ML18009A518

Eddy Current Exam Cp&L Shearon Harris Nuclear Power Plant Steam Generators A,B & C.

ML18009A518
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Site:	Harris
Issue date:	10/31/1989
From:	Chambers D CONAM INSPECTION
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CONAM NUCLEAR, INC.

BW NllCLEARSERIIICE COMPANY 660 South 31st Street Richmond, CA 94B04 Telephone: 4 15-233-966B

.'EDDY CURRENT;EXAHINATZON'.

CAROL'INAlPOWER 'L.~L'IGHT,=,CONPANY

.SHEARON;%ARRI S';NUCLEAR'".POWER-'.PLIANT'".'.STEAN:GENERATORS"'A "8 'L C

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,OCTOBER 1989

'.'DATA ANAL'YST D. MICHAEL CHAMBERS

'.;.CUSTOMER REPRESENTATIVE

'ROGER';JOHNSON JOB ¹0453

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INTRODUCTION This report covers the eddy current examination of Steam Generators A, B and C at Shearon Harris Nuclear Power Station, Unit 1 in October, 1989 for CAROLINA POWER & LIGHT COMPANY,.

CONAM NUCLEAR, INC.

EDDY CURRENT EXAMINATION CAROLINA POWER 5. LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT STEAM GENERATORS A, B 5, C OCTOBER 1989

SUMMARY

OF RESULTS An eddy current examination was performed at the Shearon Harris Nuclear Power Plant in October, 1989 on Steam Generators A, B and C. The examination was performed using the MIZ-18 digital acquisition system.

The inservice examination was performed on 1,070 tubes in Steam Generator A, 1,076 tubes in Steam Generator B and 1, 146 tubes in Steam Generator C. All tubes were examined from the inlet side.

A manual primary and secondary analysis was performed on all data. The two analyses were compared by the data management system and discrepancies were resolved by the lead analyst.

The examination results are shown below:

AVBs Antivibration Bars In Steam Generator A, there were five (5) tubes with indications at the AVB locations. Only one tube, Row 45 Column 59, has indications greater than 20 percent through wall. The indications are located at AVl (20%), AV2 (35%) and AV4 (22%). This last tube was selected to be remov'ed from service because of the indication at the AV2.

In Steam Generator B there were two (2) tubes with indications in the AVB region: Row 45 Column 59 has indications at AV1 (25%) and AV4 (21%) and Row 46 Column 59 has an indication at AV2 (25%).

In Steam Generator C there were five (5) tubes with indications at the AVBs.

Only two (2) had indications over 20 percent through wall: they are Row 45 Column 56, AV1 (23%) and Row 47 Column 59, AVl (25%).

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CONAN NUCLEAR, INC. CAROLINA POWER 5 LIGHT Shearon Harris Plant Steam Generators A, B & C October 1989

SUMMARY

OF RESULTS - Continued SUPPORT PLATES In Steam Generator C, there were two (2) tubes with indications at support plates. Row 47 Column 66 has a 50 percent through wall indication at the second cold leg support plate. In August, 1988 this indication was reported as less than 20 percent through wall. Row 33 Column 100 has a 48 percent through wall indication at the first hot leg support plate. This tube was not examined in August, 1988.

Both tubes, Row 47 Column 66 and Row 33 Column 100, were removed'rom service.

DISTORTED ROLL SIGNALS DRS Several tubes in Steam Generators A and B and one tube in Steam Generator C have distorted signals in the inlet tubesheet. These tubes were examined with the MRPC (motorized rotating pancake coil) probe and no indication of discontinuity was detected.

DENTS AND DINGS Several dents and dings were reported in each steam generator. Dings are located in the free span of the tube and not associated with a support structure. The dents reported are located at support structures at either the upper or lower edge. There were no dents located at the center of the support plate nor were the dents associated with any deposits.

In the appendices of this report are computer printouts and maps of the results of the examination.

D. Michael Chambers Data Analyst, Level III

CONAN NUCLEAR, INC. CAROLINA POWER 8E LIGHT Shearon Harris Plant Steam Generators A, B 8 C October 1989 TABLE OF CONTENTS Summary of Results . Pages 1 - 3 Eddy Current Procedure . . Appendix A Personnel Certifications . . Appendix B Equipment Certifications . . Appendix C Calibration Standards . Appendix D Examination Results 8 Tube Sheet Maps . Appendix E

CUMULATIVE REPORT 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAH GENERATOR: A PAGE: 1 OF 1 LOCATION: AVl TO AV4 DATE: 12/12/89 CRITERIA: 0% TO 100% TIME: 08:40:05 EXAM EXTENT CURRENT IROWICOLIHEATPILEGIPROGRAMI ACTUALIREHIREELIPROBEI LOCATION IVOLTSIHILIDEGI  % ICHI

'

I I I I I I I I I I 471 561 H ITEH-TECITEH-TECI 007 1610SL I AV2+ 0. 00 0.31 01<20)H31 401 591 H ITEH-TECITEH-TEC) 0071610SL I AV4+ 0. 00 0.41 01<20)H31 421 591 H ITEH-TECITEH-TECI 0071610SL)AV1+ 0.00 0.31 01<20)H31 I I H ITEH-TECITEH-TEC) 0071 610SL I AV3+ 0. 00 I 0.21 01<20)H31

45) 591 H ITEH-TECITEH-TECI 007)610SL)AV1+ 0.00 0.71 I 01 20IM31 I I H ITEH-TECITEH-TECI 0071610SL I AV2+ 0. 00 1.81 I OI 35IM31 I I H ITEH-TECITEH-TECI 007 1610SL I AV4+ 0. 00 0.81 I 01 22)M31 461 591 H ITEH-TECITEH-TECI 0071610SLIAV3+ 0.00 0.31 I OI<20IH31 I I I I I I I I I I I NUMBER OF TUBES SELECTED FROM CURRENT OUTAGE:

NO TREND ANALYSIS REQUESTED CONAH NUCLEAR, INC.

iOl89, CAROLINA PONER 8 LIGHT, SHEARON HARRIS, UNIT i STEAM GENERATOR: A DATE: 12/13/89 TIME: 13: 47: 14 LOCATION: AV1 TO AV4 CRITERIA: OX TO 100K OX TO 1QX 4 SOX TO SSX 20X TO 99X 40X TO 1OOX 40 30 20 10 100 90 80 70 60 50 40 30 10 CONAN NUCLEAR. ZhlC.

CUMULATIVE REPORT 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAH GENERATOR: PAGE: 10F 1 LOCATION: ALL DATE: 12/12/89 CRITERIA: DRS TIME: 08:42:02 I I I I I EXAH EXTENT CURRENT (

(ROW(COL(HEATS)LEG(PROGRAM( ACTUAL)REM)REEL)PROBE) LOCATION VOLTS)HIL)DEG)  % (Cfl(

I I I I I I I I I I 121 31 ITEH-TEC)TEH-TEC) 001)610SL)TEH+ 16.97 2.6) 79 I DRS I H11 221 61 )TEH-TEC)TEH-TEC) 001) 610SL) TEH+ 11.04 1.1) 65IDRSIM2(

131 101 )TEH-TEC)TEH-TEC) 001(610SL)TEH+ 16.06 3.61 84)DRS)H3)

26) 10) ITEH-TECITEH-TECI 001(610SL(TEH+ 5.49 0.81 67)DRSIH2)

I I ITEH-TECITEH-TECI 0011610SLITEH+ 8.04 3.61 79)DRSIH1) 301 111 ITEH-TECITEH-TECI 0011610SL I TEH+ 7. 95 8.21 29)DRSIMl) 131 201 ISI ITEH-TECITEH-TECI 002)610SL)TEH+ 17.16 1.0) 30IDRSIM21 I I ITEH-TECITEH-TECI 002)610SL)TEH+ 20.50 0.6) 43IDRSIM21

41) 21) )TEH-TEC)TEH-TEC) 002) 610SL) TEH+ 18.44 1.21 45IDRSIM21 5( 30) ITEH-TECITEH-TECI 003 1610SL I TEH+ 14. 25 1. 11 30)DRSIH21 101 301 )TEH-TECITEH-TEC) 003(610SL(TEH+ 8.25 2.01 90 I DRS I Hl(

I 141 301 (TEH-TEC(TEH-TEC) 003(610SL)TEH+ 14.20 0.81 38IDRSIM21 I 421 301 )TEH-TEC)TEH-TEC) 002)610SL)TEH+ 18.85 0.7) 36)DRSIM2)

I I I ITEH-TECITEH-TECI 002 ) 610SL) TEH+ 20. 03 1.01 43)DRS)H2)

8) 40) ISI I )TEH-TECITEH-TEC) 003)610SL)TEH+ 8.15 2.41 90IDRSIH11 I I I I )TEH-TEC)TEH-TEC) 003)610SL(TEH+ 17.16 1. 01 27IDRSIM21 I 261 401 ISI I ITEH-TECITEH-TECI 004)610SL)TEH+ 16.10 1.4) 30(DRSIH21 I 411 401 ISI ITEH-TECITEH-TECI 0041610SLI TEH+ 8. 07 2.2) 46)DRSIH2(

21) 46) I (TEH-TEC(TEH-TEC) 005)610SL)TEH+ 14.08 1.7( )129)DRS)Hl)

I 241 501 I )TEH-TEC)TEH-TEC) 005)610SL)TEH+ 17.50 0.9) 38(DRSIH21 I 271 501 I )TEH-TEC)TEH-TEC) 005)610SL)TEH+ 15.73 1.21 34)DRSIH2)

45) 50( I ITEH-TECITEH-TECI 005) 610SL) TEH+ 10. 34 1. 61 42)DRS)H2(

I 271 551 I ITEH-TECITEH-TECI 006)610SL)TEH+ 11.85 2.21 53)DRS)H1)

I 401 561 I ITEH-TECITEH-TECI 006)610SL)TEH+ 11.17 8.41 26)DRS)Ml)

I 291 601 I ITEH-TECITEH-TECI 008(610SL)TEH+ 10.72 0.7) 43(DRS)H2) 29)100) ISI I ITEH-TECITEH-TECI 012(610SL(TEH+ 12.13 1.5) 38)DRSIM2)

I 3311001 ISI I )TEH-TEC)TEH-TECI 012(610SL)TEH+ 17.14 1. 2) 40)DRSIH2) 34(100) ISI I )TEH-TEC)TEH-TEC) 012)610SL)TEH+ 11.15 1.41 44IDRSIH21 I I I I I I I I I I I I I NUHBER OF TUBES SELECTED FROM CURRENT OUTAGE: 24 NO TREND ANALYSIS REQUESTED CONAM NUCLEAR, INC.

iO/89, CAROLINA PONER G LIGHT, SHEARON HARRIS,. UNIT i STEAM GENERATOR: A DATE: 11/07/89 TIME: 10: 41: 51 LOCATION: ALL CRITERIA: DRS 30 110 100 80 70 60 40 30 CONAN

CUMULATIVE REPORT 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: A PAGE: 10F 1 LOCATION: ALL DATE: 12/12/89 CRITERIA: ALL INDICATIONS (0'%O 100'R,PTP,PID,UDI,DSI,DTI,EPI,DNI,IDI, TIME: 08:43:00 DRS)

I I I I I EXAM EXTENT CURRENT IROWICOLIHEATSILEGIPROGRAMI ACTUALIREMIREELIPROBEI LOCATION IVOLTSIMXLIDEGI % ICHI I I I I I I I I I I I 121 31 ITEH-TECITEH-TECI 0011610SLITEH+ 16.97 2.61 791DRSIM11 221 61 ITEH-TECITEH-TECI 0011610SLITEH+ 11.04 1.11 651DRSIM21 131 101 ITEH-TECITEH-TECI 0011610SLITEH+ 16.06 3.61 84IDRSIM31 261 101 ITEH-TECITEH-TECI 0011610SLITEH+ 5 '9 0.81 67IDRSIM21 I I ITEH-TECITEH-TECI 0011610SLITEH+ 8 '4 3.61 791DRSIM11 301 111 ITEH-TECITEH-TECI 0011610SLITEH+ 7.95 8.21 29IDRSIM11 131 201 ISI ITEH-TECITEH-TECI 0021610SLITEH+ 17.16 1.01 30IDRSIM21 I I ITEH-TECITEH-TECI 0021610SLITEH+ 20.50 0.61 431DRSIM21 411 211 ITEH-TECITEH-TECI 0021610SLITEH+ 18.44 1.21 45IDRSIM21 51 301 ITEH-TECITEH-TECI 0031610SLITEH+ 14.25 1.11 30IDRSIM21 101 301 ITEH-TECITEH-TECI 0031610SLITEH+ 8.25 2.01 90IDRSIM11 141 301 ITEH-TECITEH-TECI 0031610SLITEH+ 14.20 0.81 381DRSIM21 421 301 ITEH-TECITEH-TECI 0021610SLITEH+'8.85 0.71 36IDRSIM21 I I ITEH-TECITEH-TECI 0021610SLI TEH+ 20. 03 1.01 43IDRSIM21 81 401 ISX ITEH-TECITEH-TECI 0031610SLITEH+ 8.15 2.41 90IDRSIM11 I I ITEH-TECITEH-TECI 0031610SLITEH+ 17.16 1.01 271DRSIM21 261 401 ISI ITEH-TECITEH-TECI 0041610SLITEH+ 16.10 1.41 30IDRSIM21 411 401 ISI ITEH-TECITEH-TECI 0041610SLITEH+ 8.07 2.21 46IDRSIM21 471 421 ITEH-TECITEH-TECI 0041610SL102C+ 0.00 0.81 11351<20 I M11 211 461 H ITEH-TECITEH-TECI 0051610SLITEH+ 14.08 1.71 I 129 I DRS I M11 241 501 H ITEH-TECITEH-TECI 0051610SLITEH+ 17.50 0.91 381DRSIM21 271 501 H ITEH-TECITEH-TECI 0051610SLITEH+ 15.73 1.21 34IDRSIM21 451 501 ITEH-TECITEH-TECI 0051610SLITEH+ 10.34 1. 61 421DRSIM21 271 551 ITEH-TECITEH-TECI 0061610SLITEH+ 11.85 2.21 53IDRSIM11 401 561 ITEH-TECITEH-TECI 0061610SLITEH+ 11.17 8.41 261DRSIM11 471 561 ITEH-TECITEH-TECI 0071610SLIAV2+ 0.00 0.31 01<20IM31 401 591 ITEH-TECITEH-TECI 0071610SLIAV4+ 0.00 0.41 01<20IM31 421 591 ITEH-TECITEH-TECI 0071610SLIAV1+ 0.00 0.31 01<20IM31 I I ITEH-TECITEH-TECI 0071610SLIAV3+ 0.00 0.21 01<20IM31 451 591 ITEH-TECITEH-TECI 0071610SLIAVl+ 0.00 0.71 01 201M31 ITEH-TECITEH-TECI 0071610SLIAV2+ 0.00 1.81 01 35IM31 ITEH-TECITEH-TECI 0071610SLIAV2+ 0.00 1.81 OIPTPIM31 ITEH-TECITEH-TECIRPII 0181590SMIAV2+ 0.00 1. 91 OIPIDIM31 I ITEH-TECITEH-TECI 0071610SLIAV4+ 0.00 0.81 01 221M31 461 591 ITEH-TECITEH-TECI 0071610SLIAV3+ 0.00 0.31 I 01<20IM31 291 601 I I 0081610SLITEH+ 10.72 0.71 431DRSIM21 2911001 ISI H ITEH-TECITEH-TECI 0121610SLITEH+ 12.13 1. 51 38IDRSIM21 3311001 ISI H ITEH-TECITEH-TECI 0121610SLITEH+ 17.14 1.21 401DRSIM21 3411001 ISI I H ITEH-TECITEH-TECI 0121610SLITEH+ 11.15 1.41 44IDRSIM21 I I I I' I I I I I I I NUMBER OF TUBES SELECTED FROM CURRENT OUTAGE: 30 NO TREND ANALYSIS REQUESTED CONAM NUCLEAR, INC.

10/89, CAROLINA PONER G LIGHT, SHEARON HARRIS, UNIT i STEAM GENERATOR: A DATE: i2/i 3/89 TIME: i4: 56: 46 LOCATION:. ALL CRITERIA: ALL INDICATIONS (OX TO f00', PTP. PID, UDI, DSI. DTI, EPI, DNI, IDI. OTHERS)

OX TO iBX d ZOX TO 29X 0 40X TO 10OX 1 OTHER 40 30 20 10 110 100 80 70 60 50 40 30 20 10 CONAM NUCLEAA. INC.

CUMULATIVE REPORT 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: A PAGE: 1 OF 1 LOCATION: ALL DATE: 12/12/89 CRITERIA: PROBE ~ 600RC TIME: 08:44:15 EXAM EXTENT I CURRENT I

/ROWiCOL/HEAT¹iLEGiPROGRAMi ACTUALiREMiREELiPROBEi LOCATION I VOLTS IMILIDEGI '4 IcjjI I I I I I I I I I I I I I I 19I 30I I H ITEH-TSHITEH-TSHI 014/600RC( I I I tNDDi I I H /TEH-05H/TEH-05H/ 014 i 600RC i I I I iNDDJ 42/ 30( H /TEH-TSH/TEH-TSH( 014/600RCi I I I JNDDi 41I 40I ISI ( H iTEH-TSH)TEH-TSH/ 014/600RC( I I INDDI I 26/ 55/ I H ITEH-TSHITEH-TSHI 014 I 600RC I I I iNDDi I I H /TEH-05HiTEH-05Hi 014 I 600RC I I I INDDI I 27I 551 I H ITEH-TSHITEH-TSHI 014 I 600RC I INDDI I 40I 56I I H ITEH-TSHITEH-TSHI 014 / 600RC i iNDDi 24I 68I H iTEH-03H/TEH-03H/ 014 I 600RC INDDI 16'5/ I H ITEH-03HITEH-03HI I 014 I 600RC I

I JNDDi I I I I I I I I I I I NUMBER OF TUBES SELECTED FROM CURRENT OUTAGE:

NO TREND ANALYSIS REQUESTED CONAM NUCLEAR, INC.

10/89, CAROLINA PONER 8 LIBHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: A DATE: 12/K3/89 TIME: 15: l8: f9 LOCATXON: ALL CRZTERXA: PROBE = 600RC 40 30 20 10 110 100 SO 80 70 60 50 40 30 20 10 CONAM NUCLEAR. INC.

CUMULATIVE REPORT 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAN GENERATOR: A PAGE: 10F 1 LOCATION: ALL DATE: 12/22/89 CRITERIA: PLUGGABLE INDICATIONS ( 40% TO 100%,PTP,PID) TINE: 11:36:15 EXAM EXTENT CURRENT IROVICOLIHEAT~ILEGIPROGRAMI ACTUALIREMIREELIPROBEI LOCATION IVOLTSIMILIDEGI % ICHI I I I I I I I I I I I I I I I I 45f 59f I H ITEH-TECITEH-TECI I 007I610SLIAV2+ 0.00 1.8I I OIPTPIM3I I f I H ITEH-TECITEH-TECIRPII 018I590SMIAV2+ 0.00 1.9I I OIPIDIM3I I I I I I I I I I I I I I I I I NUMBER OF TUBES SELECTED FROM CURRENT OUTAGE:

NO TREND ANALYSIS REQUESTED CONAM

10/89, CAROLINA POWER ti LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: A DATE: 12/22/89 TIME: 11: 36: 49 LOCATION: ALL CRITERIA: PLUGGABLE INDICATIONS ( 40K TO iOOX, PTP, PID)

PLU66EO 9 OX TO 19X 0 SOX TO S9X 90X TO 99X 0 40X TO 100X 40 30 20 XO iiO 100 90 80 70 60 50 40 - 30 CONAM

iO/89, CAROLINA PONER G LIGHT, SHEARON HARRIS, UNIT i STEAM GENERATOR: A DATE: 12/19/89 TIME: 08: 26: 31 LOCATION: ALL CRITERIA: TUBES EXAMINED COMPLETELY PER REQUIREMENTS 40 i%0 90 70 50 CONAN NUCLEAR, INC.

iO/89, CAROLINA PONER R LIBHT, SHEARON HARRIS, UNIT i STEAM GENERATOR: A DATE: 12/15/89 TIME: 17: 08: 09 LOCATION: ALL CRITERIA: TUBES EXAMINED COMPLETELY IN 1988 AND 1989 TUBES IH LQ89 f069 40 30 20

%0 f10 100 90 80 70 60 50 40 30 20 10 CONAN

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER Sc LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: PAGE: 1 OP 30 DATE: 12/12/89 TIME: 10:24:21 I I I I I EXm EXTENT I ) I CURRENT

)ROW)COL(HEAT¹(LEG)PROGRAM( ACTUAL(REEL(PROBE( LOCATION ( VOLTS (MIL(DEG(  % I CH I I I I I I I I I 1( 11 ITEH-11CITEH-11CI 015 ( 590SM) INDDI I 2I 11 ITEH-TECITEH-TECI 015)590SM) INDDI I

3) 1) ITEH-TECITEH-TECI 0011610SLI (NDD)

4) 1) ITEH-TECITEH-TECI 001)610SL( INDD( I 5( 1) )TEH-TEC(TEH-TEC) 001)610SL) )NDDI 61 11 ITEH-TECITEH-TECI 0011610SL I INDD(

1) 2) )TEH-11C)TEH-11C) 015(590SM( )NDD) 21 2) )TEH-TEC(TEH-TEC( 0151590SM( (NDDI 61 2) )TEH-TEC)TEH-TEC) 001)610SL) )NDD)

7) 21 )TEH TECITEH TEC( 001(610SL) INDDI I

8) 2) )TEH-TEC(TEH-TEC( 0011610SL I INDD(

9) 21 (TEH-TEC)TEH-TEC( 001(610SL( I INDDI I 101 21 (TEH-TEC(TEH-TEC( 0011610SL I I I INDDI I 111 2( )TEH-TEC(TEH-TEC( 0011610SL I 11C+ 0.39 5.9) (1781DNTIMll 121 21 I

- I

- I I I I IPLGI I 11 31 (TEH-11C)TEH-11C( 015(590SM) I )NDD(

2( 31 ITEH-TECITEH-TECI 015(590SM( I INDDI I 12( 3) )TEH-TEC)TEH-TEC) 001)610SL)TEH+ 16.97 2.61 79)DRS)M1) 13( 3( )TEH-TEC(TEH-TEC( 0011610SL I INDDI

14) 31 )TEH-TEC)TEH-TEC) 001)610SL) )NDD) 151 31 I

- I

- I I I IPLGI

1) 41 )TEH-11C)TEH-11CI 015 I 590SMI INDD)

2) 4( ITEH-TECITEH-TECI 015 1590SM I (NDD) 15( 4( ITEH-TECITEH-TECI 0011610SLI INDD(

161 4) ITEH-TECITEH-TECI 001(610SL) INDD)

17) 4( ITEH-TEC(TEH-TECI 0011 610SL I INDDI 181 4( )TEH-TEC)TEH-TEC) 0011610SL) )NDD)

1) 5( I TEH-11C I TEH-11C I 015(590SM( (NDDI

2) 51 (TEH-TEC)TEH-TEC) 015 ) 590SM) )NDD)

16) 5( ITEH-TECITEH-TECI 001 ( 63.0SL( INDD(

17( 5) )TEH-TEC)TEH-TEC) 001)610SL) INDD) 181 5) ITEH-TECITEH-TEC( 0011 610SL I INDDI I

19) 5) )TEH-TEC(TEH-TEC( 001 ( 610SL( INDDI I 20( 5( ITEH-TECITEH-TECI 001(610SL( INDD( I 21( 5) ITEH-TECITEH-TECI 001(610SL( INDD(

1( 61 (

TEH-11C I TEH-11C ( 0151590SMI INDD) 2( 61 (TEH-TECITEH-TEC) 015(590SM) I INDDI I 21( 6) )TEH-TEC(TEH-TEC) 001(610SL) I )NDD) 221 61 (TEH-TEC(TEH-TEC( 0011610SLITEH+ 11.04 1.11 65(DRS)M2(

23) 6) (TEH-TECITEH-TEC) 001 ( 610SL) ) NDD) 11 7) (TEH-11C(TEH-11C( 0151590SMI INDDI I

2) 71 )TEH-TEC)TEH-TEC) 015)590SM) )NDD(

231 7( ITEH-TEC(TEH-TEC( 0011610SL I INDDI I

24) 7) H )TEH-TEC)TEH-TEC) 001 )610SL) (NDDI

25) 7) H ITEH-TECITEH-TECI 001 )610SL(AV1+ 1.17 I 6.3 I 1177(DNG)M1)

I I I I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: A PAGE: 2 OF 30 DATE: 12/12/89 TIME: 10:24:21

) I I EXAM EXTENT CURRENT I

)ROW(COL)HEAT¹ILEGIPROGRAM) ACTUAL(REEL)PROBE) LOCATION )VOLTS)MIL)DEG)  % )CH)

- I I I I I I I I I I 251 71 ITEH-TECITEH-TECI 0011610SLIAV3+ 0.00 7.9) 1178 I DNT I M11

1) 8) )TEH-11C)TEH-11C) 0151590SM) I )NDD) )

21 8) ITEH-TECITEH-TECI 0151590SMI I I INDDI I

25) 8) )TEH-TEC)TEH-TEC) 001(610SL) I )NDD) 261 81 )TEH-TEC)TEH-TEC( 0011610SL I I I INDDI I

27) 8( ITEH"TEC)TEH"TEC) 001)610SL)AV1+ 1.23 6 61 )177)DNG) 1)

I I )TEH-TEC)TEH-TEC) 0011610SL)AV2+ 0.00 12.21 )178)DNTIM1)

I I (TEH-TEC)TEH-TEC( 0011610SL)AV3+ 15.07 4 61 1174)INR)M31 11 91 )TEH-11C)TEH-11C) 015 1590SM) INDD) 21 91 )TEH TEC(TEH TECI 0151590SMI )NDD(

27( 9) )TEH-TEC)TEH-TEC) 0011610SL) I INDDI 281 91 ITEH-TECITEH-TECI 0011610SL)AV2+ 0 00 F 9.0) 1178 I DNT I M11

1) 10) )TEH-11C)TEH-11C) 015)590SM) I I INDDI 21 101 ITEH-TECITEH-TECI 015 1590SM) I )NDD(

3) 10) )TEH-TEC)TEH-TEC) 001)610SLI I )NDD) 41 101 )TEH-TEC)TEH-TEC) 0011 610SL I I I INDDI

5) 10) (TEH-TEC)TEH-TEC) 0011610SL( I (NDD) 61 101 ITEH-TECITEH-TECI 0011 610SL I I I INDDI 71 101 ITEH-TECITEH-TECI 0011610SLI I (NDD) 81 101 ITEH-TECITEH-TECI 0011610SLI I (NDD) 91 101 ITEH-TECITEH-TECI 001 I 610SL I 01C+ 0.78 8.51 1178 I DNT I M11

10) 101 )TEH-TEC)TEH-TEC) 001)610SL) I INDDI I

11) 10( )TEH-TEC(TEH-TEC) 001)610SL) I INDDI I

12) 10) )TEH-TEC)TEH-TEC) 001)610SL) I )NDD) 131 101 )TEH-TEC(TEH-TEC( 0011610SLITEH+ 16.06 3.61 84IDRSIM31

14) 10( )TEH-TEC)TEH-TEC) 0011610SL) )NDD) 15( 101 )TEH-TEC)TEH-TEC) 001)610SL( INDDI 161 101 ITEH TECITEH TECI 0011610SL I )NDD) 171 101 )TEH-TEC)TEH-TEC) 0011610SLI INDDI

18) 10( ITEH-TEC)TEH-TEC) 001(610SLI )NDD) 191 101 )TEH-TEC)TEH-TEC) 0011610SL) INDDI 201 101 ITEH-TECITEH-TECI 001(610SL) I INDDI

21) 10) ITEH-TECITEH-TECI 001)610SL) I INDDI 221 101 ITEH-TECITEH-TECI 0011610SLI I INDDI

23) 10) )TEH-TEC)TEH-TEC) 001)610SL) I )NDD) 241 101 ITEH-TECITEH-TECI 001(610SL) I INDDI I

25) 10) )TEH-TEC)TEH-TEC) 001)610SL) I )NDD) 261 101 ITEH-TECITEH-TECI 0011610SL(TEH+ 5.49 0.81 67)DRSIM2)

I I (TEH-TEC(TEH-TEC) 001)610SL)TEH+ 8.04 3 61 79)DRS)M1) 271 101 ITEH-TECITEH-TECI 0011610SLI I INDDI I 281 10) ITEH-TECITEH-TECI 0011610SL) I )NDD)

29) 10) ITEH-TECITEH-TECI 0011610SL) I INDDI I

30) 10( ITEH-TECITEH-TECI 001(610SL(AV2+ 0.00 17. 71 1178 I DNT I M11 I I H )TEH-TEC)TEH-TEC) 001)610SL)AV3+ 0.00 8.01 )179)DNT(M1) 11 111 H )TEH-11C)TEH-11C) 015)590SM) I I INDDI I I I I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POUER 6 LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: A PAGE: 3 OF 30 DATE: 12/12/89 TIME: 10:24:21 I I I ) I EXAM EXTENT I I I I CURRENT I IROWICOLIHEAT¹ILEGIPROGRAMI ACTUAL)REEL(PROBE) LOCATION IVOLTSIMIL)DEG(  % (CHI I I I I I I I I 21 111 ITEH-TECITEH-TECI 0151590SMI I INDDI I

30) 11) ITEH-TECITEH-TEC) 0011610SL)TEH+ 7.95 8.21 29)DRSIMl) 311 111 (TEH-TEC(TEH-TECI 0011610SL) I INDDI I

1) 121 (TEH-11C(TEH-llC( 015)590SM) I INDD) )

21 121 ITEH-TECITEH-TECI 0151590SMI I (NDD) 191 121 I I I I )PLG) 311 121 ITEH-TECITEH-TECI 0011610SLI I )NDD) 321 121 ITEH-TECITEH-TECI 001)610SL( I )NDDI

33) 12) )TEH-TEC)TEH-TEC( 0011610SL I I INDDI I 11 131 (TEH-11C)TEH-11C( 0151590SMI I INDD(

2) 13) ITEH-TECITEH-TECI 015)590SMI I I INDDI I

33) 13( )TEH-TEC)TEH-TEC( 0011 610SL I I I INDD( I

34) 13) )TEH-TEC)TEH-TEC( 0011610SLI AV2+ 0.00 16.0) (179)DNTIMl(

I I ITEH-TECITEH-TECI 0011610SL(llC- 0.75 27.71 1176 I DNT IMlI

1) 14) (TEH-llC)TEH-11C( 015)590SM) I ) NDD) 21 141 )TEH-TEC(TEH-TEC( 0151590SM( I INDDI 341 141 (TEH-TEC(TEH-TEC( 0011610SL( I )NDD)

35) 14) (TEH-TEC(TEH-TEC( 0011 610SL( I INDD(

1) 15( (TEH-11C(TEH-llC( 015)590SM) I I INDDI I 2( 15) (TEH-TEC)TEH-TEC( 0151590SMI I I INDDI I 351 151 (TEH-TEC(TEH-TEC( 0011 610SL( I )NDD(

361 151 )TEH-TEC)TEH-TEC( 001 ) 610SL(AV3+ 0.00 14.2) )1781DNT(M1)

I I ITEH-TECITEH-TECI 0011610SL( 11C- 0.08 17.3) 1177 I DNT I Mll I I )TEH-TEC(TEH-TEC) 001)610SL)10C+ 40 80 F 41.7) )176)DNTIMl) 11 161 (TEH-11C(TEH-11C( 0151590SMI I I INDDI I

2) 16) )TEH-TECITEH-TEC) 0151590SM( I I INDDI I 361 161 (TEH-TEC(TEH-TEC( 001(610SL( I I INDDI I 371 16) )TEH-TEC)TEH-TEC( 0011610SL( I )NDD) 381 11 161 171 I

- I

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2) 18( )TEH-TEC)TEH-TEC) 015)590SM( I I ( (NDD( I 391 181 ITEH-TECITEH-TECI 0011610SL) I I I INDDI I 401 18I ITEH-TECITEH-TECI 001(610SL) I I )NDD) 11 191 I TEH-11C I TEH-11C I 0151590SM( I I INDDI 2( 19) ITEH-TECITEH-TECI 0151590SMI I I )NDD) 40( 19) )TEH-TEC(TEH-TEC( 0011610SLI I I (NDD) 11 201 (TEH-11C(TEH-llC( 015 I 5908M I I I I (NDD) 21 201 ITEH-TECITEH-TECI 015 I 590SM I I I (NDDI )

31 201 (TEH-TEC(TEH-TECI 0021610SL I I I INDDI

4) 201 H )TEH-TEC(TEH-TEC) 002)610SL) I I INDDI 51 201 H (TEH-TEC)TEH-TEC( 002 1610SLI I I I INDDI I I I I I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: PAGE: 4 OF 30 DATE: 12/12/89 TIME: 10:24:21

( (

EXAM EXTENT CURRENT

)ROW)COL(HEATS)LEG)PROGRAM( ACTUAL(REEL(PROBE( LOCATION I VOLTS I ILI DEG I M  % I CH I I I I I I 61 201 H )TEH-TEC(TEH-TEC) 002)610SL) I INDDI

7) 20( H (TEH-TECITEH-TECI 002)610SL) I )NDDI 81 201 H )TEH-TEC(TEH-TEC( 0021 610SL I I INDDI 91 201 H ITEH-TECITEH-TECI 002)610SL) I )NDD)

10) 20) H )TEH TEC)TEH TECI 002)610SL) I )NDDI 111 201 H ITEH-TECITEH-TECI 002) 610SL) I INDDI 12( 201 H )TEH-TEC)TEH-TEC( 002)610SL) I )NDD) 131 201 H ITEH-TECITEH-TECI 0021610SLITEH+ 17.16 1.0( 30IDRSIM21 I I H )TEH"TEC)TEH TECI 002)610SL(TEH+ 20.50 o 61 43(DRS(M2)

14) 20) H )TEH-TEC)TEH-TEC) 002)610SL) INDDI 151 201 H )TEH-TEC(TEH-TEC) 0021610SLI INDDI

16) 20) H )TEH-TEC)TEH-TEC) 002 ) 610SL) (NDD) 171 201 H )TEH-TEC)TEH-TEC) 002)610SL( INDDI

18) 20( H ITEH-TEC)TEH-TECI 002(610SL) INDD) 191 201 H (TEH-TEC)TEH-TEC( 0021610SLI INDD(

201 201 H (TEH-TEC(TEH-TEC( 0021610SLI (NDDI

21) 201 H )TEH-TEC)TEH-TEC) 002)610SL) )NDD)

22) 20( H )TEH-TEC)TEH-TEC( 0021610SLI INDDI 23( 201 H ITEH-TECITEH-TECI 002)610SL) )NDD) 24( 20( H ITEH-TEC(TEH-TECI 0021610SLI INDDI 251 201 H )TEH-TEC)TEH-TECI 0021610SLI (NDDI

26) 20) H )TEH-TEC)TEH-TEC) 002)610SL) INDDI 271 201 H ITEH-TECITEH-TECI 0021 610SL I (NDDI 28( 20( H )TEH-TEC)TEH-TEC) 0021610SL) (NDD 'I 29( 20) H ITEH-TECITEH-TECI 0021610SL I INDDI 301 201 H )TEH-TEC(TEH-TEC) 002(610SL) )NDD) 31( 20) H (TEH-TEC(TEH-TEC( 002)610SL) INDDI 321 201 H )TEH-TEC)TEH-TEC) 002)610SL) (NDD(

331 20( H )TEH-TEC)TEH-TEC) 002)610SL) )NDD)

34) 20( H )TEH-TEC)TEH-TECI 002(610SL( INDDI 351 201 H ITEH-TECITEH-TECI 002)610SL) I )NDD) 36( 20( H )TEH-TEC(TEH-TEC) 002)610SL( I (NDD(

371 201 H ITEH-TECITEH-TECI 0021610SL I I INDDI 381 201 H )TEH-TEC)TEH-TEC) 002)610SL) I INDDI 39( 20( H (TEH-TEC(TEH-TEC( 0021610SLI I INDD(

401 201 H (TEH-TEC(TEH-TEC( 0021610SL( I )NDD) 411 201 H (TEH-TEC(TEH-TEC( 0021610SLI I INDDI 11 211 H I TEH-11C I TEH-11C I 015)590SM) I INDD) I 21 211 H )TEH-TEC)TEH-TEC( 0151590SMI I (NDDI

41) 21( H ITEH-TECITEH-TECI 0021610SLITEH+ 18.44 1.21 45)DRSIM2(

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1) 22) H I TEH-11C I TEH-11C I 0151590SM I (NDD(

21 221 H ITEH-TECITEH-TECI 015(590SM( )NDD) 42( 22) H (TEH-TEC)TEH-TEC) 002)610SL) INDDI 431 221 H ITEH-TECITEH-TECI 0021610SLI INDDI I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: A PAGE: 5 OF 30 DATE: 12/12/89 TIME: 10:24:21 I I I

'

I EXAM EXTENT CURRENT I

)ROW(COL)HEAT¹(LEG(PROGRAM) ACTUAL(REEL)PROBE) LOCATION (VOLTS(MIL(DEG)  % (CH)

I I I I I I

1) 23I (TEH-llCITEH-11CI 015(590SMI (NDD(

2) 23( )TEH-TEC(TEH-TEC) 015)590SM) )NDD) 43( 23I )TEH-TEC(TEH-TEC( 002(610SL) INDDI 44( 23) )TEH-TEC)TEH-TEC( 002(610SL) (NDD) ll 24I (

TEH-11C ( TEH-11C (

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2) 26) )TEH-TEC)TEH-TEC( 015 I 590SMI (NDD(

45( 26I ITEH-TECITEH-TECI 002I610SLI INDD(

46I 26I ITEH-TECITEH-TECI 002 I 610SL I INDDI ll 27) (TEH-11C(TEH-llC) 015 ( 590SM)

(TEH-TECITEH-TEC( 015 I 590SMI

)NDD) 2I 27I INDDI I 46( 27( )TEH-TECITEH-TEC) 002)610SL) I I )NDDI 47( 27( ITEH-TECITEH-TECI 002(610SL(03C+ 0.00 I 114. 0 I 5)EXP(Ml(

I I )TEH-TEC)TEH-TEC) 002)610SL)02C+ 0.00 99.6) 5(EXPIMl(

ll 28I (TEH-11C)TEH-11C( 015(590SM(

ITEH-TECITEH-TECI 015 I 590SMI I I (NDDI

2) 28) I I INDDI I 47( 28I (TEH-TEC(TEH-TEC) 002I610SLI03C+ 0.00 )118.0) 5)EXP)Ml)

I I ITEH-TECITEH-TECI 002 I 610SL I 02C+ 0 00F (100.5( 5 I EXP I Ml I 1( 29I (TEH-llC(TEH-11C) 015 I 590SMI I I (NDD) 2( 29( ITEH-TECITEH-TECI 015(590SMI I I INDDI I

47) 29( )TEH-TEC(TEH-TEC) 002)610SL( I I )NDD) 48I 29( (TEH-TEC(TEH-TEC( 002)610SL(AV2+ 30.17 I 59I I 179 I DNG I 1I I I (TEH-TEC)TEH-TEC) 002(610SL)03C+ 0.00 (121.0( 6 I EXP (Ml (

I I (TEH-TEC(TEH-TEC( 002(610SL(02C+ 0.00 I 111. 7 I 6(EXP)Ml(

1( 30) (TEH-11C(TEH-11C( 015(590SM( I INDDI 2I 30( ITEH-TEC)TEH-TEC( 015 ( 590SM( I )NDDI 3( 30) (TEH-TEC(TEH-TEC( 003 I 610SL I I INDDI 4( 30) (TEH-TEC)TEH-TEC( 003 ( 610SL( I (NDD) 5( 30( (TEH-TECITEH-TEC( 003(610SL(TEH+ 14.25 1. 1I 30IDRSIM2I

6) 30( (TEH-TECITEH-TEC) 003 (610SL) I INDD) 7( 30( ITEH-TECITEH-TECI 003 I 610SL I I INDD(

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I I (NDDI I I (TEH-TEC(TEH-TEC) 003I610SLITEH+ 8.25 I 20l 90(DRS)M1(

11 I 30( )TEH-TEC)TEH-TEC( 003I610SLI I I INDDI I 12 I 30( )TEH-TEC)TEH-TEC) 003)610SL) I I )NDD)

13) 30( (TEH-TEC(TEH-TEC) 003(610SL) I I INDDI I

14) 30( )TEH-TEC(TEH-TEC) 003)610SL)TEH+ 14.20 I o8) 38)DRS(M2)

I I I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER 6 LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: A PAGE: 6 OF 30 e DATE:

TIME:

12/12/89 10:24:21 EXAM EXTENT CURRENT IROWICOLIHEAT¹ILEGIPROGRAMI ACTUALIREELIPROBEI LOCATION IVOLTSIMILIDEGI % ICHI I I I I I 151 301 H ITEH-TECITEH-TECI 003 1610SL I INDDI 161 301 H ITEH-TECITEH-TECI 0031610SLI INDDI 171 301 H ITEH-TECITEH-TECI 0031610SLI INDDI 181 301 H ITEH-TECITEH-TECI 0031610SL I INDDI 191 301 H ITEH-TSHITEH-TSHI 0141600RC I INDDI I I H ITEH-05HITEH-05HI 0141600RC I INDDI I I H ITEH-TECITEH-TECI 0031610SL105H+ 0.00 0.61 92 I DSS I M11 201 301 H ITEH-TECITEH-TECI 0031610SLI INDDI 211 301 H ITEH-TECITEH-TECI 0031610SLI INDDI 221 301 H ITEH-TECITEH-TECI 0031610SLI INDDI 231 301 H ITEH TECITEH TECI 0031610SLI INDDI 241 301 H ITEH-TECITEH-TECI 0031610SLI INDDI 251 301 H ITEH-TECITEH-TECI 0031610SLI INDDI 261 301 H ITEH-TECITEH-TECI 003 1610SL I INDDI 271 301 H ITEH-TECITEH-TECI 0031610SLI INDDI 281 301 H ITEH-TECITEH-TECI 0031610SL I INDDI 291 301 H ITEH-TECITEH-TECI 0031610SL I INDDI 301 301 H ITEH-TECITEH-TECI 0031610SLI INDDI 311 301 H ITEH-TECITEH-TECI 0031610SLI INDDI 321 301 H ITEH-TECITEH-TECI 0031610SLI INDDI 331 301 H ITEH-TECITEH-TECI 0031610SLI INDDI 341 301 H ITEH-TECITEH-TECI 0031610SLI INDDI 351 301 H ITEH-TECITEH-TECI 0021610SLI INDDI 361 301 H ITEH-TECITEH-TECI 0021 610SL I INDDI 371 301 H ITEH-TECITEH-TECI 0021610SLI INDDI 381 301 H ITEH-TECITEH-TECI 0021610SLI INDDI 391 301 H ITEH-TECITEH-TECI 0021610SLI INDDI 401 301 H ITEH-TECITEH-TECI 0021610SLI INDDI 411 301 H ITEH-TECITEH-TECI 002 1610SL I INDDI 421 301 H ITEH-TSHITEH-TSHI 0141600RCI INDDI I I H ITEH-TECITEH-TECI 0021610SLITEH+ 18.85 0.71 36IDRSIM21 I

431 301 I H H

ITEH-TECITEH-TECI 0021610SLITEH+ 20 ITEH-TECITEH-TECI 0021610SLI

'3 1.01 431DRSIM21 I INDDI I 441 301 H ITEH-TECITEH-TECI 0021610SLI INDDI I I

451 301 H ITEH-TECITEH-TECI 0021610SLI INDDI I

461 301 H ITEH-TECITEH-TECI 0021610SLI INDDI I

471 301 H ITEH-TECITEH-TECI 0021610SLI INDDI I I

481 301 H ITEH-TECITEH-TECI 0021610SLI03C+ 0.00 1124. 71 51EXPIM11 11 I

311 I H H

ITEH-TECITEH-TECI 0021610SL102C+

ITEH-11CITEH-11CI 0151590SMI 0 00 F 1125 '1 61EXPIM11 I I INDDI 21 311 H ITEH-TECITEH-TECI 0151590SMI I I INDDI I 471 311 H ITEH-TECITEH-TECI 0031610SLI INDDI I I 481 311 ITEH-TECITEH-TECI 0031610SLI 03C+ 0.00 95.91 51EXPIM11 I I ITEH-TECITEH-TECI 0031610SLI02C+ 0.00 99.51 21EXPIM11 491 311 ITEH-TECITEH-TECI 0031610SLI AV2+ 0.00 751 I I 177 I DNT I M11 I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER 6c LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: A PAGE: 7 OF 30 DATE: 12/12/89 TIME: 10:24:21 I I I I I EXAM EXTENT I CURRENT I

)ROW)COL)HEAT¹)LEG)PROGRAM) ACTUAL/REEL/PROBE/ LOCATION )VOLTS)MIL)DEG)  % )CH)

I I I I I I I I

49) 31) H ITEH-TECITEH-TECI 003)610SLI 03C+ 0. 00 )100.5) 4) EXP)Ml)

I I H ITEH-TECITEH-TECI 003)610SL)02C+ 0.00 )103. 3) 6)EXP)Ml)

1) 32) H )TEH-11C)TEH-11C) 015)590SM) I I INDDI

2) 32) H ITEH-TECITEH-TECI 015)590SMI I I )NDD)

47) 32) H ITEH-TECITEH-TEC) 003 I 610SLI I I INDDI

48) 32) H ITEH-TECITEH-TECI 003)610SLI I I INDDI

49) 321 H )TEH-TEC)TEH-TEC) 003)610SL)03C+ 0.00 )106.2) 7 I EXP I Ml)

I I H ITEH-TECITEH-TECI 003 I 610SL I 02C+ 0. 00 )106.7) 2)EZP)Ml)

1) 33) H )TEH-llC)TEH-11C) 015)590SM) I )NDD)

2) 33) H ITEH-TECITEH-TECI 015)590SMI I INDDI I

47) 33) H )TEH-TEC)TEH-TEC) 003)610SL I I )NDD)

48) 33) H ITEH-TECITEH-TECI 003 ) 610SL) I INDDI I I

49) 33) H )TEH-TEC)TEH-TEC) 003) 610SL) 03C+ 0.00 73.4) 4) EXP)Ml)

I I H ITEH-TECITEH-TECI 003)610SL)02C+ 0.00 I 92.5) 5)EXP IM1)

1) 34) H )TEH-11C)TEH-11C) 015 I 590SM I I I )NDD)

2) 34) H )TEH-TEC)TEH-TEC) 015 I 590SMI I I INDDI

47) 34) H ITEH-TECITEH-TEC) 003) 610SL) )NDD)

I I

48) 34) H )TEH-TEC)TEH-TEC) 003)610SL) INDDI I I

49) 34) H ITEH-TECITEH-TECI 003)610SL)03C+ 0.00 65.9) 5)EXP)Ml)

I I H ITEH-TECITEH-TECI 003)610SL)02C+ 0.00 61.8) 5)EXP)Ml)

1) 35) H )TEH-11C)TEH-11C) 015 ) 590SM) I INDDI I I 21 35) H )TEH-TEC)TEH-TEC) 015 I 590SMI INDDI I I I

47) 35) H )TEH-TEC)TEH-TEC) 003)610SL) INDDI I I I

48) 35) H ITEH-TECITEH-TECI 003)610SLI )NDD)

I I

49) 35) H )TEH-TEC)TEH-TEC) 003)610SL)03C+ 0. 00 63.9) 5 ) EZP ) Ml )

I I H ITEH-TECITEH-TECI 003)610SL)02C+ 0.00 I 61.0) 4)EXP I Ml)

1) 36) H ITEH-11CITEH-11CI 015)590SMI INDDI I I I

2) 36) H ITEH-TECITEH-TECI 015)590SMI INDDI I I I

47) 36) H ITEH-TECITEH-TECI 003)610SL) INDDI I I I

48) 36) H ITEH-TECITEH-TECI 003)610SLI INDDI I I I

49) 36) H ITEH-TECITEH-TECI 003)610SL)03C+ 0 00 F 62.9) 5)EXP)Ml)

I

'I H ITEH-TECITEH-TECI 003)610SL)02C+ 0.00 I 61.0) 5)EXP)Ml)

1) 37) H I TEH-11C I TEH-11C I 015)590SM) INDDI I I I

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I

47) 37) H )TEH-TEC)TEH-TEC) 003)610SLI )NDD)

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48) 37) H ITEH-TECITEH-TECI 003)610SL) INDDI I I I

49) 37) H ITEH-TECITEH-TECI 003)610SL)03C+ 0. 00 )103.5) 6)EZP)M1)

I I H )TEH-TEC)TEH-TEC) 003)610SL)02C+ 0 00 F I 48 OI 5 I EXP I Ml I

1) 38) H ITEH-11CITEH-11CI 015)590SMI I INDDI I

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47) 38) H )TEH-TECITEH-TECI 003)610SL) INDDI I I

48) 38) H )TEH-TEC)TEH-TEC) 003)610SL) I I )NDD)

49) 38) H )TEH-TEC)TEH-TEC) 003)610SL)03C+ 0.00 64.0) 5)EXP)Ml)

I I I H ITEH-TEC)TEH-TEC) 003)610SL)02C+ 0.00 I 64.2) 5)EZP)Ml)

1) 39) H ITEH-11CITEH-11CI 015)590SMI INDDI I I I I I I I I I I I I I I I CONAM NUCLEAR, IN'

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12/12/89 10:24:21 EXAM EXTENT I I CURRENT IROWICOLIHEAT¹ILEGIPROGRAMI ACTUALIREELIPROBEI LOCATION IVOLTSIMILIDEGI % ICHI I I I I I I I I 2I 39I H ITEH-TECITEH-TECI 015I590SMI I INDDI 47I 39I H ITEH-TECITEH-TECI 003I610SLI I INDDI 48I 39I H ITEH-TECITEH-TECI 003I610SLI I INDDI 49I 39I H ITEH-TECITEH-TECI 003I610SLI03C+ 0.00 I 117.0I 6IEXPIMll I I H ITEH-TECITEH-TECI 003I610SLI02C+ 0.00 49.2I 5IEXPIMll 1I 40 I H ITEH-11CITEH-11CI 015I590SMI I INDDI I 2I 40I H ITEH-TECITEH-TECI 015I590SMI I INDDI I 3I 40I H ITEH-TECITEH-TECI 003 I 610SL I I INDDI I 4I 40I H ITEH-TECITEH-TECI 003 I 610SL I I INDDI I 5I 40I H ITEH-TECITEH-TECI 003I610SLI I INDDI 6I 40I H ITEH-TECITEH-TECI 003I610SLI I INDDI 7I 40I H ITEH-TECITEH-TECI 003I610SLI I INDDI 8I 40I H ITEH-TECITEH-TECI 003I610SLITEH+ 8.15 2.4I 90IDRSIMll 9I I

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COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: A PAGE: 9 OF 30 DATE: 12/12/89 TIME: 10:24:21 EXAM EXTENT ( ( ( I CURRENT I (ROW(COL(HEAT¹(LEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION (VOLTS(MIL(DEG( 't (CH(

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I I I I I I I I I I I I I CONAM NUCLEAR, INC.

EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 GENERATOR,'OMPLETE STEAM PAGE: 13 OF 30 DATE: 12/12/89 TIME: 10:24:21

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I I I I I I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER 6c LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: PAGE: 14 OF 30 DATE: 12/12/89 TIME: 10:24:21 EXAM EXTENT CURRENT

)ROW)COL)HEAT¹)LEG)PROGRAM) ACTUAL)REEL)PROBE) LOCATION )VOLTS)MIL)DEG)  % )CH)

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I I ITEH-TECITEH-TECI 0061610SLI02C+ 0.00 ) 197. 51 9(EZP)Ml) 381 56) ITEH-TECITEH-TECI 006(610SL(03C+ 0. 00 1159.91 9)EXP(M1)

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39) 561 ITEH-TECITEH-TEGI 0061610SL(03C+ 0.00 1178.8) 10) EZP(M1)

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27) 59I ITEH-TEC)TEH-TEC( 0071610SLI I I I INDDI I I I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: PAGE: 15 OF 30 DATE: 12/12/89 TIME: 10:24:21 I I I I I EXAM EXTENT CURRENT (ROW(COL(HEAT¹(LEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION (VOLTS(MIL(DEG(  % (CH(

I I I I I 28( 59( H ITEH-TECITEH-TECI 007(610SLI INDDI 29( 59( H (TEH-TEC(TEH-TEC( 007 I 610SLI INDDI 30( 59( H ITEH-TECITEH-TECI 007(610SL I I INDDI 31( 59( H (TEH-TEC(TEH-TEC( 007(610SL(

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I I I I I I I I I I I CONAM NUCLEAR, INC.

