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Forwards Results of Exam & Evaluation of Flaw in Recirculation Piping Weld 20RRC(6)-8.Concludes That Structural Integrity of Weld Will Be Maintained During Next Operating Cycle.Weld Will Remain in GL 88-01 Categorg F
	ML17291A809
Person / Time
Site:	Columbia
Issue date:	05/15/1995
From:	Parrish J; WASHINGTON PUBLIC POWER SUPPLY SYSTEM
To:	; NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM)
References
	GL-88-01, GL-88-1, GO2-95-097, GO2-95-97, TAC-M89635, NUDOCS 9505250073
	Download: ML17291A809 (36)
	v • d • e

RIG RITY

'ACCELERATED RIDS P ROCESSIi REGULATORY INFORMATION DISTRIBUTION SYSTEM (RIDS)

ACCESSION NBR:9505250073 DOC.DATE: 95/05/15 NOTARIZED: NO DOCKET N FACIL:50-397 WPPSS Nuclear Project, Unit 2, Washington Public Powe 05000397 AUTH. NAME AUTHOR AFFILIATION PARRISH,J.V. Washington Public Power Supply System RECIP.NAME RECIPIENT AFFILIATION P Document Control Branch (Document Control Desk)

SUBJECT:

Forwards results of exam 6 evaluation of flaw in recirculation piping weld 20RRC(6)-8.Concludes that.

structural integrity of weld will be maintained during next operating cycle. Weld will remain in GL 88-01 categorg F.

DISTRIBUTION CODE: AOOID TITLE: OR COPIES RECEIVED:LTR Submittal: General Distribution J ENCL g SIZE:

NOTES:

RECIPIENT COPIES RECIPIENT COPIES ID CODE/NAME LTTR ENCL ID CODE/NAME LTTR ENCL PD4-2 LA 1 1 PD4-2 PD 1 1 CLIFFORD,J 1 1 INTERNAL: ACRS 6 FILE CENTE~ 1 1 NRR/DE/EMCB 1 1 7DVCH7HICB 1 1 NRR/DSSA/SPLB 1 1 NRR/DSSA/SRXB 1 1 NUDOCS-ABSTRACT 1 1 OGC/HDS3 1 0 EXTERNAL: NOAC 1 1 NRC PDR 1 1 D

U i'POTE TO ALL"RIDS" RECIPIENTS:

PLEASE HELP US TO REDUCE iV'iSTE! COYTACT'I'IIE DOC!:WfEY'I'CONTROL DESk. ROOlif PI-37 (EAT. 504-0083 ) TO ELIliifIRATE YOI'R XAMLPRO!if DISTRIBUTION LIS'I'S I'OR DOCL'!i!EX'I'SYOI.'Oi "I'ITI D!

TOTAL NUMBER OF COPIES REQUIRED: LTTR 18 ENCL 17

(II k

WASHINGTON PUBLIC POWER SUPPLY SYSTEM P.O. Box 968 ~ 3000 George Washington Way ~ Richland, Washington 99352-0968 ~ (509) 372-5000 May 15, 1995 G02-95-097 Docket No. 50-397 U.S. Nuclear Regulatory Commission Attn: Document Control Desk Washington, D.C. 20555 Gentlemen:

Subject:

WNP-2, OPE<RATING LICENSE< NPF-21 REPORT ON FLAW IN REACTOR RECIRCULATION PIPING

References:

1) Letter GO2-94-135, dated June 9, 1994, JV Parrish (SS) to NRC, "Report on Flaw in Reactor Recirculation Piping"

2) Letter GI2-94-203, dated July 15, 1994, JW Clifford (NRC) to JV Parrish (SS), "Reactor Recirculation Piping Weld Flaw Reinspection Results Review at Washington Public Power Supply System Nuclear Project No.

2 (TAC'O. M89635)"

3) Letter GO2-91-096, dated May 5, 1991, GC Sorensen (SS) to NRC, "Report on Flaw in Reactor Recirculation Piping, (TAC No. 80358)"

4) Letter GO2-91-098, dated May 15, 1991, GC Sorensen (SS) to NRC, "Report on Flaw in Reactor Recirculation Piping, Additional Information (TAC No. 80358)"

The Supply System hereby transmits the results of the examination and evaluation of the flaw in recirculation piping weld 20RRC(6)-8 as discussed in References 1 and 2. Attachments 1 and 2 provide the evaluation and examination results, respectively.

