N/A N/A X 00:00-00:51 lV18 225 DEGIEES OD NRI N/A X 00:51-07:43 lVI8 225 DEGREES ID NRI N/A X 07:43-14:29 (CAMERA RESOLUTION N/A N/A X 14:29-15:04 lV16 315 DEGREES OD NRI N/A X 15:04-19:50 lV16 315 DEGREES ID NRI N/A X 19:50-24:05 (CAMERA IESOLUITON N/A N/A X 24:05-24:58 (V15135 DEGIEES OD NRI N/A X 24:58-35:48 (V15135 DEGIEES ID NRI N/A X 35:48-45:41 {V17 45 DEGREES OD NIU N/A X 45:41-54:17 (V17 45 DEGIEES ID NRI N/A X 54:17-1:00:55 (CAMERA IESOLUTION N/A N/A X 1:00:55-1:01:50 l l COSf3(ENTS: PILGR1hiSHROUD REPAIR DAN TilOMAS II 04/12/95 Examiner Level Date DAVE TilOM AS 11 04/12/95 Examizer Level Date L ti e Jar S fy Reviewed Level Date JOllN llAZEN AS 11 04/12/95 Examiner Level Date b Al iv/p C/;7/95 TIM McANDREW 11 04/12/95 Exadrer I,ml Date _[;g, . 4,,, yhI Tape Number 95 7 Ah?VI l Date 1 l l l l
1 1 I Q-L) . INVESSEL VISUAL EXAMINATION DATA GE Nuclear Energy ) I l SITE: Pilgrian NuclearStation CAMERA RESOLUTION TYPE OF VISUAL EXAMINATION PROJECT NUMBER: 1E2AW O O .001" Diameter Wire O vr 1 DIRECT ' E .0005"DiameterWire O vr 3 5 REMUrE El I/32" Black Line E ENHANCED VT-1 i EqYipme:t Used During the Examination Procedure No. TP95-083 l ETV 1250 Underwater Camera with twin 50's Revision No. 0 Super VIIS Recorder FRR No. NONE C:mponentI Area Viewed Description of Ind. Accept Reject Film Footage Recordable Indications No. CAMERA RESOLUTION N/A N/A X 00:00-01:00 CORE PLATE HOLD NRI N/A X 01:00-13:58 DOWNS @ 45 & 135
- ALIGNER PINS @ 0, 90, NRI N/A X 13:58-29:39 180, & 270 DEGREES
- CORE PLATE HOLD NRI N/A X 29:39-37:45 DOWNS @ 225 & 315
- CAMERA RESOLUTION N/A N/A X 37:45-38:36 RING SEGMENT OD V9, NRI N/A X 38:36-43:20 V10 & V11 V12190 DEGREES NRI N/A X 43:20-46:38 t
V13 250 DEGREES NRI N/A X '46:38-50:15 [ V14 310 DEGREES NRI N/A X 50:15-52:58 i [CAhERA RESOLIJnON N/A N/A X 53:02-54:52 lV9 10 DEGREES NRI N/A X 54:52-1:01:45 l ! VIO 70 DEGREES NRI N/A X 1:01:45-1:14:10 i VI1 130 DEGREES NRI N/A X 1:14:10-1:17:15 ! ! CAhERA RESOLUTION N/A N/A X 1:17:15-1:18:37 COMMENIS: PILGRIMSHROUD REPAIR
- DAN TIIOMAS 11 ON12M5
- Examiner Level Date i DAVE TilOMAS 11 0#12M5 )
i Examiner Level Date j
- ED WALL II 0#12M5 .. . /)
- Examiner Level Date e GJrTT T Y Reviewed Level Date JOllN BAZENAS II 0 #12/95 l
' Examiner Level Date Y da . MA Rl7lf T Reviewed Level ' 'Date Report Numbtf VS~V' SW
- TIM McANDREW 11 0#12M5 y3h Exa-, er tevei Date fh W - f /Mf T.pe Number 95-08
- ami Date l
( l 1 l { l i l
b-( ~, INVESSEL VISUAL EXAMINATION DATA GE Nuclear Energy I SITE: Pilgrim NuclearStation CAMERA RESOLtrTION TYPE OF VISUAL EXAMINATION PROJECT NUMBER: 1E2AW O D .001"Diameterwire O vr-1 DIRECT E .0005" Diameter Wtre O vr-3 E REMOTE O 1/32" Black Line E ENffANCED VT-1 Erlpmnt Used During the Examination Procedure No. TP95-083 ETV-1250 Underwater Camera with twin 50's Revision No. O Super VilS Recorder FRR No. NONE { C:mpon:nt / Area Viewed Description of Ind. Accept Reject Film Footage Recordable Indications No. l CAMERA RESOLUTION N/A N/A X 00:00-01:22 GUSSET WELDS AT 45 NRI N/A X 01:22-53:31 DEGREE CAMERA RESOLUTION N/A N/A X 53:31-56:00 l i l l I l l I l COMMEh"l5: PILGRIMSHROUD REPAIR s DAN TilOM AS II 04/12/95 Examiner Level Date DAVE T}lOMAS II 04/12/95 Exrminer Level Date a r L 'el De e &S7 f Reviewed Level Date
.10llN llAZENAS 11 04/12/95 ,.
