ML20128F947
| ML20128F947 | |
| Person / Time | |
|---|---|
| Site: | Callaway  |
| Issue date: | 04/30/1992 |
| From: | External (Affiliation Not Assigned) |
| To: | |
| Shared Package | |
| ML20128F938 | List: |
| References | |
| NUDOCS 9302120090 | |
| Download: ML20128F947 (570) | |
Text
{{#Wiki_filter:. I n . CONAM NUCLEAR, INC. !$(($
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Borvcia. CA 94510 Telephone 707-747 7171 Far 707-747 7177 j EDDY CURRENT EXAMINATION ; 1 UNION ELECTRIC COMPANY I CALLAWAY NUCLEAR POWER STATION I UNIT 1 STEAM GENERATORS B & C I l APRIL 1992 DATA ANALYST [)
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PREFACE CONAM NUCLEAR, INCORPORATED, bssed in Benicia, California, is a wholly owned subsidiary of B&W Nuclear Service Company, with headquarters located in Lynchburg, Virginia The operations of this laboratory and field service organization, devoted primarily to nondestructive testing examinations, are backed up by the most complete research, development and manufacturing facilities available in the NDE field. CONAM was formed with the express purpose of providing superior, in-depth NDE services. We have become one of the finest organizations in the NDE field by providing fast, dependable service combined with full reporting of testing results. Quality assurance is CONAM's main objective. This is accomplished by having :he required experience to do the job quickly and accurately, and by having the organization, equipment and backup facilities to handle unusual situations. We have crews available for examination f assignments anytime and anywhere around the world, and a conveniently located laboratory for component testing and material evaluation. CONAM's certified test engineers and technicians provide testing and examination services to nearly every type ofindustrial and commercial company. These services are designed for those whose needs do not warrant purchasing equipment and training personnel, or whose volume overloads their own testing facilities. CONAM's testing technicians and equipment are capable of performing a variety of full. service laboratory and field examinations. In addition, welding procedure qualification and ; surveillance can be provided, and consulting services for all NDE-related methods are available on a day-to-day basis, or for an entire contract period, Unforeseen problems and unscheduled outages at petrochemical, _ ammonia and nuclear power plants often demand immediate response. CONAM is always p;epared to respond to such , unanticipated needs. i
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CONAM NUCLEAR, INC. GW ; sswkucuan unncs cowan (D , V ! i i i JKulDDEC110E : This report covers the cddy current examination perforined on Ste:un Generators 11 and C at the Callaway Nuc! car Station, Unit 1 in April,1992 for UNION !!L11CTidC COMPANY. , i I i-i l-(- I I UNION ELECTRIC - CALLAWAY, UNIT 1.- STEAM CENERATORS D & C - APHIL 1992 :p
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CONAM NUCLEAR, INC. [3W , SA WNUCLEAR &lHVICE COAf!ANY A i \
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TAllLli OF CONTENLS S U M M A R Y O F R ES U LTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PA G ES 1 & 2 ED D Y C U R R ENT P ROCED U R ES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . A PPEN DIX A PERSON NEL C ERTI FIC ATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . A PPEN DI X B EQUI PM ENT C ERTI FI C ATI ONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . A PPENDI X C CALlHRATION STANDARD CERTIFICATIONS .................................. APPENDIX D EXAMINATION RESULTS & tulle SHEET M APS............................... APPENDIX E l ls i f l- UNION ELECTRIC - CALLAWAY, UNIT 1 - STEAM GENERATORS B-& C - APRIL.1992 i l
CONAM NUCLEAR, INC. BW BA W NUCL(AR SER VICE Cohf!ANY
<x EDlW CURitENT EXAMINATION UNION ELECTRIC COMPANY CALLAWAY NUCLEAlt POWER STATION '
UNIT 1 STEAM GENElt \ TORS 11 & C APRIL 1992 SUMM ARY _OF RESULTS An eddy current examination was performed at the Union Electric Company's Callaway Plant in April,1992 on Steam Generators 11 and C. The examination was performed using the MIZ-18A digital acquisition system and remote SM-10 no-entry fixtures. - . One hundred percent of the tubes in Steam Generators 13 and C were examined full length using a standard bobbin coil probe. The data was collected on op'.ical disks in the acquisition bus, then transferred to the analysis office by fiber optic cable. A secondary analysis was performed using computer data screening (CDS). The CDS results were compared against the primary analysis and any discrepancies were resolved by the lead analyst, All data was evaluated in accordance with Callaway's data analysis guidelines. STEAM GENERATQ]Lil in addition to the bobbin probe examination,603 hot leg tube sheet interfaces were examined using a three-coil MRPC (motorized rotating pancake coll) probe. This probe utilizes one pancake coil, one coil sensitive to axial indications and one coil sensitive to circumferential indications. There were no indications reported at the tube sheet interface, As a rcsult of the bobbin examination,15 tubes were removed from service for indications at l anti vibration bars (AVils). Also, the twenty (20) bare holes were plugged in Steam Generator . 13 during this oniage. l. \ th l~' (
. UNION ELECTRIC - CALLAWAY, UNIT I - STEAM GENERATORS D & C - APRIL 1992 l
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[ \ l V ; EUbihf ARY OE 1WSULTS.LCentinned) Parc_Two ! STEAhi GENER ATOILE In addition to the bobbin probe examination, all Row I and Row 2 U bends were examined l with an hiRPC U bend probe. One tube, Row 2 Column 98, was reported as having an undefined indication (UDI) 1-1/2 inches above the seventh cold leg support plate. As a result , of this anomaly, this tube was removed from service. Thirteen additional tubes were removed from service for indications at anti vibration bars (Avil). One tube, Row 40 Column 106, was reported as having an indleation at the fourth AVil that measured 79 percent through wall with a voltage re:ponse of 34 volts. This large volume indication prompted an 8 x 1 probe (8 surface-riding coils) examination of selected tubes with AVil wear indications to determine if the wear was on one or two sides of the tube. The results of this 8 x 1 examination showed that all AVilindications were on one side of the tube only, hillhkl21T_6LDSLW12JCATIONS f Q} hianufacturing burnish marks (hil3M) were flagged in both steam generators. These Milhis were compared to the signals from the 1989 data and no change has occurred. Also, some of these MllM signals were examined with the three-coil MRPC probe and the response did not show any degradation. A few tubes in each steam generator were reported with bobbin probe to have DTis (distorted top of tube sheet indications) or DSis (distorted support plate indications). These tubes were examined with the three-coil MRPC probe and no indications were reported. El.UDGE The sludge heights were performed at Conam's offices in Benicia, California after leaving the Callaway site using computer data screening. The results of this screening can be found in
- Appendix E of this report.
CONAhi NUCLEAR, INC. Mike Chambers Data Analyst, Ixvel Ill V UNION ELECTRIC - CALLAWAY, UNIT 1 - STEAM GENERATORS B & C - APRIL 1992
1 CONAM NUCLEAR, INC. -- B& W NUCLEAR SERVICE CO. 5357 Industrial Way Certificate of Conformance
'~Nicia, cA s45to for Related Material and Services 9phonet 707 747 7f 7; _
Customer: B&W Nuclear Service Company - SPIS P.O. No: ,BWA08691RLH 155 Mill Ridge Reed _ P.O. Date: 5 May 92 Address: ; Lynchburg. Virginia 24502-4341 { Attn Reggie Pugh ; Work Site: Union Electric Company, Callaway Plant Junction Hwy CC & Hvy 0, Fulton, Missouri 65251 Material / Service
Description:
_ Eddy Current _ Examination & Data Analysis in accordance with Union Electric Inquiry 6MLR4B & Conam Proposal 91-CNI-034. (Ref. Union Electric P.o.#91020, dated 10-18-91 to B&W Nuclear Services). Work Guidelines NRC Reg. Guide 1.83. ASME Section V 1980.Ed.dFDE). ASME Section XI .JSE0__Ed. Winter 1981 Addenda. Code Cne N.401.ASNT. SNT-TC-1A 1975 6 1980 Ed., 10 CFR 21. Customer Chango Orders: - None Applicable. Exceptions: (List of Customcr Approved Deviations.) None Applicable. 4 The Materials or Services identified herein meet the requireraents of the Customer's purchase order and change orders listed, Any change orders or exceptions to the technical or procurement requirements of this contract known to the undresigned are stated above. Documentation as required by CONAAf NUCLEAR, /NC, Quality Assurance Plan (QAP 001) has been assembled, reviewed and determined to be correct.
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h!ULTIFREQUENCY EDDY CURRENT l PROCEDURE WESTINGHOUSE MODEL F STEAh! 02 14-9*' 42 EC 222 1 GENERATOR TUBING ! I RE"ED hilZ-lSA DIGITAL EDDY CURRENT SYSTEM REVISION NO. CALLAWAY NUCLEAR POWER PLANT 0 REVISION PREPARED BY QA REVIEWED BY APPROVAL COMMENTS NO. & DATE ,n & DATE , 0 us.m .r. n .w . #W~r n - 9-t+ % Ad po, d M L o a TTT - kb *~N -
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- GENERATOR TUBING nevisto MlZ 18A DIGITAL EDDY CURRENT SYSTEM REVISION NO. .
CALLAWAY NUCLEAR POWER PLANT ' 0 PROCEDURE AND REVISION NUMBER: 42 EC+222 REVISION O DATE OF QUAT.lFICAT!ON: Y-/3-[7- . PLACE OF QUALIFICATION: [4/M / . F _ OR INITI AL OUALIFICATION We certify that this procedure ht.s been satisfactorily demonstrated and quallned in accordance with our written Procedure For Qualifying Procedures,42 POP-001. 8,*H 75bs % A- 4!-/3 -9 7-i Demonstrated By Level Date Demonstrated O CONAM NUCLEAR. INC2
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documented and that no chitnges have been made to require requali0 cations, nerefore, quaJincation- is extended to revision / addendum . l~ , i O Reviewed By QA orLevel III - Date
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_ _ _ _ _ . -- . . _ . _-= _ --. _ _ _ _ ~ _ _ _ _ _. Ret to l CONAM NUCLEAR, INC. 130l B& W NUCLEAR SERVict COMPANY \ PROCEDVRE No, ; lts5UED i MULTIFREQUENCY EDDY CURRENT ! s l PROCEDURE WESTINGHOUSE MODEL F STEAM 2 EC 222 j 02-14 92 GENERATOR TUBING 4 aiv'S to - REVISION 40. M1Z 18A DIGITAL EDDY CURRENT SY' STEM CALLAWAY NUCLEAR POWER PLANT
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l l 1.0 SCOPE .; i i I 1.1 This prcicedure is provided to establish parameters and insure the digital . l - multifrequency eddy current examination is performed in accordance with the j following: . [ i l j l 1.1.1 USNRC Regulatory Guide 1.83, Revision 1 dated July,1975 " Inservice Inspection of
- Pressurized Water Reactors Steam Generator Tubes". ;
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1.1.2 ASME Boiler and Pressure Vessel Code,1983 Edition through Summer 1983 Addendum, Section XI and Section V. { 1-1.1.3 ASME Boiler and Pressure Vessel Code Case N-401 and N-402. O i Q 2.0 E011]PMENT 2.1. Eddy Current Instruments: Zetec MlZ-ISA Digital Multifrequency Instrument.- 2.2. Eddy Current Instrument Controller and Operating Display: HP UNIX compatible computer and Zetec MIZ 18 software. 2.3. Optical Disc Ddve: HP Optical Dis Drive or equivalent, i 2.4 330 MB or higher capacity hard drive, or equivalent. ; 2.5. Optical hub (optional). 2.6. HP 9000 series computer, SM 10 controller er PM 1 controller (optional). t
2.7. Interface
Lan Interface Unit, j 2.8. Printer (Optional). 2.9. Analysis System: EDDYNET Software with HP 9000 Series Computer, or equivalent. i 2.10. Probes: Zetec A .560MULC, A .560SFM, A .540SFLCM, A .540SFM, A-C .520SFLCM, A 520SFM or other probes as required. F (,'N I f I t
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MUL'ITFREQUENCY EDDY CURRENT PROCEDURE WESTINGHOUSE MODEL F STEAM 42 EC.2,.,, 02-14 92 GENERATOR TUBING Revisto 3riz.18A DIGITAL EDDY CURRENT SYSTEM alv'5'oN No-CALLAWAY NUCLEAR POWER PLANT 0 2.11. Probe Extension Cables: 2etec 10 to 100 feet, as required. 2.12. Calibration Standards (Defect) 2.12.1. The calibration standards shall be manufactured from a length of tubing of , Inconel 600 SB 163, with an cutside diameter of .688 inch nominal and a nominal wall thicknes: of 0.040 inch i .001 inch. They willinclude a minimum of: 2.12.1.1. Through wall drill hole 0.052 inches in diameter. 2.12.1.2. Flat bottomed drill hole 7/64 inch diameter x 60% through wall from the outer tube wall surface. U 2.12.1.3. 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. 2.12.1.4. Carbon steel simulated support ring for support suppression. 2.12.1.5. Additional flaws may be added with customer approval. 2.12.2 Calibration Standards Antivibration Bar (A.V.B.) (Optional) The A.V.B. notch tube standard shall be manufactured from the same material as described in paragraph 2.9 d - The A.V.B. standard bar material shall be Inconel. 2.12.2.1 ne A.V.B. notch standard assembly shall be manufactured with defect depths of 30 and 50% through wall, as a minimum (See Figure 6 Sample Drawing). 2.12.3 Tube Sheet Profile Standard (Optional) The tube sheet profile standard shall be manufactured from the same material (N as described in paragraph 2. u. I 2
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,[ l 155UIo PAcciouRE No. '(/ MULTIFREQUENCY EDDY CURRENT PROCEDURE WESTINGHOUSE hiODEL F STEAhi 02 N 97 42 EC-222 '
GENERATOR TUBING ~ atvis to hfIZ 18A DIGITAL EDDY CURRENT SYSTEh! REv'$loN No. CALLAWAY NUCLEAR POWER PLANT ! 0 2.12.3.1 The tube sheet profile standard shall be manufactured in accordance with Zetec Drawing with an expansion of .015 inch greater than the nominalinside diameter (See Figure 7, Sample Drawing). 2.12.4 Good Tube Reference Standard. , 2.12.5 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 i 20% of the specified depth ori .003", whichever is smaller. All other dimensions shall be accurate to i 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.
' b 3.0 PERSONNEL 3.1 Personnel performing the examination and analyzing the data shall be qualified to '
CONAh! Procedure 99-CNTP-001, 99 CNTP-002, and/or 99-CNTP-003. These procedures conform to SNT-TC-1 A,1975,1980, and/or 1984 Editions. 3.2 Suffix "A" and "B" have been assigned to identify eddy curTent Level II personnel. 3,3 Level HB is a certined Level H limited to performing the operation and data collection. 3.4 Level IIA is a certified Level H without restrictions or limitations. A Level IIA interpreting eddy current data is qualified in accordance with SNT-TC 1 A, LevelII or higher, specifically for the evaluation of data from nonferromagnetic tubing. k 3.5 Level In is a certified examiner in the particular discipline without restrictions or limitations. In addition, LevelIII personnel interpreting eddy current data are qualified in accordance with SNT-TC-1 A, specifically for the evaluation of data from nonferromagnetic tubing.
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42 EC-222 GENERATOR TUBING arvato. MIZ-18A DIGITAL EDDY CURRENT SYSTEhi "E v5 '0" o - CALLAWAY NUCLEAR POWER PLANT ; O , 4.0 SURFACE PREPARATION 4.1 Inside diameter of tube must be clean with no obstructions. 5.0 EOUTPMENT SET-UP (See Firure 1) , 5.1. Connect HP UNIX compatible computer to hard drive. 5.2. Connect hard drive to optical dise drive (s). 5.3. Connect Uninterruptable Power Supply (HP UNIX compatible computer, hard drive, optical dise drive (s) are to be powered by UPS). 5.4 If acquisition is linked to analysis connect optical hub. 5.5. Connect 400 series computer to LAN interface unit. 5.6. Connect the MIZ 18 to LAN interface unit. f 5.7. Connect the SM-10 or PM-1 to MIZ-18. ; 5.8. Connect the test probe to the adaptor cable with th: necessarf probe extension cable. The length will be as short as practical with a combined length not to exceed 60 feet. , 5.9. Connect the reference probe to the adapter cable with the same length of cable used in paragraph 5.8. 5.10. Cpnnect HP 9000 v^ c puter to HP UNIX compatible computer for operation of SM-10 fixture. 5.11. Refer to CONAM procedure 42 EC-217 for installation, calibration, and operation of- . SM-10 fixture. 5.12. After connections are made, turn the system power ON. - 5.13. After logging on to the system, open New WinJow and mount optical disc (t), X , 4 f
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c rp. s z -o a c o ; Ru 6 CONAM NUCLEAR, INC. 13W B&W NUCLEAR SERVICE CoAf?ANY O ltssuto PRoctouRt No. V MULTIFREQUENCY EDDY CURRENT PROCEDURE WESTINGHOUSE MODEL F STEAM 02-14 9'., 42 EC 222 GENERATOR TUBING atvisto MIZ lSA DIGITAL EDDY CURRENT SYSTEM ^mS *" N0* CALLAWAY NUCLEAR POWER PLANT 0 5.14. From the HP Term Window, activate the acquisition program 5.15. From File Functions select optical path. ~ I 6.0 CALIBRATION , 6.1. Initialize probe pusher, if used. 6.2. Set probe speed. (Refer to technique sheet Figure 5 for the scan speed). 6.3. Using System Config set configuration accordir.g to the technique sheet (Figure 5). , The data collector shall have a completed, current and effective technique sheet at his data collection station during the examination. r 6.4. Set operator selectables under System Config. ( 6.5. Select Start Acquiring and place probe in section of calibration standard known to be-free of defects and Null signal. 6.6. Withdraw test prebe through calibration standard (s) at normal probe speed until artificial flaws are displayed. 6.7. Set spans and rotations according to the technique sheet Figure 5. 6.8. Select Summary form and complete the following information.- This information will be updated at the beginning of each Cal group. (See Figure 2.) 6.8.1. Nam: of Owner 6.8.2. Plant site 6.8.3. Heat exchanger identification - 6.8.4. Optical dise number and side 6.8.5. Examination end (Inlet or Outlet) 6.8.6. Eddy current instmment model and serial number 5
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C r/* 2 VOUGU Rn J & C01VAM NUCLEAR, INC. IEW i B& W teDCLEAR SERVICE COMPANY PROCEDURE NO. / f V l156UED hiULTIFREQUENCY EDDY CURRENT PROCEDURE WESTINGHOUSE hf 0 DEL F STEAhi 42 F'C 222 02149,^ GENERATOR TUBING Af V25'ON No-atvist hf1Z 1SA DIGITAL EDDY CURRENT SYSTEh! CALLAWAY NUCLEAR POWER PLANT -1 0 6.8.7. Examination frequencies of all channels 6.8.8. Operators name and certification level 6.8.9. Date of calibration and examination 6.8.10. Calibration standards identification 6.8.11. Probe size and type, including manufacturer'smame, de:.cription or part number and length of probe cable 6.8.12. Cable type and characteristics 6.9. Change Cal group number to the proper sequential number ar.d select New Cal group 6.10. Select desired strip charts and Lissajous channels to be disp!ayed. 6.11. Select File functions and Save setup Info. 6.12. Re ord calibration standard using proper number 999-999 for Row and Column. 7.0 RECORDING OF CALIBRATION P 7.1. Frequency of Calibration Checks and Re Calibration 7.1.1. Initial calibration will be made on each probe prior to use. Additional 4 calibration checks will be made at the beginning and end of each Cal group or every 4 hours, whichever comes f.;rst. 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 ne noted during the calibration check, the probe will be re calibrated and all tubes examined since the last calibration may be re-examined. : k 6 3
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ers e t-ouw Xes & CONAM NUCLEAR JNC. 13W R& W NUCLEAR CERVICE CoAff'ANY PRoCEDURL No. [((issuto htULTIFREQUENCY EDDY CURRENT . PROCEDURE WESTINGHOUSE h10 DEL F STEAh! 2 EC-222 02 14 92 GENERATOR TUBING 88V'5 CN No-
"EV'5 E D hilZ 18A DIGITAL EDDY CURRENT SYSTEhi CALLAWAY NUCLEAR POWER PLANT 0
Note: All calibration settings made in calibration section are for operator viewing only. These calibration settings do not allc the recording information and are , not critical to the examinatbn. See data evaluation Paragraph 9.2. 8.0 EXAhENAIJON PROCEDURE , T 8.1. The scan will be p'e rformed from the inlet or outlet side while the probe is being retracted. Refer to technique sheet Figurc $ for scan speed. Note: At the scanning speed to be used, the sampling rate of the eddy current instrutnent shall result in a minimum digitizing rate of 30 samples per inch of examined tube, using: dr = sr/ss, where: dr = digitizing rate in samples per inch sr a sampling rate in samples per second or Hertz, and ss a scanning speed in inches per second. Therefore, to compute sample rate, use the following formula: sr (min) = 30 X ss 8.2. Before the scan is made on each tube, the tube number will be entered on display, 8.3. A remote fixture will be used to position the probe guide tube for tubing examination. - 8.3.1, When the Shi 10 fixture is used, positive visual tube identification will be made by the lead operator, shift supervisor or job supervisor. Verification will be made on the peripheral tube in each column. The use of known landmarks such as plugged tubes and tube sheet maps may be used to aid in. the verification. The person making the verification willinitial the operator's data sheet, include the letters 'VER' in the index column, and at least once per cal group a message shall be recorded on the optical dise. See Figure 3 for sample message. . 7
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hfULTIFREQUENCY EDDY CURRENT ! PROCEDURE WESTINGHOUSE hf 0 DEL F STEAhi 02 14 92 42'EC*22'~ GENERATOR TUBING AmsiCN NO. nemia - A11218 A DIGITAL EDDY CURRENT SYSTEh! ! CALLAWAY NUCLE AR POWER PLANT i 0 8.3.2. If the tse identity verification reveals that an error has occurred in the , recording of probe location, all tubes examined since the previous verification " oflocation shall be re examined. The customer's tube numbering system shall be used. 8.4. When an enor in tube identification has occuned the operator must bring up the- - message section and type in details afinconect tube numbers and corrections made. 8.5. During the scan the operator will monitor the eddy current signals and the strip charts to determine equipment is working properly. 8.6. Insert probe in first tube to be examined. 8.7. Null signals. S.8. Identify tube. 8.8.1. The following codes will be used: ID = Steam Generator number and end examination is performed . from. IE; Steam Generator A =1, B=2, etc.,0 = Outlet and 1 = Inlet. Row
+ Col = Row + Col except for calibration standard.
8.9. Start recording to initiate data recording, withdraw probe while recording and select Stop Recording once probe has exited tube. 8,10. Lfnsuspected acquisition Window closures. 8.10.1. If pusher Widgit Window is still Open, Close this Window. 8.10.2. Activate HP Term Window 8.10.3. From the $ prompt activate acquisition program.
- O 8.10.4. Initialize probe pusher.
h 8.10.5. Select optical dise path. 8
C rf.e2 0/3 w Au & CONAM NUCLEAR, INC. [3W B& W NUCLEAR SERVICE COAfPANY (' I 158UID MULTIFREQUENCY EDDY CURRENT PROCEDURE WMOUSE MODEU STEAM PROCEDVR NO. 02149,* 42 EC 2'"~ GENERATOR TUBING atvisto MIZ 18A DIGITAL EDDY CURRENT SYSTEM REvi5$N No-CALLAWAY NUCLEAR POWER PLANT 0 8.10.6. Resume the examination. 9.0 DATA EVALUATION 9.1 Data evaluation will be made from the recol.4d digital data using Zetec 2DDYNET Analysis Software, , 9.2 If during the data evaluation undesirable vadations are noted during the calibrations, all tubes examined since the last calibration will be re exami'ned. 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 degrces 5 degrees clockwise from the horizontal with initial trace movement down and to the right. If variations greater than i 5 degrees are noted during the calibration check, the probe will be re-calibrated and all tubes examined since the last canbration will be tv-examined. 9.3 All indications c' abe wall penetration shall be evaluated and the depth of penetration an exiallocation along the length of the tube shall be determined. Discontinuities less than 20% through wall will be recorded as less than 20E 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 4. 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 Centract reference or purchase order number. > 10.I,2 Personnel operating equipment. 9
6 YA E E=co/JCC' Et v (, CONAM NUCLEAR, INC. [3W B& Vi NUCLEAR SERh' ICE COMPANY l15bVtD PAOCLDVAL 740.
.j MULTIFREQUENCY EDDY CURRENT PROCEDURE WESTINGHOUSE MODEL F STEAM 02 14 92 ' '
GENERATOR TUBING atvisto MIZ 18A DIGITAL EDDY CURRENT SYSTEM RE V15 tO f4140. CALLAWAY NUCLEAR POWER PLANT 0 10.1.3 Personnel certi6 cation records. 10.1.4 Instruments used. 10.1.5 Calibration record. 10.1.6 Instrument setting. i 10.1.7 Interpretation results and interpreter. 10.1.8 Speci6 cation and procedure used. - 10.1.9 Date of examination. t 5 10 < - , . - ~ vwe- ie in-, = , y e - -m y -a v -
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'i B&W NUCLEAR SERVICE CCMPANY PRC;10VRENO. ,
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'\ ~ issutD PROC 10LAE NO.
MUL*IIFREQUENCY EDDY CURRENT PROCEDURE WESTINGHOUSE MODEL F STEAM ^* ^ 02 14 92 GENERATOR TUBING ntvisto REV'33CN No-MIZ 13A DIGITAL EDDY CURRENT SYSTEM CALLAWAY NUCLEAR POWER PLANT 0 WESilNGHOUSE MODEL-F S AMPLE TUS E SUPPORT DI AGR AM Av3 Av4 , AV2 ._AV5
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g 7e . : ,. . e . .~ - Ru 6 CONAM NUCLEAR, INC. [3W S& W NUCLLAR SERVICE C0AffANY PRCCIDURE NO, l ISSUED v hiULTIFREQUENCY EDDY CURRENT PROCEDURE WESTINGHOUSE h!ODEL F STEAhi 02-14-9*, 42 EC 222 GENERATOR TUBING aiv:sto ^EV25'ON No-hf1Z 18A DIGITAL EDDY CURRENT SYSTEhi CALLAWAY NUCLEAR POWER PLANT 0 TEcim1QUE SHEET NO.1 M7 9PA ceNrievaaneN M:2. n e A CONT 10VRAtl0N # NAMt; 42-[C.!!! SAMPLtl/$tC e 1000 PHOBt CHANNtL StLICT rarcutwey stoutNCt # C0tt C0ll COtt Cott. Colt Cott C0lk Colt i ! $ 4 5 6 ? ?
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100% TWH 6 40' UP Fesi 6 3 7 3 SUPPORT 7 90' DowNFmst 40' UP f asT 8 2 SUPPORT 8 9 9 10 10 11 11 12 12 13 13 14 14 15 15 . _ _ 16 1 16 \- ' CONAM LEVEL III/ IIA APPROVAL: 'UE APPROVAL DATE DATE FIGURE 5
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. Ra/ G CONAM NUCLEAR, INC. IBW !
B& W NUCLEAR SERVICE COMPANY
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/ ISSUED ) MULTIFREQUENCY EDDY CITRRENT - PROCEDURE WESTINGHOUSE MODEL F STEAM 02 14 92 C'EC'F' GENERATOR TUBING AEvi tD MIZ 1SA DIGITAL EDDY CURRENT SYSTEM RtYl510N NO. CALLAWAY NUCLEAR POWER PLANT 0 TECHNIQUE SHEET NO. M71 P A ff>NFicUm A110N MC ith CONF 10VMT10N i N A Mt's S A MPLE S!$t C e 4 7%Cbt CHANNEL SELECT FRIQUINCY SEQUINCE # C0!L C0ll Coll Coll C0tL Colt Colt Coll 1 2 3 4 5 6 1 9 FFitQ #1 FRl012: F A!Q # 3. 'O FREQ F4: (x PROBE: OPTIONAL STANDARD: PULL SPEED: MRPC ROTATION SPEED: SPECIAL INSTRUCTIONS SPANS l ROTATIONS CHANNEL CHANNEL NO. OlVISIONS REFERENCE NO. DEGREES DIRECTION 1 1 2 2 3 3 + 4 4 5 5 6 6 7 7 8 8 , 9 9 10 10 11 11 12 12 13 13 14 14 15 l 15 16 l 16 CONAM LEVEL Ill/ IIA APPROVAL UE APPROVAL DATE DATE . FIGURE 6
CONAM NUCLEAR, INC. (3G W NUCLEAR SERVICE COMPANY J issut SPECIAL EXAMINATION PROCEDURE NO. 02 14 92 PROCEDURE 42 EC 223 WESTINGHOUSE MODEL F REVISED ALVISION NO. STEAM GENERATOR TUBING MlZ-1P DIGITIAL EDDY CURRENT SYSTEM CALLAWAY NUCLEAR POWER PLANT REVISION PREPARED BY QA REVIEWED BY APPROVAL COMMENTS NO. & DATE . , & DATE L / S. / 9-? A O
CONAM NUCLEAR, INC. GW B&W NVCLEAR SERVICE COAfPANY issvED PROCEDURE NO. SPECIAL EXAMINATION 02-14-92 PROCEDURE 42 EC 223 WESTINGHOUSE MODEL F REVISED REvls10N NO. STEAM GENERATOR TUBING MlZ-18 DIGITIAL EDDY CURRENT SYSTEM CA,LLAWAY NUCLEAR POWER PLANT PROCEDURE AND REVISION NUMBER: 42 EC 223 REVISION O _ DATE OF QUAllFICATION: ///2d /9 2. PLACE OF OUALIFICATION: Co //as.y PA+ EOR INITIAL QUAllFICAT10E We certify that this procedure has been satisfactorily demonstrated and qualined in accordance with our written Procedure For Qualifying Procedures,42 PQP-001. k //] c ~3 -: f4 _ f/' 20/91 l' Demonstrated By Level Date Demonstrated GONAM NUCl1AR. INCA yf/// Nor Reviewed By _Z27~ Y- 2 0 - 9e QA or Level Ill Date CertiGed
.QJHER ORG ANIZATIOE Witnessed By (If Required) Title Date Witnessed We certify that revision / addendum of this procedure was qualified and documented and that no changes have been made to require requali6 cations. Therefore, qualineation is extended to revision / addendum ,
t i ( \ (_) Reviewed By QA or Level III Date
' CONAM NUCLEAR, INC. 19W B&WNUClL4R SERVICE COMPANY O 855vio SPECIAL EXAMINATION PROCEDURE NO.
02-14 92 PROCEDURE 42 EC 223 WESTINGHOUSE MODEL F REvisto . STEAM GENERATOR TUBING REVISION NO. MlZ 18 DIGITIAL EDDY CURRENT SYSTEM 0 CALLAWAY NUCLEAR POWER PLANT
- 1. SCOPE 1.1 nis 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. EOUIPMENT 2,1. Eddy Current Instruments: Zetec MIZ 18A Digital Multifrequency Instrument.
2,2. Eddy CurTent Instrument Controller and Operating Display: IIP UNIX compatible Series Computer and Zetee MlZ-18 Software. 2.3. Optical Disc Drive: IIP Optical Disc Drive or equivalent. 2.4. 330 MB or higher capacity hard drive, or equivalent. 2.5. Optical hub (optional). 2.6. HP 9000 series computer, SM-10 controller or PM-1 controller (optional),
2.7. Interface
Lan Interface Unit. 2.8. Printer (Optional). 2.9. Analysis System: EDDYNET Software with HP 9000 Series Computer, or equivalent. C ( 2.10. Probes: as required. 2.11. Probe Extension Cables: Zetec 10 to 100 feet, as required. 1
4 .
. CONAM NUCLEAR, INC. GW rC&WNUCLEAR SERVICE COMPANY f 1 Y- ] ISSUED PROCEDURE NO.
3PECIAL EXAMINATION 02 14-92 PROCEDURE- 42 EC 223 WESTINGHOUSE MODEL F REVISEo REVISION NO. STEAM GENERATOR TUBING MlZ 18 DIGITIAL EDDY CURRENT SYSTEM 0 CALLAWAY NUCLEAR POWER PLANT 2.12. Calibration Standards 2.12.1. The calibration standards shall be manufactured from a length of tubing of comparabic chemical and physical composition, outside diameter, and wall thickness as the tubing under examination. 2.12.2. Standards to be used will be specified on the Techniques Sheet for each type of special examination. 2.12.3. Each standard shall be identified by a serial number and be traceable to the tube manufacturer's heat number. Artificial flaw dimensions shall be i .003". Flaw dimensions and systems response to the flaw shall be prct of g the permanent record of the standard. \
\ 3. PERSONNEL 3.1. Personnel perfo ming the examination and analyzing the data shall be qualified to CONAM Procedure 99-CNTP-001, 99-CNTP-002, and/or 99-CNTP 003.These procedures conform to SNT-TC-1 A,1975,1980, and/or 1984 Editions.
3.2. Suffix "A" and "B" have been assigned to iden'.ify 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 LevelII without restnctions or limitations. A Level IIA interpreting eddy current data is qualified in accordance with SNT-TC-1 A, Level 11 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-1 A, specifical:y for the evaluation of data from nonferromagnetic tubing.
- 4. SURFACE PREPARATION O) t v
4.1. Inside diameter of tube must be clean with no obstructions,
'2
h . CONAM NUCLEAR, INC. 13W f ~j:SWNUCLEAR SERVICE COMPANY , N / ISSUED PROCEDURE NO. SPECIAL EXAMINATION 02-14 92 PROCEDURE 42 EC-223 WESTINGHOUSE MODEL F REYlSEo STEAM GENERATOR TUBING REVISION NO. MlZ-18 DIGITIAL EDDY CURRENT SYSTEM 0 CALLAWAY NUCLEAR POWER PLANT
- 5. EOUTPMENT SET-bP (See Figure 1) 5.1. Connect HP UNIX compatible computer to hard drive.
5.2. Connect hard drive to optical disc drive (s). 5.3. Connect Uninterruptable Power Supply (HP UNIX compatible computer, hard drive, optical disc drive (s) are to be powered by UPS). 5.4. If acquisition is linked to analysis connect optical hub. 5.5. Connect UNIX compatible computer to LAN interface unit.
; 5.6. Connect the MlZ-18 to LAN interface unit.
5.7. Connect the SM-10 or PM-1 to MIZ-18. 5.8. Connect the test probe to the adaptor cable with the necessary probe extension cable. The length will be as short as practical with a combined length not to exceed 60 feet. 5.9. Connect the reference probe to the adapter cable with the same length of cable used in paragraph 5.8. 5.10. Connect HP 9000 series computer to HP UNIX compatible computer for operation of SM-10 fixture. 5.11. Refer to CONAM procedure 42-EC-217 for installation, calibration, and operation of SM-10 fixture. 5.12. After connections are made, turn the system power ON. 5.13. After logging on to the system, open New Window and mount optical disc (s). 5.14. From the HP Term Window, activate the acquisition program.
/~)
q O 5.15. From File Functions select optical path.
- 6. CAllBRATION 6.1. Initialize probe pusher, if used.
3
t t CONAM NUCLEAR, INC. [9y[
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'~, J
~)&W NUCLEAR SERVICE COMPANY PROeEDURE No.
'** SPECIAL EXAMINATION 02-14 92 PROCEDURE 42-EC-223 WESTINGHOUSE MODEL F REVISEo REVISION No.
STEAM GENERATOR TUBING MlZ-18 DIGITIAL EDDY CURRENT SYSTEM 0 CALLAWAY NUCLEAR POWER PLANT 6.2. Set probe speed. (Refer to technique sheet Figure 5 for the scan speed). 6.3. Using System Config set configuration according to the technique sheet (Figure 5). The data collector shall have a completed, current and effective technique sheet at his data collection station during the examination. 6.4. Set operator selectables under System Config. 6.5. Select Start Acquiring and place probe in section of calibration standard known to be free of defects and Null signal. 6.6. Withdraw test probe through calibration standard (s) at normal probe speed until artificial flaws are displayed. ( ) k./ 6.7. Set spans and rotations according to the technique sheet Figure 5. l 6.8. Select Summary form and complete the following information. This information will be updated at the beginning of each Cal group. (See Figure 2.) 6.8.1, Name of Owner 6.8.2. Plant site 6.8.3. Heat exchanger identification 6.8.4. Optical Disc Number And Side 6.8.5. Examination end (Inlet or Outlet) 6.8.6. Eddy current instrument model and serial number. 6.8.7. Examination frecuencies of all channels. l l 6.8.8. Operators name and certification level. 1 l 6.8.9. Date of calibration and examination. h[3 6.8.10. Calibration standards identification, i 4 l 1
y ; , CONAM NUCLEAR, INC. (BW
- f% B&W NUCLEAR SERVICE COMPANY 1
(v) issuEo SPECIAL EXAMINATION PRoCLDURE NO. 02 14 92 PROCEDURE 42 EC 223 WESTINGHOUSE MODEL F REvisEo REVISION NO. STEAM GENERATOR TUBING Ml2-18 DIGITIAL EDDY CURRENT SYSTEM 0 CALLAWAY NUCLEAR POWER PLANT 6.8.11. Probe size and type, including manufacturer's name, description or part number and ler.gth of probe cable. 6.8.12. Cable type and characteristics. 6.9. Change Cal group number to the proper sequential number ar.d select New Cal group. 6.10. Select desired strip charts and Lissajous channels to be displayed. 6.11. Select File functions and Save setup Info. 6.12. Record calibration standard using proper number 999-999 for Row and Column.
- 7. RECORDING OF CALIBRATION h(~'N 7.1. Frequency 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 Cal group or every 4 hours, 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 may be re-examined. 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. EXAMINATION PROCEDURE k 8.1. The scan will be performed during probe retraction unless otherwise stated, on the Technique Sheet.
5
CONAM NUCI. EAR, INC. (BU)
,r ^2W NUCLEAR SERVICE COMPANY
] ) issuco SPECIAL EXAMINATION PROCEOURE NO. 02-14-92 PROCEDURE 42 EC-223 WESTINGHOUSE MODEL F REVISED REVISION NO. STEAM GENERATOR TUBING MlZ-18 DIGITIAL EDDY CURRENT SYSTEM 0 CALLAWAY NUCLEAR POWER PLANT Note: At the scanning speed to be used, the sampling rate of the eddy current instrument shall result in a minimum digitizing rate of 30 samples per inch of exandned tube, using: dr = sr/ss, where: dr = digitizing rate in samples per inch sr = sampling rate in samples per second or Hertz, and ss = scanning speed in inches per second. Therefore, to compute sample rate, use the following formula: k sr (min) = 30 X ss 8.2. Before the scan is made on each tube, the tube number will be entered on display. 8.3. A remote tixture will be used to position the probe guide tube for tubing examination. 8.3.1. When the SM-10 fixture is used, positive visual tube identification will be made by the lead operator, shift supervisor orjob supervisor. Verification will be made on the peripheral tube in each column. The use of known landmarks such as 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, include the letters 'VER' in the index column, and at least once per cal group a message shali be recorded on the optical disc. See Figure 3 for sample message. 8.3.2. If the tube identity verification reveals that an error has occurred in the recording of probe location, all tubes examined since the previous verification - oflocation shall be re-examined. The customer's tube numbering system shall-be used, p) ( v 8.4. When an error in tube identification has occurred the operator must bring up the message section and type in details ofincorrect tube numbers and corrections made. 8.5. During the scan the operator will monitor the eddy current signals and the strip charts. to determine equipment is working properly. 6
CONAM NUCLEAn INC. 13l)) 5CLEARSERVIC COMPANY issuEo SPECIAL EXAMINATION PROCEDURE NO. 02-14-92 PROCEDURE 42 EC-223 WESTINGHOLJE MODEL F REVISEo REVISICN NO. STEAM GENERATOR TUEING MlZ-18 DIGITIAL EDDY CURRENT SYSTEM 0 CALLAWAY NUCLEAR POWER PLANT 8.6. Insert probe in first tube to be examined. 8.7. Null signals. 8.8. Identify tube. 8.8.1. The following codes will be used: ID = Steam Generator number and end examination is performed from. IE; Steam Generator A =1, B=2, etc.,0 = Outlet and I = Inlet. Row + Col = Row. + Col except for calibration standard. Q) 8.9. Start recording to initiate data recording, withdraw probe while recording and select Stop Recording once probe has exited tube. 8.10. Unsuspected acquisition Window closures. S.10.1. If pusher Widgit Window is still Open, Close this Window. 8.10.2. Activate HP Term Window 8.10.3. From the $ prompt activate acquisition program. 8.10.4. Initialize probe pusher, 8.10.5. Select optical disc path. 8.10.6. Resume the examination.
- 9. DATA EVALUATION 9.1. Data evaluation will be made from the recorded digital data using Zetec EDDYNET Analysis software.
~g 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. 7
coNAM NUCLEAR, INC. (Bij)
*&W NUCLEAR SERVICE COMPANY - 'ssuco SPECIAL EXAMINATION PR CEDURE NO.
02 14-92 PROCEDURE 42-EC-223 WESTINGHOUSE MODEL F REVISEo REVISION NO. STEAM GENERATOR TUBING MlZ-18 DIGITIAL EDDY CURRENT SYSTEM 0 CALLAWAY NUCLEAR POWER PLANT During the calibration check, if variations greater than 5 degrees are noted from the previous calibration, the probe will be re-calibrated and all tubes examined since the last calibration will be re-examined. 9.3. Data will be evaluated according to Union Electric Data Analysis Guidelines. 9.4. Axial location will be coded as shown in Figure 4.
- 10. RECORD OF TEST RESULTS 10.1. Permanent records will be on Optical discs and tabulated results as listed below:
10.1.1. Contract reference or purchase order number.
, i i 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. l( Q) l l l 8 l l
CONAM NUCLEAR, INC. ($Q C3W NUCLEAR SERVICE COMPANY 5UEo SPECIAL EXAMINATlON PRCCEDURE NO. 02-14-92 PROCEDURE 42 EC 223 WESTINGHOUSE MODEL F nevisto AEylSICN NC. STEAM GENERATOR TUBING MlZ-18 DIGITIAL EDDY CURRENT SYSTEM 0 CALLAWAY NUCLEAR POWER PLANT MfZ-18 INTERCONNECTION SCHEMATIC TO ANALYSIS TO FIXn!RE T Y I p---] l l 1 E? 9000 I *~10~ S ~~l
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CONAM NUCLEAR, INC. (?!)) J&W NUCLE.AR SERVICE COAfPANY
' PROCEDURE NO,
'ssuEo SPECIAL EXAMINATION 14-92 PROCEDURE 42-EC-223 WESTINGHOUSE MODEL F REVISED REYlSICN NO.
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CONAM NUCl. EAR, INC. GW_ B& WNUCLEAR SERVICS COAfPANY
- issued SPECIAL EXAMINATION PROCEDURE NO.
02 14-92 PROCEDURE 42-EC-223 WESTINGHOUSE MODEL F AEVISED STEAM GENERATOR TUEING 85V' sic" NC-Miz-18 DIGITIAL EDDY CURRENT SYSTEM 0 CALLAWAY NUCLEAR POWER PLANT WESTINGHOUSE MODEL-F S AMPLE TUBE SUPPORT DI AGR AM AV3 AV4 AV2 .A V S AV1 A 6 07H , 07C 40,7* I 06H OSC ,/~'N ]
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(; CONAM NUCLEAR, INC. GW f~~C&W NUCLEAR SERVICE COMPANY
\ .\j ISSUED SPECIAL EXAMINATION PROCEDURE NO.
02 14-92 PROCEDURE EC-223 WESTINGHOUSE MODEL F REVISEa STEAM GENERATOR TUBING REVISION NO. MlZ-18 DIGITIAL EDDY CURRENT SYbTEM 0-CALLAWAY NUCLEAR PO,WER PLANT , TECHNIQUE SHEET NO. l-Mr118A CONFIGURATIO'd M1218A CONFIGURATION # NAME: l SAMPLES /SEC = l I_ fROBE CHANNEL SELECT FREQUENCY SEQUENCE Colt Cott CCIL Coll Colt Colt Coll Coil 1 2 3 4 6 6 7 8 l' FREQ #1: FREQ 42: l l FREQ 41 I/D f \ FREQ #4: i PROBE: OPTIONAL STANDARD: PULL SPEED: MRPC ROTATION SPEED: SPECIAL INSTRUCTIONS SPANS ROTATIONS l CHANNEL CHANNEL NO. DIVISIONS REFERENCE NO. - DEGREES DIRECTION 1 1 2 2-3 3 4 4 l 6 5 6 6 7 7 8 _ 8 9 9 10 10 11 11 12 12 13- 13 [] (
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CONAM LEVEL III/11A APPROVAL UE APPROVAL DATE- DATE FIGURE 5. _.y. , .
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' ICONAM NUCLEAR, INC., (BW &8&WNUCLEAR SERVICE COMPANY U issuto SPECIAL EXAMINATION PROCEDURE NO. 02-14-92 PROCEDURE : 42 EC-223 WESTINGHOUSE MODEL F < REVisto STEAM GENERATOR TUBING REVISION NO.- MlZ-18 DIGITIAL EDDY CURRENT SYSTEM 0 , CALLAWAY NUCLEAR POWER PLANT TECHNIQUE SHEET NO.1 Mt218A CONFIGURATION MtZ 18A CONFIGUMTION # NAME: 42-EC 223 SAMPLES /SEC= 400 PROBE CHANNEL $FLECT FREQUENCY SEQUENCE
- Colt COLL COtt Colt Coll COtt COIL COtt 1 2 3 4, 6 6 7 8 ._
FREQ #1: 400 kHz - FREQ #2: 200 kH2 FREQ #3: 100 kHz Q ,REO ,4: Eo - X X X X
. PROBE: 3 COIL MRPC STANDARD: ASME GUIDE TUBE STANDARD PULL SPEED: 12*/ MIN. = 0.2*/SEC. MRPC RO1 ATION SPEED: 300 RPM-'
SPECIAL INSTRUCTIONS - THIS EXAMINATION FOR INFORMATION ONLY SPANS :- ROTATIONS CHANNEL CHANNEL NO. DIVISIONS REFERENCE NO. DEGREES DIRECTION - 1 3 *** ASME HOLE 1 MOTION HORtZ. UP FIRST 2 3 eO% ASME HotE - 2 MOTION HORIZ, UP FIRST - 3 3 . M% ASME HOLE 3 MOTION HORIZ. WP FIRST 4 3 eO% ASME HOLE 4 MOTION HORIZ. UP FIRST 5 3 M% ASME HOLE $ . MOTION HORtZ. UP FIRST 6 3 . M% ASME HOLE 6- MOTION HORIZ. UP FIRST 7 3 M% ASME HOLE 7 MOTION HORIZ. UP FIRST g- 3 60% ASME HOLE 8 MOTION HORIZ. UP FIRST 9 3 60% ASME HOLE g - MOTION HORIZ. UP FIRST 60% ASME HOLE MOTION HORIZ, 10 3 10 UP FIRST - 11 3 TRIGGER - 11 900 UP M% ASME HOtf - 12 - MOTION HORIZ,- UP FIRST 12 3 13 3 50% ASME HOLE 13 MOTION HORIZ. UP FIRST 14 14 15 15 16 16 CONAM LEVEL III/ IIA APPROVAL UE APPROVAL - DATE DATE FIGURE 5
CONAM NUCLEAR, INC. [3Q DC&W NUCLEAR SERVICE COMPANY
/ \-
issuco SPECI AL EXAMINATION PROCEDURE NO, 02-14-92 PROCEDURE 42 EC-223 WESTINGHOUSE MODEL F ! REvisto STEAM GENERATOR TUBING REVISION NO. ! MlZ 18 DIGITIAL EDDY CURRENT SYSTEM O CALLAWAY NUCLEAR POWER PLANT -' TECHNIQUE SIIEET NO. 2 Mr218A CONFIGUltATION M218A CONFIOURATION # NAME: 4 2-E C.223 $AMPLES/SEC = 400 - PROBE CHANNEL SELECT FREQUENCY SEQUENCE Coll Coil Coll Colt Colt Coll COIL COIL 1 2 3 4 5 6 7 8 FREQ F1: 800 kHz FREO F2: 400 kHz rREo #3: 300 kHz X O X X (g ,RE O ,.: == ~ PROBE: MRPC STANDARD: Z4448 OR Zy449 l PULL SPEED: 6*/ MIN. = 0.1*/SEC. MRPC ROTATION SPEED: 160 RPM i SPECIAL INSTRUCTIONS THIS EXAMINATION FOR INFORMATION ONLY l
- SPANS ROTATIONS
! CHANNEL CHANNEL l NO. DIVISIONS REFERENCE NO. DEGREES DIRECTION 1 2 M% ASME HOLE 1 MOTION HORG. UP FIRST 2 3 w% AsME HOLE 2 MOTION HORIZ, UP FIRST 3 3 M% ASME HOLE 3 MOTION HORIZ. UP flRST 4 3 M% ASME HOLE 4 MOTION HORIZ. UP fiRST l 5 3 TRIGGER 5 so
- UP l- 6 6 7 _,
7 8 8
- 9 9 I 10 10 l 11 11
! 12 12 13 13 14 14 I ( 15 15 I i 16 16 CONAM LEVEL III/ IIA APPROVAL UE APPROVAL l DATE DATE ! FIGURE 5 l
E T/-88 0/3// ^ Rev /. o CONAM NUCLEAR. INC. [3(l] l B& W NUCLEAR SERVICE COAf?ANY p ) issuEo SPECIAL EXAMINATION PROCEOURE NO. 02-14-92 PROCEDURE 42 EC 223 WESTINGHOUSE MODEL F l REVISED REVISION NO, STEAM GENERATOR TUBING MlZ 18 DIGITIAL EDDY CURRENT SYSTEM 0 CALLAWAY NUCLEAR POWER PLANT TECHNIQUE SHEET NO,1 Mr?.t e A CONnGUR A DON M218A CONFIGURATION , N A ME: 424C.223 $ AMPtf S/5EC s 400 . PROSE CHANNEL SELECT FREOVENCY $ECUENCE 1 2 3 4- C 6 7 9
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X X X X kv / PROBE: 3 COIL hiRPC STANDARD: ASME GUIDE TUBE STANDARD PULL SPEED: 12*/ MIN. = 0.2*/SEC. hiRPC ROTATION SPEED: 300 RPM SPECIAL INSTRUCTIONS THIS EXAhflNATION FOR INFORhfAT10N ONLY SPANS l ROTATIONS CHANNEL CHANNEL-NO. _ DIVISIONS REFERENCE NO. DEGREES DIRECTION 1 1 3 6h AsME Mete } 1 uCTICN HCRC. UPFRST 2 3 60% ASME HOLE l 2 MOTION HORQ, UP FIR 5 T 3 3 . 60% ASME MOLE 3 MOTtON MORc. uP FiRsT 4 3 60% ASME HOLE 4 MOTION HOR 2. - WP FIRST 5 3 60% ASME HOLE 5 MOTION MORC. UP FIRST 6 3 60% ASME MOLE 6 MOTION NOR2. WP FIRST 7 3 60% ASME MOLE 7 MOTION NOR2. UP FIRST 8 3 60s AsME Mots a MOT 60N None. UP FiRsr 9 3 60% A5ME NOLE 9 MOTION MORIZ. UP FIRST 10 3 60% ASME Mote 10 MOTION HORC. UP FIRST 11 3- TRIGGER 11 900 L UP 12 3 60% A5ME MOLE 12 MOTION HCR2. UP FIRST 13 3 60s Asuf MOtt 13 MOTION eor 2. uPriRst 14 14 15 15 i 16 i 16 _ /] l j l CONAM LEVEL III/ IIA APPROVAI/7/f/ UE APPROVA /d e / i DATE %-7 0 - 9? DATE '1-26-fE l FIGURE E A
,, E n'-68-ofZie , , , Reavl CONAM NUCLEAR, INC. (Bl))
B&WNUCLEAR SERVICE COAfPANY issuto SPECIAL EXAMINATION '" C30'"E N
- 02-14 PROCEDURE 42 EC-223.
WESTINGHOUSE MODEL F arvisto STEAM GENERATOR TUBING- atvisien No. MlZ-18 DIGITIAL EODY CURRENT SYSTEM 0~ CALLAWAY NUCLEAR POWER PLANT TECHNIQUE SHEET No. 2 . Mf219 A CONFIGUA ATION M2 10A CONFl0URATICN , NA LE: 42 EC 223- SAMPLES /$EC= 400 PROBE CHANNEL MLICT FREQUENCY $1CVENCE .