Based on the examination results and evaluation, the Supply System concludes that the structural integrity of weld 20RRC(6)-8 will be maintained during the next operating cycle. The weld will remain in Generic Letter 88-01 category "F". Therefore staff review and approval is requested by May 26, 1995, to support startup following the R-10 refueling outage.

9505250073 9505i5 PDR

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ADOCKI05000397

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a fW)+) p Page 2 REPORT ON FLAW IN REACTOR RECIRCULATION PIPING Should you have any questions or desire additional information regarding this matter, please call me or D. A. Swank at (509) 377-4563.

Sincerely, V. Parrish (Mail Drop 1023) ice-President, Nuclear Operations DPR/ml Attachments (1) Results and Evaluation (2) Examination Data Report cc: LJ Callan - NRC RIV KE Perkins, Jr. - NRC RIV, Walnut Creek Field Office NS Reynolds - Winston & Strawn JW Clifford - NRC DL Williams - BPA/399 NRC Sr. Resident Inspector - 927N

ATTACHMENT 1 REPORT ON FLAW IN REACTOR RECIRCULATION PIPING The indication in ISI weld number 20RRC(6)-8, as discussed in Reference 1, was reexamined May 4, 1995, at refueling outage R10, for the forth consecutive outage. No significant changes in the flaw depth nor signal characteristics were noted. The flaw depth was found to be 0.187 inches (0.184 inches at R9). The signal characteristics are not typical of intergranular stress corrosion cracking (IGSCC). These examination results (Attachment 2) verify that the indication remains bounded by the initial evaluation documented in References 3 and 4 and rereviewed as described in Reference 1.

Summary of Weld 20RRC(6)-8 Examination Results Outage Depth(inch) Length(inch) Examination Method R6 0.15 4.5 (CE-2 method') manual R7 0.17 3.6 (Reference gain method~) manual R7 0.15 3.6 (Reference gain method) mechanized R8 0.175 3.6 (Reference gain method) mechanized R9 0.184 3.6 (Reference gain method) mechanized R10 0.187 3.6 (Reference gain method) mechanized The results from R10 are still bounded within the analysis that was performed at R6. This analysis predicted a maximum acceptable flaw depth of 0.62 inch after six years before repair/overlay is necessary. The potential crack growth rates are also bounded by the crack growth calculation. The final crack depth at the end of the next fuel cycle will not exceed the maximum allowable crack depth.

Based on the examination results of this outage, the past three refueling outages and the bounding calculation analysis, the Supply System concludes that the structural integrity of ISI weld number 20RRC(6)-8 will be maintained during the next operating cycle of WNP-2.

Length based on CE-2 signal disappearing into the baseline.

Length based on reference gain

If I

ATTACHMENT2 Examination data report R-R10-001 (Page 1 of 18)

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'.::::::::::::.:: ."':::: ". R R R "::::R R R R %::: ."'.:

'l EXAMINATION

SUMMARY

SHEET

.....::::::;:::::::.:::-,',":::::::::,:-':::::::::,.:,:::.'GE.'IIIuCIear.:'Eri'ei gji;.:;:'.

PROJECT: 0 0 PROCEDURE'EV~ FRR: ~T

~MT D 8 SYSTEM:

WELD NO.:

CONFIGURATION'XAMINER:

C CU 0 LEVEL: II QMT QPT REV~

REll~ FRR:

IIUT FRR:~

~QVT EXAMINER: LEVEL:~h ii CIRCUMFERENTIAL WELD TYPE:

EXAMINER: LEVEL:M!6 O' SHEET NO.(S): CAL SHEET NO.(S):

'ATA During the ultrasonic examination of the above referenced weld, one (1) reportable ID connected planar indication was recorded with the "Smart 2000" system utilizing a 45'hear wave and 60'efracted longitudinal wave search units. This Indication has the following parameters:

Ind. Distance from Total Thru Wall Remaining Side of Type of Search No. Zero Reference Length Dimension Ligament Weld Reflector Unit

-1.00M 3.60M 18.7% .80" UPST CIRC 45'S /60'RL The reflector face appears to be smooth and non-faceted without the presence of axial components, which is not typical of IGSCC type indications.

This Indication straddles "Lo" reference and starts at 1.0" counterclockwise from top dead center.