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I I H ITEH-TECITEH-TEC( 018 (590SM(02C+ 0 00 (145.8 I

~

8(EXP(Ml(

48( 64( H ITEH-TECITEH-TECI 008(610SL(03C+ 0.00 (176. 0 I 10(EZP(Ml(

I H ITEH-TECITEH-TECI 008(610SL(02C+ 0.00 (150. 1(

I 10(EXP I Ml(

49( 64( H (TEH-TEC(TEH-TEC( 008(610SL(03C+ 0.00 (170.7( 10(EXP(Ml(

I I ITEH-TECITEH-TECI 008(610SL(02C+ 0.00 (155. 2 I 11(EZP(Ml(

1( 65( H (TEH-11C(TEH-11C( 018(590SM( I I (NDD(

I I I I I I I I I I I l CONAM NUCLEAR, IN'

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: A PAGE: 18 OF 30 DATE: 12/12/89 TIME: 10:24:21 EXAM EXTENT I I I CURRENT IROWICOLIHEAT¹ILEGIPROGRAMI ACTUALIREELIPROBEI LOCATION I VOLTS I MILIDEG I 't I CH I I I I I I I I I 21 651 H ITEH-TECITEH-TECI 0161590SMI I INDDI I

211 651 H ITEH-TECITEH-TECI 0081610SLI INDDI I I 241 651 H ITEH-TECITEH-TECI 0081610SLI INDDI I I 471 651 H ITEH-TECITEH-TECI 0081610SLI INDDI I I 481 651 H ITEH-TECITEH-TECI 0081610SL103C+ 0. 00 1179 11

~ 101EXPIMll I I H ITEH-TECITEH-TECI 0081610SL102C+ 0.00 1137.01 91EZPIMll 491 651 H ITEH-TECITEH-TECI 0081610SL103C+ 0.00 1190.61 13 I EXP I Ml1 I I H ITEH-TECITEH-TECI 0081610SL102C+ 0. 00 1150.41 11IEXPIM11 11 661 H ITEH-llCITEH-11CI 0181590SMI INDDI I

21 661 H ITEH-TECITEH-TECI 0161590SMI INDDI I

211 661 H ITEH-TECITEH-TECI 0081610SLI INDDI I I 241 661 H ITEH-TECITEH-TECI 008 1610SL I I INDDI 471 661 H ITEH-TECITEH-TECI 0081610SLI INDDI I

481 661 H ITEH-TECITEH-TECI 0081610SL103C+ 0.00 1181. 41 111EZPIMll I I H ITEH-TECITEH-TECI 0081610SLI02C+ 0.00 1147.11 9 EXP Ml I 1 I 491 661 H ITEH-TECITEH-TECI 0081610SL103C+ 0.00 1184. 91 111EZPIMll I I H ITEH-TECITEH-TECI 0081610SL102C+ 0.00 1147.41 91EXPIMll 11 671 H ITEH-11CITEH-11CI 0181590SM I I I INDDI 21 671 H ITEH-TECITEH-TECI 0161590SMI I I INDDI 211 671 H ITEH-TECITEH-TECI 0091610SLI INDDI I I 241 671 H ITEH-TECITEH-TECI 0091610SLI I I INDDI 471 671 H ITEH-TECITEH-TECI 0091610SLI INDDI I I 481 671 H ITEH-TECITEH-TECI 0091610SL103C+ 0.00 96.91 4 I EXP I Mll H ITEH-TECITEH-TECI 0091610SL102C+ 0. 00 1115. 11 I I 101EZPIMll 491 671 H ITEH-TECITEH-TECI 0081610SL103C+ 0.00 1133.21 71EZPIMll H ITEH-TECITEH-TECI 0081610SL102C+ 0.00 I 53.61 I I 51EZPIM11 11 681 H ITEH-11CITEH-11CI 0181590SMI I INDDI I 21 681 H ITEH-TECITEH-TECI 0161590SMI I INDDI I 211 681 H ITEH-TECITEH-TECI 0091610SLI INDDI I

241 681 H ITEH 03HITEH 03HI 0141600RC I I INDDI I H ITEH-TECITEH-TECI 0091610SL 03H+ 0. 00 0.61 I I I I 591DSSIMll 451 681 H ITEH-TECITEH-TECI 0091610SLI I I INDDI 471 681 H ITEH-TECITEH-TECI 0091610SLI I I INDDI I 481 681 H ITEH-TECITEH-TECI 0091610SL I 03C+ 0. 00 1106.71 101EXPIMll H ITEH-TECITEH-TECI 0091610SL 02C+ 0. 00 I 93.81 41EXPIMll I I I 491 681 H ITEH-TECITEH-TECI 0091610SL103C+ 0.00 1100.11 81EZPIMll I I H ITEH-TECITEH-TECI 0091610SL102C+ 0.00 1123.51 61EXPIM11 11 691 H I TEH-11C I TEH-11C I 0181590SMI INDDI 21 691 H ITEH-TECITEH-TECI 0161590SMI INDDI 211 691 H ITEH-TECITEH-TECI 009 1610SL I INDDI 241 691 H ITEH-TECITEH-TECI 0091610SLI INDDI 471 691 H ITEH-TECITEH-TECI 009 1610SL I INDDI 481 691 ITEH-TECITEH-TECI 0091610SL I 03C+ 0. 00 77.71 51EXPIMll I I H ITEH-TECITEH-TECI 009 1610SLI02C+ 0.00 I 94.81 5 I EXP I Ml1 491 691 H ITEH-TECITEH-TECI 009 1610SLI03C+ 0.00 1136. 51 101EXPIM11 I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR:-A PAGE: 19 OF 30 DATE: 12/12/89 TIME: 10:24:21

) ) ( ( ( EXAM EXTENT I CURRENT I

)ROW(COL)HEAT¹)LEG(PROGRAM) ACTUAL(REEL)PROBE) LOCATION I VOLTS IMILIDEG I  % CH I I

I I I I I I I

"

491 691 H ITEH-TECITEH-TECI 009(610SL)02C+ 0.00 1117. 71 4)EXP(Ml)

1) 70) H )TEH-11C)TEH-llC) 018)590SM( )NDD) 21 701 H'TEH-TECITEH-TECI 016 ( 590SM( (NDD(

3) 70) ITEH-TECITEH-TECI 0091610SLI INDDI

4) 70) ITEH-TECITEH-TECI 009(610SL( INDDI

5) 70) (TEH-TEC)TEH-TEC( 0091610SLI )NDD) 61 701 ITEH-TEC(TEH-TECI 0091610SLI INDDI

7) 70) ITEH-TECITEH-TECI 0091610SLI INDDI 81 701 ITEH-TECITEH-TECI 0091610SLI INDDI 9( 70) ITEH-TECITEH-TECI 0091610SLI )NDD) 101 701 ITEH-TECITEH-TECI 009(610SL( )NDD(

ll) 70) H- ITEH-TECITEH-TECI 009(610SL(

INDDI 12( 70( H (TEH-TEC)TEH-TEC( 0091610SLI INDDI 13( 70( H ITEH-TECITEH-TECI 0091610SL I INDDI 141 701 ITEH-TECITEH-TECI 009)610SL( INDDI 151 701 ITEH-TECITEH-TECI 0091610SLI )NDD(

161 701 )TEH-TEC)TEH-TEC( 0091610SLI )NDD(

171 701 ITEH-TECITEH-TECI 009) 610SL( )NDD) 181 701 ITEH-TECITEH-TECI 0091610SLI INDDI 191 701 )TEH-TEC(TEH-TEC( 0091610SLI )NDD(

201 701 ITEH-TECITEH-TECI 0091610SLI INDDI 211 701 ITEH-TECITEH-TECI 009 1610SL I INDDI 221 701 ITEH-TECITEH-TECI 0091610SLI INDDI 231 701 ITEH-TECITEH-TECI 009)610SL( INDDI 24( 70( (TEH-TEC(TEH-TEC( 009 ( 610SL( INDDI

25) 70( ITEH-TECITEH-TECI 009 ( 610SL( INDDI 261 701 ITEH-TECITEH-TECI 0091610SLI INDDI 271 701 ITEH-TECITEH-TECI 009)610SL( INDDI 281 701 ITEH-TECITEH-TECI 0091610SLI )NDD)

29) 70) ITEH-TECITEH-TECI 009)610SL) )NDD)

30) 70) ITEH-TECITEH-TECI 009(610SL) INDDI 311 701 ITEH-TECITEH-TECI 0091610SLI )NDD(

32) 70) ITEH-TECITEH-TECI 0091610SL I )NDD(

33) 70( ITEH-TECITEH-TECI 0091610SLI INDDI

34) 70) ITEH-TECITEH-TECI 009(610SL( INDDI

37) 70( )TEH-TEC(TEH-TEC( 0091610SLI INDD(

38) 70) ITEH-TECITEH-TECI 0091610SLI )NDD(

39( 70) ITEH-TECITEH-TECI 0091610SLI INDDI

40) 70) ITEH-TECITEH-TECI 009 1610SL I (NDD(

411 701 )TEH-TEC)TEH-TEC( 0091610SLI )NDD(

42( 70( ITEH-TECITEH-TECI 009(610SL( INDDI

43) 70) ITEH-TECITEH-TECI 0091610SLI INDDI

44) 70( (TEH-TEC(TEH-TEC( 009) 610SL( )NDD)

I 45) 70( (TEH-TEC(TEH-TEC( 0091610SLI INDDI I 46( 70( ITEH-TECITEH-TECI 009 (610SL( INDD)

I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: A PAGE: 20 OF 30 DATE: 12/12/89 TIME: 10:24:21

) i / / / EXAM EXTENT I CURRENT I

)ROW/COL)HEAT¹)LEGIPROGRAMI ACTUALiREEL/PROBE) LOCATION IVOLTSIMILIDEGI % ICHI I I I I I I I I I I I

47) 70/ H iTEH-TEC(TEH-TEC/ 009/610SL/ I I INDDI I 48I 70I H ITEH-TECITEH-TECI 009I610SLI03C+ 0.00 /123.9i 7/EXP/Mli I I H ITEH-TECITEH-TECI 009 i 610SL i 02C+ 0.00 /100.9) 6/EXP/Mli 49/ 70/ H ITEH-TECITEH-TECI 009 I 610SL I 03 0+ 0.00 [116.8/ 8 I EXP I M1 I I I H ITEH TECITEH TECI 009 I 610SLI 02C+ 0.00 )120.0/ 8(EXP/Ml(

11 71I H (TEH-11C)TEH-11Ci 018 I 590SMI I I INDDI I 2I 71I 47/ 71l H

H ITEH-TECITEH-TECI 016)590SM)05H+ 27.90 ITEH-TEC(TEH-TECH 009I610SLI I 54I /180)DNG/ ll I I /NDD/

48I 71I H ITEH-TECITEH-TECJ 009(610SL)03C+ 0.00 i112.6/ 7/EXP)Mlf I I H ITEH-TECITEH-TECI 009 i 610SL j 02C+ 0.00 I 102. 4 I 6/EXP/Ml/

49/ 71/ H ITEH-TECITEH-TECI 009 I 610SL I 03C+ 0.00 I135.1I 8)EXP/Ml/

I I H ITEH-TECITEH-TECI 009 i 610SL i 02C+ 0.00 I 113. 6 I 7/EXPiM1]

1I 72I H iTEH-11CiTEH-11Ci 018 i 590SMi I I /NDDJ 2I 72I H ITEH-TECITEH-TECI 016 i 590SMi I I INDDI I 47I 72I H ITEH-TECITEH-TECI 009 I 610SL I I I INDDI I 48I 72I H ITEH-TECITEH-TECI 009i610SLi03C+ 0.00 75.5i 6 I EXP I M1 J I I H ITEH TECITEH TECI 009i610SLj02C+ 0.00 I 91.5I 6/EXP/Ml/

49( 72J H ITEH-TECITEH-TECI 009(610SLi03C+ 0.00 80.5/ 6]EXP/Mli I I H iTEH-TEC(TEH-TECH 009 i 610SL i 02C+ 0.00 99.0i 7 i EXP Ml /

li 73/ H iTEH-11CiTEH-11Ci 018 I 590SM I I I. INDDI J

2I 73I H ITEH-TECITEH-TECI 016i590SMi I I INDDI 47( 73/ H ITEH-TECITEH-TECI 009/610SL/ I I iNDDi 48I 731 H iTEH-TECiTEH-TECH 009 1610SL I I )NDD/

I

49) 73( H iTEH-TEC)TEH-TECH 009/610SL/03C+ 0.00 76.4( 5(EXP/Ml/

I I H ITEH-TECITEH-TECI 009 / 610SL i 02C+ 0.00 I 105. 8 I 7/EXP/Ml[

1) 74/ H iTEH-11CiTEH-11C( 018/590SM/ I INDDI I 2I 74I H JTEH-TEC(TEH-TECH 016 I 590SMI I iNDD/

15 I 74 I H iTEH TECITEH TEC( 010/610SL( I INDDI I 41I 74I H ITEH-TECITEH-TECI 010 I 610SL I 09H+ 40.37 0.9) (148(INR( 1 I 47/ 74) H iTEH-TEC(TEH-TEC( 010I610SLI JNDD/

I 48I 74I H ITEH-TECITEH-TECI 010 I 610SL I /NDDJ I )

49) 74/ H ITEH-TECITEH-TECI 010 i 610SLi 03C+ 0.00 I121.8I 6/EXP(M1/

I I H ITEH-TECITEH-TECI 010I610SLI02C+ 0.00 87.4I 3/EXP/Ml(

1I 75 I H (TEH-11CiTEH-llC) 018)590SM) I /NDD/

2/ 75/ H ITEH-TECITEH-TECI 016i590SMi I INDDI I 16/ 75/ H ITEH-03HITEH-03HI 014 I 600RC I I iNDD]

I I H ITEH-TECITEH-TECI 010i610SL(03H+ 0.14 0.9) 96 I DSS I Ml I 47/ 75/ H ITEH-TECITEH-TECI 010 i 610SLi I I INDDI I 48I 75I H ITEH-TECITEH-TECI 010J610SLi I I INDDI I 49/ 75J H )TEH-TECiTEH-TECH 010I610SLI05C+ 0.46 I 8.7I I 176 I DNT I M1 I I I H iTEH-TECiTEH-TECH 010I610SLI03C+ 0.00 I 122. 9 I 6)EXP/Ml/

I I H ITEH-TECITEH-TECI 010I610SLI02C+ 0.00 86.4I 5iEXPJM1/

1( 76( H iTEH-11CiTEH-03Hi 017)590SMi I INDDI I I H I TEH-11C I TEH-11C I 019I590SMI I INDD(

2I 76I H ITEH-TECITEH-TECI 016 i 590SMi I INDDI I l I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: A PAGE: OF 30 TIME'112/12/89 DATE:

10:24:21 I I I I I EXAM EXTENT I CURRENT I (ROW(COL(HEATP)LEG(PROGRAM) ACTUAL(REEL)PROBE( LOCATION IVOLTSIMILIDEGI o ICHI I I I I I I I I I I

47) 76( (TEH-TEC(TEH-TEC) 010)610SL I I I INDDI I 48( 76) ITEH-TECITEH-TECI 010(610SLI I )NDD) 49( 76( ITEH-TECITEH-TECI 010(610SL(05C+ 0.48 I 48( )177)INR)M1)

I I ITEH-TECITEH-TECI 010(610SL)03C+ 0.00 )118.1) 2)EZP)Ml)

I I (TEH-TEC(TEH-TEC( 010(610SL(02C+ 0.00 43.0) 2)EZP)Ml) 1( 77) ITEH-11C(08H-11CI 017 ( 590SM( I )NDD)

I I )TEH-11C)TEH-11C) 019(59OSM( INDD) I 2( 77) ITEH-TECITEH-TECI 016(590SMI INDDI I

47) 77) ITEH-TECITEH-TECI 010)610SL( INDDI I 48( 77 I, (TEH-TEC(TEH-TEC) 010(610SL(05C+ 0.46 6. 1( (177)DNT IM1)

49) 77) ITEH-TECITEH-TECI 010 ( 610SL ( 03C+ 0. 00 (108. 0 I 5)EZP(Ml)

I I (TEH-TEC)TEH-TEC( 010 ( 610SL( 02C+ 0. 00 79.9( 3 I EXP I Ml(

1) 78) (TEH-11C(TEH-11C) 017(590SMI I I INDDI I 2( 78( ITEH-TECITEH-TECI 016(590SMI I I INDDI I 7( 78) (TEH-TEC(TEH-TEC( 017)590SM( I I INDDI I

47) 78( ITEH-TECITEH-TEC( 010(610SL( I I INDDI I 48( 781 (TEH-TEC)TEH-TEC( 010)610SL( I I )NDD) 49( 78( )TEH-TEC)TEH-TEC) 0101610SL(10H+ 29.21 I 57) (172)DNG I 1(

I I )TEH-TEC(TEH-TEC( 010(610SL(03C+ 0.00 )124.3( 8)EZP)M1)

I I ITEH-TECITEH-TECI 010)610SL)02C+ 0.00 92.3( 5)EZP)Ml(

1) 79) I TEH-11C I TEH-11C I 017 I 590SMI )NDD(

2( 79( (TEH-TEC(TEH-TEC( 016 (590SM( INDDI I

47) 79) ITEH-TECITEH-TECI 010)610SLI I (NDD)

48) 79) (TEH-TEC(TEH-TEC( 010(610SL) I I INDDI I

49) 79( (TEH-TEC)TEH-TEC( 010(610SL(03C+ 0.00 )102.8) 5 ) EXP IM1)

I I ITEH-TECITEH-TECI 010 ) 610SL ( 02C+ 0. 00 55.0( 2(EXP IM1(

1) 80( )TEH-11C)TEH-11C) 017)590SMI )NDD) 2( 80( (TEH-TEC(TEH-TEC) 016)590SMI )NDD(

3) 80) (TEH-TEC(TEH-TEC( 010 I 610SL I INDDI 4( 80) ITEH-TECITEH-TEC( 010(610SL( INDDI

5) 80( ITEH-TECITEH-TEC( 010 I 610SLI INDDI 6( 80( ITEH-TECITEH-TECI 010(610SL( INDDI 7( 80( (TEH-TEC(TEH-TEC( 010)610SL I (NDD(

8( 80( (TEH-TEC(TEH-TEC( 010(610SLI )NDD(

9( 80( (TEH-TEC(TEH-TEC( 010)610SLI INDDI

10) 80) ITEH-TECITEH-TECI 010(610SLI (NDD(

11) 80) (TEH-TEC(TEH-TEC) 010( 610SL I INDDI

12) 80( ITEH-TECITEH-TECI 010(610SL( INDDI

13) 80( (TEH-TEC(TEH-TEC( 010(610SLI (NDD) 14 I 80( )TEH-TEC)TEH-TEC) 010)610SL( INDDI 15( 801 ITEH-TECITEH-TECI 010 I 610SL I (NDD(

16( 80) ITEH-TECITEH-TECI 010(610SLI INDDI 17 I 80( ITEH-TECITEH-TECI 010 ( 610SL( INDDI 18( 80) )TEH-TEC)TEH-TEC( 010(610SL( INDDI I 19 ( 80( (TEH-TEC(TEH-TEC) 010( 610SL I )NDD)

I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER 6 LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: PAGE: 22 OF 30 DATE: 12/12/89 TIME: 10:24:21 EXAM EXTENT I CURRENT I (ROW(COL(HEAT~)LEG(PROGRAM) ACTUAL)REEL(PROBE) LOCATION ) VOLTS ) MIL)DEG I

't ( CH (

I I I I I I I I 201 80( H ITEH-TECITEH TECI 010)610SL)03H+ 0.14 0.9) 78(DSS I Ml I

21) 80( H ITEH-TECITEH-TEC) 010 ( 610SL (

i INDDI 22( 80) H (TEH-TEC(TEH-TEC( 010)610SL) )NDD) 23( 80) H )TEH-TEC)TEH-TEC( 010)610SL) (NDD(

24) 80) H ITEH-TEC(TEH-TEC( 010(610SLI (NDD(

25) 80) H ITEH-TECITEH-TECI 010(610SL( )NDD)

26) 80( H ITEH-TECITEH-TECI 010)610SLI INDDI

27) 80( H ITEH-TECITEH-TECI 010)610SLI INDDI

28) 80) H ITEH-TECITEH-TEC) 010)610SL( INDDI 29( 80(, H ITEH-TECITEH-TECI 010)610SLI INDDI 30( 801 H (TEH-TEC(TEH-TEC( 010)610SLI (NDD) 31( 80( H ITEH-TECITEH-TECI 010)610SLI )NDD)

32) 80( H ITEH-TECITEH-TECI 010(610SLI INDDI 33( 80) H ITEH-TECITEH-TECI 010(610SLI (NDD(

34( 80( H (TEH-TEC(TEH-TEC( 010( 610SL I, )NDD) 35( 80( H (TEH-TEC(TEH-TEC( 010(610SL(03H+ 0.00 0.4) 88)DSS)M1)

36) 80) H (TEH-TEC(TEH-TEC( 010)610SL( INDDI

37) 80( H (TEH-TEC(TEH-TEC( 010(610SL( (NDD) 38( 801 H ITEH-TECITEH-TECI 010) 610SL( INDDI

39) 80) H (TEH-TEC(TEH-TEC( 010)610SLI INDDI 40( 80( H ITEH-TECITEH-TECI 010(610SLI )NDD(

41( 80) H ITEH-TECITEH-TECI 010 I 610SLI INDDI

42) 80( H ITEH-TECITEH-TECI 010(610SL I I INDDI 43( 80( H (TEH-TEC(TEH-TEC( 010(610SL) I INDDI

44) 80) H (TEH-TEC(TEH-TEC( 010(610SL( I INDDI 45( 80) H ITEH-TECITEH-TECI 010(610SL( I INDDI 46( 80( H ITEH-TECITEH-TECI 010(610SL( I )NDD)

47) 80( H )TEH-TEC(TEH-TEC) 010)610SL( I )NDD) 48( 80( H (TEH-TEC(TEH-TEC) 010(610SL( I INDDI I 49( 80( H ITEH-TECITEH-TEC( 010(610SL(03C+ 0.00 91.4) 5)EXP)Ml)

I I H ITEH-TECITEH-TECI 010(610SL)02C+ 0.00 83.5( 5)EXP(M1)

1) 81( H I TEH-11C I TEH-11C I 017(590SM( I (NDD) 2( 81) H ITEH-TECITEH-TECI 016(590SM( ) INDDI

10) 81( H ITEH-TECITEH-TECI 011(610SL) I INDDI 47 I 81( H ITEH-TECITEH-TECI 011(610SL( I I INDDI 48( 81( H )TEH-TEC)TEH-TEC( Oll(610SL( I I INDDI I 49( 81( H )TEH-TEC(TEH-TEC) 011(610SL(03C+ 0.00 )125. 3) 10 (EXP ) Ml (

I I H ITEH-TECITEH-TECI 011(610SL(02C+ 0.00 (113.0( 10(EXP I Ml I 1( 82( H (TEH-11C(TEH-11C) 017 ( 590SM( I I )NDD)

2) 82) H ITEH-TECITEH-TECI 017(590SM( I I 'NDD(

10) 82( H )TEH-TEC(TEH-TEC) 011)610SL(10C+ 3.43 I 4.6) (182(INRI 1(

47( 82( H ITEH-TECITEH-TECI 011 I 610SL I I I INDDI I

48) 82( H )TEH-TEC(TEH-TEC( 011)610SLI I I INDDI I

49) 82) ITEH-TECITEH-TECI 011 ( 610SL) 03C+ 0 00

~ (122. 9( 11(EXP)M1)

I I ITEH-TECITEH-TECI 011 ( 610SL( 02C+ 0. 00 )109.0) 10(EXP I Ml(

I I I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: A PAGE: 23 OF 30 DATE: 12/12/89 TIME: 10:24:21 EXAM EXTENT I CURRENT I IROWICOLIHEATALILEGIPROGRAMI ACTUAL(REEL(PROBE( LOCATION I VOLTS I MILIDEG I  % CH I I

ll 83I I I (TEH-11C(TEH-11C(

I I 017(590SM(

I I I I

I I INDD(

I I 2I 83I (TEH-TEC(TEH-TEC( 017(590SM( I INDD(

47( 83I ITEH-TECITEH-TECI 011(610SL( I (NDD(

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1011131 ITEH-TECITEH-TECI 013(610SL( INDDI 1111131 ITEH-TECITEH-TECI 013(610SLI INDDI 1211131 I TEH-10C I TEH-10C I 0131610SL I IOBSI I I (TEH-TECITEH-TECI 017(590SM(09C+ 5.40 72.01 1180 I DNG I 11 I I ITEH-TEC(TEH-TECI 017(590SM(09C+ 0.40 20.61 1179 I DNT I M11 111141 ITEH-11CITEH-11CI 0161590SMI I INDDI I I

I I I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER 6 LIGHT, SHEARON HARRIS, UNIT 1 PAGE: 29 OF 30 DATE: 12/12/89 TIME: 10:24:21 EXAM EXTENT I I I I CURRENT IROWICOLIHEATSILEGIPROGRAMI ACTUAL(REEL/PROBE/ 'OCATION I VOLTS IMILIDEG I  % I I

CHI I I I I I I I I I I 1I 114 I H ITEH-11CITEH-11CI 017I590SMI INDDI 21114I H ITEH-TECITEH-TECI 017 I 590SMI INDDI 3 I 114 H ITEH-TECITEH-TECI 013I610SLI I I I INDDI 4I114I H ITEH-TECITEH-TECI 013 1610SL I INDDI 5I114I H ITEH-TECITEH-TECI 013 I 610SLI INDDI 6 I 114 I H ITEH-TECITEH-TECI 013 I 610SLI INDDI I I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 PAGE: 30 OF 30 DATE: 12/12/89 TIME: 10:24:21 TUBES EVALUATED WITH PROBETYPES OSM,OBF,OSL,ORC EXTENT NUMBER TEH-TEC 956 TEH-11C 114 SUBTOTAL 1070 TUBES EVALUATED, ALL PROBES TUBES NOT EVALUATED EXTENT NUMBER REASON NUMBER TEH-TEC 956 PLG TEH-11C 114 SUBTOTAL 1070 SUBTOTAL 9 TOTAL TUBES IN EXAMINATION PROGRAM 1079 NO TREND ANALYSIS REQUESTED CONAM NUCLEAR, INC.

CONAN NUCLEAR, INC. CAROLINA POWER 5 LIGHT Shearon Harris Plant Steam Generators A, B 5. C October 1989 APPENDIX A EDDY CURRENT PROCEDURE A 1 OF 67

CONAN INSPECTION MULTIFREQUENCY EDDY CURRENT PROC DURE ISSUED 5-24-88 WESTINGHOUSE MODEL D4 'ROCEDURE NO. 42- EC-179 STEAM GENERATOR TUBING REVISED MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISION NO.

SHEARON HARRIS NUCLEAR POWER PLANT REVISION PREPARED BY QA REVIEWED BY APPROVAL COMMENTS NO. L DATE Ec DATE 4 '+~

07-@ - gg Cz~ri ~

A2OF67

CONAN lNSPECTION ISSUED PROCEDURE NO.

NDE PROCEDURE QUALIFICATION REVISED REVISION NO.

CERTIFICATE FORM PROCEDURE AND REVISION NUMBER 42-EC-179 REVISION 0 DATE OF QUALIFICATION PLACE OF QUALIFICATION I IN LNNLI N We certify that this procedur e has been sati sfactorily demonstrated and qualified in accordance with our written Procedure For gualifying Procedures, 42- P(P-001.

Demonstrated By Level Date Demonstrated CONAN INSPECTION Reviewed By qA or Level III Date Certified OTHER ORGANIZATION Witnessed By (If Required) Ti tl e Date Witnessed, We certify that revision/addendum 0 of this procedure was qualified and documented and that no changes have been made to reqlllIe requalifications. Therefore, qualification is extended to revision/addendum Zl.uC'C, 7ZZ Reviewed By gA or Level III Date A 3 OF 67

CONAN INSPECTION MULTIFRE(UENCY EDDY CURRENT PROCEDURE PRQGEDURE No.

5-24-88 WESTINGHOUSE MODEL D4 42 EC 179 STEAM GENERATOR TUBING REVlSION NO.

10-13-89 MIZ-18 DIGITAL EDDY CURRENT SYSTEM SHEARON HARRIS NUCLEAR POWER PLANT 1.0 SCOPE

1. 1 This procedure is provided to .establish parameters and insure the digital multifrequency eddy current examination is performed in accordance with the following:

1. 1. 1 USNRC Regulatory Guide 1.83, Revision 1 dated July, 1975 "Inservice Inspection of Pressurized Water Reactors Steam Generator Tubes".

1. 1.2 ASME Boiler and Pressure Vessel Code, 1983 Edition through Summer 1983 Addendum,Section XI and Section V.

1. 1.3 ASME Boiler and Pressure Vessel Code Case N-401 and N-402.

2.0 ~EUIPI4ENT 2.1 Eddy Current Instruments: Zetec MIZ-18 Digital Multi frequency Instrument.

2.2 Eddy Current Instrument Controller and Operating Display: HP 9000 Series Computer with GPIO Interface and Zetec MIZ-18 Software.

2.3 Digital Recorder: Zetec HCD-75Z Data Recorder, or equivalent.

2.4 Interface

HPIB to MIZ-18 Interface.

2.5 Printer (Optional): HP 2671G Printer.

2.6 Analysis System: Zetec DDA-4 Software with HP 9000 Series Computer.

2.7 Probes

Zetec .610SFM, .600SFM, .580 Row 1 or other probes, as required.

2.0 CALIBRATION STANDARDS ~DEFECT 2.8.1 The calibration standards shall be manufactured from a length of tubing of Inconel 600 SB-163, with an outside diameter of .750 inch nominal and an average wall thickness of .043 inch. They will include a minimum of:

2.8. 1. 1 Through wall drill hole 0.052 inches in diameter.

2.8.1.2 Flat-bottomed drill hole 5/64 inch diameter x 80% through wall from the outer tube wall surface.

2.8.1.3 Flat-bottomed drill hole 7/64 inch diameter x 60% through wall from the outer tube wall surface.

A4OF67

CONAN INSPECTION MULTIFREQUENCY EDDY CURRENT PROCEDURE IssUED PROCEDURE NO.

5 24 WESTINGHOUSE MODEL D4 42 EC 179 STEAM GENERATOR TUBING REvlsED10 REVISION NO.

13 89 MIZ-18 DIGITAL EDDY CURRENT SYSTEM SHEARON HARRIS NUCLEAR POWER PLANT 2.8.1.4 Flat-bottomed drill hole 3/16 inch diameter x 40% through wall from the outer tube wall surface.

2.8. 1.5 Four flat-bottomed holes, 3/16 inch diameter, 20% through the tube wall from the outer tube wall surface spaced 90 degrees apart around the tube circumference in a single plane.

2.8. 1.6 A 360 degree circumferential groove 1/16 inch wide and 20%

through from the inner tube wall surface 2.8. 1.7 For absolute coil calibration, additional artificial defect consisting of a 360 degree circumferential groove 1/8 inch (3.2 mm) wide and 10% through from the outer tube wall surface.

2.8.2 Calibration Standards Antivibration Bar ~A.V.B. ~Otional The A.V.B. notch tube standard shall be manufactured from the same material as described in paragraph 2.8. 1. The A.V.B. standard bar material shall be Inconel.

2.8.2. 1 The A.V.B. notch standard assembly shall be manufactured with defect depths of 10, 20, 30, 40, and 50% through wall, (See Figure 5 -'ample Drawing).

2.8.3 Tube Sheet Profile Standard (Optional)

The tube sheet profile standard shall be manufactured from the same material as described in paragraph 2.8. 1.

2.8.3. 1 The tube sheet profile standard shall be manufactured in accordance with Zetec Drawing Number Z-4154, dated 1-3-86 with an expansion of .015 inch greater than the nominal inside diameter (See Figure 6).

2.8.4 Good Tube Reference Standard.

2.8.5 Each standard shall be identified by a serial number and be traceable to the tube manufacturer's heat number. The depth of the calibration of discontinuities, at their center, shall .be accurate to within + 20% of the specified depth or + .003", whichever is smaller. All other dimensions shall be accurate to + 0.010". The actual dimensions of the calibration discontinuities and the ET system response to those applicable shall become a part of the permanent record of the standard.

A 5 OF 67

eoNAW )NSr FeT>ON NULTIFRE(UENCY EDDY CURRENT PROCEDURE ISSUEo PRQGEDURE No.

5-24-88 WESTINGHOUSE t10DEL D4 42 EC 179 STEAN GENERATOR TUBING REvlsEDIO 13 89 REVISION NO.

NIZ-18 DIGITAL EDDY CURRENT SYSTEM SHEARON HARRIS NUCLEAR POWER PLANT 3.0 PERSONNEL 3.1 Personnel performing the examination and analyzing the data shall be quali-fied to CONAN Procedure 99-CNTP-001, 99-CNTP-002, and/or 99-CNTP-003.

These procedures conform to SNT-TC-1A, 1975, 1980, and/or 1984 Editions.

3.2 Suffix "A" and "B" have been assigned to identify eddy current Level II personnel.

3.3 Level IIB is a certified Level II limited to performing the operation and data collection.

3 4 Level IIA is a certified Level II without restrictions or limitations. A Level IIA interpreting eddy current data is qualified in accordance with SNT-TC-lA, Level II or higher, specifically for the evaluation of data from nonferromagnetic tubing.

3.5 Level III is a certified examiner in the particular discipline without restrictions or limitations. In addition, Level III personnel interpreting eddy current data are qualified in accordance with SNT-TC-1A, specifically for the evaluation of data from nonferromagnetic tubing.

4.0 SURFACE PREPARATION 4.1 Inside diameter of tube must be clean with no obstructions.

5.0 BIUIPMENT SET-UP (See Figure 1) 5.1 Check all voltage selections on t1IZ-18 tester, HP 9000 Series Computer, Hp 2671G Printer (i f used), HCD-75Z Tape Recorder and HPIB to HIZ-18 Interface.

5.2 Connect HIZ-18 Tester to HPIB - l1IZ-18 Interface using multipin IE488 connector.

5.3 Connect HP computer to HIZ-18 Interface using HPIB connector.

5.4 Connect HP computer to HCD-75Z using multipin connector to GPIO board number 12.

A 5.5 Connect printer to HP computer using HPIB connector (optional).

5.6 Turn on power to all instruments and open both disk drives on HP computer.

5.7 l1onitor the self test modes on HP computer.

A 6 OF 67

CONAN INSPECTlON MULTIFRE(UENCY EDDY CURRENT PROCEDURE IssUED PROCEDURE NO.

5 24 WESTINGHOUSE MODEL D4 42 EC 179 STEAN GENERATOR TUBING REvlsED10 13 89 REVISION NO.

MIZ-18 DIGITAL EDDY CURRENT SYSTEN SHEARON HARRIS NUCLEAR POWER PLANT 5.8 Place NIZ-18 data acquisition software disk in right disk drive of HP computer and close drive door. This disk should not be write protected because set-up information is .stored on disk in addition to the operating system.

5.9 If an SM-10 fixture is used, place the SH-10 control disk in the left drive.

5.10 With Shift key depressed, press pause (reset) key.

5.11 Honitor loading of system software. System is loaded when screen fills with the graphics presentations used for data acquisition and the soft keys are canceled for the clock setting functions.

• 5.12 Place tape identification information on blank DC 600 HC Data Cartridge.

5.13 Place blank DC 600 HC Data Cartridge in the data recorder with the write protect arrow pointing away from the safe position.

5.14 The automatic loading process of the data recorder takes approximately 90 seconds. This is complete when tape stops moving.

5.15 Set month, day, year, hours, minutes and seconds with the soft keys.

5.16 When the date and time match actual date and time, press Set Clock key.

5.17 Press Test key to select test mode.

5.18 Press Summary key to display blank summary.

5.19 Press Type Data key and type in required names etc. to be recorded at beginning of tape. See Figure 2 for sample summary.

5. 19. 1 The following information will be recorded on the magnetic tape in the summary section at the beginning of each tape.

5. 19. 1. 1 Eddy current instrument model and serial number.

5. 19. 1.2 Examination frequencies of all channels.

5. 19. 1.3 Tape recorder model and serial number.

5. 19. 1.4 Computer model and serial number.

5. 19. 1.5 Operators name and certification levels A7OF67

CONAM INSPECTION MULTIFREQUENCY EDDY CURRENT PROCEDURE IssUED PRocEDURE No.

5 24 88 WESTINGHOUSE MODEL D4 42 EC 179 STEAM GENERATOR TUBING REYIsED REVISION NO.

10 13 89 MIZ-18 DIGITAL EDDY CURRENT SYSTEM SHEARON HARRIS NUCLEAR POWER PLANT

5. 19.1.6 Date of calibration.

5. 19. 1.7 Calibration standards identification.

5.19.1.8 Probe size and type.

5. 19. 1.9 Cable type and characteristics.

5.20 When form is complete press Done key. The summary form as written on the screen will be written to the data cartridge and system will return to test mode.

5.21 Normally software will be defaulted to the proper configuration to be used in the examination. If configuration is incorrect, the following steps must be taken to access the proper configuration.

Press Configure key and press Next 0 or Previous II soft key until steam generator type or plant name configuration is displayed on the screen. See

.

Figure 3. Then. press Configure key to set up tester and return to test mode. Configuration set-up for the Westinghouse Model D4 steam generator uses 4 differential and 4 absolute channels. Frequencies of these channels are as shown below:

Channel 1 550 kHz Differential'hannel 2 550 kHz Absolute Channel 3 800 kHz Differential Channel 4 800 kHz Absolute Channel 5 100 kHz Differential Channel 6 100 kHz Absolute Channel 7 10 kHz Differential Channel 8 10 kHz Absolute 5.22 Select the strip chart channels desired using the L.Strip+ or R.Strip+ soft keys.

5.23 Select the channel to be displayed using Channel+ or Channel- soft key.

6. 0 CALIBRATION 6.1 Press MIX-l8 OH soft key to turn on MIZ-18.

6.2 With a test probe in a section of calibration known to be free of defects, press CONTINUE key on keyboard to null the data being displayed.

6.3 Withdraw the test probe through calibration standard or standards at normal probe speed until artificial flaws are displayed.

6.4 Press MIZ-18 OFF soft key to turn off.

A8OF 67

CONAN INSPECTION IssUED HULTIFRE(UENCY EDDY CURRENT PROCEDURE 5 24 PRocEDURE No.

WESTINGHOUSE tlODEL D4 42 EC REVIsED STEAN GENERATOR TUBING 10 13 8g HIZ-18 DIGITAL REVISION NO.

EDDY CURRENT SYSTEM SHEARON HARRIS NUCLEAR POWER PLANT 6.5 ~S an Rotation Calibration 6.5. 1 With the channel display set on channel 1, move the cursor to the 100% through wall ASHE calibration standard hole.

6.5.2 Press Span Rot soft key to display Set Span and Set Rot soft keys.

6.5.3 Press Set Span soft key and adjust spans of channels 1 through 8 using knob until all 100% through wall hole signals are not saturated.

6.5.4 Press Set Rot soft key and rotate the signals on all channels until they are horizontal.

6.5.5 Press Set Span and adjust spans of the 100% thru wall signals on the channels as shown below:

CHANNEL SPAN Approximately Divisions Approximately Divisions Approximately Divisions Approximately Divisions Approximately Divisions Approximately Divisions 6,5.6 Press Set Rot soft key and adjust rotation of the 100% thru wall signals as shown below:

CHANNEL ROTATION 40 Degrees + 5 Degrees Down First 40 Degrees + 5 Degrees Up 40 Degrees + 5 Degrees Down First 40 Degrees + 5 Degrees Up 40 Degrees + 5 Degrees Down First 40 Degrees + 5 Degrees Up A 9 OF 67

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CONAN IHSPFCTlON a

MULTIFRE(UENCY EDDY CURRENT PROCEDURE ISSUED PRQGEDURE No.

5 24 88 WESTINGHOUSE MODEL D4 42 EC 179 STEAM GENERATOR TUBING REVISED REVISION NO.

10 13 89 MIZ-18 DIGITAL EDDY CURRENT SYSTEM SHEARON HARRIS NUCLEAR POWER PLANT 6.17 Press PAUSE button to stop tape recorder.

7.0 RECORDING OF CALIBRATION 7.1 ~pre uenc oiC'alibration Checks and Re-Calibration

7. 1. 1 Initial calibration will be made on each probe prior to use.

Additional calibration checks will be made at the beginning and end of each magnetic tape or every 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />, whichever comes first.

7. 1.2 Additional calibrations will be performed when changing test probe, extension cables, eddy current instrument, recording instrument, or any other parts of the examination system.

7. 1.3 If undesirable variations are noted during the calibration check, the probe will be re-calibrated and all tubes examined since the last calibration will be re-examined.

Undesirable variations are variations in recorded eddy current data that in the judgment of the data analyst could obscure reportable discontinuities or could cause misinterpretation of flaw depth or location.

Note: All calibration settings made in calibration section are for operator viewing only. These calibration settings do not alter the recording information and are not critical to the examination. See data evaluation Paragraph 9.2.

8.0 EXNIINATION PROCEDURE I 8.1 The scan will be performed from the inlet or outlet side while the probe is being retracted.

8.1.1 The probe speed during the scan shall not exceed 0.035" of tube per eddy current sample. To determine the samples per second for data collection, divide the pull speed in inches by .030". For example, a pull speed of 24"/second divided by 0.030" would equal a sample rate of 800.

gamp]es/second 0.030" If a pull speed of 12"/second is utilized, use 400 SPS. If a pull speed of 24"/second is utilized, use 800 SPS.

A 11 OF 67

CONAM tNSPECTlON MULTIFREgUENCY EDDY CURRENT PROCEDURE PRQGEDURE No.

IssUED 5 24 WESTINGHOUSE MODEL D4 42 EC I 79 STEAM GENERATOR TUBING REVISION NO.

10 13 89 MIZ-18 DIGITAL EDDY CURRENT SYSTEM SHEARON HARRIS NUCLEAR POWER PLANT 8.2 At the beginning of each examination the following information will be recorded:

8.2.1 Name of owners.

8.2.2 Plant site.

8.2.3 Heat exchanger identification.

8.2.4 Examination end (inlet or outlet).

8.2.5 Date of examination.

8.2.6 Tape cassette number.

8.3 In addition to 8.2 above, after each calibration, the following information shall be recorded.

8.3. I Calibration standard identification.

8.3.2 Operator's name, certification and company affiliation.

8.3.3 Cable type and characteristics.

8.3.4 Lengths of probe and extension cabl.es (probe length includes poly/nylon length).

8.3.5 Size and type of test probe including manufacturer's name and part number.

8.3.6 Test frequencies (kHz).

8.4 Before the scan is made on each tube, the tube number will be entered on display.

8.5 A r emote Fixture will be used to position the probe guide tube for tubing examination.

8.5. I When the SM-IO fixture is used, positive visual tube identification will be made by the lead operator, shift supervisor or job super-visor. Verification will be made on the peripheral tube in each line. The use of known landmarks such as stay areas, plugged tubes and tube sheet maps may be used to aid in the verification. The person making the verification will initial the operator's data sheet and include the letters 'VER'n the index column.

A 12OF67

CONAN INSPECT) ON NULTIFRE(UENCY EDDY CURRENT PROCEDURE IssUED PRocEDURE No.

5 24 88 WESTINGHOUSE MODEL D4 42 EC 179 STEAN GENERATOR TUBING REvIsED REVISION NO.

iQ 13 89 HIZ-18 DIGITAL EDDY CURRENT SYSTEM SHEARON HARRIS NUCLEAR POWER PLANT 8.5.2 If the tube identity verification reveals that an error has occurred in the recording of probe location, all tubes examined since the previous verification of location shall be re-examined. The customer's tube numbering system shall be used.

8.6 When an error in tube identification has occurred the operator must bring up the message section and type in details of incorrect tube numbers and corrections made. In addition any comments normally made on strip charts or verbally on analog tape recorder should be typed in the message section.

8.? During the scan operator will monitor the eddy current signals and the strip charts to determine equipment is working properly.

8.8 Insert probe in first tube to be examined.

8.9 Null signals with CONTINUE key.

8. 10 Identify tube with soft keys with NIZ-18 on.

"o 8. 10. 1 The following codes will be used:

ID = Steam Generator number and end examination is performed from.

IE; Steam Generator A = 1, B = 2, etc., 1 = Outlet and 0 = Inlet.

Row + Col = Row + Col except for calibration standard.

8. 11 Press RUN key to initiate data recording and after strip charts start moving on screen, withdraw probe while recording and press PAUSE key to stop recording once probe has exited tube.

8. 12 Check probe speed by horizontal lines between strip chart display. These lines are 1 second apart and must not exceed 14 inches of tube.

8. 13 In event of a computer lock-up, repeat paragraphs 5.7 through 5. 11 and 5. 14 through 5. 16 and the following steps:

8. 13. 1 Press Disk Indx in the shifted mode. (This will return the summary and tube list to the computer memory),

8. 13.2 Press Test soft key and return to test mode.

8. 13.3 Press Test soft key in the shifted mode, press Tape Rcdr soft key, press Summary soft key and press Tlist soft key.

8. 13.4 Using the rotating knob, position the last recorded entry next to e arrow and press the Find Tube soft key.

10 A 18 OF6T

CONAN INSPECTION MULTIFREgUENCY EDDY CURRENT PROCEDURE PRQGEDURE No.

5-24-88 WESTINGHOUSE MODEL D4 42 EC 179 STEAM GENERATOR TUBING REvlsED REVISION NO.

10 13 89 MIX-18 DIGITAL EDDY CURRENT SYSTEM SHEARON HARRIS NUCLEAR POWER PLANT

8. 13.5 After reloading and displaying the last tube examined before the

.lock-up, press the review soft key in the shifted mode and return to the test mode.

8. 13.6 Resume the examination.

8. 14 Operator must monitor strip charts and display signal to insure data is acceptable for analysis.

8.15 Tape time remaining is shown on display. When time remaining is approximately 300 seconds or tape is finished, run calibration standard and remove tape by following procedure.

8. 15. 1 To remove tape first press MIZ-18 Off then press Tape RCDR then press End Tape in shifted mode. Tape will go to end to be removed.

8. 15.2 When tape is removed turn arrow to safe on tape and return to box.

8. 16 Press the Clr indx soFt key to erase the tube list from the back-up disk.

9.0 DATA EVALUATION 9.1 Data evaluation will be made from the recorded digital tapes using the HP computer and the DDA-4 software.

9.2 If during the data evaluation undesirable variations are noted during the calibrations, all tubes examined since the last calibration will be re-examined.

Undesirable variations are variations in recorded eddy current data that in the judgment of the data analyst could obscure reportable discontinuities or could cause misinterpretation of flaw depth or location.

The data analyst will check every calibration to verify the response from the through-wall hole lies at a phase of 40 degrees + 5 degrees clockwise from the horizontal with initial trace movement down and to the right.

If variations greater than + 5 degrees are noted during the calibration check, the probe will be re-calibrated and all tubes examined since the last calibration will be re-examined.

A 14OF 67

CONAN INSPECTION HULTIFREgUENCY EDDY CURRENT PROCEDURE 5-24-88 PRQGEDURE No.

WESTINGHOUSE HODEL D4 42- EC-179 REVIsED STEAH GENERATOR TUBING REVISION NO.

10 13 89 HIZ-18 DIGITAL EDDY CURRENT SYSTEH SHEARON HARRIS NUCLEAR POWER PLANT 9.3 All indications of tube wall penetration shall be evaluated and the depth of penetration and axial location along the length of the tube shall be determined. Discontinuities less than 20% through wall will be recorded as less than 20%. All other discontinuities will be recorded to actual discontinuity depths. Indications of tube dents detected during the eddy current examination shall be reported.

9.4 Axial location will be coded as shown in Figure 7.

9.5 Data evaluated will be coded as shown in Figure 8.

10.0 RECORD OF TEST RESULTS

10. 1 Permanent records will be digital magnetic tape and tabulated results as listed below or recorded on digital magnetic tape:

10.1. 1 Contract reference or purchase order number.

10. 1.2 Personnel operating equipment.

10. 1.3 Personnel certification records.

10. 1.4 Instruments used.

10. 1.5 Calibration record.

10. 1.6 Instrument setting.

10. 1.7 Interpretation results and interpreter.

10.1.8 Specification and procedure used.

10. 1.9 Date of examination.

12 A 15OF67

CONAN INSPECTION MULTIFREQUENCY EDDY CURRENT PROCEDURE 5-24-88 WESTINGHOUSE MODEL 04 PROCEDURE NO.

REVISED STEAM GENERATOR TUBING yP I3 89 MIZ-IS DIGITAL EDDY CURRENT SYSTEM REVISION NO.

SHEARON HARRIS NUCLEAR POWER PLANT MIZ-18 INTERCONNECTION SCHEMATIC Dashed lIne cables and equipment are optional.

I MIZ-18 Probe HP2671G Adaptor 1 ."(Front) l Probe Reference Probe In Good Tubo Standard HP9836 (Front)

HPIB To MIZ-18 Romoto MIZ-1 8 (Front) (Top) 0 HCD-75Z (Front) hIIZ-18 Remoto Cablo HPIB Cablo HP2671G (Rear)

J HP9836 (Rear) hl I Z-18 R em o t o (Bottom)

HPIB To MIZ- 1 8 HCD-75Z (Rear)

(Rear)

GPIO Cablo FIGURE 1 A 16 OF 67

CONAN INSPECTION tiULTIFRE(UENCY EDDY CURRENT PROCEDURE ISSUED PROCEDURE NO.

5 p4 WESTINGHOUSE tiODEL D4 4~

STEAtl GENERATOR TUBING REVISED REVISION NO.

IP I3. 89 MIZ-18 DIGITAL EDDY CURRENT SYSTEM SHEARON HARRIS NUCLEAR POWER PLANT PO INEL ONER CHAN 1 2 3 4 5 6 7 8 PLANT SAH PABLO FRY 558 558 888 888 188 108 18 18 UHIT 1 BATE ~MB SPAN 490 674 247 32 342 182 133 823 SrG 3 LEO HOT ROT 2?8 1 129 8 147 8 103 153 REEL HO 3 COIL 1 5 1 5 1 5 1 5 OPERATOR N. NRPHY OPERATOR CHAH 9 18 11 12 13 14 15 16 LEVELCS> I IB FREQ ASPK STD Z-111 SPAH SIZE 8.7580.D.X8.849 ROT PSTERI AL INCONEL COIL PROBE 618SFRN EXTEHSIOH 83 FT i"IIZ-IB ACGUISITION . EDITIOH 18.6 REV5.8 NIZ-18 Si'N 812 CONP-SJN 6?86 HPIB WN 896 TAPE REC ADIC 5?5 OR ZETEC HCD 75Z SrH 16578 AQK STD 5/H 223897 PROF IL(RETRY STD 4-PIH

~ REF STD 3181 COAX CABLE TYPE BELOEH RG-174 58 OfIt OR EQUIVALENT (BOmN COIL>

I~IN COAX CABLE T CPE BELOEH 8788 32 OIIN OR EQUIVALENT (PROF OX1 l%P>

PROBE LENGTH IN FEET 83 FEET EXTENSION CABLE IH FEET 488 FEET FIGURE 2 A 1?OF 67

CONAN INSPECTION NULTIFREgUENCY EDDY CURRENT PROCEDURE ISSUED PROCEDURE NO.

5 24 BB WESTINGHOUSE MODEL D4 42 STEAt1 GENERATOR TUBING REVISED REVISION NO.

yP I3 8g HIZ-18 DIGITAL EDDY CURRENT SYSTEt1 SHEARON HARRIS NUCLEAR POWER PLANT NI2-1BA CONFIGURATION HLNGER= 8 NQK BOBBIN

=

SSNP1ES per SEC= 48B COIL COIL COIL COIL COIL COIL COIL COIL I 2 3 4 5 6 7 8 188 kHz 18 I:Hz FIGURE 3 A 1SOF67

CONAN INSPECTION t1ULTIFRE(UENCY EDDY CURRENT PROCEDURE ISSUED PROCEDURE NO.

5 24 WESTINGHOUSE MODEL 04 42- EC-179 STEAM GENERATOR TUBING REVISED REVISION NO.

1P 13 B9 HIZ-18 DIGITAL EDDY CURRENT SYSTEM SHEARON HARRIS NUCLEAR POWER PLANT FRIDAY t1AY 11,1984 12:09:53 PM SAMPLE MESSAGES START OF TAPE CALIBRATION STANDARD. OPERATOR R. MURPHY.