- 1 2 3 4 5 6 7 8 FREO ,1: 800 kHz mo ,2; .= 'm X
me ,2: wo*~ X m e ,.: = ~ X X ( PROBE: MRPC Z4448 OR 24449 STANDARD: PULL SPEED: 6"iMIN. = 0.1*/SEC. MRPC ROTATION SPEED: 160 RPM SPECIAL INSTRUCTIONS THIS EXAMINATION FOR INFORMATION ONLY SPANS l ROTATIONS CHANNEL CHANNEL NO. DIVISIONS REFERENCE NO CEGREES - ~ Df RECTION '
) { 2 60% AEME HOLE 1 MOTION HCHG. UP FnAST 2 3 60'6 ASME HOLE 2 MOTICN NORG, UP FAST 3 3 44% ASME HOLE 3 MOTION HORC. UP F6RST
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- UP-6 6 7 7 8 8 9 9 1o 10 _
11 11 12 12 13 l 13 14 14 15 l 15 p 15 1 1 16 #l _ CONAM LEVEL Il!/ IIA APPROVAIg2I UE APPROVAh DATE '/ 9L DATE 4- Zc c~t7 2-FIGURE 6 8 7
3 7_ ' cr/ ee ct3tt - Re.t & l CONAM NUCLEAR, INC. , (?[]) B&W NUCLEAR SERVICE COMPANY z .g tssuta SPECIAL EXAMINATION PROCICURE No. 02 14-92 PROCEDURE. 42 EC 223 WESTINGHOUSE MODEL F mevisE3 R(VisiCN N,0. STEAM GENERATOR TUBING' MlZ 18 DIGITIAL EDDY CURRENT SYSTEM 0' CALLAWAY NUCLEAR POWER PLANT TECHNIQUE SHEET NO. 7 Mlf 18A CONFIGURATION M:218A CONFIGURATION # NAME: S A MME S/tEC =
't 2 - Ec .22 7 4'O O MOSE CHANNEL SELECT FREQUENCY $ECUENCE Cott CCIL Colt COIL CCIL CCIL CCil CCIL t 2 3 4 s s 7 e -
FREQ #1: pp FREQ #2, gg
- FREQ #3: ypg g
(% FREa **: 2 00 W )< ,>< d PROEE: /////Oc OPTIONAL STANDARD: r g,o r ruge tro /hr) PULL SPEED: (*/mia = 0. / u c MRPC ROTATION SPEED: / h> fep 1 SPECIAL INSTRUCTIONS 7#if AA.m w4 r/oa ,e g a m eum r.,,s my, SPANS l ROTATIONS CHANNEL CHANNEL NO. OlVISIONS REFERENCE NO. DEGREES DIRECTION 1 l 1 l (OR Arr t I 1 e Mmes Wat. t>s F.trr-2 l' .S SOY, Af* t. 2 xenw A4et] vt rutse 3 r 3 fe% Arst t 3 m e,ryw Hud- o# Ass s 2 Co To Mi>ri A e., nw Met) W hist-' 5 1 -r-r?u o wr 5 90' l W 6 .? rxmust 6 9s
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/ UE APPROVAL 4 5Z2,a tu1 L L DATE i'-20-91 DATE N +42d FIGURE 5 l
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. CONAM NUCLEAR;lNC; BW; M W NUCLEAR SERVICE COMPANY
^
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. SPECIAL EXAMINATION rn crevne No. . '
02 14 92 ~ PROCEDURE 42 EC 223- , WESTINGHOUSE MODEL F. , asvisto _. STEAM GENERATOR TUBING EEV151CN NO. _ '} MlZ 18 DIGITIAL EDDY CURRENT SYSTEM - 0: CALLAWAY NUCLEAR POWER PLANT l TECHNIQUE SHEET NO Y ur218A CONFicUn ATION M1218A CONFIGURATION # - - N AME: SAMPLES /$tC m O @ % I -- 4e C) ' FROBE CHANNEL $ ELECT FREQUM SECUENCE Cott Cott colt CCIL CofL Cott - ' Colt . Colt 3 4 1 2 6 6 7 8 " - ' FREQ #1: hCC . rate it 3cco' rasc ia / f o . raro se /50 I ' {
/
[ PROBE: cTX I OPTIONAL STANDARD: #/4 PULL SPEED: <f-, % Ee- MRPC ROTATION SPEED: v/r - SPECIAL INSTRUCTIONS l SPANS l -ROTATIONS _- CHANNEL CHANNEL . NO. DIVISIONS REFER 6NCE NO. - 0,rGREE3 DIRECTION 1 I sucPu*T~ 1 met, ime,t - AWu.L t.3F - 2 f ~%9 PMM~ 2 monomz. ; tnGA vf ' 3 'i i SU9P0&T' '3 nr & M e. @C-Re s W& 4 , I *1J FY%tV'~ 4 m sn.' E A M ,? ,N h # , 5 1 < o r436cT~ 5 ! nun a2 w A.cm up 6 I- 50 fT~b(4.r-* 6 m a e n n, r= of 7 l 1~ .:.w/4LT niena Ma. hAvf 9- 1 I <a/po r 8 <=gneu % m r, op.vec<;: vr 9 2- CoPPbr 9 re, Time, her . 10 ~2. - tow -10 mu woc Mrscs or 11 2 -WWACf 11 rw st?N 4tre_. ces:arr7t or r 12 MJ9o7 12 i e a17.eJ ~ W. 961c'etns ur
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'CONAM NUCLEAR. INC. _ fil))_
3& W NUCLEAR SER\1CE COMPANY ISSUED PROCEDURE NO, SPECIAL EXAMINATION 02-14 92 PROCEDURE 42 EC 223 .
~ WESTINGHOUSE MODEL F REvisto ^8*53CN N -
STEAM GENERATOR TUBING MlZ 18 DIGITIAl. EDDY CURRENT SYSTEM 0 CALLAWAY NUCLEAR POWER PLANT TECHNIQUE SHEET NO, 6 M:218 A CONFloun ATicN M2 18A CONFl0VRAT10N t NAME: S A Mf'LC5/5 E C = O OT L AcfL L} C C PRotE CHANNEL SELECT FRECL'ENCY SECUENCE C0ll COIL COtt C0tL COtt C0th CCIL Coll 1 2 3 4 5 6 7 e "
- FREQ #1: @
ento sa; yoo X rnco ,2 bo raEc so doo [ [ %) PROEE: PULL SPEED: 52c 066+'o nR Pc-o.)" / ( < <- OPTIONAL STANDARD: MRPC ROTATION SPEED: Mh WO rpm SPECIAL INSTRUCTIONS ' SPANS l ROTATIONS CHANNEL CHANNEL NO. DIVISIONE REFERENCE NOf DEGREES DIRECTION 1 3 l l-rs6 % # 1 'ec m J twtR. U9 f4 RW 2 'A /e*/> AM 2 A maa vbs,2 . UP F ubT~ 3 1 3 w%A4 3 rkc w. w a s. LF F7M -- 4 3 (m % h4 4 mmsa km. uP Pte6 5 % Th&6R 5 1 Qce M PsW 9 S r/AW 71k' 6 efV 4/ /k 7 7 8 ! 9 ' 9 10 10 11 11 12 12 13 13 14 -l 14-
- 15 i 15 i
/ 16 I i 16 l l CONMI LEVEL IllmA APPROVAL _ UE APPROVAL w DATE l/V-x>f-9?- DATE 6'/-2/- P r F1GURE 5
CONAM NUCLEAR, INC, SW. ERWNUCLEAR SERVICE COMPANY 3-15-89' PROCEDURE FOR- 4fEC-187-INSTAL. LING, OPERATING AND REMOVING REVISED REYl510N NO. REVISION PREPARED BY QA REVIEWED BY APPROVAL. COMMENTS NO. & DATE & DATE 1 / d ,4, m ##- 3 ~ I I 3,1 h-] O Lcvw._ - Leuci g)- ' P x l-c y7
l
'CONAM NUCLEAR, INC, BW asWNUCLEAR SERVICE COMPANY PROCEDURE NO. -
GiSSUED 3-15-89-._ . PROCEDURE-- FOR:-
. INSTALLING, OPERATING AND REMOVING-42-EC-187- t REVISED REVISION NO.
1-1.0 Scone , 1 1.1 This procedure is' to assure proper installation, operation, and removal of SM-10 fixture'in steam generators. 2.0 Equipment 1 2.1 HP 9000 Computer or equivalent 2.2 SM-10 Controller 2.3 HIZ-18 (Optional) 2.4 HPIB Interface 2.5 T.V. Monitor b 2.6 SM-10 Trunk, Brace and Arm Assembly 2.7 Extension cables 2.7.1 SM-10 Controller to HPIP Jnterface 2.7.2 SM-10 Controller to SM-10 2.7.3 HPIB Interface to computer 2.7.4 SM-10 to MIZ 18 (optional) 2.7.5 = Video cable 2.8 Zetec MIZ-18 acquisition software with-SM-10 control. 3.0 Personnel 3.1 Personnel . supervising the installation, operation, and removal of-the SM-10 fixture shall be trained by Conam Nuclear, Inc. - 4,0 Instc tation and Set-up 4.1 Prior to installation, inspect the SM-10 assembly for loose and/or {s. missing parts.. 4.2 Connect the three--fixture cables (encoder cable, motor cable, trunk cable and TV monitor) to the-SM-10 control box. l'
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. !CONAM NUCLEAR, InlC. SW R&W NUCLEAR SERVICE COMPANY
- i ISSUED- PROCEDURE No.-
(,,/ 3-15 89- PROCEDURE FOR- 42-EC-187
-INSTALLING, OPERATING AND REMOVING THE SM-10 FIXTURE REVISED REVISloN No.
1 4 4.3 Insert the MIZ-18 acquisition with D/A-8 support edition 18.1 Rev. 4.2 disk or later edition software into right drive. Insert SH-10 A control system disk into left drive, close both disk drive doors and then power on to load. After the system _ has completed the loading process, remove SM-10 control system disk from left drive. NOTE: Use correct SH-10 control system disk that -matches 4 the particular type of gencrator to be examined. 4.4 Load plan. Insert the INSPECTION PLAN disk in the left drive. In the fixture mode, press the LOAD. PLAN soft key in the shifted mode. A message will be printed when the plan has been-loaded. Note: Make - sure the correct disk for each channel -head is used,. i.e. left or right and that Row 1 Column 1 is positioned' over-the nozzle. 4.5 Press the upper left soft key' labeled N0 FIXTURE in the shifted mode O\ until the desired mode of operation _is selected. 4.6 Turn 0FF the HPIB Interface Unit and leave __OFF for lQ Seconds. Turn ON the HPIB Interface Unit. The red LE9 on the camera will light and the video will be present on the monitor. 4.7 Slide the trunk assembly through the manway (flat side down) until-the manway mount reaches-the manway. 4.8 Invert the track assembly (flat side up). 4.9 Loosely install the four-manway bolts. ; 4.10 Rotate the manway mount until the green -light on the lower set of i three_ indicating lights comes on. 4.11 Install the manway clamp. ' 4.12 Tighten down the manway bolts. Verify the green indicator light ,is. ' still on. 4.13 Remove the manway clamp. O , V 1 2
+ .
CONAM NUCLEAR, INC. SW n&WNUCLEAR SERVICE COMPANY
^
Lf ISSUED PROCEDURE NO. U 3-15-89 PROCEDURE FOR 42-EC-187 INSTALLING, OPERATING AND REMOVING THE SM-10 FIXTURE Revision No. 1 4.14 The track assembly must now be moved far enough from the divider: plate to allow the upper track to tilt to its ' level position. The track losition is adjusted after loosening the three set screws a locatec on _the track increment scale above the . lights. _ The track should be placed so that it rests against the divider. plate, and-then backed off enough distance so the upper track can reach a level state. -This distano is about 6 increments. Tighten the-three set screws after 4 rack position is established. Make sure the green indicator light is still on. If not, than rotattmanway mount-until it comes on. HOTE: You may'want to document the track position increment reading-for future use. 4.15 Prior-to installing the arm assembly, enter the cal._INSP mode in the software. Make sure that the arm has been folded up over the top of the pole and is resting against the mechanical stop. The arm rO assembly should be folded such that _ when you re-open the arm from the pole, the arm moves towards the divider plate. After you have checked-these two conditions, then press the SET OFST soft key in the -shifted mode. This' will- set an ' offset' for the arm encoder and make' a- guess at an offset for 'the. pol'e encoder so that the picture on your display closely approximates the respective positions of the arm and pole inside the bowl. The offset for the pole encoder will-be recalculated at the end of the calibration. 4.16 Install the arm assembly on .the track rails and -insert it _ through the manway. Slide the arm assembly until it' locks into place. 4.17 Install the manway clamp. 4.18 Using the computer, press the GUIDE. TUB soft key in 'the ~ shifted mode. This will position the guide tube mount near the manway. 4.19 Install the guide tube with the conduit attached. 4.20 Insert enough cable and conduit into the steam generator'to allow full movement of the fixture. 4.21 Press the RSME. cal; soft key in the shifted mode. This will now tilt
-( the upper track to its level position. The green light on the upper set of three indicating lights will come on when the upper track has
( reached a level state (these lights may be flickering between red and green when .it hits a level state, this is 0.K.). 3
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. CONAM NUCLEAR, INC.. SW B&WNUCLEAR SERVICE COMPANY , ISSUED .
PROCEDURE NO. V 3-15-89 -PROCEDURE FOR INSTALLING, OPERATING AND REM 0)ING 42-EC 187 - REVISED REVISloN NO. 1 Caution: If the upper track has been raised manually above the level position, the upper track- will raise until the guide tube makes contact with the tube sheet. The track must then- be lowered below the level position before leveling may begin. ' 4.22 Run the guide tube and camera up closer to .the tube sheet by using - the LIFT __UP soft key. 4.22 Proceed with the calibration process. 5.0 Calibration
-5.1 If not in the calibrate mode, press the CALIBRATE soft key in the shifted mode to get into the calibrate mode.
5.2 Position fixture directly under the first required calibration point. 5.3 When correctly _ positioned, Press the CAL-6,CM soft key - in the shifted mode. 5.4 Lower guide tube if necessary. 5.5 Now break the arm before continuing to the next calibration: tube. 5.6 Position the fixture directly under the second required calibration point. 5.7~ When correctly - positioned, Press the - CAL-RM,C2 soft-Key in- the . shifted mode. 5.8 Lower guide tube if necessary. 5.9 . Position the fixture directly under the third. required calibration'- point. . 5.10 Lower guide tube if necessary. 5.11 When correctly positioned, Press the CAL-6,1 soft-Key in the shifted mode. After pressing this key the calibration will be stored on=the
-INSP-PLAN disk that is in the left drive.
A r e 4
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- ICONAM NUCLEAR, INC. SW B&WNUCLEAR SERVlCE COMPANY \
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'jisSUED PROCEDURE No.
(^j 3-15-89 PROCEDURE FOR 42-EC-187 INSTALLING, OPERATING AND REMOVING-THE SM-10 FIXTURE g g REVISED l 1 0 6.0 Insoection Plan Examination 6.1 Store - variables to all Insp-Plan disks for _ that specific steam: - generator by pressing the STORE. VAR soft key.in the shifted mode. 6.2 Press the upper left soft key' labeled N0 FIXTURE in the shifted mode-until TEST-PLANLis displayed. 6.3 Press the MIZ-18 M soft key. 6.3.1 Press the-START COL: soft key in the shifted mode-to begin examination h Columns'. 6.3.2 Press the START-ROW: soft key in the shifted mode to begin examination h Rows. 6.3.3 Examine the first tube. 6.3.4 After examining each tube in'the program, press the NEXT TUB soft key, 6.3.5 Verify that the guide tube is centered under each tube to be examined. 6.3.6 The lead operator will verify the peripheral ' tube 'in each column and initial the operators data sheet along with the letters "ver" in the-index cclumn. 6.3.7 The operator _will verify all plugged tubes with'.the' SM video camera and initial .the data sheet , along with the; letters "ver" in the index column. 6.3.8-- To stop 'n inspection plan press STOP_.INSP soft key in the-shifted mode. 6.4 If there is more than _one Insp-Plan, _ place the next Insp-Plan disk in left drive. ~ Return to Insp-Plan mode, load Insp-Plan by pressing LOAD. PLAN soft key in the shifted mode. 6.4.1 Press the START COL: soft key in the shifted mode to.b'egin p examination h Columns.
-6.4.2 Press the SYART-ROW: soft key in the shifted mode to begin-examination h Rows.
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' CONAM NUCLEAR, INC. . SW asWNUCLEAR SERVICE COMPANY PROCEDURE NO. --
GlssuED 3-15-89 PROCEDURE FOR 42-EC-187: INSTALLING, OPERATING'AND REMOVING g g
.THE.-SM-10 FIXTURE 1
6.4,3 Examine the first tube. 6.4.4 After examining each tube 'in_ the program, press the NEXT' TUB soft key. 6.4.5 Verify that the guide tube is centered under each tube _to be examined. 6.4.6 The lead operator will verify the peripheral tube in each' column and initial the operators data sheet along with the letters "ver" in the index column. 6.4.7 The operator will verify all plugged tubes with' the- SM video camera and initial the data sheet along with_-the letters "ver" in the index column. 7.0 Manual Ooeration For Tubes Not Qn INSP-PLAN Disks 3
-7 .1 Turn MIZ-18 off. Press FIXTURE soft-key. a, 7.2 Press the up?er left ~ soft key- in the shifted mode until MANUAL is displayed ancl manual-tube selection has been in_itiated.
7.3 Turn the-HIZ-18 ON and-.the right hand soft keys will display ROT +,
-ROW , COL + and COL .
7.4 -Select the row and column with -the soft keys; and press the LOCATE soft key. 7.5 If free movement of the camera arm and pivot pole is desired press FREE RUN soft key in the-manual mode. 8.0 Removal 91 SM-10 8.1 In manual mode press-FOLD-UP soft key in shifted mode,- follow.direc-tions displayed on screen. . Lift down will ' automatically occur. 8.2 -Remove manway' clamp and remove guide tube. 8.3- Press GT.RMVD soft key. ; m- . ~
. CONAM NUCLEAR, INC. SW *"***"
- C&W NIICLEAR SERVICE COMPANY PROCEDURE No.
OissVED 3-15 PROCEDURE FOR INSTALLING, OPERATING AND REMOVING 42-EC-187 g g THE SM-10 FIXTURE 1-d 8.4 Remove arm assembly (caution: Arm assembly will be free to slide down track after next step is completed.) 8.4.1 r'ill-lock release located above~ the track increment scale on trunk. 8.4.2 Remove 'the arm assembly from the steam generator using-extreme care that hands do not get pinched -between the motor and the manway. l 8.5 Disconnect the fixture cables. 8.6- Remove-the bolts from the manway mount. 8.7 Invert the trunk in manway and slide the trunk out of the manway.
.g 8.8 Inspect the SM-10 assembly for missing parts, j
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8.9 If there are parts missing from the SM-10 assembly that cannot be accounted for, contact the eddy current shift supervisor. 9.0 Emeroenc_y Removal gf SM-10 9.1 Lower camera arm and remove guide tube if po:sible; -(if not possible,_ refer to-para 10.0). 9.2 In the manual mode, position arm assembly over trunk; _(if not possible, refer to para 10.0). 9.3 Pad the track on the trunk, remove tilt -release, lower and turn the hex head screw - clockwise until the arm -assembly-drops onto the track. 9.4 Remove the arm assembly from the steam generator using extreme care that hands do not get pinched between the motor-and the manway. 9.5 Disconnect the fixture cables. 9.6 Remove the bolts from the manway mount. 9.7 Invert the trunk in manway and slide the trunk out of the manway. 9.8 Inspect the SM-10 assembly for missing parts. 7
. 4 CONAM NUCLEAR, INC. SW-Esw nut'!'AR SERVICE COMPANY , kISSUto PROCEDURE NO.
V 31589 PROCEDURE FOR ' INSTALLING, OPERATING AND REMOVING 42 EC 187 ytygg THE SM 10 flXTURE
,Ly,,,gN gg.
1 9.9 If there are parts missing from the' SM-10 assembly that cannot be accounted for, contact the eddy current shift supervisor. 10.0 [marm. tty Removal M E.19 8Em Assembly in frent E Comnlete ARE fin Failure 10.1 Remove the manway clamp. 10.2 Enter the channel head and remove the camera arm by removing the arn-mounting screw located in the camera arm. 10.3 Hanually position arm assembly over trunk. 10.4 Exit channel head. 10.5 Pad the track on the trunk, remove tilt release, lower and O turn the hex head screw clockwise untti the arm assembly drops onto the track. 10.6 Remove the arm assembly fron, the steam generator using extreme care that hands do not get pinched between the motor and the manway. 10.7 Disconnect the fixture cables. 10.8 Remove the bolts from the manway mount. 10.9 invert the trunk in manway and slide the trunk out of.the manway. 10.10 Inspect the SM 10' assembly for missing parts, 10.11 If there are parts missing ,from the SM-10 assembly that _cannot be accounted for, contact the eddy current shift supervisor. 11.0 Computer lock Up Procedure 11.1 Re-boot h4Z-18 Acquisition software with SH 10 fixture Control. 11.2 Re set the Time' and Date. 11.3 Make sure the MIZ-18-is'in the correct configuration. O' 11.4 Press the FIXTURE soft key.- 11.5 Press the LOAD. PLAN soft key in the shifted mode. , 8
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CONAM NUCLEAR, INC. BW B&WNUCLk'AR SERWCE COMPANY LisSUED PROCEDURE No. V 15 89- -PROCEDURE FOR INSTALLING, OPERATING AND REMOVING 42 EC 187-g THE SM 10 flXTURE 1 11.6 Press the upper left hand soft key 'HO FIXTURE- in the shifted mode to get the desired operation (usually TEST _ PLAN). 11.7 In the Disk Utility modo press DISC INDX in the ' shifted mode to put the tape's tube list back into fAM. 11.8 Press INDX_BKUP to re-enable the back up disk. l j 11.9 Go to REVIEW mode and press the
SUMMARY
sof t key then the TLIST soft-key to display the tube list. ; 11.10 Scroll the list until the last entry is aligned with the- l arrow and press the FIND _ TUBE sof t key. The last' tube'will be displayed on the screen. The tape is now at the position where the computer locked up. I 11.11 Go back to the TEST mode and press MIZ-18.0N. 11.12 Press START COL or START R0W in the. shifted mode as desired. The fixture will iiow move to the next tube to be i examined. t i t
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CONAM NUCLEAR, INC. 13W i es W NUCUAR SERVICE COAf!ANY ;
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t APPENDIX 11 PERSONNEL CERTIFICATIONS f I l l i b t l l l UNION ELECTRIC - CALLAWAY, UNIT 1 - STEAM GENERATORS B & C - APRIL 1992 1 L
CONAM NUCLEAR, INC. SW B5 W NUCLEAR StRVICE CCAffANY
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SUSISTARY OF PERSONNil CERTIFICATIONS
- NAh1E SOCI AL SEC. NO. TEAh! POSITION HYE EXAh! DATE hilchael Chambers 559 74 5542 DA/Ill 12-16 91 hilke Dobson 572-88-3858 DA/Ill 8 16-91 Jon Funanich 546-92-3453 DAlli: 7-19 91 blike Keneipp 568-11-2707 JC/DAlllA 19-92 James hiann 542 68-3770 JC/DA/ IIA 1 9-92 Curtis Fuller 572 82-6623 DAlllA 8-1 91 .
Joc Sordini 570-04-9098 DA/11A 22-91 Robert Thorapson 568-96 1089 DA/ IIA 12 11 91 Bill Tobin 568 19 5565 DA/ IIA 1-7-92 Kevin Casey Wright 565 86-4897 DA/ IIA 1992 V Afatt Caperello 556-31-1115 O /11 8 72291-Anthony Gonzalez 565 53-0122 O/I l-31-92 Dennis Gortemiller $72-741450 O/11B 1 9-92 Larry Johnson 563-04-0872 O/l 1-31-92 Chuck Kerson 042-76 6733 O/1 2-6-92 Don Smith 571 13-9698 OillB 5-23 91 LEGEND: DA = DATA ANALYST JC = JOB COORDINATOR O = OPERATOR DATA h1ANAGEh1ENT: Eh!!LY hiORAN TINA LEE , s k UNION ELECTRIC - CALLAWAY, UNIT 1 - S/o B & C - APRIL 1992
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CONAM NUCLEAR. INC D&W NUCLEAR SERVICE COMPANY CERTIFICATION RECORD l Naine: DAVID MICHAEL CHAMBERS SSN/EMP No: 559 74 5542 Method: ET Level: ill Certification: 01/08/92 Expiration Date: 01/08/05 GENERAL EDUCATION. SCIIOOL LOCATION DATE LENGT11 SUll3ECT Amador High School Plessenton, ce 06/66 4 Years General Ed/Diplome NDE TRAINING SCHOOI, LOCATION DATE lENGTII EU)) JECT . U.8 Air Force Chanute AFB,IL 11/71 12 Weeke NDT/20 Hours min, E.C. Conem inspection Richmond, Ce 03/79 20 Hours E.C, Date Analysis ( NDE EXPERIENCE / CERTIFICATION HISTORY FROM TO COMI%NY NDE METIIODS/LEVEI 2 08/71 03/01/79 U.S. Air Force NDT Specidst (Instructor Reting) 03/76 10/01/79 Conem inspection Level 11: UT MT, RT, PT, EC 03/02 10/01/09 Conom inspection E.C. LevelllA, 719 82, Level til,108 80 10;83 Present Conom Nuclear, Inc. Eddy Current Leveilli IIASIC 2L53 51ETIIOD 2142 SPECIFIC J00.00 PRACTICAL 2 LOG WT FACTOR e3 u ej e4 Composite Score: 8S.66 Training IIours 20 Examiner: h!!chael E. Dobson Level: III The above named individual has completed the qualification requirements for certification in the above examination method n accordance with Conam Nuc1 car, Inc,99-CNTP@3 and the 1984 .dition of SNT-TC 1 A. ERTIFICATIONS VERIFIED IW : '
/ - , MA-POSITION: M DATE: /, f,/92
.C_QNANLNMC1EARJNC B&W NUCLEAR SERvlCE COMPANY O EYE EXAMINATION CERTIFICATION ASME BOILER & PRESSURE VESSEL CODE SECTION lli SECTION XI SNT TC-1 A ANb/OR MIL ST6 410 This will cortify that RAYlD31LC.t(AELCHAMBEBS SS No. 539-74 5542 has boon given the thrco (3) vision examinations listed below to assure natural or corrected near and far distanco aculty such that the individualis capable of reading J 1 letters on the standard Jaeger's Test Typo Chart for near vision and the Snellen Test at twenty foot for far vision or their equivalents, e.g., Titmus. Additionally, the individual has been given a color vision test resulti in distin uishing and differentiatinD contrast between colors using either the Ishiara lor Test hart, Orthorator, or their equivalent.
Far Vision: Type of Test / Snellen Other:
~TGive name of test)
Natural: Right 20po Lef t g[x Corrected: Right Left Corrective Lens Required: Yes No ,_d Minimum Acceptance Criteria: 20/30 snellen or equivalent in at least one eye Near Vision: Type of Test -- v' Jaeger J-1 Other: 7Give name of test) Natural: Right 3-4 Left [4 Corrected: Right JT-l Left 7/ Corrective Lens Required: Ves v No Minimum Acceptance Criteria: 14" for J 1 or character 10 for Titmus Color Vision: Type of Test: LL/1 u Satisfactory v Unsatisfactory State Color Deficiency: fW h
- I Name: dy cu \4nra\k @@ b M '
Address: h . C nnkrc< PnMcB\0d.'@ S!Jii ' / e o ' Examiner O.nnenrM T Cn Q4573 lb hfilOath Tel: 5 \0 - W 2 5- Moo
h GQUAM NUCLEAR. INC D&W NUCLEAR SERVICE COMPANY CERTIFICATION RECORD l Nante: MICHAEL EDWARD DOBSON SSN/EMP No: 572 88 3858 Metliod: ET Level: . til . Certillcation: 05/20/91 Expiration Date: 05/20/04 : GENERAL EDUCATION ECHODL 1ACATION DME LENGTI_I EUJME.CI Pinole Volley High School Pinole, Co, 06/71 3 Yeare General Ed/Diplome NDE TRAINING ECJK10L LOCK 110N DATE LENGTII EEDllLCI Conem inspection Rkhmond, Ca 11/74 12 Hours E,C . Le vel l Conom inopection Richmond, Ce 02/75 8 Hours E.C. Le vei ll Zetec. Inc. @ Conem in Richmond. Ce 06/01 40 Hours E.C. Date Analysie NDE EXPERIENCE / CERTIFICATION HISTORY-EROM IQ .COMIMNY NDE METIIODS/ LEVEL 03/74 10/01/00 Conem Inspection. Richmond. Ce E.C. Level 1.1174; LevelllD. 2 20 75; LevelllA. 810 81; 10/09 Present Conem Nuclear. Inc. Eddy Current LevelllA Date Analyst: Level til, G.20-91 f IIASIC 80,00 h!ETIIOD 86.15 SPECIFIC 85.00 PRACTICAL SfidQ WTFACTOR 63 03 et eJ Composite Score: 86.07 Training llours 40 Examiner: . Jesse F. Ilarron, Q. A. hianager Level: . The above narned individual has completed the qualificauon requirements for certification in the above examination method
'in accordance with Conam Nuclear, Inc,99-C TP-003 and the 1984 Edition of SNT4 C 1 A.
CERTIFICATIONS VERIFIED BY : de }/ 8%d POSITION: d),M /*)k AC 8 cob 1 #<Je *f Nnt DATE: A)#, { /#EN
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P CDONAM_ lit.lCJ.EABJRG 1 B&W NUCLEAR SERVICE COMPANY L A E L R SE E SECT 10Nylgg gN gX TC 1 A j This will cortif that MLC13AGL EDWA 3DlOBSON SS No. 572 88 3616 has, boon given ' v slon examinat ons listoc bo ow to assuro natural or corrected near and far ; the throoacu distanco (3)lt such that the individualis capable of reading J 1 lotters on the standard Jae or's Test ype Chart for naar vision and the Snellen Test at twenty foot for far vision : or t olr equivalents, e.g., Titmus Additionally, the individual has boon given a color 't vision test resulti in distin ulshing and differentiating contrast betwoon colors using olther the Ishlara for Test hart, Orthorator, or their equivalent. Far Vision: Type of Test dncilen Other: > Natural: Right 90 30 Left 9 0 /9 0 *"' ""** """ < l Corrected: Right Left Corrective Lens Required: Yes No [ Minimum Acceptance Criteria; 20/30 snellen or equivalent in at least one eye Near Vision: Type of Test daeger J 1 Other:' _ Natural: Right 3' Left 'T } ' Corrected: Right Left Corrective Lens Required: Yes No Minimum Acceptance Criteria: 14" for J 1 or character 10 for Titmus Color Vision: Type of Test: _T_s h I ha FCu : Satisfactory / Unsatisfactory __ State Color Deficiency: Name:~Rtebc<cd Shoop JmO 5 i 494&wd\ Signature & Tiue ojExamindfr j Address: l \CX3 Con kcloMct 6Wd. C_oococcl I.On .CillS23 ~ 6-/6-9 / Date' l Tel: _ $ l0 - 835-3'IGO
CONAM NUCl. EAR;INC B&W NUCLEAR SERVICE COMPANY
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3 Ii CERTIFIChTION RECORD Nante: Jon JErrREY FUNANICH SSN/EMP No: 548 92 34s3 Metliod: ET Level: lli Certification: 08/12/91 Expiration Date: 07/28/92 JGENERAL EDUCATION ' SC1100L LOCATION DATE LENGT11 S_UILIECT Verden High School Trevis, Ca 06/72 4 Years General Ed/ Diploma Solano Community College Suleun City, Ca 06/75 3 Years Electronics /A.S.
'NDE: TRAINING 4 SCIIOOls LOCATIOR DATE LENGTII SUILIECT Conam inspection Richmord, Ca 03/78 12 Hours E.C. Level 1 Cor am inspection Richmord, Cs 05/70 8 Houre E.C. Level 11 Conam inspection Richmond, ca 09/79 20 Hours E.C. Date Analysis Zetec, Inc. Inesquah, WA 02/91 16 Hours LTD-400/Eddynet CDS NDE EXPERIENCE /CERTIFICATIONi HISTO'RYj FROM IQ. . COMPANY NDE METIIODS/ LEVEL 03/78 10/01/89 Conam inspection E.C. Level I, 515 78: Level 118, 2 7 79:
Level llA, 8-6 79: Level 111, 8 9-831 10/89 Pienent Conom Nuclear, Inc. Eddy Current Level 111
, ; ENAMINATIONf RESULTSL
-BASIC 84,90 METIIOD 98.00 SPECIFIC 99.00 - PRACTICAL 98.00 u- u . e. . en Composite Score: 94.27 Training Ilours 20 Examiner: M. E. Dobson, Level III (!ftP1 Levelt ' III The above named mdividual has completed the qualification requirements for certification in the above cramination method accordance with Conam Nuclear, Irr 99-CNTP-003 and the 1984 Edition of SNT-TC 1 A.
CERTIFICATIONS VERIFIED BY : / M POSITION: Neem - [oME / 5 go se DATE: 3 -/V-9/ 4 y w...., , ,.. .
MNLt[U_CLEAL INC 6&W WCLEAR $f RVICE COMPANY C- EYE EXAMINATION CERTIFICATION ASME BOILER & PRESSURE VESSEL CODE SECTION III SECTION XI, SNT-TC-1A AND/0R HIL-STD-410 This will certify that LQN JEEEEEY FUNAliLQJI SS No. 146-92-341)_ has been given the threc (3) vision examinations listed below to assure natural or corrected near and far distance acuity such that the individual is capable of reading J-l letters on the standard Jaeger's Test Typo Chart for near vision and the Snollen Test at twenty foot for far vision or their equivalents, e.g., Titmus. Additionally, the individual has been given a color vision test resulting in distinguishing and differentiating contrast betwoon colors using either the Ishiara color Test Chart, Orthorator, or their equivalent. FAR VISION: TYPE OF IEST W SNELLEN OTHtR:
"~ ' ""
NATURAL: RIGHT OC 3 LEFT e 5fN CORRECTED: HIcHT O _ 30 LEFTdQ[50 CORRECTIVE LENS REQUIRED: YES I NO Minimen Actertence Criteria: 20/30 $nellen er eaa1 valent in at least one eye NEAR VISION: TYPE OF TEST JAEctR J-1 II OTHER: Mh bib NATURAL: RIGHT 2 O' O LEFT 3C CORRECTED: RIGHT N0/ O 7/ LEFT b [/ CORRECTIVE LENS REQUIRED: YES NO Minimum Acceptance Criteria: 14" f or J-1 et character 10 for Titmus COLOR VISION: TYPE OF TEST: YSb S [ bb
/
SATISFACTORY UNSATISFACTORY STATE COLOR DEFICIENCY: NAME: LAWRENCE PIAZZA,M.D. Mfghn /g& ADDRESS Ndnature&MitNofExaminer)) C .id C C M M p61ISBBI416 U 44 - O 1100 ContraCostaBNd. w owiu, u w o (415)825-3400 q -lCW/ TEL:
CONAM NUCLEAR. INC B&W NUCLEAR SERVICE COMPANY CERTIFICATION RECORD l Narne: MICHAEL R. KENEIPP SSN/EMP No: ses.112707 Method: ET Level: IIA Certification: 01/10/92 Expiration Date: 01/10/95 GENERAL EDUCATION SCIIOOL LOCATION DATE LENGIll SUILIECT Oaktaruf Tech Hi;h School Oaklarxf, Cs 06/16 4 Years General EducatiorVGED NDE-TRAINING SCLIOOL LOCATION DXOs LENGTII SUlt1ECT Conam inspection Richmoruf, Ca 02/82 20 Hours E.C. Level I & il Conam inspection Richrnond, Ca 01/89 40 Hours E.C, Data Analysis O v NDE EXPERIENCE / CERTIFICATION HISTORY FROh! 'EQ C_OMPANY NilliMETIIOD.SILEVEL 11/81 10/01/89 Conom inspection E.C. Level 1, 219-82; Level 118,11582; Level llA,1-3189; 10/89 Present Conam Nuclear, Inc. Eddy Current Level itA Data Analyst EXAMINATION RESULTS-GENERAL 90.00 SPECIFIC g o PRACTICAL 92.00 wr u u o Composite Score: 92.00 Training 11ours 40 Examiner: Jon J. Funanicli , Level: III The above named individual has completed the qualification requirements for certification in the above examination method
- [ ) accordance with Conam Nuclear, Inc. 99-CNTP-003 and the 1984 Edition of SNT-TC-1 A.
\
CERTIFICATIONS VERIFIED BY : . u;g - - I 6(./ ~ C/
/
POSITION: /Evd DATE: ' / - / _4-A
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ROEAMXV_ CLEAR, ING B&W NUCLEAR SERVICE COMPANY O EYE EXAIVINATION CERTIFICATION ASME BOILE 3 & PRESSURE VESSEL CODE SECTION lli SEC7 ION XI SNT-TC-1 A ANb/OR MIL-ST $410 i This will certify that MLQHAEl. R. KENEIP) SS No. 568-11-2707 has been Olven the three (3) vision exarninations listed be ow to assure natural or corrected near and far distance aculty such that the Individualis capable of reading J 1 letters on the standard Jacuer's Test Type Chart for near vision and the Snellen Test at twenty foot for far vision or their equiva!cnts, e.g., Titmus. Additionally, the individual has been given a color vision test resulti in distin ulshing and differentiatin0 contrast between colors using either the Ishlara lor Test hart, Orthorator, or their equivalent. Far Vision: Type of Test Mllen Other: Natural: Right CO/R Lef t 19'2D Corrected: Right Left Corrective Lens Required: Yes No / Minimum Acceptance Criteria: 20/30 snellen or equivalent in at least one eye Near Vision: Type of Test dacger J-1 Other: Natural: Right ,T \, Left ;X \ Corrected: Right Left Corrective Lens Required: Yes No / Minimum Acceptance Criteria: 14" for J 1 or character 10 for Titmus Color Vision: Type of Test: _ TS /-/J _ /]R PA Satisfactory [ Unsatisfactory State Color Deficiency: A/0#6 i Name: 'fhCbdrCl Shocno nto 4tDC vP Address: //OO CCntbH UOSh8h . " '" ' * ' 2 " # ' ""'" * '
/kTnecrc/ .da ,@/523 /-9-9 D- ~
' Date
, Tel: 6/O- gas-s '/co O I
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CONAM NUCLEAR. INC B&W NUCLEAR SERVICE COMPANY bb CERTIFICATION RECORD Name: JAMES E, MANN SSN/Eh!P No: 542 ca 3770 h!cthod: ET Level: llA Certification: 12/20/91 Expiration Date: 12/20/94 GENERAL EDUCATION SCIIOOL LOCATION DATE LENGTII SUBJECI Hillsboro High School Hillsboro, Or 06/72 4 Years College Prep / Diploma
-NDE TRAINING SCIIOOL LOCATION DATE LENGTII -SUIUECT Conam inspection Richmond, Ca 10/80 20 Hours E.C. Level l & il Conam Nucleer. Inc. P.ichmond, Ca 06/90 8 Hours E.C. Level !!! Refresher conom Nucle er, Inc. Richmond, Ca 02/91 40 Hours E.C. Data Analysis NDE EXPERIENCE / CERTIFICATION HISTORY EJAOM TQ COh! PAN._Y NDE h!ETIIODS/ LEVEL 05/88 10101/89 Conam inspection E.C. Level 1.10-19 88; Level 110,618 90; 10/09 Present Conam Nuclear,In. Eddy Current LevelIIB Operator, Eddy Current LevelIIA, Data Analyst; 12 20 91 M
EXAMINATION RESULTS. GENERAL 80,00 SPECIFIC g i)g PRACTICAL M WT FACTOR 83 6J 0.4 Composite Score: 86.40 TrainingIIours 40 Examiner: Jon J. Funanicli Level: III The above named individual has completed the qualification requirements for certification in the above examination method in accordance with Conam Nuclear, Inc. 99-CNTP-003 and the 1984 Edition of SNT-TC 1 A. CERTIFICATIONS VERIFIED IlY : [4 r POSITION: Ex.A TC - DATE: l-("%4L l
CONAM NU_ CLEAR,_lMG : B&W NUCLEAR SERVICE COMPANY p- . A E kP S R E E ; sec$o"L ,hga"Sn s&Tc '^ This will certify that JAMiiS E. IV ANN SS No. D32 68 3770 has been given I the three (3) vision axaminations isted below to assure natural or corrected near and for ' distance scult such that the individualis capable of reading J-1 letters on the standard Jae ger's Test ype Chart for near vision and the Snellen Test at twenty feet for far vision 1 or taolr equivalents e.g., Titmus. Add!tionally, the individual has been given a color vision test resulti in distin ulshing and differentiating contrast between colors using either the Ishlara lor Test hart, Orthorater, or their equivalent. Far Vision: Type of Test N Snellen Other:- Natural: Right 20/20 Left 10/80 Corrected: Right Left Corrective Lens Required: Yes _,,_ No , f.ilnimum Acceptance Crite a: 20/30 snellen or equivalent in at least one eye Near Vision: Type of Test s Jueger J-1 Other: j (Give name of test) O Natural: Corrected: Right Right 3L_ Left TS_ ' Left Correctivo Lens Required: Yes No ( Minimum Acceptance Criteria: 14" for J 1 or character 10 for Titmus , Color Vision: Type of Test: T Sh.h a ra Satisfactory g Unsatisfactory l State Color Deficiency: //C//G , Name: tcMQdMact9 yYLO j og" *"'6cwaaO ! Address: )l O M es d rc_C ce d B W d . *f [ n M M d f il $ % 13 I YbN Date Tel: d'O-R25-RL100-rh . _r ., , - i..y-, h v -, .- p,. ,. , - - , yu---c w -+es -. - - ---+ w- - - - * - - --~w * '-
CONAM NUCLEAR. INC B&W NUCLEAR SERV!CE COMPANY CERTIFICATION RECORD Name: CURTIS LYLE FULLER SSN/Eh!P No: 572 82.co2a Method: ET Level: IIA Certification: 08/20/90 Expiration Date: 08/20/93 GENERAL- EDUCATION - SCIIOOL LOCATION DATE L]INGTII SH11TECT Pino!* Vehey High School Pinole,Ce 06/69 4 Yeare College Prep / Diploma Contre Costa College San Pablo, CA 06/73 2 Yeare Criminal Jus tice/A.A. NDE TRAINING: SCHOOL LOCATIOE DATE LENGTil SUlUECT Conem inspection Richmond, Ca 10/07 12 Hours E.C. Lent l Conem inspection Richmond, Ce 06/09 8 Hours E.C. Level Il Conem inspection Richmond, Ce 08/89 40 Hours E.C. Data Analysis Conem Nucteer, Inc. Richmond, Ce 08/90 6 Hours E.C. D.A. Add;tio.:el ( NDE EXPERIENCE / CERTIFICATION HISTORY-IMOM TO COMPANY NDE METHODS / LEVEL 08/87 10/01/89 Conom ins pection E.C. Le vel l, 10 05-87; LeveillB,6 2 09; 10/89 Present Conom Nuclear,Inc. E.C. LeveillB Operator: Eddy Current Levell!A Date Analyst 8-20 90 EXAMINATION RESULTS' GENERAL 82.50 SPECIFIC 88.00 PRACTICAL 85.40 WT FACTOR 83 oJ e4 Composite Score: 85.31 TrainingIIours 48 Examiner: Mark Gortemiller hMh , Level: III The abve named individual has completed the qualification requirements for cestification in the above examination method 3 accordance with Conam Nuclear, Inc. 99.CNTP-003 and the 1984 Edition of SNT-TC-1 A. ERTIFICATIONS VERIFIED BY : - POSITION: _/fr oc ces ce tyde DATE: //'4 8/
. . . . ~ . . .. .. . . .. . . . . _ _ _ . .
_ CONAL 1 NUCLEAIL_IE BLW hvCLIAR $lRYlCI COMFANY EYE EXAlIINATION CERTIFICATION ASME BOILER & PRESSURE VESSEL CODE SECTION III, SECTION XI, SNT-TC-1A AND/0R MIL-STD-410 This will certify that 93RT_UL_LYLE FULid;R SS Ho . 3 7 2 -0 2 - 6 fjiL3_ has been given the three (3) vision examinations listed below to assuro natural or corrected near and far distance acuity such that the individual is capabic of reading J-1 letters on the standard Jacgor's Test Type Chart for near vision and the snellen Test at twenty foot for far vision or their equivalents, e.g., Titmus. Additionally, the individual has been given a color vision test resulting in distinguishing and differentiating contrast betwoon colors using either the Ishlara Color Test Chart, Orthorator, or their equivalent. FAR VISION: TYPE oF TEST / SNELLEN OTHER: (Give name of test) NATURAL: RIcHT ] C//J O LEFT 2 0 / 2- 0 CORRECTED: RIcHT LEFT _ CORRECTIVE LENS REcurRto: YES No _L_/_ M oimum Acceptance Criterta: 20nD inellen or equivalent in at least ore eye NEAR VISION: TYPE OF TEST t/ JAEGER J-1 OTHER: (Ghe name of test) NATURAL: RIGHT -) / LEFT J/ CORRECTED: RIGHT LEFT CORRECTIVE LENS REQUIRED: YES NO t/ Minimum Acceptance Criteria. 14" for J-1 or character 10 for litmus Color VISION: TYPE OF TEST: -- 7/ b GP4 SATISFACTORY UNSATISFACTORY STATE COLOR DEFICIENCY: /9 OD 0 NAME: Richard H. Shoop, M.D. pMOIo.p A ADDRESS: Confrt Carl 2 0**wnstInnal Mnfliefnn
^% 1100 Contra' Costa Blvd. /m l Igg Concyd.C? ?"
(GJ pm ryn ~ oate TEL:
- . _ . _ _ .. - . _ _ -- . _ _.. ._ = - _ -
CONAM NUCLEAR. ING B&W NUCLEAR SERVICE COMPANY f & CERTlFICATION RECORD l . Name: JOSEPH D, SORDINI SSN/EMP No: 570 04 9098 Method: ET Level: IIA Certification: 01/11/91 Expiration Date: 01/11/94 GENERAL EDUCATION ECHOOL LOCATION DATE LitNGTII SJlllJECT Alameda High Sc.hool Alame de. Ca 06/72 3 Years General Education Richmond Adult School Richmond, Ca 03/84 Test 3 2 84 0.E.D. NDE TRAINING SCIIOOL LOCATION DKE LEEEDI EUILIECT Cnnem inspection Richmond, Cs 03/84 21 Hours E.C. Level 1 & il Conam inspectlon Richmond, Ca 02/88 0 Hours E.C. Level ll/ Refresher Conam inspection Richmond, Ca 01/09 40 Hours E.C. Date Analys! Conam Nudeer, ine, Richmond, Ca 12/90 40 Hours E.C. D.A./ Refresher / \ NDE EXPERIENCE / CERTIFICATION HISTORY , FROM TO COMPANY NDJU.1EIJJHDS/ LEVEL 01/04 10/01/09 Conam inspection E.C. Level 1, 3 1 64; Level 110, 8,14.d6; 10!B9 Present Conam Nuclest, Inc, Eddy Current Level 118 Operator; Eddy Current LevelllA Data Analyst,11191 EXAMINATION RESULTS GENERAL 90.00 SPECIFIC 82.00 PRACTICAL 88.40 WT FACTOR oJ #3 e.4 Composite Score: 86.96 TrainingIlours 80 Examiner: D. Michael Chambersdg , ,
, Level: III The above named individual has completed the qualification requirements for certification in the above exarnination method
[ accordance with Conam Nuclear, Inc. 99-CNTP-003 and the 1984 Edition of SNT-TC-1 A. CERTIFICATIONS VERIFIED BY : / POSITION: - ma cw / 4, vdc4 DATE: //W' #// l
C_0 NAM RllC1 EAR, _INC BW h@ [AR $lAVICE COMPANY EYE EXAMINATION CERTIFICATION s ASME BOILER & PRESSURE VESSEL CODE SECTION III, SECTION XI, SNT-TC-1A AND/0R MIL-STD-410
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This will certify that Lo!1EPl! D. 80RDJ111 SS No. 570-03-9098 has been given the throo (3) vision examinations listed below to assure l natural or corrected near and far distance acuity such that the ; individual is capablo of reading J-l letters on the standard Jacgor's Test Type Chart for near vision and the Snellon Test at twenty feet for far vision or their equivalents, e.g., Titmus. Additionally, the individual has been given a color vision test resulting in distinguishing and differentiating contrast between colors using either the Ishlara Color Test Chart, Orthorator, or their equivalent. FAR VISION: TYPE OF TEST N(LLEN OTHER: NATURAL: RIcHT 2M
/
LErT Mh0(Giver.ameoftest)
/
CORRECTEo: RIGHT LEFT CORRECTIVE LENS REoVInED: YES NO MinimJ4 Acceptance Criteria: 20/30 inellen or equis, lent in at least one eye NEAR VISION: IYPE OF TEST /$JAEGERJ-1 OTHER: (Give name of test) NATURAL: RIGHT
}'L LEFT b-CORRECTED: RIGHT LEFT CORRECTIVE LENS REQUIRED: YES NO __f
* - '~ s- ..t .nc e Cr it e r ia ; 14" for J-1 or character 10 f or Tittnus COLOR VISION: TYPE OF TEST: th'h \'n'3rra SATISFACTORY , UNSATISFACTORY STATE COLOR DEFICIENCY:
NAME: Richard H. Shoop, M.D. -(2 M M h 6 ' # AcoRESS: contra cnets nennatinnni undretnn 1100 Contra' Costa Blvd. Concord,-GA 01523 77-gc) / D't' (415) 825-3400 TEL:
.GQNAM NUCLEAR. INC B&W NUCLEAFI SERVICE COMPANY i
i CERTIFICATION RECORD I i Narne: G. ROBERT THOMPSON SSN/EMP No: 500 90 1089 Metliod: ET Leyel: IIA - Certincation: o4d 9/90 Expiration Date: 04/19/93 ! GENERAL EDUCATION SCIIOOL LOCAT.10N DATE LENGTil SUlUECT l Westmoot High School Daly City, ca 06/14 4 Yeare' General Ed/D6ploma l
-NDE TRAINING ;
SCHOOL, LOCATION DATE LENG'111 SUlMECT ! Conam inspection Richmond, Ca 08/82 14 Hours E.C. Level 1 I Conern Inspection Rictwnond, Ca 05/84 8 Houre E C. Level 11 i Corunn inspection Richmorwi, Ca 07/85 40 Hours - E.C. Osta Analyels T' I NDE EXPERIENCE / CERTIFICATION- HISTORY - FitOM I.Q _ COMPANY N.QE METilODS/ LEVEL 03/82 10/01/89 Conom inspection E.C. Level 1, 819 82: Level 110, 610 84: Level itA, 8 6-85; 10/89 Present Conam Nuclear, Inc Eddy Current Level llA Data Analyst k
~
' EXAMINATION RESULTS l GENERAL- g SPECIFIC 96.00 PRACTICAL 97.90 ;
WT OJ ' 03 ' O.4 Composite Score: Examiner: Mark Gortemiller 94.96 i
,L/A .
*gl ' Training Hours Level: III 40 ' ,
i The above named individual has completed the quali6 cation requirements for certincation in the above examination method ' accordance with Conam Nuclear, Inc. 99 CNTP 003 and the 1984 Edition of SNT TC 1 A. CERTIFICATIONS VFRIFIED BY : #- Position: Cd w a n S v er d e e s *<* e nAre: me af. #fv 2 ~, s, . . . , _ . . . . _ . . . . _ , . . . . , , . . . . _ . _ - _ . _ . . - . . . . . . - . , . - - . . _ . , . . _ . - ,-_._._,.,_.-,_.a. - . _ _ _ . . - . . . .
.COBM NUCLEAR. I1C HW NUCL[ AR $(RVlCC CDHPAW EYE EXAMINATION CERTIFICATION ASME BOILER & PRESSURE VESSEL CODE SECTION III SECTION XI, SNT-1C-1A AND/0R HIL-STD-410 m y . .._ . _
This will cortify that G. RODERT THOMPSON , S S 11o . J 6 0 - 9 6 -_118jL, 8 has been given the three (3) vision examinations listed below to assure natural or corrected near and far distance acuity such that the individual is capable of reading J-1 letters on the standard Jaogor's Test Typo Chart for near vision and the Snellen Test at twenty foot for far vision or their equivalents, e.g., Titmus. Additionally, the individual has boon given a color vision test resulting in distinguishing and differentiating contrast betwoon colors using either the Ishiara Color Test Chart, Orthorator, or their equivalent. FAR VISION: TYPE OF TEST .k SNELLEN OTHER: NATURAL: RIGHTdMSO LEFT P O D O CORRECTED: RIcHT LErr CoRnECTIVE LENS REQUIRED: YES No X Hinimum Acceptance Criterlo: 20/30 $nellen er equivalent in at least one eye NEAR VISION: TYPE oF TEST k JAEGER J-1 OTHER: (Givenameoftett) NATURAL: RIGHT }d LEFT 7L CORRECTED: RIcHT _ LEFT CORRECTIVE LENS REQt. RED: YES No Minima Acceptance Cr tteria: 14" for J-1 or character 10 for Titmus COLOR VISION: TYPE OF TEST: ~~I b a b 9 IO SATISFACTORY UNSATISFACTORY STATE COLOR DEFICIENCY: MOrMC , NAME: /- 'e'm M&#? [ / Y J i d Oh-
-7 (}gnature & Title ojtxamineh ADDRESS:2/ W. 4 / - - ' - /- M U 6. /
l
-/ = , 7i /cf W & flll0l
[' 9'T D Date IEL: 7C' 7 dMTY
. ___. _ _ __ _ , _ _ - _ . _ _ _ . - ~ , _ _ _ _ , _ _
CONAM NUCLEAR. IE.C B&W NUCLEAFI SERVICE COMPANY 0 CERTIFICATION RECORD l Name: WILLIAM L. TODIN SSN/EMP No: 508 19 5565 Method: cT Level: ilA Certillcation: 01/25/91 Expiration Date: 01/25/94 GENERAL EDUCATION SCIIOOL LQCATION lhDI LENGTII SUIMECT - El Cerrito Kgh School EJ Cerrito, Ca 06/91 4 Years Generd Ed/GED NDE TRAINING SCIIO_OL LOCATION DATE LENGTII SI)lUECI Conern inspection Rsctrnond, Ca 10/88 20 Houre [.C, level I & 11 Conom Nucleor, Inc. Rictrnond, Cs 06/90 8 Hours [.C. Level 11 Conern Nucleet, Inc Fuctanorni, Cs 01/91 40 Hours L.C. Deta Analysie [ NDE EXPERIENCE / CERTIFICATION HISTORY EIWAI IQ COMPANY NDE METIIODSEEVEL 04/88 10/01/89 Conarn inspection E.C. Level I, 10-20 88; 10/89 Present Conam Nucient, Inc. Eddy Current Level 110 Operator, 6-18 90; Eddy Current Level llA Data Andyst,12491; EXAMINATION RESULTS-GENERAL 911Q FPECIFIC 84.00 PRACTICAL M wr u o e4 Composite Score: 88.53 Truining Ilours 40 Examiner: Jon Funanlch[m ;-,%W/ Level: 111 ne ateve named individual has completed the qualification requirements for certincation in the alove examination method (Y 1 ac cordance with Conam Nuclear, Inc. 99 CNTP-003 and the 1984 Edition of SNT-TC 1 A. s bun
&4(~ u CERTIFICATIONS VERIFIED 11Y :
POSITION: C ,B, DATE: M N' I/
. _-. . , . . -.. - .. - ~ - ..._ - . - . . - . ._ ..- . - . - - . _ ... _ ,. - -
_C_QNAM NURLEABJNC -! B&W NUCLEAR SERVICE COMPANY i 6R - This will cortif that WILLIAM L. TOB'N SS No. 56819 55H5 has boon glvon . the throo (3) v slon _examinat ons listoc below to assuto natural or corrected near and for ! distance aculty such that the individualis capable of reading J 1 letters on the standard Jao cr's Test Type Chart for near vision and the Snellon Test at twenty foot for far vision-or t cir equivalents e.g., Titmus. Additionally, the Individual has been glvon a color . vision test resulti in distin shin olther the Ishlara lor Test hart, grthorator, or their equivalent.and differentiating contras Far Vision: Type of Test / Snellen Other: 4 (Give name of test) Natural: Right 20/20 Left zo /zo Corrected: Right Left Corrective Lens Required: Yes No / Minimum Acceptance criteria: 20/30 Snellen or equivalent in at least one eye. Near Vision: Type of Test t/JaeGer J-1 Other: _ _ _ Natural: Right 'Tl Left JI Corrected: R10ht Left Correctiva Lens Required: Yes No V Minimum Acceptance Criteria: 14" for J.1 or character 10 for Titmus Color Vision: Type of Test: ~Jslii (tw , Satisfactory / Unsatisfactory : State Color Deficiency: AAe ., i
- 1. s-Name:Me heu c; Shnn a rn O i
-[M M Signature /li Title of Examiner- '
Address: Itoo cemicc_ Cndem Catacl. 1 C o m e n c - d . C c. 9'l323 4
/- 7 -91. Date -
Tel: 510- 752.5-M4co j O l
. =- _ = _. . . _ :
.GQNAM NU.CLEeit INC D&W NUCLEAR SERVICE COMPANY .