Supplemental relooks and thru-wall depth sizing were performed with the "Smart 2000" system utilizing the 60'L search unit. The thru-wall depth of this reflector was determined by the high angle absolute amval time tip diffraction method. The length of this indication was determined by measurements taken from the "Smart 2000" 60'L data with allowances for beam spread. This indication was sized per NUREG 0313 requirements which are more stringent than ASME Section XI. This indication has not exhibited any noticable thru-wall propagation since it was sized during the previous ISI outage in 1994.

The 45'hear also recorded non-relevant indications and beam redirect, along with the above referenced indication, from the upstream side of the weld.

The 60'L also recorded inside surface geometry, along with the above referenced indication, from the upstream side of the weld.

No examination was performed downstream due to the valve configuration.

Previous data was reviewed prior to this summary.

One hundred percent code coverage of the exam volume was achieved.

Iiim ExAM coMPLETE Q PARTIALLYEXAMINED(EXPLAIN IN COMMENTS) Q EXAM COMPLETE IN COMBINATIONWITH DATASHEETS BELOW ADDITIONALDATASHEETS:

coMPARED To: Q PsI N/A NII Isl REPDRT No.(s): R-R9401 III NO CHANGE NO. OF REOOROABLE INN IOATI OEM~

TOTAL DOSE EXAMI ON RES LTS Q ACCEPTABLE Rl OIMO RLE NO.OFREFORTABLEINO[OATIONB~ ~MAN REM

SUMMARY

BY LEVEL DATE DATE TILI REVI LEVEL PAGE~OF:~

DATE ANII R IEW DATE FORll l/540 REV. 5

WALLTHICKNESS SITE: REPORT NON

.::::: GE:hlii cle'ar;.:.Eiiergy PROFILE SHEET MUUQNQi PROJECT:

SYSTEM: M ID NO J 2QRRC(6 80'80'70'OMPONENT (.s.

POSITION CROWN HEIGHT~V 4 08 1.00" NIA NIA

.98" CROWN WIDTH:~

N/A N/A N/A 1.13" N/A N/A N/A NOM DIAMETER'OMPONENT COMPONENT N/A N/A N/A N/A WELD LENGTH:

2.06" N/A N/A NIA FLOW lI

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ULTRASONIC SCAN DATA PRINT SHEET 0 rr68c18:As68RL92-896: EEI Xnan 0 89SJ >'vl 3 684J aRI 23789I i it L 1 e1 tnj '53 L62,27 in) 98 YR ~29.9 88 78 68 s9~15.7 58 4e 38 28 18 8.888 5.953 in Half Path As: 32232 QN rr68c18: Cs P q 68RL P]gg XR~1388 XX~3456 45~2448 5 2[ 2382 il1] 567M[ -843 J VR ~62 265 98 ~63.398 69 ~9.125 2
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SITE UNIT 2 PROJECT NO.:~II2= REPORT NO.:~N}1 WELD NO.: SEARCH UNITMIL'II3I- INDICATION NO.:~PAGE:~ OP:~,
FORMUI 13RSY.\
HIU:""I ~
ULTRASONIC EXAMINATIONDATA SHEET
..::::".--:::::"::;;:-:":::,:':.':=;:GE-NiiC1eUaFr,:,::Ei'ieErgji;..":.:,::,
(AUTOMATED WITH Smart 2000)
SITE: PROCEDURE NO.: REPORT NO.'ATA UNIT: REVISION NO.: SHEET NO.:
PROJECT NO.: 1D78 FRR NO.:
~
SYSTEM: R CIRCU TION EXAM SURFACE TEMF:~SS 'OUFIANT: EXAM START:~33 WELD ID: 0 C 6 4 THERMOMETER SIN:~4!43 BATCH NOR. EXAM END: 23:59 FLOW EXAMINATIONSURFACEI COMFONENT; SCAN:~ SCAN DIRECTION:~~V'AIN(dB)~gI} ',
SCAN:M1i SCAN DIRECTION:~gu(o GAIN(dB).~~}
FILENAME(S):
EXAMINATIONRESULTS: EXAMINATIONRESULTS:
Q NO RECORDED INDICATIONS Q ACOUSTIC INTERFACE Q NO RECORDED INDICATIONS ACOUSTIC INTERFACE Q ROOT GEOMETRY Q INSIDE SURFACE GEOMETRY Q ROOT GEOMETRY INSIDE SURFACE GEOMETRY Q COUNTERBORE GEOMETRY Q NONAiEQMETRICINDICATIONS Q COUNTERBORE GEOMETRY N NONCEOMETRIC INDICATIONS N NON-RELEVANTINDICATIONS N OTHER: N NON-RELEVANTINDICATIONS N OTHER:
COMMENTS: COMMENTS' SCAN:~ SCAN DIRECTION:MEUM GAIN(dB)~~ SCAN:~Q SCAN DIRECTION:~UZ GAIN(dB):~6.9 NIA EXAMINATIONRESULTS: EXAMINATIONRESULTS:
Q NO RECORDED INDICATIONS Q ACOUSTIC INTERFACE P NO RECORDED INDICATIONS Q ACOUSTICINTERFACE Q ROOT GEOMETRY Q INSIDE SURFACE GEOMETRY Q ROOT GEOMETRY Q INSIDE SURFACE GEOMETRY Q COUNTERBORE GEOMETRY N NONNEOMETRICINDICATIONS Q COUNTERBQRE GEOMETRY N NONNEOMETRICINDICATIQNS IN NONWELEVANTINDICATIONS m OTHER: N NON.RELEVANTINDICATIONS NN OTHER:
COMMENTS: COMMENTS:
SCAN:~ SCAN DIRECTION:~QQP GAIN(dB)~},j} ~
SCAN:~9 SCAN DIRECTION:~FII GAIN(dB)~%9 DISK/SIDE: -0 FILENAME(S): DISK/SIDE:
NIA EXAMINATIONRESULTS: EXAMINATIONRESULTS:
Q NO RECORDED INDICATIONS Q ACOUSTIC INTERFACE Q NO RECORDED INDICATIONS Q ACOUSllC INTERFACE Q ROOT GEOMETRY Q INSIDE SURFACE GEOMETRY P ROOT GEOMETRY Q INSIDE SURFACE GEOMETRY Q COUNTERBORE GEOMETRY Q NOt4QEOMETRIC INDICAllONS Q COUNTERBORE GEOMETRY P NONAAEOMETRICINDICATIONS Nm NONWELEVANTINDICATIONS Q OTHER: IN NQN.RELEVANT INDICATIONS Q OTHER:
I ~l COMMENTS: COMMENTS:
R~S'E LEVEL DATE UTILITYREVI
+'-8DATE PAGE:~1 OF'~
LEVEL DATE ANI IEW DATE FTXUAurat RCV. 3
I r
I