CHANGED PROBE- STANDARD RUN.

STANDARD RUN- FOUR HOUR CALIBRATION CHECK.

SORRY'UYS- HAVE BEEt< CALLING IN WROtlG TUBE ~'S. LAST FIVE TUBES HAVE BEEN IN ROW 5, NOT RQt< 4.

R9C114 OBS C~ ITS. PARTIAL'EST Ot'lLY.

SHIFT CHANGE STANDARD RUN. OPERATOR F. SMITH.

BUMMER f MY FIXTURE FELL OVER. DOWt< FOR TWO HOURS- STAI'IDARD RUN TO CHECK CALIBRATIOt'l.

FIGURC 4 A 19 OF67

COHAM tHSPEGTIOH I

, SAMPLE DRA WING

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CONAN INSPECTION HULTIFREgUENCY EDDY CURRENT PROCEDURE ISSUED PROCEDURE NO.

5 p4 88 WESTINGHOUSE NODEL D4 4~ E(

STEAN GENERATOR TUBING REVISED IO ]3 Qg HIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISION NO.

SHEARON HARRIS NUCLEAR POWER PLANT MODEL D4 TUBE SUPPORT DIAGRAM AV V3 V1 Anti-vibration bars 11H 43.0 43.0'1C Tube support number 43.0'3.0'0C 9H 9C 43.0'3.0'H 8C 7H 7C.

, 6C

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Feedwater Inlet 3H 3C 2C 8.4'SH 12.0' 8 40 TSC Tube Sheet 1.2 TEH TEC Inl et Hanway FIGURE 7 A 22 OF 67

CORAM INSPECTION HULTIFRE(UENCY EDDY CURRENT PROCEDURE ISSUED 5-24-88 PROCEDURE NO.

WESTINGHOUSE HODEL D4 42 EC 179 STEAH GENERATOR TUBING REVISED REVISION NO.

IO I3 89 HIZ-18 DIGITAL EDDY CURRENT SYSTEH SHEARON HARRIS NUCLEAR POWER PLANT C ON A At INS PE C TION DDA-4 ANALYSIS CODES TO BE PUT IN PERCENT COLUM(

Absolute Drift................................ADR Ho Detectable Discontinuity.... ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ t(00 Retest ADRoo .. . ... .. . . ..........RAO tlo Support Expansion........... et ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ NSE B ad Ret Oatao ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

e'test

~ ~~ ~ ~ ~ ~ ~~ ~ ~ oo ~ ~ oBOA Retest NSE................... ~ ~~~~~ ~ o~o~~~ ~ oRSE BDAe ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ o ~ ~ ~ ~ ~ ~ ~ ~ RBO tlo Tube Sheet Expansion........ oo ~~~~~ ~~ ~~~~ ~~ t(TE B U 1 ge ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~~ o~ ~~ ~ ~o ~ ~ BLG Retest HTE to ~ ~ ~ ~ ~ ~ ~ .. ~ ...RTE Retest BLG......... ...RBL Partial Tube Sheet Expansion... o~~~~~~ t ~ ~ o ~ ~ ~ oPTE Copper Deposit..... .. . .. .... .........CUO Retes't PTE ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ o ~ RPE Retest ORTH' CUDoo . . . ..... ....RCO nt,w Permeability Variation......... ~~ ~ ~~~ ~ ~ ~~ ~~~ ~ ~ PVH 0 entoo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ e ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ oOI(T Retest PVHo ~ ~ ~~ ~~~ ~ ~ ~ ~ ~~~ ~ ~ ~ ~ ~ ~~ ~ ~ ~ ~ ~ ~ ~ ~~~ oRPV Re'teSt Dt(T ~ o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ RDN PlUggQdo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ PLG Dent With Possible Indication.................DHI Possible Loose Part............ ~~~ ~ ~ ePLP Retest OHI........

0'ng ~ ~ ~ ~ ~ ~ ~ ~ ~

. . ... ............RHI Retest PLP...... ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ RLP

~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ Di(G Preventative Tube Plug. ~ ~ ~ ~ ~ ~ e ~ o ~ ~ ~ ~ oPTP Retest Ot(G.................. .....ROG Obstructed. ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ..OBS Distorted Roll Transition.... ' ......ORT Retest 08S ~ ~ ~ ~ ~ ~ o ~ o ~ ~ ~ ~ .ROB Re'tes't o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ....RRT Overexpansion.................. ~ ~ ~ ~ ~ ~ OXP Distorted Roll Transition W/Poss Indication...ORI Retest. OXP........ ~ ~ ~ ~ ~ oRXP Re'test ORI ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ....RRI Skipped Roll................... ~ ~ ~~ ~ ~ SKR Distorted Support Signal......................DSS Retest SKRt ~ ~ ~ ~ ~ ~ ~ tt ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ RSR Retest OSS........................ ~ .........RDS S leeved........................ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ SLV Distorted Support Signal W/Indication....... .OSI ~ Retest SLV . . ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ oRSV Retest OSI ..RSI S 1Udge ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ SLG Distorted Top of Tubesheet......... ~ ..........DTS ReteS't SLGe ~ ~ ~ ~~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~~~ RSG Retest DTS .. . ... .........ROT Squirrel....................... ~ o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ SQR Distorted Tubesheet W/Indication..............OTI Retest SQR. .RSQ Retest OTI ..... . . . . .RTI Template Obstruction........... ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ TYi0 Expanslono ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ EXP Rot CS t TtliOo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ o~ ~ ~ oRTO Retest EXP' ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ REX Template P lug.................. ~ ~ ~ ~ ~ ~ ~ ~ TYiP Expansion With Possible Indication............EPI Re'test TYPo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ oRTP Retest EPI................. ... .. .REI Top Itain Roll............. ~ ~ ~ ~ ~ o ~ ~ ~ ~ ~ oTt(R Expansion Transition Location.................ETL Re'test TOoo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ oRTM R etest ETL................................ .REL ~ TUbe Ho Tcste ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

THT...................

~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ Tt(T F 'IX'tUreo ~ ~ ~ ~ ~ ~~ ~ ~ ~ ~ ~ .... .......FIX Retest Tube Number Check..............

~ ~ e ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ oRHT Retest FIX. ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ oRFX ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ THC I D Chattel ~ o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ o ~ ~ o ~ ~ ~ ~ ~ ~ ~ ~ IOC Re'tes't TNCo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ RHC Re'teSt, IOCo ~ ~ ~ e ~ ~ ~ ~ ~ o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~~ ~ ~ ~ ~ ~ ~ ~ ~ RDC Tube Restricted................ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ oTRS Indication Hot Found.......................... It(F Retest TRS ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ RTR Retest It(F..................................RNF Indication Hot Incomplete Retest Test...............

Reportable.....................

It(C....... ............. . . ......RIC ItlR IHC 6-06 Figure 8 A 23 OF 67

CONAN lNSPECTION MOTORIZED ROTATING PROBE PROCEDURE ISSUED 5-24-88 FOR WESTINGHOUSE MODEL D4 PROCEDURE NO. 42-EC-180 STEAM GENERATOR TUBING REVISED MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISION NO.

SHEARON HARRIS NUCLEAR POWER PLANT REVISION PREPARED BY gA REVIEWED BY APPROVAL COMMENTS NO. & DATE & DATE 7-6 .Q A24OF 67

CONAN INSPECTION MOTORIZED ROTATING PROBE PROCEDURE IssUED 5-24-88 FOR WESTINGHOUSE MODEL D4 PROCEDURE NO. 42- EC-180 STEAM GENERATOR TUBING REVISED MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISION NO.

0 SHEARON HARRIS NUCLEAR POWER PLANT 1.0 SCOPE

1. 1 This procedure is provided to establish parameters and insure the digital multifrequency eddy current motorized rotating probe examination (MRP) of Westinghouse Model D4 steam generator tubes are performed in a proper repeatable manner.

2. 0 ~EUI PMENT

2. 1 The calibration of the eddy current equipment is controlled by approved documented procedures conforming to manufacturers specifications which meet or exceed ASME Boiler and Pressure Vessel Code, 1983 Edition through Summer 1983 Addendum,Section XI and Section V.

2.2 Calibration is performed using standards whose accuracies are traceable to the National Bureau of Standards.

2.3 Eddy Current Instruments: Zetec MIZ-18 Digital Multifrequency Instrument.

2.4 Eddy Current Instrument Controller and Operating Display: HP 9000 Series Computer with GPIO Interface and Zetec MIZ-18 Software.

2.5 Digital Recorder: Zetec HCD-75Z Data Recorder, or equivalent.

2.6 Interface

HPIB to MIZ-18 Interface.

2.7 Printer (Optional): HP 2671G Printer.

2.8 Analysis System: Zetec DDA-4 Software with HP Computer.

2.9 Probes

MRP Probes, as required.

2. 10 CALIBRATION STANDARDS DEFECT

2. 10. 1 The calibration standards shall, be manufactured from a length of tubing of Inconel 600 SB-163, with an outside diameter of .750 inch nominal and an average wall thickness of..043 inch. They will include a minimum of;

2. 10.1.1 Through wall drill hole 0.052 inches (1.3 mm) in diameter.

2. 10. 1,2 Flat-bottomed drill hole 5/64 inch (2.0 mm) diameter x 80%

through wall from the outer tube wall surface.

A 25 OF 67

CONAN 1NSPECTION MOTORIZED ROTATING PROBE PROCEDURE e IssuED REVISED 5-24-88 FOR WESTINGHOUSE MODEL D4 STEAM GENERATOR TUBING MIZ-18 DIGITAL EDDY CURRENT SYSTEM PRocEDURE No.

REVISION NO.

42-EC-180 0

SHEARON HARRIS NUCLEAR POWER PLANT

2. 10. 1.3 Flat-bottomed drill hole 7/64 inch (2.8 mm) diameter x 60%

through wall from the outer tube wall surface.

2.10.1.4 Flat-bottomed drill hole 3/16 inch (4.8 mm) diameter x 40%

through wall from the outer tube wall surface.

2.10.1.5 Four flat-bottomed holes, 3/16 inch (4.8 mm) diameter, 20%

through the tube wall from the outer tube wall surface spaced 90 degrees apart around the tube circumference in a single plane.

2.10.1.6 A 360 degree circumferential groove 1/16 inch (1.6 mm) wide and 20% through from the inner tube wall surface.

2. 10. 1.7 A 360 degree circumferential groove 1/8 inch (3.2 mm) wide and 10% through from the outer tube wall surface.

3.0 PERSONNEL

3. 1 Personnel performing the examination and analyzing the data shall be quali-fied to CONAM Procedure 99-CNTP-001 or 99-CNTP-002, and/or 99-CNTP-003.

These procedures conform to SNT-TC-IA, 1975, 1980, and/or 1984 editions.

3.2 Suffix "A" and "B" have been assigned to identify eddy current Level II personnel.

3.3 Level IIB is a certified Level II limited to performing the operation and data collection.

3.4 Level IIA is a certified Level II without restrictions or limitations.

Level IIA has undergone and completed additional practical training in magnetic tape defect analysis and is a fully qualified data analyst.

3.5 Level III is a certified examiner in the particular discipline without restrictions or limitations.

4.0 SURFACE PREPARATION

4. 1 Inside diameter of tube must be clean with no obstructions.

5. JEEII IN 5t - (R Fig

5. 1 Check all voltage selections on MIZ-18 tester, HP Computer, HP 2671G Printer (if used), HCD-75Z Tape Recorder and HPIB to MIZ-18 Interface.

A 26 OF 67

CONAM INSPECTION MOTORIZED ROTATING PROBE PROCEDURE IssuEo 5-24-88 FOR WESTINGHOUSE MODEL D4 PRQGEDURE No. 42- EC-180 STEAM GENERATOR TUBING REVISED MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISION NO. 0 SHEARON HARRIS NUCLEAR POWER PLANT 5.2 Connect MIZ-18 Tester to HPIB - MIZ-18 Interface using multi pin IE488 connector.

5.3 Connect HP computer to MIZ-18 Interface using HPIB connector.

5.4 Connect HP computer to HCD-75Z using multipin connector to GPIO board 812..

5' Connect printer to HP computer using HPIB connector (optional).

5.6 Turn on power to all instruments and open both disk drives on HP computer.

5.7 Monitor the self test modes on HP computer.

5.8 Place MIZ-18 data acquisition software disk in right disk drive of HP computer and close drive door. This disk should not be write protected because set-up information is stored on disk in addition to the operating system.

5.9 If an SM-10 fixture is used, place the SM- 10 control disk in the leFt

,

drive.

5. 10 With Shift key depressed,. press pause (reset) key.

5. 11 Monitor loading of system software. System is loaded when screen fills with the graphics presentations used for data acquisition and the soft keys are canceled for the clock setting functions.

5. 12 Place tape identification information on blank DC 600 HC Data Cartridge.

5. 13 Place blank DC 600 HC Data Cartridge in the data recorder with the write protect arrow pointing away from the safe position.

5. 14 The automatic loading process of the data recorder takes approximately 90 seconds. This is complete when tape stops moving.

5. 15 Set month, day, year, hours, minutes and seconds with the soft keys.

5. 16 When the date and time match actual date and time, press Set Clock key.

5. 17 Press Test key to select test mode.

5. 18 Press Summary key to display blank summary.

A27 OF 67

CONAN INSPECTION HOTORIZED ROTATING PROBE PROCEDURE IssUED 5 24 88 FOR WESTINGHOUSE HODEL D4 PROCEDURE NO. 42- EC-180 STEAH GENERATOR TUBING REVISED HIZ-18 DIGITAL EDDY CURRENT SYSTEH REVISION NO.

0 SHEARON HARRIS NUCLEAR POWER PLANT

5. 19 Press Type Data key and type in required names etc. to be recorded at beginning of tape. See Figure 2 for sample summary.

5. 19. 1 The following information will be recorded on the magnetic tape in the summary section at the beginning of each tape.

5. 19. 1. 1 Eddy current instrument model and serial number.

5. 19. 1.2 Examination frequencies of all channels.

5. 19. 1.3 Tape recorder model and serial number.

5. 19. 1.4 Computer model and serial number.

5. 19. 1.5 Operators name and certification level.

5. 19. 1.6 Date of calibration.

5. 19. 1.7 Calibration standards identification.

5. 19. 1.8 Probe size and type.

5. 19.1.9 Cable type and characteristics.

5.20 When form is complete press Done key. The summary form as written on , the screen will be written to the data cartridge and system will return to test mode.

5.21 Normally software will be defaulted to the proper configuration to be used in the examination. If configuration is incorrect, the following steps must be taken to access the proper configuration.

Press Configure key and press Next ¹ or Previous ¹ soft key until steam generator type or plant name configuration is displayed on the screen. See Figure 3. Then press Configure key to set up tester and return to test mode. Configuration set-up for the HRP examination is four frequencies on the coil. These frequencies are 600 kHz, 400 kHz, 200 kHz, and 100 kHz.

5.22 Select the strip chart channels desired using the L.Strip+ or R.Strip+ soft keys, 5.23 Select the channel to be displayed using Channel+ or Channel- soft key.

A 28 OF 67

CONAM INSPECTION MOTORIZED ROTATING PROBE PROCEDURE IssUED 5-24-88 FOR WESTINGHOUSE MODEL D4 PRQGEDURE No. 42- EC-180 STEAM GENERATOR TUBING REVISED MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISION NO. 0 SHEARON HARRIS NUCLEAR POWER PLANT

6. 0 CALIBRATION I

6.1 Press MIZ-18 ON soft key to turn on MIZ-18.

6.2 With a test probe in a section of the calibration standard known to be free of defects, press CONTINUE key on keyboard to null the data being displayed.

6.3 With rotation speed at maximum, withdraw the test probe through calibration standard or standards, with the probe speed not exceeding 12 inches per minute, until artificial flaws are displayed.

6.4 Press MIZ-18 OFF soft key to turn off.

6.5 S an Rotation Calibration (Channel 1) 6.5. 1 Locate the 100% thru wall hole signal on channel l.

6.5.2 Press Span Rot soft key to display Set Span and Set Rot soft keys.

6.5.3 Press Set Span soft key and adjust span of the 100% thru wall signal using knob until the 100% through wall hole signal is not saturated.

6.5.4 Press Set Rot soft key and rotate the signal until it is horizontal.

6.5.5 Press Set Span and adjust span of the 100% thru wall signal to approximately 3 divisions.

6.5.6 Press Set Rot soft key and adjust rotation of the probe motion horizontal and the 100% thru wall hole signal goes up first.

6.6 S an Rotation Calibration (Channel 2) 6.6. 1 Locate the 100% thru wall hole signal on channel 2.

6.6.2 Press Span Rot soft key to display Set Span and Set Rot soft keys.

6.6.3 Press Set Span soft key and adjust span of the 100% thru wall signal using knob until the 100% through wall hole signal is not saturated.

6.6.4 Press Set Rot soft key and rotate the signal until it is horizontal.

6.6.5 Press Set Span and adjust span of the 100% thru wall signal to approximately 3 divisions.

A 29 OF 67

CONAN lNSPECTION MOTORIZED, ROTATING PROBE PROCEDURE IssUED 5 24 88 FOR WESTINGHOUSE MODEL D4 PRQGEDURE No. 42- EC-180 STEAM GENERATOR TUBING REVISED MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISION NO. 0 SHEARON HARRIS NUCLEAR POWER PLANT 6.6.6 Press Set Rot soft key and adjust rotation of the probe motion horizontal and the 100% thru wall hole signal goes up first.

6.7 S an Rotation Calibration (Channel 3) 6.7. 1 Locate the 100% thr u wall hole signal on channel 3.

6.7.2 Press Span Rot soft key to display Set Span and Set Rot soft keys.

6.7.3 Press Set Span soft key and adjust span of the 100% thru wall signal using knob until the 100% through wall hole signal is not saturated.

6.7.4 Press Set Rot soft key and rotate the signal until it is horizontal.

6.7.5 Press Set Span and adjust span of the 100% thru wall signal to approximately 3 divisions.

6.7.6 Press Set Rot soft key and adjust rotation of the probe motion horizontal and the 100% thru wall hole signal goes up first.

6.8 S an Rotation Calibration (Channel 4) 6.8. 1 Locate the 100% thru wall hole signal on channel 4.

6.8.2 Press Span Rot soft key to display Set Span and Set Rot soft keys.

6.8.3 Press Set Span soft key and adjust span of the 100% thru wall signal using knob until the 100% through wall hole signal is not saturated.

6.8.4 Press Set Rot soft key and rotate the signal until it is horizontal.

6.8.5 Press Set Span and adjust span of the 100% thru wall signal to approximately 3 divisions.

6.8.6 Press Set Rot soft key and adjust rotation of the probe motion horizontal and the 100% thru wall hole signal goes up first.

6.9 S an Rotation Calibration (Channel 5) 6.9. 1 Locate the locator signal on Channel 5.

6.9.2 Press Span Rot soft key to display Set Span and Set Rot soft keys.

6.9.3 Press Set Span soft key and adjust span of" locator signal using knob until signal is not saturated.

A30 OF 67

CON AM t NSP ECT lON MOTORIZED ROTATING PROBE PROCEDURE IssUED 5-24 88 FOR WESTINGHOUSE MODEL D4 PRQGEDURE No. 42- EC-180 STEAM GENERATOR TUBING REVISION NO.

REVISED MIZ-18 DIGITAL EDDY CURRENT SYSTEM 0 SHEARON HARRIS NUCLEAR POWER PLANT 6.9.4 Press Set Rot soft key and rotate signal until it is vertical.

6.9.5 After spans and rotations are set, press To Disk soft key.

6. 10 Press Test to return to test mode.

6. 11 Press Summary to select the summary mode and display summary form on screen.

6. 12 Press Update to update summary form with frequency, span, rotation and coil information which completes form.

6. 13 Press Type Data then Done to rewrite updated summary to the tape.

6. 14 Press Message to get blank message form on screen.

6. 15 Press Type Data to enter message. See Figure 4 for sample message.

6. 16 Press Done to write message to tape.

6. 17 Press HIZ-18 ON to turn tester on.

6. 18 Using keys select identification for steam generator number and 999-999 for calibration standard.

6. 19 With probe in defect free portion of calibration standard press CONTINUE key to null the displayed data.

6.20 Press the RUN key and wait for the strip charts to start moving with rotation speed at maximum, then withdraw the probe thru the c'alibr ation standard to record artificial flaws.

6.21 Press PAUSE button to stop tape recorder.

7.0 RECORDING OF CALIBRATION

7. 1 Fre uenc of Calibration Checks and Re-Calibration

7. 1. 1 Initial calibration will be made on each probe prior to use.

Additional calibration checks will be made at the beginning and end of each magnetic tape or every 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />, whichever comes first.

7. 1.2 Additional calibrations will be performed when changing test probe, extension cables, eddy current instrument, recording instrument, or any other parts of the examination system.

A 31 OF 67

CONAlVI INSPECTION MOTORIZED ROTATING PROBE PROCEDURE IssUED 5-24-88 FOR WESTINGHOUSE MODEL D4 PRocEDURE No. 42- EC-180 STEAM GENERATOR TUBING REVISED MIZ-18 DIGITAL EDDY CURRENT SYSTEM. REVISION NO. p SHEARON HARRIS NUCLEAR POWER PLANT

7. 1.3 To aid in determining undesirable variations in the quality of'he data, the operator may change the span setting of any or all frequencies (see Note at end of 7. 1.4).

7.1.4 If undesirable variations are noted during the calibration check, the probe will be re-calibrated and all tubes examined since the last calibration will be re-examined.

Undesirable variations are variations in recorded eddy current data that in the judgment of the data analyst could obscure reportable discontinuities or could cause misinterpretation of flaw depth or location.

Note: All calibration settings made in calibration section are for operator viewing only. These calibration settings do not alter the recording information and are not criti'cal to the examination. See data evaluation Paragraph 9.2.

8. 0 EXAMINATION PROCEDURE

8. 1 After the probe is calibrated it will be attached to the probe pusher. The scan will be performed during probe retraction at a speed not to exceed 12 inches per minute.

8.2 At the beginning of each examination tape the following information will be recorded:

8.2. 1 Name of owners.

8.2.2 Plant site.

8.2.3 Heat exchanger identification.

8.2.4 Examination end (inlet or outlet).

8.2.5 Date of examination.

8.2.6 Tape cassette number.

f 8.3 In addition to 8.2 above, after each calibration, the following information shall be recorded.

8.3. 1 Calibration standard identification.

A 32 OF 67

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CONAM INSPECTION MOTORIZED ROTATING PROBE PROCEDURE ISSUED 5-24-88 FOR WESTINGHOUSE MODEL D4 PROCEDURE NO. 42- EC-180 STEAM GENERATOR TUBING REVISED NIZ-18 DIGITAL EDDY CURRENT'YSTEM, REVISION NO. 0 SHEARON HARRIS NUCLEAR POWER PLANT 8.9 Identify tube with soft keys with HIZ-18 on.

8.9. 1 The following codes will be used:

ID = Steam Generator number and end examination is performed from.

IE; Steam Generator A = 1, B 2, etc., 1 - Outlet and 0 = Inlet'.

Row + Col = Row + Col except for calibration standard.

8. 10 Press RUN key to initiate data recording and after the strip charts start moving on screen withdraw probe with rotation speed of 6 revolutions per second while recording and press PAUSE key to stop recording once probe has exited tube. Turn off rotation as soon as possible.

8.11 Probe retraction speed will be verified prior to examination.

8. 12 In event of a computer lock-up, reset power and repeat paragraphs 5.7 through 5. 11 and 5. 15 through 5. 17 and the following steps:

8. 12. 1 Go into the fixture mode and re-load the inspection plan.

8. 12.2 Restore the fixture variables.

8.12.3 Verify the fixture's position and calibration.

8.12.4 Press the Test soft key to return to the test mode.

8. 12.5 Press the Tape Rcdr soft key then the DBKP > INDX soft key in the shifted mode. (This will return the summary and the tube list to the RAN memory of the computer).

8. 12.6 Press Test soft key and return to test mode.

8. 12.7 Press Test soft key in the shifted mode, press Tape Rcdr soft key, press Summary soft key and press Tlist soft key.

8. 12.8 Using the rotating knob, position the last recorded entry next to arrow and press the Find Tube soft key.

8. 12.9 After reloading and displaying the last tube examined before the lock-up, press the review soft key in the shifted mode and return to the test mode.

8. 12. 10 Resume the examination.

10 A 34 OF 67

CONAN INSPECTION MOTORIZED ROTATING PROBE PROCEDURE ISSUEo 5-24-88 FOR WESTINGHOUSE MODEL D4 PRQGEDURE No. 42-EC-180 STEAM GENERATOR TUBING REVISED MIX-18 DIGITAL- EDDY CURRENT SYSTEM. REVISION NO. 0 SHEARON HARRIS NUCLEAR POWER PLANT

8. 13 Operator must monitor strip charts and display signal to insure data is acceptable for analysis.

8.14 Tape time remaining is shown on display. When time remaining is approximately 300 seconds or tape is finished, run calibration standard and remove tape by the following procedure.

8. 14. 1 To remove tape first press HIZ-18 Off then press Tape RCDR then press End Tape in shifted mode. Tape will go to end to be removed.

8. 14.2 When tape is removed turn arrow to safe on tape and return to box.

8. 15 Press the Clr indx soft key to erase the tube list from the back-up disk.

9. 0 DATA EVALUATION

9. 1 Data evaluation will be made from recorded eddy current data using the HP computer and the DDA-4 software.

9.2 If during the data evaluation undesirable variations are noted during the calibrations, all tubes examined since the last calibration will be re-examined.

Undesirable variations are variations in recorded eddy current data that in the judgment of the data analyst could obscure reportable discontinuities or could cause misinterpretation of flaws or location.

The data analyst will check every calibration to verify the response from the through wall hole lies at the same phase (+ 5 degrees) from the initial calibration with initial trace movement up and to the left.'f variations greater than + 5 degrees are noted during the calibration check, the probe will be re-calibrated and all tubes examined since the last calibration will be re-examined.

9.3 All indications of tube wall penetration shall be evaluated and axial location along the length of the tube shall be determined. All relevant discontinuity indications will be recorded.

9.4 Data evaluated will be coded as shown in Figure 5.

A 35 OF 67

CONAM INSPECTION MOTORIZED ROTATING PROBE PROCEDURE IssUED 5 24 88 FOR WESTINGHOUSE MODEL D4 PRQGEDURE No. 42- EC-180 STEAM GENERATOR TUBING REVISED MIZ-18 DIGITAL EDDY CURRENT SYSTEM. REVISION NO.

0 SHEARON HARRIS NUCLEAR POWER PLANT 10.0 RECORD OF TEST RESULTS

10. 1 Permanent records will be digital magnetic tape and tabulated results as listed below:

10. 1. 1 Contract reference or purchase order number.

10. 1.2 Personnel operating equipment.

10. 1.3 Personnel certification records.

10. 1.4 Instruments used.

10. 1.5 Calibration record.

10. 1.6 Instrument setting.

10. 1.7 Interpretation results and interpreter.

10. 1.8 Specification and procedure used.

10. 1.9 Date of examination.

12 A 36 OF 67

CONAN INSPECTION HOTORIZED ROTATING PROBE PROCEDURE ISSUED 5-24-88 WESTINGHOUSE HODEL D4 PROCEDURE NO. 42- EC-180 STEAH GENERATOR TUBING REVISED HIZ-18 DIGITAL EDDY CURRENT SYSTEH REVISION NO. 0 SHEARON HARRIS NUCLEAR POWER PLANT MIZ-18 INTERCONNECTION SCHEMATIC Dashed line cables and equipment aro optional.

I MIZ-18 Probe HP2671 G Adaptor (Front) Probe Reference Probe In Good Tubo Standard HP9836 (Front)

HPIB To

.MIZ-18 MIZ-18 Remote

~

(Front) (Top)

HCD-75Z (Front)

MIZ-18 Remote Cablo HPIB Cable t HP2671G I (Rear) t J I

I I HP9836 (Rear)

I I

MIZ-18 Remoto I (Bottom)

t. HPIB To MIZ-18 I

HCD-75Z I (Rear)

(R ear)

GPIO Cablo Figure 1 A 37 OF 67

CONAM INSPECTION MOTORIZED ROTATING PROBE PROCEDURE ISSUED 5-24-88 WESTINGHOUSE MODEL D4 PROCEDURE NO. 42- EC-180 STEAN GENERATOR TUBING REVISED HIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISION NO.

0 SHEARON HARRIS NUCLEAR POWER PLANT OWNER PLANT UNIT S/G REEL NO. 4 LEVEL(S)

ASME STD SIZE SAN PABLO 1

1 OPERATOR R. MURPHY OPERATOR IIB Z4444

'.

PINOLE'OWER DATE 05/1 1 LEG HOT

'HAN

/84

.

0. 0900. D. XO. 049 FREQ SPAN ROT COIL CHAN FREQ SPAN ROT 1

9 2

10 3

.11 12 4 5 13 6

14 7

15 .

8 16 MATERIAL INC 600 COIL PROBE 720 SFM EXTENSION110'T MIZ-18 ACQUISITION EDITION REV MIZ 18 S/N OO6 HPIB. INTERFACE S/N 006 HCD-75Z RECORDER S/N 006 HP 9836 COMPUTER S/N 6709 COMMENTS Figuro 2 A 38 OF 67

CONAN INSPECTION MOTORIZED ROTATING PROBE PROCEDURE issuEo 5-24-88 WESTINGHOUSE MODEL D4 PRocEouRE No. 42-EC-180 STEAM GENERATOR TUBING REVlSEO MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISION NO. 0 SHEARON HARRIS NUCLEAR POWER PLANT itIZ-18 HUtSER-NQK .S 8

H %PC

~S CONF IGURATION per SEC: 488 COIL COIL COIL COIL COIL COIL COIL COIL 1 3 4 5 6 7 8 488 kHx 188 kHz:

Figure 3 A390F 87

CONAN INSPECTION MOTORIZED ROTATING PROBE PROCEDURE ISSUED 5-24-88 WESTINGHOUSE MODEL D4 PROCEDURE NO. 42- EC - 180 STEAM GENERATOR TUBING REVISED MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISION NO.

0 SHEARON HARRIS NUCLEAR POWER PLANT FRIDAY t1AY 11 1984 12:09:53 PM SAMPLE MESSAGES START OF TAPE CALIBRATION STANDARD. OPERATOR R. MURPHY.

CHANGED PROBE- STANDARD RUN.

STANDARD RUN- FOUR HOUR CALIBRATION CHECK.

SORRY GUYS- HAVE BEEN CALLING It< WROtlG TUBE c S. LAST FIVE TUBES HAVE BEEN IN RON 5, NOT RQl< 4.

R9C114 OBS C< ITS. PARTIAL TEST OtlLY.

SHIFT CHANGE STANDARD RUI'l. OPERATOR F. SMITH.

BUMMER! MY FIXTURE FELL OVER. DOHtd FOR TRIO HOURS- STAtlDARD RUN TO CHECK CALIBRATIOl'l.

FIguro 4 A 40 OF 67

ii.

H 0

CONAN INSPECTION MOTORIZED ROTATING PROBE PROC DURE ISSUED 5-24-88 WESTINGHOUSE MODEL D4 PROCEDURE NO. 42-EC-180 STEAM GENERATOR TUBING REVISED MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISION NO. 0 SHEARON HARRIS NUCLEAR POWER PLANT CONAII1 INSPECTION DDAA ANALYSIS CODES TO BE PUT IN PERCENT COLUH"I Absolute Drift................,.. ~ ~ ~~ ~ ~~ ~ ~ ~ ~ ..ADR No Detectable Discontinuity....... HOD Retest. ADR..................... ~~ ~ ~ ~ ~ ~ ~ ~ ~ ~ "RAO No Support Expansion..............