CERTIFICATION RECORD l Nante: KEviN cASEY WRIGHT SSN/Eh!P No: 565 86 4897 , h!cthod: ET Level: llA Certincation: 01/24/92 Expiration Date: 01/24/95 GENERAL' EDUCATION . SCIIOOL J,0 CATION DATE IENGTII SUlUECT De Ante High School El Sobrante, Co 06/72 4 Yeare General EdSlptome University of Californie Berkeley, CA 06/73 1 Year Economics Contre Costa College San Pablo, CA 06/75 2 Years Dusinees Law NDE TRAINING - SCIIOOL LOCATION DATE LENGTII SJllLIECT Conom inspection Richmond, Cs 04/05 24 Hours E.C. Level 1 & 11 Consm inspection Richmond. Cs 08/06 56 Hours E.C. Data Analysie Zetsc, Inc. lesequeh, We 10/88 40 Hours E.C. Date Analyste Conam inspection Richmond, Cs 01/09 40 etours E.C. Date Arietyels NDE EXPERIENCE / CERTIFICATION HISTORY ELLO11 TD COhlPANY NDE h!ETIIODS/ LEVEL 11/04 10/C1!e9 Conern !nspection E.C. Level 1,419-85; Level 118,6 26 00; Le vel 11A,1 27-89; 10!89 Present Conom Nuclear, Inc. Eddy Current LevelllA Date Analyst
/ EXAMINATION RESULTS GENERAL 9{LQQ SPECIFIC 88.00 PRACTICAL' 92.00 WT FACTOR 03 63 04 Composlie Score: 90.20 Training IIours 136 Examiner:- Jon J. Finnanicli Level: III The above named individaal has completed the qualification requirements for certification in the above examination method p accordance with Conam Nuclear, Inc. 99-CNTP-003 and the 1984 Edition of SNT TC-1 A.
h CERTIFICATIONS VERIFIED BY : - 2<m4 w v V POSITION: ho/ M DATE: / " 7 '[ ~
LONAM NUCLEARmINC MV fwClite ![RVICf COMPAM , I EYE EXAMINATION CERTIFICATION ASME BOILER & PRESSURE VESSEL CODE i SECTION III, SECTION XI, SNT-TC-1A l AND/0R HIL-STD-410 This will cortify that EIyJJLCASEY WRIS11T SS tlo. 565-06-4097 has boon given the throo (3) vision examinations listed below to assure natural or corrected near and far distance acuity cuch that the individual is capahic of reading J-1 letters on the standard Jaegor's Test Typo Chart for near vialon and the Snellen Test at twenty foot for I far vlaion or their equivalents, e.g., Titmun. Additionally, the individual has been given a color vision test resulting in distinguiching and differentiating contrast between colora using eithur the Ichiara Color Test Chart, Orthorator, or their equivalent. FAR Vision: TYPE OF T eT V SNELLEN OTHtR: ( l NATURAL: RIGHT S 6/'/o Ltri .20/M(Give name of test) ! CoRRtCTEo: RIcHT LEFT l l CORRECTIVE LENS REcuInto: YEs No.n/ Minimum Acceptance Cr tteria: 20/30 Erellen or equivalent in at least s'e eye s NEAR VIsron: TYPE OF TEST V JAEGER J-1 OTutn: NATURAL: RIGHT d/ LEFT 7/ l CORRECTED: RIGHT LEFT l CORRECTIVE LENS REQUIRED: YEs No V Minimum Acceptance Criteria: 14" for J-] cr character 10 for 11tmas COLOR VISION: TYPE OF TEST: b b Ryt\ SATISFACTORY t UNSATISFACTORY STATE COLOR DEFICIENCY: ,_ M O f18 i l l NAME: Richard H. Shoop, M.D. gdm 16 Signature i 11tle of Examiner ADDRESS ' Ni&Ce!&Seef6%%!IR." '";
' 1100 Contra Costa Ehd.
Cg44,CA 503
/ -
f - 9 ," (41 0 825-3400 TEL: i m---. ., ,- , - _ - . , . ..,_----_----...-,.y- _. -,
CONAM NUCLEAR. INC B&W NUCLEAR SERVICE COMPANY ; 0 CERTIFICATION RECORD l Name: MATTHEW MICHAEL CAPERELLO SSN/EMP No: 550 31 1115 Method: ET Level: l10 Certification: 01/04/90 Expiration Date: 01/04/93 GENERAL EDUCATION ECILOOL O LOCATION DATE LENGTil SJJEJJLCI Chico Serior High School Chico Ca. 06/76 4 years General Ed/Diplorns IWtte College DrovHio. Co. 05/84 2 Years General Education
-NDE TRAINING ECll0HL LOCATION JMIE LENGTIl S_UlUECT Conam inspection Rictanond, Ca. 04/85 24 Hourn E.C. Level I & il Consin Inspection Rictenorul, Ca. 01/89 40 House E.C. Data Analysle
\ NDE EXPERIENCE / CERTIFICATION HISTORY EILOR TO COMPANY NDE METHODS / LEVEL 02/85 10-01 89 Conam inspection E.C Level 1. 4-19 85 Level lla.19-87 10/89 Present Conern Nuclear, Inc. [ddy Current level 110 Operator EXAMINATION RESULTS GENEllAL 92.50 SPECIFIC 80.00 PitACTICAL 98.80 wi u o .. Compos'.te Score: 91.27 / TrainingIIours (7 24 Examiner: J. Funanich j gw#s Level: III The above named individual has completed the qualification requirements for certification in the above examination method accordance with Conam Nuclear, Inc. 99 CNTP-003 and the 1984 Edition of SNT TC 1 A. RTIFICATIONS VERIFIED IlY : _ POSITION: D.# OM4CM DATE: b } 7/
E_0 NAM NUCLEAR, INC tiV NUCLEAR !!RVICE COWANY O EYE EXAMINATION CERTIFICATION ASME BOILER & PRESSURE VESSEL CODE SECTION III, SECTION XI, SNT-TC-1A AND/0R HIL-STD-410 u . . This will cortify that MATTHEW HICHAEL CAPERELLO SS No. S56-31-111.E_. has been given the three (3) vision examinations listed below to assure natural or corrected near and far distanco acuity such that the individual is capable of reading J-1 letters on the standard Jaegor's Test Type Chart for near vision and the snellen Test at twenty foot for far vision or their equivalents, e.g., Titmus. Additionally, the individual has been given a color vision test resulting in distinguishing and differentiating contrast between colors using either the Ishiara Color Test Chart, Orthorator, or their equivalent. FAR VISION: TYPE or TEST M SNELLEN OTHER: NATURAL: RIGHT 2C/dC04 LerT ') Q/d Cof'" "' CORRECTED: RIGHT 2 30 LEFT AA/.dd CORRECTIVE LENS REoVIRED: YES No Minimum Acceptance Criteria: 20/30 inelkn or eqaivalent in at least one eye NEAR VISION: TYPE of IEST !% JAEGER J-1 OTHER: (Give name of test) NATURAL: RIGHT Ti LEFT T1-CORRECTED: RIGHT [I L LEFT Tb CORRECTIVE LENS REQUIRED: YES No / Mtntmum Acceptarce Criteria: 14" fcr J-1 cr character 10 for Titmus CotoR VISION: TYPE OF TEST: 'Tdu h arra SATISFACTORY X UNSATISFACTORY __ STATE Color OEFICIENCY: NAME: Richard H. Shoop, M.D. dj j g [) g ADDRESS: eM@GbM30&dMGW-O 1(mcontra,ceaByd. vuu u u,un a4 m (415)825-3400 v7 q z.cg TEL:
CONAM NUCLFABulNC B&W NUCLEAR SERVICE COMPANY CERTIFICATION RECORD l l Name: ANTHONY M. GONZALEz SSN/EMP No: 505 53 o122 Melliod: ET Level: l Certification: 03/25/92 Expiration Date: 03/25/95
. GENERAL EDUCATION SCIIOOL LOCATION DATE LENGTII SUIUECT Pinole Valley High School Pinole, Ca, 06/81 4 Yeare College Prop / Diploma Contre Costa College sen Pablo, Ca. 06/84 2 Yeare General Education Calderna State Univorelty Chico, Co. 08/08 4 Years Communicetione/B.A, NDE TRAINING SCllOOL LOCATLQN PATE LENGHI SIllLIECT Conam Nucleer, Inc. Benicia, CA 02/92 16 Houro E.C. Level i NDE EXPERIENCE / CERTIFICATION HISTORY EI10Al TO _ COMPANY NDE MICTIIODJ/ LEVEL 01/92 Present Conam Nuclear,Inc. Eddy Current Level 1,32592 EXAMINATION RESULTS GENERAL 95.00 SPECIFIC 90.00 PRACTICAL 86.25 WT FACTOR e3 03 04 Composite Score: 90.00 Training Hours 16 Examiner: Michael E. Dobson Level:- III The above named individual has completed the qualification requirements for certification in the above examination method 'a
- accordance with Conam Nuclear, Inc,99-CNTP-003 and the 1984 Edition f SNT-TC 1 A.
ERTIFICATIONS VERIFIED BY : # A l'OSITION: c ( '/ h DATE: ^F F- 5 9 2_.
CMIVLN_U_CLEABJNG D&W NUCLEAR sEHVICE COMPANY f EYE EXAMINATION CERTIFICATION ASME BOILER & PRESSURE VESSEL CODE SECTION Ill SECTION X: A N6/OR MIL-ST 6 410 SNT-TC-1 A This will certify that MLT110NY M. GONZALEZ SS No. 565 53 0122 has been given the three (3) vision examinations i sted below to assure natural or corrected near and far ; distance oculty such that the individualis capable of reading J 1 letters on the standard Jaeger's Test Type Chart for near vision and the Snellen Test at twenty foot for far vision or their equivalents, e.g., Titrnus. Additionally, the individual has been given a color vision test resulting in distinguishing and differentiating contrast between colors using either the Ishlara Color Test Chart, Orthorater, or their equivalent. Far Vision: Type of Test / Snellen Other: live name of test) Natural: Right ao/2n Lef t _ ago Corrected: Right Left Corrective Lens Required: Yes No / Minimum Acceptance Calteria: 20/30 Snellen or equivalent in at least one eye Near Vision: Type of Test / Jaeger J 1 Other: (Give name oT test) Natural: Right Il Left J/ Corrected: Right Left Corrective Lens Required: Yes No,_[ Minimum Acceptance Criteria: 14" for J 1 or character 10 for Titmus Color Vision: Type of Test: 15kikarrv Satisfactory / Unsatisfactory , State Color Deficiency: NR SA-G a2 [-+ w'?' - d M3LE- '(o Drrr<w 9uisi+ AEd + (itwsu , Name: Richard H. Shoop, M.D. {pd/ g g Ignature & Tge of Examiner
- Mracede0ccepe!!analfMdner- I 1100ContraCosta B!vd.
U0000f0,UA 9@23 l fd (/D Date (415) 825-3400 Tel: - d
., _ , _ . _ . . . - . . _ _ _ . - _, _. _ .~ __ , -
.G.ONAM NUCLEA8AC B&W NUCLEAR SERVICE COMPANY h .
CERTIFICATION RECORD j J l name: DENNIS K. GORTEMILLER SSN/EMP No: 572 74-1450 Metliod: ET Level: iib Ucrtification: 02/24/92 Expiratiott Date: 01/10/95
' GENERAL EDUCATION SCHOOL LOCATIOE DATE LENGTII SUIUECT De Anza High School Richmond. CA. 06/66 4 Years C.eneral Ed!Diplome NDE TRAINING SCHOOL LOCATIOE DATE LENGTII SU10ECT Conam Nuclear, Inc. RI.hmond, Ca 12!90 16 Hours E.C. Le vel I Conam Nuclear, Inc. Eenicia, Ca 01/92 24 Hours E.C. Level lla
( r%
't G
NDE EXPERIENCE / CERTIFICATION HISTORY FROM TO COMPANY NDE METIIODS/ LEVEL 12190 Present Conam Nuc w E.C. Level 1.43091: F.C. Leveillts 2-24 02; aXAMINATION RESULTS GENERAL 97.50 SPECIFIC 96 00 PRACTICAL 90.00 WT FACTOR 03 oJ o.4 Composite Score: 94.05 TniningIIours 40 Examiner: JON J. FUNANICII Level: III The alxwe named individual has completed the qualification requirements for certification in the above examina.i >n method (' ' N ); accordance with Conam Nuclear, Inc. 99-CNTP-003 and the 1984 Edition of SNT-TC CE.RTIFICATIONS VERIFIED BY : zu<As POSITION: lau / g_ DATE: J29t.-9)
=
10N AM' NUCLEAR 11NC B&W NUCLEAR SERVICE COMPANY -
.-EYE EXAMINATION' CERTIFICATION ASME BOILER & PRESSURE VESSEL CODE SECTION lli- SECTION XI SNT-TC-1 A AN6/OR MIL-ST6-410
-This will certify that DENNIS K. G $ A LLER
. SS No. 572 74-1450 has been given' vision exam nations listo oc ow to assure natural or corrected near and far the threeacu distance (3)lty such that the individualis capable of reading J-1 letters on the standard
-Jaeger's Test Type Chart for near vision and the Snellen Test at twenty feet for far vision -
or their equivalents e.g., Titmus, Additionally, the individual has been given a color - vision test resulti in distinguishing and differentiating contrast between colors using either the Ishlara lor Test Chart, Orthoreter, or taelr equivalent. Far Vision: Type of Test X - Snellen - Other: Natural: Right 20/7O Left ao)30 Corrected: Right Left Corrective Lens Required: Yes- No / Minimum Acceptance Criteria: 20/30 Snellen or equivalent in at least one eye Near Vision: Type of Test j Jaeger J-1' Other: (Give name of test) I! .,tur 21: Right - 'T1 .Left h Corrected: Right Left Corrective Lens Required: Yes- No / Minimum Acceptarce Criteria: 14" for J 1 or character 10 for Titmus
- Color Vision: Type of Test: Mhi h Fa '
Satisfactory X Unsatisfactory State Color Deficiency: /l/0//6 Name: MchGrd6hooni rRO 9 hd f Ll O C i Wgnature & Tige of Examiner. Address: )i00 cerrcVm.Ccsk @Alch Acrne nel Pc .A4523
}-
IMA Date Tel: 510 - E ac=>-3400 0
CONAM NUCLEAR. INC - B&W NUCLEAR SERVICE COMPANY
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; __ c \. CERTIFICATION RECORDI l
Name: - LARRY W. JOHNSON SSN/EMP No: se3 04 o872 Method: -ET Level: i
. Certification: 04/07/92 Expiration Date: 04/o7/95 GENERAllEDUCATIOND SCIIOOL LOCATION DATE LENGTII SUR1ECT Pinole Valley High School Pinole, ca 06/73 4 Yeare General Ed/ Diploma ,.
Solano Community College Suleun,Ca 07/03 4 Years Machine Tooting
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) NDE TRA'INING L SCIIOOL LOCATION DATE LENGTII SURIECT-Conam Nuclear, Inc. Benicle CA 01/92 to Hours E.C. Level 1
-NDE EXPERIENCE / CERTIFICATION HISTOR_Yo FROM IQ COMPANY .NDE METIIODS/ LEVEL 01/92 Present Conam Nuclear, Inc. E.C. Level 1. 4 7 92 LEXAMINATION RESULTS~-
GENERAL 95.00 SPECIFIC 80.00 PRACTICAL 97.50
- WT FACTOR 83 oJ 0.4 Composite Score: 91.50 TrainingIIours 16 Examiner: Michael E. Dobson Leveh TII The above named individual has completed the qualification requirements for certification in the above examination method On accordance with Conam Nuclear, Inc. 99-CNTP-003 and the 1984 Edition of SNT-TC-1 A.-
ERTIFICATIONS VERIFIED BY : / A, /A DATE: b 7 -fb POSITION: 9
.C_0 NAM NU_ CLEAR, INC B&W NUCLEAR SERVICE COMPANY EYE EXAMINATION CERTIFICATION O ASME BOILER & PRESSURE VESSEL CODE SECTION 111 SECTION XI SNT-TC-1 A ANb/OR MIL-ST6-410 This will certify that LASRY W. JOHNSON SS No. 563-04-0872 has been given the three (3) vision examinations IIsted below to assure natural or corrected near and far distance acuity such that the individualis capable of reading J-1 letters on the standard Jae er's Test Type Chart for near vision and the Snellen Test at twenty feet for far vision or t cir equivalents, e.g., Titmus. Additionally, the individual has been given a color vision test resulting in distinguishing and differentiating contrast between colors using either the Ishiara Color Test Chart, Orthorater, or their equivalent.
Far Vision: Type of Test Snellen Other: Natural: Right ao 30 Left 90 30 Corrected: Right Left Corrective Lens Required: Yes No [ Minimum Acceptance Criteria: 20/30 snellen or equivalent in at least one eye Near Vision: Type of Test aeger J-1 Othor: Natural: Right 3{ Left 3l Corrected: Right Left Corrective Lens Required: Yes No Minimum Acceptance Criteria: 14" for J-1 or character 10 for Titmus Color Vision: Type of Test: ~T shi hCLcR) Satisfactory [ Unsatisfactory State Color Deficiency: n O n C_. Name: esc _hCLcd 3 hoop mO Qb$db v4% Address: 1 \CO (' nnk-rce CohdWd , \ Cnneneck r c34sa3 i
\-3\-% Date Tel: 510- E a 5-340o l0 -
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CONAM NUCLEAR. INC B&W NUCLEAR SERVICE COMPANY
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l CERTIFICATION; RECORD-i
' Name: CHUCK J. KERSON SSN/Eh1P No: 042 78-e733 hiethod: ET Level: I l
Certification: 03/30/92 Expiration Date: 03/30/95 (GENERALL EDUCATIONC SCIIOOL LOCATION DATE LENGTII SURIECT Amity High Sci.ool Woodbridge, CT 06/88 3 Years General Ed/ Diploma
~
(NDE;TR'AlNINGi SCIIOOL LOCATION DATE LENGT_LI SURIECT Conam Nuclear, Inc. Benicia. CA 02/92 12 Hours E.C. Level I sNDE EXPERIENCE / CERTIFICATION HISTORYJ , FROhI TO .C.QMEANY NDE AIET[LODS/ LEVEL 02!32 Present Conam Nucleer. inc. E.C. Level I, 3 30-92
" $EXAMINhTION"RESULTS) e GENERAL 90.00 SPECIFIC 85.00 PRACTICAL 98.75.
WT FACTOR ' 03 - 03 e.4 Composite Score: . 92.00 - Training Hours 0 Examiner: Michael E. Dobson Level: III The above named individual has completed the qualification requirements for certification in the above examination method accordance with Conam Nuclear, Inc. 99-CNTP-003 and the 1984 Edition of SNT-TC-1A.
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- CERTIFICATIONS VERIFIED BY : _
/
C_/ . ._ POSITION: ' N /v DATE: N -[2.
lCONAM NUCLEAR.-INC B&W NUCLEAR SERVICE COMPANY WL Lt EYE EXAMI ATION'CERTIFICATI ASME B ILER PRESSURE VESSEL-C DE M SECTI N lil SECTION XI SNT-TC-1 A ANb/OR MIL-ST6-410 This will certify that CFIUCK J. KERSON - SS No. 942 7G-6733 has been given , the three (3) vision examinations listed below to assure natural or corrected near and far - distance acuity such that the individualis capable of reading J 1 letters on the standard Jaegerfs Test Type Chart for near vision and the Snellen Test at twenty feet for far vision or their equivalents, e.g., Titmus. Additionally, the individual has been given a color--- vision test resulti in distin shing and differentiating contrast between colors using - either the Ishlara lor Test hart, Orthorater, or their equivalent.. Far Vision: Type of Test nellen Other: Naturat: Riglyt 90[GC Left 80[70 9 Corrected: . Right Left Corrective Lens Required: Yes . No / Minimum Acceptance Criteria: 20/30 snellen or equivalent in at least one eye Near Vision: Type of Test Jaeger J-1 V Other: Natural: Right 90 Left T-l Corrected: Right Left Corrective Lens Required: Yes No / Minimum Acceptance Criteria: 14" for J 1 or character 10 for Titmus-Color Vision: Type of Test: E5h LbMTU
- Satisfactory V Unsatisfactory State Color Deficiency:
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. Name: MichCu-d ShDODMO 1
[2Nd[d3/OM[k Address: \ ld6 fontrcfosk@d, Signature & Title T ExaminerJ u dontord.cA4457L3 \ 2-G-Date9 E '
- Tel: 610- M S-3400 10 :
. ~ __ _ _
_CONAM NUCLEAR. INC B&W NUCLEAR SERVICE COMPANY ( ~
? CERTIFICATION 1WCORD Name: DONALD G, SMITH SSN/EMP No: 571-13-9698 Method: ET Level: ils Certification: 01/10/92 Expiration Date: 01/10/95-IGENERAllEDUCAlTIONI SCHOOL LOCATION DATE LENGTH SUIUECT Pinole Valley High School Pinole, Ca 06D5 4 Years General Ed/ Diploma fNDE TRAINING -
3 SCHOOL LOCATION DATE LENGTH SU1HECT Conam Nuclear, Inc. Richmond, Ca 06/90 12 Hours E.C. Level I Conam Nuclear, Inc. Benicia, Ca 01192 24 Hours E.C. Level llB
\
.NDE EXPERIENCE / CERTIFICATION HISTORD FROM TO _C.OMPANY NDE METHODS / LEVEL 03/30 Present Conam Nucleer. Inc. E.C. Level 1. 6 6-00; E.C, Level itB.1 10 92:
EXAMINATidN RESOLTSi GENERAL 97.50 - SPECIFIC g PRACTICAL 98.75
- WT FACTOR 0J 03 o,4 Composite Score: . 96.35 TrainingIIours 36
-Examiner: Jon J. Funanich Level: III-The above named individual has completed the qualification requirements for certification in the above examination method O accordance with Conam Nuclear, Inc. 99-CNTP-003 and the 1984 Editi SNT-TC-1 A.
RTIFICATIONS VERIFIED BY : u POSITION: It [p DATE: /-84-92_
CONAM NUCLEAR,'INQ B&W WCLEAR SERVICE COMPANY k EYE EXAMINATION-CERTIFICATION V ASME BOILER & PRESSURE VESSEL CODE SECTION III, SECTION XI, SNT-TC-1A AND/OR MIL-STD-410
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This will certify that DONALD G. SMITH SS No. 571-13-9698 has been given the three-(3) vision examinations listed below to assure natural or corrected near and far distance acuity such that the individual is capable of reading J-1 letters on the standard'Jaeger's Test e Chart for near vision and the Snellen-Test at twenty feet for far vi on or their 1 e. Titmus. Additionally the-o individualhasbeengfuivalents,venacolorv$slontestresultingindistinguishing and differentiating contrast between colors using either the Ishiara Color Test Chart, Orthorater, or their equivalent. Far Vision: Type cf %st- / Snellen Other: Natural: Right c10/90 Left ,$0 /,21) Corrected: Right Left Corrective Lens Required: Yes No / Minlan Acceptance criteria: 20/30 Snetten or equivalent in at least one eye Near Vision: Type of Test / Jaeger J-1 Other: _ (Give name of test) Natural: Right dl Left / Corrected: Right Left Corrective Lens Required: Yes. No V Minin n Acceptance Criteria: 14" for J 1 or character 10 for Titmus ' Color Vision: Type of Test: 76di/,! Mig Satisfactory [ Unsatisfactory State Color Deficiency: 'A'A7t p
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Name: 11 $ . blfth. lll A At . . j D , /k+f
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Address:
, / Signatug& Title of Examiner W NAY Z 31991 1100ContacasBlvd.
Concord,CA 94523 Dat' Te1: (415) 825-3400-l l l l i
CONAM NUCLEAR, INC. SW B&W NUCLEAR SERVICE COMPANY O APPENDIX C EQUIPMENT CERTIFICATIONS O O UNION-ELECTRIC - CALLAWAY, UNIT 1 - STEAM GENERATORS B & C - APRIL 1992
CONAM ' NUCLEAR, INC. SW B& kV NUCLEAR SERVICE COAfPANY SUhth1 ARY OF EOUWhENT CERTIFICATIONS _1_TEh! SERI AL NUhiBER CALIBRATION DUE hi!Z-18-RDAU 012 01-26 93 h11Z-18 RDAU 025 01-29-93 bilZ-18 RDAU 076 02-08-93 h112-18 RDAU 178 07-01-92 UNION ELECTRIC - CALLAWAY, UNIT 1 - S/G B & C - APRIL 1992
CONAM NUCLEAR, INC..
. ,f]W NUCLEAR SERVICE COMPANY ggy
.\% )- Bervcia, CA 94510 Telephone- 707-747 7171-Fax 707-747-7177 CALIBRATION CERTIFICATION ITEM: HIZ-18A RDAU CERTIFICATION-DATE: 01/27/92 HFG.: ZETEC RECERTIFICATION DATE: 01/26/93 SERIAL NO. 012 AMBIENT TEMPERATURE: 23 degrees C CONAM PROCEDURE NO. CSP-RDAU-18/18A RELATIVE HUMIDITY: 52 percent The calibration of-this instrument was controlled by following documented procedures and using equipment prescribed by manufacturer specifications and/or l.4'q,/)
traceable to the National Bureau of Standards. i STANDARDS USED Recall 'y Description NBS No. Serial No. Date'-
-OSCILLOSCOPE TEKTRONIX 2236A B013949 07/14/92 FUNCTION CENERATOR HP3325.N 1748A10620 07/13/92-l.
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. 's CERTIFIED BY at h #1Lmp .;
O'CONNOR, JOE
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- CONAM NUCLEAR, INC.J SW 5337 insustnai way f~~l NUCLEAR SERVICE COMPANY :
, \V) Denica CA 94510-
. Telephoner 707 747 7171 Fax: 707-747 7177 '
CALIBRATION CERTIFICATION ITEM: MIZ-18A RDAU CERTIFICATION DATE: 01/30/92 HFO.: ZETEC RECERTIFICATION DATE: 01/29/93-SERIAL NO.: 028 AMBIENT TEMPERATURE: 23c degrees C CONAM PROCEDURE NO.: CSP-RDAU-18/A-P RELATIVE HUMIDITY: 45% percent The calibration of this instrument was controlled by following documented procedures and using equipment prescribed by roanuf acturer specifications and/or I j- traceable to the National Bureau of Standards.
-t STANDARDS USED ,
Recall' D3scription NBS No. Serial No. Date O-SCOPE,TEKTRONIX 2236A 9199-4-122 B022748 02/14/92-
. FUNCTION GENERATOR 3325A 9199-4-121 1748A10620 07/13/92
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;[ CERTIFIED BY hF [- _hh
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KOTCHER, NILLIAM GEORGE n(
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i)?0 NW MEL PO rsex I40 hsaavah, WA 98027-01 0 (205) 392-5316
- Far (206' 392-20S6 Z-QA 8A REV. 2
. i
() CONDITION CODR: D OWNER: CONAM NOCLF W INC. Zetec, Incorporated hereby certifies that the following instrument meets or exceeds all manufacturer'a specifications. Instrument: MlZ-18A RDAU Serial Number: 076 The ca'ibration of this instrument is controlled by approved, documented procedures which meet or exceed ASME Section XI, Appendix IV and ASME Section V Article 8, Appendix I, through 1903 Edition, Summer 1983 Addenda. Calibration has been performed using standards whose accuracies
!79}
' u_/ are traceable to the National Institute of Standards and Technology.
vfANDARDS USED: / 097 / 028 / 020 / 001 CALIBRATION DATE: 8 Feb 1992 CALIBRATED BY: GRIFF NUTTALL
'((EliNidiN CERTIFICATION DATE: 8 Feb 1992 EXPIRATION DATE: 8 Feb 1993 CERTIFIED BY: BRETT E. PYREN QUALITY ASQdgANCE COMMENTS:
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CERTIFICATE NUMBER A: 52002
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'CONAM NUCLEAR, lNC.
NUCLEAR SERVICE COMPANY SW 5357 ussmar wey Benicia. CA 94510 Tektixxe: 707 747 7171 Far 707-747 7177 CALIBRATION CERTIFICATION ITEM: MIZ-18A RDAU CERTIFICATICN DATE: 07/02/91 MFG.: ZETEC RECERTIFICATION DATE: 07/01/92 SERIAL NO. 178 AMBIENT TEMPERATURE: 20 degrees C CONAM PROCEDURE NO. 42-CE-019 REV 1 RELATIVE HUMIDITY: 52 percent The calibration of this instrument wan. controlled by following documented proceduren and using equipment
.[ m} prascribed by manufacturer specifications and/or .kJ traceable to the National Bureau of Standards.
r STANDARDS USED Recall Description. NBS No. Serial No. Date
'IEKTRONIX 2236A OSCILLOSCOPE 91994122 B022748 11/08/9,1 H.P. 3325A FUNCTIC:1 CENERATOR 91994121 ~1748A16958 11/09/91=
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L(> ' CERTIFIED ar fe/ I ,, , GOYA, GRAN* - l l
CONAM NUCLEAR, INC. BW
- B& W NUCLEAR SER VICE COAf!AN Y -
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k APPENDIX Q _ CALIBRATION STANDARDS CERTIFICATIONS O s ( UNION ELECTRIC - CALLAWAY, UNIT 1 STEAM GENERATORS B & C - APRIL 1992
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(M.i{' k,/ . 1370 N.W, Mall, P.0, Box 140, issaquah, WA 98027 0140 (206) 392 5316 L Telex 15 2592 ' Telecopy (206) 392-2086 TEST CERTIFICATE pgg November 19.1987 I HATERIAL: COLD DRAWN ANNEALED ALLOY 600 SEAMLESS HEAT H0. DESCRIPTION NX8910 .688"(11/16") x .040 Nominal Wall CHEMICAL ANALYSIS C 51 MN P S NI CR N0 Al ZN __ ,
.030 .08 .24 .004 73.32 16.51
~~
. PB B CA CD CO CU FE NB Tl OTHER-
.39 9.51 e
TENSILE PROPERTIES YIELD STRENGTH PSI ULTIMATE STRENGTH % ELONGATION Rb Hardness PSI - 39600 100500 46.8 75 MECHANICAL TESTS HARON_(SS FLATTENING HYOROSTATIC SURFACE CORROSION- SPEC ASME
.- OK SB163 We certify that the above data ~is as furnished by the producing mill or supplier.
ZETE , ,N O. , , NOV 2 01987 lj WP/0157F Quality Assuranck Manager Date
zd_ LF t J
\,j 1370 N W. Ma!I, P.O Box 140. Issaquah, WA 98027 0140 (206)392 5316 Telex 15 2592 Telecopy (206) 392 2086 TEST CERTiflCATE January 15, 1988 DATE:
NATERIAL: CD Ledloy 12Ll4 HEAT H0. DESCRIPTION A83337 1-1/4" Round. Stock ASTMA 108 - CHEMICAL ANALYSIS
~
C SI MN P 5 NI CR N0 AL 7N
.07 1.07 .058 .300 E B CA CD C0 Ctl FE NB TI -'(j OTHER 22 TENSILE PROPERTIES YlELD STRENGTH PSI ULTIMATE STRENGTH % ELONGATION Rb Hardness.
PSI MECHANICAL TESTS HARDNESS FLATTENING HYDR 0 STATIC SURFACE CORROSION SPEC ASTMA-108 We certify that the above data is as furnished by the producing mill or supplier. ZETEC r n ,' j ' JAN 18.1956 -
!] WP/01_/F QTlafMy Assur(nce Manager Date
(~%.
//? =/
1370 N.W. Ma!!, P.0, Box 140, issaquah, WA 98027 0140 (206)392-5316 Telex 15 2592 Telecopy (206) 392-2006 t CERTIFICATE OF COMPLIANCE This certifies that, to the best of our knowledge, the material delivered under this purchase agreement is in accordance with the terms of the con.ract. Customer: 0.ON AM NocitrA R
, Contract / Purchase Order Number: M30 By MM bd , on #7 !9 2--
Quality Assurance Representative / Dafe See Attachments: COMMENTS: l l O \ 10CFR REQUIREMENTS ARE NOT EXTENDED . - U( ) BEYOND ZETEC FOR COMMERCIAL ITEMS OR MA1ERIAL SUPPLIED TO ZETEC. 1
CONAM NUCLEAR, INC. BW S&WNUCLEAR StolV'Cf COAf!ANY kc-m) v AELTNDIX E EXAhflNATION RESULTS & TUl3E SilElIf hiAPS STEAhi GENEI(ATOlt il . . . . . SECTION 1 STEAh! GENERATOlt C . . . . . SECTION 2 I V
,/
i UNION ELECi'RIC - CALLAWAY, UNIT 1 - STEAM GENERATORS B & C - APRIL 1992
I!1DICATION CODES AND CRITERIA-04/92, UNIOli ELECTRIC COMPA!1Y. CALIAWAY, UllIT I -(' PAGE 1 OP 2
- \ DATE
- 06/29/92 PLUGGABLE CRITERIA:
PERCENT TilROUGil-WALL: => 40% INDICATION CODES: CODE DEFINITION DNI Dont with Possible Indication DRI Distorted Roll Transition w/Ind. DTI Distorted Top of TS w/ Indication EPI Expansion with Possible-Indication PID Positivo Identification PTP Proventive Tubo Plug SAI Singlo Axial Indication COI circumferential llOll-PLUGGABLE INDICATIOliS PERCENT Ti!ROUGil-WALL: 0 TO 39% INDICATIOli CODES: CODE DEFIllITION UDI Undefined Indication DSI Distorted Support w/ Indication NON-PLUGGABLE Noll-INDICATION CALLS: CODE DEFINITION ADR Absolute Drift BLG Bulgo CUD Copper Deposit O DNG DNT DRT Ding Dent Distorted Roll Transition DSS Distorted Support Signal DTS Distorted Top of Tubo Shoot ETL Expansion Transition Location EXP Expansion INF Indication Not Found INR Indication Not Reportable-MBM Manufacturo Burnish Marks NDD- No Detectable Discontinuity NSE No Support Expansion NTE No Tube Sheet Expansion ONE One.8X1-Coil Saw the Flaw PLG Plugged PLP Possible Loose Part PTE Partial Tube Sheet Expansion PVN -Parmeability Variation SKR Skipped Roll SLG Sludge TBP Tubos To Bo-Plugged-UDS Undefined Signal MINIMUM VALID PERCENT.THROUGH-WALL INDICATION: 0%
/' ' ' CODES REQUIRING REEXAMINATION OF EXTENT EXAMINED:
( CODE DEFINITION BDA- Bad Data CONAM NUCLEAR
INDICATION CODES AllD CRITERIA 04/92, UNION ELECTRIC COMPA!1Y, CALLAliAY, UNIT 1 2 OF [d PAGE: DATE 06/29/92 2 (CODES REQUIRIl1G REEXAMINATION OF EXTE!1T EXAMIllED, CO!1TINUED) CODE- DEFIllITION RBD Dad Data TNC Tubo riumber Chock CODES REQUIRING REEXAMINATION OF EXTENT llOT EXAMIllED: CODE DEFINITION INC Incomploto OBS Obstructed RFX Fixture RIC Incomplete ._ RNC Tube Number Chock
. RNT Tubo No Test t
CONAM NUCLEAR:
- i CUHULATIVE REPORT 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1 t
; ~ TEAM OENERATOR: B PAGE 1 OF -- 6
[ } CATION: ALL DATE: -04/26/92
'N _ j1TERIA: ALL INDICATIONS (0% To 100%,PID,DNI,DRI.DTI, EPI,UDI,SAI,DDI, TIME: 04:40:37. ,
PTP,COI) { EXAM EXTENT CURRENT-ROW COL HEAT # LEG PROGRAM ACTUAL REM CAL PROBE LOCATION VOLTS MIL DEO % CH 29 9 C TEC-TEH TEC-TEH 00CO2 560UL AV5+ 0.0 1.2 0 27 P2 ! 30 9 C TEC-TEH TEC-FBH 00002 5600L AV2+ 0.0 1.8 0 35 P2 C TEC-TEH TEC-O1H 00010 5600L AV2+ 0.0 1.9 0 35 P2 C TEC-FDH TEC-PDH RPI 00067 560UL AV2+ 0.00 2.1 0 PID ~2 C TEC-TEH TEC-01H 00018 560VL AV5+ 0.0 1.0 .0 23 P2 C TEC-TEH TEC-FBH 00002 5600L AV5+ 0.0 1.0 -0 24 P2 l 32 11 C TEC-TEH TEC-TEH 00002 560DL AV1+ 0.0 0.5 -0 15 P2 C TEC-TEH TEC-TEH 00002 5600L AV2+ 0.0 0.6 .0 -16 P2 ; C TEC-TEH TEC-TEH 00002 5600L AV6+ 0.0 1.2 -0 28 P2 ' 32 12 C TEC-TEH TEC-TEH 00003 5600L AV4+ 0.0 1.5 0 32 P2 33 12 C TEC-TEH TEC-TEH 00003 560VL AV3+ 0.0 0.7 0 20 P2 C TEC-TEH TEC-TEH 00003 560VL AV6+ 0.0 - 0. 5 10 15 P2 33 14 C TEC-TEH TEC-TEH 00003 560VL AV5+ 0.0 ' O. 6 0 -16 P2 37 18 C TEC-TEH TEC-TEH 00004 560UL AV2+ 0.0 1.1 0 25 P2 L C TEC-TEH TEC-TEH 00004 560UL AV3+ 0.0 1.3 0 28 P2 39 18 C TEC-TEH TEC-TEH 00004 560UL AV4+ 0.0 1.0 0 24 P2 33 19 C TEC-TEH TEC-TEH 00004 560UL AV3+ 0.0 07 0 19 P2 36 19 C TEC-TEH TEC-TEH 00004 5600L AV3+ 0.0 1.2 .0 12 4 P2 37 19 C TEC-TEH TEC-TEH 00004 5600L AV4+ 0.0 1.1 0 25 P2
,l 41 19 C TEC-TEH TEC-TEH 00004 560UL AV4+ 0.0 3,3 0 44 P2 C TEC-TEH TEC-TEH PID 00018 560UL AV4+ 0.0 36 -0 PID P2 37 20 C TEC-TEH TEC-TEH RIC 00018 5600L AV4+ 0.0 1.1 0 25 P2 C TEC-TEH TEC-TSH 00005 560UL AV4+ 0.0 1.0 0 28 P2 41 20 C TEC-TEli TEC-TEH 00005 560UL AV3+ 0.0 1.1 0 31 P2 C TEC-TEH TEC-TEH 00005 560UL AV4+ 0.0 4.0 0 49 P2 C TEC-TEH TEC-TEH PID 00018 560VL AV4+ 0.0 14.4 0 PID P2 '
C TEC-TEH TEC-TEH 00005 560UL AVE + 0.0 1.4 0 .34 P2 3 43 20 C TEC-TEH TEC-TEH 00005 560UL AV2+ 0.0 0.5 0 19 P2 ' C TEC-TEH TEC-TEH 00005 560UL AV3+ 0.0 0.5 0 10 P2 41 22 C TEC-TEH TEC-TSH 00005 5600L AV4+ 0.0 2.1 0 38 P2 C TEC-TEH TEC-TEH RPI 00068 560VL AV4+ 0.00 2.4 0 PID 2 < 45 22 C TEC-TEH TEC-TEH 00010 560VL AV5+ 0.0 0.5 0 14 P2 42 23 C TEC-TEH TEC-TEH 00005 560UL AV4+ 0.0 0.6 0 20 P2 42 24 C TEC-TEH TEC-TEH 00006 560UL AV2+ 0.0 0.9 0 21 P2 C TEC-TEH TEC-TEH 00006 560UL AV4+ 0.0 1.3 0 28 P2 C TEC-TEH TEC-TEH 00006 5600L AV5+ 0.0 1.0 0 23 P2 45 24 C TEC-TEH TEC-TEH 00006 560UL AV3+ 0.0 0.6 0 15 P2 C TEC-TEH TEC-TEH 00006 560UL AV5+ 0.0 1.3 0 12 8 P2 42 25 C TEC-TEH TEC-TEH 00006 5600L AV4+ 0.0 0.5 0 18 P2 5 27 C TEC-TEH TEC-TEH 00055 5600L 06H+ 2.71 1.3 158 20 -1 49 28 C TEC-TEH TEC-TEH 00007 5600L AV2+ -0.0 1.2 0 26 P2 1.7
~
- C TEC-TEH TEC-TEH 00007 560UL AV3+ 0.0 0 33 P2 C- TEC-TEH TEC-TEH 00007 5600L AV4+'.0.0 2.1 0 37 P2 l
C TEC-TEH TEC-TEH 00001 560UL AV5+' O.0 2.7 0 41 P2 i C TEC-TEH TEC-TEH PID 00018 560UL AV5+ '0.0 -2.7 0 PID P2 ; 1 _ p. --~~ ~ Ks, 1 CONAM NUCLEAR l-l
t r CUMULATIVE REPORT 04/92, UNION ELECTRIC COHPANY, CALLAWAY, UNIT 1 j
~ffEAM CENERATOR: B PAGEs 2 OP 6 !
[ ' RATION: ALL DATE: 04/26/92 _,)ITERIA: ALL INDICATIONS (On TO 1004,PID,DNI,DRI,DTI, EPI,UDI,SAI,DSI, TIME: 04:40:17 PTP,C01) EXAM EXTENT CURRENT f ROW COL HEAT # LEO PROGRAM ACTUAL REM CAL PRODE LOCATION VOLTS HIL DEO % CH f 49 28 C TEC-TEH TEC-TEH 00007 5600L AV6+ 0.0 1.0 0 24 P2 50 28 C TEC-TEH TEC-TEH 00007 5600L AV5+ 0.0 1.1 0 26 P2 48 29 C TEC-TEH TEC-TEH 00007 560UL AV6+ 0.0 0.5 0 14 P2 l 41 30 C TEC-TEH TEC-TEH 00018 560VL AV2+ 0.0 0.6 0 16 P2 > 42 30 C TEC-TEH TEC-TEH 00018 5600L AV2+ 0.0 0.7 0 18 P2 t C TEC-TEH TEC-TEH 00018 5600L AV3+ 0.0 0.7 0 18 P2 i C TEC-TEH TEC-TEH 00018 5600L AV4+ 0.0 0.5 0 13 P2 j 49 il C TEC-TEH TEC-TEli 00018 560VL AV1+ 0.0 0.5 0 14 P2 C TEC-TEH TEC-TEH 00018 5600L AV2+ 0.0 0.6 0 16 P2 C TEC-TEli TEC-TEli 00018 560VL AV5+ 0.0 1.1 0 25 P2 C TEC-TEH TEC-TEH 00018 5600L AV6+ 0.0 0.5 -0 -14 P2 39 32 C TEC-TEH TEC-TEH 00018 560UL AV2+ 0.0 0.8 0 20 P2 C TEC-TEH TEC-TEH 00018 5600L AV3+ 0.0 0.4 0 12 P2 C TEC-TEH TEC-TEH 00018 560UL AV5+ 0.0 0.5 0 14 P2 42 32 C TEC-TEli TEC-TEH 00018 560UL 01H+ 34.46 1.0 162 13 1 51 32 C TEC-TE!! TEC-TEH 00018 560UL Avi+ 0.0 0.6 0 16 P2 C TEC-TEli TEC-TEll 00018 560UL AV2+ 0.0 3.1 0 44 P2 C TEC-TEH TEC-TEli PID 00022 560UL AV2+ 0.0 3.8 0 PID P2 C TEC-TEH TEC-TEll 00018 5600L AV3+ 0.0 1.9 0 35 P2 C TEC-TEH TEC-TEH 00018 5600L AV4+ 0.0 2.3 0 39 P2 { C TEC-TEH TEC-TEH 00018 5600L AV5+ 0.0 1.4 0 30 P2
~ %-- 49 33 C TEC-TEH TEC-TEli 00018 560UL AV2+ 0.0 1.3 0 29 P2 C TEC-TEH TEC-TEH 00018 560UL AV3+ 0.0 1.5 0 31 P2 C TEC-TEH TEC-TEH 00018 5600L AV4+ 0.0 0.6 0 17 P2 C TEC-TEH TEC-TEH 00018 560UL AV5+ 0.0 0.6 0 16 P2 C TEC-TEH TEC-TEH 00018 560UL AV6+ 0.0 _0.6 0 15 P2 40 35 C TEC-TEH TEC-TEli 00019 560UL AV5+ 0.0 0.6 0 16 P2 41 35 C TEC-TEll TEC-TEH 00019 560UL AV4+ 0.0 0.7 0 18 P2 C TEC-TEli TEC-TEll 00019 5600L AV5+ 0,0 0.9 0 21 P2 3 38 C TEC-TEH TEC-TEH 00058 540SH 04C+ 36.86 1.8 167 4 1 44 39 C TEC-TEH TEC-TEH 00021 5600L AV1+ 0.0 0.4 0 12 P2 32 -40 C TEC-TE!! TEC-TEH 00021 5600L 01H+ 27.79 1.6 151 27 -1 26 43 C TEC-TEH TEC-TEH 00024 560UL AV2+ 0.0 0.9 0 12 1 P2 C TEC-TEH TEC-TEH 00024 560VL AV6+ 0.0 1,1 0 24 P2 35 43 C TEC-TEH TEC-TEH 00024 560UL AV2+ 0.0 0.8 0 19 P2 C TEC-TEH TEC-TEH 00024 560UL AV3+ 0.0 1.7 0 31 P2 C TEC-TEH TEC-TEH 00024 560UL AV5+ 0.0 0,7 0 17 P2 29 44 C TEC-TEH TEC-TEH 00024 5600L AV5+ 0.0- 0.6 0 15 P2 26 45 C TEC-TEH TEC-TEH 00026 5600L AV1+ 0.0 0.6 0 13 P2 C TEC-TElf TEC-TEH 00026 560UL AV6+ 0.0 0.7 0 17 P2 27 45 C TEC-TEH TEC-TEH 00026 5600L AV6+ 0.0 0.4 0 11 P2 35 45 C TEC-TEH TEC-TEH 00026 5600L AV3+ _ 0.0 1.3 -0 26 P2 C TEC-TEH TEC-TEH 00026 560UL AV5+ 0.0 0.9 0 21 P2 47 45 C TEC-TEH TEC-TEH 00026 560VL AV3+ 0.0 1.5 -0 29 P2 C TEC-TEH TEC-TEH 00026 5600L AV4+ - 0.0 0,9 0 20 P2 l
bD CONAM NUCLEAR
CUMULATIVE REPORT , 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1 .; X: . ! i , 2 TEAM CENERATOR: B PAGE: 3 Or 6 ) [\ _,jlTERIA: pATION: ALL ALL INDICATIONS (On To 100%,PID,DNI,DRI,DTI, EPI.UDI,SAI,DSI, DATE: TIME: 04/26/92 04:40:17 PTP,COI) EXAH EXTENT CURRENT ROW COL HEAT # LEG PROGRAM ACTUAL REM CAL PRODE LOCATION VOLTS HIL DEO % CH 14 46 C TEC-TEh TEC-TEH 00064 b60SH AV1+ 0.00 0.4 0 Il 2 50 47 C TEC-TEH TEC-TEH 00026 560UL AV3+ 0.0 1.1 0 23 P2 C TEC-TEH TEC-TEH 00026 560UL AV4+ 0.0 1.3 0 27 P2 C TEC-TEH TEC-TEH 00026 560VL AV5+ 0.0 1.6 0 30 P2 [ C TEC-TEH TEC-TEH 00026 SGOUL AV6+ 0.0 0.0 0 21 P2 l 39 49 C TEC-TEH TEC-TEH 00027 5600L AV3+ 0.0 1.1 0 21 P2 50 53 C TEC-TEH TEC-TEH De 1 %60VL s AV4+ 0.0 -1.1 0 28 P2 26 54 C TEC-TEH TEC-TEH
- 7"p,hA00L 01H+ 28.25 0.4 154 30 1 47 59 C TEC-TEH TEC-TEH %:tfTl'd JUL AV2+ 0.0 0.7 0 19 P2 i C TEC-TEH TEC-TEH 00032 ws0UL AV4+ 0.0 1.0 0 24 P2 47 60 C TEC-TEH TEC-TEH 00033 $600L AV3+ 0.0 0.4 0 11 P2 26 61 C TEC-TEH TEC-TEH 00033 560dL AV2+ 0.0 0.5 0 15 P2 .
C TEC-TEH TEC-TEH 00033 560UL AV5+ 0.0 0.7 0 18 P2 I 34 61 C TEC-TEH TEC-TEH 00033 5 60'll 03C+ 0.03 0.4 129 17 P1 27 63 C TEC-TEH TEC-TEH 00033 560UL 06H+ 0.0 0.8 128 23 P1 47 63 C TEC-TEH TEC-TEH 00034 560UL AV2+ 0.0 0.5 0 14 P2 , C TEC-TEH TEC-TEH 00034 5600L AV4+ 0.0 0.5 0 14 P2 40 64 C TEC-TEH TEC-TEH 00034 560UL AV1+ 0.0 0.5 0 13 P2 C TEC-TEH TEC-TEH 00034 5600L AV3+ 0.0 2.0 0 26 P2 C TEC-TEH TEC-TEH 00034 5600L AV4+ 0.0 0.9 0 23 P2 , 26 65 C TEC-TEH TIC-TEH 00034 560VL AV2+ 0,0 0.6 0 18 P2 C TEC-TEH TEC-TEH 00034 560VL AV5+ -0.0 1.1 0 25 P2 47 65 C TEC-TEH TEC-TEH 00034 560UL AV1+ 0.0 0.8 0 20 P2 . C TEC-TEH TEC-TEH 00034 5600L AV3+ 0.0 0.8 0 20 P2 l C TEC-TEH TEC-TEH 00034 5600L AV4+ 0.0 2.1 0 37 P2 46 66 C TEC-TEH TEC-TEH 00034 560UL AV4+ 0.0 1.2 _0 27 P2 47 66 C TEC-TEH TEC-TEH 00034 5600L AV2+ 0.0 1.0 0 25 P2 C TEC-TEH TEC-TEH 00034 560UL AV4+ 0.0 0.7 0 18 P2 29 67 9 TEC-TEH TEC-TEH 00035 5600L AV5+ 0.0 0.6 0 16 P2 54 67 C TEC-TEH TEC-TEH 00035 560UL AV2+ 0.0 0.7 'O 18 P2 C TEC-TEH TEC-TEH 00005 5600L AV3+ 0.0 0.4 0 11 P2 C TEC-TEH TEC-TEH 00035 5600L AV4+ 0.0 1.0 0 25 P2 , 42 68 C TEC-TEH TEC-TEH 00035 560UL AV2+ 0.0 1.7 0 33 P2 C TEC-TEH TEC-TEH 00035 560UL AV3+ 0.0 1.0 0 24 P2 C TEC-TEH TEC-TEH 00035 560UL AV4+ 0.0 1.0 0 25 P2 , C TEC-TEH TEC-TEH 00035 500UL AV5+ 0.0 0.7 0 18 P2 + C TEC-TEH TEC-TEH 00035 5600L AV6+ 0.0- 0.9 0 123 P2 > 47 69 C TEC-TEH TEC-TEH 00035 5600L AV2+ 0.0 1.1 0 26 P2 51 69 C TEC-TEH TEC-TEH 00035 560UL AV2+ 0.0 1.5 0 31 P2 > C TEC-TEH TEC-TEH 00035 5600L AV3+ 0.0 1.8 : 0 34 P2 C TEC-TEH TEC-TEH 00035 560UL AV4+ 0.0 2.3 0 39 P2 C TEC-TEH TEC-TEH RPI 00067 5600L AV4+ -0.00 2.2 0 PID 2 C TEC-TEH TEC-TEH 00035 560UL AV5+ 0.0 2.2 0 38 P2 12 70 C TEC-TEH TEC-TEH 00012 560sH 02C+ 27.9 2.2 152 24 1 23 70 C TEC-TEH TEC-TEH 00036 560UL AV6+ 0.0 2.5 0 39 2 p - ~ q CONAH NUCLEAR
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CUMULATIVE REPORT 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1
-RTRAM GENERATORI B PAGE: 4 OP 6
[ 'pATION: ALL DATE: 04/26/92 , ( _,/ITERIA: ALL INDICATIONS (Os To 100s,PID,DNI,DH1,DT1, EPI,UDI,SA1,DSI, TIME: 04:40:17 , PTP,COI) EXAM EXTENT CURRENT ROW COL HEATt LEO PROGRAH ACTUAL REM CAL PROBE LOCATION VOLTS MIL DEC 1 CH
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23 3 Y TEC-TEH TEC-TEH I@i 00067 MUL AV6+ 0.00 2.4 'l 13 ~~i 55 71 C TEC-TEH TEC-TEH 00036 560UL AV4+ 0.0 1.0 0 24 P2 C TEC-TEH TEC-TEH 00036 5600L AV5+ 0.0 1.0 0 24 P2 ? C TEC-TEH TEC-TEH 00036 5600L AV6+ 0.0 0.9 0 23 P2 47 72 C TEC-TEH TEC-TEH 00036 5600L AV1+ 0.0 0.7 0 19 P2 C TEC-TEH TEC-TEH 00036 560VL AV2+ 0.0 0.4 0 12 P2 C TEC-TEH TEC-TEH 00036 5600L AV3+ 0.0 0.4 0 12 P2 50 72 C TEC-TEH TEC-TEH 00036 560UL AV3+ 0.0 0.9 0 22 P2 41 73 C TEC-TEH TEC-TEH 00037 560UL AV1+ 0.0 0.6 0 16 P2 47 73 C TEC-TEH TEC-TEH 00037 560UL AV1+ 0.0 0.5 0 14 P2 i C TEC-TEH TEC-TEH 00037 560UL Av2+ 0.0 0.7 0 19 P2 I C TEC-TEH TEC-TEH 00037 560VL AV3+ 0.0 2.3 0 39 P2 l C TEC-TEH TEC-TEH PID 00041 560UL AV4+ 0.0 4.0 0 PID P2 , C TEC-TEH TEC-TEH 00037 5600L AV4+ 0.0 4.2 0 .48 P2 C TEC-TEH TEC-TEH 00037 5600L AV5+ 0.0 0.6 0 16 P2 51 73 C TEC-TEH TEC-TEH 00037 560UL AV2+ 0.0 0.5 0 13 P2 C TEC-TEH TEC-TEH 00037 560UL AV3+ 0.0 1.4 0 30 P2 C TEC-TEH TEC-TEH 00037 5600L AV4+ 0.0 4.3 0 48 P2 ' C TEC-TEH TEC-TEH PID 00041 560UL AV4+ 0.0 4.2 0 PID P2 j C C TEC-TEH TEC-TEH TEC-TEH TEC-TEH 00037 00037 5600L 560VL AV5+ AV6+ 0.0 0.0 1.5 1.0 0 32 P2 0 24 P2 41 74 C TEC-TEH TEC-TEH 00037 5600L AV1+ 0.0 0.7 0 19 P2 C TEC-TEH TEC-TEH 00037 5600L AV2+ 0.0 0.5 0 13 P2 C TEC-TEH TEC-TEH 00037 560UL AV4+ 0.0 1.9 0 35 P2 C TEC-TEH TEC-TEH 00037 560UL AV5+ 0.0 '2.1 0 37 P2 35 75 C- TEC-TEH TEC-TEH 00039 560UL AV3+ 0.0 0.7 0 18 P2 37 76 C TEC-TEH TEC-TEH 00039 560UL AV2+ 0.0 0.5 0 14 P2 C TEC-TEH TEC-TEH 00039 560UL AV4+ 0.0 1.6 0 32 P2 C TEC-TEH TEC-TEH 00039 5600L AV5+ 0.0 0.9 0 23 P2 C TEC-TEH TEC-TEH 00039 560UL AV6+ 0.0 0.6 0 17 P2 , 32 81 C TEC-TEH TEC-TEH 00041 5600L AV1+ 0.0 1.4 0 30 P2 C TEC-TEH TEC-TEH 00041 560UL AV2+- 0.0 1.2 0 27 P2 C TEC-TEH TEC-TEH 00041 5600L AV3+ 0. 0 - 1.2 0 27 P2 C TEC-TEH TEC-TEH 00041 560UL AV4+ 0.0 1.5 0 32 P2 C TEC-TEH TEC-TEH 00041 560UL AV5+ 0.0 4.0 0 47 P2 C TEC-TEH TEC-TEH PID 00042 560UL AV5+ 0.0. 4.7 0 PID P2 C TEC-TEH TEC-TEH 00041 560UL AV6+ 0.0 0.7 0 19 P2 40 82 C TEC-TEH TEC-TEH 00042 560UL AV4+ 0.0 0.4 0 13 P2 26 ' 83 C TEC-TEH TEC-TEH 00042 560UL AV5+ .0.0 1.0 10 24 P2 49 83 C TEC-TEH TEC-TEH 00042 5600L AV6+ 0.0 0.5 0 13 P2 '
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CUMULATIVE REPORT 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1,
>"" TEAM GENERATOR: B PAGE: 5 0F -6
[ )ATION: ALL DATE: 04/26/92
\s_,/ITERIA: ALL INDICATIONS (On To 2004,P!O,DHI,DRI,DT1, EPI,UDI,SAI,DSI, TIHE: 04:40:17 PTP,COI)
EXAM EXTENT CURRENT ROW COL llEAT# LEG PROGRAM ACTUAL REM CAL PROBE LOCATION VOLTS HIL DEO 4 CH 47 84 C TEC-TEli TEC-TEH PID 00047 $60UL AV3+ 0.0 3.2 0 P!D P2 C TEC-TEll TEC-TEH 00042 560VL AV4+ 0.0 2.2 0 37 P2 C TEC-TEH TEC-TEH 00042 560UL AV5+ 0.0 0.8 0 22 P2 c TEC-TEH TEC-TEH 00042 5600L AV6+ 0.0 0.4 0 12 P2 43 85 C TEC-TEH TEC-TEH 00044 5600L AV1+ 0.0 0.0 0 15 P2 C TEC-TEH TEC-TEH 00044 5600L AV2+ 0.0 0.7 0 17 P2 C TEC-TEH TEC-TEli 00044 5600L AV3+ 0.0 0.9 0 21 P2 C TEC-TEH TEC-TEH 00044 560VL AV4+ 0.0 0.7 0 18 P2 C TEC-TEH TEC-TEH 00044 560UL AV5+ 0.0 0.5 0 14 P2 46 86 C TEC-TEli TEC-TEli 00044 560VL AV2+ .0.0 1D . 3 0 7 P2 C TEC-TEli TEC-TEH 00044 5600L AV3+ 0.0 0.8 0 24 P2 C TEC-TEli TEC-TEll 00044 5600L AV4+ 0.0 0.5 0 .14 P2 50 86 C TEC-TEH TEC-TEH 00044 560VL AV2+ 0.0 0.7 0 18 P2 C TEC-TEH TEC-TEH 00044 560UL AV4+ 0.0 1.8 0 34 P2 C TEC-TEH TEC-TEli 00044 5600L AV5+ 0.0 2.1 0 36 P2 13 87 C TEC-TEH TEC-TEH 00044 5600L 06H+ 20.57 2.3 163 12 1 46 87 C TEC-TEH TEC-TEH 00044 5600L AV4+ 0.0 0.5 0 13 P2 46 88 C TEC-TEli TEC-TEH 00044 560UL AV2+- 0.0 0.8 0 20 P2 40 89 C TEC-TEll TEC-TEH 00044 560UL AV3+ 0.0 1.9 0 35 P2 C TEC-TEH TEC-TEll 00044 5600L AV4+ 0.0 1.2 0 26 P2 [' ' }4 / 2 90 C TEC-TEH TEC-TEH 00044 560UL AV4+ 0.0 1.1 0 25 P2
' bO - 90 C TEC-TEH TEC-TEH 00041 560UL 06C+ 35.70 4.9 180 0 P1 46 91 C TEC-TEH TEC-TEH 00046 560UL Avl + 0.0 0.5 0 13 P2 C TEC-TEH TEC-TEN 00046 560UL AV2+ 0.0 1.0 0 22 P2 C TEC-TEll TEC-TEli 00046 560VL AV4+ 0.0 1.1 0 24 P2 50 91 C TEC-TEH TEC-TEH 00046 5600L Avl + 0.0 1.3 l0 .27 P2 C TEC-TEll TEC-TEH 00046 560U1 AV2+ 0.0 0.7 0 18 P2 C TEC-TEH TEC-TEH 00046 560UL AV3+ 0.0 0.9 0 21 P2 C TEC-TEH TEC-TEH 00046 560UL AV4+ 0.0 1.7 0 32 P2 51 93 C TEC-TEH TEC-TEH 00046 560UL AV3+ 0.0 1.0 0 22 P2 C TEC-TEH TEC-TEH 00046 560VL AV4+ 0.0 2.5 0 39 P2 C TEC-TEH TEC-TEll 00046 560UL AV5+ 0.0 2.9 0 42 P2 C TEC-TEH TEC-TE!! PID 00048 560UL AV5+ 0.0 -2.8 0 PID P2 C TEC-TEH TEC-TEH 00046 560UL AV6+ 0.0 1.4 0 29 P2 42 98 C TEC-TEH TEC-TEH 00047 560UL AV3+ 0.0 1.2 0 -27 P2 C TEC-TEH TEC-TEH 00047 560UL AV5+ 0.0 1.2 0 27 P2 44 '98 C TEC-TEH TEC-TEH 00047 560UL AV4+ 10.0 0.6 0 16 P2 C TEC-TEH TEC-TEH 00047 560VL AV5+ 0.0 1.2 0 28 P2 C TEC-TEH TEC-TEH 00047 5600L AV6+ 0.0- 0.6 10 16 P2 46 98 C TEC-TEH TEC-TEH 00047 560uL AV2+ 0.0 0.5 0 '13 P2
- c. TEC-TEH TEC-TEH 00047 560UL AV3+ 0.0 0.5 0 14 P2 C TEC-TEH TEC-TEH 00047 560UL AV4+. 0.0 0.7 0 .19 P2 14 8 98 C TEC-TEH TEC-TEH 00047 560VL AV4+ 0.0 0.8 0 -21 P2 40 100 C TEC-TEH TEC-TEH 00048 5600L AV3+ 0.0 0.9 0 22 P2 41 100 C TEC-TEH TEC-TEH 00048 560UL AV5+ 0.0 0.9 .0 22 P2
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1 CUMULATIVE REPORT 3 04/92 UN(ON ELECTRIC COMPANY, CALLAWAY, UNIT 1 l
-TEAM OENERATOR: B PAGE: 6 Or 6 .