Examher Level Date , }, , afg Skg/qq' TIM McANDREW 11 04/12/95 Exa m m Lael Date f](jyy, 9,q g Tape Number -0 ANNI ( Date
1 l r} V INVESSEL VISUAL EXAMINATION DATA GE Nuclear Energy SITE: Pilgrim NuclearStation CAMERA RESOLIITION TYPE OF VISUAL ELM 11 NATION PROJECT NUMBER: 1E2AW 0 O .001" Diameter Wire O vr-1 DIRECT E .0005" Diameter Wire O v r-3 5 REMOTE O 1/32" Black Line E ENilANCED VT-1 Equipme:t Used During the Examination Procedure No. TP95 083 ETV 1250 Underwater Camera with twin 50's Revision No. O Super Vils Recorder FRR No. NONE l C mponent/ AreaViewed Description of Ind. Accept Reject Film Footage Recordable indications No. CAMERA RESOLUTION N/A N/A X 18:35-20:02 GUSSET WELDS AT 135 NRI N/A X 20:02-58:34 DEGREE CAMERA RESOLUTION N/A N/A X 58:34-1:00:51 GUSSET WELDS AT 135 NRI N/A X 1:00:51-1:08:04 DEGREE (RETAKE) CAMERA RESOLUTION N/A N/A X 1:08:04-1:08:40 l } l COMMEh75: PILGRIMSilROUD REPAIR DAN TilON1 AS II 04n2M5 ! Examiner Level Date DAVF. TilONI AS II 04n2N5 Examizer Level Date
.a L el De '.Z27~ f ) J Reviewed Level Date .lOllN BAZENAS I? 0442M5
- Examiner Level Date ffQ, y 5)7/9 f Reviewed Livel Date Report Number 98-V 7W
- M1 &f cANDREW H 04n 255 E-,e, t-1 D-e
% c,e Date
,,,, N_,, Ar*
ANNI { l l
l INVESSEL VISUAL EXAMINATION DATA GE Nuclear Energy h'ITE: Pilgrim Nuclear Station CAMERA RESOLUTION TYPE OF VISUAL EXAMINATION DROJECT NUMBER: 1E2AW O gg E .0005" Diameter wire O vr-3 E REMOTE El I/32" Black Line E ENHANCED VT l Eq :lpment Used During the Examination Procedure No. TP95-083 Revision No. O frV-1250 Underwater Camera with twin 50's Super VHS Recorder FRR No. NONE C:mpon:nt / Area Viewed Description of Ind. Accept Reject Film Footage I Recordable Indications No. " AMERA RESOLUTION C N/A N/A X 00:00-01:37 p>USSET WELDS AT 225 NRI N/A X 01:37-26:43 pEGREE CAMERA RESOLUTION N/A N/A X 26:46-27:30 COMMEh75: PILGRIMSilROUD REPAIR DAN TiiOM AS 11 04/12M5 lhamizer Level Date 1 (DAVE TilOM AS II 04/12/95 haminer Level Date 'ED Wall, 11 04/12M5 / / Examiner Level Date fe Riviewed 2 77 $ Level
. f Date IOllN IIAZENAS II 04/12M5 Examnet Level Date WhQa Revi5ed g,,
Lev'el S//7/17
'Date Report Number V$* V l$
l'IM McANDREW 11 04/12M5 , , ye l[.b/2% f I/ di Tape Number 95-05 ARw/ Date i l I
bx OITice Memocandum Bentan Ediwn Cennpany l A :? I' To F Famulari Record Type A4 OS From Of drOC' Date. April 4.1995 Dept Doc P&C95-052 Non-Safety Related Subject. RFO-10 Reactor Shroud Examination Scope and Acceptance Criteria Distribution ~ J. Geretv$g C. Garrow R. Pardee T. Sullivan V. Magnetta C. Martin 1 J. Doyle T. Trepanier S. Roberts W. DiCroce R. Schifone P. Harizi R. Haladyna K. Nicholas (GE) Examination of the reactor shroud will be performed by General Electric (GE) as part of the shroud repair project. PDC 94-43 (Section 1) gives the scope for the shroud examination (applicable ASNE Code is Section XI 1980-W80 Edition). The following information is provided for guidance and to include additional visual examinations in response to GE SIL-588
- 1. For the visual examination of the gusset welds to the shroud support plate and vessel wall, the allowable length for a surface indication is conservatively based on ASNE Section XI IWB-3510 such that 5/16" (0.31") will be used as an initial screening criteria (value for ferritic steels is used since no nickel alloy criteria is given).
- 2. Any indication in a gusset weld that is above the allowable length must be characterized by ultrasonic (UT) examination. GE has a gusset UT scanner that is available for this purpose.
3- Vertical welds intersecting the H4 weld will be visually examined for a minimum length of 4" for those welds above H4 and a minimum length of 8" for those below H4. The allowable length for a linear surface indication is conservatively based on ASME Section XI IWA-3400 and Table IWB-3514-3 such that 0.35" (for the 15" thick shroud) will be used as an initial screening criteria. 4 If an indication is found which exceeds the allowable length, expand the examination area to a minimum of 12" of total vertical weld length. Any indication with a length greater than the allowable within the area examined must have the total length ofindication identified and an additional 4" of weld length shall be examined. 5 For the radial welds in the top guide support ring, the allowable length for a linear surface indication is conservatively based on ASNE Section XI IWA-3400 and Table IWB-3514-3 such that 0.45" (for 2" thickness) will be used as an initial screening criteria. However, any relevant indication found on these welds shall be recorded and reported to NESD. Page1of2
April 1.1995 Dept. Doc. P&C95 052 t> All indications abose the allowable lengths shall be recorded and the results gisen to NESD for evaluation
- 7. The NESD evaluation of flaws will be performed in general accordance with ASME Section XI IWB-3600 methods.
- 8. Additional examinations will be included in the GE scope as part of the shroud repair.
- These examinations are in response to GE SIL-588 on top guide and core plate cracking.
A VT-3 examination will be performed for accessible core support clamps during installation of the core plate wedges. A best effort VT-3 examination will be performed for the top guide restraint blocks and pins at the location of each of the four aligner pins. DBH/ rep Page 2 of 2 i I r . . .. . , _ - - .- .}}