~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

NSE ad Data.........................

~~~ ~ ~o ~ ~ ~~ ~ ~

B ~ ~ ~ ~ ~ ~ ~ ~ e ~ ~ ~ .BDA RQ'teSt HSE ~ o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ o ~ ~ ~ ~ eRSE Retest SOAoo. ~ ~ ~ ~ ~ o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ .RBO Ho Tube Sheet Expansion........... HTE S ulge............................ ~

..SLG Re'teS't HTEo

~~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ RTE Retest BLG..................... ..RBL Partial Tube Sheet Expansion...... ~ ~ ~ ~ ~ e ~ ~ ~ ~ ~ ~ PTE Copper Deposit .CUD Retest PTE. .RPE Retes't CUD' ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ..RCO Permeability Variation............ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ PVH 0 ent. ~ .. ~ ~ ~ ~ ~ DilT Retest .....................

'etest OHToo

~ ~

. RDH P PVH ~

lugged........................... ~

e ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ RP

~ ~ ~~ ~ ~ PLG V

Dent With Possible Indication.... ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ..DHI Possible Loose Part............ . .PLP Retest OHI.... ..RHI Retest PLP ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ RLP D\flg ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ .. DlIG Preventative Tube P lug............ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ PTP Retest OHG.......... ~ ~ ~ ..ROG 0 bStl UC'tede ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ OBS Distorted Roll Transition........ .. DRT ReteSt OBS ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ eRDB Retest ORToo ~ ~ ~ ~ ~ ~ ..RRT Overexpansion..................... ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ OXP Distorted Roll Transition W/Poss Indi c ation. ..DRI Retest OXP ~ RXP

...................

~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

Retest DRI. ..RRI Skipped Roll...................... ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ SKR Oistor ted Support Signal......... ..OSS R etest SKR...................... RSR Retest OSS .... .. ..RDS Sleeved. ~ ~ ~ ~ ~ ~ ~

~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

~ ~ ~ ~ ~ ~ ~ ~ ~ SLV Distorted Support Signal W/Indica tlnll~ ~ ~ ~ ~ ~ ~ ..DSI Retest SLV. ~ ~ ~ ~ RSV Retest OSI........ ..RSI S ludge. ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ SLG Distorted Top of Tubesheet....... ..DTS Retest SLG......... . ~ ~ ~ oRSG Retest OTS ..RDT S quirrel.e ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ SllR Distorted Tubesheet W/Indication. ..DTI Retest SIIR. ~ ~ ~ ~ ~ ~ RSO Retest OTI. ..RTI. Template Obstruction.............. ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~

Expansion........................ ..EXP ReteSt THOo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ RT0 Retest EXP ..REX Template Plug..... ~ ~ ~ ~ ~ 7YP Expansion With Possible Indicatio n ~ ~ o ~ ~ ~ ~ ~ ~ ~ ..EPI Retest TYIi.;.................... ~ ~ ~ ~ ~ ~ RTP EPI.......... Top Hain Roll.....................

~ ~ ~ ~ ~

Retest .REI ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ TPR Expansion Transition Location.... ..ETL Retest TYA. ~ ~ ~ RTH Retest ETL.................. Tube Ho Test......................

~

\~~ ~ ~ ~ ~ ..REL ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ THT F ixtul eel ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ..FIX Re'teSt THTo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ RHT Retest FIX..................... ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ..RFX Tube Humber Check................. ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ THC ID Chatter... ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ .IOC Retest THC......... ~ ~ ~ ~ ~ oRHC Retest IOC..................... ..ROC Tube Restricted................... ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ oTRS Indication Hot Found....... ..... ~ o ~ ~ ~ ~ . INF RQteSt TRSo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ oRTR Retest IHF ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ..RNF Indication Hot Reportable... .IHR Incomplete Test.................. .. IHC Re'test IHC ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ .RIC 6-66 A 41 OF,67 Flguro 5

CONAM INSPECYtON PROF ILOt)ETRY EDDY CURRENT PROCEDURE IssuED 5-24-88 WESTINGHOUSE t<ODEL 04 ~RocEDuRE No. 42- EC-182 HIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISEO SHEARON HARRIS NUCLEAR POWER PLANT . REVISION NO.

REVISION PREPARED BY QA REVIEWED BY APPROVAL COMMENTS NO. 5. DATE 5. DATE

~R

~ gg YF 7- zu- E'P' So gg A 42 OF 67

CONAM INSPECTION PROFILOMETRY EDDY CURRENT PROCEDURE IssuEo 5-24-88 WESTINGHOUSE MODEL D4 PROCEOURE NO. 42-EC-182 MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISEO SHEARON HARRIS NUCLEAR POWER PLANT. REVISION NO. 0 1.0 SCOPE 1.1 This procedure is provided to establish parameters and insure the digital multifrequency eddy current profilometry of Westinghouse Model D4 steam generators are performed in a proper repeatable manner.

2. 0 ~EUI PHENT 2.1 The calibration of the eddy current equipment is controlled by approved documented procedures conforming to manufacturers specifications which meet or exceed ASME Section XI, Appendix IV, 1983 Edition thru Summer '1983 Addendum,Section XI and Section V.

2.2 Eddy Current Instruments: Zetec MIZ-18 Digital Multifrequency Instrument.

2.3 Eddy Current Instrument Controller and Operating Display: HP 9000 Series Computer with GPIO Interface and Zetec MIZ-18 Software.

2.4 Digital Recorder: Zetec HCD-75Z Data Recorder or equivalent.

2.5 Interface

HPIB to MIZ-18 Interface.

2.6 Printer (Optional): HP 2671G Printer.

2.7 Analysis System: Zetec DDA-4 Software with HP 9000 Series Computer.

2.8 Probes

Profilometry probes, as required.

1l

2. 9 CALIBRATION STANDARDS PROF ILER STEP 2.9. 1 The calibration standard will be manufactured from the same material type as the tubing to be examined.

2.9. 1. 1 Two steps must be machined on the tube I. D. One step must be the nominal tube I. D. and the other step should be at least as large as the I.D. of the maximum expansion to be expected in the tubing under examination. More than one standard can be used to help develop a curve, if necessary.

2.9.2 A calibration standard must also have a support ring to set phase of locator frequency. The ASME standard can be used For this purpose.

2.9.3'ach standard shall be identified by a serial number. Nominal and step dimensions shall be measured to the nearest .003 inches.

A 43 OF 67

CONAN INSPECTION PROFILOMETRY EDDY CURRENT PROCEDURE IssUED 5 24 88 WESTINGHOUSE MODEL D4 PRQGEDURE No 42-EC-182 MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISED REVISION NO.

SHEARON HARRIS NUCLEAR POWER PLANT.

3.0 PERSONNEL 3.1 Personnel performing the examination and analyzing the data shall be quali-fied to CONAM Procedure 99-CNTP-001 or 99-CNTP-002, and/or 99-CNTP-003.

These procedures conform to SNT-TC-1A, 1975, 1980, and/or 1984 Editions.

3.2 Suffix "A" and "B" have been assigned to identify eddy current Level II personnel.

3.3 Level IIB is a certified Level II limited to performing the operation and data collection.

3.4 Level IIA is a certified Level II without restrictions or limitations.

Level IIA has undergone and completed additional practical training in magnetic tape defect analysis and is a fully qualified data analyst.

3.5 Level III is a certified examiner in the particular discipline without restrictions or limitations.

4. 0 SURFACE PREPARATION 4.1 Inside diameter of tube must be clean with no obstructions.

g. JEEII ( T g -() (g g(g ()

5.1 Check all voltage selections on MIZ-18 tester, HP Computer, HP 2671G Printer (if used), HCD-75Z Tape Recorder and HPIB to MIZ-18 Interface.

5.2 Connect MIZ-18 Tester to HPIB - MIZ-18 Interface using mul tipin IE488 connector.

5.3 Connect HP computer to MIZ-18 Interface using HPIB connector.

5.4 Connect HP computer to HCD-75Z using multipin connector to GPIO board number 12.

5.5 Connect printer to HP computer using HPIB connector (optional}.

5.6 Turn on power to all instruments and open both disk drives on HP computer.

5.7 Monitor the self test modes on HP computer.

5.8 Place'IZ-18 data acquisition software disk in right disk drive of HP computer and close drive door. This disk should not be write protected because set-up information is stored on disk in addition to the operating system.

A 44 OF 67

CONAN INSPECTION PROF ILOMETRY EDDY CURRENT PROCEDURE IssUED 5-24-88 WESTINGHOUSE MODEL D4 PRQGEDURE No. 42- EC-182 MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISED SHEARON HARRIS NUCLEAR POWER PLANT. REVISION NO. 0 5.9 If an SM-10 fixture is used, place the SM-10 control disk in the left drive.

5. 10 With Shift key depressed, press pause (reset) key.

5. 11 Monitor loading of system software. System is loaded when screen fills with the graphics presentations used for data acquisition and the soft keys are canceled for the clock setting functions.

5. 12 Place tape identification information on blank DC 600 HC Data Cartridge.

5. 13 Place blank DC 600 HC Data Cartridge in the data recorder with the write protect arrow pointing away from the safe position.

5. 14 The .automatic loading process of the data recorder takes approximately 90 seconds. This is complete when tape stops moving.

5. 15 Set month, day, year, hours, minutes and seconds with the soft keys.

5. 16 When the date and time match actual date and time, press Set Clock key.

F 17 Press Test key .to select test mode.

5. 18 Press Summary key to display blank summary.

5. 19 Press Type Data key and type in required names etc. to be recorded at beginning of tape. See Figure 2 for sample summary.

5. 19. 1 The following information will be recorded on the magnetic tape in the summary section at the beginning of each tape.

5. 19. 1. 1 Eddy current instrument model and serial number.

5. 19. 1.2 Examination frequencies of all channels.

5. 19. 1.3 Tape recorder model and serial number.

5. 19. 1.4 Computer model and serial number.

5. 19. 1.5 Operators name and certification level.

5. 19. 1.6 Date of calibration.

5. 19. 1.7 Calibration standards identification.

5. 19. 1.8 Probe size and type.

5. 19. 1.9 Cable type and characteristics.

A 45 OF 67

CONAM INSPECTION PROFILOMETRY EDDY CURRENT PROCEDURE IssUED 5-24-88 WESTINGHOUSE MODEL D4 PRQGEDURE No 42 EC 182 MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISED SHEARON HARRIS NUCLEAR POWER PLANT. REVISION NO. 0 5.20 When form is complete press Done key. The summary form as written on the screen will be written to the data cartridge and system will return to test mode.

5.21 Normally software will be defaulted to the proper configuration to be used in the examination. If configuration is incorrect, the following steps must be taken to access the proper configuration.

Press Configure key and press Next ¹ or Previous ¹ soft key until steam generator type or plant name configuration is displayed on the screen. See Figure 3. Then press Configure key to set up tester and return to test mode. Configuration set-up for the profilometry expansion examination is two frequencies on each coil. These frequencies are 600 kHz and 10 kHz.

5.22 Select the strip chart channels desired using the L.Strip+ or R.Strip+ soft keys.

5.23 Select the channel to be displayed using Channel+ or Channel- soft key.

6. 0 CALIBRATION 6.1 Press MIZ-18 ON soft key to turn on MIZ-18.

6.2 With a test probe in a section of calibration known to be the nominal diameter, press continue key on keyboard to null the data being displayed.

6.3 Move the probe to the simulated expansion area of the standard. Continue to move the probe back and forth through the standard several times.

6.4 Press MIZ-18 OFF soft key to turn off.

6.5 If more than one calibration standard is used, repeat Paragraphs 6. 1, 6.3, and 6.4 for the additional standards.

6.6 Repeat steps 6. 1 and 6.2. Then place the support ring over standard and move support ring back and forth to record several signals.

6.7 S an Rotation Calibration (Channels 1-8) 6.7.1 With the channel display set on channel 1, move the cursor to the step signal on the calibration standard.

6.7.2'ress Span Rot soft key to display Set Span and Set Rot soft keys.

6.7.3 Press Set Span soft key and adjust spans of channels 1 through, 8 using knob until all step signals are not saturated.

A 46 OF 67

CONAM 1NSPECTlON PROFILOMETRY EDDY CURRENT PROCEDURE IssuED 5-24-88 WESTINGHOUSE MODEL D4 PRQGEDURE No. 42- EC-182 MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISED REVISION NO. 0 SHEARON HARRIS NUCLEAR POWER PLANT.

6.7.4 Press Set Rot soft key and rotate the signals on all channels until they are vertical.

6.7.5 Press Set Span and adjust spans of the step signals on channels 1 through 8 to approximately 3 divisions for the largest step standard.

6.7.6 Press Set Rot soft key and adjust rotation of the step so it is up and vertical.

6.7.7 After spans and rotations are set press To Disk soft key.

6.8 S an Rotation Calibration (Channels 9-16) 6.8. 1 With the channel display set on channel 9, move the cursor to the support ring signal on the calibration standard.

6.8.2 Press Span Rot soft key to display Set Span and Set Rot soft keys.

6.8.3 Press Set Span soft key and adjust spans of channels 9 through 16 using knob until all support ring signals are not saturated.

6.8.4 Press Set Rot soft key and rotate the signals on all channels until they are vertical.

6.8.5 Press Set Span and adjust spans of the support ring signals on channels 9 through 16 to approximately 3 divisions.

6.8.6 Press Set Rot soft key and adjust rotation of the support ring signal so it is down and vertical.

6.8.7 After spans and rotations are set press To Disk soft key.

6.9 Press Test to return to test mode.

6. 10 Press Summary to select the summary mode and display summary form on screen.

6. 11 Press Update to update summary form with frequency, span, rotation and coil information which completes form.

6. 12 Press Type Data then Done to rewrite updated summary to the tape.

6. 13 Press Message to get blank message form on screen.

6. 14 Press Type Data to enter message. See Figure 4 for sample message.

A 47 OF 67

CONAN INSPECTlON PROF ILOMETRY EDDY CURRENT PROCEDURE IssUED 5 24 88 WESTINGHOUSE NODEL D4 PRocEDURE No. 42- EC-182 HIZ-18 DIGITAL EDDY CURRENT SYSTEN REVISED REVISION NO' SHEARON HARRIS NUCLEAR POWER PLANT.

6.15 Press Done to write message to tape.

6.16 Press HIZ-18 ON to turn tester on.

6. 17 Using keys select identification for steam generator number and 999-999 for calibration standard.

6. 18 With probe in nominal diameter section of calibration standard pres's CONTINUE key to null the displayed data.

6. 19 Press the RUN key and wait for the strip charts to start moving, then withdraw the probe thru the two step calibration standards and the expansion standard to record nominal and maximum I.D.

6.20 Press PAUSE button to stop tape recorder.

7.0 RECORDING OF CALIBRATION 7.1 Fre uenc of Calibration Checks and Re-Calibration

7. 1. 1 Initial calibration will be made on each probe prior to use.

Additional calibration checks will be made at the beginning and end of each magnetic tape or every 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />, whichever comes first.

7.1.2 Additional calibrations will be performed when changing test probe, extension cables, eddy current instrument, recording instrument, or any other parts of the examination system.

7. 1.3 If undesirable variations are noted during the calibration check, the probe will be re-calibrated and all tubes examined since the last calibration will be re-examined.

Undesirable variations are variations in recorded eddy current data that in the judgment of the data analyst could obscure results or could cause misinterpretation of data.

Note: All calibration settings made in calibration section are for operator viewing only. These calibration settings do not alter the recording information and are not critical to the examination. See data evaluation Paragraph 9.2.

8. 0 EXAMINATION PROCEDURE

8. 1 The scan will be performed during probe retraction at an approximate speed of 60 feet per minute. The scan speed will not exceed 70 feet per minute.

A 48OF 67

CONAN INSPECTION PROFILOHETRY EDDY CURRENT PROCEDURE IssUED 5-24-88 WESTINGHOUSE HODEL D4 PRQGEDURE No. 42- EC-182 HIZ-18 DIGITAL EDDY CURRENT SYSTEH REVISED REVISION NO.

SHEARON HARRIS NUCLEAR POWER PLANT. O 8.2 At the beginning of each examination the following information will be recorded:

8.2.1 Name of owners.

8.2.2 Plant site.

8.2.3 Heat exchanger identification.

8.2.4 Examination end (inlet or outlet).

8.2.5 Date of examination.

8.2.6 Tape cassette number.

8.3 In addition to 8.2 above, after each calibration, the following information shall be recorded.

8.3. 1 Calibration standard identification.

8.3.2 Operator's name, certification and company affiliation.

8.3.3 Cable type and characteristics.

8.3.4 Lengths of probe and extension cables (probe length includes poly/nylon length).

8.3.5 Size and type of test probe including manufacturer's name and part number.

8.3.6 Test frequencies (kHz).

8.4 8efore the scan is made on each tube, the tube number will be entered on display.

8.5 A remote fixture will be used to position the probe guide tube for tubing examination.

8.5. 1 When the SH-10 fixture is used, positive visual tube identification will be made by the lead operator, shift supervisor or job super-visor. Yerification will be made on the peripheral tube in each line. The use of known landmarks such as stay areas, plugged tubes and tube sheet maps may be used to aid in the verification. The person making the verification will initial the operator's data sheet and include the letters 'VER'n the index column.

A 49 OF 67

CONAN INSPECT!ON PRO ILOM TRY EDDY CURRENT PROCEDURE IssUED 5-24-88 WESTINGHOUSE MODEL D4 PRQGEDURE No. 42- EC-182 MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISED SHEARON HARRIS NUCLEAR POWER PLANT, REVISION NO. 0 8.5.2 If the tube identity verification reveals that an error has occurred in the recording of probe location, all tubes examined since the previous verification of location shall be re-examined. The customer's tube numbering system shall be used.

8.6 When an error in tube identification has occurred the operator must bring up the message section and type in details of incorrect tube numbers and corrections made. In addition any comments normally made on strip charts or verbally on analog tape recorder should be typed in the message section.

8.7 During the scan the operator will monitor the eddy current signals and the strip charts to determine equipment is working properly.

8.8 Insert probe in first tube to be examined.

8.9 Null signals with CONTINUE key.

8. 10 Identify tube with soft keys with MIZ-18 on.

8. 10. 1 The following codes will be used:

ID = Steam Generator number and end examination is performed from.

IE; Steam Generator A = 1, B = 2, etc., 1 = Outlet'nd 0 = Inlet.

Row + Col = Row + Col except for calibration standard.

8. 11 Press RUN key to initiate data recording and after strip charts start moving on screen, withdraw probe while recording and press PAUSE key to stop recording once probe has exited tube.

8. 12 Check probe speed by horizontal lines between strip chart display. These lines are 1 second apart and must not exceed 14 inches of tube.

8'.13 In event of a computer lock-up, repeat paragraphs 5.7 through 5.10 AND 5.14 through 5. 16 and the following steps:

8. 13. 1 Press Disk Indx in the shifted mode. (This will return the summary and tube list to the computer memory).

8. 13.2 Press Test soft key and return to test mode.

8. 13.3 Press Test soft key in the shifted mode, press Tape Rcdr soft key, press Summary soft key and press Tlist soft key.

8. 13.4 Using the rotating knob, position the last recorded entry next to arrow and press the Find Tube soft key.

A 50OF 67

CONAN INSPECTION 0 IssUED 5-24-88 PROF ILOMETRY EDDY CURRENT PROCEDURE WESTINGHOUSE MODEL D4 MIZ-18 DIGITAL EDDY CURRENT SYSTEM PRQGEDURE No.

REVIsloN No.

42- EC- ] 82 REVISED SHEARON HARRIS NUCLEAR POWER PLANT. 0

8. 13.5 After reloading and displaying the last tube examined before the lock-up, press the review soft key in the shifted mode and return to the test mode.

8. 13.6 Resume the examination.

8. 14 Operator must monitor strip charts and display signal to ensure data is acceptable for analysis.

8.15 Tape time remaining is shown on display. When time remaining is approximately 300 seconds or tape is finished, run calibration standard and remove tape by following procedure.

8.15. 1 To remove tape first press MIZ-18 Off then press Tape RCDR then press End Tape in shifted mode. Tape will go to end to be removed.

8. 15.2 When tape is removed turn arrow to safe on tape and return to box.

8. 16 Press the Clr indx soft key to erase the tube list from the back-up disk.

9.0 DATA EVALUATION

9. 1 Data evaluation will be made from recorded eddy current data using the HP computer and the DDA-4 software.

9.2 If during the data evaluation undesirable variations are noted during the calibrations, all tubes examined since the last calibration will be re-examined.

Undesirable variations are variations in recorded eddy current data that in the judgment of the data analyst could obscure results or could cause misinterpretation of data.

9.3 Tube(s) to be examined and the location of evaluation shall be determined by plant requirements.

10.0 RECORD OF TEST RESULTS

10. 1 Permanent records will be digital magnetic tape and tabulated results as listed below:

10. 1. 1 Contract reference or purchase order number.

10.1.2 Personnel operating equipment.

10. 1.3 Personnel certification records.

A51 OF 67

CONAN INSPECTlON PROFILOMETRY EDDY CURRENT PROCEDURE IssUED 5-24 88 WESTINGHOUSE MODEL D4 PRQGEDURE No 42-EC-182 MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISED REVISION NO, SHEARON HARRIS NUCLEAR POWER PLANT. 0 10.1.4 Instruments used.

10. 1.5 Calibration record.

10. 1.6 Instrument setting.

10. 1.7 Interpretation results and interpreter.

10.1.8 Specification and procedure used.

10.1.9 Date of examination.

10 A52QF67

CONAM INSPECTION PROFILOMETRY EDDY CURRENT PROCEDUR ISSUED 5-24-88 WESTINGHOUSE MODEL D4 PROCEDURE NO. 42- EC-182 MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISED SHEARON HARRIS NUCLEAR POWER PLANT REVISION NO. O hfIZ-18 INTERCONNECTION SCIIEh!ATIC t t HP 2671G MIZ-18 PROBE t (OPTIONAL) t (FRONT) APTOR PROBE REFERENCE PROBE IN GOOD TUBE STANDARD HP 9836 (FRONT) hIIZ-18 REhfOTE (TOP)

HPIB TO hf I Z-18 (FRONT)

HCD-75Z (FRONT) hI I Z-18 REhjOTE CABLE HP 2671G (OPTIONAL) GPIB CABLE (REAR)

L l

1 t

HP 9886 t (REAR) I t'

I HCD-7SZ hl I Z- 1 8 RE hIOTE (REAR) HPIB TO hII Z-18 (BOTTOli)

GPIO CABLE (REAR)

A 53 OF 67 Figure 1

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CONAN INSPECTION PROF ILOHETRY EDDY CURRENT PROCEDURE ISSUED 5-24-88 WESTINGHOUSE MODEL 04 PROCEDURE NO. 42-EC-182 HIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISED SHEARON HARRIS NUCLEAR POWER PLANT REVISION NO. 0 1 6 CAVIL'IMIwlTIQLI SAre LES per SEC: 4M HAttE:S HARRIS gt %r PROBE CHAHHEL SELECT COIL COIL COIL COIL COIL COIL COIL COIL FREGUEHC'C 1 E S 4 5 6 7 8 688 kHz 10 kHr Figuro 3 A55OF67

CONAN INSPECTION PROFILOMETRY EDDY CURRENT PROCEDURE ISSUED 5-24-88 WESTINGHOUSE MODEL D4 PROCEDURE NO. 42- EC-182 MIZ-18 DIGITAL EDDY CURRENT SYSTEM REVISED SHEARON HARRIS NUCLEAR POWER PLANT REVISION NO.

p SUtlDAY JANUARY 1 1'38~ 12:09:OE'N START OF TAPE CALIBRATION STANDARD. OPERATOR R. MURPHY CHANGED PROBE STANDARD RUN.

STANDARD RUN FOUR HOUR CALIBRATION CHECV,,

R9C114 OBS 8 ITS. PARTIAL TEST ONLY.

SHIFT CHAtlGE STANDARD RUtl. OPERATOR F. SNITH.

Figure 4 A 56 OF 67

CONAM INSPECTION DATA ANALYSIS FOR MIZ-18 DATA 8 ll 88 UTILIZING DDA-4 42-DA-020 REVISED DIGITAL DATA ANALYSIS SYSTEM REVISION NO.

BOBBIN COIL EXAMINATION SHEARON HARRIS REVISION PREPARED BY gA REVIEWED BY APPROVAL COMMENTS NO. & DATE & DATE 0

A57OF67

CONAM )NSPECT10N IssUED UTILIZING DDA-4 PRQGEDURE No. 42 DA 020 8 11 88 DIGITAL DATA ANALYSIS SYSTEM REVISED REVISION NO. 0 BOBBIN COIL EXAMINATION SHEARON HARRIS 1.0 SCOPE 1.1 This procedure is provided to establish parameters and insure MIZ-18 digital data is analyzed in a proper repeatable manner.

2. 0 ~EUI PHENT

2. 1 The calibration of the eddy current equipment is controlled by approved documented procedures conforming to manufacturers specifications which meet or exceed ASME Section XI, Appendix IV, 1980 Edition, Winter 1980 Addenda and/or ASME Section V, Article 8, Appendix I, 1977 Edition, Winter 1978 Addenda.

2.2 Calibration is performed using standards whose accuracies are traceable to the National Bureau of Standards.

2.3 Digital Recorder: Zetec HCD75Z Data Recorder or equivalent.

2.4 Printer HP 2671G Printer or equivalent.

2.5 Analysis System: Zetec DDA-4 Software with HP9000 Series Computer.

3.0 PERSONNEL

3. 1 Personnel performing the examination and analyzing the data shall be quali-fied to CONAM Procedure 99-CNTP-001, 99-CNTP-002, and/or 99-CNTP-003.

These procedures conform to SNT-TC-lA, 1975, 1980, and/or 1984 Editions.

3.2 Suffix "A" and "B" have been assigned to identify eddy current Level personnel.

3.3 Level IIB is a certified Level II limited to performing the operation and data collection.

3.4 Level IIA is a certified Level II without restrictions or limitations.

Level IIA interpreting eddy current data is qualified in accordance with SNT-TC-lA, Level II or higher, specifically for the evaluation of data from nonferromagnetic tubing.

3.5 Level III is a certified examiner in the particular discipline without restrictions or limitations. In addition, Level III personnel interpreting eddy current data are qualified in accordance with SNT-TC-lA, specifically for the evaluation of data from nonferromagnetic tubing.

A 58 OF 67

CUMULATIVE REPORT 10/89, CAROLINA POUER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: B PAGE: 1 OF 1 LOCATION: AVl TO AV4 DATE: 12/12/89 CRITERIA: 0't TO 100'4 TIME: 08:40:39

( ( ( ( EXAM EXTENT I CURRENT I (ROW(COL(HEATS(LEG(PROGRAM( ACTUAL(REM(REEL(PROBE( LOCATION (

VOLTS (MIL( DEG (  % (CH(

I I I I I I I I I I I I I I 45( 59( H (TEH-TEC(TEH-TEC( 008(610SLIAV1+ 0.00 1.0( ( 0( 25(M3(

I I I H (TEH-TEC(TEH-TEC( 008(610SL(AV4+ 0.00 0.8( ( 0( 21(M3(

I 46( 59( H ITEH-TECITEH-TECI 008(610SL(AV2+ 0.00 1.0( ( 0( 25(M3(

I I I I I I I I I I I I I I NUMBER OF TUBES SELECTED FROM CURRENT OUTAGE: 2 NO TREND ANALYSIS REQUESTED CONAM NUCLEAR, INC.

10/BB, CAROLINA POWER R LIBHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: 8 DATE: 12/X3/89 TIME: K3: 59: 46 LOCATION: AVI TO AV4 CRITERIA: OX TO l.OOX

.OX TO QC 0 30X TO 3SX QOZ TO 29X 40X TO 100X 0 OTHER 40 30 20 10 i%0 ioo 90 eo 70 60 40 30 20 10 CONAN NUCLEAR. INC.

CUMULATIVE REPORT 10/89, CAROLINA PO[iER & LIGHT, SHEARON HARRIS, UNIT STEAM GENERATOR: PAGE: 10F 1 LOCATION: ALL DATE: 12/12/89 CRITERIA: DRS TIME: 08:42:22 EXAM EXTENT I CURRENT I IROUICOLIHEATStlLEGIPROGRAMI ACTUALIREMIREELIPROBEI LOCATION IVOLTSIMILIDEGI '4 ICHI I I I I I I I I I I I I 261 101 ISI ITEH-TECITEH-TECI 0011610SLITEH+ 11.14 2 '1 I 48IDRSIMll 231 201 ITEH-TECITEH-TECI 0021610SLITEH+ 16.00 471 I 321DRSIMll 101 301 ITEH-TECITEH-TECI 0041610SLITEH+ 15,.21 9.91 13 I DRS I Ml I 131 301 ITEH-TECITEH-TECI 0041610SLITEH+ 5.90 261 I 631DRSIM11 181 301 ITEH-TECITEH-TECI 0041610SLITEH+ 19.22 3.41 181DRSIMll 301 401 ISI ITEH-TECITEH-TECI 0121610SLITEH+ 3.12 221 I 93 I DRS IM11 221 451 ITEH-TECITEH-TECI 0111610SLITEH+ 9.98 o61 I 48IDRSIM21 471 461 ITEH-TECITEH-TECI ITEH-TECITEH-TECI 0111610SLI TEH+ 17. 03 0 '1 38IDRSIM21 471 481 0111610SLI TEH+ 12. 99 0.41 67IDRSIM21 371 501 ITEH-TECITEH-TECI 0101610SLITEH+ 18.05 1.11 32IDRSIM21 461 501 ITEH-TECITEH-TECI 0101610SLITEH+ 8.04 0.91 331DRSIM21 471 501 ITEH-TECITEH-TECI 0101610SLITEH+ 16.05 1.01 I, 35IDRSIM21 I I ITEH-TECITEH-TECI 0101610SLITEH+ 20.07 os 61 I 52IDRSIM21 481 501 ITEH-TECITEH-TECI 0101610SLITEH+ 5.22 121 37IDRSIM21 I I ITEH-TECITEH-TECI 0101610SLITEH+ 14 '6 201 I

I 49 I DRS I Mll 491 501 ITEH-TECITEH-TECI 010 I 610SL I TEH+ 18 . 06 1. 11 I 401DRSIM21 491 511 ITEH-TECITEH-TECI 0101610SLITEH+ 10.18 1.01 I 311DRSIM21 481 521 ITEH-TECITEH-TECI 0101610SL I TEH+ 11. 11 121 I 421DRSIM21 491 521 ITEH-TECITEH-TECI 0101610SLITEH+ 13.19 1.01 I 38IDRSIM21 491 551 ITEH-TECITEH-TECI 0091610SLITEH+ 5.43 F 81 I 761DRSIM21 481 561 ITEH-TECITEH-TECI 0091610SLITEH+ 12.29 o81 I 83IDRSIM21 311 601 ITEH-TECITEH-TECI 0051610SLITEH+ 1.59 191 I 431DRS I Ml I 311001 ISI ITEH-11HITEH-11HI 0151610SLITEH+ 2.32 2.21 I 49 I DRS I Mll 211061 ITEH-TECITEH-TECI 0171590SLI TEH+ 14. 67 1.71 551DRSIM21 511141 ITEH-TECITEH-TECI 0161610SLITEH+ 14.33 3.31 301DRSIMll I I I I I I I I I I I I NUMBER OF TUBES SELECTED FROM CURRENT OUTAGE: 23 NO TREND ANALYSIS REQUESTED CONAM NUCLEAR, INC.

iO/89, CAROLINA POWER G LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: B DATE: 12/K3/89 TIME: i4: 29: 55 LOCATION: ALL CRITERIA: 0RS PLU66 ED 4 DRS 40 30 20 10 F10 100 90 80 70 60 60 40 30 20 CONAN NUCLEAR. INC.

CUMULATIVE REPORT 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: B PAGE: 10F 1 LOCATION: ALL DATE: 12/12/89 CRITERIA: ALL XNDICATIONS (0'4 TO 100%,PTP,PID,UDI,DSI,DTI,EPI,DNI,IDI, TIME: 08:43:27 DRS)

EZAM EXTENT CURRENT IROWICOLIHEAT¹ILEGIPROGRAMI ACTUALIREMIREELIPROBEI LOCATION IVOLTSIMXLIDEGI '4 ICHI I I I I I I I I I I 261 101 ITEH-TECITEH-TECI 0011610SLITEH+ 11.14 2.71 481DRSIM11 231 201 ISI ITEH-TECITEH-TECI 0021610SLITEH+ 16.00 4.71 321DRS I M11 101 301 ITEH-TECITEH-TECI 0041610SLITEH+ 15.21 9.91 13 DRS I M11 1

131 301 ITEH-TECITEH-TECI 0041610SLITEH+ 5.90 2.61 631DRSIM11 181 301 ISI ITEH-TECITEH-TECI ITEH-TECITEH-TECI 0041610SLITEH+ 19.22 3 '1 18 I DRS I M11 301 401 0121610SLI TEH+ 3. 12 2.21 931DRSIM11 221 451 ITEH-TECITEH-TECI 0111610SLITEH+ 9.98 0.61 48IDRSIM21 471 461 ITEH-TECITEH-TECI 0111610SLITEH+ 17.03 0.51 38IDRSIM21 471 481 ITEH-TECITEH-TECI 0111610SLITEH+ 12.99 0.41 67IDRSIM21 371 501 ITEH-TECITEH-TECI 0101610SLITEH+ 18.05 1. 11 32IDRSIM21 461 501 ITEH-TECITEH-TECI 0101610SLITEH+ 8.04 0.91 33IDRSIM21 471 501 ITEH-TECITEH-TECI 0101610SL I TEH+ 16. 05 1.01 35IDRSIM21 I I ITEH-TECITEH-TECI 0101610SLITEH+ 20.07 0.61 52IDRSIM21 481 501 ITEH-TECITEH-TECI 0101610SLITEH+ 5.22 1.21 371DRSIM21 I I ITEH-TECITEH-TECI 0101610SLITEH+ 14.96 2.01 491DRSIM11 491 501 ITEH-TECITEH-TECI 0101610SLITEH+ 18.06 1. 11 401DRSIM21 491 511 ITEH-TECITEH-TECI 0101610SLITEH+ 10.18 1.01 311DRSIM21 481 521 ITEH-TECITEH-TECI 0101610SLITEH+ 11.11 1.21 42IDRSIM21 491 521 ITEH-TECITEH-TECI 0101610SLITEH+ 13.19 1.01 38IDRSIM21 491 551 ITEH-TECITEH-TECI 0091610SLITEH+ 5.43 0.81 761DRSIM21 481 561 ITEH-TECITEH-TECI 0091610SL I TEH+ 12. 29 0.81 831DRSIM21 451 591 ITEH-TECITEH-TECI 0081610SLIAVl+ 0.00 1.01 01 251M31 I I ITEH-TECITEH-TECI 0081610SLIAV4+ 0 00 F 0.81 01 211M31 461 591 ITEH-TECITEH-TECI 0081610SLIAV2+ 0 00 F 1.01 01 25IM31 311 601 ITEH-TECITEH-TECI 0051610SLITEH+ 1.59 1.91 43IDRSIM11 311001 ISI I ITEH-11HITEH-11HI 0151610SLITEH+ 2.32 2.21 49IDRSIM11 211061 ITEH-TECITEH-TECI 0171590SLITEH+ 14.67 1. 71 551DRSIM21 511141 I H ITEH-TECITEH-TECI I 0161610SLITEH+ 14.33 3.31 30 I DRS IM11 I I I I I I I I I I I I I NUMBER OF TUBES SELECTED FROM CURRENT OUTAGE: 25 NO TREND ANALYSIS REQUESTED CONAM NUCLEAR, INC.

iOl89, CAROLINA POWER G LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: B DATE: 12/i3/89 TIME'5: 04'0 LOCATION: ALL CRITERIA: ALL INDICATIONS (OX TO iOOX, PTP, PID, UDI, DSI. DTI, EPI, DNI, IDI, OTHERS) 03 TO if' 303 TO 393 0 903 TO 393 403 TO 1003 0 OTHER 40 30 30 io joo 90 80 70 60 40 30 10 CONAN NUCLEAR. INC.

CUMULATIVE REPORT 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNXT 1 t STEAM GENERATOR:

LOCATION: ALL B

CRXTERIA: PROBE ~ 610RC PAGE:

DATE:

TIME:

1 OF 12/12/89 08:44:41 1

I I I I EXAM EXTENT CURRENT (ROW(COL(HEAT¹ILEG(PROGRAM( ACTUAL(REM(REEL(PROBE( LOCATION I VOLTS I MILI DEG I 0 I CH I I I I I I I I I I I I I I I I I 26 I 10I I H ITEH-TSHITEH-TSHI 014 I 610RC I I I INDDI 23( 20( ISX I H (TEH-TSHITEH-TSHI 014 I 610RC I INDDI 10( 30( H (TEH-TSH(TEH-TSH( 014(610RCI INDDI I 13 I 30I I H ITEH-TSHITEH-TSHI 014 I 610RC I INDD(

I 18 I 30 I I H ITEH-TSHITEH-TSHI 014(610RCI I I INDDI 49( 55( H ITEH-TSH(TEH-TSH( 014(610RCI (NDDI I 48I 56I H (TEH-TSH(TEH-TSHI I 014I610RCI I I INDDI 31( 60( I H ITEH-TSHITEH-TSHI 014(610RCI I I INDDI I I I I I I I I I I I I I I I NUMBER OF TUBES SELECTED FROM CURRENT OUTAGE: 8 NO TREND ANALYSIS REQUESTED CONAM NUCLEAR, INC.

iO/89, CAROLINA POWER R LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: B DATE: 12/13/89 TIME: 15: 21: 21 LOCATION: ALL CRITERIA: PROBE = 610RC 40 30 20 10 110 100 90 80 70 60 60 40 30 20 10 CONAN NUCLEAR. ZNC.

iO/89, CAROLINA POWER G LIGHT, SHEARON HARRIS, UNIT i STEAM GENERATOR: B DATE: l2/K9/89 TIME: 08: 46: 36 LOCATION: ALL CRITERIA: TUBES EXAMINED COMPLETELY PER REQUIREMENTS EXAM COMPLETELY 1075 40 30 20 io 110 100 90 80 70 60 40 30 20 10 CONAN NUCLEAR, INC.

iO/89, CAROLINA PONER 8 LIGHT, SHEARON HARRIS, UNIT i STEAM GENERATOR: B DATE: 12/15/89 TIME: 19: 45: 17 LOCATION: ALL CRITERIA: TUBES EXAMINED COMPLETELY IN 1988 AND 1989 PLU66ED 4 TUBES ZH 1988 928 TLRES ZN 1989 1075 40 30 10 iso 100 80 80 70 60 50 40 30 20 10 CONAH

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER 6 LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: B PAGE: 1 OF 30 DATE: 12/12/89 TIME: 12:15:23 EXAM EXTENT CURRENT (ROW(COL(HEATS(LEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION (VOLTSIMIL(DEG( t ICHI I I I I I I I I I I I 11 11 (TEH-11CITEH-11CI 0181590SMI 21 31 11 11 ITEH-TECITEH-TECI 018 1590SM I 02C- 0.34 ITEH-TECITEH-TECI 0011610SL I I

I I

5 '( I I

I INDDI (173(DNGIMll INDDI I

4( 11 ITEH-TEC(TEH-TECI 0011610SL I I I I INDDI I 5( 11 ITEH-TECITEH-TECI 0011610SLI I I I INDD( I 61 1( ITEH-TECITEH-TECI 0011610SLI11H- 1.66TO- 0.201 25.31 1174IDNTIM11 I I ITEH-TECITEH-TECI 0011610SL111C- 1.83TO- 0. 321 11. 71 1175(DNTIMll, 11 21 ITEH-11CITEH-11CI 0181590SMI I INDD(

21 21 ITEH-TECITEH-TECI 0181590SMI I INDDI 61 2( ITEH-TECITEH-TECI 0011610SLI INDD(

71 21 ITEH-TECITEH-TECI 0011 610SL I INDDI 81 21 ITEH-TECITEH-TECI 0011610SL I I INDDI 9( 21 ITEH-TECITEH-TECI 0011610SL I I INDDI 101 21 ITEH-TECITEH-TECI 0011610SL I INDDI 11( 21 ITEH-TECITEH-TECI 0011610SL I INDDI 121 21 ITEH-TECITEH-TECI 0011610SL I INDD(

1( 31 ITEH-11CITEH-11CI 0181590SMI I INDDI 21 3( ITEH-TECITEH-TEC( 018 I 590SM I INDDI I

41 3( ITEH-TECITEH-TECI 0011610SL I I INDDI 121 3( ITEH-TECITEH-TECI 0011610SLI INDD(

131 31 ITEH-TECITEH-TECI 0011610SLI I INDDI 141 3( ITEH-TECITEH-TECI 0011610SLI INDDI 15( 3( ITEH-TECITEH-TEC( 0011610SL I INDDI I I I 1( 4( ITEH-11CITEH-11CI 018 1590SM I I INDDI 21 41 ITEH-TECITEH-TECI 018 1590SMI I I INDDI 10( 4( ITEH-TECITEH-TECI 0011610SL110H+ 37.76 6.21 (169(DNG( 1(

I I ITEH-TECITEH-TECI 0011610SL110C+ 37.44 4.5( (170(INRI 1(

151 41 ITEH-TECITEH-TECI 0011610SL I I INDDI 161 4( ITEH-TECITEH-TECI 0011 610SL I INDDI I I I 17( 4( (TEH-TECITEH-TECI 0011610SL I I INDDI 181 41 ITEH-TECITEH-TECI 0011610SLI 1(

.21 51 5(

ITEH-11CITEH-11CI 018(590SM111H+ 0.28 ITEH-TECITEH-TECI 0181590SMI 15 '( I I INDDI (1521DSSIMll I INDDI I

181 5( ITEH-TEC(TEH-TECI 001(610SLI INDDI I

191 51 ITEH-TECITEH-TEC( 0011610SLI I INDDI 201 5( ITEH-TECITEH-TECI 0011610SLI INDDI I

211 51 ITEH-TECITEH-TECI 001(610SLI INDDI 11 61 ITEH-llCITEH-11CI 018(590SMI I INDDI 21 61 ITEH-TECITEH-TECI 018 1590SM I I INDDI 211 61 ITEH-TECITEH-TECI 0011610SLI I INDDI 221 61 ITEH-TEC(TEH-TECI 0011610SLI I INDDI 23( 61 ITEH-TECITEH-TECI 0011 610SL I INDDI I

11 71 ITEH-11CITEH-11CI 018(590SM( INDDI 2( 71 ITEH-TECITEH-TECI 0181590SMI INDDI 231 7( ITEH-TECITEH-TECI 0011610SLI INDDI I

I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 PAGE: 2 OF 30 DATE: 12/12/89 TIME: 12:15:23 EXAM EXTENT I CURRENT I IROV(COL(HEAT¹ILEGIPROGRAMI ACTUAL(REEL(PROBE( LOCATION IVOLTSIMILIDEGI t (CH(

I I I I I 24I 7I (TEH-TEC(TEH-TEC( 001(610SL( (NDD(

25I 7I ITEH-TECITEH-TECI 001I610SLI (NDD(

1 I 8( ITEH-11CITEH-11CI 018 ( 590SM( INDDI 2( 8( (TEH-TEC(TEH-TEC( 018 I 590SMI INDDI 25I 8I (TEH-TEC(TEH-TECI 001(610SL( INDDI 26I 8I ITEH-TECITEH-TECI 001I610SLI (NDD(

27I 8( ITEH-TECITEH-TECI 001I610SLI (NDD(

ll 9I ITEH-11CITEH-11CI 018(590SM( (NDD(

2I 9( ITEH-TECITEH-TECI 018I590SMI (NDD(

8I 9I ITEH-TECITEH-TECI 001I610SLI INDDI 27I 9I ITEH-TECITEH-TECI 001(610SL( (NDD(

28( 9( ITEH-TECITEH-TECI 001(610SL( INDDI ll 10I (TEH-11C(TEH-11C I 018 I 590SM I (NDD(

2( 10( ITEH-TECITEH-TECI 018 I 590SMI INDDI 3( 10( ITEH-TECITEH-TECI 002 ( 610SL ( INDDI 4( 10( ITEH-TECITEH-TECI 0021 610SL I (NDD(

5( 10( (TEH-TEC(TEH-TEC( 002(610SL( INDDI 6I 10I ITEH-TECITEH-TECI 002 I 610SL I INDDI 7( 10( (TEH-TEC(TEH-TECI 002 I 610SLI (NDD(

8I 10I (TEH-TEC(TEH-TEC( 002I610SLI (NDD(

9( 10( ITEH-TECITEH-TECI 002(610SL( INDDI 10( 10( ITEH TECITEH TECI 001(610SL( INDDI 11I 10I ITEH-TECITEH-TECI 001(610SL( (NDD(

12 I 10 I ITEH-TECITEH-TECI 001(610SL( INDDI 13I 10I (TEH-TEC(TEH-TEC( 001 I 610SL I INDDI 14 I 10 I (TEH-TEC(TEH-TEC( 001(610SL( INDDI 15( 10( (TEH-TEC(TEH-TECI 001(610SL( (NDD(

16 I 10 I (TEH-TEC(TEH-TEC( 001 ( 610SL( I I (NDD(

17I 10I ITEH-TECITEH-TECI 001(610SL( INDDI I I 18 I 10 I ITEH-TECITEH-TECI 001(610SL( I I (NDD(

19( 10( ITEH-TECITEH-TECI 001I610SLI (NDD(

I I 20 I 10 I ITEH-TECITEH-TECI 001 I 610SLI I I INDDI 21( 10( (TEH-TEC(TEH-TEC( 001 I 610SL I INDDI I I 22I 10I ITEH-TECITEH-TECI 001 I 610SL I I INDDI I

23 I 10 I (TEH-TEC(TEH-TEC( 001 I 610SL I I I (NDD(

24 I 10 I ITEH-TEC(TEH-TEC( 001(610SL( I I (NDD(

25( 10( ITEH-TECITEH-TECI 001 I 610SL I I INDDI I

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I I I (NDDI I 29 I 10 I ITEH-TECITEH-TECI 001(610SL( I I INDD( I 30( 10( ITEH-TEC(TEH-TEC( 001I610SLI 02C+ 0.64 4.9( (173(INR(M1(

1( 11( (TEH-11C(TEH-11C( 018 (590SM( I (NDD(

2I 11I (TEH-TEC(TEH-TEC( 018I590SMI INDDI I I I I I I I I I CONAM NUCLEAR, INC.

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I I I I I 301 111 (TEH-TEC(TEH-TEC( 002(610SL( (NDD(