3 MATION: ALL DATE: 04/26/92 I [ 1TER1A ALL INDICATIONS (Os TO 1004,PID,DN1,DR1,DTI, EPI,UDI,SA1,0SI, PTP,CO3) TIMES 04: 40:17- ) I i-l EXAM EXTENT CURRENT ) l l HOW COL HEAT / LEO PROGRAM -ACTUAL REM CAL PRODE _ LOCATION VOLTS HIL DEO t Cll < 44 101 C TECaTEH TEC-TEli 00048 $60VL AV2+ 0.0 2.4 0 39 P2 l C TEC-TEH TEC-TEH 00048 560UL AV3+ 0.0 0.6 0 16 P2 I C TEC-TEH TEC-TEH 00048 560VL AV44 0.0 1.7 0 33 P2 l C TEC-TEH TEC-TEli 00048 $60UL AV5+ 0.0 8.4 0 56 P2 I 3 C TEC-TEH TEC-TEH PID 000$0 560UL AV5+ 0.00 9.1 0 PID P2 I C TEC-TEH TEC-TEH 00048 5600L AV6+ 0.0 1.0 0 25 P1 l l 32 107 C TEC-TEH TEC-TEll 00049 560UL AV2+ 0.0 0.7 0 19 P2 -j ' 28 110 C TEC-TEH TEC-TEH 00050 500VL AV2+ 0.00 0.4 0 11 P2 34 110 C TEC-TEH TEC-TEH 00050 5600L AVJ+ 0.00 1.1 0 25 P2 ; } 32 112 C TEC-TEH TEC-TEH 00050 560VL AV5+ 0.00 0.7 0 22 P2 : ' 0 21 P2 30 113 C TEC-TEli TEC-TEH 00050 5600L AV5+ 0.00 0.7 -l i 32 113 C TEC-TEH TEC-TEH 00050 560UL AV2+ 0.00 1.0 0 25 P2 ! C TEC-TEli TEC-TEH 00050 560UL AV5+ 0.00 2.6 0 41 P2 j I C TEC-TEH TEC-TEH PID 00053 560UL AV5+ 0.00 2.5 .o PID P2 ; l NUMBER OF TUDES SELECTED FROM CURRENT OUTAGE: 108 l l 'I , NO TREND ANALYSIS REQUESTED l l 8 4 fPORT OPTIONS , dly examination results matching critoria are iticluded l l
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< i CUHULATIVE REPORT = f 04/92, UNION ELEC181C COMPANY, CALLAWAY, UNIT 1 .,
I
*TEAH GEN!RATOR: B P AG E l - 1 OF 2 [
['
' ATION: ALL DATE 04/26/92
( j TERIA: DNG T1HEs. 04:42 02 4
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FXAM EXTENT CURRENT ROW COL HEAT # LEG PROGRAM ACTUAL REM CAL PROBE LOCAT10N VOLTS HIL DEC % CH I 30 9 C TEC-TEH 01H-TEH RIC 00060 $405M FDH+ 0.00 17.5 183 DNG -1 C TEC-TEH TEC-01H 00018 560VL FBC- 0.61 19.6 173 DNQ P1 C TEC-iEH TEC-FDH 00002 5600L FBC- 0.62 16.4 174 DNQ P1 38 15 C TEC-TEH TEC-TEH 00003 560UL 07H+ 0.00 9.6 178 DNQ P1 35 21 C TEC-TEH TEC-TEH 00005 560VL 07C4 0.43 20.9 183 DNG P1 ' 36 27 C TEC-TEH TEC-TEH 00006 5600L 070+ 0.22 10.2 173 DHG P1 51 33 C TEC-TEH TEC-TEH 00018 $60VL 07C4 0.30 10.3 177 DNQ P1 51 34 C TEC-TEH TEC-TEH 00019 5600L 07C4 0.36 10.4 178 DNQ P1 , 53 34 C TEC-TEH TEC-1EH 00019 5600L 07C+ 0.33 .12.3 177 DNG P1 ; 53 36 C TEC-TEH TEC-TEH 00020 $600L 07C- 0.68 11.1 173 DNG P1 53 37 C TEC-TEH TEC-TEH 00020 560UL 070- 0.38 10.3 174 DNG P1 e 55 39 C TEC-TEH TEC-TEH 00021 560VL 07C- 0.36 17.9 179 DNQ P1 55 40 C TEC-TEH TEC-TEH 00023 560UL 07C+ 0.00 10.7 179 DNG P1 53 41 C TEC-TEH TEU-TEH 00023 5600L 07C+ 0.00 10.1 178 DNG P1
$$ 41 C TEC-TEH TEC-TEH 00023 560UL 07C+ 0.00 15.5 179 DNG P1 .{
$6 41 C TEC-TEH TEC-TEH 00023 5600L 07C+ 0.00 14.8 176 DNG P1 50 42 C TEC-TEH TEC-TEH 00024 560VL 07C+ 0.00 15.1 181 DNG P1 l 51 42 C TEC-TEH TEC-TEH 00024 560UL 07C+ -0.00 13.8 181 DNG P1 52 42 C TEC-TEH TEC-TEH 00024 560UL 07H+ 0.00 16.9 181 DNQ P1 ,
55 42 C TEC-TEH TEC-TEH 00024 5600L 07C+ 0.00 12.4 182 DHG P1 ( 96 42 C TEC-TEH TEC-TEH 00024 560UL 07C+ 0.00 -16.9 181 DNG P1 I a 9 43 C TEC-TEH TEC-TEH 00024 Sv0VL 07H+ 10.37 12.3 183 DNG 1 45 43 C TEC-TEH TEC-TEH 00024 560VL 07C+ 0.00 13.3 179 DNG P1 56 43 C TEC-TEH TEC-TEH 00024 560UL 07C+ 0.00 20.2 179 DNG P1 { 57 43 C TEC-TEH TEC-TEH 00024 5600L 07C+ 0.00 -12.0 163 DNG P1 j 48 44 00024 5600L 07H+ 10,19 11.5 184 C TEC-TEH TEC-TEH DNQ 1 54 44 C TEC-TEH TEC-TEH 00024 560UL 07C+ 0.00 '14.2 172 DNG P1 ! 4 55 44 C TEC-TEH TEC-TEH 00024 5600L 07C4 0.30 11.3 171 DNQ P1 57 44 C TEC-TEH TEC-TEH 60024 560VL 07C+- 0.36 20.1 170 DNQ P1 , 48 45 C TEC-TEH TEC-TEH 00025 560VL 07H+ 9.93 13.2 183 DNG 1 57 45 C TEC-TEH TEC-TEH 00024 560UL 070+. 0.33 20.9 170 DNG P1 C TEC-TEH TEC-TEH 00024 5600L 06C+ 36.47 18.8 182 DNG 1 39 46 C TEC*TEH TEC-TEH 00026 5600L 06C+ 34.25 =10.8 183 DNG 1 ! 157 46 C TEC-TEH TEC-TEH 00026 5600L 07C+ 0.26 16.2 176 DNG P1 57 47 C TEC-TEH TEC-TEH 00026 560UL 07C+ 0.29 18.0 175 DNG P1 57 48 .C TEC-TEH TEC-TEH 00027 560UL 07C+ 0.27- 33.7 177 DNG P1 - 57 49 C TEC-TEH TEC-TEH 00027 560UL 07C+ 'O.27 116.7 174 DNG P1 58 49 C- TEC-TEH TEC-TEH 00027 560UL 070+ 0.35' 14.9 174 DNG P1 E 57 50 C TEC-TEH TEC-TEH 00t'? 560UL 07C+ 0.27f -10.1 176 DNG P1 ! 58 50 C TEC-TEH TEC-TEH 00027 5600L 07H+ 0.00 11.0 177 DNG P1 ;j C TEC-TEH TEC-TEH 00027 560UL 07C+ 0.30 15.7 174 DNG P1 56 51 C TEC-TEH TEC-TEH 00028 5600L 07H+ 0.96 10.4 177 DNG P1 .) 58 51 C TEC-TEH TEC-TEH 00028 5600L 07C+. 0.32 .15.5 175 DNG P1 22 52 C TEC-TEH TEC-TEH 00028 560UL 07C+ 0.00 :10.4 352 DNG P1 58 72 C TEC-TEH TEC-TEH 00036 560UL 07C+ 0.00 :17.8 173 DNG P1 1 . CONAM NUCLEAR l
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'7EAM GENERATOR: B PAGE: 2 OF .2 FATION: ALL DATE: 04/26/92
- N ,jlTERIA DNG ,
TIME 04:42:02 EXAH EXTENT CURDENT ROW COL HEAT # LEG PROGRAM ACTUAL REM CAL PROBE LOCATION VOLTS HIL DEG %l CH
$8 73 C TEC-TEH TEC-TEH 00037 560VL 07C+ 0.00 16.0 174 D50 PI 58 74 C TEC-TEll TEC-TEH 00037 560UL 07C4 0.00 15.2 175 DNG P1 58 76 C TEC-TEH TEC-TEH 00039 560UL 07C+ 0.00 11.7 175 DNG P1 58 77 C TEC-TEH TEC-TEH 00039 560UL 07C+ 0.00' 11.6 174 DNG P1 22 78 C TEC-TEH TEC-TEH 00040 5600L 07H+ 0.00 11.1- 179 DNG P1 54 79 C TEC-TEH TEC-TEH 00041 5600L 07H+ . 0.48 -11.4 174 DNQ P1 C TEC-TEH TEC-TEH 00041 560VL 07C+ 0.26 10.2 176 DHG P1 56 79 C TEC-TEH TEC TEH 00041 560UL 06C+ 39.29 10.5 183 DNG 1 48 81 C TEC-TEH TEC-TEH 00042 5600L AV6+ 20.16 12.5 183 DNQ 1 48 82 C TEC-TEli TEC-TEH 00042 5600L AV6+ 20.25 16.5 183 DNO 1 40 83 C TEC-TEH TEC-TEH 00042 5600L AV6+ 19.96 16.0 183 DNG 1 48 84 C TEC-TEH TEC-TEH 00042 560UL AV6+ 19.-77 15.2 183 DNQ 1 46 85 C TEC-TEH TEC-TEH 00044 5600L 07H+ 0.00 13.3 180 DNG P1 48 65 C TEC-TEH TEC-TEH 00044 560VL AV6+ 20.31 11.6 181 DNG P1 48 86 C TEC-T Eli TEC-TEH 00044 560UL AV6+H20.54 12.2 181 DNG P1 43 87 C TEC-TEll TEC-TEH 00044 560UL AV6+ 20.76 11.9 180 DNG P1 48 88 C TEC-TEH TEC-TEH 00044 5600L AV6+ 20.25 14.7 182 DNG .1 45 89 C TEC-TEH TEC-TEH 00044 5600L 07C+ 0.00 18.1 177 DNQ P1 48 89 C TEC-TEH TEC-TE!! 00044 560UL 07C+ 0.05 11.0 183 DNG P1 S
g53 90 C TEC-TEH TEC-TEH 00044 560VL 07C- 0.03 12.1 179 DNG P1 j48 91 C TEC-TEH TEC-TEH 00046 5600L AV6+ 20.39. 13.0 184 DNG P1
/48 92 C TEC-TEH TEC-TEH 00046 560UL AV6+'20.79 12.3 182 DNQ P1 48 93 C TEC-TEH TEC-TEH 00046 560UL AV6+ 21.63 16.5 183 DNG P1 30 114 C TEC-TEH TEC-TEH 00050 5600L 07C+ 0.00- 10.2 172 DNG P1 NUMBER OF TUDES SELECTED FROM CURRENT OUTAGE: -64 NO TREND ANALYSIS REQUESTED REPORT OPTIONS:
Only examination result s matching criteria are included I l b CONAM NUCLEAR
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TIME: 04/26/92 04:44:21 f i i ! j *** NO CALLS IN THIS RANGE * * * . l i REPORT OPTIONS: -l l only examination results matching criteria are included ! i 4 )- j
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' EAM GENERATORt B PAGE: 1 OF 1 -
j ATION: ALL DATE:- 04/26/92 1 j 1TERIA: DSS,DTS,UDS,NTE,SAI TIME: 04:44:54 : n I i l l EXAM EXTENT CURRENT ! ROW COL HEAT # LEO PROGRAM ACTUAL REM CAL PROBE LOCATION VOLTS HIL DEG % CH l l' _ _. _ _ I
- 1 100 H TEll-07H TEH-07H 00072 560UL TSH+ 0.00 127.2 3 DTS 1
- l 27 101 C TEC-TEll TEC-TEH 00048 5600L Tsc+ 0.0 18.4 26 DTS P3 j
- 4. 27 106 C TEC-TEH TEC-TEli 00049 560UL TSC+ 0.0 3.5 43 DTS P3 4
! 27 110 C TEC-TEH TEC-TEH 00050 5600L TSC+ 0.00 4.0 .41 DTS P3 ; 4 1 112 H TEll-0711 TEH-07H 00072 $60UL TSil+ 0.00 9.4 19 DTS 3 { J' 27 112 C TEC-TEH TEC-TEll 00350 560VL TSC+ 0.00 17.7 41 DTS P3 .j i NUMBER OF TUBES SELECTED FROH CURRENT OUTAGE: 6 l l
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i. CUMULATIVE REPORT 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1
,g-CTEAM OENERATOR: B PAGEt 1 OF 5'
! 1.0 TO 07C, 1.0 DATE: 04/26,'92
\s_,))CATIONi07H+
ITERIA: 0% TO 100% TIMEt 04:50:15- ; EXAM EXTENT CURRENT ROW COL HEAT # LEO PROGRAM ACTUAL REM CAL PROBE LOCATION VOLTS HIL DEO % CH
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~~32 9 C~ TEC-TEH Yi 00002 E60VL AV5+ 0.0 1.2 0 ~Fi F2 30 9 C TEC-TEH TEC BH 00002 560VL AV2+ 0.0 1.8 0 35 P2 l C TEC-TEH TEL-01H 00010 5600L AV2+ 0.0 1.9 0 35 P2 :
C TEC-TEH TEC-01H 00018 560VL AV5+ 0.0 .1.0 0 '23 P2 ' C TEC-TEH TEC-FBH 00002 5600L AV5+ 0.0 -1.0 0 24 P2 32 11 C TEC-TEH TEC-TEH 00002 560VL AV1+ 0.0 05 0 15 P2 C TEC-TEH TEC-TEH 00002 5600L AV2+ 0.0 0.6 0 16 P2 t C TEC-TEH TEC-TEH 00002 b60VL AV6+ 0.0 1.2 0 28 P2 32 12 C TEC-TEH TEC-TEH 00003 560UL AV4+ 0.0 1.5 0 32 P2 r 33 12 C TEC-TEH TEC-TEH 00003 A60UL AV3+ 0.0 0.7 0 20 P2 : C TEC-TEH TEC-TEH 00003 560UI AV6+ 0.0 0.5 0 15 P2 33 14 C TEC-TEH TEC-TEll 00003 5600L AV5+- 0.0 0.6 0 -16 P2 37 18 C TEC-TEH TEC-TEH 00004 560UL AV2+ 0.0 1.1 0 25 P2 C TEC-TEH TEC-TEH 00004 560UL AV3+ 0.0 1.3 0 28 P2 39 18 C TEC-TEH TEC-TEH 00004 560UL AV4+ 0.0 1.0 0 24 P2 33 19 C UEC-TE!! TEC-TEH 00004 560VL AV3+ 0.0 0.7 0 19 P2 36 19 C TEC-TEH TEC-TEH 00004 560VL AV3+ 0.0 1.2 0 24 P2 ; 37 19 C TEC-TEH TEC-TEH 00004 560UL AV4+ 0.0 1.1 0 25 P2 ! 41 19 C TEC-TEH TEC-TEH 00004 560UL AV4+ 0.0 3.3 0 44 P2 -
' /'^ 37 20 C TEC-TEH TEC-TEH RIC 00018 5600L AV4+- 0.0 1.1 0 25 P2 l C TEC-TEH TEC-TSH 00005 560UL AV4+ 0.0 1.0 0 28 P2 i 41 20 C TEC-TEH TEC-TEH 00005 560UL AV3+ 0.0 1.1 0 31 P2 i C TEC-TEH TEC-TEH 00005 560VL AV4+ 0.0 4.0 0 49 P2 j C TEC-TEH TEC-TEH 00005 5600L AV5+ 0.0 1.4 0 34 P2 43 20 C TEC-TEH TEC-TEH 00005 560UL AV2+ 0.0 0.5 0 19 P2 C TEC-TEH TEC-TEH 00005 560UL AV3+ 0.0 0.5 0 18 P2 ,
41 22 C TEC-TEH TEC-TEH 00005 560UL AV4+ 0.0 2,1 0 38 P2 ! 45 22 C TEC-TEH TEC-TEH 00018 560UL AV5+ 0.0 0.5 0 14 P2 ; 42 23 C TEC-TEH TEC-TEH 00005 560UL AV4+ 0.0 0.6 0 20 P2 42 24 C TEC-TEH TEC-TEH 00006 560UL AV2+ 0.0 0.9 0 21 P2 i C TEC-TEH TEC-TEli 00006 5600L AV4+ 0.0 1.3 0 28 P2 C TEC-TEli TEC-TEH 00006 560UL AV5+ 0.0 1.0 0 23 P2 45 24 C. TEC-TEH TEC-TEH 00006 560UL AV3+ 0.0 0.6 0 15 P2 C TEC-TEH TEC-TEH 00006 560UL Av5+ 0.0 1.3 0 28 P2 42 25 C TEC-TEH TEC-TEH 00006 560VL AV4+ 0.0 0,5 0 18 P2 49 28 C TEC-TEH TEC-TEH 00007 5600L AV2+ 0.0 1.2 0 26 P2 C TEC-TEH TEC-TEH 00007 560VL AV3+ 0.0 1.7 0 33 P2 C TEC-TEH TEC-TEH 00007 560UL AV4+ 0.0 2.1 -0 37 P2 C TEC-TEN TEC-TEH 00007 560VL AV5+ 0.0 2.7 0 41 P2 C TEC-TEH TEC-TEH 00007 560UL AV6+ 0.0 1.0 0 24 P2 . 1.1 'I 50- -28 C TEC-TEH TEC-TEH 00007 5600L AV5+ 0.0 0 26 P2 48 29 C TEC-TEH TEC-TEH 00007 5600L AV6+ 0.0 0.5 0 '14 P2 41 30 C- TEC-TEH TEC-TEH 00018 560UL AV2+ 0.0 0.6 0 16 P2 42 30 C TEC-TEH TEC-TEH 00018 5600L AV2+ 0.0 0.7 0 18 P2 C TEC-TEH TEC-TEH 00018 5600L AV3+ 0.0 0.7 0 18 P2 ; CONAM NUCLEAR P N _f % E_ _.,, _. m ..
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CUMULATIVE REPORT 04/92, UNION ELECTRIC =COHPANY, CALLAWAY, UNIT 1 (EAM OENERATOR: 8 PAGE: 2 OF- 5 VATION 07H+ 1.0 TO 07C+ 1.0 DATE: 04/26/92
;/iTERI A: On TO 1004 TIME: ,04:50: 15-
~~~'
EXAM EXTENT , CURRENT ROW COL HEAT # LEO PROGRAM ACTUAL REM CAL PRCDE LOCATION VOLTS HIL DEO % CH 42 30 C TEC-TEH TEC-TEH 00018 5000L AV4+ 0.0 0.5 -0 13 P2 49 31 C TEC-TEH TEC-TEH 00018 560VL AV1+ 0.0 0.5 0 14 P2 C TEC-TEH TEC-TEH 00018 5600L AV2+ 00 0.6 0 16 P2 C TEC-TEH TEC-TEH 00026 66Dbt AV5+ 0.0 1.1 0 25 P2 C TEC-TEH TEC-TEH 00010 5000L AV6+ 0.0 0.5 0 14 P2 39 32 C TEC-TEH TEC-TEH 00018 560VLI AV2+ 0.0 0.8 0 20 P2 C TEC-TEH TEC-TEH 00018 5600L AV3+ 0.0 0.4 0 12 P2 C TEC-TEH TEC-TEH 00018 5600L AV5+ 0.0 0.5 0 14 P2 51 32 C TEC-TEH TEC-TEH 00018 560UL AV1+ 0.0 0.6 0 16 P2 C TEC-TEH TEC-TEH 00010 5600L AV2+ 0.0 3.1 0 44 P2 C TEC-TEH TEC-TEH . 00018 5600L AV3+ 0.0 1.9 0 35 P2 C TEC-TEH TEC-TEH 00018 5600L AV4+ 0.0 2.3 0 -39 P2 C TEC TEH TEcaTEH 00018 5600L AV5+ 0.0 1.4 0 30 P2 49 33 C TEC-TEH TEC-TEH 00018 5600L AV2+ 0.0 1.3 0 29 P2 C TEC-TEH TEC-TEH 00018 5600L AV3+ 0.0 1.5 0 31 P2 C TEC-TEH TEC-TEH 00010 5600L AV4+ 0.0 0.6 0 17 P2 C TEC-TEH TEC-TEH 00018 5600L AV5+ 0.0 0.6 0 16 P2 C TEC-TEH TEC-TEH 00018 560UL AV6+ 0.0 0.6 'O 15 P2 40 35 C TEC-TEH TEC-TEH 00019 560UL AV5+ 0.0 0.6 0 16 P2 35 C TEC-TEH TEC-TCH 00019 560UL AV4+ 0.0 0.7 0 18 P2 q('~ }41 0 21 P2 C TEC-TEH TEC-TEH 00019 560UL AV5+ 0.0 0.9
- \s-44 39 C TEC-TEH TEC-TEH 00021 SdOUL AV1+ 0.0 0.4 0 -12 P2 26 43 C TEC-TEH TEC-TEH 00024 560VL AV2+ 0.0 0.9. 'O 21 P2 C TEC-TEH TEC-TEH 00024 5600L AV6+ 0.0 1.1 0 24 P2 35 43 C TEC-TEH TEC-TEH 00024 5600L AV2+ 0.0 0.8 0 19 P2 C TEC-TEH TEC-TEH 00024 560UL AV3+ 0.0 1.7 0 31 P2 C TEC-TEH TEC-TEH 00024 560UL AV5+ . 0.0 0.7 0 17 P2 29 44 C TEC-TEH TEC-TEH 00024 560UL AV5+ 0.0 10.6 0 15 P2 26 45 C TEC-TEH TEC-TEH 00026 5600L Avl + 0.0 0.6 0 13 P2 C TEC-TEH TEC-TEH 00026 560UL AV6+- 0.0 0.7 0 17 P2 27 45 C TEC-TEH TEC-TEH 00026 560UL AV6+ 0.0 0.4 0 11 P2 35 45 C TEC-TEH TEC-TEH 00026 5600L AV3+ 0.0 1- 3
. 0 26 P2 C TEC-TEH TEC-TEH 00026 560UL AV5+ 0.0 0.9 0 21 P2 47 45 C TEC-TEH TEC-TEH 00026 560UL AV3+ 0.0 1.5 0 29 P2 C TEC-TEH TEC-TEH 00026 560UL AV4+ 0.0 0.9 0 20 P2
- 14 46 CE TEC-TEH TEC-TEH 00064 560SH AV1+- 0.00 0.4 0 - 11 .2 50 47 C TEC-TEH TEC-TEH 00026 560UL AV3+ R0. 0 1.1 0 23 P2 C TEC-TEH TEC-TEH 00026 560VL AV4+= 0.0- 1.3 0 27 P2 C TEC-TEH TEC-TEH 00026 560UL AV5+ 0.0 1.' 6 -0 c30 P2 C TEC-TEH TEC-TEH 00026 5600L AV6+ 0.0 0.9 0 L21 P2 l
39 49 C TEC-TEH TEC-TEH 00027 560UL AV3+- 0.0 1.1 0 21 P2 50 53 C TEC-TEH TEC-TEH 00030 b600L AV4+ 0.0 1.1 0 28 P2 47 59 C TEC-TEH TEC-TEH 00032 560UL AV2+~ 0.0 0.7 to ~19 P2 C TEC-TEH TEC-TEH 00032 560UL AV4+ 0.0 1.0 0 24 P2 47 60 C TEC-TEH TEC-TEH 00033 5600L AV3+ 0.0 0.4 0 11 P2 CONAM NUCLEAR L L l
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CUHULATIVE REPORT l 04/92, UNION ELECTRIC COMPANY, CALLAWAY,-UNIT 1 l 8 PAGE: 3 OF- 5 i
'pATION: 07H+ 1.0 TO 07C+
[-47EAHOENERATOR: 1.0 DATE: 04/26/92 l
\s_,jITERIA: 0% TO 100% TIME: 04:50:15 l EXAH EXTENT CURRENT ROW COL HEAT # LEG PROGRAM ACTUAL REM CAL PROBE LOCATION VOLTS HIL DEC % CH 26 61 C TEC-TEH TEC-TEH 00033 560UL AV2+ 0.0 0.5 0 15 P2 0 .18 P2 '
C TEC-TEH TEC-TEH 00033 5600L AV5+ 0.0 0.7 47 63 C TEC-TEH TEC-TEH 00034 560UL AV2+ 0.0 0.5 0 14 P2 l C TEC-TEH TEC-TEH 00034 5600L AV4+ 0.0 0.5 0 14 P2 40 64 C TEC-TEH TEC-TEH 00034 560UL Avi+ 0.0 0.5 0 13 P2 ; C TEC-TEH TEC-TEH 00034 560UL AV3+ 0.0 2.0 0 36 P2 ; C TEC-TEH TEC-TEH 00034 560VL AV4+ 0.0 0.9 0 23 P2 : 26 65 C TEC-TEH TEC-TEH 00034 5600L AV2+ 0.0 0.6 0 -18 P2 .! C TEC-TEH TEC-TEH 00034 560UL AV5+ 0.0 1.1 0 25 P2 47 65 C TEC-TEH TEC-TEH 00034 5600L Avi+ 0.0 0.8 0 20 P2 C TEC-7EH TEC-TEH 00034 5600L Av3+ 0.0 0.8 0 20 P2 C TEC-TEH TEC-TEH 00034 5600L AV4+ 0.0 2.1 0 -37 P2 46 66 C TEC-TEH TEC-TEH 00034 5600L AV4+ 0.0 1.2 0 27 P2 r 47 66 C TEC-TEH TEC-TEH 00034 560UL AV2+ 0.0 1.0 0 25 P2 , C TEC-TEH TEC-TEH 00034 5600L AV4+ 0.0 0.7 0 18 P2 29 67 C TEC-TEH TEC-TEH 00035 560UL AV5+ 0.0 0.6 0 16 P2 54 67 C TEC-TEH TEC-TEH 00035 560UL AV2+ 0.0 0.7 0 18 P2 C TEC-TEH TEC-TEH 00035 560UL AV3+ 0.0 D.4 0 11 1 P2 C TEC-TEH TEC-TEH 00035 560UL AV4+ 0.0 1.0 0 25 P2 [\ 42 68 C C TEC-TEH TEC-TEH TEC-TEH TEC-TEH 00035 00035 560UL 5600L AV2+ AV3+ 0.0 0.0 1.7 1.0 0 0 33 24 P2 P2 !
\- C TEC-TEH TEC-TEH 00035 560UL AV4+ 0.0 1.0 0 25 P2 C TEC-TEH TEC-TEH 00035 560UL AV5+ 0.0 0.7 'O 18 P2 C TCC-TEH TEC-TEH 00035 5600L AV6+ 0.0 0.9 0 <23 P2 ,
47 69 C TEC-TEH TEC-TEH 00035 560VL AV2+ 0.0 1.1 0 26 P2 1 51 69 C TEC-TEH TEC-TEH 00035 560UL AV2+ 0.0 1.5 0 31 P2 C TEC-TEH TEC-TEH 00035 560VL AV3+ 0.0 1.8 0 34 P2 l C TEC-TER TEC-TEH 00035 560UL AV4+ 0.0 2.3 0 -39 P2 -t C TEC-TEH TEC-TEH 00035 5600L AV5+ .0.0 2.2 0 3B P2 23 70 C TEC-TEH TEC-1EH 00036 560VL AV6C 0.0 2.5 0 39 2 55 71 C TEC-TEH TEC-TEH 00036 560UL AV4+ 0.0 1.0 0 24 P2 } C TEC-TEH TEC-TEH 00036 560VL AV5+. 0.0 1.0 0 24 P2 i C TEC-TEH TEC-TEH 00036 560UL AV6+ 0. 0 - 0.9 0 23 P2 47 72 C TEC-TEH TEC-TEh 00036 560UL Avi+ 0.0 0.7 0 19 P2 C TEC-TEH TEC-TEH 00036 5600L AV2+- 0.0 0.4 0 12 P2 C TEC-TEH TEC-TEH 00036 560UL AV34 0.0 0.4 - _0 12 P2
.50 72 C TEC-TEH TEC-TEH 00036 560UL AV3+ 0.0 0.9 0 l22 P2 ;
41 73 C TEC-TEH TEC-TEH 00037 560UL AV1+ -0.0 0.6 0 16 P2 ; 47 =73 C TEC-TEH TEC-TEH 00037 560UL Avl + 0.0 -0.5 0 14 P2 C TEC-TEH TEC-TEH 00037 560UL AV2+ 0.0 0.7 0 19 P2 1; C TEC-TEH TEC-TEH 00037 5600L AV3+~ 0.0 - 2.3 0 39 P2 C TEC-TEH TEC-TEH 00037 560DL Ave + 0.0 4.2 'O '48 P2 C TEC-TEH TEC-TEH 00037 560VL AV5+= 0.0 0.6 0 I16 P2 :i
.51 ~73 C TEC-TEH TEC-TEH 00037 5600L AV2+ 0.0 0.5 0 '13 P2 C TEC-TEH TEC-TEH 00037 560UL AV3+ 0.0 1.4 0 30 P2
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h CUMULATIVE REPORT 04/92, UH3ON ELECTRIC COMPANY, CALLAWAY,-UNIT 1 1 tTEAM CENERATOR: B PAGE: 4 0F .I - )ATION: 07H+ 1.0 TO 07C+ 1.0 DATE: 04/26/92
\q,,/ITERIA: 04 TO 100% TIME: 04:50:15 EXAH FXTENT CURRENT ROW COL HFAT# LEG PROGRAM ACTUAL REH CAL PROBE LOCATION VOLTS MIL DEO % CH ;
$1 73 C TEC-TEH TEC-TEH 00037 560VL AV4+ 0.0 4.3 0 48 P2 )
C TEC-TEH TEC-TEH 00037 5600L AV5+ 0.0 1.5 0 32 P2 C TEC-TEH TEC-TEH 00037 5600L AV6+ 0.0 1.0 0 24 P2 -t 41 74 C TEC-TEH TEC-TEH 00037 560UL AV1+ 0.0 0.7 0 19 P2 C TEC-TEH TEC-TEH 00037 5600L AV2+ 0.0 0.5 0 13 P2 C TEC-TEH TEC-TEH 00037 560VL AV4+ 0.0 1.9 0 35 P2 C TEC-TEH TEC-TEH 00037 560UL AV5+ 0.0 2.1 -0 37 P2 35 75 C TEC-TEH TEC-TEH 00039 5600L AV3+ 0.0 0.7 0 la P2 00039 5 60UI. AV24 0.0 37 76 C TEC-TEH TEC-TEH 0.5 0 14 P2 C TEC-TEH TEC-TEH 00039 560UL AV4+ 0.0 1.6 0 32 P2 C TEC-TEH TEC-TEH 00039 560UL AV5+ 0.0 0.9 0 23 P2 r C TEC-TEH TEC-TEH 00039 560UL AV6+ 0.0 0.6 0 17 P2 32 81 C TEC-TEH TEC-TEH 00041 560UL Avi+ 0.0 1.4 0 30 P2 C TEC-TEH TEC-TEH 00041 560UL AV2+ 0.0 1.2 0 27 P2 C TEC-TEH TEC-TEH 00041 560UL AV3+ 0.0 1.2 0 27 P2 C TEC-TEH TEC-TEH 00041 5600L AV4+ 0.0 1.5 0 32 P2 C TEC-TEH TEC-TEH 00041 560UL AV5+ 0.0 4.0 0 47 P2 C TEC-TEH TEC-TEH 00041 560UL AV6+ 0.0- 0.7 0 19 P2 40 82 C TEC-TEH TEC-TEH 00042 5600L AV4+ 0.0 0.4 0 13 P2 83 C TEC-TEH TEC-TEH 00042 5600L AV5+ 0.0 1.0 0 24 P2
}26 49 83 C TEC-TEH TEC-TEH 00042 5600L AV6+ 0.0 0.5 0 -13 P2
' 46 84 C TEC-TEH TEC-TEH 00042 560UL AV2+ 0.0 -0.7 0 18 P2 C TEC-TEH TEC-TEH 00042 5600L AV3+ 0.0 ' O. 7 0 18 P2 <i 47 84 C TEC-TEH TEC-TEH RPI 00042 560UL AV2+ 0.0 3.1 0 43 P2 C TEC-TEH TEC-TEH 00042 560UL AV3+ 0;0 3.6 0 46 P2 i C TEC-TEH TEC-TEH 00042 560UL AV4+ ' 0.0 2.2 0 37 P2 l C TEC-TEH TEC-TEH 00042 560UL AV5+ 0.0 0.8 0 22 P2 C TEC-TEH TEC-TEH 00042 560UL AV6+ 0.0 0.4 0 12 P2 43 85 C TEC-TEH TEC-TEH 00044 560UL AV1+ 0.0 0.6 0 15 P2 C TEC-TEH TEC-TEH 00044 5600L AV2+ 0.0 0.7 0 17 P2 C TEC-TEH TEC-TEH 00044 560UL AV3+ 0.0 0.9 0 -21 P2 C TEC-TEH TEC-TEH 00044 560UL AV4+ 0.0 0.7 0 18 P2 C TEC-TEH TEC-TEH 00044 5600L AV5+ 0.0 0.5 -0 14 P2 46 86 C TEC-TEH TEC-TEH 00044 560VL AV2+ 0.0 - 0. 3 0 7 P2 C TEC-TEH TEC-TEH 00044 560UL AV3+ 0.0 0.8 0 24 P2 C TEC-TEH TEC-TEH 00044 5600L AV4+ 0.0. 0.5 0 14 P2 50 86 C TEC-TEH TEC-TEH 00044 560UL AV2+ 0.0 0.7 0 18 P2 C TEC-TEH TEC-TEH 00044 560UL AV4+- 0.0 -1.8 0 34 P2 C TEC-TEH TEC-TEH 00044 560UL AV5+ 0.0 2.1 0 :36 P2 '
4u 87 C TEC-TEH TEC-TEH 00044 560UL AV4+ 0.0 0.5 0 13 P2 46 88 C TEC-TEH TEC-TEH 00044 560UL AV2+ - 0.0 0.8 0 -20 P2 40 89 C TEC-TEH TEC-TEH 00044 5600L AV3+ _0.0- 1.9 0 35 P2 L C TEC-TEH TEC-TEH 00044 5600L AV4+ 0.0 1.2 0 26 P2 h 42 90 C TEC-TEH TEC-TEH 00044 5600L AV4+ 0.0 1.1 0 25 P2 l 46 91 C TEC-TEH TEC-TEH 00046 560UL AV1+ 0.0 '025 -0 13 P2 l CONAM NUCLEAR-7 - _ _ _
! l l CUMULATIVE REPORT 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1
" TEAM GENERATOR: B PAGE: 5 OF 5
, 'pATION: 07H+ 1.0 TO 07C+ 1.0 DATE: 04/26/92
\s_ ,11TERIA: 0% TO 200% TIME: H04:50:15 EXAM EXTENT CURRENT i ROW COL HEAT # LEG PROGRAH ACTUAL REM CAL PRODE LOCATION VOLTS MIL DEO %. CH
~~~
0 ~5
~~~
46 91 C TEC-TEH TEC-TNH 00046 560VL AV2+ 0.0 1.0 2 P2 C TEC-TEH TEC-TEH 00046 5600L AV4+ 0.0 1.1 0 24 P2 50 91 C TEC-TEH TEC-TEH 00046 560VL Avl + 0.0 1.3 0 27 P2 C TEC-TEH TEC-TEH 00046 5600L AV2+ 0.0 0.7 0 18 P2 : C TEC-TEH TEC-TEH 00046 560VL AV3+ 0.0 0.9 0 -21 P2 C TEC-TEH TEC-TEH 00046 560VL AV44 0.0 1.7 0 32 P2 ; 1.0 51 93 C TEC TElf TEC-TEH 00046 560UL AV3+ 0.0 0 22 P2 C TEC-TEli TEC-TEll 00046 560UL AV4+ 0.0 2.5 0 39 P2 C TEC+TEll TEC-TEli 00046 560VL AV5+ 0.0 2.9 0 42 P2 C TEC-TEli TEC-TEH 00046 5600L AV6+ 0.0 1.4 0 .29 P2
- 42 98 C TEC-TEH TEC-TEH 00047 560UL AV3+ 0.0 1.2 0 27 P2 C TEC-TEH TEC-TEli 00047 560UL AV5+ 0.0 :1.2 0 27 P2 44 98 C TEC-TEH TEC-TEll 00047 560UL AV4+ 0.0 0.6 0 16 P2 C TEC-TEH TEC-TEH 00047 5600L AV5+ 0.0 1.2 0 20 P2 C TEC-TEH TEC-TEH 00047 560UL AV6+ 0.0 0.6 0 16 P2 46 98 C TEC-TEH TEC-TEH 00047 5600L AV2+ 0.0 0.5 0 13 P2 C TEC-TEH TEC-TEli 00047 560UL AV3+ 0.0 0.5 0 14 P2 C TEC-TEH TEC-TEH 00047 5600L AV4+ 0.0 0.7 0 19 P2 48 98 C TEC-TEli TEC-TEH 00047 560UL AV4+ 0.0 0.8 0 21 P2
[,}40 100 C TEC-TEH TEC-TEH 00040 00048 560UL 560VL AV3+ 0.0 0.9 0 22 P2 0 22 P2
\' - ,/ 444 1 100 101 C TEC-TEH TEC-TEH C TEC-TEli TEC-TEH 00048 560UL AV5+
AV2+ 0.0-0.0 0.9 2.4 0 39 P2 C TEC-TEH TEC-TEli 00048 5600L AV3+ 0.0 0.6 0 16 P2 C TEC-TEH TEC-TEH 00048 560UL AV4+ 0.0 1.7 0 33 P2 C TEC-TEli TEC-TEH 00048 560UL AV5+ 0.0 8.4 0 56 P2 C TEC-TEH TEC-TEH 00048 560UL AV6+ 0.0 1.0 0 25 P1 32 107 C TEC-TEH TEC-TEH 00049 560UL AV2+ 0.0 0.7 0 19 P2 28 110 C TEC-TEH TEC-TEli 00050 5600L AV2+ 0.00 0.4 0 31 P2 I 34 110 C TEC-TEH TEC-TEH 00050 560UL AV3+ 0.00 1.1 0 25 P2 32 112 C- TEC-TEH- TEC-TEH 00050 560UL AV5+ 0.00 0.7 0 22 P2 30 113 C TEC-TEH TEC-TEH 00050 560UL AV5+ 0.00 0.7 0 21 P2 32 113 C TEC-TEH TEC-TEH 00050 560VL AV2+ 0.00 1.0 0 25 P2 C TEC-TEli TEC-TEH 00050 560VL AV5+ 0.00 2.6 0 41 P2
- - +
HUMBER OF TUBES SELECTED FROM CURRENT OUTAGE: 97 LNO TREND ANALYSIS REQUESTED-REPORT OPTIONS: ' Only examination results matching criteria are included t
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, ~ CUMULATIVE REPORT I 04/92, UNION ELECTRIC COMPA!1Y, CALLAWAY, UNIT 1- {
1 _.
'TTAH GENERATOR 8 PAGEt -I OF . - 1.
ALL DATE: 04/26/92 GCATION: ITERIA: HDM T1HE: 04:49125 t : EXAM EXTENT. CURRENT l 1 ROW COL HEAT / LEO PROGRAM ACTUAL REM CAL PRODE LOCATION VOLTS HIL DEG 4 LH i 21 7 C TEC-TEH TEC-TEll 00002 560VL 0111' 18.37 1.3 147 HUM 1 47 26 C TEC-TEli TEC-TEH 00006 560UL AV5+ 8.83 0.5 153 MBM 1 l 30 29 H. T6H--FDH TSH-FDH 00076 540RP F811+ 9.46 1.5 A22 MBM 2 : . 43 30 C TEC-TEH TEC-TEll 00018 560VL Avl + 16.68 1.8 10 MBH 1 l C TEC-TEH TEC-TEH 07018 560VL AV3+ 12.50 1.1 :36 MBH 1 ! ]- 45 30 C TEC-TEH TEC-TEH 00018 560UL 05H+ 9.24 2.2 159 HBH 1 ; 20 31 C TEC-TEli TEC-TEH 00018 560UL C4C+ 19.91 -2.0 149 HDH 1 ! 45 -31 C TEC-TEli TEC-TEll 00018 560UL 02H+ 24.38 1.3 158 MBH 1 l 15 32 C 02C-03C 02C-03C 00066 560RC 02C+ 25.66 2.2 140 HnN -1 i 56 67 C TEC-TEH TEC-TEH 00035 560VL AV3+ 19.43 1.4 -66 HBH P1 . ! 12 71 C 05C-05C 05C-05C 00066 560RC 05C- 4.66 1.5 99 HDH 1 0 01C-01C 010-01C 00066 560RC 01c- 3.41 6.2 170 MBM i m i i NUMBER OF TUDES SELECTED FROM CURRENT OUTAGE: 10
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CUMUIATIVE REPORT -i 04/92, UNION ELECTRIC COMPANY. CALIAVAY, UNIT 1 .! _ STEAM CENERATOR: B PAGE: 1 0F 1 . SCATION: ALL _DATE: 08/03/92 TERIA: TBP T1HE: 15:19:28 ' l l l l l 12AM 13 TENT l l l l l CURRENT -_l l l ROW l COL lllEAT#lLECl PROGRAM l ACTUAL l REM l CAL l PROBE l LOCATION l VOLTS lHILlDEC l t l CH l . l- l_l l_I I l l l - l - -- - - l 1 1 - __ _._1l . l 30l 9l C . lFBit TElllTEC TElll l00000l$60VLlAV2+ 0.0 l_0.00l l TBP. l . ; l 41l 19l C lTEC TElllTEC TElll l00000]560VLlAV4+ 0.0 l 0.00l l lTBPl !
] 41l 20l l C lTEC TEHlTEC TElll l00000l5600LlAV4+ 0.0 l 0.00j l lTBPl ,
l 41l 22l l C lTEC TElllTEC TEll l00000l5600LlAV4+ 0.0 l 0.00l l l TBPl; l , l-49l 28l l C lTEC TElllTEC TEH l00000l5600LlAV5+ 0.0 l 0.00l_ . TBPl- l- ;
-51l 32l l C lTEC TEH TEC TEH. l00000l5600LlAV2+ 0.0 l 0.00l 1 L TBP l-- j!
39l 51l' lC - - l00000l l l 0.00l R l TBPl l 42l 51l lC1 - l - l00000l l 0.00l- 1 llTBPl .l _ , 45] 51l lCl - l l000001 l _ 0. 00l- LTBPI l l 48] 51l lCl - l l l00000l l l 0.00l l lTBPl 1, l 51l 51l lCl - l l l000001 l l 0.00l lTBPl -l.4 l 54l 51l l- C l - l l l00000l. l l 0.00l lTBPI l_ l 57l 51l l C-l - l - l- l00000l l l 0.00l - lTBPl l , l 39l 54l l C lTEC TEHlTEC TElll l00000l l l 0.00l- l lTBPl L i l 39l 57l lCl - l l l00000l l l 0.0Cl l lTBPI ;
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I l l00000l l l 0.00l. 1 lTBPI j 39l , 3l lCl - l l l00000l l l 0.00l 1 - lTBPl l l 39l 66l lCl - l l l00000l l l 0.00l lTBPJ l l 39l 69l lCl - l l l000001 l l 0.00l= [TBPl -
- l 51l 69. l C JTEC TElllTEC TElll l00000j560ULlAV4+ 0.0 [ 0.00l lTBPl i s 23l 70- l C lTEC TEHlTEC TElll l00000l$60ULlAV6+ 0.0 1-0,00l lTBPl.