4 ULTRASONIC EXAMINATIONDATA SHEET

':".':::.:::,:::GE'Niic'lear Eri'ergji:",,':,':::-',

(AUTOMATED WITH Smart 2000)
SITE: PROCEDURE NO.: REPORT NO. - 040 UNIT: REVISION NO.: DATA SHEET NO.:
PROJECT NO.: 1D78 FRR NO.:
SYSTEM: ECI CULATION EXAM SURFACE TEMP:~85 'OUP)ANT: EXAM START:~09 WELD ID: THERMOMETER S/N:~4~/ BATCH NO.: EXAM ENO: 01'44 EXAMINAllON SURFACE:~ COMPONENT: FLOW SCAN:~l9 SCAN DIRECTION:~EDH GAIN(dB)~EL SCAN~0 SCAN OIRECTION:MEOE GAIN(SB);~60'ISK/SIDE:
EXAMINATIONRESULTS: EXAMINATIONRESULTS:
Q COMMENTS'ILENAME(S):
NO RECORDED INDICATIONS Q ACOUSTIC INTERFACE Q No RECORDED INDICATIONS Q ACOUSTIC INTERFACE Q ROOT GEOMETRY Q INSIDE SURFACE GEOMETRY Q ROOT GEOMETRY Q INSIDE SURFACE GEOMETRY Q COUNTERBORE GEOMETRY Q NON4lEOMETRICINDICATIONS Q COUNTERBORE GEOMETRY Q NQN&EQMETRIC INDICATIONS Q NONWELEVANTINDICATIONS NN OTHER: Q NON-RELEVANTINDICATIONS NN OTHER; C RI COMMENTS:
See note 1 SCAN:~ SCAN DIRECTION:ML6 GAIN(dB)~S SCAN:~/~ SCAN DIRECTION:ME GAIN(dB) ~IS FILENAME(S): DISK/SIDE:
EXAMINATIONRESULTS: EXAMINATIONRESULTS:
Q NO RECORDED INDICATIONS Q ACOUSTIC INTERFACE Q NO RECORDED INDICATIONS Q ACOUSTICINTERFACE Q ROOT GEOMETRY Q INSIDE SURFACE GEQiVIETRY Q ROOT GEOMETRY Q INSIDE SURFACE GEOiVIETRY Q COUNTERBORE GEOMETRY Q NON4lEOMETRIC INDICATIONS Q COUNTERBORE GEOMETRY Q NONNEOMETRIC INDICATIONS Q NON4lELEVANTINDICATIONS Q OTHER: Q NON-RELEVANTINDICATIONS Q OTHER:
COMMENTS: COMMENTS:
SCAN:~NI SCAN OIRECTION:~ILGAIN(dB)~E SCAN:~/ SCAN DIRECTION:~h GAIN(dB) ~~
FILENAME(S): FILENAME(S): N/A EXAMINATIONRESULTS: EXAMINATIONRESULTS:
P NO RECORDED INDICATIONS Q ACOUSTIC INTERFACE Q No RECORDED INDICATIONS Q ACOUSTIC INTERFACE Q ROOT GEOMETRY Q INSIDE SURFACE GEOMETRY Q ROOT GEOMETRY Q INSIDE SURFACE GEOMETRY Q COUNTERBQRE GEOMETRY Q NONWEQMETRIC INDICATIONS Q CQUNTERBQRE GEOMETRY Q NON4AEOMETRIC INDICATIONS Q NQN.RELEVANTINDICATIONS Q oTHER: Q NQN.RELEVANTINDICATIONS Q OTHER; I I COMMENTS: COMMENTS:
REM 0 00 LEVEL DATE UTIU EVI DATE PAGE:~SOP:~
LEVEL DATE ANII R EW DATE FORM(I(4T REX. ~
1' ULTRASONIC SCAN PARAMETER SHEET
.;:;:;';:::::;:',:.'.:-":..'::GENuclearEri e (AUTOMATEDWITH Smart 2000)
SITE PROCEDURE NO REPORT NO,: - 40 UNIT: REVISION NO.: 0 DATA SHEET NO.: DA- 10401 PROJECT NO.: FRR NO.: CALIBRATIONSHEET NO.: C - 0 SYSTEM: WELD ID:
Wo'OTOR STEPS: CIR: ~)KZLia TRA:MQILQQLIQ WELD REFERENCE, (GE-ADM-1005): Lo: SEARCH UNIT:MRLGklIB EXAMINATIONSETUP COMPONENT DIA: ~~ WELD LENGTH:~ TRACK DIA:~4 ARM LENGTH:~ TRACK LOCATION:
SCAN PARAMETERS SCAN:~l SCANOIRECDDII:Ml!IIE SKEW~ SCAN~ SCANDIREOTIOW~EIIB SKEVI~
SCANNINO Xn IMDEXINO~ SCANNINO~ INDEXIMO~
~ ~ CIR'FFSET: ~ ~
START: STAIIT:
SCANNER ZERO POSITIONS: SCANNER 2ERO POSITIONS:
SIZE:
OFFSET:
~wIIIZ'02K
~BQF TRA'OTOR SKSVI:AF'ESOLUTION:
~299 ~ CIII'ESOLUTION:
TRA'OTOR
~QQhIAII DIR.: ~YEBEF ~QBhlIE DIR.: ROT:
SCAII:I~ SCAN DIRECTIOII:~llF
~
ROT'CAII:~
SCAII DIRECTIOW~E SKEW: CSOE SCAMNINO X~ INDEXIMO~ SCANNINO X . INDEXINO~
~ ~~
IITART:, START:
scANNER zERo posI'TICNs: SCANNER 2ERO POSITIONS:
SIZE:
OFFSED ~NE CIR: OFFSET:
RESOLUTION: ~29K ~wwtP TRA: ~200 ~c" Ctll'ESOLUTION:
DIR 'YEBBF ~INDI ROT'OTOR DIR:. ~EBQF ~QBM8I TRA'OTOR ROT:
SCAN~ SCANDIRECDOW~P SKEW~ SCAN~ SCAN DIRECTION:~EIEIIP SKEW:~QS19'CANNINO X: IMDEXIMO~ SCAMNINO X I INDEXINO~
~~ ~~
START: START:
SCANNER ZERO POSITIONS:
SCANNER 2ERO POSITIONS:
SIZE: ~15 ~Z OFFSEt: WR: OFFSET: Ctll.
RESOLUTION: ~2R!'K'RA RESOLUTION: ~35g 245! TRA:
MOTORDIR'DEITY'IEE ROT: MOTOR DIR:. ~QI55! QIIYEBBF EMARKS ' O 0 ROT'hearscans eroed 25" u stream fro actual eIdcen e I e ocation HER L.EVEI. DATE LITYREVIEW DATE ED LEVEL DATE ANII R EW
~C~~ DATE PAGE:~ OF:~
SOTSS IFIa SCV 4
ULTRASONIC SCAN PARAMETER SHEET
,:,::'.::;',:;':::-.:;';::';:::::GE.."Nuc'Pea'r'Eii er'gy,',:::::,::
(AUTOMATEDWITH Smart 2000)
SITE PROCEDURENO.: REPORT NO.:
UNIT; 2 REVISION NO.: 0 DATA SHEET NO.: D - 10402 PROJECT NO.: FRR NO.: CALIBRATIONSHEET NO..
SYSTEM: WELD ID: MOTOR STEPS: CIR: ~522L1D TRA:MELQQLIOI WELD REFERENCE, (GE-ADM-1005): Lo: Wo SEARCH UNIT'XAMINATION SETUP COMPONENT DIA:~Z WELD LENGTH:~ TRACK DIA~4~ ARM LENGTH:~I TRACK LOCATION:
SCAN PARAMETERS SCAM~ SCAN DIRECTION:~glH SKEW~ SCAM~ SCANOIRECTIOII:~ETH SKEM IL" SCAMMINO X>> INDEXINO I>> SCANNINO X . IMDEXINO~
~ID'IP~ ~
START: START:
SCANNER ZERO POSITIONS: SCANNER ZERO POSITIONS'.
DFFRER aR: OFFSET: .AZTall.
RESOLUTION: TRA: RESOLUTION: ~gQ'MMIE TRA:
MOTOR DIR.'YEBEE ~BhSI ROT: IAOTOR DIR.: ~URETE ~QBhISLL SCAN OIRECTIOE~ SHEE~ SCAII:~ ROT'CAII:~
SCAIIOIRECNDM~ SHAW:~
SCANIDNO X>> INDEXINO~ SCANNINO X>> INDEXIMO~
~~ ~~
START: START:
SCANNER ZERO POSITIONSI SCANNER ZERO POSITIONS:
OFFSEI:
RESOLUTIDII:~
MDTOIIOIR:. ~ ~
Jgk CIR:
TRA:
ROT DFFSEI:
MOTOR OIR.: ~~ ~ ROT:
CIR'ESOLUTIDM~
TIIA SCAM~ SCAHOIRECTIDII:~ SKEF~ SCAM~ SCAHDIREDTIOM~ SKEW~
SCANNINO "X . INDEXINO ~ SCANMINO X . INDEXINO~
~~ ~~
START: START:
SCANNER ZERO POSITIONS: SCANNER ZERO POSITIONSI
~ ~
SIZ~: SIZE
~~ ~~
OFFSET: Clll: DFFSEI: aR.
RESOLUTIOM~ TRA'ESCLUNOM~ TIIA:
MOTOR DIR:. ROT: MOTOR OIIU ROT'MA KS' IO I SO a co IN BY LEVEL LEVEL DATE DATE ILITYREVIEW ANII R DATE PAGE: ~ OF:~
rar.
NN ULTRASONIC CALIBRATIONDATA SHEET
.::.,:.::::::-:::::::;::::;::::-GE:::Nuclear,'":Eii'ergy.'::':::
(AUTOMATEDWITH Smart 2000)
SITE'ALIBRATION SHEET NO.:
PROJECT NO.: D 8 LINEARITYSHEET NO.:
PROCEDURE NO.'EVlalON:~ FRR'nstrument Manufacturer/ Model System Senal No.
Search Unit Manufacturer Serial No. Size Freq. /Ingle/Mode incident to uredge front Cable -5 -1 4 e Calibration Standard Type Senal No.
es'ngtn Matenal No. ct Connectors Thickness
~'F Temp.
Thermometer Senai No.
CouP)ant TTPe Batch No.
CALIBRATION 'ASIC SETTINGS ORIENTATION: AXIA