31( 11( (TEH-TEC(TEH-TEC( 002 ( 610SL( INDDI 11 121 (TEH-11C(TEH-11C( 018 I 590SM I INDDI 21 121 ITEH-TECITEH-TECI 018 1590SMI (NDD(

311 121 ITEH-TECITEH-TECI 0021610SLI INDDI 321 121 ITEH-TECITEH-TECI 0021610SLI (NDD(

33( 12( ITEH-TECITEH-TECI 0021 610SL I (NDD(

1( 13( ITEH-11CITEH-11CI 0181590SMI INDDI 2( 13( ITEH-TECITEH-TECI 0181590SMI INDDI 33( 13( ITEH-TECITEH-TECI 002(610SL( (NDDI 341 131 (TEH-TEC(TEH-TEC( 002(610SL( INDDI 11 141 ITEH-11CITEH-11CI 018 ( 590SM( INDDI 21 141 ITEH-TECITEH-TECI 0181590SMI (NDD(

341 141 (TEH-TEC(TEH-TEC( 002 ( 610SL ( (NDD(

35( 14( ITEH-TECITEH-TECI 002 1610SL I INDDI 1( 15( (

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11 161 (

TEH-11C ( TEH-11C ( 020(590SM(11H- 0.49 12.3( 1164 I DSS I M11 21 161 (TEH-TEC(TEH-TEC( 0181590SMI I (NDD(

121 161 (TEH-TEC(TEH-TEC( 002 ( 610SL ( 09C+ 16. 88 1.41 (151(INR(

361 161 ITEH-TECITEH-TECI 002(610SL( INDDI 371 161 ITEH-TECITEH-TECI 002 ( 610SL( INDDI 381 161 ITEH-TECITEH-TEGI 0021 610SL I INDDI 1( 17( (TEH-11C(TEH-llC( 0181590SMI (NDD(

21 171 ITEH-TECITEH-TECI 0181590SMI INDDI 38( 17( ITEH-TECITEH-TECI 002(610SL( (NDD(

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391 181 ITEH-TECITEH-TECI 0021610SLI (NDD(

401 181 ITEH-TECITEH-TECI 002(610SLI (NDD(

11 191 (

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21 20( ISI (TEH-TEC(TEH-TEG( 018 ( 590SM( (NDD(

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I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: B PAGE: 4 OF 30 DATE: 12/12/89 TIME: 12:15:23

( EXAM EXTENT ( ( CURRENT (ROW(COL(HEAT¹(LEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION IVOLTSIMILIDEG( 't (CH(

I I I I I 10 ( 201 ISI (TEH-TEC(TEH-TEC( 0031610SLI (NDD(

111 201 ISI (TEH-TEC(TEH-TEC( 0031610SLI INDDI 121 201 ISI (TEH-TEC(TEH-TEC( 003(610SL( INDDI 13( 20( ISI (TEH-TEC(TEH-TEC( 003 (610SL( INDDI 141 201 ISI (TEH-TEC(TEH-TEC( 0031610SLI INDDI 151 '201 ISI ITEH TEC(TEH TEC( 0031610SL( (NDD(

16! 201 ISI ITEH-TEC(TEH-TEC( 003 ( 610SL( (NDD(

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201 201 XSI (TEH-TEC(TEH-TEC( 0021610SLI INDDI 21( 20( ISI ITEH-TECITEH-TECI 002(610SLI INDDI 221 201 ISI ITEH-TEC(TEH-TECI 002(610SL( (NDD(

23( 20( ISI (TEH-TSH(TEH-TSH( 014(610RC( INDDI I I (TEH-TEC(TEH-TEC( 002(610SI(TEH+ 16.00 4.7( 32 I DRS I M11 241 201 ISI ITEH-TECITEH-TECI 002(610SL( INDDI 25( 20( ISI ITEH-TEC(TEH-TEC( 0021 610SL I INDD(

26( 20( ISI (TEH-TEC(TEH-TEC( 002(610SLI (NDD(

271 201 ISI ITEH-TECITEH-TECI 0021610SL I (NDD(

281 201 XSI (TEH-TEC(TEH-TEC( 0021610SLI INDDI 291 201 ISI (TEH-TEC(TEH-TEC( 0021610SLI (NDD(

301 201 ISI (TEH-TEC(TEH-TEC( 0021610SL I (NDD(

311 201 ISI (TEH-TEC(TEH-TECI 0021610SLI INDDI 321 201 XSI ITEH-TECITEH-TECI 0021610SL I (NDD(

331 201 ISI (TEH-TECITEH-TEC( 0021 610SL I (NDD(

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36( 20( ISI (TEH-TEC(TEH-TEC( 002 1610SL I (NDD(

371 201 ISI ITEH-TECITEH-TECI 002 ( 610SL ( INDDI 38( 20( ISI (TEH-TEC(TEH-TEC( 002 1610SL I INDDI 391 201 ISI (TEH-TEC(TEH-TEC( 002 1610SL I INDDI 401 201 ISI ITEH-TECITEH-TECI 0021 610SL I INDDI 411 201 ISI ITEH-TECITEH-TECI 0021 610SL I (NDD(

11 211 ITEH-11CITEH-11CI 0191590SMI (NDD(

21 211 ITEH-TECITEH-TECI 0181590SMI (NDD(

411 211 ITEH-TECITEH-TECI 003(610SL( INDDI 42( 21( (TEH-TEC(TEH-TEC( 0031610SLI INDDI 11 221 ITEH-11CITEH-11CI 019 (590SM( (NDD(

21 22! (TEH-TECITEH-TEC( 0181590SMI (NDD(

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431 231 H ITEH-TECITEH-TECI 003 1610SLI I I INDDI 441 231 H ITEH-TECITEH-TECI 003 1610SLI I I INDDI I I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POVER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: B PAGE: 5 OF 30 DATE: 12/12/89 TIME: 12:15:23 EXAM EXTENT I I I CURRENT

)ROV)COL)HEAT¹)LEG)PROGRAM) ACTUAL/REEL/PROBE/ LOCATION IVOLTSIMILIDEGI %, ICHI I I I I I I I I I I

1) 24) H )TEH-11C)TEH-11C) 019)590SM) INDDI

2) 24) H ITEH-TECITEH-TECI 018) 590SM) )NDD)

44) 24) H )TEH-TEC)TEH-TEC) 003)610SL) I INDDI 451 24) H ITEH-TECITEH-TECI 003)610SLI I INDDI

1) 25) H )TEH-llC)TEH-llC) 019)590SM) )NDD) 21 25) H )TEH-TEC)TEH-TEC) 018)590SM) )NDD)

45) 25) H ITEH-TECITEH-TECI 003)610SLI )NDD)

1) 26) H I TEH-11C I TEH-11C I 019)590SMI )NDD)

2) 26) H ITEH-TECITEH-TECI 018)590SMI I INDDI

6) 26) H ITEH-TECITEH-TECI 005)610SL)10C- 0.35 26.4) )168)DNT)M1)

7) 26) H ITEH-TECITEH-TECI 005)610SL)10C- 0.35 11.8) )172)DNT I Ml)

45) 26) H ITEH-TECITEH-TECI 003) 610SL) I )NDD)

46) 26) H ITEH-TEC)TEH-TEC) 003)610SL) I I INDDI I

1) 27) H )TEH-11C)TEH-llC) 019 ) 590SM) I )NDD)

2) 27) H )TEH-TEC)TEH-TEC) 018)590SMI I ) )NDD)

6) 27) H )TEH-TEC)TEH-TEC) 005)610SL)10C- 0.29 19.4) )171)DNT)Ml)

7) 27) H ITEH-TECITEH-TECI 005 I 610SL I 10C- 0.29 8.9) )173)DNT)M1)

46) 27) H ITEH-TECITEH-TECI 003 I 610SL I I INDDI I

47) 27) H ITEH-TECITEH-TECI 003)610SL)03C+ 0.00 )108. 8) 2)EXP I Ml)

I I H )TEH-TEC)TEH-TEC) 003 I 610SL I 02C+ 0.00 )112. 7) 3)EXP)M1)

1) 28) H )TEH-llC)TEH-llC) 019)590SM) I I )NDD)

2) 28) H ITEH-TECITEH-TECI 019 I 590SMI I I INDDI I

47) 28) H )TEH-TEC)TEH-TEC) 003)610SL)03C+ 0.00 96.0) 1)EXP I Ml)

I I H )TEH-TEC)TEH-TEC) 003) 610SL)02C+ 0.00 )107.7) 2)EXPIM1)

1) 29) H ITEH-11CITEH-11CI 019)590SM) INDDI I

2) 29) H )TEH-TEC)TEH-TEC) 019)590SM) INDDI I

47) 29) H )TEH-TEC)TEH-TEC) 003)610SLI INDDI I

48) 29) H )TEH-TEC)TEH-TEC) 003)610SL)03C+ 0.30 )105. 8) 2)EXP)Ml)

I I H ITEH-TECITEH-TECI 003)610SL)02C+ 0.00 )122. 2) 3)EXP)M1)

1) 30) H ) TEH-11C ) TEH-11C ) 019 I 590SMI )NDD)

2) 30) H ITEH-TECITEH-TECI 019)590SMI INDDI

3) 30) H ITEH-TECITEH-TECI 004)610SLI INDDI

4) 30) H ITEH-TECITEH-TECI 004) 610SL I )NDD)

5) 30) H ITEH-TECITEH-TECI 004)610SLI INDDI

6) 30) H ITEH-TECITEH-TECI 004) 610SL) )NDD)

7) 30) H )TEH-TEC)TEH-TEC) 004)610SLI )NDD)

8) 30) H ITEH-TECITEH-TECI 004)610SL I )NDD)

9) 30) H )TEH-TEC)TEH-TEC) 004)610SL I I )NDD)

10) 30) H )TEH-TSH)TEH-TSH) 014) 610RC I INDDI I I I I I H ITEH-TECITEH-TECI 004)610SL)TEH+ 15.21 9.9) 13)DRS)M1)

11) 30) H ITEH-TECITEH-TECI 004)610SL I I INDDI I I

12) 30) ITEH-TECITEH-TECI 004 I 610SLI )NDD)

I

13) 30) ITEH-TSHITEH-TSHI 014)610RC) INDDI I I I I I ITEH-TECITEH-TECI 004)610SL I TEH+ 5.90 2.6) I 63)DRS IM1)

14) 30) ITEH-TECITEH-TECI 004)610SL) I I INDDI I I I I I I I I I I I I CONAM NUCLEAR, IN'

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: PAGE: 6 OF 30 DATE: 12/12/89 TIME: 12:15:23 I I I I EXAM EXTENT ( ( ( CURRENT (ROW(COLIHEAT¹ILEGIPROGRAMI ACTUAL(REEL(PROBE( LOCATION (VOLTS(MIL(DEG( 4 (CH(

I I I I I I I I I I 151 30( H (TEH-TEC(TEH-TEC( 004 ( 610SL ( (NDD(

16( 30( H ITEH-TECITEH-TECI 0041610SLI (NDD(

17( 30( H ITEH-TEC(TEH-TEC( 0041610SLI (NDD(

18( 30( H ITEH-TSHITEH-TSHI 014(610RC( INDDI I I H (TEH-TEC(TEH-TEC( 0041610SL I TEH+ 19.22 3.4( 18 ( DRS (Ml (

191 30( H ITEH-TECITEH-TECI 004(610SL( (NDD(

201 30( H ITEH-TECITEH-TECI 0041610SL I INDDI 21( 30( H ITEH-TECITEH-TECI 004 ( 610SL( (NDD(

221 30( H (TEH-TEC(TEH-TEC( 0041 610SL I (NDD(

231 30( H (TEH-TEC(TEH-TECI 004 ( 610SL( INDDI 241 30( H ITEH-TECITEH-TECI 0041 610SL I INDDI 25( 30( H ITEH-TECITEH-TECI 0031610SLI (NDD(

261 30( H ITEH-TEC(TEH-TEC( 0031610SLI INDDI 271 30( H ITEH-TECITEH-TECI 0031610SLI INDDI 281 30( H (TEH-TEC(TEH-TEC( 0031610SLI INDDI 29( 30( H (TEH-TEC(TEH-TECI 0031610SLI INDDI 30( 30( H (TEH-TEC(TEH-TEC( 0031610SLI (NDD(

31( 30( ITEH-TECITEH-TECI 003 1610SL I INDDI 32( 30( H ITEH-TECITEH-TECI 0031610SLI (NDD(

33( 30( H ITEH-TECITEH-TECI 003(610SL( INDDI 34( 30( H ITEH-TECITEH-TECI 0031610SLI (NDD(

35( 30( H (TEH-TEC(TEH-TEC( 003(610SL( INDDI 36( 30( H ITEH-TECITEH-TECI 003(610SL( (NDD(

37( 30( H ITEH-TECITEH-TECI 0031610SLI INDDI 38( 30( H (TEH-TEC(TEH-TEC( 0031610SLI (NDD(

( 39( 30( H ITEH-TECITEH-TEC( 003 1610SL I INDDI 40( 30( H (TEH-TEC(TEH-TEC( 003(610SL( INDDI 41( 30( H (TEH-TEC(TEH-TEC( 003(610SL( INDDI I 421 301 H ITEH-TECITEH-TECI 0031610SL I INDDI 43( 30( H ITEH-TECITEH-TECI 003 ( 610SL( INDD(

44( 30( H ITEH-TECITEH-TECI 0031610SLI (NDD(

I 45( 30( H ITEH-TECITEH-TECI 0031610SL( INDDI I

I 461 301 H (TEH-TEC(TEH-TEC( 003(610SL( I I (NDD(

I 471 301 H (TEH-TECITEH-TEC( 0031610SLI I I (NDD(

I 481 301 H ITEH-TEC(TEH-TEC( 0031610SLI03C+ 0 00 F 82.41 2(EXP(Ml(

I I I I H ITEH-TECITEH-TECI 003 1610SL I 02C+ 0.00 1108 71~ 3 I EXP I M11 11 311 H ITEH-11CITEH-11CI 019 1590SM I I I INDDI I I 21 311 H ITEH-TECITEH-TECI 0191590SM I I I (NDD(

I 81 311 H ITEH-TECITEH-TECI 0041 610SL I I I (NDD( (

I 471 311 H ITEH-TECITEH-TECI 0041610SLI (NDD(

I I I 48( 31( H (TEH-TEC(TEH-TEC( 004(610SL(03C+ 0.00 79.4( 5(EXP(M1(

I I I H (TEH-TEC(TEH-TEC( 0041610SLI02C+ 0.00 91.7( 4 (EXP (Ml (

49( 31( H (TEH-TECITEH-TEC( 0041610SLIAV1+ 0.00 14.2( (175(DNT(Ml(

I I H ITEH-TECITEH-TECI 004(610SL(AV4+ 0.00 31.6( 1174 I DNT I M11 I I H (TEH-TEC(TEH-TEC( 0041610SLI03C+ 0.00 93.7( 6(EXP(M11 I I I I I I I I I I I I I CONAM NUCLEAR, INC.

EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 GENERATOR'OMPLETE STEAM PAGE: 7 OF 30 DATE'IME:

12/12/89 12:15:23

( EXAM EXTENT CURRENT (ROWICOLIHEAT¹ILEGIPROGRAMI ACTUAL(REEL(PROBE/ LOCATION IVOLTSIMILIDEGI '%CHI I I I I I I I I I I 491 31( H ITEH-TECITEH-TECI 004(610SL(02C+ 0. 00 93.8( 5(EXP(Ml(

1( 32( H (TEH-11C(TEH-11C( 019(590SM( (NDD(

2( 32( H ITEH TECI 3H TECI 019 ( 590SM( INDDI I I I H ITEH-TECITEH-TECI 020(590SM( (NDD(

47( 32( H (TEH-TEC(TEH-TEC( 004(610SLI (NDD(

48( 32( H (TEH-TEC(TEH-TEC( 004( 610SL I INDDI I 49( 32( H ITEH-TECITEH-TECI 004( 610SL I AV4+ 0. 00 8.9( (175(DNT I Ml(

I I H (TEH-TEC(TEH-TEC( 004(610SL(03C+ 0.00 75.4( 4(EZP(Ml(

I I H (TEH-TEC(TEH-TEC( 004(610SL(02C+ 0. 00 74.7( 3(EXP(M1(

1( 33( H (TEH-11C(TEH-11C( 019 I 590SMI I (NDD(

2( 33( H (TEH-TEC(TEH-TEC( 019(590SM(

I INDDI I 47( 33( H (TEH-TEC(TEH-TEC( 004 ( 610SL(

I INDDI I 48( 33( H (TEH-TEC(TEH-TEC( 004(610SL(

I I (NDDI I 49( 33( H ITEH-TECITEH-TECI 004(610SL(03C+ 0.00 (108. 4( 5(EXP(M1(

H ITEH-TECITEH-TECI 004(610SL(02C+ 0.00 I I I 78.6( 5(EXP(M1(

1( 34( H ITEH-11CITEH-11CI 019(590SM(

I I (NDD(

2( 34( H (TEH-TEC(TEH-TEC( 019(590SMI I I INDDI I 47( 34( H (TEH-TEC(TEH-TEC( 004(610SL(

I I (NDD(

48( 34( H (TEH-TEC(TEH-TEC( 004(610SLI I I INDDI I 49( 34( H (TEH-TEC(TEH-TEC( 004(610SL(03C+ 0.00 (126.5( 9(EXP(M1(

I I H ITEH-TECITEH-TECI 004(610SL(02C+ 0.00 (133.0( 5(EZP(Ml(

1( 35( H (TEH-11C(TEH-11C( 0191590SMI I INDDI I 2( 35( H (TEH-TEC(TEH-TEC( 019(590SMI I (NDD(

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H ITEH-TECITEH-TECI 004(610SL(02C+ 0.00 85.3(

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(NDD(

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~ 85.4( 6(EZP(Ml(

H (TEH-TEC(TEH-TEC( 004(610SL(02C+ 0.00 68.6(

I I 0(EXP(Ml(

1( 38( H (TEH-11C(TEH-11C( 019 ( 590SM(

I INDDI I 2( 38( H (TEH-TEC(TEH-TEC( 019(590SMI I INDDI I 47( 38( H ITEH-TECITEH-TECI 004(610SL I I INDDI I I 48( 38( H (TEH-TEC(TEH-TEC( 004(610SLI I INDDI I I 49( 38( H ITEH-TECITEH-TECI 004(610SL(03C+ 0.00 I 91.6( 4 ( EXP (Ml (

H ITEH-TECITEH-TECI 004 ( 610SL ( 02C+ 0. 00 75.5(

I I 0(EXP(Ml(

I I I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER 6 LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: B PAGE: 8 OF 30 DATE: 12/12/89 TIME: 12:15:23 EXAM EXTENT ( ( ( CURRENT (ROW(COL(HEAT+(LEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION (VOLTS(MILIDEGI 't ICH(

I I I I I 1( 39( H ITEH-11CITEH-11CI 019(590SMI (NDD(

2( 39( H ITEH-TECITEH-TECI 019(590SM( (NDD(

47( 39( H ITEH-TECITEH-TECI 004(610SLI (NDD(

48( 39( H ITEH-TECITEH-TECI 004(610SL( (NDD(

49( 39( H ITEH-TECITEH-TECI 0041610SL(03C+ 0.00 93.0( 5(EXP(Ml(

I I H (TEH-TEC(TEH-TEC( 004 I 610SL I 02C+ 0. 00 (105. 6 I 6(EXP(Ml(

1( 40( ISI H I TEH-11C I TEH-11C I 019(590SMI (NDD(

2( 40( ISI H ITEH-TECITEH-TECI 019(590SM( (NDD(

3( 40( ISI H ITEH-TECITEH-TECI 012 I 610SL I INDDI 4( 40( ISI H ITEH-TECITEH-TECI 012(610SL( INDD(

5( 40( ISI H ITEH-TECITEH-TECI 012(610SL( INDDI 6( 40( ISI H ITEH-TECITEH-TECI 012(610SL( INDDI 7( 40( ISI H (TEH-TEC(TEH-TEC( 012 I 610SL I INDDI 8( 40( ISI H (TEH-TEC(TEH-TEC( 012(610SLI INDDI 9( 40( ISI H (TEH-TEC(TEH-TEC( 012(610SL( (NDD(

10( 40( ISI H ITEH-TECITEH-TECI 012(610SLI (NDD(

11( 40( ISI H ITEH-TECITEH-TECI 012(610SLI INDDI 12( 40( ISI H ITEH-TECITEH-TECI 012(610SL I INDDI 13( 40( ISI H (TEH-TEC(TEH-TEC( 012(610SL( INDDI 14( 40( ISI H (TEH-TEC(TEH-TEC( 012(610SLI (NDD(

15( 40( ISI H (TEH-TEC(TEH-TEC( 012 I 610SL I INDDI 16 I 40( ISI H ITEH-TECITEH-TECI 012(610SL( INDDI 17( 40( ISI H ITEH-TECITEH-TECI 012(610SLI (NDD(

18( 40( ISI H (TEH-TEC(TEH-TEC( 012(610SLI INDDI 19( 40( ISI H ITEH-TECITEH-TECI 012(610SLI INDDI 20( 40( ISI H (TEH-TEC(TEH-TEC( 012 I 610SL I (NDD(

21( 40( ISI H ITEH-TECITEH-TECI 012(610SLI INDDI 22 ( 40( ISI H (TEH-TEC(TEH-TEC( 012(61OSL( INDDI 23( 40( ISI H ITEH-TECITEH-TECI 012 I 610SL I INDDI 24 I 40( ISI H (TEH-TEC(TEH-TEC( 012(610SLI (NDD(

25( 40( ISI H ITEH-TECITEH-TECI 012(610SL( (NDD(

26( 40( ISI H ITEH-TECITEH-TECI 012(610SLI (NDD(

27 I 40( ISI H ITEH-TECITEH-TECI 012(610SLI INDDI 28( 40( ISI H (TEH-TEC(TEH-TEC( 012( 610SL I (NDD(

29( 40( ISI H ITEH-TECITEH-TECI 012(610SL( (NDD(

30( 40( ISI H (TEH-TEC(TEH-TEC( 012(610SL(TEH+ 3.12 2.2( 93 I DRS I Ml(

31( 40( ISI H (TEH TECITEH TEC( 012 I 610SL I INDDI 32( 40( ISI H ITEH-TECITEH-TECI 012( 610SL I INDDI 33 I 40( ISI H (TEH-TEC(TEH-TEC( 012(610SL I INDDI 34( 40( ISI H (TEH-TEC(TEH-TEC( 011(610SL( (NDD(

35( 40( ISI H (TEH-TEC(TEH-TEC( 011(610SLI INDDI 36 ( 40( ISI H (TEH-TEC(TEH-TEC( 011(610SLI INDDI 37( 40( ISI H (TEH-TEC(TEH-TEC( 011(610SL( INDDI 38( 40( ISI H ITEH-TECITEH-TECI 011 I 610SL I INDDI 39( 40( ISI H ITEH-TECITEH-TECI 011(610SL( INDDI I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: PAGE: 9 OF 30 DATE'2/12/89 TIME: 12:15:23 EXAM EXTENT ( ( ( CURRENT (

(ROW(COL(HEAT~(LEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION (VOLTS(MIL(DEG( 't (CH(

I I I I I I I I I 40( 40( ISI (TEH-TEC(TEH-TEC( Oll(610SL( INDDI 41( 40( ISI ITEH-TECITEH-TECI 011 ( 610SL ( (NDD(

42( 40( ISI ITEH-TECITEH-TECI 011(610SL( INDDI 43( 40( ISI ITEH-TECITEH-TECI 011(610SL( INDDI 44( 40( ISI (TEH-TEC(TEH-TEC( 011(610SLI INDDI 45( 40( ISI ITEH-TECITEH-TECI 011(610SL( INDDI 46( 40( ISI (TEH-TEC(TEH-TEC( 011(610SL( (NDD(

47( 40( ISI ITEH-TECITEH-TECI 011( 610SL I INDDI 48( 40( ISI ITEH-TECITEH-TECI 011(610SL( (NDD(

49( 40( ISI ITEH-TECITEH-TECI 011(610SL(03C+ 0.00 77.2( (360(EXP(Ml(

I I ITEH-TECITEH-TECI 011(610SL(02C+ 0.00 94.1( 0 (EXP I Ml(

1( 41( ITEH-11CITEH-11CI 019(590SMI I (NDD(

2( 41( ITEH-TECITEH-TECI 0191590SMI I (NDD(

47 I 41( ITEH-TECITEH-TECI 011(610SLI INDDI I I 48 ( 41( ITEH-TECITEH-TECI 011( 610SL I (NDD(

I 49( 41( ITEH-TECITEH-TECI 011(610SL(03C+ 0.00 68. 6( (360(EXP(Ml(

I I (TEH-TEC(TEH-TEC( 011 ( 610SL( 02C+ 0. 00 88.9( 0(EXP(M1(

1( 42( ITEH-11CITEH-11CI 019(590SM( I (NDD(

2( 42( (TEH-TEC(TEH-TEC( 019(590SM( I I INDDI I 47( 42( (TEH-TEC(TEH-TEC( 011(610SL( I I INDDI I 48( 42( (TEH-TEC(TEH-TEC( Oll(610SL( I (NDD(

49( 42( ITEH-TECITEH-TECI 011 ( 610SL( 03C+ 0. 00 77.1( 0(EXP(Ml(

I I ITEH-TECITEH-TECI 011(610SL(02C+ 0.00 I 88.7( 0(EXP(M1(

1( 43( (TEH-llC(TEH-llC( 019(590SM( I I I INDDI 2( 43( ITEH-TECITEH-TECI 019(590SMI I I (NDD(

47( 43( ITEH-TECITEH-TECI 011( 610SL I I I I INDDI 48( 43( ITEH-TECITEH-TECI 011 I 610SL I 03C+ 0. 00 I 85.8( 1(EXP(M1(

I I (TEH-TEC(TEH-TEC( 011(610SL(02C+ 0.00 (102 4( l(EXP(Ml(

49( 43( ITEH-TECITEH-TECI 011(610SL(AV4+ 0.00 11. 1( (173(DNT I Ml(

I I (TEH-TEC(TEH-TEC( 011(610SL(03C+ 0.00 I 69.5( (355(EXP(Ml(

I I (TEH-TEC(TEH-TEC( 011(610SL(02C+ 0.00 (113. 3 I 2(EXP(Ml(

1( 44( (TEH-llC(TEH-llC( 019(590SM( I I (NDD(

2( 44( (TEH-TEC(TEH-TEC( 019(590SMI I I (NDD(

47( 44( (TEH-TEC(TEH-TEC( 011(610SLI I I (NDD(

48( 44( (TEH-TEC(TEH-TEC( 011(610SL(03C+ 0.00 74.7( 0 I EXP I Ml(

I I I (TEH-TEC(TEH-TEC( 011(610SL(02C+ 0. 00 (120 6( 2(EXP(Ml(

49( 44( (TEH-TEC(TEH-TEC( 011(610SL(03C+ 0.00 71.4( (360(EXPIM1(

I I ITEH TECITEH-TEC( 011(610SL(02C+ 0.00 (102. 4( 1(EXP(M1(

1( 45( ITEH-11CITEH-11CI 019 I 590SMI (NDD(

2( 45( (TEH-TEC(TEH-TEC( 019(590SM( (NDD(

20( 45( ITEH-TECITEH-TECI 011(610SLI INDDI 21( 45( (TEH-TEC(TEH-TEC( 011(610SL( INDDI 22( 451 (TEH-TEC(TEH-TEC( 011(610SL(TEH+ 9.98 0.6( 48(DRS(M2(

23( 45( ITEH-TECITEH-TECI 011 ( 610SL( I (NDD(

24( 451 (H (TEH-TEC(TEH-TEC( 011 I 610SL I I INDDI I I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: B PAGE: 10 OF 30 DATE: 12/12/89 TIME'2'15:23

), EXAM EXTENT I ) CURRENT

)ROW)COL)HEAT@)LEG)PROGRAM) ACTUAL)REEL)PROBE) LOCATION )UOLTS)MIL)DEG)  % )CH)

I

'I I I I I I I I I I

47) 45) )TEH-TEC)TEH-TECI 0111610SLI I I )NDD)

48) 45) ITEH-TEC)TEH-TECI 0111610SLI03C+ 0.00 I 76.71 ) 360) EXP IM1)

I I ITEH-TEC)TEH-TECI 011)610SL)02C+ 0.00 1100.9) 1)EXP)M1)

49) 45) ITEH-TECITEH-TECI 0111610SL I 03C+ 0 00 F 64. 1) )360)EXP)M1)

I I ITEH-TECITEH-TECI 0111610SLI02C+ 0.00 )105.7) 2)EXP)Ml)

1) 46) )TEH-11C)TEH-11C) 019)590SM) )NDDI 21 461 ITEH-TECITEH-TECI 0191590SM I INDDI

21) 46) )TEH-TEC)TEH-TECI Oll)610SL) )NDD) 241 461 ITEH-TECITEH-TECI Oll )610SL I )NDD)

33) 46) ITEH-TECITEH-TECI 011)610SLI INDDI 471 461 ITEH-TECITEH-TEC) Oll)610SLITEH+ 17.03 0.5) 38)DRSIM2)

48) 46) ITEH-TECITEH-TECI 0111610SL I 03C+ 0.00 67.4) )359)EXP)M1)

I I ITEH-TECITEH-TECI Oll)610SL)02C+ 0.00 1112.71 2)EXP)Mll

49) 46) ITEH-TECITEH-TECI 011)610SL)03C+ 0.00 69.7) 2)EZP)Ml)

I I )TEH-TEC)TEH-TECI 011) 610SL I 02C+ 0.00 )102.91 4)EXP)Ml) 11 471 I TEH-11C I TEH-llC I 0191590SMI I INDD)

2) 47) ITEH-TEC)TEH-TEC) 019)590SM) I )NDD) )

21) 47) ITEH-TECITEH-TECI 0111610SLI I INDDI

24) 47) ITEH-TEC)TEH-TECI 011)610SLI I )NDD)

47) 47) )TEH-TECITEH-TECI Oll I 610SL I I I INDDI I 481 471 ITEH-TECITEH-TECI 0111610SL I 03C+ 0.00 75.81 0)EXPIM1)

I I )TEH-TEC)TEH-TEC) 011)610SL)02C+ 0.00 88 41 )358)EXP)Ml)

49) 47) ITEH-TECITEH-TECI 011 ) 610SL)03C+ 0.00 87.61 0)EZP)Ml)

I I )TEH-TEC)TEH-TEC) 011)610SL)02C+ 0.00 86.91 2) EXP)M1)

1) 48) ITEH-11CITEH-11CI 019)590SM I I INDDI I 21 48) ITEH-TECITEH-TEC) 019)590SM) I I INDD) I 151 481 ITEH-TECITEH-TECI 011) 610SL)01H+ 14.43TO+ 22.36) 2. 11 )149)INRI 1) 211 481 ITEH-TECITEH-TECI 0111610SLI I )NDD) 241 481 ITEH-TECITEH-TEC) 011)610SLI I INDD) 471 481 )TEH-TEC)TEH-TECI Oll)610SLITEH+ 12.99 0.4) 67IDRSIM21

48) 48) )TEH-TEC)TEH-TEC) 011)610SL)03C+ 0.00 68.61 )360)EXPIMl)

I I ITEH-TECITEH-TECI 0111610SLI02C+ 0.00 1101. 71 1)EZP)Mll

49) 48) ITEH-TECITEH-TECI 011)610SL)03C+ 0.00 )126.9) 2)EXP)Ml)

I I ITEH-TECITEH-TECI 011)610SL)02C+ 0.00 88.4) 5)EZPIMll

1) 49) I TEH-11C)TEH-11C I 0191590SMI I )NDD)

2) 49) )TEH-TEC)TEH-TEC) 019)590SMI I INDDI I 211 491 ITEH-TECITEH-TECI 0101610SL I I INDDI I

24) 49) )TEH-TECITEH-TECI 0111610SLI I INDDI I

47) 49) ITEH-TECITEH-TECI 0111610SLI I I INDDI I

48) 49) )TEH-TEC)TEH-TEC) 011)610SL)03C+ 0.00 )112.9) '2)EXP)Ml)

I I ITEH-TECITEH-TECI 011)610SL)02C+ 0.00 1142. 41 5 I EXP I Mll

49) 49) )TEH TECITEH TECI 011)610SL)03C+ 0 00 F )104.0) 3)EXP)Ml)

I I ITEH-TECITEH-TECI 011)610SL)02C+ 0.00 1142. 61 3 I EXP I Ml) ll 50) ITEH-llCITEH-11CI 019 1590SM I I )NDD) 21 501 ITEH-TECITEH-TECI 0181590SM I I INDDI I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER 6 LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: B PAGE: 11 OF 30 DATE'IME:

12/12/89 12:15:23

( ( ( ( EXAM EXTENT ( ( ( CURRENT (ROW(COL(HEAT¹(LEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION (VOLTS(MIL(DEG(  % (CH(

I I I I I 2( 50( ITEH-TECITEH-TECI 019(590SMI (NDD(

3( 50( (TEH-11H(TEH-llH( 010(610SLI (NDD(

4( 50( ITEH-TECITEH-TECI 010 I 610SL I INDDI 5( 50( ITEH TECITEH TECI 010(610SL( (NDD(

6( 50( ITEH TEC(TEH"TEC( 010(610SL I INDDI 7( 50( (TEH-TEC(TEH-TEC( 010 I 610SL I INDDI 8( 50( ITEH-TECITEH-TECI 010(610SL I (NDD(

9( 50( (TEH-TEC(TEH-TEC( 010(610SLI (NDD(

10( 50( ITEH-TECITEH-TECI 010 I 610SLI INDDI 11( 50( ITEH-TECITEH-TECI 010(610SL( INDDI I 12( 50( ITEH-TECITEH-TECI 010( 610SL I (NDD(

13( 50( (TEH-TEC(TEH-TEC( 010(610SL( INDDI 14( 50( (TEH-TEC(TEH-TEC( 010(610SL( (NDD(

15( 50( ITEH-TECITEH-TECI 010 I 610SL I INDDI 16( 50( ITEH-TECITEH-TECI 010(610SL I INDDI 17( 50( ITEH-TECITEH-TECI 010(610SL( INDDI 18( 50( ITEH-TECITEH-TECI 010( 610SL I (NDD(

19( 50( ITEH-TECITEH-TECI 010(610SLI INDDI 20( 50( ITEH-TECITEH-TECI 010(610SLI INDDI 21( 50( ITEH-TECITEH-TECI 010(610SLI INDDI 24( 50( (TEH-TEC(TEH-TEC( 010 ( 610SL( INDDI 25( 50( (TEH-TEC(TEH-TEC( 010(610SLI INDDI 26( 50( ITEH-TECITEH-TECI 010(610SLI (NDD(

27( 50( ITEH-TECITEH-TECI 010(610SLI INDDI 28( 50( ITEH-TECITEH-TECI 010(610SLI (NDD(

29( 50( (TEH-TEC(TEH-TEC( 010(610SLI (NDD(

30( 50( ITEH-TECITEH-TECI 010( 610SL I (NDD(

31( 50( (TEH-TEC(TEH-TEC( 010(610SL I INDDI 32( 50( (TEH-TEC(TEH-TEC( 010(610SL( (NDD(

33( 50( ITEH-TECITEH-TECI 010(610SL( (NDD(

34( 50( ITEH-TECITEH-TECI 010(610SLI INDDI 35( 50( ITEH-TECITEH-TECI 010( 610SL I (NDD(

36( 50( ITEH-TEC(TEH-TECI 010(610SL( INDDI 37( 50( ITEH-TECITEH-TECI 010(610SL(TEH+ 18.05 1. 1( 32(DRS(M2(

38( 50( (TEH-TEC(TEH-TEC( 010 ( 610SL( (NDD(

I 39( 50( ITEH-TECITEH-TECI 010(610SL I INDDI I

40( 50( (TEH-TEC(TEH-TEC( 010 I 610SL I INDDI I

41( 50( ITEH-TECITEH-TECI 010( 610SL I (NDD(

I 42( 50( (TEH-TEC(TEH-TEC( 010 ( 610SL( INDDI I I 43( 50( ITEH-TECITEH-TECI 010(610SL( (NDD(

I 44( 50( (TEH-TECITEH-TECI 010(610SL(AV2+ 14. 77 11.9( (172(DNG( 1(

45( 50( ITEH-TEC(TEH-TEC( 010(610SL( INDDI I I I 46( 50( (TEH-TEC(TEH-TEC( 010(610SL(TEH+ 8.04 0.9( 33(DRS(M2(

47( 50( ITEH-TECITEH-TECI 010(610SL(TEH+ 16.05 1.0( 35(DRSIM2(

I I ITEH-TECITEH-TECI 010 (610SL(TEH+ 20.07 0.6( 52(DRS(M2(

I I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: B PAGE: 12 OF 30 DATE: 12/12/89 TIME: 12:15:23

) ) ) ) ) EXAM EXTENT ) ) ( CURRENT

)ROWICOLIHEAT¹ILEGIPROGRAMI ACTUAL(REEL)PROBE) LOCATION (VOLTS)MIL(DEG( t"')CH(

I I I I I I I I 48( 50( H ITEH-TEC)TEH-TECI 010(610SLITEH+ 5.22 I

I H ITEH-TECITEH-TECI H (TEH-TEC)TEH-TEC) 010)610SL(TEH+ 14.96 010)610SL(03C+ 0.00 I

I 2 'I 1.2(

90.0) 37(DRS(M2(

49)DRS)Ml) 1(EXP)M1(

I H ITEH-TECITEH-TECI 0101610SL)02C+ 0.00 )149.3) 4) EXP (Ml) 49( 50) H (TEH-TEC(TEH-TEC( 010(610SL(TEH+ 18.06 I 1. 1( 40)DRS)M2)

I I H ITEH-TECITEH-TEC( 010(610SL(03C+ 0.00 1( '100.

3 ) EXP )

Ml )

I I H ITEH-TECITEH-TECI 010)610SL(02C+ 0.00 )136. 6 I 3)EXP)Ml(

11 51( H ITEH-11CITEH-11CI 019(590SM( (NDD) 2( 51) H ITEH-TECITEH-TECI 018 I 590SMI INDDI I I H ITEH-TECITEH-TECI 019(590SM I INDDI

21) 51) H ITEH-TECITEH-TECI 010(610SL I INDDI 24( 51( H ITEH-TECITEH-TECI 010)610SL( INDDI 47 ( 51) H ITEH-TECITEH-TECI 010)610SL)03C+ 0.00 )119.1( 0(EXP(M1(

I I H ITEH-TECITEH-TEC( 010(610SL(02C+ 0.00 )138.1) 3)EXP(M1(

48) 51) H (TEH-TEC)TEH-TEC) 010(610SL(03C+ 0.00 (108. 5( 9)EXP)M1)

49) 51)

I I H H

ITEH-TECITEH-TECI

)TEH-TEC(TEH-TEC(

010 (610SL(02C+ 0.00 010 I 610SLI TEH+ 10.18

)139 I

')

1.0(

3)EXP)Ml) 31)DRS I M2)

I I H (TEH-TEC(TEH-TEC( 010)610SL(03C+ 0.00 )103.2) 0)EXP)Ml)

I I H (TEH-TEC)TEH-TEC( 010)610SL(02C+ 0.00 I 138. 7) 5)EXP)Ml)

1) 52( H )TEH-11C)TEH-llC( 019(590SMI (NDD) 2( 52) H ITEH-TECITEH-TECI 018 ( 590SM( INDDI I I I H ITEH-TECITEH-TECI 019(590SM I INDDI I 21( 52( H ITEH-TECITEH-TECI 010(610SL( INDDI I 24( 52( H ITEH-TECITEH-TECI 010 I 610SL I INDDI I

47) 52( H (TEH-TEC(TEH-TEC) 010(610SL(03C+ 0.00 88.7( 1(EXP(M1(

I I H ITEH-TECITEH-TECI 010(610SL)02C+ 0.00 (153. 6 I 5)EXP)Ml) 48( 52( H ITEH-TECITEH-TECI 010 I 610SL I TEH+ 11.11 I 1.2( 42(DRSIM2(

I I H ITEH-TECITEH-TECI 010)610SL)03C+ 0.00 I 84.3( )358(EXP)Ml)

I I H ITEH-TECITEH-TECI 010(610SL(02C+ 0.00 (129. 21 3)EXP)M1)

49) 52) H ITEH-TECITEH-TECI 010(610SLITEH+ 13.19 1.0) 38)DRS)M2)

I I H ITEH-TECITEH-TECI 010(610SL(03C+ 0.00 I 97.2) 2)EXP)Ml)

I I H (TEH-TEC(TEH-TEC( 010)610SL(02C+ 0.00 ) 131.7) 3 I EXP I Ml(

1( 53( H (TEH-11C(TEH-11C) 019(590SMI I )NDD) 2( 53) H ITEH-TECITSH-TECI 018)590SMI I INDDI I

( I ITEH-TECITEH-TECI 019)590SMI I (NDD) )

211 53( ITEH-TECITEH-TECI 010(610SLI INDDI I I 24( 53( ITEH-TECITEH-TECI 010(610SLI

47) 53)

I I ITEH-TECITEH-TECI

)TEH-TEC)TEH-TEC(

010( 610SL(03C+

010 I 610SL(02C+

0.00 0.00 I

97 (138.7)

'( (NDD(

2)EXP)Ml)

5) EXP(M1(

48( 53) ITEH-TECITEH-TECI 010)610SL(03C+ 0.00 )108.2( '3)EXP)Ml)

I I ITEH-TECITEH-TECI 010 I 610SL I 02C+ 0.00 (150. 0( 5 (EXP) Ml )

49) 53) (TEH-TEC(TEH-TEC( 010(610SL(03C+ 0.00 I 98.9) 2)EXP)Ml)

I I ITEH-TECITEH-TECI 010(610SL(02C+ 0.00 )123.9) 2)EXP I Ml (

1) 54( ITEH-11CITEH-11CI 019(590SMI INDDI 2( 54( ITEH-TECITEH-TECI 018 I 590SMI INDDI I ) I ( I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 PAGE'ATE:

13 OF 30 12/12/89 TIME: 12:15:23 EXAM EXTENT CURRENT (ROW(COL(HEAT¹(LEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION (VOLTS(MIL(DEG(  % ICHI I I I I I I I I I I 21 54( H (TEH-TEC(TEH-TEC( 019(590SM( INDDI 211 54( H ITEH-TEC(TEH-TEC( 009 1610SL I INDDI 241 54( H ITEH-TECITEH-TECI 0091610SLI INDDI I 47( 54( H ITEH-TECITEH-TECI 009(610SL(03C+ 0.00 93. 11 0(EXP(M1(

I I H ITEH-TECITEH-TECI 009(610SL(02C+ 0.00 (132. 9( 5(EXP(M1(

481 54( H ITEH-TECITEH-TECI 009(610SL(03C+ 0.00 I 88 11~ 0(EXP(M1(

I 49( 54(

I H (TEH-TECITEH-TEC(

H ITEH-TECITEH-TECI 009(610SL(02C+

0091610SL I 03C+

0.00

0. 00 1142 '1 3(EXPIMl(

97.0( (356(EXP(M1(

I I H ITEH-TECITEH-TECI 009(610SL(02C+ 0.00 1141.11 5(EXP(M1(

11 55( H (TEH-11CITEH-11CI 019(590SM( INDDI 21 55( H (TEH-TECITEH-TECI 019 1590SMI INDD(

211 55( H (TEH-TEC(TEH-TEC( 0091610SLI INDDI 241 55( H ITEH-TECITEH-TECI 009(610SLI INDDI 25( 55( H ITEH-TECITEH-TECI 009(610SLI INDD(

261 55( H (TEH-TEC(TEH-TEC( 0091610SLI INDDI 271 55( H (TEH TECITEH"TEC( 009(610SLI INDDI 281 55( H ITEH-TECITEH-TECI 009(610SL I INDDI 29( 55( H ITEH-TECITEH-TEC( 009 ( 610SL I INDDI 30( 55( H ITEH-TECITEH-TECI 009(610SL(03H+ 0.00 0.3( (109(DSS(M1(

311 55( H (TEH-TEC(TEH-TECI 0091610SLI INDDI 321 55( H ITEH-TECITEH-TECI 0091610SLI INDDI 33( 55( H ITEH-TECITEH-TECI 0091610SLI (NDD(

34( 55( H ITEH-TECITEH-TECI 009 1610SL I INDDI 35( 55( H ITEH-TECITEH-TECI 0091610SLI (NDD(

361 55( H ITEH-TECITEH-TECI 0091610SL I INDDI 37( 55( H ITEH-TECITEH-TECI 0091610SLI INDDI 381 55( H ITEH-TECITEH-TECI 0091610SLI (NDD(

39( 55( H ITEH-TECITEH-TECI 0091610SLI INDDI 40( 55( H ITEH-TECITEH-TEC( 0091610SLI INDDI 41( 55( H ITEH-TECITEH-TEC( 0091610SLI INDDI 421 551 H (TEH-TECITEH-TECI 009(610SLI INDDI 43( 55( H ITEH-TECITEH-TECI 009(610SLI INDD(

44( 55( H ITEH-TEC(TEH-TECI 009(610SLI (NDDI 45( 55( H ITEH-TECITEH-TECI 009(610SLI INDDI 461 551 H ITEH-TECITEH-TECI 0091610SLI 03C+ 0. 00 71.41 (354(EXPIM1(

H ITEH-TEC(TEH-TEC( 009(610SL(02C+ 0.00 (139.1(

I I 3(EXP(Ml(

47( 55( H ITEH-TECITEH-TECI 009(610SL(03C+ 0.00 I 84.81 5(EXP(Ml(

I I H ITEH-TECITEH-TECI 009(610SL(02C+ 0.00 1129 71 6 I EXP I Ml(

48 ( 551 H ITEH-TECITEH-TECI 009(610SL(03C+ 0.00 78.31 0 I EXP I M11 I

I I H (TEH-TECITEH-TECI 009 ( 610SL(02C+ 0. 00 (128.0( '3(EXPIMl(

49( 55( H ITEH-TSHITEH-TSHI 014(610RC ( I I INDD(

H ITEH-TECITEH-TECI 0091610SLITEH+ 5.43 0 81 76IDRSIM21 I F H ITEH-TEC(TEH-TEC( 009(610SL(03C+ 0.00 58.7( 0(EXP(Ml(

H ITEH-TECITEH-TECI 009(610SL(02C+ 0.00 (135.0( 6(EXP(M1(

56( H I TEH-11C I TEH-11C I 0191590SMI I I INDDI I I I I I I I I I I I I CONAM NUCLEAR, INC.

0 COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 r

PAGE: 14 OF 30 DATE: 12/12/89 TIME: 12:15:23 EXAM EXTENT CURRENT (ROW(COL(HEAT¹ILEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION (VOLTS(MIL(DEG(  % (CH(

I I I I I I I I 2( 561 H ITEH-TECITEH-TEC( 019(590SMI (NDD(

21( 56( H ITEH-TECITEH-TECI 009(610SLI (NDD(

25( 56( H ITEH-TECITEH-TECI 009(610SL( (NDD(

26( 56( H (TEH-TEC(TEH-TEC( 009(610SLI (NDD(

271 56( H ITEH-TECITEH-TECI 009(610SL I (NDD(

28( 56( H ITEH-TECITEH-TEC( 009(610SLI (NDD(

29( 56( H (TEH-TEC(TEH-TEC( 009(610SLI (NDD(

30( 56( H ITEH-TECITEH-TECI 009(610SLI (NDD(

31( 56( H ITEH-TEC(TEH-TEC( 009(610SL( INDDI 32( 561 H ITEH-TECITEH-TECI 009 ( 610SL( INDDI 33( 56( H ITEH-TECITEH-TECI 009 I 610SL I (NDD(

34( 56( H ITEH-TECITEH-TECI 009(610SLI INDDI 35( 56( H ITEH-TECITEH-TECI 009 1610SL I (NDD(

361 56( H ITEH-TECITEH-TECI 009(610SL I (NDD(

I I 37( 561 H (TEH TEC(TEH TECI 009(610SL(03C+ 0.00 (144. 0 I 2(EXPIM1(

I I H (TEH-TEC(TEH-TEC( 009(610SL(02C+ 0.00 I 132. 31 5(EXP(Ml(

38( 56( H ITEH-TECITEH-TECI 009(610SL(03C+ 0.00 73.9( 0(EXP(Ml(

I I H (TEH-TEC(TEH-TEC( 009(610SL(02C+ 0.00 (124. 6 ( 6(EZP(Ml(

39( 56( H ITEH-TECITEH-TECI 009(610SL(03C+ 0.00 I 70.2( 0(EZP(Ml(

I I H ITEH-TECITEH-TECI 009(610SL(02C+ 0.00 (126. 5( 3(EZP(Ml(

401 56( H (TEH-TEC(TEH-TEC( 009(610SL(03C+ 0.00 73.9( 0(EZP(Ml(

I I H ITEH-TECITEH-TECI 009(610SL(02C+ 0.00 (115.4( 0(EZP(Ml(

41( 56( H (TEH-TEC(TEH-TEC( 009 (610SL(03C+ 0.00 88.5( 2(EXP(M1(

I H (TEH-TEC(TEH-TEC( 009(610SL(02C+ 0.00 74.4( 1(EXPIM1(

'(

I 42( 56( H ITEH-TECITEH-TECI 009(610SL(03C+ 0.00 79 1(EXP(Ml(

I I H ITEH-TECITEH-TECI 009 ( 610SL(02C+ 0.00 126.4( 6(EXPIM1(

I 43( 56( H ITEH-TECITEH-TECI 009 ( 610SL( 03C+ 0.00 I 55.6( 0(EXP(Ml(

I I H (TEH-TEC(TEH-TEC( 009(610SL(02C+ 0.00 (127.0( 4(EXP(Ml(

44( 56( H (TEH-TEC(TEH-TEC( 009(610SL(03C+ 0.00 74.3( 0(EXP(Ml(

I I H (TEH-TEC(TEH-TEC( 009(610SL(02C+ 0.00 (134. 9( 3(EXP(M1(

451 56( H ITEH-TECITEH-TEC( 009 I 610SLI 03C+ 0.00 70. 1( 0(EXP(Ml(

I I H ITEH-TECITEH-TECI 009 ( 610SL( 02C+ 0.00 (127. 7 ( 4(EXP(Ml(

46( 561 H ITEH-TECITEH-TECI 009 I 610SL I 03C+ 0.00 I 65.0( 0(EXP(Ml(

I I H ITEH-TECITEH-TECI 009 ( 610SL( 02C+ 0.00 (128.3( 3(EXP(M1(

47( 56( H ITEH-TECITEH-TECI 009(610SL(03C+ 0.00 57.6( 0(EXP(Ml(

I I H ITEH-TECITEH-TECI 009(610SL(02C+ 0.00 60.5( 0 I EXP I Ml(

48( 56( H ITEH-TSHITEH-TSHI 014( 610RC I I (NDD(

I H (TEH-TEC(TEH-TEC( 009 (610SL I TEH+ 12.29 0.8( 83(DRSIM2(

H (TEH-TEC(TEH-TEC( 009 I 610SL I 03 0+ 0.00 83.1(

I 5(EXP(Ml(

H ITEH-TECITEH-TECI 009(610SL(02C+ 0.00 (127 3(

I ~ 6(EXP(Ml(

49( 56( H ITEH-TECITEH-TECI 009(610SL(03C+ 0.00 I 79.6( 1(EXP(Ml(

I I H ITEH TECITEH TECI 009 I 610SL(02C+ 0.00 (135. 6( 3(EZP(Mf(

1( 57( H (TEH-llC(TEH-11C( 017(590SLI I (NDD(

I I H ITEH-11CITEH-11CI 019(590SMI INDDI I I 2( 57( H ITEH-TECITEH-TECI 017(590SMI I (NDD(

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COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: B PAGE: 15 OF 30 DATE: 12/12/89 TIME: 12:15:23 EXAM EXTENT CURRENT IROWICOLIHEAT¹ILEGIPROGRAMI ACTUALIREELIPROBEI LOCATION IVOLTSIMIL(DEGI t ICHI I I I I I 21 57( H ITEH-TECITEH-TECI 019(590SM( INDDI 21( 57( H (TEH-TEC(TEH-TEC( 0081610SL I INDDI 11 581 H (TEH-11C(TEH-11C( 017 I 5 90SM I (NDD(

21 58( H ITEH-TECITEH-TECI 0171590SMI (NDD(

211 581 H ITEH-TECITEH-TECI 0081610SLI INDDI 11 59( H (TEH-11C(TEH-llCI 0171590SMI (NDDI 21 59( H ITEH-TECITEH-TECI 017(590SM( INDDI 211 59( H ITEH-TEC(TEH-TECI 0081610SLI (NDDI 251 59( H ITEH-TEC(TEH-TECI 0081610SLI INDDI 26( 59( H ITEH-TECITEH-TECI 008 1610SL I INDDI 271 59( H ITEH-TECITEH-TECI 0081610SLI INDDI 281 59( H ITEH-TECITEH-TECI 008(610SL( INDD(

291 59( H ITEH-TECITEH-TECI 0081610SLI INDD(

30( 59( H ITEH-TECITEH-TECI 008( 610SL ( (NDD(

311 59( H ITEH-TECITEH-TECI 008(610SLI INDDI 321 59( H (TEH-TECITEH-TEC( 0081610SLI I INDDI 33( 59( H (TEH-TECITEH-TECI 008(610SL( I INDDI 34( 59( H ITEH-TECITEH-TECI 0081610SLI I INDDI 35( 59( H ITEH-TECITEH-TECI 008(610SLI I INDD(

361 59( H ITEH-TEC(TEH-TEC( 0081610SLI I (NDDI 37( 59( H ITEH-TECITEH-TECI 008(610SL(03C+ 0.00 1116. 31 3(EXPIM1(

I I H ITEH-TECITEH-TECI 008 I 610S L I 02C+ 0.00 (175.0( 6(EZP(M1(

38( 59( H ITEH-TECITEH-TECI 008 I 610SL I 03C+ 0.00 I 76.21 7(EXPIMl(

I I H ITEH-TECITEH-TECI 008(610SL(02C+ 0 00 F (115.4( 4 I EXP IM11 39( 59( H ITEH-TECITEH-TECI 008(610SL(03C+ 0.00 1100. 01 3(EXP(M1(

I I H ITEH-TECITEH-TECI 008(610SL(02C+ 0,00 (160.6( 7(EZPIMl(

40( 59( H (TEH-TECITEH-TECI 008(610SL(03C+ 0 00 F

I 85.51 2(EXPIMl(

I I H ITEH-TECITEH-TECI 008 I 610SL I 02C+ 0.00 (144.7( 9(EXPIMl(

411 591 H (TEH-TEC(TEH-TEC( 008(610SL(03C+ 0.00 "

(106.8( 3 (EXP(Ml (

I I H ITEH-TECITEH-TECI 008(610SL(02C+ 0 00 F (161.9( 6(EXP (Ml (

421 591 H ITEH-TEC(TEH-TEC( 0081610SLI 03C+ 0.00 1112.11 3 I EZP I Ml(

I I H ITEH-TECITEH-TECI 0081610SLI02C+ 0.00 1154. 61 7(EZPIMl(

43( 59( H - - I 000(

I I I I IPLGI I 44( 59( H - - I 000(

I I I I IPLGI 45( 59( H ITEH-TEC(TEH-TECI 008(610SL(AV1+ 0.00 I 1.01 01 25IM31 I H ITEH-TECITEH-TEC( 0081610SLIAV4+ 0.00 I 0.81 0( 21(M3(

I H (TEH-TEC(TEH-TEC( 008 I 610SL I 03 0+ 0.00 1114 91 ~ 3(EZP I Ml (

I H (TEH-TECITEH-TECI 008(610SL(02C+ 0.00 1179. 91 7(EXPIMl(

46( 59( H ITEH-TECITEH-TECI 008(610SL(AV2+ 0.00 1.0( I 01 25IM31 I I H ITEH-TECITEH-TECI 008(610SL(03C+ 0.00 99.4( 3(EXP(Ml(

I I H ITEH-TECITEH-TECI 0081610SLI 02C+ 0.00 1154.81 ( 5(EXP (Ml (

47( 59( H ITEH-TECITEH-TEC( 008(610SL(03C+ 0.00 I 83.61 ( 2(EXP(Ml(

I I H (TEH-TEC(TEH-TEC( 0081610SLI02C+ 0.00 (186.3( 10(EXPIMl(

481 591 H ITEH-TECITEH-TECI 008 I 610SL I 03C+ 0 00 F 96.91 0(EXPIMl(

I I I H (TEH-TECITEH-TEC( 0081610SL(02C+ 0.00 (170.9( 7(EXPIMl(

I I I I I I I I I I I I I CONAM NUCLEAR, IN'

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER 6 LIGHT, SHEARON HARRIS, UNIT 1 PAGE: 16 OF 30 DATE'IME:

12/12/89 12:15:23 EXAM EXTENT CURRENT (ROW(COL(HEAT¹ILEGIPROGRAM( ACTUAL(REEL(PROBE( LOCATION I VOLTS I MILI DEG I  % I CH I

'

I I I I I I I I I 49( 59( H (TEH-TEC(TEH-TEC( 008(610SL(03C+ 0. 00 I 109. 4( 3(EXP(Ml(

I I H (TEH-TEC(TEH-TEC( 008 (610SL(02C+ 0 00

~ (163. 6( 7(EXP(Ml(

1( 60( H I TEH-11C I TEH-11C I 017(590SM( (NDD(

2( 60( H ITEH-TECITEH-TECI 017(590SMI (NDD(

3( 60( H ITEH-TECITEH-TECI 012(610SLI (NDD(

4( 60( H (TEH-TEC(TEH-TEC( 012(610SL( INDDI 5( 60( H ITEH-TECITEH-TECI 012(610SL( INDDI 6( 60( H ITEH-TECITEH-TECI 012(610SL I (NDD(

7( 60( H ITEH-TECITEH-TECI 012(610SLI INDDI 8( 60( H (TEH-TEC(TEH-TEC( 012(610SLI (NDD(

9( 60( H (TEH-TEC(TEH-TEC( 012(610SL( INDDI 10( 601 H ITEH-TECITEH-TECI 012(610SLI (NDD(

ll( 60( H ITEH-TECITEH-TECI 012(610SL( (NDD(

12( 60( H (TEH-TEC(TEH-TEC( 012(610SL( INDDI 13( 60( H (TEH-TEC(TEH-TEC( 012 I 610SL I (NDD(

141 60( H ITEH-TECITEH-TECI 012(610SLI INDDI 15 I 60( H (TEH-TEC(TEH-TEC( 012(610SL( (NDD(

16 I 60( H ITEH-TECITEH-TECI 012( 610SL I (NDD(

17( 60( H ITEH-TECITEH-TECI 012 I 610SL I INDDI 18( 60( H (TEH-TEC(TEH-TECI 012(610SL( INDDI 19 I 60( H ITEH-TECITEH-TECI 012(610SLI INDDI 20( 60( H ITEH-TECITEH-TECI 012(610SLI (NDD(

21( 60( H ITEH TECITEH TEC( 005(610SL( INDDI 24( 60( H (TEH-TEC(TEH-TEC( 005(610SL( INDDI I 25( 60( H (TEH-TEC(TEH-TEC( 005 ( 610SL( (NDD(

26( 60( H (TEH-TEC(TEH-TEC( 005(610SLI (NDD(

27( 60( H ITEH-TECITEH-TECI 005 I 610SL I (NDD(

28( 60( H ITEH-TEC(TEH-TECI 005 I 610SLI (NDD(

291 60( H (TEH-TEC(TEH-TEC( 005(610SL I INDDI I 30( 60( H ITEH-TECITEH-TECI 020 I 610SLI (NDD(

31( 60( H ITEH-TECITEH-TECI 005(610SLI I (NDD(

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32( 60( H (TEH-TEC(TEH-TEC( 005(610SL I INDDI 33(, 60( H (TEH-TEC(TEH-TEC( 005 I 610SLI INDDI 34( 60( H (TEH-TEC(TEH-TEC( 005 I 610SL I INDDI 35( 60( H ITEH-TECITEH-TECI 005(610SL( INDDI 36( 60( H (TEH-TEC(TEH-TEC( 005(610SLI (NDD(

37( 60( H ITEH-TECITEH-TECI 005 ( 610SL( (NDD(

38( 60( H (TEH-TEC(TEH-TEC( 005(610SLI INDDI 39( 60( H (TEH-TEC(TEH-TEC( 005(610SLI INDDI 40( 60( H (TEH-TEC(TEH-TEC( 005(610SL( INDDI 41( 60( H (TEH-TEC(TEH-TEC( 005 I 610SL I INDDI 42( 60( H (TEH-TEC(TEH-TEC( 005(610SLI INDDI 43( 60( H (TEH-TEC(TEH-TEC( 0051610SLI (NDD(

I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: PAGE: 17 OP 30 DATE: 12/12/89 TIME: 12:15:23 I I I I EXAM EXTENT CURRENT (ROW)COL(HEAT¹(LEG)PROGRAM) ACTUAL(REEL)PROBE) LOCATION I VOLTS I MILI DEG I  % CH I I

I I I I I I I 44( 60( H ITEH-TECITEH-TECI 005(610SLI I INDDI

45) 60( H ITEH-TECITEH-TECI 005 ( 610SL(

I INDDI 46( 60( H ITEH-TECITEH-TECI 005)610SL(03C+ 0 00 F )154.5) 5)EXP)Ml)

I I H )TEH-TEC(TEH-TEC) 005(610SL(02C+ 0.00 )180.8) 5)EXP)M1)

47) 60) H )TEH-TEC)TEH-TEC( 005 (610SL(03C+ 0.00 (108.9) 3)EXP)M1)

I I H (TEH-TEC(TEH-TEC( 005(610SL)02C+ 0.00 (192. 1( 7)EXP(M1) 48( 60) H ITEH TECITEH TECI 005)610SL(03C+ 0.00 I 103. 0( 4)EXP)Ml)

I I H (TEH-TEC)TEH-TEC( 005(610SL(02C+ 0.00 (177.0) 6)EXP)M1)

49) 60( H (TEH-TEC(TEH-TEC( 005 I 610SL(03C+ 0.00 )115.5) 3)EXP)Ml(

H ITEH-TECITEH-TECI 005)610SL(02C+ 0.00 I 162.0( 5)EXP)Ml)

I I 1( 61( H )TEH-11C(TEH-llC) 017(59OSM(

I I (NDD(

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211 61) H )TEH-TEC(TEH-TEC( 005 ( 610SL( INDDI I I I 24 I 61) H ITEH-TECITEH-TECI 005 1610SL I I I INDDI I 47 I 61( H (TEH-TEC(TEH-TEC( 005)610SL(03C+ 0.00 98.2)

I 0) EXP)M1(

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48( 61) H ITEH-TECITEH-TECI 005(610SL(03C+ 0.00 )101. 5( 3 I EXP Ml)

I I H (TEH-TEC(TEH-TEC( 005(610SL(02C+ 0.00 )171.2)

I 6)EXP(M1(

49( 61( H ITEH TECITEH TECI 005(610SL(03C+ 0.00 )102. 8) 0)EXP)Ml)

H ITEH-TECITEH-TECI 005(610SL)02C+ 0.00 (176. 0(

I I 8)EZP)Ml)

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H ITEH-TECITEH-TECI 012 610SL 29.61 1.0)

( 05H+ 130(INR) 1)

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)NDD(

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( INDDI I I

47) 62( H ITEH-TECITEH-TECI 005(610SL(03C+ 0.00 (104.3) 4)EXP)Ml)

I H ITEH-TECITEH-TECI 005 610SL 02C+ 0.00 (167.

I I I 3 I 7)EXP)Ml(

48) 62( H (TEH-TEC)TEH-TEC( 005(610SL(03C+ 0.00 94.3) 0)EXP)Ml)

I I H (TEH-TEC(TEH-TEC( 005(610SL)02C+ 0.00 )169.1) 5 I EXP IM1) 49( 62( H ITEH-TECITEH-TECI 005 I 610SL 03 0+

I 0.00 )102.2) 4)EZP)Ml)

I I H ITEH-TECITEH-TECI 005)610SL(02C+ 0.00 )171.1) 5(EXP(M1) 1( 63( H (TEH-11C(TEH-11C( 017 I 5 90SM I I )NDD)

2) 631 H (TEH-TEC)TEH-TEC) 017 I 590SMI I INDD(

21) 63( H ITEH-TEC(TEH-TECI 006 ( 610SL)

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I (NDD(

47( 63) H ITEH-TECITEH-TECI 0051610SL(03C+ 0.00 )107.9( 5(EXP)M1)

H ITEH-TECITEH-TECI 005(610SL(02C+ 0.00 (154. 8)

I I 6)EXP)Ml)

48) 63( H ITEH-TECITEH-TECI 0051610SLI 03C+ 0 00 )107.3( 4 I EXP H (TEH-TEC(TEH-TEC) 005)610SL)02C+

F I Ml )

I I 0.00 )177.2) 7)EXP(Ml) 49( 63( H ITEH-TECITEH-TECI 005)610SL)03C+ 0.00 (103. 9 0(EZP(Ml)

I I H ITEH-TECITEH-TECI 005(610SL(02C+ 0.00 )156.1(

I 6)EXP)Ml)

1) 64( H ITEH-11CITEH-11CI 017(590SM I (NDD(

2( 64) H ITEH-TECITEH-TECI 017 I 590SMI INDDI I I I I I I I I I CONAM NUCLEAR, INC.

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) PAGE'ATE:

TIME:

12/12/89 12:15:23 EXAM EXTENT ( ( I CURRENT '

(ROW(COL(HEAT¹(LEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION (VOLTS(MIL(DEG(  % (CH(

( I I I I I I I 21( 64( H (TEH-TEC(TEH-TEC( 006 ( 610SL( I I INDDI I 24( 64( .H (TEH-TEC(TEH-TEC( 006 ( 610SL( I I (NDD(

47( 64( H (TEH-TEC(TEH-TEC( 006(610SL(03C+ 0.00 I 93 0( 1(EXP(Ml(