09l 72l lCl - l l l00000j l- - l 0.00l l _. lTBPl j42l72l lCl - l - l l000001 l l O.00l'. j. lTBPl l 1: 45l 721 lCl - l l l000001 l l 0.00l l l TBP.! l 48l 72l _lCl - l l l000001 l _l 0.00l l lTBPl l l 51l 72l l C __ l _ l_ l _l00000l_ _l l _0.00i . l - lTBPl - I ; l 54l 72l . _ l C l .-- - l l l00000l l l 0.00 l. (TBP ! l 57l 72l lCl . l - l l00000l l - l.0.00- l TBP: _l l 47l 73l l C lTEC TEHlTEC TElll l00000l$60ULlAV4+ '0.0 l . 0.00l. l i TBP l , l 51l 73l l C lTEC TElllTEC TElll l00000l5600LlAV4+ 0.0 l 0.00l l- ) TBPl - ll ; l 32] 811 l C lTEC TEHlTEC TEHj l00000l560ULlAV5+ . 0.0 - l 0.00l [. (TBPl Ll
; j 47] 84l l-C lTEC-TEHlTEC TEHj l00000l560ULlAV3o 0.0 l=0.00l -l lTBPl l l 51l 93l' l C lTEC TEHlTEC TEHi- l00000l560VLlAV5+ 0.0 1 0.00l l_ lTBP]
l 44l1011 - l_C lTEC TEHjTEC-TEHj _l00000l560VLIAV5+ 0.0 l 0.00l l lTBPl
- l 32l1131 l' C- lTEC TEHlTEC TElli.- .l00000l560ULlAV5+- 0.0 l 0.001- l - lTBPl -1 - ,
1 -1 I l_L I I l _ l- 1 l- l _l l l .__ , NUMBER OF TUBES SELECTED FROM CURRENT OUTACE: - 35 : NO TREND ANALYSIS REQUESTED REPORT OPTIONS: Only examination results matching criteria are included i
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CUMULATIVE REPORT 04/92, UNION ELECTRIC COMPANY, CAL 1AVAY, UNIT 1 STEAM CENERATOR: B PACE: 1 0F 3
- CATION: AV1 1.0 TO AV66 1.0 DATE: 08/03/92 1TERIA: TBP TIME: 11:14:27 l l l l l EXAM EXTENT l l l l l CURRENT l (R0Vl COL lllEAT#lLEClPROCRAMl ACTUAL lRTHl CAL l PROBE l 1hCAT10H IVOLTSLMILLDEcli 4 lCl! l l ! I I I i !
ll TOll~V I l lC TEC. Tut;TEC rBul5 560T2 560UE 0.00, 1 OBs l l l l C lTEC TDilTEC.0llll l0001815600Ll i 0.00l L l0BSl l l l lt lTEC.TDil0111.TDil l000601540sHl rBil+ 0.00 17,50l l1831DNCll 1 ll
- 1. l l l C . TEC TDilTEC rBH l00002l5600L AV2+ 0.0 1.80L l 0 35 P2 l l l lC TEC TullTEC Olli, 00018- 5600L AV24 0.0 1.90' l u 35 P2 l- '
l l lCliTEC FBHlTEC-FBilLRPIl100067l560UL' AV2+ 0.00 L 2.101; l 01PID 2 l: l l l lC irB11 TElllTEC TDil 00000l560ULI AV2+ 0.0 1 0.00ll l
; TBP; I l l l C lTEC.TDilTEC.Falll : 00002l5600L: AV5+ 0.0- 1.00' l 0 24 P2 l l l l C lTEC TDitTEC 01HI 1 00018: 560UL AV54 0.0 11 L OOll l 0, 23 P2 l l l l l C lTEC Tut lTEC 0111l l000181 5600LlrBC- 0,61 l19.601_ l173lDNCI P1 l l l l l C lTEC TElllTEC rBill l000021 560ULlFBC- 0.62 l16.40l l174' DNC! P1 l_
l 41l 191 l C l TEC-TElllTEC TEi!I 00004 L560VLIAV4+- 0.0 l 3.30! l 0l- 44: P2 ' l l l lCl TEC-TElllTEC TEH PID 00018l5600L;AV4+ 0.0 l 3.60 ; l 0; PID lP2 l l 1 l C l TEC TEHlTEC TElll l00000l $600Ll AV4+ 0.0 l 0.00ll l TBPl l l 41l 20l l C lTEC TDilTEC TEH l00005' 5600Ll AV34 0.0 l 1.101 l 01 31l P2 l l l l l C lTEC-TEHlTEC-TDI ; 00005l 5600LlAV4+ 0.0 l 4.00l l 0ll 49! P2 l l l l C lTEC-TDilTEC TEH PID ,00018: 560UL AV4+ 0.0 ll 4.40l l 0lPID P2 l l l l C lTEC TDilTEC TEHl l0000015600Ll AV4+ 0.0 i -0.00 l l TBPl . l l l l C lTEC TElllTEC TDil l00005l560VL! AV5+ 0.0 1 1.40 l 0l 34l P2 l l All 221 l _ C lTEC TtH TEc TDil 0000515600L- AV4+ 0.0 l 2.10l O' 38 LP2 l l l C lTEC TEH TEC-TullRPI; 00068l560ULlAV4+ 0.00 l 2.40l l 0- PIDl 2 l l l l C lTEC Tull TEC Tull 100000l 5600Ll AV4+ 0.0 0.01l : TBPl l
*9l 28l l C lTEC TDI TEC TDil l00007l560ULlAV2+ 0.0 l 1.10l -l 0l 26]P2 l l- l l l C lTEC TDilTEC TEHl l00007l560ULlAV3+ 0.0 1 1.701 l O' 331 P2 l l l l C lTEC-TDilTEC TDil l00007l$60ULlAV4+ 0.0 2.10' O 37l P2" l l. l l C lTEC-TEHlTEC-TEHj l 00007l560ULlAV5+ 0.0 1 2.70l l 01 41l P2 .-(
l l l l C lTEC-TEHlTEC TEHlPIDl00018l560ULlAV5+ 0.0 l-2.70l l OLPID P2 l l l l l C lTEC TullTEC TEHj l00000 560UL AV5+ 0.0 , 0.00l 8 TBPl l l l 1 l C lTEC TEHlTEC TDij l00007 5600L AV6+ 0.0 1.001 . 0l 24 P2 l l 51l_32l l C lTEC TEHITEC Tull l000181560UL]AV1+ 0.0 0.60] I- 0L 16i P2 l
.l l l l C lTEC-TEHlTEC TElll l00018l5600LlAV2+ 0.0 l 3.101; I 01 44 LP2 l
-l- l l l C lTEC TElllTEC-TEHlPIDl00022l560VLl AV2+ 0.0 3.80. l 0l PIDl P2 1 1 l l l C lTEC TEHlTEC TElll l00000l 560ULl AV2+ 0.0 0.00L TBP- '
l l l - l C _ ITEC-TDilTEC.TDil l000! 8 l 560UL] AV3+ 0.0 l-1490l -l Oil 35!P2 l l l l l C lTEC-TDilTEC TEHl l00W 8 l 560ULl AV4e 0.0 l 2.30l l 0l 39lP2 l l l l C lTEC-TDilTEC TEHl l00018l560VLlAV5+ 0.0 l 1.40' l 0; 30lP2-l 51l 69l l C lTEC TDilTEC TDil l00035l560ULjAV2+ 0.0 l 1.50 l 0 31lP2
- l. l l l C lTEC TDilTEC TElll l00035l560ULlAV3+ 0.0 -l 1.80l . l = - Ol 34lP2 1 l- l l l C lTEC TEHlTEC TDil l00035l560ULIAV4+ 0.0 -l 2.30l l O' 39lP2 l l l l l C lTEC-TElllTEC-TElllRPIl00067l560ULl AV4+ 0.00 l 2.20L -l 0lPIDl:2 l l l- l l C- lTEC-TDilTEC Tull l00000l560VLlAV4+ 0.0 l 0.00 l- lTBPl -l
-I- l l l.C lTEC-TullTEC TEHj . l 00035 l 560VLl AV5+ 0,0 l 2.201 l 0l 38lP2 l l 23l 70l l C lTEC-TDilTEC TElll [00036l5600LlAV64 0.0 l 2.501 l 0li39l.2=l_
l l .l l C lTEC-TEHlTEC-TEHlRPIl00067l560ULlAV6+ 0.00 2. 40 ll l 0lPIDl 2 l l l j j C lTEC-TEHlTEC Tull' l00000l560ULlAV6+ 0.0 ll 0.00l l lTBPl l - L__ l I l- l l l l _l l- l -l l l l .__.1 CONAM NUCLEAR
y
-CUMULATIVE REPORT 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1 STEAM CENERATOR: B PACE: 2 01~- 3.
[- ' CATION
- AV1- 1.0 TO AV6+ 1.0 DATE:- 08/03/92-3 ITER'A. 1BP . TIME: 11:14:27 l l l l l EXAM EXTENT l l 8 l l CURRENT = .. l
[ ROW l COL l HEAT #lLEClPROGRAHl ACTUAL l REM l CAL l PROBE l LOCATION l VOLTS l MIL lDEGl-t_lCH l 73 C lTEC-TEHlTEC-TEii 00037l560VL kV1+ 0.0 0.50 0 P2 l l l l C lTEC TEHlTEC TDil l00037l$60ULlAV2+ 0.0 l 0.70l l 0l 19lP2_l l l l l C lTEO-TElllTEC TDil l00037l550ULIAV3+ 0.0 l 2.30l l -0l 39lP2 l-l l l l C lTEC-TElllTEC-TEHlPIDl00041l560ULl AV4+ 0.0 [ 4.00l l 0lPIDlP2 l l -l l l C lTEC TDilTEC-TDil l00000l560ULlAV4+ 0.0 l 0.00l l lTBPj~ -l l l l lC lTEC TDilTEC-TEHl l00037l560vLlAV4+ 0.0 l 4.20l l 0l 48lP2 l-l l l l C lTEC TElllTEC-TElll l00037l560ULIAV5+ 0.0 l 0.60l l 0l 16lP2 l , j 51l 73l l C lTEC-TDilTEC TEHl l00037lS60ULlAV2+ 0.0 l 0.50l l 0l 13lP2 l l l l l C lTEC TElllTEC-TEHl l00037l560ULlAV3+ 0.0 l 1.40l l 0l.30lP2 l-l l l l C lTEC-TEHlTEC-TElll l00037l560ULlAV4+ 0,0 l 4.30l l .0l 48lP2-l l l l lC lTEC-TEHlTEC-TEHlPIDl00041l560ULlAV4+ 0.0 l 4.20l -l .0lPIDlP2 l l l l l C lTEC TDIlTEC TDil l00000l560ULlAV4+ 0.0 l 0.00l l lTBPl l l l 1 l C lTEC-TallTEC TDij l00037'560ULlAV5+ 0.0 l 1.50l [ 0l 32lP2 l l l l l C lTEC-TEHlTEC TDil l00037l5600LlAV6+ 0.0 l 1.00l l 0l-24lP2 l , l 32l Bij l C lTEC-TElllTEC TElll l00041l560VLlAV1+ 0.0 l 1.40l j -0l-30lP2 l l l l l C lTEC-TElllTEC-TDil l00041l560ULlAV2+ 0.0 l 1.20l l 0l 27lP2 l l l l l C lTEC-TDilTEC-TDil l000411560ULlAV3+ 0.0 l 1.20l l Ol 27lP2 l l l l l C lTEC-TDilTEC-TEHj l00041l560ULlAV4+ .0.0 l 1.50l l 0l 32lP2 l l l l lC lTEC-TEHlTEC-TEHl l00041l560ULlAV5+ 0.0 l 4.00l l 0l 47lP2 l l l C lTEC-TEHlTEC-TDilPIDl00042l560ULl AV5+ 0.0 l 4.70l l 0lPIDlP2 l-4
-( ,J } l l l l C lTEC-TDijTEC TEHl l00000l560ULlAV5+ 0.0 l 0.00l l lTBPl- l 4 l l l C lTEC-TElijTEC-TEHl l00041l560ULlAV6+ .0.0 l 0.70l l 0l 19lP2-l:
\[/47l 84l l C lTEC-TEHlTEC-TEHlRPIl00042l560ULlAV2+ 0.0 -l 3.10l l 0l 43lP2 l l l l l C lTEC-TElllTEC-TEHl l00042l$60ULlAV3+-_0.0 l_3.60l- l OL 46lP2 l l l l l C lTEC-TEHlTEC-TEHlPIDl00047l560ULlAV3+ 0.0 l 3.20l l 0lPIDlP2 l l l l j C lTEC TDilTEC TEll! l00000l560ULlAV3+ 0.0 l 0.00l l lTBPl l l l l l C lTEC-TDl]TEC-TEHj l00042l560ULlAV4+ 0.0 l 2.20l l Ol'37lP2-l l l l l C lTEC-TEHlTEC-TElll l000421560ULlAV5+ 0.0 1 0.80l l 0l 22lP2-l l l l l C lTEC-TEHlTEC TEHl l00042]560ULlAV6+ 0.0 l 0.40l l 0l-12lP2 l l 51l 931 l C lTEC-TDilTEC TEHI l00046l560U;lAV3+ 0.0 l 1.00l l 0l 22lP2 l l l l l C lTEC TEHlTEC-TEh, l00046l560ULlAV4+ 0.0 l 2.50l l 0l 39lP2 l l l l lC lTEC-TEHlTEC-TEHl l00046l560ULlAV5+ 0.0 l 2.90l l ~ 0l 42lP2 ) .
l l l lC lTEC-TEHlTEC-TEHlPIDl00048l560ULlAV5+ 9.0 l 2.80l l - 0lPIDlP2 l l l l l C lTEC-TEHlTEC-TEHl l00000l560ULlAV5+ 0.0 l 0 00l l lTBPl l l l l C lTEC-TElllTEC-TEHl l00046l560ULlAV6+ 0.0 l 1.40l l ;0lL29lP2 l-l 44l101l l C lTEC-TEH]TEC TEHi l000481560ULlAV2+- 0.0 l 2.40[ ] 0l 39lP2 l l l l l C lTEC-TEHlTEC-TElil l00048l560ULlAV3& 0.0 l_0,60l _l 0l 16lP2 l. l l l lC lTEC TDilTEC-TElli l00048l560ULlAV4+ 0.0 l 1.70l l 0l 33lP2 l. l l l l C lTEC-TEHlTEC-TEHj l00048l5600LlAV5+ 0.0 l 8.40l l '0l 56lP2'l: ,
-l l_ l l C lTEC-TEHlTEC-TEHlPIDl00050l560ULl AV5+ 0.00 l 9.10l l 0lPIDlP2'l
_l l l l C lTEC-TElllTEC-TEHl l00000l566ULlAV5+ 0.0 l 0.00l l . lTBPl -l-l l l l C lTEC-TEHlTEC-TDil l00048 [ 5600Ll AV6+ 0.0 l 1.00l l 0l 25lP1 l~ l-32l113l lC l TEC-TDilTEC-TElll l00050l560ULlAV2+ .0.00 -l 1.0Cl l 0l 25lP2-lC l l l lC lTEC-TEHlTEC-TEHl l00050l560ULlAV5+ 0.00 l 2.60l l 0l 41lP2-l. l l l l C lTEC-TEHlTEC-TEHlPIDl00053l560ULlAV5+' O.00 l 2.50l l. 0lPIDlP2 l' l l l 1 -I I I i 1. l _I - 1.__ l 1 'l _ l CONAM NUCLEAR
CUMULATIVE REPORT 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1 i STEAM GENERATOR: B PAGE: 3 0F 3 CATION: AV1- 1.0 TO AV6+ 1.0 DATE: 08/03/92 ITERIA: TBP TIME: 11:14:27 l l l l l EXAM EXTENT l l l l CURRENT l l ROW l COL lllEAT#l LEG l PROGRAM l ACTUAL lREMI CAL l PROBE l LOCATION ,ivi;t$lMILlDEGl % lCil l 1.__ l _ _.I l. I I l___l L_ _ I (_ l l _ I___I _ l l 32l113l l C lTEC-TEHlTEC-TEHl l00000l560ULlAV5+ 0.0 l 0.00l l lTBPl l 1._._ I ____ I l_1 I l_I i i 1 1 I I l.__l NUMBER OF TUBES SELECTED FROM CURRENT OUTAGE: 15 NO TREND ANALYSIS REQUESTED REPORT OPTIONS: _ All results are included for tubes with at lo c one call meeting criteria MAP OPTIONS: Plot data from current examination only V CONAM NUCLEAR
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t ,. (J Q) 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1 i l s STEAM GENERATOR: 8 DATE: 08/03/92 TIME: 11: 14:27 TO AV6' STAYS a l LOCATION: AVi- 1.0 1.0 CRITERIA: TBP PLUGGED 9 TBP 15 I
, j m =
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- 10 d lui m 70 60 50 40 30 20 10 120 110 100 90 '80 CONAM ffJCtEAR
. _ _ _ . . _ _ _ _ . - _ - . . _ . . _ _ . . . . _ , . _ _ _ . _ _ . . _ _ _ . . _ . _ _ . . _ . . _ -m.. _ _ _ ._ _ _ ._,
! CUMUIATIVE ' REPORT $
04/92. UNION ELECTRIC - COMPANY, ' CALIAWAY, ' UNIT l-- l STEAM GENERATOR:'B PAGE: 1 0F .1 -
-f MCATION: ALL DATE:- 08/03/92 i f[ \ TIME:- 12:36:12.
% )TERIA:_PLC
-l 1 1 1 I EXAM EXTENT l l l l _
l . CURRENT .l l ROW l COL l HEAT #l LEG l PROGRAM l ACTUAL l REM l CAL l PROBE l LOCATION -l VOLTS lHILlDEGl 4'lCil l i 1 l _ I _ L. I i 1. I i l i i l- l _ I __. l I
- j 33l 111 l H lTEH. .l -
l_ l00000l l 1.0.00l l lPLGl -- l _ l-12l 15l 4 l H lTEH- l l l00000l l l 0.00l- l. lPwl l l 41l 18l l-H lTEH- l l l000001 l l 0- 00l-l- lPLGl -l-
- l_48l 25l lHl -
l - l l00000l l -l 0.00l l lPLGl ll l.51l 37l lHl - l - l l00000l l -l 0.00l l l PMl _l_ l 50l 39l l H l- - l l l00000l l l 0.00l j. lPWl l l 15l 41l l H lTEll- l l l00000l- l l 0,00l- l: lPLGl l l 49l 73l l H -l - l - l [00000l l l 0.00 _l lPLGl l . l-12l109l l 11 lTEH. l l l00000l l l 0,00 l. lPLGl 1 __ I I I I I I I I I _l l .I l' I + l NUMBER OF TUBES SELECTED FROM CURRENT'0UTAGE: 9 INO TREND ANALYSIS REQUESTED
-REPORT OPTIONS:
Only examination results matching criteria are included 3 I , MAP OPTIONS: Plot: data from current examination only 3 B p: I l- 'N_ CONAM NUCLEAR I l
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pd 4/ bd, UruUn Ltu in a-.rn pupuu,4 um , t. & s s M :, ' di u , 2 STEAM GENERATOR: B DATE: 08/03/92 TIME: 12: 36:'12 i STAYS a l LOCATION: ALL 'i i CRITERIA: PLG l l P UGGED 9 I 1 I I J ] i I i Y 1 E' i E I 1 1 I L 1 W L i
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; E I 1 E L i 1 1 1 1 I 10 6G 50 40 30 20 13 120 110 100 90 20 CONAM NUCLEAA E
'l CUHUIATIVE' REPORT 04/92 UNION ELECTRIC COHPANY, CALIAWAY, . UNIT ' 11 '
7 '"EAM CENERATOR: B PACE: . 'l'0F---14 d ATION: .ALL-. _ . DATE:1 08/03/92c 1 Q TERIA: PROBES 520RC,520RP,540RP,560RC,110T LEG ONLY TIHE: 13:42:33
.j-
.l l l l EXAH EXTENT l j. l l .l CURRENT._ '
.l
;l ROW lCOLlllEAT#l LEG lPROGRAHl' ACTUAL lREHl, CAL l PROBE l LOCATION l VOLTS l HILl DEGl %;lCil.l
~~ ~
8l 11 TSil-TSH TSil TSill l0007 540RPl - 0.00 lNDD l 32j 10l l H lTSH TSillTSH-TSill l00077l540RPl l 0.00] lNDDl l_ y
..l 33l 12l l H lTSH TSillTSil TSill l00077[540RPl l 0,00l l lNDDj l[
-l 32l 13] l 11 lTSil-TSillTSH-TSill l00077l540RP] l 0.00l l. -lNDDl lq ,
j 17l 14] l H lTSil-TSillTSH TSill l00076l540RPl l 0.00l l jNDD l _ l l 26l 14l l 11 lTSH-TSillTSH-TSH j l00076l540RPl l 0.00l l _lNDDl- 1l ' l 31l 141 l H lTSH TSHlTSil-TSill l00077l540RPl l 0.00l l lNDDl- l1-
-l 16l 15l l 11 lTSil-TSillTSil TSHl l000761540RPl l 0.00l l -lNDDl' =l- '
_l 17l 15l l 11 lTSil TSHlTSH-TSHl l00076l540RPl l 0.00l l: l NDD l- l l118l 15l l H lTSH-TSHlTSH TSill l00076l540RPl l 0.00l- l lNDDl -l-l 25] 15l l 11 lTSH-TSHlTSH TSilj l00076l540RPl l 0.00l _l ' j NDD l - l l 25] 15l l H lTSil TSHlTSit TSHl l00076l540RPl l 0.00l l. lNDDl _ j. i l 27l 15] l H lTSil-TS!!lTSH-TSHl l00076l540RPl l 0.00l l 'lNDDl l l 33] 15l l H lTsil-TSHlTSH TSHj l00076l540RPl l-0.00l l lNDDl- .l. l 17l 16] l H lTSH TSillTSH-TSHl l00076l540RPl l 0.00l l. -lNDD] _l~ l 26l 16l l 11 lTSH TSillTSH-TSill l00076l540RPl l_0.00l l- lNDDl1 ll l'16l 17l l H lTSH TSHlTSH-TSHj l00076l540RPl l 0.00[ l lNDDl -l l.171 17l l H lTSH TSHlTSH TSHj l00076l540RPl l 0.00l l lNDD[ l
.l1181=17l l 11 lTSH-TSHlTSH TSHj l00076l540RPl l'O.00l l lNDDj -l n 33l 171 l H lTSH-TSHlTSil TSHl l00076l540RPl l 0.00 l- l . lNDD j . l f 7l 18l 1 11 lTSil-TSillTSH TSHj l00076l540RPl- l 0.00l l lNDDl .l J3l 181 l H lTSH TSHjTSH TSilj [00076l540RPl l 0.00l- l lNDDl 'l- 'l 34l 18l l 11 lTSH TSillTSH TSHl -l00076l540RP] l 0.00l l_ lNDDl = l- -l 33l 19l l H lTSH TSHlTSH TS!!! l00076l540RPl l 0.00l l lNDDl_ l:
l 42[ 19l l H lTSH-TSHlTSll TSHj- l00077[540RPl l-0.00] l lNDDl ;lE i j 43l 20l l H lTSH-TSHlTSH-TSill _ l00077l540RPl l_0.00l _l- ' l NDD l ' -lL / l 11l 21l l H lTSH-TSillTSH TSilj l00076l540RPl l 0,00l l lNDD] . l 33l 21l- l H lTSH TSH[TS11 TSHj l00076l540RPl l 0.00l- -l lNDDlr -li
-l 12l 23l l li lTSH TSHlTSH TSHl. -l00076l540RPl l 0.0Gl l lNDDl. l~
[ 29l 23l l H [TSH TSHlTSH TSHl l00076l540RPl l 0.00l_ l_ lNDDj 'lJ l 43l 23] l H lTSH-TSil]TSH-TSill l00076l540RPj_ -l 0.00l l_ l NDD l . -l_ _]-28l 24l l H lTSH-TSillTSH-TSill l00076l540RPl l 0.00l- l. lNDDl: :l
-l 29l 24l l H lTSH-TSHjTSiliTSHl- l00076l540RPl l.0.00l -l lNDDl- 1
-l 30l 24l l H lTSil-TSHjTSH-TSHl [00076l540RPl ll0.00l' l- lNDDl; .l-l.43l 24l l H.lTSH-TSHlTSH-TSHj l00076l540RPl l 0.00l- _l -lNDDj- Ll -
_l 28l-25l _ l H lTSH-TSHlTSH-TSHj l00076l540RPl l 0._00l- l' lNDDj l
.l 29l 25[ l H [TSH-TSHlTSH-TSHl l00076l540RPl l:0.00[- l- lNDDj_ .l; l.30l:25l l H lTSH-TSillTSH TSHl l00076l540RPl l 0.00l -l lNDDl. 'l' l 4'2l 25l _l H lTSH TSHlTSH TSHl: l00076l540RPj l'0.00l l lNDDl1 l-fl 431 25l l H lTSH-TSHlTSH-TSHj l00076l540RPl: l 0.00l_ l lNDDlf 'l 'l 47l 25l l H lTSH-TSHlTSH-TSHl l00076l540RPl. _l 0 00l .[- lNDDl -l. .l 25l 26l l H lTSH-TSHlTSH-TSHj l00076l540RPl l 0.00l ' l- -lNDD] _l1 _
l 29l 26l l H lTSH-TSHlTSH TSHl l00076l540RPl j 0.00j l' 'jNDD[ l l 42l 26l l H-lTSH TSH]TSH-TSHl l00076l540RPl l 0.00l l- -lNDDl- -l) l:43l 26] l H lTSH-TSHjTSH-TSHl l00076l540RPl l 0.00l- ~l- lNDDl 'l
.l _ l- :I 1 l- I l I I I _l l- I l ._.. l _._11 .
O CONAM NUCLEAR
CUMULATIVE REPORT- t 04/92, UNION ELECTRIC COHPANY, CALLAWAY, UNIT 1: i b EAH CENERATOR: B PACE: 2 '0F 14: ( }ATION; : ALL' . . DATE: 08/03/92 A ATERIAi _ PROBES - 520RC,520RP,540RP,560RC. Il0T _ LEG ONLY _T1HE: 13:42:33 l l_ l l l EXAM EXTENT l l l l l CURRENT. _ -l _- _ l ROW l COL l HEAT #l LEG lPROGRAH] ACTUAL l REM l CAL l PROBE l LOCATION l VOLTS lHILlDEGl t lCll)l l- l l 1 _l - 1 l 1 I l l_1 l l_l' l. l 47l 26l l 11 lTSH TSillTSit-TSitj - l00076l$40RPl l 0.00l -l [NDDl lE l 17l 271 l 11 lTS11-TSillTSil TSill l00076l540RPl l 0.00l l- lNDDl l' l 24[ 27l l 'll l'ISH TSli[TSil-TSlil l00076l540RPl l 0.00l l. lNDDl- l , l 25l 27l l 11 lTSH-TSHlTSH TSHj l000761540RPl l 0.00l__ l lNDDl- l-l 26] 27l l 11 lTSil-TSHlTSli-TSHj l00076l540RP] l 0.00l l lNDDl'_ -l l 42l 27] l H lTSH-TSillTSil TSill l00076l540RPl l 0.00l l lNDDl =l l 43l 27l l 11 lTSH TSillTSH-TSH' l00076l540RPl l 0.00l l -lNDDl l l 47l 27l l 11 lTSil TSHlTSH-TSHi l00076l540RPl l 0.001- l lNDDl - l-l 16l 281 l H lTSil TSillTSH-TSHl l00076l540RPl l 0.00l l- -lNDDl l l 17l 28l l H lTSH TSHjTSil-TSHj .[00076l540RPl l 0.00l l lNDDj- :l l 18j 28l l H lTSil TSHlTsil-Tsill l00076l540RPl l _0. 00l- l lNDDl :l , l 25j 28] l 11 lTSH-TSillTSil-TSHi - l00076l540RPl l 0.00l l. lNDDl- l l 36l 28l l 11 lTSH-TStijTSH TSHj l00076l540RP[ j 0.00l l -lNDDl- l l 42l 28l l H lTSil TSillTSil-TSill 100076[540RPl l 0.00l l lNDDl l l 46l 28l l H lTSH-TSillTSH-TSH j l00076l540RP] j 0.00l l _ lNDDl1 l-l 17l 29l l H lTSli-TSHlTSH-TSill l00076l540RPl l 0.00l -l lNDDl: :l- [ 30[ 29] l 11 jTSli FBillTSH FBHj l00076l540RP]FBH+ 9.46 l 1.50l l112lMBHl.2 l t l 46l 29l l H lTSH-TSHlTSil-TSlil l00076l540RPl l 0.00l l -~ lNDDl l l 47l 29l l H lTSil-TSHlTSH TSHl ~ l00076l540RPl l 0.00l l: lNDDl' l 14l 30l l H lTSil TSHlTSH TSHl l00076l540RPl ] 0.00l l -lNDDl l g l H lTSH-TSHlTSH-TSHl l00076l540RPl l 0.00[ l clNDDl l V4)7l30l 31 30l l H lTSH TSillTSH-TSilj l00076l540RP] l 0.00]. _l lNDDl' l_ l 46]_30l l H lTSH-TSillTSH TSHj l00076l540RPl -l 0.00l l lNDDl l: j'50l 30l l H lTSli-TSHlTSH-TSill l00076l540RPl .l 0.00l l -lNDDj l-
] 36l 31l l H lTSH TSHlTSH-TS11l l00076l540RPl l 0.00l ~l. .lNDDl l l 43l 31] l 11 lTSH-TSHlTSH-TSHj [00076l540RP[ -l 0.00l l lNDDj l l 50l 31l l'H lTSil-TSHlTSH-TSHl l00076l540RPl l'O 00l l 'lNDDl; l-
.l 36l 32l l 11 lTSH-TSHlTSil-TSHj [00076l$40RPl l.0.00l- l lNDDj l-
-l 42l 32l l H lTSH-TSlilTSH TSHl l00077]S40RPl l 0.00l -l- [NDDl l
'l 43l 32l l H lTSH-TSHlTSH-TSill l00076]540RPl l 0.00l l - l NDD ] - l
.l 12l 33l l H lTSH-TSHlTSH-TSHl l00076]S40RPl l 0.00l -l 'lNDDl .l l 23l 33] l H lTSH TSHlTSH TSH] l00076l540RPl [ 0.00l .l' -lNDDl ll
-l 37l 33l l H.lTSH-TSHlTSH-TSHj l00076l540RPl l-- 0. 00 l l lNDDl- 1 l 42l 33l l H.lTSH-TSillTSH-TSHj l00076l540RPl l 0.00l_ l- lNDDl l_
.l 43) 33l l'H lTSH-TSHlTSH-TSHl- l00076l540RPl j'0.00] l- lNDDl l l 47l 33l l H lTSH TSHjTSH-TSHj_ l00076l540RPl l 0.00l l. :lNDDj l_
l 51] 33l l H lTSH TSHlTSH-TSHj l00076l540RPI 1 0.00l. l- lNDDl: -l_ l 22l 341 -l H lTSH-TSHlTSH TSHl l00076l540RPl ['0.00l -l lNDDl .7l
~l'23] 34l
~
j'H lTSH-TSHjTSH-TSHl l00076l540RPl l.0.00l j' lNDDl- :l - l.'24] 341- l H [TSH-TSHlTSH-TSHI l000761540RPl l 0.00l .l. lNDDl l-
..l;42l 341 -l H lTSH-TSHlTSH-TSH[ [ 00076l540RPl -l 0.00l l lNDDl l_
l.43l 34l l H lTSH TSillTSH-TSHJ l00076l540RPl l 0.00l l. lNDDl' -l. l'23l 351 l H lTSH-TSHlTSH TSHl l00076l540RPl l 0.00l -l -lNDDl .lL
-l 36[ 35l [ 11 lTSH-TSHlTSH-TSHj l00076l540RPl l 0.00l l - l NDD l -- 1l-
.l 43l 35l l H lTSH-TSHlTSH-TSHl l00076l540RPl l 0.00l1 -l' lNDDl: l'
- ;l I I l __. I I l- l l_ i I 'l I l_I l-
-CONAM NUCLEAR
E CUMULATIVE REPORT 04/92, UNION ELECTRIC; COHPANY, . CALIAWAYJ UNIT l' 3 B PAGE: '3 0F---14? I./TEAHGENERATOR: ' l08/03/92;
)ATION:ALL DATE:
\,_,i1TERI A : PROBES - 520RC,520RP,540RP,560RC HOT LEG ONLY TIME: 13:42:337
)
l..l l_ l l -EXAM EXTENT. l l l l -lJ CURRENT- l lR0Wl COL lllEAT#l LEG lPROGRAHl ACTUAL l REM l CAL l PROBE l LOCATION- . l VOLTS l MIL l DEGl - t 1lCil j < l l- l l -l -I l- I l- l l -l l l 1 _.l l
-l 14l 361 l 11 lTSti+TSHlTSH TSill l00076l540RPl. l 0.00l .l. lNDDl. l! :
-l 50l 361 l 11 lTSH-TSillTSH-TSHj l00076l$40RPl l 0,00l1 l lNDDlt : l" l 52l 36] l H lTSil TSHlTSH TSHj l00076l540RPl l 0,00l ~l lNDD[, l=
l 13] 37l l 11 lTSH-TSHjTSH-TSHj l00076l540RPl l 0.00l _l lNDDl .l'
-l 14l 37l l H lTSH-TSillTSH-TSill 100076l540RPl l 0,00l _l lNDDlL l.q l-15l 37l l H- [TSil-TSlilTSH TSHI l000761540RPl l 0.00l .l- lNDDl . l
! 47l 37l l 11 lTSH-TSHj TSil-TSill l00076l540RPl l 0,00l l lNDDl= il l 14l 38l- l H lTSH-TS!!lTSH TSHl l00076l540RP) l 0.00l ll. llNDDl1 l" '
l 42l-38l l H lTSH TSillTSH TSill l00076l540RP] l 0,00l .l- l NDD l-: . l .
-l 43l 38- l-H lTSH-TSHlTSil-TSHl l00076l540RPl l 0.00l ll .lNDDl. l'
[.47l 38) l H lTSil TSillTSH TSHj l00076l540RP[ l 0.00l- l lNDDl~ -l-l 27l 39l l 11 (TSil TSillTSH-Tsill . l00076l540RPj l 0.00l l lNDDl. ' ll l 40l 39l - l 11 lTSH-TSillTSH-TS)lj [00076l540RP] l 0.00l . l- lNDDl. tl , l 42l 39) j H lTSH-TSillTSil-TSHj l00076l540RPl l 0,00l l -lNDDl. _l l 43l 39l l H lTSil-TSHlTSH TSill l00076l540RPl j 0.00l l_ ' jNDDl1 ;{( j.53l 39l l H lTSH-TSillTSii-TSlij. l00076l540RPl l 0.00l_- l lNDDl -l
-[-55l 39l l H -lTSH-TSHjTSit-TSIIl l00076]S40RPl l 0,00l l _[NDDl il_
l 26l-40l l 27l 40l l 11 lTSH TSillTSH-TSHj l 11 lTSit-TSHlTSit TSilj l000761540RPl- l 0.00l_ ] l NDD l, .'l l000761540RPl l 0.00l . -l : lNDD l' Ll~
. A 81 40l l H lTSH-TSillTSil-TSilj l00076l540RPl l 0,00l _ -l lNDDl1 ^lf .( 3l 401 l !! lTSil-TSillTSH-TSHl l00076l540RPl l 0,00l l lNDDl 'l :
i N j 7l-40] l H lTSH-TSil[TSH TSlij [00076l540RPl [ 0,00[ l _{NDDl _ l'- l 52l 40l l 11 lTSil TSillTSli-TSHl l00076l540RPl _ l 0.00l: l lNDDl- l~ l'27l_41l l H lTSli-TSHjTSH TSHj l00076l540RP[ l 0.00l -- l - l NDD ll ll .: l 42l All l H-lTSH-TSHlTSH-TSHl l00076l540RPl :l 0.00l- l -lNDDl -l l 43l All l H lTSH-TSillTsil-TSHI l00076l540RPl l O,00l . j .]NDDj l'
- _l_42l 42] l H lTstl_ TSillTSH-TSlij l00076l540RPl l 0.001 l lNDDl .l-
.j 54l 42l l H _lTsit-TSillTSH TSill l00076l540RPl l 0,00l- [. lNDDl- l? ,
l 31l 43l l !! lTSH TSillTSit-TSilj l00076l540RPl -l 0,00l l- lNDDl ;l l 55l 43l l H lTSH-TSillTSH TSill_ :l00076l540RPl l 0.00l- l lNDDl [. l 57l-43l l 11 [TSit-TSHlTSH-TSHl- .l00076(540RPl l 0.00l l lNDDl l-l-31l 44l l H lTSH-TSHlTSii-TSHl l00076l540RPl_ .l 0.00l .l lNDDl . -lJ
-l 33l 44l l H lTSH-TSillTSH TSill l00076l540RPl l 0,00l. l- lNDDji l-
- 4. -l 42l 44l l H lTSH-TSHlTSH-TSHI --l 00076 l 540RP l l.0.00l l -lNDDl _j:
l 47l 44] _] H lTSH TSHjTS11 TSHl l00076l540RPl. l.0.00l l. INDDl: 11 l 52l 44l l H lTSil-TSHlTSH T':Hl :l00076l540RPl 110;00 j - l lNDDj: 1l -
-l 33l 45l _l H lTstl-TSHi %l-TSHl [00076l540RPj l:0,00l ;l 'j NDD l; -l
- l 34l.45l -l H lTSH-TShlTIHeTSHj 'l00076l$40RPl- l 0.00l -l _[NDDl 1l:
1 42l 451 l H - lTSH-TSH pSrl-TSill l00076l540RPl_ l 0,00l' l lNDDl ([ _lq431_45l l H lTSH-TSHlTSH-TSHj l00076l540RPl l 0.00l -l' lNDDl. L l; l'47lL45l l H [TSH-TSHlTSH-TSHj .l00076l540RPl l 0.00, I :lNDDl ?l}
.l-17l 45l l H lTSH-TSHlTSH-TSHl. -l 00076 l 540RP l .l lNDDl. '[-
I 111 46l .I H lTSH-TSHlTSH-TSill :100074l560RCI -ll 0.00l_ 0.00l . Ll lNDDlL l
-l 12l.461- l H-lTSH-TSHITSH-TSHl l000741560RCl l _0._00 l .l lNDDl: L ll -
l 13l 46l l-H lTSH-TSHlTSH-TSHj _l00074l560RCl -l 0.00l _l .-l NDD l . - li i I .l_ 1 I I I I I l- I l- l l l li CONAH NUCLEAR
. . h /$
CUMULATIVE' REPORT
' 04/92, UNION ELECTRIC COHPANY, CALIAVAY, - UNIT 1..
7EAH GENERATOR: B PAGE: 4 0F l4 ~
'pATION: ALL .
.DATE:. 08/03/92 Q ITERIA: PROBES - 520RC,520RP,540RP,560RC, ll0T LEC ONLY. 'TIHEi 13:42:33
.l_ l l l l EXAM EXTENT l l _l l l CURRENT _
l lR0Vl COL lllEAT#lLEClPROCRAHl ACTUAL l REM l CAL l PROBE l LOCATION [ VOLTS lHILlDEGl t lCH--l.
-- l - l- l l 1 I I I -I l- I .I l- I ._. l _ l
[-14l 46] l H lTSit-TSlilTSH TSHj l00074l560RCl l 0.00l l -- lNDDl -l. l 15) 46l l 11 lTSH TSHlTSil-TSHl l00074l560RCl -l 0.00l -l_ lNDDl. .l1 l 16] 46l l H lTSH-TSil[TSH-TSHl l00074l560RCl l 0,00l l lNDDl_ j-l 17l 46l l H lTSH-TSHlTSH TSHj l00074l560RCl 1.0.00[ -l lNDDl'
.l 18) 46l l H lTSH-TSillTSil-TSill l00074l560RCl l 0.00l l lNDDj l 19l 46] l H lTSH TSHjTSH-TSilj l00074l560RCl l 0,00l l lNDDl l:
l 20l 46l l 11 lTSil TSillTSit TSHj l00074l560RCl l-0.001 l_ lNDDl _l-j.21l 46l l 11 lTSH-TSHlTSit TSHl l00074l560RCl l 0.00 j- lNDDl: l l-22l 46l _ l H lTSH-TSHlTSH TSIIl l00074l560RCl l 0,00 l. lNDDl - l :_ l 32) 46l l 11 lTSH TSHjTSH-TSill l00076l540RPl l 0,00l l= INDDl- .. l _ l 33l 46l l 11 lTSH TSiljTSil-TSill l00076l540RPl' l 0.00l _l lNDDl l l 34l 46l l H lTSil TSHjTS!!-TSHj l00076l540RPl l 0,00l :l lNDDl J _l 43l 46l l !! lTSH-TSHlTSH-TSH j l00076l540RP] l 0.00l. l lNDDl 'l l 53l 46l l H lTSH TSHlTSil Tsill l00076l540RPl l.0,00l l -lNDDl l1 l 11l 471- l 11 lTSH-TSHlTSH TSill 100074l560RCl l 0,00l- l lNDDl. -[' l 12l 47l l H lTSH TSillTSH TS11l l00074l560RCl l 0,00l l -lNDDl ll-l 13l 47l l H lTSil-TSillTSH-TSHl l00074l560RCl -l 0.00l l lNDDl- -l _
~l 14l 47l l H lTSH TSHlTSH-TSH] l00074j560RCl l 0.00l' l lNDDl l-l 15l 47l l 11 lTSH-TSH]TSH-TSilj l00074l560RCl l 0,00l l -lNDDl l 6l 47] l H [TSil-TSHlTSH-TSH j l00074l560RCl l 0,001 l' lNDDl 'l 7l 47) l 11 lTSH TSHlTSH TSHl l00074l560RCl l 0.00l .lNDDl h 8l 47l l H lTSH TSillTSH-TSHl l00074l560RCl l 0,00l l
l lNDDj
-- l -
l l-19l 47l l H lTSil-TSHlTSH-TSHl _ l00074l560RCl l 0,00l_ -l lNDD[ _[-
.l 20l 47l l H lTSH-TSHjTSH TSHl l00074l560RC) l 0,00l .l lNDDj lE l 21l 47l l H lTSil-TSHlTSil-TSHj l00074[560RCl l 0.00l l lNDDl ~ l -- -
l 22l 47l l H lTSil TSHjTSH-TSHI l00074l560RCl l 0.00l l lNDDj- J. l-33l 47l l H lTSH-TSHjTSH TSill l00076l540RPl l 0.00l l -lNDDj_ l. l 43l 47l l H lTSH-TSHlTSH-TSill [00076l540RPl l 0,00l- _l lNDDl -l l 46l 47] l 11 lTSH-TSHlTSH-TSHl l00076[540RPl l 0,00l. l- lNDDl. l i
-l 47] 471 l H lTSH TS!!lTSH-TSHl .l00076l540RPl l 0.00l l lNDDl- l.
-l 11l 48l l H lTSil-TSHlTSH TSHl l00074l560RCl l_0,00l: l_ lNDDl- -l l 12l 48l l H lTSH-TSHlTSH-TSHl l00074l560RCl -l 0.001 l, I NDDl- l l__13) 48l l It ' lTSH-TSHlTSH-TSill - l000741560RCl l 0.00l l- lNDDl! l'
_l 14l 48l l H -lTSil-TSHjTSH-TSHl l00074l560RCl l 0.00l lL lNDDl' :l 1 15l 48[ ] H [TSH-TSHlTSH-TSHj l00074l560RCl l 0,00l_ .l lNDDll l! " l_16l 481 l H lTSH-TSHlTSH-TSilj l00074l560RCl- l.0.00l l .lNDDl ll _l_17lx48l l H lTSil TSHlTSH-TSill l00074l560RC[ l 0.00l ll -lNDD j __ :l. 1: 18l'48l l H lTSH TSillTSH-TSHl l00074l560RCl .l 0,00l- -l: lNDDj= .j; l l 19l 48l l H lTSH-TSHlTSH-TSHl [00074l560RCl l_0.00[ _-l lNDDl- : l_ = i l 20l 48l l H lTSH-TSHlTSH-TSHl l00074l560RCl -l 0.00l .lL lNDDl ~lE 4 l"21l:48[ l 11 lTSil TSillTSH TSHj . l00074 l560RCl l 0.00l l [NDDl .l q
.l - 22l- 48l l 11 lTSH-TSHlTSH-TSHl l00074l560RCl- l l 0 ~. 00 l l. lNDDl l i
_l.28l 48l_ l H_lTSH-TSIIlTSH TSHj l00076l540RPl .l 0,00l. l ;lNDDl l l 111 49l - l H lTSH-TSHjTSH-TSill l00074l560RCl: .l.0.00l l lNDDl- ?l _
.l 12l 49l l 11 lTSH TSH]TSH-TSHl 100074l560RCl -l'O.00l' l lNDDl- 'l
-l 11 1 I I I l l 1 -l 1 1 I l- I- _l' s -
q CONAM NUCLEAR 4 i E_
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; e
! W _ . . CUHULATIVE REPORT
' 04/92, UNION ELECTRIC- COMPANY,i CALIAWAY, UNIT 12 PACE: 5'0F 214
[ XEAM CENERATOR: B. MA!10N;--ALL DATE:0 ~08/03/92; t ..
% 3 TERIA: PROBES - 520RC,520RP,540RP,560RC, HOT LEC ONLY TIME: 13:42:33, ,
i l .l l l l E.XAM EXTENT- l l l l l -CURRENT. l;* R0Wl COL lIlEAT#lLEClPROCPAMl ACTUALlREMl CAL l PROBE l LOCATION l VOLTS lMILjDECl % lCil l > ll_i_l. l l 13l 49] l .__ I I l H lTSH TSillTSil TSHj I l- .l_ l00074l560RCl i l I l l 0.00l _ l -- .lNDDl. l l __ l l '
- l :14 l 49 l l 11 lTSil-TSH jTSH-TSill l00074l560RCl l 0.00l ll lNDDl ~ l l 15l 49l l It 'lTSit TSHlTsil TSit] l00074l560RCl- l 0.00l l _ j NDD l l l 16l 49l l H lTSH-TSillTSil TSill l00074l560RCl l 0.00l l lNDDl l-l 17l 49l - l 11 lTsil TSillTS:(-TSH j l00074l560RCl' l 0.00l- l lNDDj ;l~
-l 18[ 49l l 11 lTSH-TSillTSit TSilj l00074l560RCl l 0~.00l- l. [NDDl 'l-
- l 19[ 49l l 11 lTSil-TSHlTSil TSill l00074l560RCl l 0.00] l lNDDl: l3 l 20l 49l' l H lTSH-TSHlTSH-TSilj l 0.00l
~
l00074l560RCl [. lNDDl- .l. , l 21] 49l l 11 lTSH-TSillTSil TSill l00074l560RCl- -l 0.00l-
. l .]NDDl -l' l-22l 49l j 11 lTSil-TSillTSH TSHj l00074l560RC] l 0.00l .l lNDDl .l . '
l 47l 49] l 11 lTSil TSHlTSil TSHl l00076l540RPl l 0.00] l' lNDDll l.q l 11l 50l l H lTSil-TSHlTSH-TSill - l00074l560RCl l 0.00l j. lNDDl -l l 12l 50]. l H lTSH-TSillTSil-TSHl l00074l560RCl l 0.00l l lNDDj l l 13] 50l l H lTSH-TSHlTSit Tsilj l00074l560RCl l 0.00l l lNDDl 'l( ;
- l 141 50] l H lTSH TSil[TSH TSHl- l00074l560RCl l 0.00l : l __ lNDDl l l 15] 50l l 11 lTSil TSillTSH-TSHj l00074l560RCl l 0.00l l- lNDDl ' l) ljl6l 50l l H lTSil TSillTSH-TSHj 100074l560RCl j.0.00l ll. lNDDj .]-
l 17l 50l l H lTSH-TS11lTSH-TSilj l00074l560RCl l 0;001 l lNDDl- l: l 18] 50[ l H lTSil TSillTSil TSHl l00074l560RCl l 0.00l l -]NDDl l J> s19l 50l l H lTSH TSHlTSH-TSill l00074l560RCl -l 0.00j l : lNDDl: l. 30150[ l H [TSH-TSH[TSil TSill l00074[560RCl -l 0.'00l l lNDDl- 'l-21l 50l l H lTSil TSillTSil TSHl l00074l560RCl- l 0.00l l [NDDl ~ l _- l 22l 501 l H lTSH-TSillTSil-TSilj l00074l560RC] -l 0.00l l ;lNDDl l
-l 23l 50l l H lTSil-TSillTSil TSHj l00074l560RCl -l 0.00l l lNDDl l~
l 44l 50l l H lTSil-TSillTSit-TSill l00076l540RPl l 0.00l l. lNDDl li l 551 501 l H lTSil-TSillTSH-TSilj l00076l540RPl l 0.00l- 'l lNDDl- l l 11l 51l l H lTSil-TSH[TSit-TSHj l00074l560RC]- -l 0.00l l lNDDl1 -l l 12l 51l l 11 lTSH-TSHlTSH-TSill l00074l560RCl l 0.00l _j. _lNDDl- l-l.13] 51] l 11 lTSH-TSHlTSil-TSHj l00074l560RCl l 0.00l. l lNDDl- l; - l 14l 51l l 11 lTSH-TSHlTSH-TSill 'l00074 l 560RCl l 0.00l- l _- -lNDDl' -l: _l 15l 51l l H- lTS11-TSillTSH;TSHl -l00074l560RC[ l 0.00l l. ]NDDl! -l-
;) 16l'51l l H lTSH-TSillTSH TSHj l00074l560RCl' -l 0.00l -l lNDDj l
.l 17l 51] l 11 lTSH-TSillTSit-TSill l00074l560RCl- l 0.00l l lNDDl; .l; l 18[ 51l l H lTSH-TSillTSH-TSHj l00074l560RCl l 0.00l l lNDDl l-l 19l 51l l H lTSil-TSHlTSH TSill_ l00074l560RCl .l 0.00l ~l :lNDDl l
_l 20] 51l l H-lTSH-TSillTSH TSHl l000741560RCl [.0,00l -l -lNDDl l1 l.21] 51l l H lTSH-TSHjTSil-TSHl -100074l560RC) [ 0.00l- _ lt lNDDl l_ l'22) 51l -l H - lTSH-TSHlTSH Tsill'_ _l00074l560RC] .l 0.00l l lNDDl. -l-l 281-51l l H lTSit-TSillTSH-TSHl l00076l540RPl l 0,00l i l- lNDDl l-
'l 35l 51l. l H-lTSH-TSHlTSH TSHj l00076l540RPl l 0.00l.- 'lL ~lNDDl Ll_
l 47l 51l l H lTSil-TSillTSil-TSHj [00076]S40RPl l 0.00l -l. 'lNDDl l'
.l~11l 52l . l 11 lTSH-TSHlTSil-TSill l00074]560RCl l 0.00l _ l: lNDDl- 'l >
l 12l 52] l H l"'SH-TSillTSH-TSHl _l00074l560RCl l 0.00]' l .lNDDl: ;l' l 13l 52l l -H lTSH TSillTSH-TSilj [00074l560RCl _ l 0.00l: l lNDDl .l , l 14l 521- l 11 -lTS11 TSillTSil-TSill l00074l560RCl l 0'.00l -l, -lNDDj~ -l
.I ~l I I I; l i I l l l -l ' ~l -l _ I l-k CONAM NUCLEAR f
w- - + y -
_ _ ~ _ ~~ _ _ - _ . - .. .m . 1 CUMULATIVE REPORT
~
' 04/92, UNION ELECTRIC COMPA!W, CALIAWAY,l UNIT l' l
f q EAM CENERATOR: B PACE: 6 OF_ 14;
-,f IATION: ALL _
. DATE: 08/03/92 '!
D ITERIA: PROBES - 520RC,520RP,540RP,560RC,110T LEO ONLY TlHE: ~ _13:42:33 ,
-l l l l l EXAM EXTENT l l l l l CURRENT _l ll ROW l COL l HEAT #lLEClPROGRAHj ACTUAL lREHj CAL lPROBEj LOCATION l VOLTS] MIL lDECl % [CH l- ,
-l l l l l- l 1 1 1 l _I- I .:l 1 1 _l
.l 15l 52l l H lTSil-TSillTSH TS!!l l00074l560RCl ~ l 0.00l. l- :lNDDl l.
l 16] 52l l H'lTSH TSHITSH TSHl l00074l560RCl l 0.00l1 l lNDDl .[ { l 17l 52l l 11 lTSH TSillTSil-TSHj l00074l560RCl l 0.00l l -lNDD[ L ; l 18] 52l l 11 lTSil TSlllTSil TSHl l00074l560RCl l 0,00l l" :lNDDl' l 19[ 52l l !! lTSH-TSil]TSil TSill l00074l560RCl l 0.00l l lNDDl l 20l 52l l H lTSil TSillTSil TSill l00074]560RCl l 0.00l_ l - [ NDD l - 'l.
- l 21l 52l l 11 lTSH-TSillTSH-TSill 100074l560RCl l 0.00l l_ lNDDl l l l 22l 52l l H lTSH-TSHlTSll-TSHl l00074l560RCl l 0.00l- l lNDDl -- l :
'l 28l 52l l 11 lTsil-TSillTSil-TSili 100076l540RPl l-0.00l .l- lNDDl' ' [7
_l 34l 52l l 11 lTSll TSHlTSH-TSHj l00076]540RPl l 0.00l -l lNDDl- :l< > l 35l 52] l H lTSH TSillTSil-TSHl l00076l540RP[ l 0.00l' .l lNDDl l l 36l_52l l H lTSH TSHlTsil TSill .l00076l540RPl l 0.00l l lNDDj: - l: l 47] 52l l 11 lTSH TSillTSH-TSill 100076l540RPl l 0.00l [ - [ NDD l- l- _l-11l 53l l 11 lTSH TSHlTSH TSill l00074l560RCl l 0.00l= _l lNDDl .l_ l 121 53l l 11 lTSil-TStilTSH TSill l00074l560RCl l 0,00l_ l lNDDl _l l 13l 53l l .11 - l TSil-TSH l TSH-TSH j - l00074l560RCl l 0.00l l lNDDl _l: l: 14l 53 l-
~ l- H lTSH-TSillTSll-TSill l000741560RCl l 0,00l l lNDDl l: '
l 15l 53l l 11 lTSH TStijTSil-TSHj l00074l560RCl l 0,00l -l . -lNDDj' -l lL16l 531 l - H lTSil-TSHlTSH-TSill l00074l560RCl l 0.00[ l lNDDl :. [ j A 171 531 l- 11 lTSil-TSillTSil TSH j [00074l560RCl l 0.00j l _lNDDj: l (' 8l 53l l 11 lTSH TSillTSH-TSill [00074[560RCl l 0.00l' l lNDD j; l: 19l 53[ l H lTSH TSlilTSil-TSHl l00074l560RCl l 0.00l l lNDDl _. l 20l 53l _-l l H lTSH-TSHlTSil TSill l00074l560RCl _j 0.00l l -- l NDD l - l. 1 21: 53l l H lTSH TSillTSH TSlii l000741560RCl .l 0,00l _l- lNDDl-- _l ll 221 53l j . H lTSil TSHjTSil-TSill . l00074l560RCl l 0.00l.. !. lNDDj, .l
- l 35l 53l l 11 (TSH-TSHlTSH-TSH j l00076l540RPj' l 0.00[ l llNDDl. 'lz l 461 53] l 11 lTSH TSHlTSH-TSill -l00076l540RPl - l.- 0. 00 l l- . [ NDD I - ;l -
l 47( 53l l 11 lTSH-TSHlTSH-TSill l00076l540RPl l 0.00l l lNDDl- l l-- 111 - 541 l 11 lTSH-TSillTSil-TSHl l00074l560RCl' l 0.00l: l 'jNDDl -l
.l. 12l 54l l H lTSil-TSillTSH-TS11l l00074l560RCl .l 0.00l .l .jNDDl l1
-l 13] 54l l H lTSH-TSHlTSH-TSHl l00074l560RCl l 0.00l -l lNDDl l
.l 14l 54l l 11 lTSH-TSHlTSH-TSHj l00074l560RCI l_0.001 - 1.- lNDDl -l l.15l.54l l H lTSH TSHlTSH-TSilj -l00074l560RCl l'0,00l -l -lNDDl) ~l?
l 16l 54l- l H lTSH TSHlTsil TSill l00074l560RCl l 0.00l l .lNDDl; l; l 17[ 54l [ H lTSH-TSHlTSH+TSHj l00074l560RCl [ 0.00[- l- lNDDl.: tl. l 18 l 54 l l 11 lTSH-TSHlTSH TSHl l00074[560RCl [ 0.00l' l _ l NDD l - l; , l'19l 54[ l H lTSH-TSHlTSH-TSilj l00074l560RCl l 0.00l l -lNDDl :l l 201 54l l 11 lTSil-TSillTSH TSHj l000741560RCl_ l 0.00[ { .lNDDl :lu
-l 21l 54l l H lTSil' TSillTSil-TSHl l00074l560RCl 'l 0.00) l lNDDl- . ):. ,
i 22[.54l- -l H lTSH TSHlTsil-TSHj l00074l560RCl- l 0.-00l j' .l NDD l - -l l_29{ 54l l H-lTSH-TSHlTsil TSHj l00076l540RPl l 0.00l -l lNDDl~ l' l 47l 54l l H lTSH-TSHlTSH-TSHl l00076l540RPl l 0,00l- l- -lNDDji '[? l 48l 541 [ H lTSH-TSHlTSil-TSill l00076l540RPl l 0.00l _l lNDDl. l l 11l 55l l H lTSH TSHlTSil TSHl l00074l560RC) l 0.00l- -l -lNDDl. _-l f il 121 55l l 11 lTSil-TSHjTSH-TSH j l00074l560RCl l-0.00l; 'l lNDD j ~ lE 1 'l l __ I _ I I l__I I l- l l I _I___l __li CONAM NUCLEAR 1
CUMULATIVE REPORT 04/92, UNION ELECTRIC COMPANY,, CALIAWAY, UNIT- 1 77.AM CENERATOR; B : PACE:: 17 0F 14 (%. M TERIA:)ATION:(ALL _ _ __ DATE: l08/03/92i PROBES - 520RC,520RP,540RP,560RC,110T LEG ONLY TIME: 13:42:33 _l . l- -l l l: EXAH EXTENT l l _ l l- l. -CURRENT- -l'.