1. DELAY: 9 TYPE:

2. TIMEBASE: 6 DEPTH: 3. FREQUENCY: (MHz) 5 00 AMPLITUDE: 4. RATE:IS SWEEP: 5. UNITS:

C3 DISTANCE QI HALF PATH Cl TIME GAIN: (dB)

6. VELOCITY:

I C3 TIME Q DEPTH NI I/iETALPATH 7. SAMPLES:
PULSER I RECEIVER REFLECTOR: NEAR SDH FAR SDH 1. MODE: II PULSE ECHO C3 THRU-TRANSM,SSION MAXAMPLITUDE: 80% 80%

2. PULSER:~ TO SWEEP: .482" 1.072"

3. VOLTAGE: (t/)

OAIN: Ide) 20.0 19.0

4. WIDTH: (Ns)

CALIBRATIONVERIFICATION REPOR

5. FILTER: C3 NONE C30.5-2MHz NI1-5MHz TIME DATE OPER. COMP. ID NO INITIAL C3 2-10 MHz C3 5-15 MHz 17:55 20RRC(8)4 Rdt10401 VERIFIED 6 RECTIFICATION: G NONE C3 UNIPOLAR + C3 UNIPOLAR-VERIFIED II BIPOLAR VERIFIED

7. SMOOTHING: C3 NONE C3 FAST C3 MEDIUM mI SLOW VERIFIED Fl 05foa/95 20RRC(8).8 ~ R10401 LEVEL DATE ILI REVIEW DATE PAGE:~OF:~

LEVEL DATE ANII REVI DATE ronuurwne5.5
I '
ULTRASONIC CALIBRATIONDATA SHEET 5:;::.::,::;::':..::,,'GE-'Nu'clea'r.":.Eri ergy',,;::,
(AUTOMATEDWlTH Smart 2000)
SITE'NIT:~
PROJECT NO. 8 CALIBRATIONSHEET NO.:
LINEARITYSHEET NO.:
PROCEOURE NO.'EVISION:~ FRR'nstrument Manufacturer) Model System Senal No.
Search Unit Manufacturer Senal No. Freq. Angle/Mode Incident to wedge front Cable 0i Calibration Standard Type Serial No.
Length Material No. of Connectors N ~'FTemp.
Thermometer Serial No.
Coup!ant Type CALIBRATION BASIC SETTINGS ORIENTATION'YPE:
1~ DELAY:

2. TIMEBASE:

DEPTH: 3. FREQUENCY: (MHz) 10 0 AMPLITUDE: 4. RATE: IS SWEEP: 5. UNITS:
0 DISTANCE II HALF PATH Cl TIME GAIN: (dB)

6. VELOCITY: 9 Q TIME Q OEPTH Nm METALPATH 7. SAMPLES:

PULSER I RECEIVER REFLECTOR: NEAR SDH FAR SDH 1. MODE: C! PULSE ECHO II THRU-TRANSMISSION MAXAMPUTVDE: 80% 80%

2. PULSER:~ TO SWEEP: .639" 1.418"

3. VOLTAGE: (v)

CAIN: (da) 27.0 25.0

4. WIDTH: (Ns)

CALIBRATIONVERIFICATION TIME DATE OPER. COMP. ID REPOR 5 FILTER: Q NONE 00.5-2MHz ml1-5MHz NO Cl 2-10 MHz C3 5-15 MHz INITIAL 0$ 0argS 20RRC(B)4 R.R10001 VERIFIED

6. RECTlFICATION: Q NONE Q UNIPOLAR + Q UNIPOLAR VERIFIED im BIPOLAR VERIFIED

7. SMOOTHING: Cl NONE E3 FAST C3 MEDIUM II SLOW VERIFIED Fl 20RRC(SIC %10001

~C ~UK 5--
LEVEL DATE UTILITYREVIEW DATE PAGE:~ OF:~
LEVEL DATE ANII REVI DATE rcauu145 RCY 5
')tow ~
t e "e

ML17291A809

Contents

Text

SUBJECT:

Subject:

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SUMMARY

SUMMARY

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