I I H ITEH-TECITEH-TECI 006(610SL(02C+ 0.00 (149.0( 3(EXP(M1(

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COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: B PAGE: 24 OF 30 DATE: 12/12/89 TIME: 12:15:23 EXAM EXTENT CURRENT (ROW(COL(HEAT/I(LEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION (VOLTS(MIL(DEG( t (CH(

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I I I I I I I I I I I CONAM NUCLEAR, INC.

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)ROW)COL)HEAT~)LEG)PROGRAM) ACTUAL/REEL/PROBE/ LOCATION I VOLTS IMIL)DEG I  % ) CH)

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43) 93) H )TEH-TEC)TEH-TEC) 0151610SL I INDD)

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21 95) H ITEH-TECITEH-TECI 017 I 590SM I INDD)

40) 95) H ITEH-TECITEH-TECI 015)610SL) I INDDI I

41) 95) H )TEH-TECITEH-TECI 015)610SL)AV4+ 32.09 12.6) 1173IDNGI 11 I I H ITEH-TECITEH-TECI 015)610SL(11C- 0.88 6.31 1171 I DNT I M11 11 961 H (TEH-11C)TEH-11C) 0171590SMI INDDI I

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H ITEH-TECITEH-TECI 020(590SM(09C- 0.55 7.21 1175 I DNT IM11 111001 ISI H ITEH-11CITEH-11CI 017)590SM) I INDDI

2) 100) ISI H ITEH-TECITEH-TECI 0171590SMI I INDDI I I I I I I I I I I CONAM NUCLEAR, INC.

EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 GENERATOR'OMPLETE STEAM PAGE: 26 OF 30 DATE: 12/12/89 TIME: 12:15:23 EXAM EXTENT CURRENT ROW(COL(HEAT¹(LEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION (VOLTS(MIL(DEG( t (CH(

I I I I I 31100 I ISI I TEH-11H I TEH-11H I 015(610SLI I (OBS(

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35(100( ISI ITEH-TECITEH-TECI 015(610SL I INDDI 36(100( ISI (TEH-TEC(TEH-TEC( 015(610SLI INDDI 1(101( (TEH-llC(TEH-11C( 017(590SM( (NDD(

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2(102( (TEH-TEC(TEH-TEC( 017(590SMI INDDI 33(102( ITEH-TECITEH-TECI 015(610SLI INDDI 34 I 102( ITEH-TECITEH-TECI 015(610SL( (NDD(

1(103( (TEH-llC(TEH-11C( 017(590SMI INDDI I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 PAGE: 27 OF 30 DATE: 12/12/89 TIME: 12:15:23 I I I I EXAM EXTENT CURRENT IROWICOLIHEAT¹ILEGIPROGRAMI ACTUALIREELIPROBEI LOCATION IVOLTSIMILIDEGI % ICHI I I I I I I I I 211031 ITEH-TECITEH-TECI 0171590SMI INDDI 3111031 ITEH-TECITEH-TECI 0151610SLI INDDI I 3211031 ITEH-TECITEH-TECI 015 1610SL I INDDI 3311031 ITEH-TECITEH-TECI 0151610SLI INDDI 111041 ITEH-11CITEH-11CI 0181590SMI INDDI 211041 ITEH-TECITEH-TECI 0171590SMI INDDI 3011041 ITEH-TECITEH-TECI 0151610SLI INDDI 3111041 ITEH-TECITEH-TECI 0151610SLI INDDI 111051 ITEH-11CITEH-11CI 0181590SM I INDDI 211051 ITEH-TECITEH-TECI 0171590SMI INDDI 2811051 ITEH-TECITEH-TECI 0151610SLI INDDI 2911051 ITEH-TECITEH-TECI 0151610SLI INDDI 3011051 ITEH-TECITEH-TECI 0151610SLI INDDI 111061 ITEH-11CITEH-11CI 0181590SMI INDDI 211061 ITEH-TECITEH-TECI 0171590SLITEH+ 14.67 I 1.71 I 55IDRSIM21 2711061 ITEH-TECITEH-TECI 015 1610SL I I I INDDI 2811061 ITEH-TECITEH-TECI 0151610SL I I I I INDDI 111071 ITEH-11CITEH-11CI 018 1590SMI I I INDDI 211071 ITEH-TECITEH-TECI 0171590SMI I I INDDI 611071 ITEH-TECITEH-TECI 015 1610SL I I I I INDDI I 2511071 ITEH-TECITEH-TECI 0151610SLI I I INDDI 2611071 ITEH-TECITEH-TECI 0151610SLI I I I INDDI I 2711071 ITEH-TECITEH-TECI 015 610SL I AV2+

1 0.00 I 6. 11 11741DNTIM11 111081 ITEH-11CITEH-llCI 0181590SM I I INDDI 211081 ITEH-TECITEH-TECI 0171590SMI I INDDI 2311081 ITEH-TECITEH-TECI 0161610SLI I INDDI 2411081 ITEH-TECITEH-TECI 0161610SLI I INDDI 2511081 ITEH-TECITEH-TECI 0161610SLITSH+ 5.00 I 8. 11 1169 I DNG I 11 I I ITEH-TECITEH-TECI 0161610SLI07H+ 0.38 I 10.31 11691DNTIM11 111091 211091 ITEH-11CITEH-11CI 018 I 590SM I 10H+

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COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 PAGE'8 OF 30 DATE: 12/12/89 TIME: 12:15:23

( ( ( ( EXAM EXTENT ( CURRENT (

(ROW(COL(HEAT¹(LEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION (VOLTS(MIL(DEG( 't (CH(

I I I I' I I I I I 8(110( ITEH-TECITEH-TECI 016 I 610SL I 11H+ 31. 44 4.81 (172(INR( 1(

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18(110( ITEH-TECITEH-TECI 016(610SL( INDDI 19 I 110( ITEH-TECITEH-TECI 016 I 610SL I INDDI 20 I 110( (TEH-TEC(TEH-TEC( 016 I 610SL I INDDI 21(110( ITEH-TECITEH-TECI 016(610SL( (NDD(

1(ill( (TEH-11C(TEH-llC( 018(590SMI (NDD(

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I I I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 PAGE: 29 OF 30 DATE: 12/12/89 TIME: 12:15:23 EXAM EXTENT CURRENT IROWICOLIHEAT¹ILEGIPROGRAMI ACTUALIREELIPROBEI LOCATION IVOLTSIMILIDEGI % ICHI I I I I I I I I I I I I I I 6I1141 I H ITEH-TECITEH-TECI 016I610SLI I I I INDDI I I I I I I I I I I I I I I I CONAM NUCLEAR, IN'

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER 6 LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: B PAGE: 30 OF 30 DATE: 12/12/89 TIME: 12:15:23 TUBES EVALUATED WITH PROBETYPES OSM,OBF,OSL,ORC EXTENT NUMBER TEH-TEC 961 TEH-11C 114 TEH-llH 1 SUBTOTAL 1076 TUBES EVALUATED, ALL PROBES TUBES NOT EVALUATED EXTENT NUMBER REASON NUMBER TEH-TEC 961 PLG TEH-11C 114 TEH-11H 1 SUBTOTAL 1076 SUBTOTAL 4 TOTAL TUBES IN EXAMINATION PROGRAM 1080 NO TREND ANALYSIS REQUESTED CONAM NUCLEAR, IN'

CUMULATIVE REPORT 10/89, CAROLINA POL/ER & LIGHT, SHEARON HARRIS, UNIT 1 t STEAM GENERATOR: C LOCATION: AV1 TO AV4 CRITERIA: 0% TO 100%,

PAGE:

DATE:

TIME:

1 OF 12/12/89 08:41:05 1

I I I I i EXAM EXTENT CURRENT iROtliCOLjHEATCJLEG/PROGRAM) ACTUAL/REM)REEL)PROBEi LOCATION /VOLTS/MIL/DEG/  % iCHi I I I I I I I I I I I I I I 40I 56I H ITEH-TECITEH-TECI 007)610SL)AV3+ 0.00 0.4i Oi<20iM3i I 45I 56I H ITEH-TECITEH-TECI 007/610SL/AVl+ 0.00 1.1i [ OI 23IM3I 46'9/ H iTEH-TECiTEH-TECH 019i610SLiAV3+ 0.00 0.7i Of<20/M3J I I I H iTEH-TECJTEH-TECH 019i610SL(AV4+ 0.00 0.7i Oi<20iM3i I 47I 59I H iTEH-TECiTEH-TECH 019i610SLiAV1+ 0.00 I 1 ~ 3I Oi 25)M3i 48/ 59( H /TEH-TECiTEH-TECH 019i610SLJAV1+ 0.00 I o3I I OI<20IM3I I I I I I I I I I I I I I I NUMBER OF TUBES SELECTED FROM CURRENT OUTAGE: 5 NO TREND ANALYSIS REQUESTED CONAM NUCLEAR, INC.

iO/89, CAROLINA POWER R LIGHT, SHEARON HARRIS, UNIT i STEAM GENERATOR: C DATE: 12/13/89 TIME: 14: 14: 53 LOCATION: AV1 TO AV4 CRITERIA: OX TO 100K OX TO 192 9 SOX TO 392 0 202 TO 292 2 402 TO 1002 0 OTHER 40 30 20 10 110 100 80 70 60 60 40 30 20 10 CONAN NUCLEAR, INC.

CUMULATIVE REPORT 10/89, CAROLINA POL/ER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE: 1 OF 1 LOCATION: ALL DATE: 12/12/89 CRITERIA: DRS TIME: 08:42:43 I I I I, I EXAM EXTENT CURRENT

/ROW/COLiHEAT¹iLEG)PROGRAMS ACTUALiREMiREELiPROBEi LOCATION iVOLTS/MIL/DEG/ ~o iCHi I I I I I I I I I I I I I I I 43( 60' H /TEH-TEC/TEH-TECH / 008i610SLiTEH+ 19.11 I 0.6I I 69IDRSIM2I

'

I I I I I I I I I I I I I NUMBER OF TUBES SELECTED FROM CURRENT OUTAGE:

NO TREND ANALYSIS REQUESTED CONAM NUCLEAR, INC.

iO/89, CAROLINA PONER 8 LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C DATE: 12/13/89 TIME: 14: 32: 32 LOCATION: ALL CRITERIA: DRS PLU66ED 8 DAS 40 30 20 110 100 So So 70 So 40 30 20 10 CONAM NUCLEAR, INC.

CUMULATXVE REPORT 10/89, CAROLXNA POMER & LIGHT, SHEARON HARRIS, UNIT 1 t STEAM GENERATOR:

LOCATION: ALL C

CRITERXA: ALL INDICATIONS DRS)

(0't TO 100%,PTP,PID,UDI,DSI,DTI,EPI,DNI,IDI, PAGE:

DATE:

TIME:

1 OF 12/12/89 08:43:47 1

EXAM EXTENT ( ( ( ( CURRENT (ROW(COL(HEATS(LEG(PROGRAM( ACTUAL(REM(REEL(PROBE( LOCATION I VOLTS I MILI DEG ( % I CH I I I I I I I I I I I I 23( 45( H ITEH-TECITEH-TECI 005(610SL(11H+ 37.10 0.6( (145(<20( 1(

40( 56( H (TEH-TEC(TEH-TEC( 007(610SLIAV3+ 0.00 0.4( ( 0(<20(M3(

45( 56( H ITEH-TECITEH-TECI 007 I 610SL I AV1+ 0.00 1.1( ( 0( 23(M3(

'(

34( 59( H (TEH-TEC(TEH-TEC( 019 ( 610SL( 02C+ 0.00 1.0( (145(<20(M1(

46( 59( H (TEH-TEC(TEH-TEC( 019(610SL(AV3+ 0.00 0.7( 0(<20(M3(

I I H (TEH-TEC(TEH-TEC( 019(610SL(AV4+ 0.00 0.7( 0(<20(M3(

47( 59( H'TEH-TECITEH-TECI 019 I 610SL I AV1+ 0.00 1.3( 25(M3(

48( 59( H ITEH-TECITEH-TECI 019 ( 610SL ( AV1+ 0.00 0.3( 0(<20(M3(

43( 601 H (TEH-TEC(TEH-TEC( 008(610SL(TEH+ 19.11 I 0.6( 69(DRSIM2(

47( 66( H ITEH-TECITEH-TECIPIDI 019(610SL(02C+ 0.00 1.7( (115(PID(M1(

I I H ITEH-TECITEH-TECI I 009 ( 610SL( 02C- 0.22 1.3( (110( 50(Ml(

14( 77( H (TEH-TEC(TEH-TEC( 010(610SL(02C+ 1.90 1.5( (135( 31( 1(

I 33 I 100( ISI H (TEH-TEC(TEH-TEC(PID( 019(610SL(01H+ 0.00 1.6( (108(PID(Ml(

I I I H ITEH-TECITEH-TECI I 013(610SL(01H+ 0.51 I 1.5( (1031 48(M1(

I I I I I I I I I I I I I I I NUMBER OF TUBES SELECTED FROM CURRENT OUTAGE: 11 NO TREND ANALYSIS REQUESTED CONAM NUCLEAR, XNC ~

iO/BB, CAROLINA POWER R LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C DATE: K2/13/89 TIME'5: 08'9 LOCATION: ALL CRITERIA: ALL INDICATIONS (OX TO 100X, PTP, PID, VDI, DSI, DTI, EPI, DNI, IDI, OTHERS)

OX TO 19X 5 BOX TO 39X aOX TO ae a 40X TO 100X 2 OTHER 40 30 20 10 110 100 90 60 70 60 60 40 30 20 10 CONAM NUCLEAR. ZNC.

CUMULATIVE REPORT 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 t STEAM GENERATOR: C LOCATION'LL CRITERIA: PLUGGABLE INDICATIONS ( 40% TO 100'%,PTP,PID)

PAGE:

DATE:

TIME:

1 OF 12/22/89 ll:36:36 1

EXAM EXTENT CURRENT (ROW(COL(HEAT¹(LEG(PROGRAM( ACTUAL(REM(REEL(PROBE( LOCATION I VOLTS IMILIDEGI  % ICHI I I I I I I I I I I I I 47( 66( H (TEH-TEC(TEH-TEC(PID( 019(610SL(02C+ 0.00 1.7( (115(PID(Ml(

I I H I TEH-TEC I TEH-TEC I I 009(610SL(02C- 0. 22 1 ~ 3( (110( 50(Ml(

33(100 I ISI H (TEH-TEC(TEH-TEC(PID( 019(610SL(01H+ 0.00 1.6( (108(PID(Ml(

I I I H (TEH-TEC(TEH-TEC( ( 013(610SL(01H+ 0.51 I 1. 5 I (103( 48(M1(

I I I I I I I I I I I I I I I NUMBER OF TUBES SELECTED FROM CURRENT OUTAGE:

NO TREND ANALYSIS REQUESTED CONAM

iO/89, CAROLINA PONER G LIGHT, SHEARON HARRIS, LINIT I STEAM GENERATOR: C DATE: i2/22/89 TIME: 11: 44: 43 LOCATION: ALL CRITERIA: PLUGGABLE INDICATIONS ( 40K TO iOOX, PTP, PID)

PLUGGEO 8 OX TO 19X 0 SOX TO SSX 20X TO 29X 40X TO LOOX 2 OTHER 0 40 20 i0 leo 100 80 70 60 60 40 30 20 10 CONAN

iO/89, CAROLINA POWER 8 LIBHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C DATE: i2/19/89 TIME: 08: 55: 20 LOCATION: ALL CRITERIA: TUBES EXAMINED COMPLETELY PER REQUIREMENTS 20 70 SO 40 20 CONAN NUCLEAR. INC.

iO/89, CAROLINA PONER E LIGHT, SHEARON HARRIS, UNIT i STEAM GENERATOR: C DATE: 12/15/89 TIME: 22: 03: 28 LOCATION: ALL CRITERIA: TUBES EXAMINED COMPLETELY IN 1988 AND 1989 PLU66ED 8 TUBES IN ISBB 922 40

'0 20 i0 iio i00 80 70 60 40 30 10 CONAN

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE: 1 OF 33 DATE: 12/12/89 TIME: 15:26:46 EXAM EXTENT CURRENT (ROW(COL(HEAT¹(LEG(PROGRAM( ACTUAL/REEL/PROBE/ LOCATION (VOLTS(MIL(DEG(  % (CH(

I I I I I I I I I I 1( 11 ITEH-11CITEH-11CI 017 1590SM I I I (NDD(

2( 1( ITEH-TECITEH-TECI 017(590SMI I I INDDI 3( 1( ITEH-TECITEH-TECI 001( 610SL I I I (NDD(

4( 1( ITEH-TECITEH-TECI 001(610SLI I (NDD(

5( 1( ITEH-TECITEH-TECI 001(610SL I I (NDD(

6( 1( ITEH-TECITEH-TECI 0011610SLI I INDDI 1( 2( ITEH-11CITEH-11CI 017(590SM I I INDDI 21 2( ITEH-TECITEH-TECI 017(590SM I I INDDI 6( 2( ITEH-TECITEH-TECI 001(610SLI INDDI 7( 2( (TEH-TEC(TEH-TEC( 001(610SL I (NDD(

81 2( ITEH-TECITEH-TECI 001(610SLI INDDI 9( 2( ITEH-TECITEH-TECI 001(610SL( INDDI 10( 2( ITEH-TECITEH-TECI 001(610SLI INDDI 11( 2( ITEH-TECITEH-TEC( 001(610SL( I INDDI 12( 21 ITEH-TEC(TEH-TECI 001(610SL(llH+ 0.29 11.8( (

171 ( DNT ( Ml (

1( 3( ITEH-11CITEH-11CI 017 (590SM( (NDD(

2( 3( ITEH-TECITEH-TECI 017 ( 590SM( (NDD(

12( 3( ITEH-TECITEH-TECI 001(610SL( INDDI 13( 3( (TEH-TEC(TEH-TEC( 0011610SLI I INDDI 14( 3( (TEH-TEC(TEH-TEC( 001(610SL I I INDDI 15( 3( ITEH-TECITEH-TECI 001(610SL I I INDDI 1( 4( I TEH-11C I TEH-11C I 017(590SM I I (NDD(

2( 4( (TEH-TEC(TEH-TEC( 017(590SMI I INDDI 3( 4( ITEH-TECITEH-TEC( 0011610SL(11H+ 7.60 10.6( ( 169 I INR I Ml(

15( 4( ITEH-TECITEH-TECI 001( 610SLI (NDD(

16( 4( (TEH-TEC(TEH-TEC( 001(610SL I (NDD(

17( 4( (TEH-TEC(TEH-TEC( 0011 610SL I INDDI 18( 4( ITEH-TECITEH-TECI 001(610SL( (NDD(

11 5( ITEH-11CITEH-11CI 017(590SMI INDDI 2( 5( ITEH-TECITEH-TECI 017(590SM I INDDI 18( 5( ITEH-TECITEH-TECI 001(610SLI INDDI 19( 5( ITEH-TEC(TEH-TEC( 001(610SL I INDDI 20( 5( ITEH-TECITEH-TECI 001(610SL I INDDI 21( 5( (TEH-TEC(TEH-TEC( 001(610SLI (NDD(

1( 6( I TEH-11C I TEH-11C I 017(590SM I INDDI 2( 6( (TEH-TEC(TEH-TEC( 017 ( 590SM( INDDI 21( 6( ITEH-TECITEH-TECI 001(610SL I INDDI 221 6( (TEH-TEC(TEH-TEC( 001 ( 610SL( INDDI 23( 6( ITEH-TECITEH-TECI 001 I 610SL I (NDD(

1( 7( I TEH-11C I TEH-11C I 017 ( 590SM( (NDD(

2( 7( ITEH-TECITEH-TECI 017 590SM(

( (NDD(

23( 7( ITEH-TECITEH-TECI 001(610SL I (NDD(

24( 7( ITEH-TECITEH-TECI 0011610SL I (NDD(

25( 7( ITEH-TECITEH-TECI 001 I 610SL I (NDD(

1( 8( (TEH-11C(TEH-llC( 017(590SM I INDDI I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 PAGE: 2 OF 33 DATE'IME:

12/12/89 15:26:46 I I I I I EXAM EXTENT I CURRENT I IROWICOLIHEAT¹ILEGIPROGRAMI ACTUALIREELIPROBEI LOCATION I VOLTS I MILI DEG I '%

CHI I I I I I 21 81 ITEH-TECITEH-TECI 0171590SMI INDDI 251 81 ITEH-TECITEH-TECI 0011610SLI INDDI 261 SI ITEH-TECITEH-TECI 0011610SLI INDDI 271 SI ITEH-TECITEH-TECI 0011610SL I INDDI 11 91 ITEH-llCITEH-11CI 0171590SMI INDDI 21 91 ITEH-TECITEH-TECI 0171590SMI INDDI 271 91 ITEH TECITEH TEGI 0011610SLI INDDI 281 91 ITEH-TECITEH-TECI 0011610SLI INDDI 11 101 ITEH-11CITEH-11CI 0171590SMI INDDI 21 101 ITEH-TEGITEH-TECI 017 1590SM I INDDI 31 101 ITEH-TECITEH-TECI 0011610SLI INDDI 41 101 ITEH-TECITEH-TECI 0011 610SL I INDDI 51 101 ITEH-TECITEH-TECI 0011610SL I INDDI 61 101 ITEH-TECITEH-TEGI 0011610SLI INDDI 71 101 ITEH-TECITEH-TEGI 0011610SLI INDDI 81 101 ITEH-TECITEH-TECI 0011610SL I INDDI 91 101 ITEH-TECITEH-TECI 0011 610SL I INDDI 101 101 ITEH-TECITEH-TECI 0011610SLI INDDI 111 101 ITEH-TECITEH-TECI 0011610SL I INDDI 121 101 ITEH-TECITEH-TECI 0011610SLI INDDI 131 101 ITEH-TECITEH-TECI 0011610SL I INDDI 141 101 ITEH-TECITEH-TECI 0011610SL I INDDI 151 101 ITEH-TECITEH-TECI 0011610SLI INDDI 161 101 ITEH-TECITEH-TECI 0011610SL I INDDI 171 101 ITEH-TECITEH-TECI 0011610SLI INDDI 181 101 ITEH-TECITEH-TECI '0011610SLI INDDI 191 101 ITEH-TECITEH-TECI 0011610SL I INDDI 201 101 ITEH-TECITEH-TECI 0011610SLI INDDI 211 101 ITEH-TECITEH-TECI 0011610SLI INDDI 221 101 ITEH-TECITEH-TECI 0011610SLI INDDI 231 101 ITEH-TECITEH-TECI 0011610SLI INDDI 241 101 ITEH-TECITEH-TECI 0011610SLI INDDI 251 101 ITEH-TECITEH-TECI 0011610SL I INDDI 261 101 ITEH-TECITEH-TECI 0011610SLI INDDI 271 101 ITEH-TECITEH-TECI 0011610SLI INDDI 281 101 ITEH-TECITEH-TECI 0011610SLI INDDI 291 101 ITEH-TECITEH-TECI 0011610SL I INDDI 301 101 ITEH-TECITEH-TECI 0011 610SL I INDDI 11 111 ITEH-11CITEH-11CI 0171590SMI INDDI 21 111 ITEH-TECITEH-TECI 0171590SMI INDDI 301 111 ITEH-TECITEH-TECI 0011 610SL I INDDI 311 111 ITEH-TECITEH-TECI 0011610SL I INDDI 11 121 ITEH-11CITEH-11CI 0171590SMI INDDI 21 121 ITEH-TECITEH-TECI 0171590SMI INDDI 311 121 ITEH-TECITEH-TECI 0021610SLI INDDI I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: PAGE: 3 OF 33 DATE: 12/12/89 TIME: 15:26:46 I ( ( ( EXAM EXTENT CURRENT (ROW(COL(HEAT¹(LEG(PROGRAM( ACTUAL/REEL(PROBE) LOCATION IVOLTSIMILIDEGI 't (CH(

I I I I I I I I I 321 121 (TEH-TECITEH-TECI 0021610SLI INDDI I 33( 121 ITEH-TECITEH-TECI 0011610SL I INDDI I 11 131 (TEH-11C(TEH-11C( 0171590SMI INDDI 21 131 (TEH-TECITEH-TEC( 017 (590SM( INDDI 33( 131 (TEH-TEC(TEH-TEC( 002(610SLI (NDD(

34( 13( ITEH-TECITEH-TECI 002(610SL( (NDD(

11 14( ITEH-11CITEH-11CI 017 ( 590SM( INDDI 21 14( (TEH-TEC(TEH-TEC( 017(590SM( (NDD(

34( 14( (TEH-TEC(TEH-TECI 002 1610SL I INDDI 35( 14( (TEH-TEC(TEH-TECI 002 ( 610SL( INDDI 11 15( ITEH-11C(TEH-11C( 017(590SM( INDDI 21 15( (TEH-TEC(TEH-TEC( 017 ( 590SM( (NDD(

35( 15( ITEH-TEC(TEH-TEC( 002 ( 610SL ( (NDD(

361 15( (TEH-TEC(TEH-TEC( 002 ( 610SL ( INDDI 1( 161 (TEH-llC(TEH-llC( 017(590SM( I (NDD(

21 161 ITEH-TECITEH-TECI 0171590SMI I (NDD(

361 16( ITEH-TECITEH-TECI 002 ( 610SL( I (NDD(

37( 161 (TEH-TEC(TEH-TEC( 002 ( 610SL( I I INDDI 381 161 ITEH-TECITEH-TECI 002(610SL(09H- 0.44 9.4( (171(DNT(Ml(

1( 171 (TEH-11C (TEH-11C ( 0171590SMI I I INDDI I 2( 171 ITEH-TECITEH-TECI 017 ( 590SM I I (NDD(

51 17( ITEH-TEC(TEH-TEC( 002(610SL(04C+ 0.39 9.0( 1171 I DNT I M11 61 171 ITEH-TECITEH-TECI 002 I 610SL I 04C+ 0.41 13.9( (171(DNT(Ml(

381 17( ITEH-TECITEH-TECI 0021610SLI I I INDDI I 39( 17( ITEH-TECITEH-TECI 002(610SL( I (NDD(

1( 18( ITEH-11CITEH-11CI 0171590SMI I I INDDI I 21 181 ITEH-TECITEH-TECI 0171590SMI I (NDD(

5( 181 ITEH-TECITEH-TECI 002 I 610SL I 04C+ 0.39 15.9( (171(DNT(Ml(

61 181 ITEH-TECITEH-TECI 0021610SL I 04C+ 0.41 13.31 1171IDNTIM11 39( 181 ITEH-TECITEH-TECI 002(610SL(llH+ '0.10 8.21 1171 DNG I 11 1

I (TEH-TEC(TEH-TEC( 0021610SLI10C+ 36.29TO+ 39.55( 23.81 (172(DNG( 1(

40( 18( ITEH-TECITEH-TECI 0021610SL( I (NDD(

1( 19( ITEH-11CITEH-11CI 017(590SM( I INDDI 21 19( ITEH-TECITEH-TECI 017 ( 590SM( I INDDI 40( 19( ITEH-TEC(TEH-TEC( 0021610SLI I INDDI 11 20( ISI (TEH-11C(TEH-11C( 017(590SM( I (NDD(

21 201 ISI (TEH-TEC(TEH-TEC( 017(590SM( I INDDI 3( 201 ISI ITEH-TECITEH-TECI 002 1610SL I I (NDD(

4( 20( ISI (TEH-TEC(TEH-TEC( 002 ( 610SL( I (NDD(

5( 20( ISI ITEH-TECITEH-TECI 002(610SL( I (NDD(

61 201 ISI ITEH-TECITEH-TECI 0021610SL I I INDDI 7( 201 ISI (TEH-TEC(TEH-TEC( 002 1610SL I I INDDI 81 201 ISI (TEH-TEC(TEH-TEC( 0021610SL I I INDDI I 9( 201 ISI (TEH-TEC(TEH-TEC( 002(610SL( I INDDI 10( 201 ISI (TEH-TEC(TEH-TEC( 0021610SLI I INDDI I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE: 4 OF 33 DATE: 12/12/89 TIME: 15:26:46

( ) ) ) ) EXAM EXTENT I CURRENT I (ROW)COLIHEAT¹ILEG)PROGRAM) ACTUAL(REEL)PROBE) LOCATION I VOLTS I M ILI DEG I % I CH I I I I I I I I I 11( 20) ISI )TEH-TEC)TEH-TEC( 002) 610SL I INDDI 12( 20) ISI ITEH-TECITEH-TECI 002) 610SL I INDDI 13( 20) ISI ITEH TECITEH TECI 002 I 610SL I )NDD(

14( 20) ISI (TEH-TEC(TEH-TEC( 002) 610SL) INDDI 15( 20( ISI ITEH-TECITEH-TECI 002)610SL( INDDI 16( 20) ISI )TEH-TECITEH-TECI 002)610SL) )NDD) 171 20( ISI )TEH-TEC)TEH-TEC( 002(610SLI (NDD(

18) 20( ISI )TEH-TEC)TEH-TEC) 002(610SLI (NDD(

19) 20( ISI H')TEH-TEC(TEH-TEC( 002)610SL) INDDI 20( 20( ISI ITEH-TECITEH-TECI 002(610SLI INDDI 21( 20( ISI )TEH-TEC)TEH-TEC) 002(610SLI (NDD(

22) 20) ISI (TEH-TEC)TEH-TEC) 002)610SL( INDDI

23) 20) ISI ITEH-TECITEH-TECI 002) 610SL( INDDI

24) 20) ISI )TEH-TEC)TEH-TEC) 002)610SL) INDDI

25) 20( ISI ITEH-TECITEH-TECI 002)610SL) )NDD(

26( 20( ISI ITEH-TECITEH-TECI 002)610SL I (NDD(

27) 20) ISI ITEH-TECITEH-TECI 002 I 610SL I (NDD(

28) 20( ISI )TEH-TEC)TEH-TEC) 002) 610SL) (NDD(

29) 20) ISI ITEH-TEC)TEH-TECI 002) 610SL) I INDDI 30( 20) ISI )TEH-TEC)TEH-TECI 002)610SL( I INDDI 31( 20) ISI ITEH-TECITEH-TECI 002)610SL) I INDDI

32) 20) ISI )TEH-TEC)TEH-TEC) 002)610SL( (NDD(

33( 20( ISI ITEH-TECITEH-TECI 002(610SLI (NDD(

34( 20( ISI )TEH-TEC)TEH-TEC) 002(610SLI )NDD) 35( 20) ISI )TEH-TEC)TEH-TEC) 002(610SL I I INDDI 36( 20( ISI ITEH-TECITEH-TECI 002)610SL) (NDD(

37( 20( ISI (TEH-TECITEH-TECI 002) 610SL) I INDDI 38( 20) ISI )TEH-TEC)TEH-TEC) 002(610SL) I INDDI

39) 20) ISI (TEH-TEC)TEH-TEC( 002 I 610SL I (NDD(

40) 20) ISI ITEH-TECITEH-TECI 002) 610SL) I I INDDI

41) 20) ISI ITEH-TECITEH-TECI 002(610SLI 11C+ 0.42 5.6) (171(DNT(Ml(

1( 21) )TEH-11C)TEH-11C) 017(590SM) I )NDD)

2) 21( (TEH-TEC)TEH-TEC( 017(590SMI I (NDD(

27( 21) I

- I

- I I I I I IPLGI 41( 21) )TEH-TEC)TEH-TEC( 002 I 610SL)10C+ 37. 18 5.6) )173(DNG I 1(

42) 21( )TEH-TEC)TEH-TEC( 002)610SL) I (NDD) 1( 22( )TEH-llC)TEH-11C) 017)59OSM) I INDDI 2( 22( ITEH-TECITEH-TECI 017 ) 590SM) I (NDD(

27) 22) I

- I

- I I I )PLG(

I I 42( 22( ITEH-TECITEH-TECI 002(610SL)11H+ 6.23 5.6( I 173(DNG I 1(

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2) 23( H )TEH-TEC(TEH-TEC( 017 )590SM) INDDI I I I I I I I I I CONAM NUCLEAR, IN'

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER 6 LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE: 5 OF 33 DATE: 12/12/89 TIME: 15:26:46 I I I I I EXAM EXTENT CURRENT (ROW(COL(HEAT¹ILEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION I VOLTS IMILIDEG I  % I CHI I ( ( ( I I I I I I I 5( 23( (TEH-TEC(TEH-TEC( 002(610SL(09C+ 31.21 I 1.1( (157 ( INR( 1(

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I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: PAGE: 6 OF 33 DATE: 12/12/89 TIME: 15:26:46

( ( ( ( ( EXAM EXTENT ( ( I CURRENT I (ROW(COL(HEAT¹(LEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION IVOLTSIMILIDEGI % ICHI I I I I I I I I I I 47( 27( ITEH-TECITEH-TECI 003(610SL(02C+ 0.00 (106.5( 2(EXP(M1(

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22( 30( (TEH-TEC(TEH-TEC( 003 ( 610SL( INDDI I I I I I I I ( I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE: 7 OF 33 DATE: 12/12/89 TIME: 15:26:46 EXAM EXTENT CURRENT (ROW(COL(HEATg(LEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION IVOLTSIMILIDEGI % ICHI I I I 23I 30I I IPLGI 24I 30I I IPLG) 25I '30I ITEH-TECITEH-TEC( ,003(610SLI )NDD) 26( 30) ITEH-TECITEH-TECI 003)610SLI INDDI 27 I 30( )TEH-TEC)TEH-TEC( 0031610SLI (NDDI 28I 30) (TEH-TECITEH-TEC) 003I610SLI INDDI 29I 30) ITEH-TECITEH-TECI 003I610SLI INDDI

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COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE: 8 OF 33 DATE: 12/12/89 TIME: 15:26:46 EXAM EXTENT CURRENT (ROW(COL(HEAT¹(LEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION (VOLTS(MIL(DEG( 't (CH(

I I I I I I I I I I I 24( 32( ITEH-TECITEH-TECI 004(610SL( I (NDD(

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I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: PAGE: 9 OF 33 DATE: 12/12/89 TIME: 15:26:46 I I I I I EXAM EXTENT CURRENT (ROW)COLIHEAT¹ILEGIPROGRAMI ACTUAL)REEL)PROBE) LOCATION I VOLTS I M ILI DEG I  % I CH I I I I I I I I I I I 141 361 ITEH-TECITEH-TECI 0041610SLI01C+ 2.29 0.2) )124)PLPI 8) 42I 36) ITEH-TECITEH-TECI 0041610SLI11H+ 5.93 F 81 )174)DNGI 1)

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)171)DNTIMl)

ITEH-TECITEH-TECI 0041610SL I 11C- 0.35 9.3( 1174IDNTIM11 ITEH-TECITEH-TECI 0041610SLI03C+ 0.00 )101.9) 1)EZP ) Ml )

ITEH-TECITEH-TECI 0041 610SL)02C+ 0.00 73.21 1360 I EXP IM11 1( 391 )TEH-11C)TEH-llC) 018159OSM) )NDDI 21 391 )TEH-TEC(TEH-TEC( 0181590SMI I INDDI

47) 39) )TEH-TEC)TEH-TEC) 0041610SL I I INDDI

48) 391 ITEH-TECITEH-TECI 0041 610SL I t I ) INDDI

49) 39) )TEH-TEC)TEH-TEC) 0041610SL)11C+ 0.41 7.0) (173)DNT(M1)

I I )TEH-TEC)TEH-TEC) 0041610SL I 11C- 0.29 10.41 )175)DNT)M1)

I I (TEH-TEC(TEH-TEC) 0041610SL)03C+ 0. 00'.00 94.9) 0)EZPIMl(

I I ITEH-TECITEH-TECI 0041610SL I 02C+ 85.81 1360 I EXP I Mll 11 401 ISI I H ITEH-11CITEH-llC) 018 1590SM) INDDI 21 40) ISI H ITEH-TEC(TEH-TECI 018 1590SM) INDDI I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: PAGE: 10 OF 33 DATE: 12/12/89 TIME: 15:26:46 I I ) ) EXAM EXTENT I ( CURRENT ROW)COL(HEATC(LEG)PROGRAM( ACTUAL(REEL(PROBE( LOCATION (VOLTS)MIL(DEG( 't )CH)

I I I I I

3) 40) ISI ITEH-TECITEH-TECI 0041610SLI )NDD)

4) 40) ISI )TEH-TEC)TEH-TEC) 0041610SL I )NDD)

5) 40) ISI )TEH-TEC)TEH-TEC) 0041610SLI )NDD) 61 40( XSI ITEH-TECITEH-TEC) 004) 610SL) INDDI

7) 40) ISI )TEH-TEC)TEH-TEC) 004) 610SL) INDDI 8( 40) ISI ITEH TECITEH TEC) 004) 610SL) )NDD)

9) 40) ISI )TEH-TEC)TEH-TEC) 004) 610SL) INDD) 10! 40) ISI ITEH-TECITEH-TEC) 004) 610SL) INDDI

11) 40) ISI )TEH-TEC)TEH-TEC) 004)610SL) )NDDI 121 40) ISI )TEH-TEC)TEH-TEC) 004) 610SL) INDDI 131 40) XSI H )TEH-TEC(TEH-TECI 004) 610SL) INDDI

14) 40) ISI H )TEH-TECITEH-TEC) 004) 610SL) INDDI

15) 40) ISI H ITEH-TECITEH-TECI 004)610SL) INDDI 161 40) ISI )TEH-TEC)TEH-TEC) 004)610SL) INDDI 171 40) ISX )TEH-TEC)TEH-TEC) 0041610SL I INDDI

18) 40) ISI ITEH-TECITEH-TECI 0041610SLI (NDDI

19) 40) ISI )TEH-TEC)TEH-TEC( 0041610SL I INDDI

20) 40) ISI ITEH-TECITEH-TECI 0041610SLI INDDI 211 40) ISI )TEH-TEC(TEH-TEC) 0041610SLI I INDDI 221 40) ISI ITEH-TECITEH-TECI 0041610SLI I INDD) 231 40) XSI ITEH-TECITEH-TECI 004) 610SL) I )NDD) 241 40) ISI ITEH-TECITEH-TECI 0041610SLI03H+ 0.00 0.5) 98)DSS(Ml(

251 40) ISI ITEH-TECITEH-TECI 0041610SL I INDDI 261 40( ISI )TEH-TEC)TEH-TEC) 004)610SL( INDD) 271 40) ISX )TEH-TEC)TEH-TEC) 004)610SL) INDDI 281 40) ISX )TEH-TEC)TEH-TEC) 0041610SLI INDDI 291 40) ISI ITEH-TEC)TEH-TEC) 004) 610SL) INDDI

30) 401 ISI )TEH-TEC)TEH-TEC) 0041610SLI INDD)

31) 40) ISI )TEH-TEC(TEH-TEC) 004)610SL) INDDI

32) 40) XSI ITEH-TECITEH-TECI 004)610SL) INDDI

33) 40) ISI ITEH-TECITEH-TECI 004) 610SL) INDD)

34) 40) XSZ )TEH-TEC)TEH-TEC) 0051610SLI (NDD)

35) 40) ISI ITEH-TECITEH-TECI 0051610SLI INDDI 361 40( ISX )TEH-TEC)TEH-TEC) 005)610SL) INDDI

37) 40) ISX )TEH-TEC)TEH-TEC) 005 ) 610SL) INDDI 381 40) ISI )TEH-TECITEH-TEC) 0051610SL I INDDI 39( 40) ISI )TEH-TEC)TEH-TEC) 005) 610SL) INDDI

40) 40) XSI )TEH-TEC)TEH-TECI 005)610SL) INDDI 411 40) ISX )TEH-TEC)TEH-TEC( 005!610SLI INDDI 421 40) ISI )TEH-TEC)TEH-TEC) 0051610SLI INDDI

43) 40) ISI ITEH-TECITEH-TECI 005)610SL) INDDI

44) 40) ISI )TEH-TEC)TEH-TEC) 0051610SLI INDDI

45) 40) ISI )TEH-TEC)TEH-TEC( 0051610SLI INDDI 461 40) ISI )I ITEH-TECITEH-TECI 005)610SL) INDDI

47) 40) ISI I ITEH-TECITEH-TECI 005)610SL( INDD)

I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA PO'PER 6 LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE: 11 OF 33

/ DATE: 12/12/89 TIME: 15:26:46 EXAM EXTENT CURRENT

)ROWICOLIHEAT¹ILEG)PROGRAM) ACTUAL)REEL)PROBE) LOCATION )VOLTS)MIL)DEG)  % )CHI

'

I I I I I I I I I I

48) 40( ISI ITEH-TECITEH-TECI 005(610SLI I I )NDD) 491 401 ISI ITEH-TECITEH-TECI 0051610SL)03C+ 0.00 1100. 21 1)EXP)Ml)

I I )TEH-TECITEH-TEC) 0051610SLI02C+ 0.00 I 93.21 I 0)EXP)M11 11 411 )TEH-11CITEH-11C) 0181590SMI I I INDDI 21 411 )TEH-TECITEH-TECI 0181590SM) I I INDDI

9) 41) )TEH-TECITEH-TECI 0051 610SL I I ( )NDD) 471 411 ITEH-TEC(TEH-TECI 005)610SL) I )NDD) 481 411 ITEH-TECITEH-TECI 0051610SL( I I INDDI

49) 41) ITEH-TEC)TEH-TEC) 0051610SL(03C+ 0.00 )102.6) 0)EXP)Ml)

I I )TEH-TEC)TEH-TEC) 005(610SL(02C+ 0.00 I 92.21 ) 360)EXP I Ml (

11 421 ITEH-11CITEH-11CI 0181590SMI I I I INDDI I 21 421 ITEH-TECITEH-TECI 018)590SM) I I I INDDI

47) 42) ITEH-TECITEH-TEC) 0051610SLI I I (NDD)

48) 42) ITEH-TECITEH-TEC) 0051610SLI I I I INDDI

49) 42) ITEH-TECITEH-TECI 005)610SL)03C+ 0.00 )104.51 )358)EZP)Ml)

I I ITEH-TECITEH-TECI 005 I 610SL I 02 C+ 0.00 1101. 51 2)EXP)Ml)

1) 43) ITEH-11CITEH-11CI 018 I 590SM I I INDD) 21 431 ITEH-TECITEH-TECI 0181590SMI I INDDI

47) 43) ITEH-TECITEH-TECI 0051610SLI I )NDD) 481 431 )TEH-TEC(TEH-TECI 005 I 6 10SL I 03 0+ 0.00 )121.8( 3)EXP(Ml)

I I ITEH-TECITEH-TECI 005)610SL(02C+ 0.00 1104. 31 2)EZP)M1)

49) 43) ITEH-TECITEH-TEC( 005 I 610SL I 03C+ 0.00 I 85.41 0) EZP IM1)

I I )TEH-TECITEH-TEC) 005 I 610SL I 02C+ 0.00 1105. 11 2)EZP)Ml)

1) 44) (TEH-11CITEH-11CI 0181590SM I I I INDDI 21 441 ITEH-TECITEH-TECI 018(590SMI I (NDD)

47) 44) (TEH-TECITEH-TECI 0051610SL) I )NDD) 481 441 ITEH-TECITEH-TECI 005(610SL)03C+ 0.00 93.1) 1)EZP(Ml)

I I ITEH-TECITEH-TECI 0051610SLI02C+ 0.00 1108. 41 1)EXP (Ml )

'49) 44( ITEH-TECITEH-TECI 0051610SL)AV3+ 30.78 5.6) 1171IDNGI 11 I I ITEH-TEC(TEH-TEC) 0051610SLI03C+ 0.00 1108. 41 1)EXPIMl)

I I ITEH-TECITEH-TECI 005 I 610SL I 02C+ 0.00 1112. 71 2) EZP IMl) 11 451 I TEH-11C I TEH-11C I 0181590SMI I I INDDI I 21 451 )TEH-TECITEH-TEC) 0181590SMI I I INDDI I

21) 45) ITEH-TECITEH-TECI 005 I 6 10SL I 11H+ 17.48 15.11 )172)DNG) 1)

ITEH-TECITEH-TECI 0051610SLIAV1+ 0.00 10.5) )170)DNT)M1)

ITEH-TEC)TEH-TEC( 005(610SLIAV1+ 1.73 7.21 1171 DNG I 11 1

(TEH-TECITEH-TEC) 0051610SLIAV1+ 4.35 42.61 )169)DNG) 1)

ITEH-TEC(TEH-TECI 0051610SLIAV1+ 14.54 14.71 )170)DNG) 1(

ITEH TECITEH TEC( 0051610SL)AVl+ 22.41 23.31 )170)DNG) 1)

I ITEH-TECITEH-TECI 005 I 610S L I AV1+ 23.93 19.61 1169 I DNG I 11 I ITEH-TECITEH-TECI 0051610SLIAV4+ 0.00 17.81 1170 I DNT I M11 221 451 ITEH-TECITEH-TECI 005)610SLIAV1+ 0.00 9.6) 1173 I DNT I M11 ITEH-TECITEH-TECI 0051610SLIAV4+ 0.00 13.51 )173)DNT)M1)

ITEH-TECITEH-TECI 005 1610SLI 10C+ 36.91 4.5) )173)INR) 1)

ITEH-TECITEH-TECI 005 1610SL I 10C+ 36.17 4.61 1172IINRI 11 I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE: 12 OF 33 DATE: 12/12/89 TIME: 15:26:46 I I I I I EXAM EXTENT CURRENT

)ROW)COL)HEAT¹)LEG)PROGRAM) ACTUAL)REEL)PROBE) LOCATION )VOLTS)MIL)DEG) 't )CH) 23) 24) 45) 45)

I I

)TEH-TECITEH-TECI

)TEH-TEC)TEH-TEC)

I I I 005) 610SL) 11H+ 37.10 005)610SL I I

0 ') I I

) I

)145)<20) 1)

)NDD)

I I

47) 45) )TEH-TEC)TEH-TEC) 005)610SLI I )NDD)

48) 45) ITEH-TECITEH-TECI 005 I 610SL I 03C+ 0.00 )107. 2) )358)EXP)Ml)

ITEH-TECITEH-TECI 005 I 610SL I 02C+ 0.00 )115.8) )358)EXP)Ml)

I

49) 45)

I I

I ITEH-TECITEH-TECI ITEH-TECITEH-TECI 005)610SL)03C+ 0 00 F 005 I 610SL I 02C+ 0 00 F

I I

93 ')

98.6) 1)EXP I Ml) 1)EXP)Ml) 11 46) )TEH-11C)TEH-11C) 018)590SMI INDDI

2) 46) )TEH-TEC)TEH-TEC) 018)590SM) INDDI

21) 46) ITEH-TECITEH-TECI 005)610SLI )NDD)

24) 46) )TEH-TECITEH-TECI 005)610SL) )NDD)

47) 46) )TEH-TEC)TEH-TEC) 005 ) 610SL) )NDD)

48) 46) )TEH-TECITEH-TECI 005)610SL)03C+ 0.00 )112.7) ) 358 I EXP I Ml )

) I )TEH-TECITEH-TECI 005) 610SL) 02C+ 0.00 I 92.6) 0)EZP)Ml)

49) 46) ITEH-TECITEH-TECI 005) 610SL) 03C+ 0.00 )107.2) 1)EZP)Ml)

I I )TEH-TEC)TEH-TEC) 005)610SL)02C+ 0.00 )103.7) 1)EXP)Ml)

1) 47) )TEH-11C)TEH-11C) 018)590SM) I I INDDI

2) 47) )TEH-TEC)TEH-TEC) 018)590SM) I I INDDI

21) 47) )TEH-TEC)TEH-TEC) 005)610SLI I )NDD)

24) 47) )TEH-TEC)TEH-TEC) 005) 610SL) I I )NDD)

47) 47) ITEH-TECITEH-TECI 005)610SL) I I )NDD)

48) 47) )TEH-TEC)TEH-TEC) 005)610SL)03C+ 0.00 96.7) 0) EXP) Ml)

I I )TEH-TEC)TEH-TEC) 005)610SL)02C+ 0 00 F )116. 3) 2) EXP) Ml)

49) 47) )TEH-TEC)TEH-TEC) 005 ) 610SL) 03C+ 0.00 )109.2 I 0)EXP)M1)

I I )TEH-TEC)TEH-TEC) 005)610SL)02C+ 0.00 )107.1) 1)EXP)Ml)

1) 48) ITEH-11CITEH-11CI 018 I 590SMI I I I INDDI

2) 48) ITEH-TECITEH-TECI 018)590SM) I I I INDDI

21) 48) )TEH-TEC)TEH-TEC) 005) 610SL) I I )NDD)

24) 48) )TEH-TEC)TEH-TEC) 005)610SLI I I I INDDI

47) 48) )TEH-TEC)TEH-TEC) 005)610SLI I I I INDDI

48) 48) ITEH-TECITEH-TECI 005)610SL)03C+ 0.00 )128.6) 0)EXP)M1)

I I ITEH-TECITEH-TECI 005)610SL)02C+ 0 00 F )155.7) 4)EZP)Ml)

49) 48) ITEH-TECITEH-TECI 005 I 610SL I 03C+ 0.00 )123.7) 1)EZP)M1)

I I ITEH-TECITEH-TECI 005)610SL)02C+ 0.00 )138. 9) 2)EZP)M1)

1) 49) ITEH-11CITEH-11CI 018)590SM I I I INDDI

2) 49) )TEH-TEC)TEH-TEC) 018)590SM I I )NDD)

13) 49) )TEH-TEC)TEH-TEC) 005)610SL) )NDD)

21) 49) )TEH-TEC)TEH-TEC) 005)610SLI )NDD)

24) 49) ITEH-TECITEH-TECI 005 I 610SLI INDDI

47) 49) ITEH-TECITEH-TECI 005)610SLI )NDD)

48) 49) ITEH-TECITEH-TECI 005 I 610SLI 03C+ 0.00 I 160. 9) 9)EZP)Ml)

I ) )TEH-TEC)TEH-TEC) 005)610SL)02C+ 0.00 )160 1) 4)EXP)Ml)

49) 49) )TEH-TEC)TEH-TEC) 005)610SL)03C+ 0.00 )148.7) 3)EZP)Ml)

I I )TEH-TEC)TEH-TEC) 005)610SL)02C+ 0.00 )188. 3 I 4)EXP)Ml)

1) 50) ITEH-11CITEH-11CI 017)590SM) I I )NDD)

I I I I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER 6 LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE: 13 OF 33 DATE: 12/12/89 TIME: 15:26:46 EXAM EXTENT CURRENT (ROW(COLIHEAT¹ILEGIPROGRAMI ACTUAL(REEL)PROBE) LOCATION ) VOLTS(MIL)DEG) t ) CH)

I I I I I

2) 50( ITEH-TECITEH-TECI 017 ) 590SM) )NDD)

3) 50) ITEH TECITEH TECI 005(610SLI )NDD)

4) 50( )TEH-TEC)TEH-TEC) 005)610SL) )NDD)

5) 50) )TEH-TEC(TEH-TEC) 005(610SL I INDDI 6( 50( ITEH-TECITEH-TECI 006(610SLI (NDD(

7( 50) ITEH-TECITEH-TECI 006)610SL) (NDD(

8) 50( ITEH-TECITEH-TECI 006)610SLI )NDD) 9( 50) ITEH-TECITEH-TECI 006)610SL) )NDD)

10) 50( ITEH-TECITEH-TECI 006)610SL) INDDI

11) 50( ,H )TEH-TEC)TEH-TEC) 006)610SL) INDDI

12) 50( H )TEH-TEC)TEH-TEC) 006 I 610SL I INDDI 13( 50( ITEH-TECITEH-TECI 006(610SLI INDDI 14( 50) ITEH-TEC)TEH-TEC) 006 I 610SLI INDDI

15) 50( (TEH-TEC)TEH-TEC) 006 I 610SLI INDDI 16( 50( )TEH-TEC)TEH-TEC) 006 ) 610SL) INDDI

17) 50) (TEH-TEC)TEH-TEC) 006)610SL) (NDD(

18( 50( ITEH-TECITEH-TECI 006) 610SL) INDDI

19) 50( ITEH-TECITEH-TECI 006)610SLI (NDD) 20( 50( ITEH-TECITEH-TECI 006)610SL) INDDI

21) 50( ITEH-TECITEH-TECI 006 ) 610SL) )NDD)

24) 50( ITEH-TECITEH-TECI 006 I 610SLI INDDI

25) 50( ITEH-TECITEH-TECI 006)610SL) (NDD(

26( 50( ITEH-TECITEH-TECI 006) 610SL) INDDI 27( 50( ITEH-TECITEH-TECI 006(610SL) (NDD(

28) 50( ITEH-TECITEH-TECI 006)610SL) )NDD) 29( 50) ITEH-TECITEH-TECI 006)610SL)03H+ 0.00 0.7( 88 I DSS I Ml)

30) 50( ITEH-TECITEH-TECI 006)610SL( INDDI 31( 50) )TEH-TEC(TEH-TEC( 006)610SL I )NDD(

32( 50( )TEH-TEC(TEH-TEC) 006) 610SL) )NDD(

33) 50( H )TEH-TEC)TEH-TEC) 006)610SL I INDDI 34( 50) H .)TEH-TEC)TEH-TEC) 006)610SL) (NDD(

35( 50( H ITEH-TECITEH-TECI 006) 610SL) INDDI

36) 50( )TEH-TEC)TEH-TEC( 006(610SLI INDDI 37( 50) (TEH-TEC(TEH-TEC) 006)610SL( (NDD(

38) 50( )TEH-TEC)TEH-TEC) 006)610SL) INDDI

39) 50( )TEH-TEC(TEH-TEC) 006)610SL) (NDD(

40) 50( ITEH-TECITEH-TECI 006) 610SL) )NDD(

41( 50( ITEH-TECITEH-TECI 006(610SL) I )NDD(

42( 50( ITEH-TECITEH-TECI 006)610SL) I I (NDD(

43) 50( ITEH-TECITEH-TECI 006 ) 610SL) I I I

'

INDDI 44( 50( ITEH-TECITEH-TECI 006)610SLI I INDDI

45) 50( ITEH-TECITEH-TECI 006)610SL) 'I I INDDI 46( 50( ITEH-TECITEH-TECI 006(610SL I I I INDDI

,47) 50) )TEH-TEC)TEH-TEC) 006)610SLI I I I )NDD(

48( 50( ITEH-TECITEH-TECI 006)610SL(03C+ 0.00 )181. 4) 11(EXP)Ml(

I I I I I I I I I I I I I

,CONAM NUCLEAR, IN'

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: PAGE'4 OF 33 DATE: 12/12/89 TIME: 15:26:46 I I I ) ) EXAM EXTENT ) I I I CURRENT I

)ROW(COL(HEATS(LEG)PROGRAM( ACTUAL(REEL/PROBEi LOCATION )VOLTS)MIL)DEG)  % (CH(

I I I I I I I I I I )

48( 50) )TEH-TEC)TEH-TEC) 006(610SL)02C+ 0.00 )155.4) 8(EXP I Ml I

49) 50( ITEH-TECITEH-TEC) 006)610SL(03C+ 0.00 )152.2) 6)EXP)Ml)

I I ITEH-TECITEH-TECI 006 I 610SL)02C+ 0.00 (176 9)

~ 13)EXP(M1) 1( 51) ITEH-11CITEH-11C) 017 I 590SMI INDD(

2( 51( (TEH-TEC)TEH-TEC) 017)590SM) INDDI 21( 51) ITEH-TECITEH-TECI 006 I 610SLI INDD)

24) 51) ITEH-TECITEH-TECI 006 1610SL I INDDI

47) 51( ITEH-TECITEH-TECI 006(610SL)03C+ 0.00 (161 ~ 8 ( 11)EXP)Ml)

I I ITEH-TECITEH-TECI 006(610SL)02C+ 0.00 (161. 4( 10)EXP)Ml)

48) 51) ITEH-TECITEH-TECI 0061610SL)03C+ 0.00 ) 146.9( 11(EXP(Ml(

I I ITEH-TECITEH-TEC( 006)610SL(02C+ 0.00 I 160. 5( 11(EXP)Ml(

49( 51) (TEH-TEC(TEH-TEC) 006 I 610SL I 03C+ 0.00 (138.0) 11(EXP(Ml(

I I (TEH-TECITEH-TECI 006(610SL)02C+ 0 00 F (157. 4( 10(EXP(M1)

1) 52) ITEH-11CITEH-11CI 017 ( 590SM( I I )NDD) 2( 52( (TEH-TECITEH-TECI 017(590SM I I I )NDD)

21) 52) (TEH-TEC(TEH-TEC( 006 ( 610SL( I I INDDI I 24( 52( (TEH-TEC(TEH-TEC( 006 ( 610SL( I I (NDD)

47) 52( (TEH-TEC(TEH-TEC( 006(610SL(03C+ 0.00 )152.6) 9)EXP)Ml(

I I (TEH-TECITEH-TECI 006)610SL(02C+ 0.00 (164.3) 10)EXP(M1) 48( 52( ITEH-TECITEH-TECI 006 I 610SL(03C+ 0.00 )143.7) 12)EXP(Ml(

I I ITEH-TECITEH-TECI 006(610SL)02C+ 0.00 )145. 3( 11(EXP(Ml(

49( 52( )TEH-TEC)TEH-TEC( 006 I 610SLI 03C+ 0.00 )166.3( 12(EXP IM1)

I I I )TEH-TEC(TEH-TEC( 006 ( 610SL(02C+ 0.00 )183.2) 12)EXP)Ml)

I 1) 53) (TEH-llC(TEH-11C( 017 I 5 9 0SM I I I )NDD(

2( 53( ITEH-TECITEH-TECI 017(59OSM( I I )NDD)

I 5) 53) ITEH-TECITEH-TECI 006(610SL(08C+ 17.59 1.3( )145)INR) 1)

I 18) 53( (TEH-TEC(TEH-TEC( 006)610SL(10H+ 34.52 I 6.6( )178(DNG I 1(

I I I (TEH-TEC(TEH-TEC( 006(610SL)10H+ 37.91TO+ 42.21( 30.2( )177)DNGI 1)

I I I ITEH-TECITEH-TECI 006)610SL(10H+ 42.91 10.9) )177)DNTIM1)

I 21) 53( (TEH-TEC(TEH-TECI 006 ( 610SL) )NDD)

) 24) 53) (TEH-TEC(TEH-TEC( 006 ( 610SL( INDDI I 46( 53( )TEH-TEC)TEH-TEC) 006 I 610SLI I INDDI

) 47) 53) )TEH-TEC)TEH-TEC( 006(610SL)03C+ 0.00 (159.2( 10)EXP I Ml(

I I I ITEH-TECITEH-TECI 006)610SL(02C+ 0.00 (154. 5( 9)EXP)Ml)

I 48) 53( (TEH-TECITEH-TEC( 006(610SL(03C+ 0.00 )164. 6( 8 I EXP I Ml(

I I I ITEH-TECITEH-TECI 006 (610SL(02C+ 0.00 )154. 3( 11)EXP I Ml )

49) 53( ITEH-TECITEH-TECI 006 ) 6 10SL I 03 C+ 0.00 (147. 7) 9 I EXP I Ml)

I I I ITEH-TECITEH-TECI 006 I 610SL)02C+ 0.00 (153. 8( 13(EXP(Ml(

1) 54( ITEH-11CITEH-11CI 017(590SMI I INDDI I

2) 54) H ITEH-TECITEH-TECI 017 (590SM( I )NDD) 21( 54) H (TEH-TEC(TEH-TEC( 006(610SL( I INDDI I 24( 54( H (TEH-TEC)TEH-TEC( 006(610SL) I (NDD(

47) 54) H ITEH-TECITEH-TECI 006 ( 610SL(03C+ 0.00 (176. 0( 11) EXP)Ml(

I I I H ITEH-TECITEH-TECI 006)610SL(02C+ 0.00 (173. 2) I 13(EXP IM1)

I 48) 54( H (TEH-TEC(TEH-TEC) 006 I 610SL I 03 0+ 0.00 (176. 3 I 11)EXP)Ml)

I I I ) I I I I I I I I I I CONAM NUCLEAR, IN'

EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 GENERATOR'OMPLETE STEAM PAGE: 15 OF 33, DATE: 12/12/89 TIME: 15:26:46 I I I I EXAM EXTENT CURRENT IROWICOLIHEAT¹ILEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION I VOLTS I MILI DEG I  % I CH I I I I I I I I I I I I I I 48( 54( (TEH-TEC(TEH-TEC( 006(610SL(02C+ 0 00 F (169. 6 I 11(EXP (Ml (

49( 54( (TEH-TEC(TEH-TEC( 006(610SL(03C+ 0.00 (134.1( 10(EXP(Ml(

I I ITEH-TECITEH-TEC( 006(610SL(02C+ 0.00 (142. 9 ( 12(EXP(M1(

1( 55( ITEH-11CITEH-11CI 017(590SM( I (NDD(

2( 55( (TEH-TEC(TEH-TEC( 017 ( 590SM( I (NDD(

11( 55( ITEH-TECITEH-TECI 007 I 610SL I 10C+ 38.39 5.7( (173(DNG( 1(

21( 55( ITEH-TECITEH-TECI 007(610SLI (NDD(

24( 55( ITEH-TECITEH-TECI 007 I 610SLI (NDD(

25( 55( ITEH-TECITEH-TECI 007 I 610SLI (NDD(

26( 55( ITEH-TECITEH-TECI 007(610SL I INDDI 27( 55( (TEH-TEC(TEH-TEC( 007(610SLI (NDD(

28( 55( (TEH-TEC(TEH-TEC( 007(610SLI (NDD(

29( 55( (TEH-TEC(TEH-TEC( 007(610SL( INDDI 30( 55( ITEH-TECITEH-TECI 007(610SLI INDDI 31( 55( (TEH-TEC(TEH-TEC( 007 I 610SL I INDDI 32( 55( (TEH-TEC(TEH-TEC( 007(610SLI (NDD(

33( 55( (TEH-TEC(TEH-TEC( 007 ( 610SL( (NDD(

34( 55( (TEH-TEC(TEH-TEC( 007(610SL( (NDD(

35( 55( (TEH-TEC(TEH-TEC( 007(610SLI (NDD(

36( 55( ITEH-TECITEH-TECI 007 I 610SLI INDDI 37( 55( ITEH-TEC(TEH-TEC( 007(610SL( INDDI 38( 55( (TEH-TEC(TEH-TEC( 007(610SL( INDDI 39( 55( (TEH-TEC(TEH-TEC( 007(610SL I (NDD(

40( 55( (TEH-TEC(TEH-TEC( 007(610SL( INDDI 41( 55( (TEH-TEC(TEH-TEC( 007(610SLI INDDI 42( 55( (TEH-TEC(TEH-TEC( 007(610SLI INDDI 43( 55( ITEH-TECITEH-TECI 007(610SLI INDDI 44( 55( H ITEH-TECITEH-TECI 007(610SLI I I (NDD(

45( 55( H (TEH-TEC(TEH-TEC( 007(610SL( I I (NDD(

'

46( 55( ITEH-TECITEH-TECI 006(610SL(03C+ 0.00 (142.4( 9(EXP(Ml(

I I ITEH-TECITEH-TECI 006(610SL(02C+ 0.00 (170. 6( 13(EXP(Ml(

47( 55( ITEH-TECITEH-TECI 006(610SL(03C+ 0.00 (162.4( 11(EXP(Ml(

I I ITEH-TECITEH-TECI 006(610SL(02C+ 0.00 (181.8( 11(EXP(M1(

48( 55( ITEH-TECITEH-TECI 006(610SL(03C+ 0.00 (158. 8( 10(EXP I Ml(

I I ITEH-TECITEH-TECI 006(610SL(02C+ 0.00 (166.7( 9(EXP(Ml(

49( 55( ITEH-TECITEH-TECI 006 I 610SL(03C+ 0.00 (135.0( 10 ( EXP ( Ml (

I I ITEH TECITEH TECI 006(610SL(02C+ 0.00 (173.5( 13 (EXP(Ml(

1( 56( (TEH-11C(TEH-11C( 017 I 590SMI (NDD(

2( 56( ITEH-TECITEH-TECI 017(590SMI (NDD(