-l ROV l COL lllEAT#l LEG l PROGRAM] ACTUAL l REM l CAL l PROBE l LOCATION l VOLTS lHILlDECl 1 __lCH l 13 TSil-TSHlTSH TSill l00074 S60RC - 0.00 : NDD l 14l 55l l 11 lTSH-TS11lTSH-TS11l- l00074l560RCl l 0.00l l- lNDD] l l 15) 55l l H lTSH TSillTSH-TSHl l00074l560RCl l 0.00l 'l lNDDl l; l 16l 55l l H lTSil-TSH[TSH-TSill l00074l560RCl l 0.00l -l. lNDDl. l; l 17l.55l l H lTSH-TSHlTSil TSill' {00074l560RCl l 0.00l l lNDDl l i 18l 551 l 11 lTSH-TSillTSil TSill l00074l560RCl l 0.00[- l. ] NDD l . :)
l 19l 55l l H lTSH-TSHlTSil-TSill l00074l560RCl l 0,00l. l -lNDDl. _l: 1 201 551 l 11 lTSH-TSHlTSil TSill l00074[560RCl l 0.00): l- lNDDl l' a l 21l 55l l H lTSH TSHlTSH TSHl l00074l560RCl l 0.00l l- lNDDjL -ll d l 22l 55l l H lTSH-TSHjTSH-TStij l00074l560RCl l 0.00l l- lNDDl: ;lL l 28l 55l l H lTSH TSHjTSil-TSHj l00076l540RP] l 0.00l_ l: lNDDl- ] l 29l 55l l H lTSH-TSHlTSH-TSill l00076l540RPl -l 0.00l- l. lNDDl l-l 30l 55l l H lTSH-TSH]TSH-TSHl l000761540RPl- l 0,00l l lNDDl_ -- l l 43l 55l l H lTSH TSHlTSH-TSHl l00076l540RPl l .0.00 l' l - [ NDD j ' l _l 48l 55l l H lTSH TSHlTSH-TSHj l00076l540RPl l 0.00l l lNDDj; :)-
-l 54l 55l l H lTSH-TSHjTSH-TSHl l00076l540RPl l 0.00l l 'lNDDl: l
,l.55[ 55l l H lTSH-TSHlTSH-TSHl l00076l540RPj- l.0.00l- l lNDDl- l ...j
-l 11l 561 l H lTSH-TSHjTSH TSHl. 100074l560RCl l 0.00l_ l lNDD} fi l'12[.56l _ l H-jTSH-TSHjTSH TSHj l00074l560RCl l 0.00l l. :lNDDj ~ [- 'l 3l.56[ l H lTSH TSHlTSH-TSHj -100074l560RCl l 0.00] .l lNDDl: l, l H lTSH-TSHlTSH TSHl l00074l560RC) l 0.00l -l 04l 5l561 l 16l 56l 56l l H lTSH TSHlTSH-TSHj l H lTSH-TSHjTSH TSHl l00074l560RCl l 0.00l l-l
- l NDD l .
lNDDj_ .l: l; l00074l560RCl l 0.00l [ .lNDDl i 17] 56l l H lTSH-TSH""SH-TSHl l00074[560RC[ l 0.00l [ . lNDDl- j.
'l 18l 561 l H lTSH-TSH IISH-TSHj l00074l560RCl l 0.00l- .l lNDDl l' j'19] 56l l H lTSH TSHlTSil-TSHl [00074l560RCl l 0.00ll l lNDDl- l.
.l 20l 56l l H.[TSH-TSHlTSH-TSHl l00074l560RCl l 0.00l l lNDDl 7l' ;
- 21) 56l l H lTSH-TSHjTSH-TSHj' ] 0.00l
--l l 22l 56l l H lTSil-TSHITSH-TSHl l00074l560RCl l00075l560RCl 'l 0.00l- -j l -lNDDl
.lNDDlJ l(j lt
-j 29l 56l l H lTSH-TSHjTSH-TSHl l00076l540RPl l 0.00l_- .l ;lNDDl l:
l-.32l 56l l H [TSH-TSHlTSH-TSHl l00076l540RPl l 0.001' 'l -lNDDl. _l' l 33l 56] l-H lTSH-TSHlTSH-TSHl l00076l540RPl l 0.00l l -- -lNDDl :l-l 38l 56l l H lTSH TSHlTSH-TSHl l00076l540RPl l 0,00l l -lNDDj _l- [ 48l'56l l H lTSH-TSHlTSH-TSHj l00076l540RPl l 0.00l -l. l NDD j _ 'l ' , l 11l 57l l H.jTSH-TSHlTSH-TSHI l00075[560RCl l 0 00l= 1 : lNDD j- fl l l 12l_57l_ l H lTSH-TSH]TSH-TSHj l00075l560RC[ [ 0.00l -l- . l NDD l - l s-
- l 13l 571 l H lTSH-TSillTSH TSHl l00075l560RCl l 0.00l. l lNDDl l l 141 57l l H_lTSH TSHlTSH-TSHj l00075l560RCl l 0.00l l lNDDl- l lc15l 57l l H lTSH-TSHlTSH-TSHl l00075l560RC] j ' O . 00 l-- ll _l NDDl lx ]
.[ 16l 57l l H lTSH-TSHITSH-TSHl l00075j560RCl l 0.00l. 'l_ lNDDl : l:
l 17l 57l-l H lTSH-TSHlTSH-TSHl l00075l560RC[ ] 0,00l. l -lNDD] .l? l 18l: 57l l-H lTSH-TSHjTSH-TSHl l00075l560RCl l _0. 00 l ' l- lNDDl. j' , l 19l-57l- 1 Hi(TSH-TSHjTSH-TSHl l00075]560RCl- l.0.00l ~l? lNDDl- .l: ! l 20] 57] l H lTSH-TSHjTSH-TSHj .l00075l560RCl l 0.00l- l lNDDl' -l-l 21l 57l l H lTSH-TSHjTSH-TSHl ~l00075l560RCl' -l 0.00l l lNDDl l'
-l l_1 I i 1. _I I I I l- l'. -l- l- I _I Ln CONAM NUCLEAR
]
u I
CUHULATIVE REPORT , 04/92, UNION ELECTRIC COMPANY, CALLAVAY, UNIT l'
- M EAM CENERATOR: B PAGE: 8 OP 141 ,
fI v 1TERIA: ;ATION: ALL . DATE: 08/03/92 PROBES - 520RC,520RP,540RP,560RC, HOT LEG ONLY- TIMEi 13:42:33 ' l l l l- -l EXAM EXTENT l l l l -l- CURRENT l-l ROW l COL l HEAT #lLEClPROCRAMl ACTUAL l REM l CAL l PROBE) LOCATION l VOLTS { MIL lDECl 4 lCH-l_ l-- l' I I I I l 1 I i I l l_I l__l: . " l 22l 571 l 11 [TSil-TSillTSit-TSHl l00075l560RCl l 0.00l- l- -lNDDl .l l: 34l 571 l H lTSH TSHlTSH-TSill l00076l540RPl . l 0,00l' l lNDDl- l ;- j.44l 57] l H [TSil TSHlTSil-TSHl l00076l540RP] _ l 0.00] ll - l NDD l . _l ,
-l 45l 57l ~
l.H lTSH-TSHlTSil-TSHl l00076l540RPl l 0.00l l l NDD l _. :l. l-47l 57] l 11 lTSH-TSHlTSH-TSHl l00076l540RPl .l 0,00l- l- lNDDlL l: l 48[ 57l [ H lTSil-TSHlTS!!-TSHj [00076l540RP[ l 0.00l l -lNDD[e -l: l'54l 57l l H-lTSil-TSHlTSH TSHl l00076l540RPl [ 0.00l l -. lNDDj l! -! l 11] 581 l H lTSH-TSHlTSH-TSHj l00075l560RCl .l 0,00l l _NDDl l l 4 l 121 58l l 11 lTSil-TSHlTSil-TSH j l00075l560RCl l 0.00l l lNDDj .l , 1l 13l-581
. l H lTSH-TSHlTSH TSHI l00075l560RCI l 0.00l l lNDDl _ ll-
-l 14] 58l l H lTSH TSHlTSH-TSill l000751560RCl _ l 0.00l l lNDDj l l 15l 58l l H lTSH-TSHlTSil-TSHl [00075l560RCl l-0,001 l .lNDDl- .l-l 16] 58[ l H lTSH-TSillTSH-TSHl l00075l560RCl l 0.00l
_ l lNDDll l
.l-17l 58l l H lTSH-TSHlTSH-TSH[ l00075l560RC)- l 0.00[ l- lNDDl l l 18] 58l l H lTSH-TSillTSH-TSHj _100075l560RCl l 0,00l l lNDDl l l 19l 58l l H lTSH-TSHITSH-TSHl l00075l560RCl l 0,00l -_ l lNDDl, 'l l 201 58l l H lTSH-TSHITSH-TSHj l00075l560RCl [,0,00l l_ lNDDj- l l.21l 58l l H lTSH TSHlTSH-TSHj 100075l5CORCl l.0.00l l -[NDDl- l ;
- l 22] 58] l H lTSH TSHlTSH-TSHj l00075l560RCl l 0,00l l -lNDDj l-A 111 591- l H lTSH-TSHlTSil-TSilj l00075l560RC) .l 0.00l l - lNDDl .. -l-
-(
1 2] 59l l H lTSH-TSHlTSH-TSHj l00075l560RCl l 0.00l l. -lNDDj; ll i;
's,23l59l l 11 lTSH-TSHlTSH-TSHj l00075l560RCl l 0.00l. l lNDDl l.
l 141 59l l 11 lTSH-TSHlTSil-TSHl l000751560RCl l-0,00[ l lNDDl- l -- ' l 15l 59l l H [TSH-TSHlTSH-TSHl [00075[560RCl .l 0,00[ l lNDD] l j 16) 59l l H lTSil TSHlTSH-TSHl [00075l560RCl 'l 0.00l .l lNDDl 'l-l 17l 59l l H_lTSil-TSHlTSH-TSHj l00075l560RC] l 0.00l l- lNDDl: l.J
-[-18l 59l l H lTSH-TSHlTSH-TSHj l00075l560RCl l 0.00l l_ .[NDDl 'l l.19] 59] l H lTSH-TSHjTSH-TSHl l000751560RCl l 0.00l l; [NDDl 'l .
- -l 20l 591 l H lTSH-TSHlTSH-TSilj l00075l560RC) l _. 0.,001 - l_ l NDD l .- :l
'l_21l 59l l H lTSH-TSHlTSH-TSHj- l00075l560RCl l 0.00l. l _- lNDDl. -l '
.l 22l 59l l H lTSit-TSHlTSH-TSHl :l00075l560RCl l,0,00l .l .lNDDl 'j. l l~34l 59l l H lTSH-TSHlTSH-TSHl -l00076l540RPl .l 0.00l. l lNDDl li
'.l~47l 59[
.l H lTSH-TSHlTSH-TSHj l00076l540RPl. -l 0.00l l lNDDl l; l 53l 59l l H lTSH TSHlTSH-TSHl l00076[540RPl l 0.00l- l "lNDDj -l
-l 18[_60l l H lTSH-TSHITSH-TSHI l00075l560RCl l 0.00[- .l- lNDDl- l l 19l 601- l H lTSH-TSHlTSH-TSH] [00075l560RCl l 0.00l l .lNDDl. ;l_
l 201 60l l H lTSil TSHlTSH-TSHj l00075l560RCl l 0.00l- l lNDD)_ .l
- l 21l'60l l H [TSH-TSHlTSH-TSHj l00075l560RC) l_0.00l l llNDDl. ;ll l-22l 60l -l H lTSH-TSHlTSH-TSHl- 100075l560RCl l 0.00l =l lNDDl- ~l" lL331.60l l H lTSH-TSHjTSH-TSHl l00076l540RPl l 0.00l- -l _lNDDl ll l 43] 60l- l H_jTSH TSHlTSH-TSHI 'l00076l540RPl - l 0.00[- l' l NDD l _- -ll
-l 56l'60l l H [TSH TSHlTSH TSHl l00076l540RPl _l 0.00l l. [NDDl l-
_l 191161l l H lTSH-TSHlTSH-TSHj l00075l560RCl 'l 0.00l -l -lNDDl [L
-l'20] 61l l H [TSH-TSHlTSH-TSHj [00075l560RCl l 0.00l _l lNDDl l-l 21l 61l l H lTSil-TSHlTSH-TSHl l00075l560RCl l 0.00l l lNDDl; l
- 1 -l i I I l- 1 I l 1 i i l_I I l CONAM NUCLEAR
m - , CUbiULATIVE REPORT 04/92,-UNION ELECTRIC-COHPANY, CALLAVAY,cUNIT l'
- ("FAH CENERATOR: B' PACE: 9 0F _ 14 '
j tATION: ALL _ . _ _ _
-DATE: _08/03/92-C dTERIA:-PROBES - 520RC;$20RP,540RP,560RC, HOT LEC ONLY .T1HE: 13:42:33-
.l -l l l l EXAM EXTENT l -l l l l CURRENT _ _ l'.
_l ROW l COL l HEAT #l LEG lPROCRAHj ACTUALjREMl CAL l PROBE l LOCATION l VOLTS lHIL]DECl t-lCH l-I -l i I l 1 I I l- 1 I l- l - l _ I ___ l : l_22l 61l l H lTSH-TSHlTSH-TSHj l00075l560RCl l 0,00l l lNDDl lg l 33l 61l l H lTSH-TSHlTSH-TSHj l00076l540RPI l 0,00l . l lNDDl- l
- l 47l 61l l H lTSH-TSHlTSH-TSHj l00076l540RPl l 0.00) l lNDDl l-l 19l 62l l H lTSH-TSHlTSH-TSHl l00075l560RCl -l 0.00l _ l lNDDl- :1 -
l 20l 62l l H lTSH-TSHlTSH-TSH[ l00075l560RCl l 0,00l l lNDDl- l. l 21l 62l l H lTSH-TSHlTSH-TSHj l00075l560RCl l 0.00[- l lNDDl .[ l 22l 62l l H lTSH-TSHjTSH TSHl l00075l560RCl l 0.00l l l NDD l:- j. l 33l 62l l H lTSH-TSHjTSH-TSHj l00076l540RPl . l 0,00l _ l lNDDl- l: l 48l 62l j . H [TSH-TSHlTSH-TSill l00076l540RP] l 0,00l l lNDDl l l 54] 62l l_H lTSH-TSHlTSH-TSHl l00076l540RPl .l 0.00l l lNDDl. l. l 19l 63l l H [TSH-TSHlTSH-TSHj l00075l560RCl l-0.00l- l lNDDl l l 20] 63l l 11 lTSH-TSHlTSH-TSHl l00075l560RCl l 0,00l j. lNDD[ 'l l 21l 63l l H lTSH-TSHlTSH-TSHj l00075l560RC) l 0,00l_ l lNDDl -1 l 22l 63l l !! lTSH-TSHlTS!!-TSHl l00075[560RCl l-0.00l l -lNDDj l l'47l 63l l H lTSH-TSHlTSil-TSHj l00076l540RPl l 0.00l l- 'jNDDj l - l 481 63l l H lTSil-TSHlTSH-TSHl l00076l540RPl _lj0.00l l lNDD]: l} l 49l 63l l H lTSH-TSHlTSH-TSHl l00076l540RPl l 0,00l l- lNDDj l l 54l 63l l H lTSH TSH[TSH-TSHj l00076l540RPl l 0_.00l l -lNDDj; _l l 57l 63l l H lTSH TSHlTSil-TSill l00076l540RPl l 0,00[ l- ._ l NDD j [' A 17[ 64l l H lTSH-TSH[TSH-TSHj [00075l560RCl [ 0,00l l lNDDj l l ( l H lTSH-TSHlTSH-TSHj l00075l560RCl l 0.00l l lNDDl l-N 'h8l 19l 64l L 64l l H lTSH-TSHlTSH-TSHj l00075l560RCl l 0,00l l lNDDl- .[' l l 201 641 l H lTSH TSH[TSH-TSHl. l00075l560RCl l 0,00l l lNDDl_ l_ l 21l 64l l H-lTSH-TSHlTSH-TSHl l00075[560RCl l 0,00[ . l _- lNDDl. l_ l 22[ 64l l H lTSH-TSHlTSH-TSHj l00075l560RCl l 0,00l- l- lNDDl -l-l 29] 64l l H lTSH-TSHlTSH-TSHl l00076l540RPl _l 0,00] l_ lNDDl [:
~ l 481 64) l H [TSH-TSHlTSH-TSHj l00076l540RPl l 0,00l [. lNDDl l:
l 56l 641 l H_lTSH TSH]TSH-TSHl l00076l540RPl l 0,00l' l lNDDl .l*
. [ 19l-65l l H lTSH-TSHlTSH-TSHl l00075l560RCl -l 0,00l l- -lNDDl .l?
l 201 65l l H lTSH-TSHlTCH-TSHj l00075l560RC[ [ 0.00l' l _. [NDD l- j' + l 21l 65l l H lTSH-TSHlTSH-TSHj lu0075l560RCl l 0.00l _ l clNDDl .[- l'221 65[ [ H lTSH-TSH[TSH-TSHj l00075l560RCl l 0,00l l lNDDl. -l l 28l 65l l H lTSH TSHlTSH-TSHj l00076l540RPl _ l 0.00l _ l- . [NDDl- l l 29] 65l l H lTSH-TSHlTSH-TSHl -l00076l540RPl l - 0_,00 l l -lNDDl _ l-l 30j 65l l H lTSH-TSHlTSH-TSHl- -l00076l540RPl -l 0,00l- l :lNDDl: l l _j 47l_65l -l H lTSH-TSHlTSH-TSHl 1000761540RPj l 0.00l _l1 lNDDj- -ll L l-'481 65) l H lTSH TSHlTSH-TSHl_ l00076l540RP[ l 0,00l l- lNDDl l. l- l.49) 651 l H'jTSH-TSHlTSH-TSHl l00076]540RPl l 0.00l 1 [EDDl, -lL _ j.561 651 l H lTSH TSHlTSH-TSHj l00076l540RPj- l 0,00l ll- lNDDl .l
. l 19l'661 l H lTSH-TSHlTSH-TSHl l00075l560RCl l 0.00l ~l. INDDl- l.
I 20] 66l l H lTSH TSHlTSH-TSHj l00075l560RCl l 0.00l- l lNDDl -l' , l 21l'.66[ [ H lTSH-TSHlTSH-TSHj
-l00075l560RCl [ 0.0Cl l lNDDl . l f l_22[ 66l l H lTSH-TSHlTSH-TSH[ -l00075[560RCl j.0.00l l lNDDl l l- l 291 66l -l H lTSH-TSHlTSH-TSHl l00076l540RPl- l 0.00l l- l NDD j '. l_
l l 48] 66l l H [TSH-TSHjTSH-TSHl ]00076l540RPl l 0.00l l- lNDDl. -l-l 1 1._. I l l I I I I I I l- l 1.___. I I L}] CONAM-NUCLEAR t
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s 3 CUHULATIVE'REPORTL 04/.92,' UNION ELECTRIC-COMPANY, CALLAWAY,-UNIT'l-l M TEAM' GENERATOR: B- ' PACE: . 10 Ol' 114 d ' j NATION: ALL _ _ DATE:7 108/03/92 V ITERIA: PROBES - 520RC,520RP,540RP,560RC, -Il0T LEC ONLY TIME: 13:42:33
!l} _l l l l- EXAM EXTENT - l l l l 1 CURRENT .ll, l ROW l COL lllEAT#lLEClPROGRAMj' ACTUAL]REHl CAL l PROBE l LOCATION JVOLTSIMILlDECl % l Cil l ~
l ___ I _ I _- 1 I I .I I I I _l 1.__l l l l
;-l 18l 67l l H lTSil-TSillTSit Tsill l00075]560RCl l 0.00l :l lNDDl7 l l 19l 67l l 11 lTSH-TSHlTSH-TSill 100075l560RCl l 0.00l l :lNDDl- -l:
Jl 20] 67l l H lTSil-TSillTSil-TSill . l00075l560RCl ; l 0.00l 'l lNDDli j= ' t l 21la67l l 11 lTSil-TSillTSH-TSill l00075l560RCl l 0.00j l- lNDDl ;l 5 l 22l 67l l H lTSH-TSillTSll TSHl l00075l560RCl l 0.'00 [ lNDDl l? l152l 67l l 11 lTSH TSillTsil-TSHl l00076l540RPl - l 0.00]- lNDDl-- jf 4
-l 57] 67l l 11 lTSH TSillTSH-TSIIl l00076l540RPl l 0.00l -l -jNDDl3 _l
[ 59] 67] l 11 lTSil TSHjTSil TSill l00076l540RPl l 0.00[ -1 :lNDDl :l [-19l 681 l H lTSil TSillTSH TSill l00075l560RCl l_0.00]f l- llNDD[ ll r l 20l 68l l 11 [TSil-TS!!lTSH-TSilj -l00075l560RCl [-0,00l lT :lNDDll [, l 21l 68l l 11 lTSH-TSHlTSil TSill l00075l560RCl - l 0.00l_ l lNDDlt lj ' l 22l 68l l H lTSil-TSHjTSH-TSill l00075[560RCl l 0.00 [- l JNDDl- -l l 19l 69l l 11 lTSil TSHlTSil-TSHj l00075l560RC) .l 0.00l l- l NDD l-= > ll l 20l 69l l H lTSH TS!!lTSil-TSill l000751560RC] l 0.00l l- lNDDl? J [_: , l(2Ll 69l l 11 lTSit-TSHlTSll-TSHl l00075l560RCl l 0=00l Li -lNDDl1
- l7 22l 69l l H lTSil-TSillTSit-TSHl - l00075l560RCl l 0.00l} l -[NDD]
. l - 19 [ 70 l l 11 lTSH-TSHjTSil-TSHl l00075l560RCl l 0.00l l- lNDDj l-
[ 20l 701- l !! lTSH-TSillTSH-TSH[- l00075l560RCl l 0 00l . ;] llNDDl : l' ll21lL70; l 11 lTSil-TSillTSH-TSill l00075l560RCl ' l 0.00l l lNDDl1 ,jf + 32l 70l l H lTSil TSHlTSH TSill .l00075l560RCl l 0.00l l lNDDl7 .l
,s J9[71l l H lTSil-TSillTSll-TStil 100075l560RCl l 0,00l- l .lNDDl; [.
k.,/20 l 71 l . l H lTSH-TSHlTSil_-TSl![' l00075l560RCl l-0.00l l lNDDj_ ;l;
=l 21l 71l l-H lTSH-TSHlTSH-TSHj l00075l560RCl l 0.001- .l: =lNDDl' -l
-l 22! 71l l H [TSil-TSillTSH-TSill- l00075l560RCl- l _ _0. 00 l _ l- _ lNDDl1 'lL
] 48lr71] l H lTSil-TSillTsil-TSill 1000761540RPl l:0.00l- . l- _lNDDl- ?l 4
l-191 72l l 11 lTSH-TSH[TSil-TSHI 10007kl360RCl l 0,00[~ p .lNDDlq ll
- [_20l 721 l 11.lTSH-TSillTSil-TSill l00075l560RC] ll 0.00]i l lNDDj_ ll: .
l 211 72l l H lTSH-TSillTSH TSHl l000751560RCl [_0.00l ;l. l NDD l -. lj
-j122l-72l l H lTSH-TSHlTSH-TSHj 100075l560RCl- -lJ0.00j :l- lNDDj; xl.
[ 191 73l l H lTSH-TSillTSil-TSill: {00075l560RCl l;0,00l -l- lNDDl: l l 20) 73l 1.11 lTSH TSillTSil-TSHl -l00075l$60RCl . l 0,00[ -l1 lNDDja :l: , 211.73l 'l H lTSH-TSHlTsil-TSHj -[00075l560RCl -l40.00l; .l lNDDl q [722l 73l- l H lTSH-TSHlTSH-TSill 'l00075l560RCl l 0.00l- _l; _ lNDD]-_ L[ 52l- 73l - l 11 lTSil TSHlTsil-TSHl l00076l540RPl l 0.00l_ =j. LINDDl L
-l 19l.741 l 11 ITSH TsillTsil Tstll l00075l560RC[' _ l'0.00lf l. flNDDl. lL :
.l 20l 74l- 1 H lTSH-TSillTSil-TSill- l00075l560RCl. l 0,00l- ?l -lNDDl. 'l! a l'21l 74l lLH.lTSH-TSHlTSH-TSHl l00075l560RCl - l10.00l Ll - .lNDDji ; l1 l 22l 74l: l H ]TSH-TSHlTSH TSHj _ [00075 l 560RCl ~ J:_0.00l :1 .lNDDl _ l;
- l'18l 75l l H lTSH-TSHlTSH TSHj l00075l560RCl ] 0.00l l: -lNDDl~ :l; l 19] 75l~ l _11 lTSH-TSHlTSH TSill l00075l560RC] _ l J0.00 l' -lt lNDDl- -ll ,
- l 20l 75l-
~
l H [TSil-TSHlTSil-TSill- -l00075l560RCl l 0.00[: l- l ) lNDDI l Li 21l 75l l H lTSit-TSHlTSH TSill l00075l560RCl l 0.00l l ;lNDDl 'L l122l 75l -l H lTSH-TSillTSil-TSHl .l00075l560RCl; l 0.00l~ [ 'lNDDl; :[ - _l-47l 75l- l 11 lTSH TSillTSH-TSill Jl00076l540RPl . l 0.00l l- lNDD[ l. D
- l 19l176l -l H lTSH-TSillTSH-TSill_ l000751560RCl- :
l 0.00l- .[' [NDDl, 11 < -l' :l_l 1_ 1 -l l I I _I I : l .__ I l- lui , O ~
.CONAM NUCLEAR-k 9 - W $$
CUMULATIVE REPORT 04/92, UNION ELECTRIC COMPANY, C ALIMAY, UNIT 1 A EAM CENERATOR: B PACE: 11 0F 14
- ATION: ALL DATE: 08/03/92 ITERIA: PROBES - 520RC,520RP,540RP,560RC,110T LEG ONLY TIME: 13:42:33 l l l l l EXAM EXTENT l l l l l CURRENT l lRO'J j COL l HEAT #l LEG l PROGRAM] ACTUAL l REM] CAL l PROBE l LOCATION lVOLTSIMILlDEGl % lCil l l __ I __ l L_ I __l- 1 I I I i 1 .l _ l _ l _ l-l 20l 76l l H lTSH-TSHITSil Tsill l00075l560RCl l 0.00] l lNDDj l l 21l 76l l H lTsil-TSHITSil-TSill l00075l560RCl l 0.001 l lNDDj l l 22l 761 l H [TSH-TstllTSH-TSHj l00075l560RCl l 0.00l l [NDDl l l 29] 76l l H lTSil-TSillTSil-TSHl l00076l540RPl l 0.00l l lNDDI l l 34l 761 l 11 lTSit-TSH j TSil-TSill l00076l540RPl l 0.00l l lNDDl l l 47l 76l l 11 lTSll-TSillTSit TSlij l00076l540RPl l 0.001 l lNDDl l l 55l 76l l 11 lTSH-TSHlTSH-TSH j l00076l540RP] l 0.00l l lNDDI l l 19l 771 l 11 lTSH-TSillTsil-TSill l00075l560RCl l 0.00l l lNDDl l l 20j 77l l H lTSil-TSillTSH-TSHj l00075l560RCl l 0.00l l lNDDj l l 21l 771 l 11 lTSil-TSillTSil-TSHl l00075l560RCI l 0.00l l lNDDj j l 22l 77l l 11 lTSil-TSHlTSH-TSill l00075l560RCl l 0.00l l lNDDj l l 29l 77] l 11 lTSH-TSHlTS11 TSH j l00076l540RPl [ 0.001 l lNDDl l l 33l 77] l 11 lTSH-TSH[TSil TSill l00076l540RPl l 0.00l l lNDD] l l 34l 77l l 11 lTSil-TSillTSll-TSill l00076l540RPl l 0.00l l lNDDj l l 35l 771 l 11 lTSH-TSillTSil-Tsill l00076l540RPl l 0.00l l lNDDl l l 43l 77l l H lTSH-TSillTSH-TSill 100076l540RPl l 0,001 l lNDDl l l 47l 77l l H lTSH-TSHlTSH TSH[ l00076l540RPl l 0.00j l lNDDj l l 56l 77l l 11 lTSit-TSillTSH-TSill l00076l540RPI l 0.00] l lNDDj l
-l 15] 78l l H lTSH-TSHjTSil TSill l00075l560RCl l 0.00l l lNDD[ l-16] 78l l H lTSII-TSillTSH-TSill 100075l560RC] [ 0.00] l lNDDl l
'7l 78l l H lTSH-TSHlTSH-TS}ll l00075l560RCl l 0.00l l lNDDI l 18l 78l l H lTSil TSillTSH-TSHl l00075l560RCl l 0.00j l lNDDj l l 19l 78l l H lTSli-TSillTSH-TSill l00075l560RCl l 0.00l l lNDDl l l 20j 78[ l H lTSH-TSHlTSH-TSHl l00075l560RCl l 0.00] l lNDDl l l 21l 78l l H lTSil-TSHlTSH-TSHj l00075l560RCl l 0.00l l lNDDj l l 22l 78l l H lTSH-TSHITSil-TSill 100075l560RCl l 0.00l l lNDDl l l 281 78l l 11 lTSil-TSHlTSH-TSH) 100076l540RPl l 0.00] [ lNDDj l l 29l 78l l H lTSil-TSHlTSH TSHj l00076l540RPl ! 0.00l l lNDDj l l 34l 78l l 11 lTSH-TSH jTSil-TSHl l00076l540RPl l 0.00l l lNDDj l l 42l 78[ l 11 lTSH-TSillTSH-TSHj l00076l540RPl l 0.00l l lNDDj l l 43l 78l l 11 lTSil-TSillTSH-TSill 100076l540RP! l 0.00j l lNDDl l l 14] 79l l 11 lTSH-TSH j TSil-TSill l00075l560RCl l 0.00] l lNDDj j l 151 79l l 11 lTSH-TSH jTSH-TSill l000751560RCl l 0.00l l lNDDj l l 16l 791 l H lTSH-TSHlTSH-TSill l000751560RC) 1 0.00l l lNDD[ l l 17l 79l l 11 lTSil-TSHlTS11-TS11l l00075l560RCl l 0.00] [ lNDDl l l 181 79[ l H lTSH-TSHlTSH-TSHl l00075l560RCl l 0.001 l lNDDl l l 191 79l l H lTSH-TSillTSH-TSHj l00075]560RCl 1 0.00) l lNDDl l l 20l 79) l 11 lTSH-TSHITSil TSilj l00075l560RCl l 0.00l l lNDDl l l 21l 79l l El lTSll-TSHIT 4-TSill l00075l560RCl l 0.00l l lNDDl l l 22} 79l l 11 lTSH-TSHITSH-TSH j l00075l560RCl l 0.00l l lNDDl l l 29) 79l l 11 lTSH-TSH j TSil-TSHl l00076l540RPl l 0.00l l lNDDl l l 43l 79l l H lTSH-TSHlTSH-TSilj [00976l540RPl l 0.00l l lNDDl l l 12l 80] l 11 l TSH-TSlil TSH-TSill l00075l560RC] l 0.00l l lNDDj l l 13l 801 l H lTS11-TS!!lTS!!-Tsill l00075l560RCl l 0.00l l lNDDj l l 14l 80l l H lTSil TSHlTSH-TSHl l00075l560RCl l 0.00] l lNDDj l l L__. I l_I I I I I I I I L_I l_1 CONAM NUCLEAR
- - - . . . ~ . - .
1 CUMULATIVE REPORT 04/92, UNION ELECTRIC COMPANY. CALLAVAY. UNIT 1 '
? TEAH_CENERATOR: B PAGE: 12 0F ' 14 '
j ATION:_ALL. DATE:= :08/03/92 ;
)1TERIA:
(4 PROBES - 520RC.520RP,540RP 560RC,110T LEC ONLY TIHE: ,13:42:33:
~
l l l- j i EXAM EXTENT l l l l -l CURRENT . .l lR0Wl COL lllEAT#l LEG lPROCRAHl ACTUAL l REM! CAL l PROBE l LOCATION l VOLTS l MIL lDECl % lCH l
-l l- l l __ l 1 l 1- l 1 I .I l l_l' 1
'l 15l 80[ l 11 lTSit-TSillTSli-TSill l00075l560RCl l 0.00l l_ lNDDl l ,
l 16l 80l l 11 lTSH TSillTSii-TSill l00075l560RCl- l 0.00l l lNDDj -l l 17l 80l l 11 lTSil-TSHlTsil TSHl l00075l560RCl l 0.00l l lNDDl- l_ 1 l 11 lTSH-TSillTSil TSHl l00075l560RCl l 0.00l l- lNDDl- -l
-l18l80l 19l 80l l H lTSH TSillTSH-TSill l00075l560RCl l 0,00] l lNDDj l-
-l 20)-80l l 11 lTSit TSHlTSH TSill l00075l560RCl l 0.00l l lNDDl .l.
-l 21l 80l l 11 lTSil-TSillTSil TSHl l00075[560RCl l 0.00l l lNDDl l
-l 22l 80l l 11 lTSH TSillTSH TSill l000751560RCl -l 0,00l l lNDDl1 .lq l 29l 80l' l H lTSil TSillTsil TSilj l00076l540RPl l 0.00l- l lNDDl l
- l 43l 80l l H lTSH-TSillTSH TSHj l00076l540RPl l 0.00l l- lNDDl: -l l 47l 80l l 11 lTSH-TSillTSH-TSilj l00076l540RPl l 0.00l l -lNDDl: -l ,
[ 11l 811 l 11 lTSil TSillTsil-TSHj l00075l560RC] l 0.00l - l lNDDj -l l 12l 81l l 11 lTSH-TsillTsil TSHl l00075l560RCl l 0.00l l lNDDl -l!
-l 13] 81l l H lTSit-TSHlTSit-TSHj l00075l560RCl l 0.00l l lNDDj :l
_l 14] 81l l 11 lTSH TSillTSH-TSill l00075l560RC] _ l 0.00l . -l lNDDl l-l 15] 811 l 11 lTSil-TSillTSil-TSill ]00075l560RC] l 0.00l _l lNDDj l. l 16l 81l l H lTSil TSHlTSil-TSill l00075l560RCl -l 0.00l l lNDDj l l 171 81l l H lTSli TSHlTSil-TSHl l00075l560RCl l 0.00l- l_ lNDDl l l 18] 81l l H [TSH TSil[TSH-TSHl l00075l560RCl l 0.00l' '[- lNDDl. lt
- 1. q 43] l H lTSH-TSHITSil-TSill l00076l540RPl l 0.00l ~l NDDj 46] 81l
[ l 83[ l 11 { TSH-TSillTSil TSill l00075l560RCl l 0.00l. l =lNDDl: l; V 40l 83l l 11 lTSH-TSHjTSil-TSHj l00076l$40RPl l 0.00l _l _lNDDl= l-l 42l 83l l 11 lTSil TSillTSH-TSHl l00076l540RPl l 0.00] -l .lNDDl- l1 l 53l 831 l 11 lTSil-TSillTSH TSHI l00076l540RPl l_0.00l l- lNDDl l l 50l 84l l H lTSil-TSillTSH-TSHl [00076l540RPl [ 0.00l l- [NDDl l-l 391 851 l 11 ITSH-TSillTSH-TSl!! l00076l540RPl l_0.00l l -lNDDl: l: 1 49l 85l l 11 lTSH-TSillTSil-TSHl l 0_0076 l 540RP l 'l 0.00l l- -l NDD l . l-l 51[ 85l l H lTSH TS!!lTsil Tsilj l00076l540RPl l 0.00l -l lNDDj- :l: l- 54 l-_85) l H lTSH-TSHlTSH-TSill -l00076l540RPl l 0.00l. -ll lNDDl- l'
.l 13l 86l l H lTSil-TSillTSll-TSill .l00076l540RP! l 0.00l l lNDDll - l l 49] 861 l.H lTSil TSHlTSil TSHj l00076l540RPl l 0 00l- l= lNDDl :l-l 12l-871- l H lTSH TSHjTSll-TSHl [00076l540RPl l 0.00l l lNDDl' -l.
l 13l 87l l H-lTSH-TSillTSH-TSHl l00076l540RPl [ 0.00l- '[ _lNDDl [' l-14] 87l l H lTSH-TSHlTSH-TSill l00076l540RP] l 0.00l .l .lNDDj l l 34j 87l l' H lTSH-TSHlTSil-TSill l00076l540RPl -l 0.00l. l- lNDDl -l l 48l 87l l 11 -lTSH TSillTSil-TSill 100076l540RPl l 0.00l.- .l' lNDDl _l1 j.13l'881 j ' 11 - lTSH TSillTSH TSHl l00076l540RPj_ l 0.00l l 'lNDDl- _l' l l 33l 88l l H lTSH-TSillTSil-TSHj l00076l540RPl l 0.00]. l lNDDl l '.
.[ 34l 88l.' l H lTSil-TSillTSH-TSill l00076[540RPl l 0.00l- l l NDD l- l:
l 35l 88l- l H lTSH-TSHlTSH-TSHl l00076l540RPl l 0.00l-- l .jNDDl ;li l.46l 88l l H lTSit-TSHlTSH-TSHj .l00076l540RPl l 0.00l- l lNDDl -l
-l 48l 86l. l H lTSil-TSillTSil-TSH j l00076l540RPl l 0.00l l lNDDl: I
] 52l 88l l 11 lTSH-TSHlTSll-TSHl l00076]540RPl l 0.00l l- lNDDj. i l 25l 89l l H lTSH-TSHlTSH-TSHj -l00076l540RPl l' O 00l: l- lNDDl l'
-l-34[ 89l l H lTSH-TSHlTSH-TSill 100076l540RPl l 0.00l l ! l'NDD j _ .' l =
1 I I -1 l l' I l l l l l l- l_I _ l O CONAM NUCLEAR
,- , - ~ - - . _ . - . . - . + .-
w .- _ CUMUIATIVE REPORT -- = < 04/92,( UNION ELECTRIC COMPANY, CALIAVAY,1 UNIT 1 MTEAM CENERATOR: ' B PAGEF'13 0F 14 DATION: ALL- DATE: 08/03/92L ; (Q1TERIA; PROBES-520RC,520RP,540RP,560RC,il0TLECONLY.TIME: 13:42:33 -
~~
l l: -l- _ -l- l EXAM EXTENT- l l_ l l .l _ CURRENT- l, *
] ROW l COL lllEAT#l LEG l PROGRAM).ACTUALlREMl CAL l PROBE l LOCATION [ VOLTS lMILjDEC[ O lCH-l ' !
l~ 1 I I I~I _ l 1 1 I I I -l l~T6l 85ll-l l H lTSH-TS!!lTSH-TSil] l00076l$40RPl l 0,00l- l lNDDl_ l* _l 47l 89] l? !! lTSH TSillTSH TSill [00076l540RPj l 0,00j .l lNDDl' l 51l 89) l H lTS11 TSillTSil TSill l00076l540RPl l 0.00l l _lNDDl , l 52l 891 l 11 lTSil-TSHITSH TSill 100076l540RPl l 0,00l_ l_ (NDDj l ; l 24j 90l l 11 lTSH TSillTSil Tsill . l00076l540RPl -l 0,00l l lNDDl- _l(
-l 25l 90l l 11 lTSH TSHlTSH TSHj l00076l540RPl l_0.001 l lNDDl: -l l 26] 90l . l 11 lTSit TSillTSH TSilj l00076l540RPl l 0,00l .l -lNDDlz l
].44l 90l l H lTSH-TSillTSH-TSill l00076l540RPl . j 0,00l lNDDll ll:
'l-46] 90l l 11 lTSH TSHlTSil TSHl .l00076l540RPl l-0.00l_ : lNDDl! ,
- -l- 25 ] 91l- l H lTS!!-TSHlTSH-TSHj -]00076l540RPl l 0,00l- . l' -l NDD j . 4
.l 24l 92l l 11 lTSH TSHlTSil-TSill l00076l540RPl l 0,00l l_ --l NDD l lL l 25l 92l .l H lTSit-TSHlrSil TWU l00076l540RPl l 0.00[ l lNDDl l _;
j 26l-92l l 11 lTSit TSHlTSH-TSill 100076l540RPl l 0,00l l .[NDDl _.l. l 46l 92l l !! lTSH TSHlTSil TSHI l00076l540RPl l.0,00l_ _l -lNDDj, l;
-l'25l 93l l H lTSit-TSillTSH TSHl l00076l540RPl l 0,00l l lNDD l .- l l:49l 93l l H [TSH TSHjTSil-TSill l00076l540RPl l 0.00l l_ lNDDl- Ti l 4*l 94l l H lTSil-TSHlTSH-TSHl l00076l540RPl l 0.00l. 'j- lNDDl 1l:
l 49l.94l l 11 lTSH TSlilTSli-TSill l00076l540RPl l 0,00l _l ~lNDDl l.. l 501 94l l 11 lTSH TS!![TSH TSHl l00076l540RPl l 0,00l .l' lNDDl l 39l 95l l H lTSH TSillTSH TSill l00076l540RPl l 0.00l l lNDDl 2 l _- [ a91 95l l H lTSii TSHlTSH TSHl l00076l540RPl l 0,00l l- llNDDl- j A0l95l l H lTSit-TSHjTSH TSill l00076l540RP] -l 0,00l -l lNDDl l :t l 38l 96l l H lTSH TSHjTSil-TSHj l00076l540RPl l 0.00l l lNDDl l-ll39l 96l l 11 lTSll-TSillTSH-TSHl l00076[540RPl l 0,00l l lNDDl_ Ll
.] 40l 96l .
l H lTSH TSHjTSil TSilj l00076l540RPl l 0,00[ -l [NDDl _l: , l_49l 96l l 11 lTSil TSHlTSit-TSHj l00076l540RPl [ 0.00l .l' lNDDl- :l l:391: 97l l 11 [TSil-TS!!lTSH-TSill .l00076l540RPl l'O.00l- l_ -l NDD l _. aj l .-1l100l- l H lTSH-TSillTSH-TSHl . l00076l540RPl [ 0,00l_ l -lNDDl' ll , l 34l100l l H lTSH-TSillTSH-Tsill 100076l540RPl _ l 0,00 l '- l- - lNDD l; l ;;
- l 26l101l- l H-lTSH TSHjTSil TSHj l00076l540RPl l 0.00l _l ~ 'lNDDl: -l
[ 33[101l l H lTSH-TSHlTSil TSill l00076l540RP[ -l 0,00l' _l lNDDl :l l 34l1011- l H lTSH-TSHjTSH-TSHl l00076l540RPl- :l 0,00l. l lNDDl- _l-l.35l101l. l- 11_ lTSil TSillTSit-TSill [ 00076 l 540P,P l l 0.00[ l lNDDl .j- ' l_25l102] l H lTSit-TSillTSH-TSilj l00076l540RPl l 0,00l -l lNDDl- l l 26l102l l .H lTSil-TSillTSH-TS!!l- .l00076l540RPl l 0,00l [; lNDDl -l' l 27l102l l H lTSH TSHlTSH-TSHj .[00076]540RPl l_0,00l_ l lNDDl ;l7 li34l102l- [ ll.. [TSil-TSillTSil-TSlll l00076l540RPl l 0,00l l lNDDll '[L
;) 26l103l l 11 lTSil-TSillTSH-TSHl l00076l540RPl l 0,00l l .lNDDll Jl l 39l103l- l H lTSH TSHITSil-TSHj l00076[540RPl j.0.00l l lNDDl_ ,l;
) 14l104l l 11 lTSH-TSHlTSil-TSHj l00076]540RPl: l 0.00l 'l :lNDDl- .l l 38l104[ l 11 lTSH-TSillTSH-TSHj l00076l540RP] -l-0,00l l lNDDl l l 39l104l l H lTSH TSHlTSH-TSHj l00076l540RPl [.0.00l l' lNDDl _l
_l 40l104l l 11 lTSH-TSHlTSH-TSHj l00076l540RPl l 0,00l l' -lNDDl _ l7 I 13l105l' l H lTSH-TSHlTSil-TSHj l00076l540RPl l_0.00l _l- _lNDDl .l l l 14l105l- l H lTSH TSHlTSH-TSHl- _l00076l540RP] [ 0.00[. l lNDDl l ll 1 I I I I I I l- 1 I_ I l l - l ___ I
.D ,
\ -CONAH NUCLEAR a.
CUMULATIVE REPORT 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1 g EAM CENERATOR: B PACE: 14 OF 14 i CATION: ALL DATE: 08/03/92 k ITERIA: PROBES - 520RC,520RP,540RP,560RC,110T LEC ONLY TIME: 13:42:33 l l l l l EXAM EXTENT l l l l l CURRENT l lROWlCOLlllEATt*[ LEG l PROGRAM] ACTUALlREMl CAL l PROBE l LOCATION l VOLTS l MIL lDEGl % lCH l l _1_ l . I I I I I I I l- - 1 I - l __._ l _ I l 15l105l l 11 (TSil-TSlflTSil-TSill l00076l540RPl l 0.00l l [NDDj l l 391105] l 11 lTsil TSillTsil-TSlli l00076l540RPl l 0,00l l lNDDl l l 14l106l l 11 lTsll-TSillTSH-TSill l00076l540RPl l 0.00l l lNDDl l l 28l111l l 11 lTSil-TS!!lTSil-TSill 100076l540RPl l 0.00l l lNDD] l_ l 1l112l l 11 lTsil-TSillTsil-TSH j l00076l540RPl l 0.00l l lNDDj j l 2711121 l H lTSil-TSillTS11 TSH) l00076l540RPl l 0.00l l lNDD] l l 28l112{ l 11 lTsll-TSil!TSil-TSlll l000761540RPl l 0.00l [ lNDDl l l 29l112l l 11 lTsil-TSillTSH-TSHl l000761540RPI l 0.00l l lNDDj l _ l 22l113l l 11 lTSil-TSillTSit-TSill l00076l540RPl l 0.00l l lNDDj l l 28l113) { 11 lTSil-TSlllTSit-TSilj l000761540RPl l 0.00j j INDDl l l 21l1141 l 11 lTsil-TSillTsit-TSill l00076l540RPl l 0.00l l lNDDj l l 22l114l l 11 lTSil-TSHlTSil-TSill l00076l540RPl l 0.00l l lNDDl l l 231114l l 11 lTSil-TSHjTSil-TSill l00076l540RPl l 0.00l l lNDDl l l 2.,1151 l H lTSil-TSillTSil-TSilj [00076l540RPl l 0.00l l lNDDj l l 15l116l l H lTSH-TSillTSH TSill l00076l540RPl l 0.00l l lNDDj l l 141117l l 11 lTSil-TSillTSil-TSH j [00076l540RPl l 0.00] l lNDDl l l 15!1171 l 11 lTSH-TSillTSil TSilj l00076l540RPl l 0.00l l lNDDj l l 16l117l l 11 lTSil TSillTSH-TSHI l00076l540RP] l 0.00l l lNDDj l l 15l1181 l 11 lTSil-TSillTSll-TSH j l00076l540RPl l 0.00l l lNDDl l e _I_1 L_I I l ___ I l_ l 1 I l 1 1._.I MBER OF TUBES SELECTED FROM CUPJ1ENT OUTAGE: 604 NO TREND ANALYSIS REQUESTED REPORT OPTIONS: Only examination results matching criteria are included MAP OPTIONS: Plot data from current examination only Plot only data meeting selection criteria CONAM NUCLEAR
o I i m > iV' - s l 04 92, UNION ELE,TRIC COMPANY, CALLAWAY, UNIT 1 , l 1 STEAM GENERATOR: 8 DATE: 08/03/92 TIME: 13: 4E 33 STAYS a L.OC ATION: ALL ! ! CRITERIA: PROBES = 520RC 520RP.540RP.560RC. HOT LEG ONLY l O SEv 321 560AC 283 PLUGGED 9 5208C C E2CFP I I I ; E2 I I I I I I I I E E l I I i l I I I ] i l I I I I I E l f E I A
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[j I 1 1 I E I E I ! 1 1 2 I I K4E I I1 Ee I a 1 I I . J F4 3 3 I l i I I O I E. I I 1 1 1 ] l i l l l I l li 4 ' M M I I I L ? f 1 2 N _.nH I 1 1 1 1 5 mI I I I FI t I a i I I m I l l i ,~ E F1 wa V n F: I j l t II E i l a I l l i l 1 mm - -- - ttiff f 14 1 f 6 + 4 ea E t It M m HE R e Ellet 30 I I I I I I E 1 1 3 3 I 1 EE E I i f l I I f I t ki ah I II I E l RE i I If Yi mH I l l - 1 < E CH 7 W rdNK I o N I smen 1 1 1 1 11 1 r5 E D 1 u M Es Hu I I IG l ia I E4 i mum f muu I I l l i l I I i l i l l i ll J J] E I I ME T I I I I I I I J E Il m 3 t i l l I T T I I R i a f 1 1 1 11 1 I A J L. 1 E I I I I l R M 1 I m- lG T---7 I I I # 1 & I I I i I 1 M I 2 I I Il m I l l Mm MM Ep um_ . 0 FE I II sk I I l l l i 3 I I E 4g 1I eI1 a lll l I I Il lj A I I f I I I I fI
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, ,, ,,,,,,, ,,g,,, , ---___--_______,
g---_____, ,- g______ essoas esseeme , , , , , , , , , +-- = __ ___-E_ _ _ __ __ni n____ ______E g__-___I_______-______ ___ l mIsmese sensees -__ _ __-______________________ acesseems .seessee __________E u________ - ___.________ ______E M_- __-____u_______u_--__________- es se __g_ _ _______ ____________E______ _l____.____________ _______ seesseems seeng ___ __ _m_____ go eseessemos , , 11 1 1 1E I IR Elf 1 3 I!1 I l f i l II I I I I I I I i 11 ] 1 1 1 1 1 1 E f i I Il ! I I I 1 1 5 { l I fi f f i l I I I I II I IIIll I lil l i l f l l 11 I l i t t 1 1 I I s1 1 1 I A I I I l I I I I I I II I I I I I I II I I I I I I 1 t I I I R E 1 1 5 E l l I I I e 1 1 1 8 I I I E l i l I 1 1 1 E I I l l I I I E 11 1 1 1 1 4 I i i l 4III I I I 5 s I 2 1 11 I 3 1 1 1 5 I111I 1 1 1 I I I I II 1 5 B ] I I I I l l I l l I I I p 1 1 III I l l I l l I I .T I I I E I ,1. I I l l s 5 I 1 I t I E I I I T I I I I I I I I I E l i I I I q M 60 50 40 30 20 to 120 11C 100 90 80 70 CONAs4 PfJCLEAR
. . - ~ ~ -- . . - .-
i CUMULATIVE REPORT' 04/92, UNION ELECTRIC COMPANY,-CALLAWAY, UNIT 1
.CENERATOR: B- PAGE: 1 OF 1 ATION: ALL DATE: 08/03/92 TERIA: PROBES - 520RC,520RP,540RP,560RC, COLD LEG ONLY TIME: .14:14:28- '
I _l: l- l_ l l EXAM EXTENT l l l l -l CURRENT l- _l ROW l COL l HEAT #lLECl PROGRAM l ACTUAL l REM l CAL l PROBE l LOCATION -lVOLTSjMILlDEGl %.lCH l ,
.I I I I I I I- l= 1 1 1 - l _ l-__l __I _ I !.15l 32l l C l02C-03Cl02C-03Cl l00066l560RCl02C+ 25.66 l 2.201 l140lMBMl 1 l-l 39] 56l l C l02C 03Cl02C-03Cl l00066l560RCl l 0.00l l l NDD l- l- i .l__12l 71l l C l05C 05Cl05C 05Cl _l00066l560RCl05C- 4.66 l 1.50l l 99lMBMl 1_l ?
l l l l C l01C 01Cl01C 01Cl l00066l560RCl01C- 3.41 l 6.20l l170lMBMj 1 l'
~l 271101l l C lTSC TSClTSC-TSCl l00066]S60RC]_ l 0.00l l lNDD] _ l .l'271106l l C lTSC TSClTSC TSCl l00066l560RCl l 0.00l l lNDDj l -;
1 27l110l l C lTSC TSClTSC-TSCI l00066l560RC] l 0.00l 'lNDDl l l'27l112l l C lTSC TSClTSC-Tsci 100066l560RCl l 0.00l lNDDl lL l_I l- 1 I I I I I I l- l- I l___l l NUMBER OF TUBES SELECTED FROM CURRENT OUTAGE: 7 NO TREND ANALYSIS REQUESTED REPORT OPTIONS: : Only examination results matching criteria are included ? MAP OPTIONS: Plot data from current examination only t only data meeting selection criteria 5 9 L T 4 5
$ CONAM NUCLEAR
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04/92, UNION ELECTRIC COWANY, CALLAWAY, UNIT i STEAM GENERATOR: B DATE: 08/03/92 TIME: 14: 14: 28 LOCATION: ALL STAYS a CRITERIA: PROBES = 520RC,520RP,540RP,560RC, COLD LEG ONLY PLUGGED 9 $2GAC C 52 CAP O 54C;F C ".ECAC 7 "i m 50 m; . , a a a m' j.. --
. . _ ~ 43 m
t 30 m m m m 20 l m m m m m 10
, , .i :
120 110 100 90 80 70 60 50 40 30 20 to CONAM tryiEAR
._ m_ . _ , - - . - . m
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COHPLETE EXAHINATION RESULTS:
04/ 9'2, : UNION: ELECTRIC'COHPANY,- CALLAWAY, UNIT 1
~
)h'~hAMGENERATOR1B; 'PAGEt 1-OF. 15 DATE: ;04/25/927 TIME: 118:11:18- ,
i EXAH EXTENT CURRENT ROW COL HEAT # LEG PROGRAH ACTUAL CAL = PROBE LOCATION VOLTS HIL DEO 14 CH > 27 -8 H TSH-TSH TSH-TSH 00017 540RP NDD
'32 10 H TSH-TSH TSH-TSH 00077 540RP NDD
- 33 11 H TEH . - 00000 PLO
~33 12 H- TSH-TSH TSH-TSH 00077 540RP NDD
- 132 13 H TSH-TSH TSH-TSH 00077 540RP NDD
~17 14 H TSH-TSH TSH-TSH 00076 540RP NDD 26 14 H TSH-TSH TSH-TSH 00076 540RP NDD 31 la H TSH-TSH TSH-TSH 00077 540RP NDD ;
12 15 H TEH- - 00000 PLG 16 15 .H TSH-TSH TSH-TSH 00076 540RP NDD , 17 15 H. TSH-TSH TSH-TSH 00076 540RP NDD 18 -15 H TSH-TSH TSH-TSH 00076 540RP NDD 12 5 15 H TSH-TSH TSH-TSH 00076 540RP NDD [ 26 15 H TSH-TSH TSH-TSH 00076 540RP NDD " 27 15 H TSH-TSH TSH-TSH 00076 540RP NDD 13 3 15 H TSH-TSH TSH-TSH 00076 540RP NDD 17 16 H TSH-TSH TSH-TSH 00076 540RP NDD , 26 16 H TSH-TSH TSH-TSH 00076 540RP NDD
'16 11 7 H TSH-TSH TSH-TSH 00076 540RP NDD 17 17 H TSH-TSH TSH-TSH 00076 540RP NDD L[*p 17 H TSH-TSH TSH-TSH 00076 540RP NDD
-; (
Jb-d7
) 17 18 H
H' TSH-TSH TSH-TSH TSH-TSH TSH-TSH 00076 00076 540RP 540RP NDD NDD 33 18 H TSH-TSH TSH-TSH 00076 540RP NDD
-34 18 H- TSH-TSH TSH-TSH 00076 540RP NDD 1 41 18 H TEH- -
00000 PLG ' F- ;33 19 H TSH-TSH TSH-TSH 00076 540RP NDD 42 .19 H- TSH-TSH TSH-TSH 00077 540RP NDD 43 20 H TSH-TSH TSH-TSH 00077 540RP NDD "11 21 H TSH-TSH TSH-TSH 00076 540RP NDD 33 21 H TSH-TSH TSH-TSH 00076 540RP NDD 12 23 H TSH-TSH TSH-TSH 00076 540RP NDD
'29 123 H TSH-TSH TSH-TSH 00076 540RP NDD
-43 23 H' TSH-TSH TSH-TSH 00076 540RP NDD
- 28 24 ,H TSH-TSH TSH-TSH 00076 540RP NDD 29 24 H TSH-TSH TSh-TSH 00076 540RP NDD '!