21( 56( (TEH-TEC(TEH-TEC( 007(610SLI INDDI 25( 561 (TEH-TEC(TEH-TEC( 007(610SLI INDDI 26( 56( (TEH-TEC(TEH-TEC( 007 ( 610SL( INDDI 27( 56( ITEH-TECITEH-TECI 007(610SLI INDDI I 28( 56( ITEH-TECITEH-TEC( 007(610SLI (NDD(

29( 56( ( H (TEH-TEC(TEH-TEC( 007(610SLI INDDI I I I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 PAGE: OF 33 DATE: 12/12/89 TIME'615:26:46 I I I I EXAM EXTENT I CURRENT I

)ROW)COL)HEATS) LEG)PROGRAM) ACTUAL)REEL)PROBE) LOCATION )VOLTS)MIL)DEG)  % ICH)

I I I I I I I I I I

30) 56) ITEH-TECITEH-TECI 007)610SL) I )NDD)

31) 56) ITEH-TECITEH-TECI 007 ) 610SL) I )NDD)

32) 56) )TEH-TEC)TEH-TEC) 007) 610SL) I INDDI

33) 56) )TEH-TEC)TEH-TEC) 007 ) 610SL) I )NDD)

34) 56) )TEH-TECITEH-TEC) 007)610SL I I )NDD)

35) 56) )TEH-TEC)TEH-TEC) 007)610SL I I INDDI

36) 56) ITEH-TECITEH-TECI 007)610SLI 37)

I, 56)

I ITEH-TECITEH-TECI

)TEH-TEC)TEH-TEC) 019)610SL I 03C+

019)610SL)02C+

0. 00 0 00 F

I

)142

)153

')

~ 4 I INDDI 6)EXP)Ml) 8)EXP)Ml) 381 56) )TEH-TEC)TEH-TEC) 007)610SL)03C+ 0.00 )155.9) 4)EXP)M1)

) I )TEH-TEC)TEH-TEC) 007 ) 610SL) 02C+ 0. 00 )130.1) 2)EXP)Ml)

39) 56) ITEH-TEC)TEH-TEC) 007)610SL)03C+ 0.00 )127. 6 I 2)EXP)Ml)

) I )TEH-TEC)TEH-TEC) 007)610SL)02C+ 0 00 F )146.3) 5) EXP) Ml)

40) 56) ITEH-TECITEH-TECI 007 I 610SL I AV3+ 0. 00 I o4) OI(20)M3)

I I )TEH-TEC)TEH-TEC) 007)610SL)03C+ 0.00 )159.0) 7)EXP)Ml)

I I )TEH-TEC)TEH-TEC) 007 ) 610SL) 02C+ 0. 00 )162. 3) 9)EXP)Ml)

41) 56) )TEH-TEC)TEH-TEC) 007)610SL)03C+ 0.00 I 158.7 I 4)EXP)Ml)

I I )TEH-TEC)TEH-TEC) 007 ) 610SL) 02C+ 0. 00 I 162. 3) 3 I EXP I Ml)

42) 56) I

- I

- I 000) I I )PLG)

43) 56) )TEH-TEC)TEH-TEC) 007)610SL)03C+ 0.00 )145.9) 3)EXP)Ml)

I I )TEH-TEC)TEH-TEC) 007 ) 610SL) 02C+ 0 00

~ )175. 9) 4)EXP)M1)

44) 56) )TEH-TEC)TEH-TEC) 007)610SL)03C+ 0.00 )169. 0) 3)EZP)Ml)

I I )TEH-TEC)TEH-TEC) 007) 610SL) 02C+ 0. 00 )142. 3) 3)EXP)M1)

45) 56) ITEH-TECITEH-TECI 007)610SL)AV1+ 0.00 1.1) 0) 23)M3)

I I ITEH-TECITEH-TECI 007)610SL)03C+ 0.00 )137. 2) 3)EXP)M1)

I I )TEH-TEC)TEH-TEC) 007)610SL)02C+ 0.00 )134. 8) 3)EZP)Ml)

46) 56) )TEH-TEC)TEH-TEC) 007) 610SL) 03C+ 0. 00 )140. 4) 5)EXP)Ml)

I I )TEH-TEC)TEH-TEC) 007)610SL)02C+ 0.00 )153. 1) 7)EXP IM1 I

47) 56) )TEH-TECITEH-TEC) 007)610SL)03C+ 0.00 )152. 1) 3)EZP)M1)

I I ITEH-TECITEH-TECI 007)610SL)02C+ 0.00 )165. 3) 3)EZP)M1)

48) 56) ITEH-TECITEH-TECI 007) 610SL) 03C+ 0.00 )138.5) 4)EZP)Ml)

I I ITEH-TECITEH-TECI 007 ) 610SL) 02C+ 0 00

~ )145.4) 3) EXP) Ml)

49) 56) ITEH-TECITEH-TECI 019)610SL)AV4+ 1.46 6.0) I 173)DNG I 1)

I I )TEH-TEC)TEH-TEC) 019 ) 610SL) 03C+ 0 00

~ )139.3) 9 I EXP I Ml)

I I )TEH-TEC)TEH-TEC) 019)610SL)02C+ 0.00 )182.8) 9)EXP)Ml)

1) 57) )TEH-11C)TEH-11C) 016)590SL) I I )NDD)

2) 57) ITEH-TECITEH-TECI 015)590SL) I INDDI

21) 57) )TEH-TEC)TEH-TEC) 007)610SLI I INDDI

1) 58) )

TEH-11C ) TEH-11C ) 016)590SL) I INDDI

2) 58) )TEH-TEC)TEH-TEC) 015 ) 590SL) I I INDDI

5) 58) )TEH-TEC)TEH-TEC) 019)610SL)03H+ 6.08 6.6) )171)DNG) 1)

21) 58) ITEH-TECITEH-TECI 019)610SL) I I )NDD)

1) 59) ITEH-11CITEH-11CI 016 ) 590SL) I I INDDI

2) 59) ITEH-TECITEH-TECI 015)590SL I I I INDDI

6) 59) )TEH-TEC)TEH-TEC) 008) 610SL) I I INDDI I I I I I I I I I I I CONAM NUCLEAR, INC,

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 PAGE: 17 OF 33 DATE: 12/12/89 TIME: 15:26:46 EXAM EXTENT CURRENT

)ROW)COL(HEAT¹)LEG)PROGRAM( ACTUAL)REEL)PROBE) LOCATION ) VOLTS IMILIDEGI  % ICHI I I I I I I I I I I I

18) 59 I (TEH-TEC)TEH-TEC( 008 ( 610SL( 01H+ 3. 77 31.7) (170)DNGI 1)

21) 59) ITEH-TECITEH-TECI 008)610SLI I I I INDDI I 25( 59( ITEH-TECITEH-TECI 008)610SL) I I )NDD) 26( 591 ITEH-TECITEH-TECI 008(610SL I I I (NDD(

27) 59) )TEH-TEC(TEH-TEC( 008 ( 610SL( I I INDDI 28( 59) )TEH-TEC(TEH-TEC) 008(610SLI I I (NDD(

29) 59( (TEH-TEC(TEH-TEC( 008 I 610SL I I I (NDD)

30) 59) (TEH-TEC(TEH-TEC( 019 I 610SLI I I I INDDI

31) 59) ITEH TEC)TEH TEC) 019(610SLI I I INDDI 32( 59( ITEH-TECITEH-TECI 019(610SLI I (NDD(

33) 59) )TEH-TEC)TEH-TEC( 019(610SLI I I INDDI

34) 59) )TEH-TEC)TEH-TEC( 019 ( 610SL( 02C+ 0. 00 I 1.0( (145 I <20(M1)

35) 59) ITEH-TECITEH-TECI 019(610SL( I I INDDI I

36) 59) )TEH-TECITEH-TEC( 019(610SL( I I (NDD(

37) 59) ITEH-TECITEH-TECI 0191610SL(03C+ 0 00

~ )143.1) 8 I EXP I Ml)

I I )TEH-TEC(TEH-TEC( 019)610SL)02C+ 0.00 (152. 3) 9)EXP)Ml) 38( 59( )TEH-TEC(TEH-TEC( 019(610SL)03C+ 0.00 (138.3 I 6)EXP(M1)

I I )TEH-TEC(TEH-TEC( 019(610SL(02C+ 0.00 (143.4( 8)EXP)Ml) 39( 59( (TEH-TEC(TEH-TEC( 019 I 610SL I 03C+ 0. 00 )135.8( 6)EXP)Ml)

I I )TEH-TEC(TEH-TEC( 019(610SL(02C+ 0.00 )133.5) 6)EXP)Ml)

40) 59) ITEH-TECITEH-TECI 019)610SL I 03C+ 0. 00 )141. 7) 6 I EXP I Ml)

I I (TEH-TEC)TEH-TEC( 019(610SL(02C+ 0.00 )169.9) 9)EXP)Ml)

41) 59) (TEH-TEC)TEH-TEC( 019)610SL(03C+ 0.00 )139.5) 3)EXP)Ml)

I I (TEH-TEC)TEH-TEC( 019(610SL(02C+ 0.00 )143.7( 9 I EXP I Ml)

42) 59) (TEH-TEC)TEH-TEC( 019(610SL(03C+ 0.00 (135. 6 I 3(EXP I Ml I I I (TEH-TEC(TEH-TEC( 019 ) 610SL( 02C+ 0. 00 (169. 6( 9)EXP(Ml)

43) 59) (TEH-TEC(TEH-TEC( 019(610SL)03C+ 0.00 )134.9) 6)EXP)Ml)

I I (TEH-TEC(TEH-TEC( 019 (610SL(02C+ 0.00 )162.6) 10)EXP)M1(

44) 59) ITEH-TECITEH-TECI 019(610SL)03C+ 0.00 (133. 3 I 3)EXPIM1)

) I ITEH-TECITEH-TECI 019 ( 610SL) 02C+ 0. 00 (148.8 ( 10)EXP(M1(

45) 59) I

- I

- I 000( ) I I IPLGI I 46( 59( (TEH-TEC)TEH-TEC) 019(610SL(AV3+ 0.00 0.7( 0(<20)M3)

I I )TEH-TEC)TEH-TEC( 019(610SLIAV4+ 0.00 0.7) 0(<20)M3)

I I (TEH-TEC(TEH-TEC( 019)610SL)03C+ 0.00 (127.8 ( 6)EXP(M1)

I I (TEH-TEC(TEH-TEC( 019(610SL(02C+ 0.00 ) 176.8( 13)EXP)Ml)

47) 59) ITEH-TECITEH-TECI 019)610SL(AV1+ 0.00 1.3( OI 25)M3)

I I )TEH-TEC(TEH-TEC) 019(610SL(03C+ 0.00 I 164.4( 8)EXP)Ml(

I I ITEH-TECITEH-TECI 019 ( 610SL(02C+ 0. 00 )151.9) 0)EXP(M3(

48( 59( ITEH-TECITEH-TECI 019(610SL(AV1+ 0.00 0.3) OI<20)M3)

I I (TEH-TEC(TEH-TEC( 019(610SL)03C+ 0.00 )147. 6( 6)EXP)Ml)

I I ITEH-TECITEH-TECI 019(610SL(02C+ 0.00 )130.2) 10)EXP)M1(

49( 59) (TEH-TEC(TEH-TEC) 019)610SL)AV4+ 1.12 5.3) (170(DNG I 1)

I I )TEH-TEC)TEH-TEC) 019)610SL(03C+ 0.00 )133.5) I 6(EXP I Ml I I I ITEH-TECITEH-TECI 019)610SL(02C+ 0.00 )152. 5( I 11)EXP I Ml(

I I ITEH-TECITEH-TECI 019(610SL(TSC+ 3.97 I 10. 2) )170)DNG) 1)

I I I I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE: 18 OF 33 DATE: 12/12/89 TIME: 15:26:46 EXAM EXTENT CURRENT

)ROW)COL)HEAT¹)LEG)PROGRAM) ACTUAL)REEL)PROBE) LOCATION )VOLTS)MIL)DEG) 't )CH)

I I I I I

1) 60) I TEH-11C I TEH-11C I 016 ) 590SL) )NDD) I

2) 60) ITEH-TECITEH-TECI 015 I 590SLI INDDI I

3) 60) )TEH-TEC)TEH-TEC) 008)610SL) INDDI I

4) 60) )TEH-TEC)TEH-TEC) 008 ) 610SL) INDD) I

5) 601 )TEH-TEC)TEH-TEC) 008)610SL) INDDI

6) 60) ITEH-TECITEH-TECI 008)610SL) )NDD)

7) 60) ITEH-TECITEH-TECI 008 I 610SL I )NDD)

8) 60) )TEH-TECITEH-TEC) 0081610SLI )NDD)

9) 60) ITEH-TECITEH-TECI 008)610SLI )NDD)

10) 60) ITEH-TECITEH-TECI 008)610SLI INDD)

11) 60) )TEH-TEC)TEH-TEC) 008)610SLI )NDD)

12) 60) ITEH-TEC)TEH-TEC) 008)610SL I INDDI

13) 60) )TEH-TEC)TEH-TEC) 008)610SLI I INDDI

14) 60) )TEH-TEC)TEH-TEC) 008)610SLI I INDDI

15) 60) )TEH-TEC)TEH-TEC) 008) 610SL) I INDDI I 161 60) ITEH-TECITEH-TECI 008) 610SL) I INDDI I 17 I 60) )TEH-TEC)TEH-TEC) 008)610SLI I INDDI I

18) 60) )TEH-TEC)TEH-TEC) 008 ) 610SL) I INDDI I

19) 60) ITEH-TECITEH-TECI 008 I 610SLI I INDDI I

20) 60) )TEH-TEC)TEH-TEC) 008 ) 610SL) TSH+ 12.67 8. 1) )171)DNG I 1)

I I ITEH-TECITEH-TECI 008)610SL)TSH+ 13.37 12 9)

~ )171)DNGI 1)

21) 60) ITEH-TECITEH-TECI 008)610SL) I I INDDI I

24) 60) ITEH-TECITEH-TECI 008)610SL) I )NDD) I

25) 60) ITEH-TECITEH-TECI 008 I 610SL I I )NDD) I

26) 60) )TEH-TEC)TEH-TEC) 008 I 6 10SL I 10H+ 39.22 6.2) )171)DNG) 1)

I I )TEH-TEC)TEH-TEC) 008)610SL)11H+ 0.72 5.9) )175)DNT)M1)

I I )TEH-TEC)TEH-TEC) 008 I 610SLI 10C+ 41.50 5.4) )173)DNG)

27) 60) ITEH-TECITEH-TECI 008)610SL) )NDD)

28) 60) ITEH-TECITEH-TECI 008) 610SL) INDDI

29) 60) )TEH-TEC)TEH-TEC) 008)610SL I INDDI

30) 601 )TEH-TEC)TEH-TEC) 008)610SL) INDDI

31) 60) ITEH-TECITEH-TECI 008)610SLI INDDI

32) 60) ITEH-TECITEH-TECI 008) 610SL) INDDI

33) 60) )TEH-TEC)TEH-TEC) 008)610SL) INDDI

34) 60) ITEH-TECITEH-TECI 008 I 610SL I )NDD)

35) 60) ITEH-TECITEH-TECI 008 ) 610SL) INDDI

36) 60) )TEH-TEC)TEH-TEC) 008)610SLI INDDI

37) 60) ITEH-TECITEH-TECI 008)610SL I )NDD)

38) 60) ITEH-TECITEH-TECI 008)610SL I )NDD)

39) 60) ITEH-TECITEH-TECI 008)610SL I INDDI

40) 60) ITEH-TECITEH-TECI 008)610SL I INDDI

41) 60) )TEH-TECITEH-TEC) 008)610SL) INDDI

42) 60) ITEH-TECITEH-TECI 008) 610SL) I INDDI

43) 60) )TEH-TEC)TEH-TEC) 0081610SLITEH+ 19.11 0.6) 69)DRSIM2)

44) 60) ITEH-TECITEH-TECI 008 I 610SLI I )NDD)

I I I I I I I I I I I CONAM NUCLEAR, INC.

l COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: PAGE: 19 OF 33 DATE: 12/12/89 TIME:, 15:26:46 EXAM EXTENT ( CURRENT I

)ROW)COL(HEAT¹)LEG)PROGRAM( ACTUAL(REEL(PROBE) LOCATION IVOLTSIMILIDEGI '%CHI I I I I I I I I I I I 451 601 ITEH-TECITEH-TECI 008(610SL( I I )NDD(

46) 60( ITEH-TEC(TEH-TEC) 008)610SL)03C+ 0.00 (129.5( 4(EXP(Ml(

I I ITEH-TECITEH-TECI 008)610SL(02C+ 0.00 1166 61

~ 6(EXP)M1(

471 601 )TEH-TEC)TEH-TECI 008)610SL(03C+ 0.00 )163.0) 6)EZP)M1)

I I ITEH-TECITEH-TECI 008 I 610SL I 02C+ 0.00 )130.2( 5)EXP)M1) 481 601 )TEH-TEC)TEH-TEC) 008)610SL)03C+ 0.00 )155.21 6)EXP)M1)

I I ITEH TECITEH TECI 008)610SL)02C+ 0.00 1145. 31 5(EXP(Ml(

491 601 )TEH-TEC)TEH-TEC) 008)610SL)03C+ 0. 00,. )125.1) 5(EXP)M1(

I I ITEH-TECITEH-TECI 0081610SL)02C+ 0.00 1157.71 5(EZP(Ml(

1) 611 ITEH-11CITEH-11CI 016)590SL) I INDDI I

2) 61( )TEH-TEC(TEH-TEC) 0151590SL) I (NDD( )

11( 61( )TEH-TEC)TEH-TEC) 0081610SL)09H+ 34.61 4.61 1174IINRI 11 I I )TEH-TEC)TEH-TEC) 0081610SLIAV4+ 12.24 I I INF I 21( 61( ITEH-TECITEH-TECI 0081610SLI I INDDI 241 611 ITEH-TECITEH-TECI 0081610SL I I INDDI 471 611 )TEH-TEC)TEH-TEC) 0081610SLI 03C+ 0 00 F )130.6) 5(EXP(Ml(

I I )TEH-TEC)TEH-TEC) 008 I 610SL I 02C+ 0.00 )140.5( 5(EXP(Ml(

481 611 ITEH-TECITEH-TECI 0081610SLI03C+ 0.00 1136. 71 5(EXP(Ml(

I I ITEH-TECITEH-TECI 008 I 610SL ( 02C+ 0.00 1129. 91 5(EZP(Ml(

491 611 ITEH-TECITEH-TECI 0081610SL)03C+ 0 00 F 1131. 51 5 (EZP)Ml (

I I ITEH-TEC)TEH-TEC) 008 I 610SL) 02C+ 0 00 F 1130.4( 5(EZP(Ml(

11 621 ITEH-11CITEH-11CI 016 ( 590SL) I )NDD) 2( 62( ITEH-TECITEH-TECI 0151590SLI I INDDI 21( 62( )TEH"TECITEH TEC) 0081610SLI I INDDI 241 621 )TEH-TECITEH-TECI 0081610SL) I INDDI 47( 621 )TEH-TEC)TEH-TEC) 0081610SL)03C+ 0.00 )129.51 4)EXP(Ml)

I I )TEH-TEC)TEH-TEC) 008)610SL)02C+ 0.00 1134. 11 5 I EXP I Mll 48( 62( )TEH-TEC)TEH-TECI 008(610SL)03C+ 0.00 1155. 21 6 I EXP IM11 I I )TEH-TEC)TEH-TECI 008 I 610SL) 02C+ 0.00 1142. 21 6(EXP(Ml(

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COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER 6c LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: PAGE: 21 OF 33 DATE: 12/12/89 TIME: 15:26:46 I ( ( EXAM EXTENT CURRENT IROWICOLIHEATSSILEGIPROGRAM) ACTUAL(REEL(PROBE( LOCATION (VOLTS)MILIDEG( t (CHI I I I I I I I I I

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COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE: 22 OF 33 DATE: 12/12/89 TIME: 15:26:46 EXAM EXTENT CURRENT

)ROW(COL(HEAT@)LEG)PROGRAM) ACTUAL(REEL)PROBE( LOCATION IVOLTSIMILIDEGI 4 ICHI I I I I I

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I I I I I I I I I I I I I (

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COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER 6 LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: PAGE: 23 OF 33 DATE: 12/12/89 TIME: 15:26:46 EXAM EXTENT CURRENT IROWICOLIHEAT¹ILEGIPROGRAMI ACTUAL(REEL(PROBE( LOCATION IVOLTSIMILIDEGI > ICHI I I I I I I I I I I I 491 731 ITEH-TECITEH-TECI 0101610SLI02C+ 0.00 98.21 5(EXPIM11 ll 741 ITEH-11CITEH-11CI 0161590SLI I I INDDI 21 741 ITEH-TECITEH-TECI 015 1590SL I I I I INDDI I 71 741 (TEH-TEC(TEH-TECI 0101610SL(04C+ 6.91 1.11 1149(INRI 11 471 74( ITEH-TECITEH-TEC( 0101610SLI10H+ 37.35 6.21 1171(DNGI 11 I I ITEH-TECITEH-TECI 0101610SLI10H+ 38.18 I 12.41 1170(DNGI 11 481 741 ITEH-TECITEH-TECI 0101610SLI I I INDDI 491 74( ITEH-TECITEH-TECI 0101 610SL I 03C+ 0.00 1130.01 8(EXPIM11 (TEH-TEC(TEH-TECI 010(610SL(02C+ 0.00 (127.01 8(EXPIM11 ITEH-TECITEH-TECI 010(610SL(01C+ 6.12 I 6 '1 (170(DNGI 11 ITEH-TECITEH-TECI 0101610SLI 01C+ 5.39 5.4( 1170(DNGI 11 11 751 ITEH-11CITEH-11C( 016 1590SL I I INDDI 21 751 ITEH-TECITEH-TECI 0151590SLI I (NDDI 471 751 ITEH-TECITEH-TECI 0101610SLI I INDDI 481 751 ITEH-TECITEH-TECI 0101610SLI10C+ 26.64 7.71 1171 DNG I 11 1

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COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE: 24 OF 33 DATE: 12/12/89 TIME: 15:26:46 EXAM EXTENT ( ( ( CURRENT (ROW(COL(HEAT@(LEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION IVOLTSIMILIDEG( 't (CH(

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COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 PAGE: 25 OF 33 DATE: 12/12/89 TIME: 15:26:46 EXAM EXTENT CURRENT (ROWICOLIHEAT¹ILEGIPROGRAMI ACTUAL/REEL/PROBE/ LOCATION IVOLTSIMILIDEGI t ICH(

I I I I I I I I 33( 80( H ITEH-TECITEH-TECI 011(610SLI INDD(

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COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER 6 LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE: 26 OF 33 DATE: 12/12/89 TIME: 15:26:46 I I EXAM EXTENT CURRENT

)ROM(COL)HEAT¹(LEG(PROGRAM( ACTUAL(REEL(PROBE) LOCATION )VOLTSIMIL)DEGI t )CH)

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COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE 27 OF 33 DATE: 12/12/89 TIME: 15:26:46 I I I I ,I EXAM EXTENT CURRENT IROWICOLIHEAT¹ILEGIPROGRAMI ACTUAL(REEL(PROBE( LOCATION (

VOLTS ( M IL( DEG ( t ( CH I I I I I I I I I I I 2( 87( H ITEH-TECITEH-TECI 0151590SLI INDDI 221 871 H (TEH-TECITEH-TECI 0121610SLITSC+ 2 '2 7.5(

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261 90( H ITEH-TECITEH-TECI 0121610SLI I INDDI 271 90( H ITEH-TECITEH-TECI 0121610SLI I INDDI I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE: 28 OF 33 DATE: 12/12/89 TIME: 15:26:46 EXAM EXTENT ) ) ( CURRENT (ROW)COL)HEATS)LEG)PROGRAM( ACTUAL)REEL)PROBE( LOCATION IVOLTSIMILIDEGI % ICHI I I I I I 28I 90) ITEH-TECITEH-TECI 012I610SLI INDDI 29I 90( (TEH-TEC)TEH-TEC( 012 I 610SL I )NDD)

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II Jt COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: PAGE: 29 OF 33 DATE: 12/12/89 TIME: 15:26:46 I I I I EXAM EXTENT I CURRENT I ROW(COL(HEAT¹(LEG(PROGRAM( ACTUAL(REEL(PROBE( LOCATION I I VOLTS I M L I DEG  % I CH I I I I I I 1( 97( (TEH-llC(TEH-11C( 016 1590SL I (NDD(

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21(100( ISI (TEH-TEC(TEH-TEC( 0131610SLI INDDI 22(100( ISI ITEH-TECITEH-TECI 0131610SLI INDDI I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 PAGE: 30 OF 33 DATE: 12/12/89 TIME: 15:26:46

( ( ( EXAM EXTENT CURRENT IROWICOLIHEAT¹ILEGIPROGRAMI ACTUAL(REEL(PROBE( LOCATION (VOLTS(MIL(DEG( 't (CH(

I I I I I I I I I I 23(100( ISI ITEH-TECITEH-TECI 013(610SL( (NDD(

24(100( ISI (TEH-TEC(TEH-TEC( 013(610SL( (NDD(

25(100( ISI (TEH-TEC(TEH-TEC( 013 ( 610SL( (NDD(

26 I 100( ISI (TEH-TEC(TEH-TEC( 013(610SL I (NDD(

27(100 I ISI (TEH-TEC(TEH-TEC( 013(610SL( (NDD(

28(100! ISI (TEH-TEC(TEH-TECI 013(610SL I INDDI 29(100 I ISI (TEH-TEC(TEH-TEC( 013(610SL I (NDD(

30 (100 ( ISI (TEH TEC(TEH TECI 013(610SLI INDDI 31(100( ISI ITEH-TECITEH-TECI 013 ( 610SL( INDDI 32(100( ISI (TEH-TEC(TEH-TEC( 013(610SL I INDDI 33(100( ISI ITEH-TECITEH-TECI 019(610SL(01H+ 0.00 1. 6( (108(PID(Ml(

I I (TEH-TEC(TEH-TEC( 013 I 610SL(01H+ 0. 51 1.5( (103( 48(M1(

34(100( ISI ITEH-TECITEH-TECI 012(610SL( (NDD(

35(100( ISI (TEH-TEC(TEH-TEC( 012(610SLI (NDD(

361100( ISI ITEH-TECITEH-TECI 012 ( 610SL( (NDD(

1(101( (TEH-11C(TEH-11C( 016(590SL( (NDD(

2(101( ITEH-TECITEH-TECI 015(590SLI INDDI 31(101( ITEH-TECITEH-TECI 019(610SL( INDDI 32(101( ITEH-TECITEH-TECI 019 ( 610SL( (NDD(

33(101( ITEH-TECITEH-TECI 019 I 610SL I (NDD(

34 (101( ITEH-TECITEH-TECI 013(610SL( INDDI 35(101( ITEH-TECITEH-TECI 013(610SLI (NDD(

11102( I TEH-11C I TEH-11C I 016(590SL( (NDD(

2(102( ITEH-TECITEH-TECI 015(590SL( INDD(

32(102( ITEH-TECITEH-TECI 019(610SL I (NDD(

33(102( ITEH-TECITEH-TECI 013(610SL( (NDD(

34(102( (TEH-TEC(TEH-TEC( 013(610SL( INDDI 1(103( (TEH-11C(TEH-11C( 016(590SL( INDDI 2(103( ITEH-TECITEH-TECI 015 I 590SLI (NDD(

311103( ITEH-TECITEH-TECI 013 ( 610SL( INDDI 32(103( (TEH-TEC(TEH-TEC( 013(610SL( (NDD(

33(103( (TEH-TEC(TEH-TEC( 013(610SL( (NDD(

1(104( (TEH-11C(TEH-11C( 015(590SLI INDDI 2(104 I ITEH-TECITEH-TECI 015(590SL( (NDD(

30 I 104( (TEH-TEC(TEH-TEC( 013 I 610SLI INDDI 31( 104( ITEH-TECITEH-TECI 013(610SL( INDDI 1(105 I (

TEH-11C ( TEH-11C ( 015 I 590SLI (NDD(

2(105 I (TEH-TEC(TEH-TEC( 015(590SL( (NDD(

28(105( ITEH-TECITEH-TECI 013(610SLI INDDI 29(105 I ITEH-TECITEH-TECI 013(610SLI INDDI 30(105 I (TEH-TEC(TEH-TEC( 013(610SL I INDDI 1(106( (TEH-11C(TEH-llC( 015 (590SL( (NDD(

2(106( (TEH-TEC(TEH-TEC( 015(590SL I INDDI 27(106( H ITEH-TECITEH-TECI 013(610SL I INDDI 28 I 106( H ITEH-TECITEH-TECI 013(610SL( INDDI I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE: 31 OF 33 DATE: 12/12/89 TIME: 15:26:46 EXAM EXTENT CURRENT JROWICOLIHEAT¹JLEGIPROGRAMJ ACTUAL(REEL(PROBE( LOCATION JVOLTSJMILJDEGJ 't ICHI I I I I I I I I I 1(107( ITEH-11CITEH-llCI 015 I 590SLI INDDI 2(107( ITEH-TECITEH-TECI 015(590SLI INDDI 25I107I ITEH-TECITEH-TECI 013(610SLI INDDJ 26I107I ITEH-TECITEH-TECI 013I610SLI INDDI 27(107( ITEH-TECITEH-TECI 013(610SLI INDDI ll108I I TEH-11C I TEH-11C I 015I590SLI JNDDJ 2 I 108( ITEH-TECITEH-TECI 015 I 590SL I JNDDI 23(108( ITEH-TECITEH-TECI 013(610SLI INDDI 24(108( ITEH-TECITEH-TECI 013(610SLI INDD(

25(108( ITEH-TECITEH-TECI 013 I 610SL I 01H- 0. 89. 11.2I (171(DNTJMll I I ITEH-TECITEH-TECI 013(610SL(01H+ 0.36 8.8I (173JDNTJMll 1(109( ITEH-11CITEH-11C( 015(590SLI INDDI I 2 I 109( (TEH-TECITEH-TECI 015(590SLI INDDI 21(109( ITEH-TECITEH-TECI 013(610SLI INDDI 22(109( ITEH-TECITEH-TECI 013(610SLI INDDI 23 I 109 I ITEH-TECITEH-TECI 013 I 610SLI JNDDJ 1(110( ITEH-llC(TEH-11C( 015(590SLI JNDDJ 2I110I ITEH-TECITEH-TECI 015 I 590SL I JNDDI 3(110( ITEH-TECITEH-TECI 014I610SLI INDDI I 4(110( ITEH-TECITEH-TECI 014 I 610SLI JNDDI 5(110( ITEH-TECITEH-TECI 014I610SLI JNDDJ 6 I 110 I ITEH-TECJTEH-TECI 014 I 610SL I INDDI 7(110( ITEH-TECITEH-TECJ 014 I 610SL I INDDJ 8(110( JTEH-TECITEH-TECI 014(610SLI INDDJ 9I110I (TEH-TECJTEH-TECJ 014(610SLJ INDDI 10(110( ITEH-TECITEH-TECI 013(610SLI (NDDJ 11(110( ITEH-TECITEH-TECI 013 I 610SLI JNDDJ 12(110( ITEH-TECJTEH-TECI 013I610SLI INDDI 13 I 110! ITEH-TECITEH-TECI 013(610SLJ JNDDJ 14 I 110 I (TEH-TECITEH-TECI 013(610SLI I JNDDJ 15(110( ITEH-TECITEH-TECI 013 I 610SL I INDDJ 16 I 110 I ITEH-TECITEH-TECI 013(610SLI I INDDJ I 17(110( ITEH-TECITEH-TECI 013(610SLJ JNDDJ 18 I 110 I ITEH-TECITEH-TECI 013(610SL( (NDDJ 19 I 110 I ITEH-TECITEH-TECI 013(610SLI JNDDJ 20(110 I (TEH-TECITEH-TECI 013 I 610SLI I JNDDI 21 I 110 I ITEH-TECITEH-TECI 013(610SL(06C+ 0.65 9.8I (180(DNG( l(

I I ITEH-TECITEH-TECI 013(610SL(04C+ 0.70 21.4( (169(DNTJMl(

1(111( ITEH-11CJTEH-11CI 015(590SLI INDDI 2 I 111 I ITEH-TECITEH-TECJ 015(590SLI I INDDI 15(ill( ITEH-TECITEH-TECI 014I610SLI I INDDI 16(ill( ITEH-TECITEH-TECI 014I610SLI I INDDI 17 I 111 I ITEH-TECJTEH-TECI 014 I 610SLI I INDDI 18(111( ITEH-TECITEH-TECI 014(610SLI I INDDI ll112I I TEH-11C I TEH-11C I 015(590SLI I INDDI I I I I I I I I I I CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE: 32 OF 33 DATE: 12/12/89 TIME: 15:26:46

) / / / EXAM EXTENT CURRENT IROWICOLIHEAT¹ILEGIPROGRAMI ACTUALIREELJPROBEI LOCATION iVOLTS/MIL/DEGAS t /CHi I I I I I I I I I 2 I 112 I H ITEH-TECITEH-TECI 015I590SLI I I iNDDi 12/112/ H ITEH-TECITEH-TECI 014i610SLJ I I /NDDi 13i112i H iTEH-TECiTEH-TECH 014i610SLt I J INDDI 14 I 112 I H /TEH-TEC/TEH-TEC( 014I610SLI I I iNDDi H iTEH-TECiTEH-TECj 014i610SLi I iNDD) 15/112'/113)

H iTEH-11CiTEH-11Ci 015)590SL) iNDD/

2 I 113 I H )TEH-TEC)TEH-TECH 015 I 590SL I iNDD/

6I113I H ITEH-TECITEH-TECI 014I610SLI INDDI 7/113t H iTEH-TECiTEH-TECH 014)610SLillH+ 0.62 6.5I i171/DNG/ 1/

I 8I113I I H ITEH-TECITEH-TECI 014i610SLillH+ 2.56 9.4) /171[DNGi li I H ITEH-TECITEH-TECI 014 I 610SL I I I INDDI 9 I 113 I I H ITEH-TECITEH-TECI 014!610SL I I INDDI I

10 I 113 I I H (TEH-TECITEH-TECI 014 I 610SLI I I INDDI 11i113i H iTEH-TECiTEH-TECH 014i610SLi I )NDD(

12 I 113 I H iTEH-TECiTEH-TECH 014)610SLi09C- 0.44 11.6i I174IDNTIM1I 1/114( H iTEH-11CiTEH-11Ci 015i590SLi . I j INDDI 2J114) H iTEH-TECiTEH-TEC( 015 I 590SLI I I INDDI 3 I 114 I H ITEH-TECITEH-TECI 014 i 610SLi JNDDI I I H ITEH-TECITEH-TECI 014 i 610SLi I JNDDi 4)114'I114I H ITEH-TECITEH-TECI 014i610SLi I I INDDI I 6i114/ H iTEH-TECITEH-TECH 014 i 610SL( I JNDD/

I I I I I J I I I J I l CONAM NUCLEAR, INC.

COMPLETE EXAMINATION RESULTS 10/89, CAROLINA POWER & LIGHT, SHEARON HARRIS, UNIT 1 STEAM GENERATOR: C PAGE: 33 OF 33 DATE: 12/12/89 TIME: 15:26:46 TUBES EVALUATED WITH PROBETYPES OSM,OBF,OSL,ORC EXTENT NUMBER TEH-TEC 1031 TEH-11C 114 TEH-llH 1 SUBTOTAL 1146 TUBES EVALUATED, ALL PROBES TUBES NOT EVALUATED EXTENT NUMBER REASON NUMBER TEH-TEC 1031 PLG TEH-11C 114 TEH-11H 1 SUBTOTAL 1146 SUBTOTAL TOTAL TUBES IN EXAMINATION PROGRAM 1154 NO TREND ANALYSIS REQUESTED

<Q CONAM NUCLEAR, IN'

CONAN lNSPECTlON DA A ANALYSIS FOR MIZ-18 DATA ISSUED PRQGEDURE No.

UTILIZING DDA-4 42 DA 02Q DIGITAL DATA ANALYSIS SYSTEM REVISED REVISION NO.

BOBBIN COIL EXAMINATION SHEARON HARRIS 4.0 JE EE T ET-4.1 Check all voltage selections on HP computer, HP2671G printer and HCD75Z tape recorder.

4.2 Connect HP computer to HP2671G printer using multipin IE488 cable.

4.3 Connect HP computer to HCD75Z recorder using 50 pin connector.

4.4 Load DDA-4 Edition 18 software in appropriate drive of HP computer.

4.5 Turn on power to all equipment and monitor self test mode on HP computer.

4.6 When DDA-4 edition software is loaded (screen fills with graphic presentation) load first tape to be evaluated in HCD75Z tape recorder (make sure tape is write protected).

5. 0 CALIBRATION 5.1 Load calibration standard from tape in use into DDA-4.

5.1.1 Locate support plate and do the following normal O.D. mixes to eliminate the support plate signal.

5.1.1.1 (Mix 1) 550/100 kHz differential

5. 1.2 The following new mixes (turbo) will be performed.

5. 1.2.1 (Mix 2) 550/800/10Q kHz differential 5.1.2.1. 1 SAVE - The nominal ASME defects 100%, 80%, 60%,

40%, 20% and 10% O.D. groove.

5.1.2.1.2 SUPPRESS - Simulated support and a typical expansion signal from a steam generator tube.

5. 1.3 Other mixes may be used as required by the analyst.

5.1.4 Locate support plate signal on channel 1 and fix volts of support plate to 6 volts and save volts.

5. 1.5 Store the same volts to all differential, absolute and mix channels.

A 59 OF 67

CONAM INSPECTION

-18 DA A IssUED PROCEDURE NO.

8 11 88 UTILIZING DDA-4 42 DA 020 DIGITAL DATA ANALYSIS SYSTEM REVISED REVISION NO.

BOBBIN COIL EXAMINATION SHEARON HARRIS 5.2 5.2. 1 Adjust the rotation on differential channels 1, 3, and 5 so that the phase of the 100% thru wall signal is 40 +5 degrees with initial trace movement down and to the right.

5.2.2 Adjust the rotation on all differential mix channels so that probe motion is horizontal and the initial trace movement of the thru wall hole is down and to the right. If probe motion is not evident, set rotation the same as in channel 1.

5.2.3 Adjust the rotation on absolute channels 2, 4, 6 and (Hix 2) so that probe motion is horizontal and .the initial trace movement of the thru wall, hole is up.

5.2.4 Adjust phase on channel  ? so support signal is down and to the right at 40 +5 degrees.

5.2.4 Adjust phase on channel 8 so support signal is up and to the left at 40 +5 degrees.

5.3 ~San 5.3. 1 Adjust the span of channel 1 so that the 20% thru wall hole signal is approximately 4 divisions. Check 100% hole signal and, if necessary, adjust span so that, as a minimum, the signal from the 100% hole is 50% full screen height.

5.3.2 Adjust span of mix 1 to the same number as channel 1.

5.3.3 Adjust span of channel 6 so that support plate is greater than 50%

full screen.

5.3.4 Spans of other channels will be set as required by analyst.

5.4 Build and store calibration curve as per DDA-4 manual. At NO time will the built-in 4. 1 curve be used for data evaluation.

A60OF67

CONAN INSPECTION ISSUED AAANA S RHI -18 DAA PROCEDURE NO.

UTILIZING DDA-4 DIGITAL DATA ANALYSIS SYSTEM REVISED REvlsloN No.

BOBBIN COIL EXAMINATION 0 SHEARON HARRIS 5.4. 1 Hake calibration curves for the following channels:

Point 1 Point 2 Point 3 5.4.1.1 Channel 1 100%, 60% 20% O.D.

5.4. 1.2 Channel 5 100%, 60% 20% O.D.

5.4.1.3 Hix 1 100%, 60% 20% O.D.

5.4.1.4 Hix 2 100%, 60% 20% O.D.

5.4.2 Record the following calibrations from the digital tape at the beginning of each data disk, probe change, or any significant change in calibration:

5.4.2. 1 Support plate (Channel 1) 5.4.2.2 la0i ASHE (Channel 1) Point 1 6.0 DATA EVALUATION

6. 1 Load tube to be evaluated on HP'computer from tape.

6.1.1 Set lissajous to display channel 1 (base frequency). Set left strip chart to display the vertical component of base frequency mix (mix 1). Set right strip chart to display vertical component of channel 6.

6. 1.2 View lissajous thru the complete loading of tube for indications of defects, copper deposits, dents, dings and distorted signals.

6. 1.3 View strip charts complete length of tube for a minimum of the following:

A. Signals not mixed out in mix 1 vertical.

B. Indications of loose parts or debris.

6. 1.4 Scan the crevice of both tube sheets with Hix 2 for discontinuity indications.

6. 1.5 Evaluate indications in the tube sheets and support plates with Mix 1 or Hix 2.

A 61 OF 67

CONAN INSPECTION A A AL S S OR HIZ-18 DATA IssUED PRQGEDURE No.

8 UTILIZING DDA-4 42 DA 020 DIGITAL DATA ANALYSIS SYSTEM REVISED REVISION NO.

BOBBIN COIL EXAMINATION SHEARON HARRIS 6.1.6 Indications in the free span of the tube not associated with deposits should be evaluated with Channel I (prime frequency).

6. 1.7 Other channels should be used to evaluate indications as required.

6.2 If during the data evaluation undesirable variations are noted during the calibrations, the data analyst will determine the tubes, if any, to be re-examined.

Undesirable variations are variations in recorded eddy current data that in the judgment of the data analyst could obscure reportable discontinuities or could cause misinterpretation of flaw depth or location.

The data analyst will check every calibration to verify the response from the through-wall hole lies at a phase of 40 degrees +5 degrees clockwise from the horizontal with initial trace movement down and to the right on Channel ¹l.

If variations greater than +5 degrees are noted during the calibration check, a new calibration curve shall be established in accordance with paragraph 5.4 and all tubes evaluated after the last acceptable calibration check shall be re-evaluated.

6.3 All indications of tube wall penetration shall be evaluated and the depth of penetration and axial location along the 'length of the tube shall be determined. All discontinuities will be recorded to actual discontinuity depths.

6.4 If measurement of sludge height is required, use Channel 8.

6.5 To record remarks other 'than discontinuity depths, the analyst will enter the approved DDA-4 analysis code (See Figure I) in the percent column.

6.6 To record axial location and extent examined, analyst will enter approved three symbol code (See Figure 2) in the extent or location column or both.

6.6. 1 Axial locations in the hot leg, will be reported in a positive direction from supports, AVB's, tube sheet, and tube end up to but not including 11C.

6.6.2 Axial locations in the cold leg, will be reported in a positive direction from supports, tube sheet, and tube end up to 11C.

A 62 OF 67

CONAM INSPECTION e REVISED 8-11-88 DATA ANALYSIS FOR HIZ-18 UTILIZING DDA-4 DIGITAL DATA ANALYSIS SYSTEM DATA PRQGEDURE No.

42 DA 020 BOBBIN COIL EXAMINATION REVISION NO.

SHEARON HARRIS 7.0 REPORTING OF INDICATIONS 7.1 Use the following amplitude and locations as reporting criteria.

Indication Re or tin Criteria Defects )1%

Dents and Dings O 5 volts 8.0 DEFINITION OF DDA-4 ANALYSIS CODES Absolute Drift ADR - Normally refers to drift in the crevice of non-expanded tube sheets. Can also be used for tube to tube wear in free standing section of tubing.

~d-Possible indicator of Inner Granular Attack (IGA). Recorded in low frequency absolute.

lf Pl t

~gt a

I -lh 1.9.1 g tl h I 11.t.-h horizontal signal going to the right first. Sometimes occurs at top of tube I fd<<lg sheets (TSH +0.0, TSC +0.0) recorded in differential mix channel.

Co er De osit CUD - A deposit of copper usually originating from the secondary side of the system (i.e., condensers, feedwater heaters). Characterized by the signal in the rime fre uenc looking similar to a discon=tinuity indication going dt lh lh h I f d<<h If the copper deposit is only on the P O.D. of the tube 919 d th dl 19h it P will usually mix out, If the copper deposit is in a discontinuity, it may not mix out and a discontinuity indication may go up first. Recorded in low mix frequency differential.,

- Tube I.D. smaller than nominal I.D., occurring at

~gent DNT support plate inter-sections or top of tube sheets. Generally caused by magnetite build up in older Westinghouse and C.E. steam generators. Recorded in differential mix.

9111 dh manufacturing or by mechanical cause.

I f "dlgd Recorded t fth.

in prime frequency.

Ilhd Dent With Possible Indication DNI - Possible discontinuity indication associated with dent but is not measurable. Recorded from differential mix.

Distorted Roll Transition With Possible Indication DRI - A distorted roll transi-tion that has sufficient distortion that a discontinuity may be creating the distor-P tion. Recorded in Mix 2.

A 63QF67

CONAN INSPECTION A ALYSIS OR MIZ-18 DATA ISSUED PRocEDURE No.

UTILIZING DDA-4 42-DA-020 DIGITAL DATA ANALYSIS SYSTEM REVISED REVISION NO.

BOBBIN COIL EXAMINATION O SHEARON HARRIS Distorted Su ort Si nal W Indication DSI - Support signal that has a residual mix indication with a non-quantifiable defect signal. Recorded in prime frequency or differential mix.

Distorted To Of Tubesheet W Indication DTI - Refer s to top of tubesheet signal (fully expanded, fully rolled, or non-rolled tubesheets) with a non-quantifiable defect signal. Recorded in differential mix.

~fi expanded EIP -U d p h t into the tube supports to prevent vibration.

dl t g Recorded h h b I in differential mix.

b Ex ansion With Possible Indication EPI - In preheater model steam generator if a possible indication is present in the expansion. .Recorded in Mix 3.

~fi FX U d h b t b I d b h ff f obstructing tube or the fixture will not reach a particular tube.

th t Igt. - t d bp I' I g p t Ilg I gt. Uh d b long areas of horizontal motion. Recorded in prime frequency.

Incom lete Test INC - Tube not run to the extent required or complete tube not recorded.

Indication Not Found INF - Indication that has been previously reported but is not found on current examination.

Indication Not Re ortable INR - Indication that was previously reported that is not reportable under new guidelines or customer requirements.

No Detectable Discontinuit NDD - Entry not required if DBASE system used.

No Tube Sheet Ex ansion NTE - In hydraulically or mechanically expanded tube sheets where the tube has not been expanded at all.

No Su ort Ex ansion NSE - Used for preheater model steam generators where the tube has not been expanded into the support.

~b<<dd-Ebb metal, broken off probe head, etc.

I b<< tdbPI'g ll,f,dEt,hk f Over Ex ansion OXP - Used to identify the location within fully rolled tube sheets of an area expanded greater than the nominal. Criterion for reporting will be determined on a job-by-job basis.

A64OF67

CONAM INSPECTlON UTILIZING DDA-4 PRQGEDURE No. 4P-DA-O2P DIGITAL DATA ANALYSIS SYSTEM REVISED BOBBIN COIL EXAMINATION REVISION NO.

SHEARON HARRIS Partial Tube Sheet Ex ansion PTE - In hydraulically and mechanically expanded tube sheets where the eddy current signal or signals show the tube sheet not to be expanded to the same amount as the majority of the tubing. This could be caused by the hole in the tube sheet being smaller than the other tubes or insufficient hydraulic or mechanical pressure.

Permeabilit Variation PVN - Self explanatory. Recorded in prime frequency free-standing tube, measured in differential mix at support plate intersections.

d obstruction.

L -P b I I pIg, <<b f d Il I Ig Possible Loose Part PLP - Self explanatory Preventative Tube Plu PTP - Tube to be plugged for preventative reasons.

Ski ed Roll SKR - Geometry changes in expanded area of tube sheets showing under expansion. Criterion for reporting will be determined on a job-by-job basis.

d L g If p1 L

A I I f f g I I I f b b support plates. Recorded in lowest absolute frequency as per specific plant requirements.

Tem late Obstruction TMO - Self explanatory.

Tem late Plu TMP - Self explanatory.

To Main Roll TMR - Used to identify the location of the roll transition in fully expanded tube sheet when the expansion is at or below the top of the tube sheet.

Criterion for reporting will be determined on a job-by-job basis.

fb A T<<fbf. If I I y.

Tube Number Check TNC - Used when the tube identity is in doubt.

Tube Restricted TRS - Caused by tube itself, i.e. bent tube lip, large dents or dings, probe will not go through the u-bend, etc.

Undefined Indication UDI - Indicative of tube wall degradation that is not quanti-fiable due to the distortion of the trace signal.

e A 65 OF 67

CONAM INSPECTION ISSUED 8 ll 88 UTIl.IZING DDA-4 PROCEDURE NO.

gp DA ppp DIGITAL DATA ANALYSIS SYSTEM REVISED REVISION NO.

BOBBIN COIL EXAMINATION SHEARON HARRIS DDAe4 ANALYSIS CCOES TO BE PUT IN PERCENT COLUMN Absolute Drift.e ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ .ADR Ho Tube Sheet Expansion.... .HTE R etest ADR.................. .......... .. . ~ RAD Re'tCSC NTEe ~ ~ ~ ~ ~ .RTE Bad Da'ta ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ..BDA Part'Ial Tube ShCct EXPaf5'lone ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ oPTE R etCSt BDAe..e.. ~ o.ooe. oooo.etc. ~ . ~ o ~ . oooo ~ .RBO RCCCS'C PTEe ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ oRPE BUlgeo ~ ~~ ~ ~ ~ ~ ~ ~ .BLG PermeabILity Variation... . PVN RCCCSt BLGo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ . ~ RBL Retest PVHee ~ . ~ ..RPV COPPCI' CPOS I 't ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ CUD Pluggedo ~ ~ ~ ~~ ~~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ePLG RetCS't CLII~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ RCD POSS'Ible LOOSC Pal't ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ PLP D enC ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ .DNT RC'CCSC PLPe ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ oRLP Retest DNT. ~ .RDN Preventative Tube Plug. ..PTP Dent With Possible Indication............. ~ ...DHI ObS'tl UCCCd ~ ~ ~ ~ ~ ~ ~ ~ ~ ..OBS RCCCSC DNA ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~~ . ~ RNI Retest OBSee ..ROB Dingo ~ .DNG Overexpansion. ~ ~ ~ ~ ~ ~ oOXP Retest DNG. .RDG PYREX Retest OXP. ~ ~ ..RXP Distorted Roll Transition W/Poss Indication...DRI Sk'Ippcd Roll ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ SKR RQCcst DRI ".. ~ ~ ~ ~ ~ . ~ ~ ~ " ~ ~ ~ ~ ~~ .RRI Retest SKRee ~ .. ~ ~ ~ .RSR Distorted Support Signal W/Indication... ~ ~ ~ ~ ~ oOSI Sleeved. ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ SLV R C'tCS't DSI ~ ~ ~ * ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ .. ~ ~ ~ .RSI RCtCSC SIVo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ .RSV Distorted Tubesheet W/Indication............ ~ ~ DTI S Ludgee ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ SLG Retest DTI. .RTI RCCCS't SLG ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ oRSG Expans'Ion ~ ~ ~ ~ ~ ~ .EXP Template Obstruction. .. THO RCCCS'C EXPo ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ . RCCCSC TMOe ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ RTO Expansion With Possible Indication.......... . KEPI Temple'tc P luge ..THP Retest EPI. ~ REI RCCCSC THPe ~ ~ ~ ~ ~ ~ ~ ~ ~ .RTP Fixture. . ~ ~ ~ ~ .... . . ~ FIX Top Main Roll. ... ~ ~ ~ THR Retest FIX. .RFX Retest THRee ..RTH ID Chatter . IDC Tobe No Test... ~ . .. ...TNT RCCcSC IDGE' ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ RDC RCtcsC TNT' ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ oRNT Indication Hot Found... ~ ~ .. ~ ............. . ~ ~ . INF Tube Hwber Check.. ............ .. .. ~ TNC RCCCSC INF ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ .. ~ RHF Retest THC. .RHC Indication Not Reportable. ~ INR Tube Restricted. ..TRS Incocpletc Test. ~ INC Retest TRSee .. ~ ...... ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ RTR RC'tCSC INC ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ .RIC Undefined Indication. .. ~ ~ e ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ UDI No Detectable Discontinuity. ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ NDD Retest UDIee ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ RDI No Support Expansion..- ENSE Retest HSE. . ARSE 8.88 FIGURE 1 A 66 OF 67

CONAN INSPECTION ISSUED 8-11-88 PROCEDURE NO.

UTILIZING DDA-4 42- DA-020 DIGITAL DATA ANALYSIS SYSTEM REVISED REVISION NO BOBBIN COIL EXAMINATION SHEARON HARRIS MODEL D4 TUBE SUPPORT DIAGRAM AV V3 V Anti-vibration bars 11H 43.0'3.0'1G Tube support 10C number 43.0'3.0 9G 43.0'3.0'H 7H 7C 6C 43.0'8.0'6.0'3.0'8.0'8.0'8.0'8.0'8.0'G 5H Feedwater Inlet 3H 3C 6.4'H 12.0' 1.2'C 30.0'1.2 6.4'SC Tube Sheet TEH Inlet ,'lanway 0

FIGURE 2 A 67 OF 67

CONAN NUCLEAR, INC. CAROLINA POWER & LIGHT Shearon Harris Plant Steam Generators A, B & C October 1989 APPENDIX B PERSONNEL CERTI FICATIONS B,1 OF 32

CONAH NUCLEAR, INC. CAROLINA POWER & LIGHT Shearon Harris Plant Steam Generators A, B & C October 1989

SUMMARY

OF PERSONNEL UALIFICATIONS NAME SOCIAL SECURITY NUMBER TEAM POSITION EYE EXAM DATE

'

D. Michael Chambers 559-74-5542 DA 7-21-89 Cheryl Gortemiller 226-98-4943 DA 8-03-89 Hark Gortemiller 572-90-1311 DA 5-10-89 Melvin Hatheson 563-56-0554 DA 2-17-89 Frank Mitchell 554-04-9459 DA 6-07-89 Harold Richardson 556-76-9311 DA 2-22-89 G. Robert Thompson 568-96-1089 DA 6-14-89 Hatthew Caperello 556-31-1115 0 9-06-89 David Cornell 562-29-3340 0 2-28-89 Brent Ferguson 567-41-6477 0 10-17-89 Jerry Herrera 565-06-3464 0 8-03-89 Ed Miranda 572-82-6664 0 10-05-89 Lee Nye 563-04-0698 0 2-07-89 Joe Sordini 570-04-9098 0 10-20-89 Casey Wright 565-86-4897 0 6-27-89 Bruce Harlow - Job Coordinator Emily Moran - Data Management Linda Shimp - Data Management .

Greg Donovan - Electronics Grant Goya - Electronics Legend: (DA) DATA ANALYST (0) OPERATOR B2OF32

CONAM INSPECTION SSN: 559-74-5542 CERTIFICATION OF PERSONNEL QUALIFICATION gIELME CHAMBERS D. MICHAEL CERTIFICATIONS EXAMSCORES RECERTIFICATION/RESTRICTIONS TNG.

METHOD LEVEL DATE E ER COMP. HRS.

EC IIA 3-18-85 R.Marlow 80.0 100 92.0 90.8 20 WT FACTOR: .3 .3 BASIC <ETHOD SPEC PRAC COMP EC III 1-8-86 R.J.Slack 88.0 93.9 95.0 100 93.57 O.Gamble 12-8-86 O.Gamble 12-8 EC III 1-10-89 R.J.SLACK 8.0 94.62 80.0 100 ~

90.7 EXPERIENCE WT FACTOR: .3 *

.3 .2 .2 FROM TO COMPANY NDT METHODS & HIGHEST LEVELATTAINED 8 1971 3 1976 U.S. Air Force NDT S ecialist Instructor Ratin )

3/1976 10/1979 Conam Inspection, Richmond, California Leve II, UT, MT, RT, PT, EC 3 1982 Present Conam Ins ection, Richmond, California Eddy Current Level IIA, 7-19-82; Level III, 1-08-06 (over)

EYE EXAMINATIONS DATE EXAMINEDBY DATE EXAMINEDBY EDUCATION AND TRAINING (HIGHEST PUBLIC, ADVANCEDAND NDT) 6-8 SCHOOL LOCATION DATE LENGTH SUBJECT 6-88 .Camp e 7-8 . N e Chanute AFB Il . 11-71 12Wks NDT 20 Hrs Min. E.C.

Conam Ins ection Richmond, Ca 3-79 20Hrs E.C. Data Analysis Conam Ins ection Richmond, Ca 5-84 8 Hrs E.C. MIZ-18 In accordance with the Conam Division Procedure 99-CNTP-003 and the 1984 Edition of SNT-TC-1A. COMMENTS OI "Allhistorical information supplied by me to o compile this certification is true and correct

'o the best of my knowled Examinee Date

CONAN INSPEC'rION 660 South 31st Street Richmond, California 94804 (416)233-9668 JAEGER X. TYPE..

VX.SZ.ON TEST SSg 559-74-5542 EMPLOYEX MAt4E D Michael ChK bers 8XRTHOATE GXSTANT VXSXON NEAR YES',ON CQLOR TEST E.XAMXNER DATE UNCORR CORA.. UNCORR.

~ / ~J/ a ~.eh~

31* 3->1 6 1

/JINA t- 7-NQ 1-Z~ 6 7- (

84OF 32

CONAN INSPECTION SSN: 226-98-4943 gp,Mp GORTEMILLER CHERYL L CERTIFICATION OF PERSONNEL QUALIFICATION CERTIFICATION S EXAM SCORES TNG. RECERTIFICATION/RESTRICTIONS METHOD LEVEL DATE EXAMINER COMP HRS.

EC IIA 4-28-87 R.Marlow 95.0 100 97.6 97.54 20 4 88 R.Marlow - 4-89/ . unanich EXPERIENCE WT FACTOR: .3 .3 ,4 FROM TO COMPANY NDT METHODS 8( HIGHEST LEVELATTAINED 1 1982 6 1982 USAF Reserves UT, PT, MT, RT, EC, 5 Level AFC Ratin 10/1982 Present Conam Inspection, Richmond, Ca ifornia Edd Current Level I 11-82 Level IIB 6-84.

Eddy Current Level IIA Data Analyst, 12-84 (over)

EYE EXAMINATIONS DATE EXAMINEDBY DATE EXAMINEDBY EDUCATIONAND TRAINING(HIGHEST PUBLIC, ADVANCEDAND NDT)

I 87 O.Cam bell SCHOOL LOCATION DATE LENGTH SUBJECT 8 1988 O.Cam bell Armi 'o Hi h School Fairfield, Ca 1979 6 Yrs Business/Graduated L.Ne Solano Community College Suisun, Ca 12-81 2 Yrs Marketing/Business/AS NDI Tech School Chanute AFB, Il 3-82 24Hrs Eddy Current Level II NDI Tech School Chanute AFB, Il 6-82 llWks NDI Training Conam Ins ection Richmon Ca 11-82 12Hrs E Current Leve I In accordance with the Conam Division mond a 5- 8 Hrs Edd Current MIZ-18 Procedure 99-CNTP-003 Conam Ins ection Richmond Ca 12-84 20Hrs E.C. Data Anal sis and the 1984 Edition of SNT-TC- 1A. COMMENTS

~ "Allhistorical information supplied by me to compile this certification is true and correct

~ to the best of my knowledge."

Examinee Date

CONAM lNSPECTlON JAEGER I TYPE VlSlON TEST EYE EXAMlNATlON FOR V)SUAL ACCURACY CONAM PROCEDURE No. 42-QC-010 CHERYL GORTEHILLER (BANDY] 226-98-4943 Employoo Namo 8lr t hda to 3-8-61 DISTANT VISION NEAR VISION COLOR TEST INER DATE UNCORRECTED CORRECTED UNCORRECTED CORRECTED RE LE RE LE RE LE RE jo doZen At CJ J~

to r

c2O O~, y AJ~ VVI~l B 6OF 32

~ An Automaton Inttvsties, Inc. Compsny

'ONAM INSPECTION SSN: 572-90-1311 CERTIFICATION OF PERSONNEL QUALIFICATION GORTEMILLER MARK A.

CERTIFICATIONS EXAMSCORES TNG. RECERTIFICATIONIRESTRICTIONS METHOD LEVEL DATE EXAMINER COMP. HRS.

GEN SPEC PRAC 0 6 86 R.Marlow 4/87 R.Marlow I IA 6-16-88 J. Funanich 1 0 .0 98.4 97. 56 20 88 Otis Gamble 97.0 98.5 90.0 98.4 96. 52 8-89 Otis Gamb LEVEL IIA WT FACTOR: .3 .3 .4 EXPERIENCE LEVEL III WT FACTOR: .3 .3 .2 .2 FROM TO COMPANY NDT METHODS & HIGHEST LEVELATIAINED 7/1975 Present Conam Ins ection, Richmond, California Eddy Current Level I, 3-78; Level IIB, 11-78; (over)

EYE EXAMINATIONS DATE EXAMINEDBY DATE EXAMINEDBY EDUCATIONAND TRAINING(HIGHEST PUBLIC, ADVANCEDAND NDT}

6-30-87 O.Campbell SCHOOL LOCATION DATE LENGTH SUBJECT 6- . ong. Pinole Valle Hi h School Pinole, Ca 1973 4 Yrs Colle e Pre /Graduat(

5 ye Univ of California Berkel e Ca 2 trs En lish Calculus Conam Ins ection Richmond, Ca 1978 20Hrs Eddy Current I 8 II Conam Inspect>on ic mon , a 12-84 20Hrs Data Anal st E.C.

Conam Ins ection Rsc mon Ca -84 8Hrs Edd Current MI -18 In accordance with the Conam Division Procedure 99-CNTP-003 and the 1984 Edition of SNT-TC- lA. COMMENTS

~ "AIIhistorical information supplied by me to o compile this certification is true and correct oI tO the beSt Of my knOWledge."

Examinee Date

CONAN INSPECTION JAEGER l TYPE VlSlON TEST EYE EXAMINATION FOR VISUAL ACCURACY CONAM PROCEDURE No. 42-QC-010 Employee Name GORTEMILLER, NRK A. 572-90-1311 Birthdate 10-1-55 DXSTANT VXSXON NEAR VXSXON DATE UNCORRECTED CORRECTED UNCORRECTED CORRECTED LE RE LE RE LE RE LE RE W~CPP1&/

NCd'e J -Qg'~

~( Wl iVoRrea C 7- zygo al Jo; wn. < -3o-$ '7 6-/8-S 8 j=/d- '3g BBOF32

CONAM INSPECTION SSN: 563-56-0554 gAME MATHE ON, MELVIN CERTIFICATION OF PERSONNEL QUALIFICATION CERTIFICATIONS EXAMSCORES TNG. RECERTIFICATIONIRESTRICTIONS METHOD LEVEL DATE EXA INER GEN SPEC P RAG COMP HRS.

EC IIA 1-13-86 R.Mar ow 75.0 92.5 90 86. 1 87 R.Marlow g J 12 87 M. hambers EC IIA 1-12-89 J. FUNANICH 87.5 72.0 90.8 84.17 12 89/J.Funanic WT FACTOR: .3 .3 .4 EXPERIENCE FROM TO COMPANY NDT METHODS & HIGHEST LEVEL ATTAINED 11 4 74 12 20/74 Conam Ins ection Part-time) Radiation Assistant 5/26/82 Present Conam Inspection Edd Current, Level I, 9-15-82; Level IIB, EC, 12-21-82 EC, Level IIA, 1-10-85 (over)

EYE EXAMINATIONS DATE EXAMINEDBY DATE EXAMINEDBY EDUCATIONAND TRAINING(HIGHEST PUBLIC, ADVANCEDAND NDT) 3-5-87 J. Ward OD SCHOOL LOCATION DATE LENGTH SUB/ECT 3-3-88 K.B./OD El Rancho Hi h School Pico Rivera, Ca 1959 4 Yrs General /Graduated Conam Ins ection Richmond, Ca 9-82 20Hrs Eddy Current I & II Conam Inspection Ric mon, Ca rs ata na yst ln accordance with the Conam Division Procedure 99-CNTP-003 and the 7984 Edition of SNT-TC-1A. COMMENTS c "Allhistorical information;supplied by me to compile this certification is'true and correct to the best of my knowledge."

Exa min Dat

CONAM INSPECTION JAEGER I TYPE VISION TEST EYE EXAMINATION FOR VISUAL ACCURACY CONAM PROCEDURE No. 42-QC-010 Employoo Name NTHESON, MELVIN 563-56-0554 Blrthdato 6-5-41 DISTANT VISION NEAR VISION UNCORRECTED COLOR TEST EXAMINER DATE CORRECTED UNCORRECTED CORRECTED RE LE RE LE RE

<<'l d

~O )yO

&Q P s~rs4'o zcz z ~

O lOQ ~al 7 Ao ~Pi~ O,P z /~.- gC Za 2% >p4:l;.r:. '2 j',0 B 10OF32 9 An no<<omaicn <<novena. >no. Comon<<n

'0.9

.

CONAN INSPECTION SSN 554-04-9459 CERTIFICATION OF PERSONNEL QUALIFICATION NAME CERTIFICATIONS EXAMSCORES TNG. RECERTIFICATION/RESTRICTIONS rtETHOD LEVEL DATE EXAMINER(LEVEL III) COMP. HRS.

EC IIA 9-19-86 R.Harl ow eJ 87.5 96.0 93.7 92.78 56 9 8 .H rlow 8 88'.Harlow EC IIA 8-25-89 J. Fnnanich 0 56 EXPERIENCE

-WT FACTOR: .3 , .3 .4 FROM TO COMPANY NDT METHODS & HIGHEST LEVELATTAINED I/1981 Present Conam Inspection, Richmond, Cal ifornia Eddy Current Level I, 9/81; Level IIB, ll/82 Eddy Current Level IIA, Data Analyst, 9-19-86 (o ver)

EYE EXAMINATIONS DATE EXAMINEDBY DATE EXAMINEDBY EDUCATION ANDTRAINING(HIGHEST PUBLIC, ADVANCEDAND NDT) 87 O.Cam bell SCHOOL LOCATION DATE LENGTH SUBJECT i/88 O.0am be estmoor Hi h School Dal Cit Ca 1974 4 Yrs General Graduated 89 L. N e Conam Ins ection Richmond, Ca 7/81 24Hrs Edd Current I 5 II Conam Ins ection Richmond, Ca 5/84 8 Hrs Edd Current MIZ-18 Conam Inspection Richmond, Ca 7/86 56Hrs E.C. Data Analysis In accordance vvith the Conam Division Procedure 99-CNTP-003 and the 1984 Edition of SNT-TC- 1A. COMMENTS CP

<'Allhistorical information supplied by me to compile this certification is true and correct to the best of my knowledge."

xaminee Date

CONAN INSPECYtOH JAEGER I TYPE VISION TEST EYE EXAMINATION FOR VISUAL ACCURACY CONAM PROCEDURE No. 42-QC-010 Em pl o y o o N am o MITCHELL JOHN FRANK 554-04-g45g 8 ir t hd a t o 7-22-56 DISTANT VISION NEAR VISION COLOR TEST EXAMINER DATE UNCORRECTED CORRECTED UNCORRECTED CORRECTED LE RE LE RE LE RE LE RE u/o/rn 9 -js>

A'o @rnid ~ 9-ze-8>

0 t &(>( r~>9 le<pi igni~ c B 12 OF 32 9 An Automsten Indusues. Inc. Company

CONANI INSPECTION SSN: 556-?6-9311 CERTIFICATION OF PERSONNE L QUALIFICATION NAME Richardson Harold A.

CERTIFICATIONS EXAMSCORES TNG. RECERTIFICATIONIRESTRICTIONS METHOD LEVEL DATE EXAMINERILEVEL III) COMP. HRS.

SPEC PRAC EC I IA 2-17-89 M.Gortemiller 97.5 88.0 84. 89.53 40 EXPERIENCE

. WT FACTOR: .3 .3 .4 FROM TO COMPANY NDT METHODS & HIGHEST LEVEL ATTAINED Present CONAM INSPECTION, INC., Richmond, Ca. Eddy Current Leve II ata na yst 2-10-7 4-11-88 MARE ISLAND NAVAL SHIPYARD, Vali ejo, Ca. Eddy Current Leve II Data na yst (over)

EYE EXAMINATIONS DATE EXAMINEDBY DATE EXAMINEDBY, EDUCATIONAND TRAINING <HIGHEST PUBLIC, ADVANCEDAND NDTJ 2-22-89 L.Ne SCHOOL LOCATION DATE LENGTH SUBJECT Westchester Hi h School Westchester Ca 68-69 2 Yrs General Education Widne Hi h School Los An eles, Ca 67-68 2 Yrs General Education Mare Island Naval Shi d Vallejo, Ca. 75-86 200 Hr E.C. Level I & II Conam Ins ection Inc. Richmond Ca. 1-2 8 40 Hr E.C. Data Anal st ln accordance with the Conam Division

-

Procedure 99-CNTP-003 and the 1984 Edition ofSNT-TC- 1 A. COMMENTS Q Allhistorical information supplied by me to

~ compile this certification is'true and correct

~ to the best of my knowledge.",

Examinee Date

CONAN INSPECTION JAEGER I TYPE VISION TEST EYE EXAMINATION FOR VISUAL ACCURACY CONAM PROCEDURE No. 42-QC-010

'Employee Name RICHARDSON', JR., HAROLD A. B ir t hda to 12-29-51 SSN: 556-76-9311 "DISTANT VISION NEAR VISION UNCORRECTED CORRECTED UNCORRECTED COLOR TEST. EXAMINER DATE CORRECTED LE RE LE RE LE RE LE RE B 14OF32

CONAM INSPECTION SSS: SSS-SS-IOSS THOMPSON, G. ROBERT CERTIFICATION OF PERSONNEL QUALIFICATION .

CERTIFICATIONS EXAM SCORES TNG ICATION/RESTRICTIONS P IETHOD LEVEL DATE EXAMIN GEN SPEC PRAC coMP HRS 89'ECERTIF EC IIA 5-1-87 R.Marlow 85.0 84.0 97.8 89.82 40 5 88 J.Funanich EC I IA 5 J.Funanich EXPERIENCE WT FACTOR: .3 .3,:4 FROM .TO COMPANY NDT METHODS & HIGHEST LEVELATTAINED 3 1982 Present Conam Ins ection Richmond California Edd Current Level. I 8-82 Level IIB, 5-84; Eddy Current Level IIA, Data Analyst, 7-85 (OVeI)

EYE EXAMINATIONS DATE EXAMINEDBY DATE EXAMINEDBY EDUCATIONAND TRAINING (HIGHEST PUBLIC, ADVANCEDAND NDT)

SCHOOL LOCATION DATE LENGTH SUBJECT i-88 O.Cam bell Mestmoor Hi h School Dal Cit Ca 1974 4 Yrs General Graduated 3-88 M.Polikof d dd 1

,

i-89 O.CAMPBELL Conam Ins ection Richmond Ca 5-84 8 Hrs Edd Current Level II Conam Ins ection Richmond Ca 5-84 8 Hrs Edd Current HIZ-18 ona Ins ection Richmond Ca 7-85 40Hrs E.C. Data Anal sis In accordance wi th the Conam Division Procedure 99-CNTP-003 and the 1 984 Edition ofSNT-TC- lA. COMMENTS

~ "Allhistorical information supplied by me to compile this certification is true and correct to the best of my knowledge."

Examinee D e

CONAN INSPECTION JAEGER l TYPE VlSION TEST EYE EXAMINATION FOR VISUAL ACCURACY GONAM PROCEDURE No. 42-QG-010 Namo THOMPSON, G. ROBERT 568-96-1089 'mployoo SIr1hd<<o 6-24-56 DISTANT UISION NEAR UISION COLOR TEST EXAMINER DATE UNCORRECTED CORRECTED UNCORRECTED CORRECTED LE LE RE LE RE LE RE 7-A I-8~

J2 I 816OF3 g M Ancmaten Inaeres. Inc. Cocnpany

CONAM INSPECTION SSN: 556-31-1115 CERTIFICATION OF PERSONNEL QUALIFICATION NAME R L 0 N HEW N.

CERTIFICATIONS EXAM SCORES TNG. RECERTIF(CATION/RESTRICTIONS METHOD LEVEL DATE EXAMINER SPEC PRAC coMP HRS.

GEtI EC IIB 1-9-87 R.Marlow 87.5 100 95.0 94.25 24 12-87 JFunanich EXPERIENCE WT FACTOR: .3 .3 .4 FROM .TO COMPANY NDT METHODS & HIGHEST LEVELATIAINED Present Conam Ins ection Richmond California Edd Current Level I 4-19 Level IIB, 1-9-87; (over)

EYE EXAMINATIONS DATE EXAMINEDBY DATE EXAMINEDBY EDUCATIONAND TRAINING{HIGHEST PUBLIC, ADVANCEDAND NDTJ LO-23-8 O.Cam bell SCHOOL LOCATION DATE LENGTH SUBJECT I.0-1-87 O.Cam bell Chico Senior High School Chico, Ca. 73-76 4 Yrs General/Graduated 9-29-88 . amp e Oroville Ca:: 82-84 2 Yrs General Education 9-6-89 O.Cam bell Conam Ins ection Richmond, Ca 4-85 24Hrs Eddy Current I 5 II In accordance with the Conam Division IE Procedure 99-CNTP-003 and the 1984 Edition ofSNT-TC-1A. COMMENTS

~ "Allhistorical information supplied by me to

~ compile this certif'ication is true and correct t the best of my knowledge."

E aminee Date

CONAN INSPECTlON JAEGER I TYPE VISION TEST EYE EXAMINATION FOR VISUAL ACCURACY CONAM PROCEDURE No. 42-QC-010 Employee Name CAPERELLO, NATTHEW M. BIrthdate

. Social Security o.

7-23-1958'ISTANT VISION NEAR VISION COLOR TEST EXAMINER DATE UNCORRECTED CORRECTED UNCORRECTED CORRECTED - ~

LE RE LE RE LE RE LE ja zs P 5I B 18OF32

CONAM INSPECTION SSN: 562-29-3340 CERTlFlCATlON OF PERSONNEL QUALIFlCATION gP,ME CORNELL DAVID A.

CERTIFICATIONS EXAM SCORES TNG RECERTIFICATION/RESTRICTIONS METHOD LEVEL DATE F.XAM ER GEN SPEC PRAC COMP HRS EC I 3-13-86 R.Harl ow 90.0 98.33 80.0 88.5 20 3-13-87 R.Har ow EC IIB 2-10-88 J.Funanich 95.0 96.0 100 97.3 20 EC I IA 8-14-89 J.Funanich 97.5 88.0 88.5 91.0 40 EXPERIENCE WT FACTOR: .3 .3 .4 FROM TO COMPANY NDT METHODS & HIGHEST LEVELATTAINED 1-23-86 Present CONAH INSPECTION, Richmond; Ca. Eddy Current, Level I, 3-86;E.G. IIB, 2-88. IIA 8-89 3-85 12-85 U.S. Air Force Reserve (0VeI)

EYE EXAMINATIONS DATE EXAMINEDBY EDUCATION AND TRAINING(HIGHEST PUBUC, ADVANCEDAND NDT)

DATE EXAMINEDBY I.P 3-21-8 W. Polikoff 1'ff SCHOOL Alameda High School LOCATION Alameda, Ca.

DATE 1977 LENGTH 4 Yrs SUBIECT College Prep/Diploma 2-28-89 0. Cam be11 Herritt College Oakland, Ca 83-85 2 Yrs A.S.-Xray Technician U.S. Air Force Chanute AFB, Il. 1985 394Hrs NDT Inspector Conam Inspection Ric mon , Ca rs y urrent Conam Ins ection ic mon, a rs .. ata na s) s In accordance with the Conam Division Procedure 99-CNTP-003 and the 1984 Edition of SN 7-TC- lA. COMMENTS

~ "AIIhistorical information supplied by me to compile this certification is true and correct to the best of my knowledge."

-Q u o~+ 87 Examinee Date

CONAN INSPECTlON JAEGER I TYPE VISION TEST EYE EXAMINATION FOR VISUAL ACCURACY CONAM PROCEDURE No. 42-QC-010 Employee Name Birthdate 9 23 59 SSN: 562-29-3340 DISTANT VISION NEAR VISION 4 COLOR TEST EXAMINER DATE UNCORRECTED CORRECTED UNCORRECTED CORRECTED LE RE LE RE LE RE LE RE 2- 2'i-8 1 2> ~~ 2.o/ i 20) 28 +Mf ZpP B 20 OF 32

> ~< EN ~~SCORN

k>>

CONAN INSPECTION SSN: 567-41-6477 gAME FERGUSON, BRENT K.

CERTIF ICATION OF PERSONNEL QUALIFICATION CERTIFICATIONS EXAMSCORES TNG. RECERTIFICATION/RESTRICTIONS METHOD LEVEL DATE EXAI II ER GEN SPEC PRAC COMP. HRS.

EC 4-30-86 J.Funanich 72.5 87.5 100 88.0 20 4-10-87/R.Mar ow EC IIB 10-12-87 J.Funanich 97.5 88.0 100 95.65 20 10-88/R.Harlow EC IIA 1-27-89 H.Chambers 92.5 84.0 89.9 88.91 4 HT FACTOR: .3 .3 .4 EXPERIENCE FROM TO COMPANY NDT METHODS & HIGHEST LEVEL ATTAINED 9-19-85 Present Conam Ins ection Richmond California Edd Current 0 erator, Lev'el I, 4-30-86; Edd Current 0 erator .Level IIB 10-12-87 Edd Current Data Anal st Level LIA, 1-27-89 (over)

EYE EXAMINATIONS DATE EXAMINEDBY DATE EXAMINEDBY EDUCATIONAND TRAINING(HIGHEST PUBLIC, ADVANCEDAND NDT) 51487 O.Cam bell SCHOOL LOCATION DATE LENGTH SUBJECT 5 10 88 O.Cam be El Cerrito High School El Cerrito, Ca 79-82 3 Yrs General/ (G.E.D.)

8 22/89 O.Cam be Contra Costa Colle e San Pabl o, Ca 83-85 2 Yrs NDT UT, RT 10/17 8 M. White Conam Ins ection Richmond, Ca 2-86 20Hrs Edd Current I 8 II Conam Ins ection Richmond, Ca 1-89 40Hrs E.C. Data Anal sis In accordance with the Conam Oivision Procedure 99-CN TP-003 and the 1984 Edition ofSNT-TC- 1A. COMMENTS "Allhistorical information supplied by me to o.compile this certification is true and correct to the best of my knowledge."

~

c P, ri-o Examinee qq I-87 Date

CONAM INSPECTION JAFGER l TYPE VlSlON TEST EYE EXAMINATION FOR VISUAL ACCURACY I

CONAM PROCEDURE No. 42-QC-010 Emptoyee Name HBGUKN, Bren'oji Birthdate ll-27&4 567-41-6477 DISTANT VISION HEAR VISIOH COLOR TEST EXAMINER DATE UNCORRECTED CORRECTED UNCORRECTED CORRECTED LE LE RE LE RE LE S] n/cree C.

r lac. 'r <

ot c C.

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SSN: 565-06-3464 CONAN INSPECTION CERTIFICATION OF PERSONNEL QUALIFICATION NAME HERRERA GERALD S.

CERTIFICATIONS EXAMSCORES TNG. RECERTIFICATIONiRESTRICTIONS METHOD LEVEL DATE EXAMINERIl.EVEL III) COMP HRS.

EC IIA 3-9-87 J. Funansc 87.73 56 2-88/J.Funanich EC IIA EXPERIENCE WT FACTOR: .3 .3 .4 FROM TO COMPANY NDT METHODS & HIGHEST LEVELATTAINED 3/1977 Present Conam Ins ection Richmond Cal ifornia Edd Current Edd Current Data Anal st 3-9-87 (over)

EYE EXAMINATIONS DATE EXAMINEDBY DATE EXAMINEDBY EDUCATION ANDTRAININGIHIGHEST PUBLIC, ADVANCEDAND NDT)

'-14-87 W. Pol ikoff ~ SCHOOL LOCATION DATE LENGTH SUBIECT 88 W. Fon Pinole Valle H.S. Pinole, Ca. 1977 4 Yrs General Graduated

'-26-88 W. Polikoff Conam Inspection Richmond, Ca 3-78 12Hrs Edd Current Level I onam nspec Ton ic mon , Ca 11-78 8Hrs Eddy Current Level II Zetec Inc. at Conam Richmond, Ca 1981 40Hrs E.C. Data Anal sis Conam Ins ection Richmond Ca 7-86 56HRS E.C. Data Anal sis In accordance with the Conam Division Ul Procedure 99-CNTP-003 and the 1984 Edition of SNT-TC- 1A. COMMENTS "I "Allhistorical information supplied by me to

~compile this certification is true and correct to the best o m k owledge."

Examinee i</ rha Date

NUCLEAR ENERGY SERVICES, INC.

• qualified eye examiner IAW MIL-STD-410 CONAM INSPECTION DIVISION and MIL-1-8950B JAEGER I Type VISION TEST EMPLOYEE NAME: Herrera, Gerald 565-06-3464 BIRTHDATE. 12-28-58 DISTANT VISION NEAR VISION COLOR TEST EXAMINER DATE

'E Do NIA., N,4. Qo~m~'i - Iso NA77

/J 0, yq A/i~~gg ( >u d/IC'3 w4f s 8(~ Zs C.Q f-z gQC<.'teal R- ~

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P tETHOD EC I.EV EL

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DATE 10-5-87 CERTIFICATIONS H. Chambers coNAM INspEGTrorEI CERTIFICATION OF PERSONNEL QUALIFICATION EXAM NER GEH EXAMSCORES SPEC 82.5 .70.0 P RAG 100 coMP

85. 7 TNG.

12 SSN:

HRS.

Np,ME 572-82-6664 MIRANDA 10-88 R.MarloM EDWARD J. Jr.

RECERTIFICATION/RESTRICTIONS EC IIB 7 21 89 J.Funanich 80.0 74.0 100 86. 2 EXPERIENCE WT FACTOR: .3 .3 .4 FROM TO COMPANY NDT METHODS & HIGHEST LEVELATTAINED 8-24-87 Present CONAN INSPECTION, Richmond, a s ornsa y urren eve , E y urren eve 0 erator 7-21-89 (over)

EYE EXAMINATIONS DATE EXAMINEDBY DATE EXAMINEDBY EDUCATIONAND TRAINING (HIGHEST PUBLIC, ADVANCEDAND NDT) 10-7-8 O.Campbell SCHOOL LOCATION DATE LENGTH SUB) ECT 10-6-8 O.Camp e Pinole Valley High School Pinole, Ca 1969 3 Y rs General/Graduated 10-5-8 O.Cam bell Conam Inspection Richmond, Ca 10-87 12Hrs Eddy. Current Level I nam Ins ection Richmond Ca 6-89 8Hrs Eddy Current Level IIE In accordance with the Conam Division Procedure 99-CNTP-003 and the 1984 Edition ofSNT-TC-1A. COMMENTS

~ "Allhistorical information supplied by me to o~ compile this certification is true and correct to thy est of my knowledge."

xam'nee Date

CONAM INSPECTION JAEGER 1 TYPE VlSlON TEST EYE EXAMINATION FOR VISUAL ACCURACY CONAM PROCEDURE No. 42-QC-010 Employee Name MIRANDA, EDWARD J. Jr. Birthdate 8/>4/5>

SSN: 572-82-6664 DISTANT VISION NEAR VISION COLOR TEST. EXAMINER DATE UNCORRECTED CORRECTED UNCORRECTED CORRECTED LE RE LE RE LE RE LE RE oe'L 3O 5/

8 26 OF 32

CONAM iNSPECYIOM SSN: 563-04-0698 CERTIFICATION OF PERSONNEL QUALIFICATION gP,MF. NYE LEE DAWSON CERTIFICATIONS EXAMSCORES TNG. RECERTIFICATION/RESTRICTIONS 1ETHOD LEVEL DATE INER COMP. HRS.

P E GEN SPEC PRAC EC IIA 2-19-87 R.IIarl ow ( 97.5 88.0 80.1 87.69 128 2-88 M Chamber EC IIA 1-17-89 J. Funanich WT FACTOR: .3 .3 .4 EXPERIENCE FROM TO COMPANY NDTMETHODS & HIGHEST LEVELATTAINED 9-16-85 Present Conam Ins ection, Richmond, Proj. Manager; EC IIB, 3-17-86; EC IIA, 2-19-87 Brand Examination Services Park Rid e Il California'-20-85 9-15-85 Pro ect Su ervisor 3-84 3-85 Ebasco Services Inc., New York, New York Senior gC Specialist Level II Electrical 3-82 3-84 Brand Examination Services, Park Ridge, Il Senior Technician, Level IIA Eddy Current 2-80 3-82 Foie -Wismer & Becker, WNP 1-4, Richland, Wa C Su ervisor, Level II VT and Electrical 6-73 2-80 Conam Inspection, Richmond, California <pvqr) Eddy Current, Level IIB EYE EXAMINATIONS DATE EXAMINEDBY DATE 'XAMINEDBY EDUCATIONAND TRAINING (HIGHEST PUBLIC, ADVANCEDAND NDT) 2-17-87 O.Cam bell SCHOOL LOCATION DATE LENGTH SUB/ECT 2-5-88 O.Cam ell Pinole Valle Hi h School Pinol e Ca 1972 4 Yrs Colle e Pre GraduatE 2-7-89 O.Cam bell Diablo Valle Colle e Pleasant Hill, Ca 1973 1 Sem General Education Contra Costa Colle e San Pablo Ca 1974 1 Sem General Education Conam Ins ection Richmond Ca 1974 20Hrs Edd Current I 8 II Zetec Inc. Issa uah Wa 1982 OHrs Data Anal sis E.C.

ln accordance with the Conam Division NDX Itasca Il 1985 OHrs VT Level II EPRI Procedure 99-CNTP-003 Conam Ins ection Richmond, Ca 3/86 20Hrs Edd Current I & II and the 1984 Edition ofSNT-TC-1A. COMMENTS

~ "Allhistorical information supplied by me to o compile this certification is true and correct

~ to the best of my knowledge."

Examinee Date

CONAM INSPECTION JAEGER I TYPE VISION TEST EYE EXAMlNATlON FOR VlSUAL ACCURACY CONAM PROCEDURE No. 42-QC-010 SSN: 563-04-0698 Employee Name NYE, LEE DAMSON Birthdate 6-17-54 DISTANT VISION NEAR VISION EXAMINER DATE UNCORRECTED CORRECTED UNCORRECTED CORRECTED LE Rf RE LE LE RE B 28OF32

CONAM INSPECTION SSN: 570-04-9098 CERTIFICATION OF PERSONNEL QUALIFICATION SORDINI JOSEPH D.

CERTIFICATIONS EXAM SCORES TNG.

,

'ECERTIFICATIONIRESTRICTIONS IETHOD LEVEL DATE EXAMINER, COMP HRS.

P S P C EC I IB 8-14-86 R.Marlow i3 95.0 100 95.0 96.5 21 7 87/R.Marl ow 88 R.Marlow IB 8-8-89 D. N. Chambers 95.0 98.0 100 97.9 21 EXPERIENCE WT FACTOR: .3 .3 .4 FROM TO COMPANY NOT METHODS & HIGHEST LEVEL ATTAINED 1 84 Present Conam Ins ection Richmond California Level I, Edd Current, 3/84; Level IIB Ltd, E.C.

8-14-86 (OVCI)

EYE EXAMINATIONS DATE EXAMINEDBY EDUCATION AND TRAINING IHIGHEST PUBLIC, ADVANCEDAND NDTJ DATE EXAMINEDBY SCHOOL LOCATION DATE LENGTH SUBJECT 3/88 Lee ye Alameda Hi h School Alameda Ca. 1972 3 Yrs General Education 2-28-89 0. Cam bell d d 1 School Richmond Ca 1984 G.E.D.

EO-20-8 H. White Conam Ins ection Richmond, Ca 3/84 21Hrs Eddy Current I 8 II Conam Ins ection Richmond, Ca 2/86 8Hrs E.C. II/Refresher t'on Richmond Ca 1 89 40Hrs E.C. Data Anal sis In accordance with the Conam Division Procedure 99-CN TP-003 and the 1984 Edition of SNT-TC-IA. COMMENTS "Allhistorical information supplied by me to

~ compile this certification is true and correct

~ to the best of my knowledge."

0 aminee Date

CONAM INSPECTlON JAEGER I'TYPE VISION TEST EYE EXAMINATION FOR VISUAL ACCURACY CONAM PROCEDURE No. 42-QC-010 Employee Name SORDINI, JOSEPH DANIEL 570-04-9098 Blrthdato DISTANT VISION NEAR VISION UNCORRECTED CORRECTED UNCORRECTED COLOR TEST EXA IMR DATE CTED CORRECTED COR RE LE RE LE RE LE RE ro n/or~a C 8 30OF32 J ..

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CONAN INSPECTION SSN: 565-86-4897 CERTIFICATION OF PERSONNEL QUALIFICATION NAME WRIGHT KEVIN CASEY CERTIFICATIONS EXAMSCORES RECERTIFICATION/RESTRICTIONS METHOD LEVEL DATE EX'~~R COMP.'NG.HRS.

EC I IB 6-26-86 R.Marl ow yl ir- 97.5 .95.0 95.0 96.05 24 6-87 R.Marlow /88 .Funanic EC I IA 1-27-89 M.Chambers 87.5 88.0 90.6 88.89 40, EXPERIENCE WT FACTOR: .3 .3 ..4 FROM TO COMPANY a NOT METHODS & HIGHEST LEVELATTAINED 11-16-84 Present Conam Ins ection, Richmond, California Eddy Current Level I, 4-19-85; Level IIB, 6-26-86; Level IIA 1-27-89

'YE (over)

EXAMINATIONS DATE EXAMINEDBY DATE EXAMINEDBY EDUCATION AND TRAINING (HIGHEST PUBLIC, ADVANCEDANO NDT)

SCHOOL LOCATION DATE LENGTH SUBIECT 4-25-88 O.Cam bell Oe Anza Hi h School Richmond, Ca 68-72 4 Yrs General /Graduated 6-27-89 0. Cam bell Univ of ST F. San Francisco Ca 1971 3 Mos Art .

Univ of California Berkel e Ca 72-73 1 Yr Economics oil e San Pablo Ca 74-75 2 Yrs Business Law In accordance with the Conam Division R ond Ca 24Hrs Edd Current I 8 II Conam Ins ection Richmond, Ca 7-86 56Hrs E.C. Data Analysis Procedure 99-CNTP-QQ3 e ec, net and the 1984 Edition of SNT-TC-IA; coMMENTS Conam Ins ect on R chmond Ca.

"Allhistorical information supplied by me to compile this certification is true and correct

~ to the best of my kno ledge."

~ iZ' xarninee Date

CONAM INSPECTION JAEGER l TYPE VlSION TEST EYE EXAMINATION FOR VISUAL ACCURACY CONAM PROCEDURE No. 42-QC-O1.0 Employee Name WRIGHT KEVIN CASEY Birthdate 9-6-]954 Social Security No. 565-86-4897 DISTANT VISION NEAR VI.SION COLOR TEST EXAMINER DATE UNCORRECTED LE RE CORRECTED LE RE 'E UNCORRECTED RE CORRECTED LE lop~e c Aw nr A-M B 32 OF 32 AI A A ~ 4 ~ ~ I

CONAN NUCLEAR, INC. CAROLINA POWER 5. LIGHT Shearon Harris Plant Steam Generators A, B 8 C October 1989 APPENDIX C E UIPHENT CERTIFICATIONS C1OF27

CONAN NUCLEAR, INC. CAROLINA POWER 8E LIGHT Shearon Harris Plant Steam Generators A, B 8 C October 1989

SUMMARY

OF f UIPMENT CERTIFICATIONS ITEM SERIAL NUMBER CALIBRATION DUE Hewlett Packard 9836 Computer 2314A03975 6-13-90 Hewlett Packard 9836 Computer 2314A06709 8-11-90 Hewlett Packard 9836 Computer 2314A07401 6-13-90 Hewlett Packard 9836 Computer 2314A07885 12-21-89 Hewlett Packard 98562X Computer 2642A02660 9-25-90 Hewlett Packard 98562X Computer 2801A05277 6-19-90 Hewlett Packard 330 Computer 2642A02659 2-23-90 Hewlett Packard 330 Computer 2801A05276 7-24-90 Hewlett Packard Disk Drive 9127A 2639A02967 2-23-90 Hewlett Packard Disk Drive 9127A 2639A03369 2-23-90 Hewlett Packard Disk Drive 9127A 2639A03459 6-19-90 Hewlett Packard Disk Drive 9127A 2639A03767 3-27-90 Data Cartridge Recorder HCD-75Z 008 11-30-89 Data Cartridge Recorder HCD-75Z 010 3-22-90 Data Cartridge Recorder HCD-75Z 022 2-23-90 Data Cartridge Recorder HCD-75Z 023 9-12-90 Data Cartridge Recorder HCD-75Z 055 7-24-90 Data Cartridge Recorder HCD-75Z 065 9-05-90 Data Cartridge Recorder HCD-75Z 072 11-22-89 Data Cartridge Recorder HCD-75 10571 9-05-90 Data Cartridge Recorder HCD-75 30059 1-31-90 Remote Data Acquisition Unit 007 2-01-90

,Remote Data Acquisition Unit 012 4-25-90 Remote Data Acquisition Unit 018 11-16-89 Remote Data Acquisition Unit 178 1-23-90 C2 OF 27

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CONAN INSPECTION 660 South 31st Street Richmond, California 94804 (415) 233.9668 CALIBRATION CERTIFICATION ITEM MFR. left ~>i-MODEL NO. SER. NO. A[4'DO&7~

DATE DUE '6/l I 'Vo AMBIENT TEMP. RELATIVE HUNIOITY &5 7O CONAN PROCEOURE NO. 2. ~+ +i7 The calibration of this instrument was controlled by following documented procedures using equipment prescribed by manufacturer specification and/or traceable to the National Bureau of Standards.

Standards Used Serial No. Recal 1 Date zoo Die CERTIFIED BY Qi g i1l 5 C7>pg.

C4OF 27

CONAN INSPECTION 660 South 31st Street Richmond, California 94804 (415) 233.9668 CALIBRATION CERTIFICATION 9836 Computer MFR Hewlett Packard 9836A 2314A07401 MODEL NO. SER. NO.

DATE 6-13-89 DUE 6-13-90 AMBIENT TEMP.

82' RELATIVE HUMIDITY

'/A CONAN PROCEDURE NO.

The calibration of this instrument was controlled by following documented procedures using equipment prescribed by manufacturer specification and/or traceable to the National Bureau of Standards.

Standards Used Serial No. Recall Date 200/300 Cal Disk I

CERTIFIED BY Greg Donovan C 5 OF 27

CONAN INSPECTION 660 South 31st Street Richmond, California 94804 (415) 233.9668 CALIBRATION CERTIFICATION ITEM COMPUTER MFR. HEWLETT PACKARD MODEL NO. 9836 SER. NO. 2314A07885 DATE 12-21-88 OUE 12-21-89 AMBIENT TEMP. 24'c RELATIYE HUMIDITY 56%

CONAM PROCEDURE NO. 42-GE-017 REv. 2 The calibration of this instrument was controlled by following documented procedures using equipment prescribed by manufacturer specification and/or traceable to the National Bureau of Standards.

Standards Used Serial No. Recall Date SERIES 200/300 caldisk 002 N/A CERTIFIED BY .

GREGORY D. DONOVAN C6 OF 27

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CONAN tNSPECTlON 660 South 31st Street Richmond, California 94804 (415) 233.9668 CALIBRATION CERTIFICATION ITEM Com uter Hewlett Packard MODEL NO. 98562X SER. NO. 2801A05277 DATE 6-19-89 DUE 6-19-90 meIENT TEm . 25'C RELATIVE HUMIDITY 60Z CONgq PROCEDURE NO 42-CE-017 REV. 2 The calibration of this instrument was contro lied by following documented procedures using equipment prescribed by manufacturer specification and/or traceable to the National Bureau of Standards.

Standards Used Serial No. Recall Date H.P. 9127A 2639A03459 6-19-90 200/300 CAL DISK 002 N/A CERTIFIED BY Andrew Mitchell C8OF27

CONAN INSPECT(ON 660 South 31st Street Richmond, California 94804 (415) 233 9668 CALIBRATION CERTIFICATION ITEM Computer MFR.; Hewlett Packard MODEL NO. 330 SER. NO. 2642A02659 DATE 2-23-89 DUE 2-23-90 AMBIENT TEMP. 24'C RELATIVE HUMIDITY 587 CONAM PROCEDURE NO 42-CE-017 Rev. 2 The calibration of this instrument was controlled by following documented procedures using equipment prescribed by manufacturer specification and/or traceable to the National Bureau of Standards.

Standards Used Serial No. Recall Date 200/300 CAL DISK N/A 9127A 2639A03369 2-23-90 CERTIFIED BY Andrew Mitchell C9OF27

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CONAN INSPECTION 660 South 31st Street Richmond, California 94804 (415) 233.9668 CALIBRATION CERTIFICATION ITEM Disk Drive MFR. Hewlett Packard MODEL NO. 9127A SER. Np. 2639A02967 DATE 2-23-89 DUE 2-23-90 AMBIENT TEMP. RELATIVE HUMIDITY 58X CpHAM pRpCEDURE Np 42-CE-017 Rev. 2 The calibration of this instrument was controlled by following documented procedures using equipment prescribed by manufacturer specification and/or traceable to the National Bureau of Standards.

Standards Used Serial Ho. Recal I Date 200/300 CAL DISK N/A H.P. 330 2642A01498 2-23-90 CERTIFIED BY Andrew Hitchell C 11 OF>7

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CONAN lNSPFCTION 660 South 31st Street

~

Richmond, California 94804 (415) 233 9668 CALIBRATION CERTIFICATION Disk Drive Hewlett Packard MODEL NO.

2639A0345 NQ 6-19-89 6-19-90 DATE DUE 25'c RELATIVE HUMIDITY AMBIENT TEMP.

42-CE-017 REV. 2 CONAM PROCEDURE NO.

The calibration of this instrument was contro 11ed by following documented procedures using equipment prescribed by manufacturer specification and/or traceable to the National Bureau of Standards.

Standards Used Serial No. Recall Date H.P. 9856 2X 2801A05277 6-19-90 200/300 CAL DXSK 002 N/A CERTIFIED BY Andrew Mitchell O 13 OF 27

CONAM INSPECTION 660 South 31st Street Richmond, California 94804 (415) 233 9668 CALIBRATION CERTIFICATION ITEM DISK DRIVE MFR. HEMLETT PACKARD MODEL NO. 9127 SER. NO. 2639A03767 GATE 3/27/89 OUE 3/27/90 AMBIENT TEMP 27'C RELATIVE HUMIDITY 80Z CONAM PROCEOURE NO. 42-CE-017 REV. 2 The calibration of this instrument was controlled by following documented procedures using equipment prescribed by manufacturer specification and/or traceable to the National Bureau of Standards.

Standards Used Serial No. Recall Oate SERIES 200/300 CAL DISK 002 N/A CERTIFIED BY MARK GORTEMILLER C 140F 27

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CONAN INSPECTION 660 South 31st Street Richmond, California 94804 (415) 233-9668 CALIBRATION CERTIFICATION ITEM DATA CARTRIDGE RECORDER MFR- ZETEC MODEL NO. HCD-75Z SER. NO.

DATE 9/12/89 DUE 9/12/90 AMBIENT TEMP. 85'ELATIVE HUMIDITY CONAM PROCEDURE NO. 42-CE-018 REV. 1 The calibration of this instrument was controlled by following documented procedures using equipment prescribed by manufacturer specification and/or traceable to the National Bureau of Standards.

Standards Used Serial No. Recall Date TEKTRONIX 2236 B022748 8/10/89 CERTIFIED BY i ~

GRANT GOYA i (, \

7.

C 18 OF 27

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CONAN INSPECTION 660 South 31st Street Richmond, california 94804 (415) 233.9668 CALIBRATION CERTIFICATION ITEM DATA CATRIDGE RECORDER MFR. ZETEC MODEL NO. HCD-75Z SER. NO. 065 DATE 9/5/89 DUE 9/5/90 AMBIENT TEMP. 25 DEG. C RELATIVE HUMIDITY 56X CONAM PROCEDURE NO 42-CE-018 REV. 1 The calibration of this instrument was controlled by following documented procedures using equipment prescribed by manufacturer specification and/or traceable to the National Bureau of'tandards.

Standards Used Serial No. Reca11 Date HP9836 COMPUTER 2801A05277 6/19/90 FLUKE 8024B DMM 4080049 2/9/90 CERTIFIED BY

)

GRANT C 20 OF 27

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CONAIIII INSPECTION 660 South 31st Street Richmond, California 94804 (415) 233.9668 CALIBRATION CERTIFICATION ITEM Digital Tape Recorder MFR. ADIC MODEL NO. HC0-75 SER. NO.

DATE 1/31/89 DUE 1/31/90 AMB IENT TEMP. 24'C RELATIVE HUMIDITY CONAM PROCEDURE NO. 42-CE-018 Rev. 1 The calibration of this instrument was controlled by following documented procedures using equipment prescribed by manufacturer specification and/or traceable to the National Bureau of Standards.

Standards Used Serial No. Recall Date Tektronix 2236 B 022748 4/19/89 Hewlett Packard 9836 2314A06706 6/10/89 CERTIFIED BY Andrew Mitchell C 23 OF.27

CONAN INSPECTION 660 South 31st Street Richmond, California 94804 (415) 233.9668 CALIBRATION CERTIFICATION I' ~

..:. ITEM R.D.A.U. MFR. Zetec MODEL NQ. NIZ-18A SER. NO. 007 DATE 2-1-89 DUE 2-1-90 AMBIENT TEMP. 25 C RELATIVE HUMIDITY 50X CONAN PROCEDURE NO. 42-CE-019 REV 1 The calibration of this instrument was controlled by following documented procedures using equipment prescribed by manufacturer specification and/or traceable to the National Bureau of Standards.

Standards Used Serial No. Recall Date HP 9836 Com uter 2314A06706 6-10-89 HP 3325A Synthesizer 1748A16958 2-3-89 2236 Oscilloscope 3013949 2-9-89 CERTIFIED BY Gregory D. Donovan C 24 OF 27

Y,-QA 8A Au/ /used~ M CONDITION CODE OWNER Po + Qzz Il9 zetec, Incorporated hereby certifies that the following instrument meets or exceeds all manufacturer's specifications.

Instrument BIZ ISA R D.A.U. Serial Number

,q I'he calibration of this instrument is controlled by approved, documented procedures which meet or exceed ASME Section XI, Appendix IV, 1980 Edition, Winter 1980 Addenda, and/or ASME Section V Article 8, Appendix I, 1977 Edition, Winter 1978 Addenda".

Calibration has been performed using standards whose accuracies are traceable to the National Bureau of Standards.

STANDARDS USED o~ il 55 <jg CALIBRATION DATE DAY MO YR CP CALIBRATED BY CALIBQTI9N TECHNIC r/, AN 00UG'HANDY CERT I FI CAT ION EXPIRATION DATE DAY YR DATE DAY MO YR Rf/-')0 CERTIFIED'Y QUALITY ASSURANCE A

'..j j Q.A CERTIFICATE NUMBER A C 25 OF 27

CONAN lNSPECTlON 660 South 31st Street Richmond, California 94804 (415) 233 9668 CALIBRATION CERTIFICATION ITEM RDAU MFR. ZETEC MODEL NO. MIZ-18A SER. NO. g18 DATE 11/16/88 DUE 11/16/89 AMBIENT TEMP. 22 c RELATIVE HUMIDITY 59X CONAM PROCEDURE NO. 42-cE-019 REv. 1 The calibration of this instrument was controlled by following documented procedures using equipment prescribed by manufacturer specification and/or traceable to the National Bureau of Standards.

Standards Used Serial No. Recall Date HEWLETT PACKARD 3325A 1748A16958 2/3/89 TEKTRONIX 2236 B013949 2/9/89 CERTIFIED BY ANDREW MITCHELL C26 OF 27

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CONAN NUCLEAR, !NC. CAROLINA POWER 5 LIGHT Shearon Harris Plant Steam Generators A, B E C October 1989 APPENDIX D CALIBRATION STANDARD CERTIFICATIONS 01OF6

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LALIT I II Tn!LlllnL I LQ I llLI Ull I ~< >uiv An E IO company IIUTTTIPIGTOPI, ARGIIIIA 2572O ATTN: BUYER EXPLANATIONOF NOTES (I) UNLESS OTNERWISE SHOWN 'LNI INCLUOES A SMAU. AMOUNI Of COBALT..L.'Al 'W'.". ',': DATE .10/16/84 ~

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MECHANICAL PROPERTIES HEAT/LOT HARD GRAIN YIELD TENSILE ELG R/A STRESS RUPTURE RESULTS QUANTITY NO. NESS SIZE . 2XPSI PSI 2. 0" X DEG F PSI HRS

\ X 100 X 100 ,X 100 ROOM TEMP-AS SHIPPED 1 PC. NX17FO 1 1 ~ RB083 0439 101T) 45 MARK ITEM NO. 05-250-039'T)2 w VISUAL AND DIMENSIONAL EXAMINATION SATISFACTORY.

MATERIAL AS SHIPPED FROM HUNTINGTON PLANT FREE FROM CONTAMINATION BY MERCURYI RADIUM AND ALPHA SOURCE.

THE RECORDING OF FALSE. FICTITIOUS OR FRAUDULENT STATEMENTS OR ENTRIES QN THIS DOCUMENT MAY BE PUNISHED AS A FELONY UNDER FEDERAL STATUTES INCLUDING FEDERAL LAWI TITLE 18I CHAPTER 47.

AlASKAN COPPER 5. BRASS C0. g. A.

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APPRDVEP TO:

ATTN: OCT ZZ 84 P.O. NO.

ITEM NO REGISTER NO.

(206) 392-5316 Telex 15 2592 13TO N.W. Mall, P.Q. Box 140, Issaquah, VIA 98027-0140 TEST CERTIFICATE DATE: March 31, 1988 MATERIAL: Inconel Alloy 600 Cold Drawn Annealed Seamless daubing ASMF SB-163 HEAT NO. DESCRIPTION 72045 3/4" OD x .043 AW CHEHICAL ANALYSIS SI NI CR MO AL

.017 .27 .26 .004 75.51 15.70 PB CA CD CO CU FE NB OTHER

.06 7.70 TENSILE PROPERTIES YIELD STRENGTH PSI ULTIHATE STRENGTH  % ELONGATION Rb Hardness PSI in 2" 41000 89900 72 MECHANICAL TESTS HARDNESS FLATTENING HYOROSTATIC SURFACE CORROSION SPEC ASME SB 163 OK 1000psi We certify that the supplier.

WP/OI 57F above data ZET gu 1ty I'AR is A

as furnished by the producing ance Hanager Date mill or 31 198&

D 8 of 6

CONAN NUCLEAR, INC. CAROLINA POWER & LIGHT Shearon Harris Plant Steam Generators A, B & C October 1989 APPENDIX E EXAMINATION RESULTS & TUBE SHEET MAPS STEAM GENERATOR A . . . . . . . . . . . . . . . SECTION 1 STEAM GENERATOR B . . . . . . . . . . . . . . . SECTION 2 STEAM GENERATOR C . . . . . . . . . . . . . . . SECTION 3