30 4 24 H TSH-TSH TSH-TSH 00076 540RP NDD J43 24 H TSH-TSH TSH-TSH 00076 540RP NDD i '28 '25 .H- TSH-TSH TSH-TSH 00076 540RP NDD i-29 25 -H TSH-TSH TSH-TSH 00076 540RP NDD
'30 25 H TSH-TSH TSH-TSH 00076 540RP NDD 42 25 H TSH-TSH TSH-TSH 00076 540RP NDD
'I 43 25 .H TSH-TSH TSH-TSH 00076 540RP NDD
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d' Y -DATES- -04/25/92 f ,,[ 'TIHEt 18:11:18? i EXAH EXTENT- CURRENT.- ROW COL HEAT # LEG PROGRAH ACTUAL CAL PROBE LOCATION VOLTS MIL DEG - % -- CH 43 45 H TSH-TSH TSH-TSH 00076 540RP NDD :
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TIME s - 18:11:18
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EXAH EXTENT -CURRENT ROW COL HEAT # LEG PROGRAM ACTUAL CAL PROBE LOCATION VOLTS HIL DEG %- CH 120 48 H TSH-TSH TSH-TSH 00074 SFSRC NDD 21 48 H TSH-TSH TSH-TSH 00074 560RC NDD 22 48 !! TSH-TSil TSH-TSH 00074 560RC NDD 28 -48 H TSH-TSH TSH-TSH 00076 540RP NDD 11 49 il TSH-TSH TSH-TSH 00074 560RC NDD 112 49 H TSH-TSH TSH-TSH 00074 560RC NDD 13 49 H TSH-TSH TSH-TSH 00074 560RC NDD
'14 49 H TSH-TSil TSH-tSH 00074 560RC NDD
.15 49 il TSH-TSH TSH-TSH 00074 560RC NDD l 16 49 H TSH-TSH TSH-TSH 00074 560RC NDD 117 49 H TSH-TSH TSH-TSH 00074 560RC NOD 18 49 H TSH-TSH TSH-TSH 00074 560RC NDD 19 49 H TS}l-TSH TSil-TSH 00074 560HC NDD 20 49 H TSil-TSti TSH-TSH 00074 560RC NDD 21 49 H TSH-TSH TSH-TSH 00074 560RC NDD
'22 49 H TSH-TS!! TSil-TSH 00074 560RC NDD
'47 49 H TSH-TSH TSH-TSil 00076 540RP NDD 11 50 H TSH-TSil TSH-TSH 00074 560RC NDD 12 50 H TSH-TSrl TSH-TSH 00074 560RC NDD 13 50 H TSH TSH TSll-TSH 00074'560RC NDD
.f4 50 H TSH-TSH TSil-TSH 00074 560RC NDD 1 ) 50 11 TSH-TSH TSH-TSH 00074 560RC NDD E k ~4'6 50 H TSH-TSil TSH-TSH 00074 560RC NDD J17 50 H TSH-TSH TSH-TSH 00074 560RC NDD 11 8 50 H TSH-TSH TSH-TSH 00074 560RC NDD 19 50 H TSH-TSH TSH-TSH 00074 560RC NDD
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~44 50 H TSH-TSH TSH-TSH 00076 540RP NDD 55 -50 H TSH-TSH TSH-TSH 00076 540RP NDD fil 51 H TSH-TSH TSH-TSH 00074 560RC NDD f12 51 H TSH-TSH TSH-TSH 00074 560RC NDD 13 -51 H TSH-TSH TSH-TSH 00074 560RC NDD
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=19 51 H TSH-TSil TSH-TSH 00074 560RC NDD 20 51 H: TSH-TSH TSH-TSH 00074 560RC NDD
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COMPLETE EXAMINATION RESULTS 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1
- " TAM GENERATOR: B PAGE: 6 OF 15 DATE: 04/25/92 TIHE: 18:11:18 EXAM EXTENT CURRENT ROW COL llEAT/ LEG PROGRAH ACTUAL CAL PROBE LOCATION VOLTS MIL DEO # % CH 35 51 H TSH-TSH TSH-TSH 00076 540RP HDD 47 51 H TSH-TSH TSH-TSH 00076 540RP NDD 11 52 H TSH-TSH TSH-TSH 00074 560RC NDD 12 52 H TSH-TSH TSH-TSH 00074 560RC NDD 13 52 H TSH-TSH TSH-TSH 00074 560RC NDD 14 52 H TSH-TSH TSH-TSH 00074 560RC NDD 15 52 H TSH-TSH TSH-TSH 00074 560RC NDD 16 52 H TSH-TSH TSH-TSH 00074 560RC NDD 17 52 H TSH-TSH TSH-TSH 00074 560RC NDD 18 52 H Tri-TSH TSH-TSH 00074 560RC NDD 19 52 H T."TSH TSH-TSH 00074 560RC NDD 20 52 H Ts .SH TSH-TSH 00074 560RC NDD 21 52 H TSH-TSH TSH-TSH 00074 560RC NDD 22 52 H TSH-TSH TSH-TSH 00074 560RC NDD 28 52 H TSH-TSH TSH-TSH 00076 540RP NDD 34 32 H TSH-TSH TSH-TSH 00076 540RP NDD 35 52 H TSH-TSH TSH-TSH 00076 540RP NDD 36 52 H TSH-TSH TSH-TSH 00076 540RP NDD 47 52 H TSH-TSH TSH-TSH 00076 540RP NDD 11 53 H TSH-TSH TSH-TSH 00074 560RC NDD
'2 53 H TSH-TSH TSH-TSH 00074 560RC NDD 1 53 H TSH-TSH TSH-TSH 00074 560RC NDD
% 4 53 H TSH-TSH TSH-TSH 00074 560RC NDD 15 53 H TSF-TSH TSH-TSH 00074 560RC NDD 16 53 H TSH-TSH TSH-TSH 00074 560RC NDD 17 53 H TSH-TSH TSH-TSH 00074 560RC NDD 18 53 H TSH-TSH TSH-TSH 00074 560RC NDD 19 53 H TSH-TSH TSH-TSH 00074 560RC NDD 20 53 H TSH-TSH TSH-TSH 00074 560RC NDO _ 21 53 H TSH-TSH TSH-TSH 00074 560RC NDD 22 53 H TSH-TSH TSH-TSH 00074 560RC NDD 35 53 H TSH-TSH TSH-TSH 00076 540RP NDD 46 53 H TSH-TSH TSH-TSH 00076 540RP NDD 47 53 H TSH-TSH TSH-TSH 00076 540RP NDD 11 54 H TSH-TSH TSH-TSH 00074 560RC NDD 12 54 H TSH-TSH TSH-TSH 00074 560RC NDD 13 54 H TSH-TSH TSH-TSH 00074 560RC NDD 14 54 H TSH-TSH TSH-TSH 00074 560RC NDD 15 54 H TSH-TSH TSH-TSH 00074 560RC NDD 16 54 H TSH-TSH TSH-TSH 00074 560RC NDD 17 54 H TSH-TSH TSH-TSH 00074 560RC NDD 18 54 H TSH-TSH TSH-TSH 00074 560RC NDD 19 54 H TSH-TSH TSH-TSH 00074 560RC NDD 20 54 H TSH-TSH TSH-TSH 00074 560RC NDD 21 54 H TSH-TSH TSH-TSH 00074 560RC NDD CONAM NUCLEAR i l i
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i 4 COHPLETE EMHINAT!ON RPSULTS [ 04/92, UPION ELECTit!C COMPANY, CALLAWAY, UNIT 1
% H CENERATOR: H. PAGE: 7 Ol' 15 ?
.DATE: -04/25/92 f TfuEs 18611:18 !
EXAH EXTENT CURRENT ; ROW COL IfEAT# LEO PROGRAM ACTUAL CAL P OBE LOCATION VOLTS HIL DEO % Cil ;
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-48 56 H Thu-TSH TSH-TSH 00076 540RP NDD
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-13 57 -H TSH-TSH TSH-TSH 00075 560RC NDD 14 '57 H TSH-TSH TSH-TSH 00075 560RC NDD 15 57 H TSH-TSH TSH-TSH 00075 560RC NDD :
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-22 57 H TSH-TSH TSH-TSH 00075 560RC NDD ;
34 57 11 TSH-TSil TSil-TSil 00076 540RP NDD i 14 4 57 H TSH-TSil TSH-TSH 00076 540RP NDD I 45 57 11 TSH-TSH TSil-TSK 00076 540RP NDD 47 57 H TSil-TSli 7 811- 7 S11 00076 540kP NDD 40 57 H TSil-TSH TSH-TSl! 00076 540RP NDD 54 57 H TSh-TSil TSil-TSH 00076 540RP NDD 11 58 H TSil-Tsil TSH-TS!! 00075 56sRC !!DD 12 $8 H TSli-TSH TSH-TSH 0907$ 560RC NDD
-13 58 11 TSH-TSH TSH-TSH 00075 560RC NDD 14 50 H TSil-TSH TSit-TSil 00075 560RC PDD 15 58 11 TSH-TSli TSH-TS!! 00075 F50RC NDD 16 58 !! TSH-TSil TSH-TSH 00075 500RC NDD 17 58 H TSH-TSH TSH-TS11 00075 060RC NDD (N8 50 H TSil-TSil TSH-TSH 0C076 560RC H TSH-TSil TSH-TSil 00075 560RC HDD NDD
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-14 59 11 TSH-TSn TSH-TSH 00075 560RC NDD 15 $9 11 TSil-TSH TSH-TSH 00075 560RC NDD 16 . 59 H TSH-TSH TSH-TSH 00075 560hc NDD 17 59 H TSH-TSH TSH-TSH 00075 560RC NDD 18 59 H TSH-TSH TSH-TSH 00075 560RC NDD 19 59 .H TSH-TSH TSH-TSH 00075 560RC NDD 20 59 H TSH-TSH TSH-TSH 00075 560RC NDD 21 59 11 TSH-TSil TSH-TSH 00075 560RC NDD 22 59 H TSH-TSH TSil-TSH 00075 560RC NDD 34 59 H TSH-TSH TSH-TSH 00076 54vRP NDD 47 59 !! TSil-TSH TSH-TSH 00076 540RP HDD
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COXJLETE EXAMINATION RESULTS I 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNITf2 ~ ]
- I
**'AH CENERATORt .B PAGE: 9 OF 15 !
i [f DATE: 04/25/92
- TIME 18:11:18 ;
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EXAH EXTENT CURRENT i ROH COL HEAT # LEO PROGRAM ACTUAL CAL' PRODE LOCATION VOLTS HIL DEG t CH . 33 60 H TSH-TSH TSH-TSH 00076 540RP NDD [ 43 60 H TSH-TSH TSH-TSH 00076 540RP NDD f 56 60 H TSH-TSH TSH-TSH 00076 540RP NDD l 19 61 H TSH-TSH TSH-TSH 00075 560RC NDD 'I 20 61 H TSH-TSH TSH-TSH 00075 560RC HDD ! 21 61 H TSH-TSH TSH-TSH 00075 560RC NDD i
=22 61 H TSH-TSH TSH-TSH 00075 560RC NDD 33 61 H TSH-TSH TSH-TSH 00076 540RP NDD 'I 47 61 H TSH-TSH TSH-TSH 00076 $40RP NDD !
19 62 H TSH-TSH TSH-TSH 00075 560RC NDD l 20 62 H TSH-TSH TSH-TSH 00075 560RC NDD 21 62 H TSH-TSH TSH-TSH 00075 560RC NDD ) 22 62 H TSH-TSH TSH-TSH 00075 560RC NDD l 33 62 H TSH-TSH TSH-TSH 00076 540RP NDD : 48 62 H TSH-TSH TSH-TSH 00076 540RP HDD l
-54 62 H TSH-TSH TSH-TSH 00076 540RP NDD 19 63 H TSH-TSH TSH-TSH 00075 560RC NDD 20 63 -H TSH-TSH TSH-TSH 00075 560RC NDD !
21 63 H TSH-TSH TSH-TGH 00075 560RC NDD .- 22 63 H TSH-TSH TSH-TSH 00075 560RC NDD [
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63 H TSH-TSH TSH-TSH 00076 540RP NDD ;; 63 H TSH-TSH TSH-TSH 00076 540RP NDD .i a 6 '3 H TSH-TSH TSH-TSH 00076 540RP NDD. q
$4 63 H TSH-TSH TSH-TSH 00076 540RP NDD
. 57 63 H TSH-TSH TSH-TSH 00076 540RP NDD . 17 64 H TSH-TSM TSH-TSH 00075 560RC NDD i 18 64 H TSH-TSH TSH-TSH 00075 560RC NDD
=19 64 H TSH-TSH TSH-TSH 00075 560RC NDD =
20 64 H- TSH-TSH TSH-TSH 00075 560RC NDD 21 64 H TSH-TSH TSH-TSH 00075 560RC NDD 22 64 H TSH-TSH TSH-TSH Cs075 560RC NDD
/29 -64 H TSH-TSH TSH-TSH 00076 540RP NDD !
40 -64 H TSH-TSH TSH-TSH 00076 540RP NDD , 56 64 H- TSH-TSH TSH-TSH 00076 540RP NDD 7 19 65 H. TSH-TSH TSH-TSH 00075 560RC NDD 0
.20 65 H TSH-TSH TSH-TSH 00075 560BC NDD '
21 65 H TSH-TSH TSH-TSH 00075 560RC NDD 22 65 H TSH-TSH TSM-TSH 00075 560RC NDD TSH-TSH 00076 28 65 H TSH-TSH 540RP NDD 29 65 H TSH-TSH TSH-TSH 00016 540RP NDD 30 .65 H TSH-TSH TSH-TSH 00076 540RP NDD ,
"47 65 H TSH-TSH TSH-TSH 00076 540RP NDD 48 16 5 H TSH-TSH TSH-TSH 00076 540RP NDD 49 65 H TSH-TSH TSH-TSH 00076 540RP NDD ,
.50 65 H TSH-TSH TSH-TSH- 00076 540RP NDD V
v CONAH NUCLEAR' a m l e 4 e -,
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COMPLETE EXAMINATION RESULTS 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1 - . f* AH OENERATOR: D PAGE: 10 OP -15 [ DATE: TIHE 04/25/92 18:11:18
-l i
l EXAH E, unir CURRENT ! ROW COL HEAT # LEG PROGRAM ACTUAL CAL ' PRODE LOCATION VOLTS HIL DEO % Cll _
-19 66 H TSH-TSH TSit-TSH 00075 560RC NDD l 20 66 H TSil-TSH TSH-TSH 00075 560RC HDD '
-21 66 H TSH-TSH TSH-TSH 00075 560RC HDD 122 66 H TSil-TS11 TSH-TSH 00075 560RC HDD '
29 66 H TSH-TSH TSH-TSil 00076 540RP HDD I 48 66 H TSil-TSH TSH-TSH 00076 540RP NDD j 18 67 H TSH-TSH TSil-Tsil 00075 560RC NDD 19 67 H TSH-TSH TSH-TSH 00075 560RC NDD ; 20 67 11 TSH-TSH TSH-TSH 00075 560RC HDD l
~
21 67 H TSH-TGil TSH-TSH 00075 560RC NDD 22 67 H TSil-TSH TSH-TSH 00075 560RC HDD l 52 67 H TSH-TSH TSH-TSH 00076 540RP HDD ') 57 - 67 -H TSH-T,'i TSH-TSH 00076 540RP NDD 59 67 H TSil-TSH TSH-TSH 00076 540RP HDD 19 60 H TSH-TSH TSH-TSH 00075 560RC NDD 20 68 H TSH-TSH TSH-TSH 00075 560RC NDD , 21 68 H TSH-TSH TSH-TSH 00075 560RC NDD 22 68 H TSH-TSH TSH-TSH 00075 560RC NDD 19 69 H TSH-TSH TSH-TSH 00075 560RC NDD i
-20 69 H TSH-TSH TSH-TSH 00075 560RC NDD (
69 TSH-TSH TSH-TSH 00075 560RC (%1 69 H H TSH-TSH TSH-TSH 00075 560RC NDD HDD
= k _,Af 70 H TSH-TSH TSH-TSil 00075 560RC HDD 20 70 H TSH-TSH TSH-TSH 00075 560RC NDD >
70 H TSH-TSH TSH-TSH 00075 560RC NDD ; 22 70 H TSH-TSH TSH-TSH 00075 560RC NDD 19 71 H TSH-TSH TSH-TSH 00075 560RC NDD r 20 71 H TSH-TSH TSil-TSH 00075 560RC NDD 21 -71 H TSH-TSH TSH-TSH 00075 560RC NDD 22 72 H TS!!-TSH TSH-TSH 00075 560RC NDD 48 71 H TSH-TSH TSH-TSH 00076 540RP NDD - 19 72 H TS}l-TSH TSH-TSH 00075 560RC NDD 20 72 H TSH-TSH TSH-TSH 00075 560RC NDD 21 72 H TSH-TSH Tsil-TSH 00075 560RC NDD
- 22 72 H TSH-TSH TSH-TSH 00075 560RC NDD i
, 19 73 H TSH-TSH TSH-TSH 00075 560R0 NDD 20 73 H TSH-TSH TSH-TSH 00075 560RC NDD 21 73 H TSH-TSH TSH-TSH 00075 560RC HDD
'22 73 H TSH-TSH TSH-TSH 00075 560RC NDD >
,49 73 H - 00000 PLG 52 73 H TSH-TSH TSH-TSH 00076 540RP NDD 19 - 74 H TSH-TSH TSH-TSH 00075 560RC NDD 20 74 H TSH-TSH TSH-TSH 00075 560RC NDD 21 74 H TSH-TSH TSH-TSH 00075 560RC NDD 22 74 H TSH TSH TSH-TSH 00075 560RC NDD -;
\ i CONAM NUCLEAR y g-'g- v e-te- -f ' T +
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_ . . . . -.__.m_-.._._- _ _ . . __ - _ .m _ .,. _ . _ _. _ _ _ __. COMPLETE EXAMINATION RESULTS 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1 1
*T B PAGEs 11 OF 15 I
[EAHGENERATOR: DATE: 04/25/92
\ TIME s . 18411:18' EXAH EXTENT CURRENT ROW COL !! EAT # LEG PROG RAM ACTUAL CAL PROBE LOCATION VOLTS HIL DEO % CII 10 75 H TSH-TSil TSH-TSH 00075 560RC NDD 1 19 75 H TSH-TSH TSH-TSH 00075 560RC HDD i 20 75 H TSil-TSit TSH-TSH 00075 560RC NDD l 21 75 H TSH-TSH TSil-TS!! 00075 560RC NDD j 22 75 11 T811-T511 TSH-Tsit 00075- 560RC NDD l 47 75 11 TSH-TSH TSH-TSH 00076 540RP HDD
-19 76 H TSH-TSH TSH-TSH 00075 560RC HDD 20 76 H TSA-TSil TSH-Tsil 00075 560Rc NDD -i 21 76 H TSil-TSH TSti-TSH 00075 560RC NDD 22 76 H TSH-TSif TSH-TSH 00075 560RC NDD .
29 76 H TSH-TSil TSii-TSH 00076 540RP HDD i 34 76 d TSH-TSH TSH-TSH 00076 540RP NDD > 47 76 H TSH-TSH TSH-TSH 00076 540RP NDD i 55 76 11 TSH-TSH TSH-TSH 00076 540HP NDD 19 77 H TSH-TSH TSH-TSH 00075 560BC HDD 20 77 !! TSH-TSH TSil-TSH 00075 560RC NDD
, 21 77 H TSH-TSH TSH-TSH 00075 560RC NDD 22 77 H TSH-TSH TSH-TSH 00075 560RC HDD !
29 77 11 TSH-TSil TSH-TS!! 000,6 540RP NDD 33 77 H TSH-TSil TSH-Tsil 00076 540RP HDD (4 '77 H TSH-TSH TSil-TSH 00076 540RP HDD p -77 11 TSH-TSH TSH-TSH 00076 540RP NDD s ,s0 ~77 -H TSil-TSH TSH-TSil 00076 $40RP NDD 47 .77 H TSH-TSH TSH-TSH 00076 540RP NDD '
- 56 77 H TSH-TSH TSH-TSil 00076 540RP NDD 15 78 H TSH-TSH TSH-TSH 00075 E60RC NDD 16 '78 11 TSH-TSH TSil-TSH 00075 560RC NDD 17 78 11 TSil-TSH TSH-TSH 00075 560RC NDD
.28 78 11 TSil-TSH TSH-TSH 00075 560RC NDD 19 .78 11 TSil-TSil TSH-TSH 00075 560RC NDD
-20 78 H TSH-TSH Tsil-TSit 00075 560RC NDD 21 78 11 TSH-TSH TSH-TSil 00075 560RC NDD 122 ,78 11 TSH-TSK TSH-TSH 00075 560RC NDD 28 78 H T5H-TSH TSH-TSH 00076 540RP NDD fe 29 78 H- TSil-TSH TSH-TSH 00076 540RP NDD 34 78 H TSH-TSH TSH-TS11 00076
~
540RP NDD
-42 70 H TSH-TSH Tsil-TStl 00076 540RP NDD 43 178 11 TSH-TSH TSH-TSH 00076 540RP NDD 14 179 11 TSH-TSil TSH-TSH 00075 560RC HDD
,15 79 H TSH-TSH TSil-TSit 00075 560RC NDD
- 16 79 H TSil-TSM TSH-TSH 00075 560RC .
NDD 17 :79 H TS!!-TSH TSH-TSH 00075 560RC NDD 18 79 -H TSH-TSH TSH-TSli 00075 560RC NDD 19 '79 H. TSH-TSH TSH-TSH 00075 560RC NDD 7 20 _79 H- TSH-TSH TSH-TSH 00075 560RC NDD
'/ CONAM NUCLEAR ew 1 e- s,w v - --,-=w,y--e, , 'va
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il COMPLETE EXAMINATION'RESULTS-04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1 y"*AH CENERATOR: B PAGE: 12 OP 15 DATE: 04/25/92 ( TIME: 10:11: 18-EXAH EXTENT CURRENT ROW COL HEAT / LEG PROGRAM ACTUAL CAL PROBE LOCATION VOLTS HIL DEG t CH
=21 79 1: TSil-TSH TSH-TSH 00075 560RC NDD 22 79 H TSH-TSH TSH-TSH 00075 560RC NDD
-29 79 H TSH-TSH TSH-TSH 00076 540RP HDD 43 79 H TSil-TSH TSH-TSH 00076 540RP NDD 12 80 H TSH-TS!! TSH-TSH 00075 560RC NDD 13 80 .H TSH-TSH TSil-TSH 00075 560RC NDD 14 80 H TSH-TSH TSH-TSH 00075 560RC NDD 15 80 H TSH-TSH TSh-TSH 00075 560RC HDD 16 80 H TSH-TSH TSH-TSH 00075 560RC HDD 17 80 H TSH-TSH TSH-TSH 00075 560RC NDD 18 80 H TSH-TSH TSH-TSH 00075 560RC NDD
'19 80 H TSH-TSH TSH-TSH 00075 560RC NDD 20 80 H TSH-TSli TSH-TSH 00075 560RC NDD 21 80 H TSH-TSH TSH-TSH 00075 560RC NDD 22 80 H TSH-TSil TSH-TSH 00075 560RC NDD 29 80 H TSH-TSH Tsil-TSH 00076 540RP NDD 43 80 11 TSH-TSH TSH-TS!! 00076 540RP NDD 47 80 H TSil-1811 TSH-TSH 00076 540RP NDD 11 -81 H TSit-TSit TSH-TSH 00075 560RC NDD 12 81 H TSH-TSH TSH-TSH 00075 560RC NDD 81 H TSH-TSH TSH-TSH 00075 560Rc NDD
- 81 11 TSH-TSH TSH-TSH 00075 560RC NDD
.; \s ,, 81 H TSH-TSH TSH-TSH 00075 560RC NDD 16 81 H TSH-TSH TSil-TSH 00075 560RC NDD 17 81 H TSH-TSil TSH-TSH 00075 560RC HDD 18 81 H TSH-TSH TSH-TSH 00075 560RC NDD 43 ~81 11 - TSH-TSl! TSH-TSH 00076 540RP NDD
-16 83 H TSH-TSH TSH-TSH 00075 560RC NDD 40 -83 H TSil-TSH TSH-TSH 00076 540RP NDD 42 83 H TSH-TSH TSH-TSH 00076 540RP NDD 53 83 11- TS11-TSH TSH-TSH 00076 540RP NDD
-50 84 H TSil-TSH TSH-TSH 00076 540RP NDD
'39 '85 H TSH-TSH TSH-TSH 00076 540RP NDD 49 85 11 1 TSH-TSH Tsil-TSH 00076 540RP NDD
-51 85 - 11 TSH-TSH TSH-TSH 00076 540RP NDD 54 85 11 TSli-TSH TSH-TSH 00076 540RP NDD
~13 RB6 -H TSil-TSit TSil-TSH 00076 540RP NDD 49 86 H TSH-TSH TSil-TSH 00076 540RP NDD 12 - 87 H. TSH-TSH TSH-TSH 00076 540RP NDD 13 -87 H TSH-TSH TSil-TSH 00076 540RP NDD 14 - 87 H TSH-TSH TSH-TSil 00076 540RP NDD 34 -87 H TSH-TSH TSH-TSH 00076 540RP NDD
'48 87 H TSH-TSH TSH-TSil 00076 540RP NDD o L13 88 H TSH-TSH TSH-TSH 00076 540BP NDD L 33 88 H TSH-TSH TSH-TSH 00076 540RP NDD
'CONAM NUCLEAR-I f
. m.
COMPLETE EXAMINATION RESULTS .f 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1 l t
"'KH GENERATOR: B PAGE: -13 0F 15 :
DATE: 04/25/92 l 71HE: 18:11:18 j
' ~~~
EXAH EXTENT CURRENT ROW COL llEAT# LEG PROGRAM ACTUAL CAL PRODE LOCATION VOLTS HIL DEC 1 CH { 34 68 H TSH-TSil TSit-TSH 00076 540RP NDD -; 35 88 H TSH-TSH TSH-TSH 00076 540RP NDD ! 46 88 H TSH-TSH TSH-TSH 00076 540RP HDD 48 88 H TSH-TSH TSH-76H 00076 540RP HDD ! 52 88 H TSil-TSH TSH-TSH 00076 540RP HDD .l 25 89 H TSH-TSH TSH-TSH 00076 540RP NDD 34 89 H TSH-TS!! TSH-TSH 00076 540RP NDD -l 46 89 11 TSH-TS!! TSH-Tsil 00076 540RP NDD i 47 89 H TSH-TSH TSH-TSH 00076 540RP NDD 51 89 11 TSH-TSH TSH-TSH 00076 540RP NDD ; 52 89 11 TSH-TSH TSH-TSH 00076 540RP NDD j 24 90 TSH-TSH T?ll-TSH 00076 540RP H NDD 25 90 51 TSH-Tstl TSH-TSH 00076 540RP NDD --! 26 90 H TSH-TSH TSH-TSH 00076 $40RP NDD { 44 90 H TSH-TSil TSit-TSH 076 540RP NDD 46 -90 11 TSil-TSH TSH-TSH 00076 540RP NDD 1 25 91 H TSH-TSH TSH-TSH 00076 540RP NDD { 24 92 11 TSH-TSti TSH-TSH 00076 540RP HDD i
-25 92 11 TSil-TSH TSH-TSH 00076 540RP NDD I J26 92 ll TSH-TSH TSH-TSH 00076 540RP NDD l
S 92 11 TSH-TSil TSH-TSH 00076 540RP V' O f 93 -H TSil-TSH TSH-TSli 00076 540RP NDD j l'--49 93 H TSH-TS11 TSil-TSH 00076 540RP HDD t[
44 94 H TSH-TSH TSH-TSH 00076 540RP NDD i 49 94 11 TSH-TSli TSH-TSH 00076 540RP NDD 50 94 H TSH-TSH TSH-TSH 00076 540RP NDD l 39 95 11 TSH-TSH TSH-TSil 00076 540RP NDD 49 95 H' TSH-TSH TSH-TSH 00076 540RP NDD l 50 95 H TSil-TSH TSH-TSH 00076 540RP NDD , 38 .96 11 - TSH-TSH TSli-TSil 00076 540RP NDD , 39 96 11 TSil-TSH TSH-TSH 00076 540RP NDD j
-40 '96 H TSH-TSH TSH-TSH 00076 540RP HDD !
'5
-49 '96 H TSH-TSH TSH-TSH 00076 540RP NDD 39 97 -H- TSH-TSH TSH-TSil 00076 540RP NDD ,
1 100 11 TSH-TSH TSH-TSH 00076 540RP NDD ! 34 100 H. TSH-TSH TSH-TSH 00076 640R1 NDD . 26 101 .H TSH-TSH TSH-TSH 00076 540R) NDD , 33 _101 H' TSil-TSH TSH-TSH 00076 540F.P NDD 34 101 H TSH-TSH TSH-TSH 00076- 540RP NDD
-35 101 TSH-TSil TSH-TSH 00076 540RP H NDD .
'25 102 'H TSH-TSH TSH-TSH 00076 540RP NDD 26 _102 H TSH-TSH TSH-TSH 00076 540RP NDD _!
- 27 102 'H TSil-TSH TSE-TSH 00076 540RP NDD 34 102 -H TSH-TSH TSH-TSH 00076 540RP- NDD 26 103 H TSH-TSH TSH-TSH 00076 540RP NDD ,;
( , s CONAM NUCLEAR M l T j y n--wi:r-%--y 9. w f.g - - gi y- 4 y <r.u. r--m , awh p , gen.., Mi g %. y --y-*-.inJ--
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COMPLETE EXAMINATION RESULTS
-04/92, UNION ELECTRIC COMPANYi CALLAWAY,-UNIT 1
)
7"!AH ~ GENERATORS B PAGE: 14 Or 15 } , ) DATE: 04/25/92 ;
/ T1HE: 18:11:18 'j 1:XAH EXTENT CUP 5 TENT ROW COL HEAT # LEO PROGRAM ACTUAL CAL- PROHE LOCATION VOLTS MIL DEG 4 CH 39 103 H TSH-TSil TSH-TSil 00076 540RP NDD 14 104 11 TSil-TSil TSil-TSH 00076 540RP NDD 'l
-. 3 8 104 11 TSH-TSH TSli-T3H 00076 540RP NDD 39 104 H TSil-TSH TSH-TSit 00076 540RP NDD !
40 104 11 TSH-TSH TSH-TSH 00076 640RP NDD .l 13 105 H TSH-TSH TSH-Tsif 00076 540RP NDD !
.14 105 H TSH-TSil TSil-TSil 00076 540RP NDD 15 105 H TSH-TSH TSil-TSH 00076 540RP NDD ,
39 105 11 TSH-TSil TSH-TSil 00076 540RP NDD 14 106 H TSH-TSH TSH-TSH 00076 540RP NDD I 12 109 H TEH- ' - 00000 PLO 28 111 H TSH-TSH TSH-TSH 00076 540RP NDD ^ 1 112 H TSH-TSH TSH-TSil 00076 540RP NDD 27 112 TSH-TSil TSH-TSH ' H 00076 540RP NDD 28 112 H TSH-TSH TSH-Tsil 00016 540RP NDD 29 112 H TSH-TS11 TSH-TSH 00076 540RP NDD 22 113 H TSH-TSH TSH-TSH 00076 540RP NDD 28 113 H~ TSH-TSH TSH-TSH 00076 540RP NDD 21 114 H TSH-Tsil TSll-TSil 00076 540RP NDD
-22 114 H TSH-TSH TSH-TSH 00076 540RP NDD 114 H TSH-TSH TSH-TSil 00076 540RP NDD g )3
( 115 -H TSH-TSil TSH-TSH 00076 540RP NDD V5 116 H TSH-TSH TSH-TSH 00076 540RP NDD , 14 117 H TSH-TSH TSH-TSH 00076 $40RP NDD ! 15 117 H TSH-TSH TSH-TSH 00076 540RP HDD
.16 117 11 TSH-TSH TSH-TSH 00076 540RP NDD ,
15 118 H TSH-TSH TSH-TSH 00076 540RP NDD =!
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y~...~~~... . - _ - - _ . - - . ( COMPLETE EXAMillATION RESULTS . 04/92,-UNION ELECTRIC COMPANY, CALLAWAY,-UNIT 1 GENERATOR B PAGE: 1$ Or- 15 DATE 04/25/92 TIME: 18:11:18 l - TUBES EVALUATED WITH PROBETYPES ORP,0RC EXTENT ~ NUMBER 1 . I
- TSH-TSH 603 i
.... ......... .... q SUBTOTAL 603 l 1 i j.
TUDES EVALUATED, ALL PROBES TUDES-NOT EVALUATED 1 4 EXTENT NUMBER REASON NUHDER -j p ................... ................... l TSH-TSH- 603 PLG 9 ; 5 i SUBTOTAL 603 SUDTOTAL 9 : i l TOTAL TUDES IN EXAMINATION PROGRAM 632 i l' ! NO TREND ANALYSIS REQUESTED i 1 d 1 .
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('~' TEAM GENERATOR: D PAGE: 1 OF 2 DATE 05/29/92 TIME: 10:43:00
~~
EXAM EXTENT CURRENT ROW COL HEAT # LEG PROGRAM ACTUAL CAL PROBE LOCATION VOLTS HIL DEO % Cil 3 11 0569 Y TEH-
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PLO 12 15 H TEll- - 00000 18 PLO al 11 TEH- - 00000 48 PLO ; 25 9219 11 - - 00000 PLG ! 30 29 ;I TSil-FBit TSit-FBH 00076 540RP Fult+ 9.46 15 32 1.5 112 MUM 2 j C 02C-030 02C-03C 00066 540RP 02C+ 25.66 2.2 140 MBH ' 1 51 37 11 - - 00000 50 39 PLO i H - - 00000 PLO I 15 41 11 TEll- - 00000 39 PLG 56 C 02C-03C 02C-03C 00066 540RP 12 71 NDD C 05C-05C 05C-05C 00066 540RP 05C- 4.66 1.5 99 MBH 1 C 01C-01C 01C-01C 00066 540RP OIC- 3.41 6.2 170 HDH .1 49 73 11 - - 00000 27 101 PLC C TSC-TSC TSC-TSC 00066 540RP 27 106 HDD C TSC+TSC TSC-TSC 00066 540RP 12 109 HDD i 11 TEll- - 00000 l 27 110 PLO C TSC-TSC TSC-TSC 00066 540RP. 27 112 C HDD TSC-TSC TSC-TSC 00066 540RP NDD
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COMPLETE EXAMINATION RESULTS 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1 1 LAM CENERATOR: D PAGE: 2 OF - 2 DATE: 05/29/92 TIME: 10:43:00 TUDES EVALLATED WITH PRODETYPES ORP,0RC EXTENT NUMBER 030-02C 2 TSH-FBH 1 0$C-05C 1 01C-01C 1 4 TSC-TSC 4 SUBTOTAL 8 TUBES EVALUATED, ALL PROBES TUBES.NOT EVALUATED EXTENT NUMBER REASON NUMBER 03C-02C 2 PLO 9 TSH-FBH 1 05C-05C 1 01C.010. 1 SC-TSC 4 BTOTAL 8 SUBTOTAL 9 TOTAL TUDES IN EXAMINATION PROGRAM 17 NO TREND ANALYSIS REQUESTED t
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CUMULATIVE REPORT l 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1 STEAH GENERATOR: D PAGE ' 1 OF 3
' /pCATION: TSH+ 0.5 TO TSH+ 9.00 DATE: 05/28/92
( tITERIA: SLG TIME s - 15:15:47 -t EXAH EXTENT CURRENT ROW COL HEAT # LEG PROG RAH ACTUAL REM CAL PROBE LOCATION VOLTS MIL DEG % CH [
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12 2 C TEC-TEH TEC-TEH 00001 560VL TSH+ 0.50 1.1 SLG 8 15 3 C TEC-TEH TEC-TEH 00001 567UL TSH+ 0.60 0.8 SLG 8 16 3 C TEC-TEH TEC-TEH 00001 5600L TSH+ 0.59 0.8 SLG 8 26 7 C TEC-TEli TEC-TEH 00002 5600L TSH+ 0.64 1.3 SLG 8 22 49 C TEC-TEH TEC-TEH 00027 560UL TSH+ 0.59 0.7 SLG 8 21 50 C TEC-TEH TEC-TEH 00027 560UL TSH+ 0.70 0.7 SLG 8 22 50 C TEC-TEH TEC-TEH 00U27 560VL TSH+ 0.53- 0.6 SLG 8 , 23 50 C TEC-TEH TEC-TEH 00027 5600L TSH+ 0.72 0.8 SLG 8 27 50 C TEC-TEH TEC-TEH 00027 560UL TSH+ 0.66 0.6 SLG 8 l' 33 50 C TEC-TEH TEC-TEH 00027 560UL TSH+ 0.78 0.7 SLG 8 37 50 C TEC-TEH TEC-TEH 00027- 5600L TSH+ 0.76 0.5 SLG 8 i 40 50 C TEC-TEH TEC-TEH 00027 560VL TSH+ 0.67 0.6 SLG 8 l 56 50 C TEC-TEH TEC-TEH 00027 560UL TSH+ 0.53 1.0 SLG B 24 51 C TEC-TEH TEC-TEH 00028 560UL TSH+ 0.71 0.7 SLG 8 3 26 51 C TEC-TEH TEC-TEH 00028 5600L TSH+ 0.84 0.8 SLG 8 29 51 C TEC-TEH TEC-TEH 00028 560UL TSH+ 0.97 1.0 SLG 8 31 51 C TEC-TEH TEC-TSH 00028 560UL TSH+ 0.51 0.9 SLG 8 32 51 C TEC-TEH TEC-TEH 00028 560UL TSH+ 0.72 0.7 S LG 8 34 51 C TEC-TEH TEC-TEH 00028 560VL TSH+ 0.51 0.5 SLG 8 52 51 C TEC-TEH TEC-TEH 00028 560UL TSH+ 0.67 0.6 SLG 8 ; 52 C TEC-TEH TEC-TEH 00028 560UL TSH& 0.52 0.6 SLG 8
) 35 7 61 C TEC-TEH TEC-TEH 00016 5600L TSH+ 0.77 4.3 SLG 8 8 61 C TEC-TEH TEC-TEH 00016 560UL TSH+ 1.25 11.6 SLG 8 9 61 C TEC-TEH TEC-TEH 00016 560UL TSH+ 1.59 10.5 SLG 8 10 61 C TEC-TEH TEC-TEH 00016 560UL TSH+ 1.69 10.2 SLG 8 11 61 C TEU-TEH TEC-TEH 00016 5600L TSH+ 1.77 13.6 SLG 8 12 61 C TEC-TEH TEC-TEH 00016 560UL TSH+ 1.95 16.0 SLG -8 -*
13 61 C TEC-TEH TEC-TEH 00016 5600L TSH+ '2.22 17.5 SLG 8
. 14 61 C TEC-TEH TEC-TEH 00016 5600L TSH+ 2.34 18.8 SLG 8 15 61 C TEC-TEH TEC-TEH 00016 560UL TSH+ 2.00 21.7 SLG 8 16 61 C TEC-TEH TEC-TEH 00016 560UL TSH+ 1.70 22.4 SLG 8 >
17 61 C TEC-TEH TEC-TEH 00016 5600L TSH+ 1.19 21.6 SLG 8 , 18 61 C TEC-TEH TEC-TEH 00016 560UL TSH+ 1.03 15.9 5LG 8 7 62 C TEC-TEH TEC-TEM 00016 560UL TSH+ 0.88 8.0 SLG .8 8 62 C TEC-TEH TEC-TEH 00016 560UL TSH+ 1.18 16.2 SLG -8 9 62 C TEC-TEH TEC-TEH 00016 560UL TSH+ 1.40 9.7 SLG B 10 ~62 C TEC-TEH TEC-TEH 00016 560UL TSH+ 1.89 12.7 SLG 8 11 62 C TEC-TEH TEC-TEH 00016 5600L TSH+ 2.47 15.3 SLG .8 12 62 C TEC-TEH TEC-TEH 00016 560UL TSH+ 2.66 17.7 SLG 8 13 62 C TEC-TEH TEC-TEH 00016 5600L TSH+ 2.95 18.3 SLG .8 14 62 =r TEC-TEH TEC-TEH 00016 "AOUL TSH+ .3.00- 19.5 SLG 8 15 62 C TEC-TEH TEC-TEH 00016 0UL TSH+ 2.91 20.5 SLG 8 18 '62 C TEC-TEH TEC-TEH 00013 $60UL TSH+ 1.16 16.0 SLG 8 7 63 C TEC-TEH TEC-TEH 00012 5600L TSH+ 0.71 3.9 SLG 8 8 63 .C TEC-TEH TEC-TEH 00012 5600L TSH+ 0.92 9.8 SLG .8 CONAM NUCLEAR
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CUMULATIVE REPORT 04/92, UNION ELECTRIC COMPANY, C1.L L A WA Y , UNIT 1 STEAM GENERATOR: D 9 CATION: TSH+ 0.5 TO TSH+ 9.00 PAGE: 2 OF 3
.ITERIA: SLG DATE: 05/28/92 TIME: 15:15:47 EXAM EXTENT ROW COL HEAT # LEG PROGRAM ACTUAL BEM CAL CURRENT PROBE LOCATION VOLTS MIL DEG % CH 9 63 C TEC-TEH TEC-TEll
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10 63 C 00012 560U6 TSH+ 1.28 8.6 TEC-TEH TEC-TEH 00012 5600L TSH+ 1.46 SLG 8 11 63 C TEC-TEH TEC-TEH 10.4 SLG 8 12 63 C 00012 5600L TSH+ 1.71 1.2 TEC-TEH TEC-TEH 00012 5600L TSH+ 0 SLG 8 13 63 C 2.55 16.1 TEC-TEH TEC-TEH 00012 560VL TSH4 2.77 SLG B 14 63 C TEC-TEH TEC-TEH 17.8 SLG 8 15 63 00012 5600L TSH6 2.87 C TEC-TEH TEC-TEH 00012 560UL TSH+ 16.1 SLG 8 16 63 C 2.64 15.9 TEC-TEH TEC-TEH 00012 560UL TSH+ SLG 8 17 63 C TEC-TPH TFC-TEH 1.80 17.1 00012 560UL TSH+ SLG 8 18 63 C TEC-TEH TEC-TEH 1.65 17.4 00012 5600L TSH+ SLG 8 54 63 C TEC-TEH TEC-TEH 1.34 16.6 00034 560UL TSH+ SLG B 55 63 C TEC-TEH TEC-TSH 0.52 0.8 SLG 00034 560VL TSH+ 8 7 64 C TEC-TEH TEC-TEH 0.87 3.6 00012 5600L TSH+ SLG 8 8 64 C TEC-TEH TEC-TEtt 0.59 1.8 00012 560UL TSH+ SLG 8 9 64 C TEC-TEH TEC-TEH 0.87 5.8 00012 5600L TSH+ SLG 8 10 64 C TEC-TEH TEC-TEM 1.24 6.2 00012 5600L TSH+ SLG 8 11 64 C TEC-TEH TEC-TEH 1.21 7.4 SLG 00012 560UL TSH+ 8 12 64 C TEC-TEH TEC-TEH 1.87 10.0 00012 560UL TSH+ SLG 8 13 64 C TEC-TEH TEC-TEH 1.45 14.9 SLG 00012 5600L TSH+ 8 14 64 C TEC-TEH TEC-TEH 2.43 13.5 00012 560UL TSH+ SLG 8 15 64 C TEC-TEH TEC-TEH 2.26 11.0 SLG 00012 5600L TSH+ 8 16 64 C TEC-TEH TEC-TEH 1.90 8.4 SLG 00012 5600L TSH+ 8 17 64 C TEC-TEH TEC-TEH 1.77 10.5 SLG 00012 560UL TSH+ B 18 64 C TEC-TEH TEC-TEH 1.15 6.7 SLG 00012 560UL TSH+ 8 43 64 C TEC-TEH TEC-TEH 0.81 4.3 SLG 8 48 64 00034 560UL TSH+ 0.99 C TEC-TEH TEC-TEH 0.8 SLG 8 7 65 00034 560UL TSH+ 0.64 C TEC-TEH TEC-TEH 2.1 SLG 8 65 00012 560UL TSH+ 0.50 B C TEC-TEH TEC-TEH 00012 560UL TSH+ 1.2 SLG 8 9 65 C TEC-TEH TEC-TEH 0.69 2.2 00012 560VL TSH+ SLG 8 10 65 C TEC-TEH TEC-TEH 1.16 6.2 SLG 00012 560VL TSH+ 8 11 65 C TEC-TEH TEC-TEH 1.40 6.5 SLG 00012 560UL TSH+ 8 12 65 C TFC-TEH TEC-TEH 2.26 11.5 00012 560UL TSH+ SLG B 13 65 C TEC-TEH TEC-TEH 2.67 12.7 SLG 00012 560VL TSH+ 8 14 65 C TEC-TEH TEC-TEH 3.13 9.3 SLG 00012 560UL TSH+ 8 15 65 C TEC-TEH TEC-TEH 2.74 0.0 SLG 00012 560UL TSH+ 8 16 65 C TEC-TEH TEC-TEH 2.46 8.5 SLG 00012 560UL TSH+ 8 17 65 C TEC-TEH TEC-TEH 1.62 7.6 SLG 00012 560UL TSH+ 8 18 65 1.51 5.2 SLG 28 C TEC-TEH TEC-TEH 00012 560UL TSH+ 0.59 8 65 2.1 8 C TEC-TEH TEC-TEH 00034 560VL TSH+ 0.50 SLG 8 66 0.6 C TEC-TEH TEC-TEH 00012 560UL TSH+ 0.66 SLG 8 9 66 1.8 10 C TEC-TEH TEC-TEH 00012 5600L TSH+ 1.00 SLO 8 66 5.4 11 C TEC-TEH TEC-TEH 00012 560UL TSH+ 1.44 SLG 8 66 10.2 C TEC-TEH TEC-TEH 00012 560UL TSH+ 2.13 SLG 8 12 66 12.5 SLG 13 C TEC-TEH TEC-TEH 00012 560UL TSH+ 2.45 8 66 13.7 C TEC-TEH TEC-TEH 00012 560UL TSH+ 2.06 SLG 8 8.9 SLG 8 O CONAM NUCLEAR __ _ -_-- -- - - - - ' ~^~
CUMULATIVE REPORT 04/92, UNION ELECTRIC COHPANY, CALLAWAY, UNIT 1-STEAM GENERATOR: B PACE: 2 OE -3 r~'S9 CATION: TSH+ 0.5- 70 TSH+ 9.00 DATE: 05/28/92 f TIME: 15:15:47 f.1TERIA:SLG EXAH EXTENT CURRENT ROW COL HEAT # LEG PROGRAH ACTUAL REH CAL PROBE LOCATION VOLTS HIL DEC t CH 9 63 C TEC-TEH TEC-TEH 00012 560VL TSH+ 1.28 8.6 SLO 8 10 63 C TEC-TEH TEC-TEH 00012 5600L TSH+ 1.46 10.4 SLO 8 11 63 C TEC-TEH TEC-TEH 00012 560VL TSH+ 1.71 1.2 0 SLC 8 12 63 C TEC-TEH TEC-TEH 00012 560UL TS!!+ 2.55 16.1 SLG 8 13 63 C TEC-TEH TEC-TEH 00012 560UL TSH+ 2.77 17.8 SLG 8 14 63 C TEC-TEH TEC-TEH 00012 560VL TSH+ 2.87 16.1 SLG 8 15 63 C TEC-TEH TEC-TEH 00012 560UL TSH+ 2.64 15.9 SLG 8 16 63 C TEC-TEH TEC-TEH 00012 5600L TSH+ 1.80 17.1 SLO 8 17 63 C TEC-TEH TEC-TEH 00012 5600L TSH+ 1.65 17.4 SLG 8 18 63 C TEC-TEH TEC-TEH 00012 560UL TSH+ 1.34 ' 16.6 SLG 8 54 63 C TEC-TEH TEC-TEH 00034 560VL TSH+ 0.52 O.8 SLO 8 55 63 C- TEC-TEH TEC-TSH 00034 5600L TSH+ 0 87 36 SLG 8 7 64 C TEC-TEH TEC-TEH 00012 560VL TSH+ 0.59 1.8 SLG 8 8 64 C TEC-TEH TEC-TEH 00012 560UL TSH+ 0.87 5.8 SLG 8 9 64 C TEC-TEH TEC-TEH 00012 560VL TSH+ 1.24 6.2 SLG 8 10 64 C TEC-TEH TEC-TEH 00012 5600L TSH+ 1.21 7.4 SLG 8 11 64 C TEC-TEH TEC-TEH 00012 5600L TSH+ -1.87 10.0 SLG 8 12 64 C TEC-TEH TEC-TEH 00012 560UL TSH+ 1.45 14.9 SLG 8 13 64 C TEC-TEH TEC-TEH 00012 560VL TSH+ 2.43 13.5 SLO 8 14 64 C TEC-TEH TEC-TEH 00012 560UL TSH+ 2.26 11.0 SLO 8
'[ 64 C TEC-TEH TEC-TEH 00012 560UL TSH+ 1.90 8.4 SLC 8
\ ,,j /15 16 64 C TEC-TEH TEC-TEH 00012 560UL TSH+- 1.77 10.5 SLG 8 17 64 C TEC-TEH TEC-TEH 00012 5600L TSH+ 1.15 6.7 SLG 8 18 64 C TEC-TEH TEC-TEH 00012 560UL TSH+ 0.01 4.3 SLO 8
, 43 64 C TEC-TEH TEC-TEH 00034 560DL TSH+ 0.99 0.8 SLG 8 48 64 C TEC-TEH TEC-TEH 00034 560UL TSH+ 0.64 2.1 SLG 8 7 65 C TEC-TEH TEC-TEH 00012 560UL TSH+ 0.50 1.2 SLG 8 8 65 C TEC-TEH TEC-TEH 00012 5600L TSH+ 0.69 2.2 SLG 8 9 65 C TEC-TEH TEC-TEH 00012 560UL TSH+- 1.1b 6.2 SLG 8 10 65 C TEC-TEH TEC-TEH 00012 5600L TSH+ 3.40 _6.5 SLG 8 i 11 65 C TEC-TEH TEC-TEH 00012 5600L TSH+ 2.26 11.5 SLG _8 12 '65 C TEC-TEH TEC-TEH 00012 560UL TSH+ 2.67 12.7 SLG B 13 65 C TEC-TEH TEC-TEH 00012 560UL TSH+ 3.13 9.3 SLG 8 14 65 C TEC-TEH TEC-TEH 00012 560UL TSH+ 2.74 8.0 SLG 8 o 15 65 C TEC-TEH TEC-TEH 00012 560UL TSH+ 2.46 8.5 SLG 8 16 65 C TEC-TEH TEC-TEH 00012 560UL TSH+ 1.62 7.6 SLG 8 17 65 C TEC-TEH TEC-TEH 00012 560UL TSH+ 1.51 5.2 SLG 8 18 65 C TEC-TEH TEC-TEH 00012 560UL TSH+ 0.59 2.1 SLG 8 28 65 C TEC-TEH TEC-TEH 00034 560UL TSHf 0.50 0.6 SLG 8 j- 8 66 C TEC-TEH TEC-TEH 00012 560UL TSH+ 0.66 1.8 SLG S 9 '66 C TEC-TEH TEC-TEh 00012 560VL TSH+- 1.00 6.4 SLG 8 10 66 C TEC-TEH TEC-TEH 00012 560UL TSH+- 1,44 -10.2 SLG 8 11 66 C. TEC-TEH TEC-TEH 00012 560VL TSH+ 2.13 12.5 SLG 8
-12 66 C TEC-TEH TEC-TEH 00012 560UL TSH+ 2.45- 10.7 SLG .8 13 66 C TEC-TEH TEC-TEH 00012 560UL TSH+ 2.86- 8.9 SLG 8 i
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[ 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1 i l STEAM CENERATOR: B PAGE: 3 OF 3 l CATION: TSH+ 0.5 70 TSH+ 9.00 DATE: 05/28/92 ,. :ITERIA: SLO TIME: 15:15:47 1 EXAM EXTENT CURRENT ROW COL HEAT # LEG PROGRAM ACTUAL REM CAL PROBE LOCATION VOLTS MIL DEC % CH i f 14 66 C TEC-TEH TEC-TEH 00012 560UL TSH+ 2.97 0.1 SLO 8 l 15 66 C TEC-TEH TEC-TEH 00012 560UL TSH+ 2.04 8.6 SLG 8 l j 16 66 C TEC-TFH TEC-TEH 00012 560VL TSH+ 1.48 6.3 SLO 8 l 9 67 C TEC-TEH TEC-TEH 00012 5600L TSH+ 1.32 6.5 SLG 8 1 l 1.57 12.2 10 67 C TEC-TEH TEC-TEH 00012 560UL TSH+ SLG 8 ! 11 67 C TEC-TEH TEC-TEH 00012 560UL TSH+ 1.78 10.9 SLO 8 l l 12 67 -C TEC-TEH TEC-TEH 00012 560VL TSH+ ~2.13. 8.2 SLG 8 .! 13 67 C TEC-TEH TEC-TEH 00012 5600L TSH+ 2.73 9.1 SLO 8 -! 14 67 C TEC-TEH TEC-TEH 00012 5600L TSH+ 2.21 6.7 SLO 8 l 15 -67 C TEC-TEH TEC-TEH 00012 560UL TSH+- 1.65- 6.0 SLO 8 r 16 67 C TEC-TEH TEC-TEH 00012 560UL TSH+ 1.20 5.9 SLG 8 ! 7 71 C TEC-TEH TEC-TEH 00036 560UL TsH+ 0.52 2.2 SLO 8 -! 6 79 C TEC-TEH TEC-TEH 00016 5600L TSH+ 0.68 1.3 SLG 8 ; 7 79 C TEC-TEH TEC-TEH 00016 5600L TSH+ 0.75 2.0 SLO -8 j 8 79 C TEC-TEH TEC-TEH 00016 560UL TSH+ 0.75 3.2 SLO 8 1 11 79 C TEC-TEH TEC-TEH 00016 560UL TSH+ 0,52 1.3 SLG 8 - ' 6 80 C TEC-TEH TEC-TEH 00016 5600L Tsu+ 0.56 0.9 slo 8 10 00 C TEC-TEH TEC-TEH 00016 560UL TSH+ 0.62 0.7 slo 8 , IMBER OF TUDES SELECTED FROM CURRENT OUTAGE: 100 NO TREND ANALYSIS REQUESTED { REPORT OPTIONS:
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_ _ - - _ _ _ _ _ - _ _ _ _ _ - _ _ _ _ _ _ _ _ _ - - - . - - - - - - _ - _ - _ _ _ _ - _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _---- _ ~ - CUHULATIVE REPORT 04/92,, UNION ELECTRIC COH1'ANY, CALLAWAY, UNIT 1 O JEAM CENERATOR: D . PAGE: 1 OF 6
,JCATION: TSC+ 0.5 TO TSC+ 9.00 OATE: 05/28/92-CRITERIA: SLG TIME 15:14:54 i i
EXAH EXTENT CURRENT ROW COL I! EAT # LEO PROGRAM I ACTUAL REH CAL PRODE LOCATION VOLTS HIL DEO % CH - 19 11 C TEC-TEH TEC-TEH 00002 560VL Tsc+ 0.50 1.6 133 SLO .8 ; 20 la C TEC-TEH TEC-TEH 00002 5600L TSC+ 0.52 0.9 '142 SLO 8 i 21 11 C TEC-TEH TEC-TEli 00002 560UL TSC+ 0.50 7.1 273 SLO 8 25 11 C TEC-TEH TEC-TEli 00002 5600L Tsc+ 0.50 0,6 149 SLO 8 . 26 14 C TEC-TEH TEC-TEH 00003 560UL TEJ+ 0.51 1.5 133 SLO '8 10 17 C TEC-TEH TEC-07C 00004 560UI- Tsc+ 0,65 1.4 SLO 8 17 20 C TEC-TElf TEC-TEH 00005 560UL TSC+ 0.67 0.9 slo 8 22 20 C TEC-TEH TEC-TEH 00005 56000 Tsc+ 0.70 0.7 SLO 8 25 20 C TEC-TEH TEC-TEll 00005 5600L TSC+ 0.62 0.6 SLO 8 . 10 21 C TEC-TEH TEC-TEH 00005 560UL Tsc+ 0.77 0.6 SLO 8 21 21 C TEC-TEH TEC-TEH 00005 5600L TSC+ 0.76 0.6 SLO 8 ; 25 21 C TEC-TEH TEC-TEll 00005 5600L TSC+ 0.65 0.6 SLO 8 ; 35 21 C TEC-TEH TEC-TEH 00005 560VL Tsc+ 0.57 0.7 SLO 8 l 10 22 C TEC-TEH TEC-TEli 00005 5600L Tsc+ 0.74 0.6 SLG =8 22 22 C TEC-TEH TEC-TEH 00005 560UL Tsc+ 0.63 0.8 SLO '8 l 23 22 C TEC-TEH TEC-TEll 00005 5600L TSc+ 0.93- 0.6 SLO .8 24 22 C TEC-TEH TEC-TEli 00005 560VL TSC+ 0.65 1.2 SLO 8 27 22 C TEC-TEH TEC-TEH 00005 5600L TSC+ 0.76 0.7 SLG 8 i 22 C TEC-TEll TEC-TEH 00005 560UL TSC+ 0.68 0.8 SLO 8 00005 5600L 0.9
)28 30 22 C TEC-TEH TEC-TEH Tsc+ 0.57 8
- SLG s-- 37 22 C TEC-TEH TEC-TEH 00005 5600L TSC+ 0.55 23.6 .0 Sto .8 i 38 22 C TEC-TEH TEC-TEH 00005 5600L TSC+ 0.60 0.7 SLO 8 ;
11 23 C TEC-TEH TEC-TEH 00005 560UL TSC+ 0.55 0.7 SLO 8 l 19 23 C TEC-TEH TEC-TEH 00005 560UL TSC+ 0.60 - 0.8 SLO 8 ,l 28 23 C TEC-TEH TEC-TEH 00018 560UL TSC+ 0.59 0.5 SLO '8
'33 23 C TEC-TEH TEC-TEH 00005 560UL Tsc+ 0.60 0.8 Sto '8 34 23 C TEC-TEH TEC-TEH 00005 560UL Tsc+ 0.60 0.8 slo 8 1 36 23 C TEC-TEH TEC-TEH 00005 560UL TSC+ 0.55 0.6 SLC 8 40 23 C TEC-TElf TEC-TEH 00005 560UL Tsc+ 0.57 0.8 SLG 8 10 24 C TEC-TEH TEC-TEH 00005 5600L Tsc+. 0.55 0.6 slo 8 l 16 24 C TEC-TEM TEC-TEli 00005 560UL Tsc+- 0.55 0.6 SLG 8 i
.17 24 C TEC-TEH TEC-TEH 00005 5600L TSC+ 0.60 0.7 SLO 8
~19 24 C' TEddfEW TEC-TEH 00036 560UL TSC+- 0.71 10.8 SLG 8 3 36 24 C TEC-TEH TEC-TEH 00036 5600L Tsc+ 0.52 1.7 SLO 8 +
'40 24 C TEC-TE!! TEC-TEH 00036 560UL TSC+ 0.82 1.9 SLG 8
'43 24 C TEC-TEH TEC-TEH 00036 560UL TSC+ 0.71 - 0. 5 SLG 8 L 10 25 C TEC-TEli TEC-TEH 00036 560UL Tsc+ 0.52 ' 0,9 SLG '8 i TSC+- 0.60 1.5
-17 25 C TEC-TEH TEC-TEH 00036 560UL SLO 8
-- 18 -25 C TEC-TEH TEC-TEH 00036 560UL Tsc+ 0.63 0.6 SLG 8 20 25 C TEC-TEli TEC-TEH 00036 560UL TSC+ 0.55 1.7 SLG 8 21 2b C TEC-TEH TEC-TEH 00036 560UL TSC+ 0.60 1.1 SLG 8 23 25 C TEC-TEH TEC-TEH 00036 560DL TSC+ 0.71 0.6 SLO 8 J 25 25 C TEC-TEH TEC-TEH 00036 560UL TSC+ . 0.52- 2 .' 7 SLG 8 28 .25 C TEC-TEH TEC-TEH 00036 5600L Tsc+ 0.53 0.7 SLG B 29 25 C TEC-TEH TEC-TEH 00036 560UL TSC+- 0.52 .0.9 SLG -8 l(#~\j_ . i s_,
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6 i CUMULATIVE REPORT 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT A [ STEAM GENERATOR 8 PAGE 2 OE- 6
/'~'*9 CATION: TSC+ 0.5 TO Tsc+ 9.00 DATE 05/28/92 1TERIA: SLG TIME: 15:14:54 :
i EXAM EXTENT CURRENT ROW COL HEAT # LEO PROGRAM ACTUAL REM CAL PROBE LOCATION VOLTD HIL DEO % CH l
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31 IS TEC-TEH TEC-TEH 00036 560VL TSC+ 0.50 0.6 SLG 8 I 32 25 C TEC-TEH TEC-TEH 00036 5600L TSC+ 0.58 1.7 SLG 8 l 35 25 C TEC-TEH TEC-ir:H 00036 560UL TSC+ 0.58 1.3 SLG B 36 25 C TEC-TEH TEC-TEH 00036 560UL TSC+ 0.02 1.5 SLG 8 37 25 C TEC-TEH TEc TEH 00036 5600L Tsc+ 0.60 1.4 SLG 8 40 25 C TEU-arm TEC-TEH 00036 5600L Tsc+ 0.77 0.8 SLG 8 i 41 25 C TEC-TEH TEC-TEH 00036 5600L Tsc+ 0.83 0.5 SLG .8 - 42 25 C TEC-TEH TEC-TEH 00036 5600L TSC+ 0.76- 0.5 SLG -8 10 26 C TEC-TEH TEC-TEH 00036 560UL TSC+ 0.71 1.5 SLG 8 y 26 00036 0.8 11 C TEC-7EH TEC-TEH 560UL TSc+ 0.74 SLG 8 16 26 C TEC-TEH TEC-TEH 00036 5600L Tsc+ 0.57 0.5 SLG 18 & 18 26 C TEC-TEH TEC TEH 00036 560UL Tsc+ 0.60 0.8 SLG 8 22 26 C TEC-TEH TEC-TEH 00036 5600L TSC+ C.76 1.8 SLG 8 23 26 C TEC-TEH TEC-TEH 00036 560UL Tsc+ 0.65 1.4 SLG 8 24 26 C TEC-TEH TEC-TEH 00036 560VL Tsc+ 0.68 2.3 SLG 8
- 26 26 C TEC-TEH TEC-TEH 00036 5600L TSC+ 0.67 0.8 SLG 8 27 26 C TEC-TEH TEC-TEH 00036 560UL TSC+ 0.67 0.9 SLG 8 28 26 C TEC-TEH TEC-TEH 00036 560VL TSC+ 0.70 1.1 SLG 8 29 26 C TEC-TEH TEC-TEH 00036 560VL Tsc+ 0.68 0.8 SLG B ,
30 26 C TEC-TEH TEC-TEH 00036 560UL Tsc+ 0.65 0.5 SLG 8 ' 31 26 C TEC-TEH TEC-TEH 00036 560UL TSC+ 0.65 1.7 SLG 8
) 35 26 C TEC-TEH TEC-TEH 00036 560UL TSC+ 0.60 2.5 SLG 8 36 26 C TEC-TEH TEC-TEH 00036 560UL TS2+ 0.52 4.2 SLG 8 40 26 C TEC-TEH TEC-TEH 00036 5600L TSC+ 0.85 1.3 SLG 8 41 26 C_ TEC-TEH TEC-TEH 00036 560UL Tsc+ 0.71 0.6 SLO 8 .
10 27 C TEC-TEH TEC-TEH 00036 560VL TSC+ 0.64 0.7 SLG 8 11 27 C TEC-TEH TEC-TEH 00036 560UL TSC+ 0.55 0.8 SLG 8 15 27 C TEC-TEH TEC-TEH 00036 560UL Tsc+ 0.58 0.6 SLG 8 18 . 27 C TEC-TEH TEC-TEH 00036 560UL TSC+ 0.66 0.7 ELO :8 26 27 C TEC-TEH TEC-TEH 00036 560UL TSC+ 0.63 0.6 SLG 8 27 27 C TEC-TEH TEC-TEH 00036 560UL TSC+ 0.65 0.8 SLG 8 29 27 C TEC-TEH TEC-06C 00036 560VL TSC+ 0.68 3.3 SLG -8 ' 31 27 C TEC-TEH TEC-TEH 00036 5600L TSC+ 0.52' O.8 SLG 8 34 27 C TEC+TEH TEC-TEH 00036 560UL TSC+ 0.68. 0.5 SLG 8 36 27 C TEC-TEH TEC-TEH 00036 5600L Tsc+ 0.68 0.9 SLG B 37 27 C TEC-TEH TEC-TEH 00036 560UL TSC+ 0.71 0.8 SLG .8 10 28 C TEC-TEH TEC-TEH 0003(:560UL Tsc+ 0.60 0.9 SLG 8 11 28 C TEC-TEH TEC-TEH 00036 560UL TSC+ 0.52 0.7 SLG s 8 17 28 C TEC-TEH TEC-TEH 00007 560UL TSC+ 0.74- 0.5 SLG 8 18 28 C TEC-TEH TEC-TEH 00007 560UL Tsc+. 0.58 0.5 SLG 8 22 28 C TEC-TEH TEC-TEH 00007 560UL TSC+ 0.69 1.1 SLG 8 ; 23 28 C TEC-TEH TEC-TEH 00007 560UL TSC+ 0.52 0.6 SLG 8 32 28 C TEC-TEH TEC-TEH 00007 560VL TSC+ 0.72 0.6 SLO 8 33 28 C TEC-TEH TEC-TEH 00007 560UL TSC+ 0.67 0.6 SLG 8 41 28 C TEC-TEH TEC-TEH 00007 560UL TSC+ 0.85 0.5 SLG 8
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CUMULATIVE REPORT 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1
- STEAM GENERATOR: D PAGE: 3 or 6 TSC+ 0.5 TO TSC+ 9.00 .DATE: 05/28/92 ITERIA: SLG TIME: 15:14:54 OCATION:
EXAM EXTENT CURRENT ROW COL HEAT # LEG PROGRAM ACTUAL REM CAL PROBE LOCATION VOLTS MIL DEG % CH 42 28 C TEC-TEH TEC-TEH 00007 5600L TSC+ 0.89 0.6 SLG 8 15 29 C TEC-TEH TEC-TEH 00018 560UL Tsc+ 0.63 0.7 Sto 8 24 29 C TEC-TEH TEC-TEH 00018 560UL TSC+ 0.68 0.5 SLG 8 25 29 C TEC-TEH TEC-TEH 00018 5600L TSC4 0.65 0.7. SLG 8 27 29 C TEC-TEH TEC-TEH 00018 560VL TSC+ 0.54 0.5 SLG 8 29 29 -C TEC-TEH TEC-TEH 00018 5600L TSC+ 0.57 0.6 SLO 8 19 30 C TEC-TEH TEC-TEH 00018 560UL TSC+ 0.60 0.6 SLG .8 22 30 C TEC-TEll TEC-TEH 00018 560VL TSC+ 0.63 0.6 SLG B 23 31 C TEC-TEH TEC-TEH 00018 560VL TSC+ 0.85 '0.5 SLO. 8 , 29 31 C TEC-TEH TEC-TEH 00018 560UL TSC+ 0.77 0.6 SLG' 8 ; 38 31 C TEC-TEH TEC-TEH 00018 560UL TSC+ 0.85 0.6 SLG 8 . 14 32 C TEC-TEH TEC-TEH 00018 560UL TSC+ 0.82 0.5 SLG 8 16 32 C TEC-TEH TEC-TEH 00018 560UL Tsc+ 0.79 0.5 SLG 8 I 17 32 C TEC-TEH TEC-TEH 00018 5600L TSC+ 0.85 0.7 SLG 8 TEC-TEH TEC-TEH 00018 560UL Tsc+ 0.71 0.8 SLG 8 22 32 C 32 TEC-TEH TEC-TEH 00018 560UL TSC+ 0.66 0.5 SLG 8 28 C 29 32 C TEC-TEH TEC-TEH 00018 5600L TSC+ 0.87 0.5 SLG 8 50 32 C TEC-TEH TEC-TEH 00018 560UL Tsc+ 0.72 0,5 SLG 8 22 33 C TEC-TEH TEC-TEH 00018 560UL TSC+ 0.77 0.6 SLG 8 30 33 C TEC-TEH TEC-TEH 00018 560UL TSC4 0.69 0.5 SLG 8
- [ 32 33 C TEC-TEH TEC-TEH 00018 560UL TSC+ 0.74 0.5 SLG 8
\ i,)/ 35 33 C TEC-TEH TEC-TEH 00018 5600L TSC+ 0.83 0.6 SLG B 33 C TEC-TEH TEC-TEH 00018 560UL TSC+ 0.77 0.6 SLG B 36 50 33 C TEC-TEH TEC-TEH 00018 560UL TSC+ 0.68 0.5 SLG '8 ;
00019 560UL TSC+ 0.68 0.5 SLG B 17 34 .C TEC-TEH TEC-TEH 34 TEC-TEH TEC-TEH 00019 560UL TSC+ 0.69 0.5 SLG 8 29 C TEC-TEH TEC-TEH 00020 560UL TsC+ 0.59 0.6 SLG 8 24 36 C 25 36 C TEC-TEH TEC-TEH 00020 560VL TSC+ 0.62 0.6 SLG 8 , 29 13 6 C TEC-TEH TEC-TEH 00020 5600L TSC+ 0.51 0.6 SLG 8 ; 55 48 C TEC-TEH TEC-TSH 00027 560UL Tsc+ 0.54 0.5 SLG 8 49 49 'C TEC-TEH TEC-07C 00027 560UL TSC+ 0.97 4.8 SLO 8 25 52 C TEC-TEH TEC-O1H 00028 560UL TSC+ 0.86 40.0 SLG 8 56 52 C TEC-TEH TEC-04H 00028 560UL TSc+ 0.78 22.0 dLG 8 ; 53 TEC-TEH TEC-TEH 00030 560UL TSC+ 0.85 0.8 SLG 8 t 54 C 53 54 C TEC-TEH TEC-TEH 00030 560VL TSC+' O.79 0.6 SLG 8 54 54 C TEC-TEH TEC-TEH 00030 560UL TSC+ 0.80 0.8 SLG 8 24 55 C TEC-TEH TEC-TEH 00030 560UL TSC+- 0.57 SLG 8 56 55 C TEC-TEH TEC-TEH 00030 560UL TEC+ 0.74 0.5 SLG L8 32 56 C TEC-TEH TEC-TEH 00030 560UL TSC+; 0.63 0.6 SLG 8 55 56 C TEC-TEH TEC-TEH 00030 560UL TSC+ 0.68 0.9 SLG 8 56 56 C TEC-TEH TEC-TEH 00030 560VL Tsc+ 0.68 0.9 SLG ;8 TEC-TEH TEC-TEH 00030 560UL TSc+ 0.65 0.8 SLG 8 58 56 C 4 61 C TEC-TEH TEC-TEM 00016 560UL TSC+ 0.70 2.6 SLO .8 5 61 C TEC-TEH TEC-TEH 00016 5600L TSC+ 0.72 5.4 SLG '6 6 61 C TEC-TEH TEC-TEH 00016 560 't TSC+ 0.87 9.9- SLG 8 CONAM NUCLEAR ,
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CUMULATIVE REPORT : 04/92 UNION ELECTRIC COMPANY, CALLAWAY, UNIT 3 !
- STEAH CENERATORt B PAGE 4 OF 6 l OCATION: TSC+- 0.5 TO TSc+ 9.00 DATE: . 05/28/92 I
('"Nf1TERIA: SLG TIME s - 15:14:$4 1
\+ / l t
EXAM EXTENT . CURRENT ROW COL HEAT # LEO PROGRAM ACTUAL REM CAL PROBE LOCATION VOLTS HIL DEO % Cil 7 61 C TEC-TEH TEC-TEH 00016 560VL TSc+ 0.74 11.9 SLG 8 8 61 C TEC-TEH TEC-TEH 00016 5600L TSC+ 1.65 12.7 SLO 8 9 61 C TEC-TEH TEC-TEH 00016 5600L TSC+ 1.36 9.4 SLO 8 10 61 C TEC-TEH TEC-TEH 00016 5600L TSC+ 1.17' 6.5 SLO 8 , 11 61 C TEC-TEH TEC-TEH 00016 5600L TSc+ 1.07 4.8 SLO 8 ' 12 61 C TEC-TEH TEC-TEH 00016 560VL TSC+ 0.85 3.9 SLG 8 9 13 61 C TEC-TEH TEC-TEH 00016 560UL Tsc+ 0.77 3.8 SLO 8 14 61 C TEC-TEH TEC-TEH 00016 5600L TS9+ 0.77 3.0 SLG B
.l 15 61 C TEC-TEH TEC-TEH 00016 560UL Tsc+ 0.72 3.8 SLO i8 ,
16 61 C TEC-TEH TEC-TEH 00016 5600L Tsc+. 0.71 3.3 SLC 8 , 17 61 C TEC-TEH TEC-TEH 00016 5600L TSC+ 0.66 2.9 SLO 8 18 61 C TEC-TEH TEC-TEH 00016 560UL TSC+ 0.72 3.1 SLG -8 , 7 62 C TEC-TEH TEC-TEH 00016 560UL Tsc+ 0.88 15.7 SLO 8 . 8 62 C TEC-TEH TEC-TEH 00016 560UL TSC+ 1.78 12.6 SLG 8 9 62 C TEC-TEH TEC-TEH 00016 560VL TSC+ 1.55 12.6 SLO 8 > 10 62 C TEC-TEH TEC-TEH 00016 5600L TSc+ 1.60 11.1 SLO 8 -; 11 62 C TEC-TEH TEC-TEll 00016 560UL TSc+ 1.37 8.6 SLG 8 i 12 62 C TEC-TEH TEC-TEH 00016 560VL Tsc+ 1.00 5.4 SLO 8 ! 13 62 C TEC-TEH TEC-TEH 00016 5600L TSC+ 0.87 3.7 SLG '8 -' 62 C TEC-TEH TEC-TEH 00016 560UL TSC+ 0.68 2.9 SLG 8 t 15 62 C TEC-TEH TEC-TEH 00016 560UL TSC+ 0.74 4.0 SLG 8 C)14 16 11 7 62 62 C C TEC-TEH TEC-TEH TEC-TEH TEC-TEli 00016 00016 560UL 560UL TSC+ 0.87 Tsc+ 0.81 6.5 5.9 SLG SLG -8 8 _;
'10 64 C TEC-TEH TEC-TEH 00012 560UL TSC+ 0.95- 3.8 SLO 8 7 65 C TEC-TEH TEC-TEH 00012 560UL Tsc+ 0.56 1.0 SLG 8 8 65 C TEC-TEH TEC-TEH 00012 5600L Tsc+ 0.59 1.1 SLO 8 :
1 9 65 C TEC-TEH TEC-TEH 00012 5600L TSC+ 0.65 1.4 SLG 8 10 65 C TEC-TEH TEC-TEH 00012 560UL Tsc+ 0.65 3.8 SLO 8 11 65 C TEC-TEH TEC-TEH 00012 5600L Tsc+ -0.77 .4 SLG 8 a 12 65 C TEC-TEH TEC-TEH 00012 560UL TSc+ 0.69- 2.4 SLO :8
'13 65 C TEC-TEH TEC-TEH 00012 5600L TSc+ 0.65 2.6 SLG 8 14 65 C TEC-TEH TEC-TEH 00012 560UL TSC+ 0.68 2.6 SLG 8 '
"15 65 C TEC-TEH TEC-TEH 00012 560UL TSC+ 0.65 2.6 SLG 8 16 65 C TEC-TEH TEC-TEH 00012 560UL Tsc+ 0.77 3.7 SLG 8 t 17 65 C TEC-TEH TEC-TEH 00012 5600L TSC+ 0.79- 4.1 SLO 8 18 65 C TEC-TEH TEC-TEH 00012 560VL TSC+ 0.73- 4.0 SLG 8 7 70 -C TEC-TEH TEC-TEH 00036 560VL 75C+ 0.65 1.8 SLG 8
-7 71 C TEC-TEH TEC-TEH 00036 560UL Tsc+ 0.61 1.1 SLG ;8 58 75 C TEC-TEH TEC-TEH 00039 560UL Tsc+--0.50 ;0.7 SLG 8 ,
L14 79 C TEC-TEH TEC-TEH 00016 5600L TSC+- 0.51 1.3 SLG ?8 TEC-TEH 00016 560UL TSC+ =0.51 1.3 8 11 5 79 C TEC-TEH SLG
- 17 79 C TEC-TEH TEC-TEH 00016 560UL TSC+- 0.51 1.1 SLG .8
- 45 79 C TEC-TEH TEC-TEH 00041 560VL Tsc+ 0.79 0.2 0 SLG 8 46 79 C TEC-TEH TEC-TEH 00041 5600L TSC+- 0.77. 0.5 - 0 SLG 8 47 79 C TEC-TEH TEC-TSH 00041 5600L Tsc+ 0.83 0.4 . 0 SLO 8 CONAM NUCLEAR ,
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CUMULATIVE REPORT 04/92, UNION ELECYRIC COMPANY, CALLAWAY, UNIT 1 STEAM GENERATOR: B PAGE: 5 OF 6
- CATION: TSC+ 0.5 To TSC+ 9.00 DATE: 05/28/92
.1TERIA: SLG TIhE 15:14:54
~
EXAM EXTENT CURRENT ROW COL HEAT # LEG PROGRAM ACTUAL REM CAL PRODE LOCATION VOLTS MIL DEG 4 CH 48 79 C TEC-TEH TEC-TEH 00041 560UL TSC+ 0.82 0.6 0 SLG 8 49 79 C TEC-TCH TEC-TEH 00041 560VL TSC+ 0.72 1.2 0 SLG B 13 80 C TEC-TEH TEC-TEH 00016 5600L Tsc+ 0.50 1.1 SLG 8 15 80 C TEC-TEH TEC-TEH 00016 560VL TSC+ 0.50 1.0 SLG 8 42 80 C TEC-TEH TEC-TEH 00041 5600L TSC4 0.64 1.0 0 SLG B 43 80 C TEC-TEH TEC-TEH 00041 5600L TSC+ 0.62 1.3 0 SLG 8 44 80 C TEC-TEH TEC-TEH 00041 560UL TSC+ 0.62 1.5 0 SLG 8 45 80 C TEC-TEH TEC-TEH 00041 560UL TSC+ 0.67 1.7 0 SI G B
~~
46 80 C TEC-TEH TEC-TEH 00041 560UL TSC+ 0.64 2.1 0 SLG 8 47 80 C TEC-TEH TEC-TEH 00041 560UL TSC+ 0.55 2.4 0 SLG 8 48 80 C TEC-TEH TEC-TEH 00041 560UL Tsc+ 0.61 2.2 0 SLG 8 49 60 C TEC-TEH TEC-TEH 00041 5600L TSC+ 0.67 1.6 0 SLG 8 42 81 C TEC-TEH TEC-TEH 00042 560UL Tsc+ 0.68 0.2 0 SLG B 49 81 C TEC-TEH TEC-TEH 60042 5600L TSC+ 0.63 1.9 0 SLG 8 44 02 C TEC-TEH TEC-TEH 00042 560UL TSC+ 0.56 1.1 0 SLG 8 45 82 C TEC-TEH TEC-TEH 00042 560VL TSC+ 0.62 1.9 0 SLG 8 46 83 C TEC-TEH TEC-TEH 00042 5600L TSC+ 0.61 1.9 0 SLG 8 47 83 C TEC-TEH TEC-TEH 00042 560UL TSC+ 0.64 1.6 0 ELG 8 48 83 C TEC-TEH TEC-TEH 00042 5600L TSC+ 0.63 1.7 0 SLG 8 45 84 C TEC-TEH TEC-TEH 00042 560UL TSC+ 0.61 1.4 0 SLG 8
- 47 84 C TEC-TEH TEC-TEH 00047 560UL Tsc+ 0.07 0.0 0 SLG 8 48 87 C TEC-TEH TEC-TEH 00044 560UL TSC4 0.71 0.7 SLG 8 14 88 C TEC-TEH TEC-TEH 00044 560UL Tsc+ 0.56 SLG 8 17 89 C TEC-TEH TEC-TEH 00044 560UL TSC+ 0.62 7.0 SLG 8 18 89 C TEC-TEH TEC-TEH 00044 Sovuu TSC+ 0.71 0.6 SLG 8 27 89 C TEC-TEH TEC-TEH 00044 560UL TSc+ 0.73 0.6 SLG 8 38 89 C TEC-TEH TEC-TEH 00044 560UL TSC+ 0.88 0.6 SLG 8 35 90 C TEC-TEH TEC-TEH 00045 560UL TSC+ 0.79 0.5 SLG 8 41 90 C TEC-TEH TEC-TEH 00044 560UL TSC+ 0.84 0.7 SLG 8 43 90 C TEC-TEH TEC-TEH 00044 560UL Tsc+ 0.96 0.6 SLG 8 46 90 C TEC-TEH TEC-TEH 00044 560UL TSC+ 0.92 0.9 SLG 8 12 91 C TEC-TEH TEC-TEH 00045 5600L TSC+ 0.78 0.8 SLG B 14 91 C TEC-TEH TEC-TEH 00045 560UL Tsc+ 0.72 C.6 SLG 8 18 91 C TEC-TEH TEC-TEH 00045 560UL TSC+ 0.72 0.6 SLG 8 19 91 C TEC-TEH TEC-TEH 00045 560UL TSC+ 0.66 1.0 SLG 8 22 91 C TEC-TEH TEC-TEH 00045 560UL TSC+ 0.66 0.7 SLG 8 23 91 C TEC-TEH TEC-TEH 00045 5600L TSC+ 0.75 0.6 SLG 8 42 91 C TEC-TEH TEC-TEH 00046 560UL TSC+ 0.65 0.5 0 SLG 8 43 91 C TEC-TEH TEC-TEH 00046 550UL TSC+ 0.66 0.2 0 SLG 8 44 'l C TEC-TEH TEC-TEH 00046 560UL TSC+ U.65 0.7 0 SLG 8 45 91 C TEC-TEH TEC-TEH 00046 560UL TSC4 0.66 1.2 0 SLG H 46 91 C TEC-TEH TEC-TEH 00046 560UL TSC+ 0.78 0.4 0 SLG 8 47 91 C TEC-TEH TEC-TEH 00046 560UL TSC+ 0.65 1.6 0 SLG S 48 91 C TEC-TEH TEC-TEH 00046 560UL TSC+ 0.66 0.7 0 SLG 8 42 92 C TEC-TEH TEC-TEH 00046 5600L TSC+ 0.60 0.9 0 SLG 8 CONAM KUCLEAR
CUMULATIVE REPORT 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1 STEAM GENERATOR: B PAGE: 6 OF 6 OCATION: TSC+ 0.5 TO TSC+ 9.00 DATE: 05/28/92 LITERIAt SLG TIME: 15:14:54 EXAM EXTENT CURRENT ROW COL !! EAT / LEG PROGRAM ACTUAL IGM CAL PROBE LOCATION VOLTS MIL DEG % Cll 43 92 C TEC-TEli TEC-TEH 00046 $600L TSC+ 0.63 0.7 0 SLG 8 44 92 C TEC-TElf TEC-TEli 00046 5600L TSC+ 0.66 0.4 0 SLG 8 45 92 C TEC-7EH TEC-TEll 00046 560VL TSc+ 0.72 0.4 0 SLG B 46 92 C TEC-TEll TEC-TEH 00046 560VL TSC+ 0.72 0.4 0 SLG 8 47 92 C TEC-TEH TEC-TEH 00046 5000L TSC4 0.04 0.0 0 SLG 8 48 92 C TEC-TEll TEC-TEH 00046 560UL TSC+ 0.60 1.2 0 SLG B 41 93 C TEC-TEll TEC-TEH 00046 5600L TSC+ 0.71 0.4 0 SLG 8 42 93 C TEC-7 Eli TEC-TEH 00046 560VL TSC+ 0.68 0.6 0 SLG B 43 93 C TEC-1Eli TEC-TEli 00046 5600L TSC+ 0.61 1.2 0 SLG 8 44 93 C TEC-TEH TEC-TEH 00046 560VL TSC+ 0.65 0.8 0 SLG B 45 93 C TEC-TEH TEC-TEll 00046 560UL TEC+ 0.58 1.3 0 SLG 8 46 93 C TEC-TEli TEC-TEH 00046 5600L TSC+ 0.67 0.7 0 SLG B 47 93 C TEC-TEli TEC-TEH 00046 560UL TSC+ 0.67 0.3 0 SLG 8 41 94 C TEC-TEli TEC-TEH 00046 560UL TSC4 0.64 0.8 0 SLG 8 42 94 C TEC-TEH TEC-TEH 00046 5600L TSC+ 0.61 1.3 0 SLG B 43 94 C TEC-TFH TEC-TEtt 00046 5600L Tsc+ 0.58 1.4 O SLG 8 44 94 C TEC-TEH TEC-TEH 00046 500UL TSc+ 0.62 1.4 0 SLG 8 45 94 C TEC-TEll TEC-TEll 00046 560UL TSC+ 0.70 0.0 0 SLG 8 46 94 C -TEC-TEH TEC-TFil 00046 5600L TSC+ 0.64 0.4 0 SLG 8 47 94 C TEC-TEli TEC-TEH 00046 SFOUL TSC+ 0.61 0.6 C SLG 8 95 C TEC-TEH TEC-TEM 00046 GGOUL TSC+ 0.67 0.5 0 SLG e h 41 00046 5600L 0 SLG
/ 42 95 C TEC-TEH TEC-TEli Tsc+ 0.68 0.3 8 43 95 C TEC-TEli TEC-TEH 00046 560UL TSC+ 0.62 1.0 0 SLG 8 41 96 C TEC-TEli TEC-TEH 00046 560UL Tsc+ 0.55 1.0 0 SLG 8 42 96 C TEC-TEH TEC-TEH 00046 560UL TSC+ 0.74 0.0 0 SLG 8 43 96 C TEC-TEH TEC-TEH 00046 560UL Tsc+ 0.58 0.3 0 SLG 8 l,- _ _ _ .
NUMBER OF TUBES SELECTED FROM CURRENT OUTAGE: 251 NO TREND ANALYSIS REQUESTED REPORT OPTIONS: Only examination results matching criteria are included 2 CONAM NUCLEAR
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. COMPLETE EXAMINATION RESULTS 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1
' TEAM GENERATOR: H PAGE 1'OF 155=
DATE: 04/26/92 g TIME: 05:08:42 EXAM EXTENT CURRENT ROW COL HEAT # LEO PROGRAM ACTUAL CAL PROBE LOCATION VOLTS HIL DEG 4, C}l
~
C TEC-TEH TEC-TEH 00026 560VL U ~ s 1 1 H TEH-0711 TEll-07H 00014 560SM NDD C TEC-07H TEC-07C 00060 540$H NDD C TEC-07H 07C-07H 00061 520SM NDD 2 1 H TEH-07H TEll-07H 00014 560SM NDD 11 TEH-07H TEH-07H 00014 560SH IMD C TEC-07H TEC-07H O's059 540$M NDD 3 1 H TEH-07H TEH-0711 00014 560SM NDD H TEH-07H TEH-07H 00014 560SM NDD C TEC-07H TEC-0711 00060 540SH NDD . TEC-TEH TEC-TEH 00054 5600L 4 1 C NDD
$ 1 C TEC-TEH TEC-TEll 00054 560UL NDD ,
6 1 C TEC-TEli TEC-TEli 00054 560UL NDD !
? 1 C TEC-TEH TEC-TEli 00054 560UL NDD {
1 2 H TEH-07H TEH-07H 00014 560SM HDD , C TEC-07H TEC-07C 00060 540SM NDD C TEC-0711 07C-07H 00061 520SM NDD 2 2 H TEH-07H TEH-0711 00014 560SM NDD , ! C TEC-07H TEC-07H 00059 540SH NDD !
'3 2 II TEH-07H TEH-07H 00014 560SM NDD gi _C TEC-07H TEC-07H 00060 540SM NDD ,
[ }4 2 C TEC-TEH C- TEC-TEH TEC-TEH 00054 00054 560UL 560UL NDD NDD (/5 6 2 2 C TEC-TEH TEC-TEH TEC-TEH 00054 560VL NDD 7 2 C TEC-TEH TEC-TEH 00054 560UL NDD ! 8 2 C TEC-TEH T"C-TEH 00054 560UL NDD 9 2 C TEC-TEH TEC-TEH 00054 560UL NDD 10 2 C TEC-TEH TEC-TEH 00001 560UL NDD 11 2 C TEC-TEH TEC-TEH 00001 560UL NDD L12 2 'C TEC-TEH TEC-TEH 00001 5601'L NDD i 1 3 H TEH-07H TEH-07H 00014 560SM NDD C TEC-07H TEC-07C 00060 540SM NDD C TEC-07H 07C-07H 00061 520SM NDD 2 3 H. TEH-07H TEH-07H 00014 560SM NDD l C' TEC-07H TEC-07H 00059 540SM NDD , 3 3 H TEH-07H TEH-07H 00014 560SM NDD ~! C TEC-07H TEC-07H 00060 540SM NDD j f3 00054
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4 C TEC-TEH TEC-TEH 560UL NDD
-5 3 C- TEC-TEH TEC-TEH 00054 560UL NDD
=6 3 C TEC-TEH TEC-TEH 00054 5(OUL NDD 7 3 C TEC-TEH TEC-TEH 00054 560UL NDD 8 -3
'C TEC-TEH TEC-TEH 00054 560VL NDD 9 3 C_- TEC-TEH TEC-TEH 00054 560UL NDD -
.10 3 C- TEC-TEH TEC-TEH 00001 5600L NDD '
11 3 C TEC-TEH TEC-TEH 00001 560VL NDD
.CONAM NUCLEAR i
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I I COMPLETE EXAMINATION RESULTS l
, '04/92, UNI 6W ELECTRIC COMPANY, CALLAWAY, UNIT 1 1
97EAHTGENERATOR: B PAGEs- 2 OF 155
/' DATE: 04/26/92 k TIME: 05:08:42
~~
EXAM EXTENT CURRENT ROW COL HEAT / LEG PROGRAH ACTUAL CAL PRODE LOCATION VOLTS HIL DEO % CH
~
12 3 C TEC-TEH TEC-TEH 00001 560VL NDD 13 3 C TEC-TEH TEC-TEH 00001 560UL NDD
-14 3 C TEC-TEH TEC-TEH 00001 5600L NDD 15 3 C TEC-TEH TEC-TEH 00001 560VL 02H+ 9.92 0.8 159 INR 1 i 16 3 C TEC-TEH TEC-TEH 00001 560UL NDD ;
1 4 H TEH-07H TEH-07H 00014 560SM NDD C TEC-07H TEC-07C 00060 540SM NDD C TEC-07H 07C-07H 00061 520SM NDD 2 4 H TEH-07H TEH-07H 00014 560SM NDD f C TEC-07H TEC-07H 00059 540SM NDD j __ 3 4 H TEH-07H TEH-07H 00014 560SH NDD j C TEC-07H TEC-07H 00060 540SM NDD ? 4 4 C TEC-TEH TEC-TEH 00054 560DL NDD , 5 4 C TEC-TEH TEC-TEH 00054 5600L NDD 6 4 C TEC-TEH TEC-TEH 00054 5600L NDD g 4 7 4 C TEC-TEH TEC-TEH 00054 5600L NDD 8 4 C TEC-TEH TEC-TEH 00054 560UL NDD { 9 4 C TEC-TEH TEC-TEH 00054 5600L NDD :l
-10 4 C TEC-TEH TEC-TEH 00001 5600L NDD .j 11 4 C TEC-TEH TEC-TEH 00001 560UL NDD i g(12 4 C TEC-TEH TEC-TEH 00001 5600L NDD f 4 C TEC-TEH TEC-TEH 00002 5600L NDD .
\s_ ,/a3 14 4 C TEC-TEH TEC-TEH 00002 5600L NDD [
15 4 C TEC-TEH TEC-TE4 00002 5600L HDD i 16 4 C TEC-TEH TEC-TEH 00002 560VL HDD ; 17 4 C TEC-TEH TEC-TEH 00002 5600L NDD i 18 4 C TEC-TEH TEC-TEH 00002 560UL NDD ; 19 4 C TEC-TEH TEC-TEH 00002 5600L NDD j 1 ;5 H TEH-07H TEH-07H 00014 560$M NDD C TEC-07H TEC-07C 00060 540SH NDD C. TEC-07H 07C-07H 00061 520SM NDD 2 5 H TEM-07H TEH-07H 00014 560SM NDD C TEC-07H TEC-07H 00059 540SM NDD q 3 5 H TEH-07H TEH-07H 00014 560SM NDD j C- TEC-07H TEC-07H 00060 540SM NDD j 4 5 C. TEC-TEH TEC-TEH 00054 560VL NDD 5 .5 C TEC-TEH TEC-TEH 00054 5600L NDD , 6 -5 C TEC-TEH TEC-TEH 00054 5600L NDD 7 5 C TEC-TEH TEC-TEH 00054 560UL NDD TEC-TEH TEC-TEH 00054 560UL NDD E8 5 C )
.9 5 C TEC-TEH TEC-TEH 00054 5600L HDD 10 5 C TEC-TEH TEC-TEH 00002 560UL NDD 9 11 5 C TEC-TEH TEC-TEH 00002 560UL NDD :;
12 5 C TEC-TEH TEC-TEH 00002 560UL NDD 1 13 5 C TEC-TEH TEC-TEH- 00002 560UL NDD l 469**P9 98u9 8- N Wuh-MW N
.CONAM NUCLEAR 9
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COMPLETE. EXAMINATION RESULT 8 04/92,1 UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1 - j
--4 TEAM CENERATOR: B PAGEs~ 3 OF 155
/
i DATE: TINE s' 04/26/92 05:08:42 3 1
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EXAH EXTENT I CURRENT ROW COL HEAT # LEG PROGRAM ACTUAL CAL PROBE LOCATION VOLTS HIL DEO t CH 14 5 C TEC-TEH TEC-TEH 00002 560UL EDD ; 15 5 C TEC-TEH TEC-TEli 00002 560UL NDD 16 5 C TEC-TEH TEC-TEH 00002 560VL NDD ; 17 5 C TEO-TEH TEC-TEH 00002 5600L NDD ;
-18 5 C TEC-TEH TEC-TEH 00002 560UL NDD -l 19 5 C TEC-TEH TEC-TEH 00002 560UL NDD 20 5 C TEC-TEH TEC-TEll 00002 5600L NDD 21 5 C TEC-TEH TEC-TEll 00002 5600L NDD 22 5 C TEC-TEH TEC-TEll 00002 560UL NDD -
1 6 11 TEH-0711 TEH-07tl 00014 560SH NDD C TEC-07H TEC-07C 00060 540SH NDD ; C TEC-07H 07C-07H 00061 520SH NDD 2 6 !! TEH-07H TEH-07H 00014 560SH NDD f C TEC-0711 TEC-07H 00059 540SH NDD 3 6 H TEH-07H TEH-07H 00014 560SH NDD C TEC-07H TEC-07H 00060 540SH NDD 4 6 C TEC-TEll TEC-TEH 00054 560UL NDD 5 6 C TEC-TEH TEC-TEH 00054 560VL NDD 6 6 C TEC-TEH TEC-TEH 00054 5600L NDD 7 6 C TEC-TEH TEC-TEH 00054 560UL NDD 8 6 C TEC-TEH TEC-TEH 00054 560VL NDD 1 j9 6 c. TEC-TElf TEC*TEH 00054 560VL HDD s_j fl0 6 C TEC-TEH TEC-TEH 00002 560UL NDD 11 6 C TEC-TEH TEC-TEH 00002 560UL NDD 12 6 C TEC-TEH TEC-TEH 00002 5600L NDD 13 6 C TEC-TEli TEC-TEH 00002 5600L NDD 14 6 C- TEC-TEH TEC-TEH 00002 560UL NDD 15 6 C TEC-TEH TEC-TEH 00002 560UL NDD 16 -6 C TEC-TEH TEC-TEH 00002 560VL NDD 7 17 6 C TEC-TEH TEC-TEH 00002 560UL NDD 18 6 C TEC*TEH TEC-TEH 00002 560UL NDD 19 6 C TEC-TEH TEC-TEH 00002 560UL NDD 20 -6 C TEC-TEH TEC-TEH 00002 560UL NDD
'21 6 C TEC-TEH TEC-TEH 00002 5600L NDD 22 6 C- TEC-TEH TEC-TEH 00002 560UL NDD 23 6 C. TEC-TEH TEC-TEH 00002 560UL NDD l 24 6 C TEC-TEH TEC-TEH 00002 5600L ::DD L 1 7 H TEH-07H TEH-07H 00014 560SH NDD l: C TEC-07H TEC-07C 00060 540SH NDD L C. TEC-07H 07C-07H 00061 520SH NDD 2 7 H TEH-07H TEH-07H 00014 560SH NDD L C TEC-07H TEC-07H 00059 540SH NDD L 3 -7 -H TEH-07H TEH-07H 00014 560SH NDD
! C TEC-07H TEC-07H 00060 540SH NDD
. 4 '7 C TEC-TEH TL7-TEH 00054 560UL NDD LP
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^ COMPLETE EXAMINATION:RESULTS; 3
04/92f UNION ELECTRICtCOMPANYF CALLAWAYi UNIT 1; I
. J4 TEAM GENERATOR: B LPAGE's- 4 OF 155
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.DATE:
.. TIME s -
..04/26/92-05:08:42 EXAM' EXTENT- CURRENT' >
ROW COL HEAT # LEG PROGRAM ACTUAL CAL- FRODE LOCATION VOLTS MIL DEG U. CH
~~~ ~~
.5 7 C- TEC-TEH TEC-TEH 00054 560VL NDD '
~6 7 C' TEC-TEH TEC-TEH 00054 560VL NDD 7 7 C TEC-TEH TEC-TEH 00054 5600L NDD J 8 i C TEC-TEH TEC-TEH 00054 5600L NDD 9 7 ! C TEC-TEH TEC-TEH 00054 560VL NDD I
10 7 C TEC-TCH TEC-TEIL 00002 5500L NDD 11 7 C TEC-TEH TEC-TEH 00002 5600L NDD 12 7 C TEC-TEM TEC-TEH 00002 560UL NDD 13 7 C TEC-TEH TEC-TEH 00002 560UL NDD 14 7 C TEC-TEH TEC-TEH 00002 5600L NDD 7 15 7 C TEC-TEH TEC-TEH 00002 560UL NDD ! 16 7 C TEC-TEH TEC-TEH 00002 560VL NDD , 17 7 C TEC-TEH TEC-TEH 00002 5600L NDD 18 7 C TEC-TEH TEC-TEH 00002 560VL NDD -f
.19 7 C TEC-TEH TEC-TEH 00002 560UL NDD L20 7 C TEC-TEH TEC-TEM 00002 5600L NDD ~
21 7 C TEC-TEH TEC-TEH 00002 560LL 03H+ 18.37. -1.3 147 HBH 1 22 7 C. TEC-TEH TEC-TEH 00002 SSOUL NDD , 23 7 C TEC-TEH TEC-TEH 00002 560UL NDD
'24 7 C TEC-TEH TEC-TEH 00002 560UL NDD '
n' 25 7 C TEC-TEH TEC-TEH 00002 5600L NDD 6 7 C TEC-TEH TEC-TEH 00002 560UL NDD . k ,,, 1 8 H TEH-07H TEH-07H 00014 560SM NDD ";. . C TEC-07H TEC-07C 00060 540SM NDD ,
-C TEC-07H 07C-07H 00061 520SM NDD
.2 8 H' TEH-07H TEH-07H 00014 560SM NDD M C TEC-07H TEC-07H 00059 540SH NDD 3 8 H- TEH-07H TEH-07H 00014 560SM NDD C TEC-07H TEC-07H 00060 540SM NDD
-- 4 -8 C TEC-TEH TEC-TEH 00054 560UL NDD d 5 -8 C' TEC-TEH TEC-TEH 00054 5600L NDD 6 8 C' TEC-TEH TEC-TEH 00054 5600L NDD 7 8 C TEC-TEH TEC-TEH 00054 560DL NDD
'8 8 C TEC-TEH TEC-TEH 000L4 560UL NDD 9 8 C- TEC-TEH TEC-TEH 00054 560UL NDD 10 8 C TEC-TEH TEC-TEH 00002 560UL NDD. j 11 1 8 C TEC-TEH TEC-TEH 00002 560UL NDD +
-12 8 C TEC-1EH TEC-TSH 00002 560UL NDD 13 8 C- TEC-TEH TEC-TEH 00002 560UL NDD ' , ,
14 B ~C TEC-TEH TEC-TEH 00002 F600L NDD 15 8 C TEC-TEH TEC-TEH 00002 560UL NDD 16 8 C TEC-TEH TEC-TEH 00002 560UL NDD 117 8 C TEC-TEH TEC-TEH 00002 560UL NDD
-18 8 C TEC-TEH TEC-TEM 00002 5600L NDD a
. 119 8 C" TEC-TEH TEC-TEH 00002 560UL NDD _- - $I f d I-- ' -L -CONAM NUCLEAR
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.. . COMPLETE EXAMINATION RESULTS' 3 04/923 UNION ELECTRIC--_ COMPANY,f CALLAWAYi1 UNIT?1 ' l
_m % TEAM GENERATOR:-Bf -PAGE: STOF 155: (('"*\ DATE J 04/26/92;
! TIME s: LOS:08i42 j
+
( ) , EXAH EXTENT CURRENT ROW COL HEAT # LEG PROGRAM ACTUAL CAL' LOCATION VOLTS MIL DEG PROBE %- CH
~~
20 8 C TEC-TEH TEC-TEH 00002 560UL NDD L21 8 C TEC-TEH TEO-TEH 00002 560UL NDD l
.22 8 C TEC-TEH TEC-TEH 00002 560UL NDD 23 8 C TEC-TEH TEC-TLH 00002 560UL NDD
' 24 8 C TEC-TEH TEC-TEH 00002 560UL NDD ,
, 7 25 0 C TEC-TEH TEC-TEH 00002 5600L NDD 26 =8 C TEC-TEH TEC-TEH 00002 560UL NDD
'27.
8 C TEC-TEH TEC-TEH 00002 5600L NDD ? H- TSH-TSH TSH-TSH 09077 540RP NDD -
.28 8 C 'TEC-TEH '1TC-TEH 00002 540UL NDD
-1 0 H TEH-07H TEH-07H 00014 560SM NDD C TEC-07H TEC-07C 00060 540SM NDD C TEC-07H 07C-07H 00061 520SM NDD t 2 9 H TEH-07H TEH-07H 00014 560SM NDD C TEC-07H TEC-07H 00059 540SM NDD 3- 9 H TEH-07H TEH-07H 00014 560SV NDD C TEC-07H TEC-07H 00060 540SM NDD
-4 9 C TEC-TEH TEC-TEH 00054 5600L NDD 5 9 C TE0-TEH TEC-TEH 00054 560uL NDD
.6 9 C TEC-TEH TEC-TEH 00054 560UL NDD 7 9 C TEC-TEH TEC-TEH 00054 560UL NDD fs
- ( 8 9 C TEC-TEH TEC-TEH 00054 560UL NDD i-k -9 9 C TEC-TEH TEC-TEH 00054 5600L NDD
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-17 9 C TEC-TEH TEC-TEH 00002 560UL NDD 18 '9 C TEC-TEH TEC-TEH 00002 560UL NDD 19 9 C TEC-TEH TEC-TEH 00002 560UL NDD
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'21 9 C- TEC-TEH TEC-TEH 00002 5600L TSC+ 0.34. 1.3 130 SLG B '
^ 22 9 C TEC-TEH TEC-TEH 00002 560UL NDD
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- 24 >9 .C TEC-TEH TEC-TEH 00002 5600L NDD
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COMPLETE EXAMINATION RESULTS E
.04/92, UNION ELECTRIC COMPANY,-'CALLAWAY, UNIT j 3--- JTEAH GEtiERATOR: B. PAGE: 6 OF 155
(( ;DATE: TIME: 04/26/92-- 05:08:42 s gj
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EXAM EXTENT CURRENT- ' ROW COL HEAT # LEO PROGRAM ACTUAL CAL PROBE - LOCATION VOLTS MIL DEG %- CH 30 9 C FBH-TEH TEC-TEH 00000 560UL TBP C TEC-TEH OJH-TEH 00060 540SM ' DH+ F 0.00 17.5 183 DNG 1 C TEC-TEH TEC-FBH 00002 560VL AV2+ 0.0 1.8 0 35 P2 , C TEC-TEH TEC-01H 00018 560UL AV2+ 0.0 -1.9 0 35 P2 C TEC-FBH TEC-FBH 00067 560UL AV2+ 0.00- -2.1 0 PID 2 - C TEC-TEH TEC-FBH 00002 560UL AV5+ 0.0 ~1.0 -0 24 P2 C TEC-TEH TEC-O1H 00018 560UL AV5+ 0.0 1.0 0 '23 P2
- C TEC-TEH TEC-O1H 00018 560UL FBC- 0.61: 19.6 173 DNG P1 0 TEC-TEH TEC-FBH 00002 5000L FGC- 0.62 16.4 174 DNG P1
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3 10 H TEH-07H TEH-07H 00014 560SM NDD C TEC-07H TEC-07H 00060 540SM NDD
-4 10 C TEC-TEH TEC-TEH 00054 560UL NDD
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14 -10 .C. TEC-TEH TEC-TEH 00002 550UL NDD TEC-TEH 00002 560UL NDD '
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'04/92,? UNION-ELECTRIC COMPANY,iCALLAWAY, UNIT'1-
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' JTEAM GENERATOR: 8 -- PAGE:- 7'OF 155 f/
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'DATE: 04/26/92?
TIME s - 105:08:42 j EXAM EXTENT CURRENT. ROW COL HEAT # LEG PROGRAM JACTUAL CAL PROBE LOCATION VOLTS HIL DEG '%' CH 32 10 H TSH-TSH TSH-TSH 00077 540RP NDD 1 - 11 H TEH-07H TEH-07H 00014 560SM NDD C TEC-07H TEC-070 00060 540SH NDD C- TEC-07H 07C-07H 00061 520SH NDD 2 11 H. TEH-07H TEH-07H 00014 560SM NDD C TEC-07H TEC-07H 00059 540SM NDD 3 ' 11 H- TEH-07H TEH-07H 00014 560SH NDD C TEC-07H TEC-07H 00060 540SM NDD 4 11 'C TEC-TEH TEC-TEH 00054 560UL NDD
-15 11 C TEC-TEH TEC-TEH 00054 560UL NDD 6 11 C- TEC-TEH TEC-TEH 00054 560UL NDD ,
7 11 C TEC-TEH TEC-TEH 00054 560UL HDD 8 11 C TEC-TEH TEC-TEH 00054 560UL NDD 9 11 C TEC-TEH TEC-TEH 00054 5600L NDD
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?3 il C TLC-TEH TEC-TEH 00002 560UL NDD .
14 11 C TEC-TEH TEC-TEH 00002 560UL NDD
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A,_ ,/18 11 C TEC-TEH TEC-TEH 00002 560UL TSC+ 0.47 0.5 146 SLG .8 L 19 11 C TEC-TEH TEC-TEH 00002 5600L TSC+ 0.50 1~. o 133 SLG 8 H .20 11 C TEC-TEH TEC-TEH 00002 560UL TSc+ 0.52 0.9 142 SLG L8
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COMPLETE EXAMINATION REFULTS 04/92, UNION ELECTRIC COMPANY, CALLAWAY, UNIT 1
" TEAM GENERATOR: B PAGE: 8 OF 155
-DATE: 04/26/92 TIME: 05:08:42 EXAM EXTENT CURRENT ROW COL HEAT / LEG PROGRAM ACTUAL CAL PROBE LOCATION VOLTS MIL DEG t CH 3 12 H TEH-07H TEH-07H 00014 560SM NDD C TEC-07H TEC-07H 00060 540SM HDD 4 12 C TEC-TEH TEC-TEH 00054 560UL NDD 5 12 C TEC-TEH TEC-TEH 00054 5600L NDD 6 12 C TEC-TEH TEC-TEH 00054 560UL NDD 7 12 C TEC-TEH TEC-TEH 00054 560UL NDD 8 12 C TEC-TEH TEC-TEH 00054 560UL NDD 9 12 C TEC-TEH TEC-TEH 00054 560UL NDD 10 12 C TEC-TEH TEC-TEH 00002 5600L NDD 11 12 C TEC-TEH TEC-TEH 00002 560VL NDD 12 12 C TEC-TEH TEC-TEH 00002 560UL g NDD 13 12 C TEC-TEH TEC-TEH 00002 560UL NDL 14 12 C TEC-TEH TEC-TEH 00002 560UL 'NDD 15 12 C TEC-TEH TEC-TEH 00002 560UL NDD 16 12 C TEC-TEH TEC-TEH 00002 560UL NDO 17 12 C TEC-TEH TEC-TEH 00002 560UL TSC+ 0.36 1.4 126 SLG 8 18 12 C TEC-TEH TEC-TER 00002 560UL TSC+ 0.41 1.4 128 SLG 8 19 12 C TEC-TEH TEC-TEH 00002 560UL TSC+ 0.41 2.0 128 SLG 8 20 12 C TEC-TEH TEC-TEH 00002 560UL TSC+ 0.34 2.2 127 SLG 8 21 12 C TEC-TEH TEC-TEH 00002 560UL Tsc+ 0.36 2.4 128 SLG 8 22 12 C TEC-TEH TEC-TEH 00002 560UL TSC+ 0.38 2.2 125 SLG 8 13 12 C TEC-TEH TEC-TEH 00002 560UL TSC+ 0.47 7.6 261 SLG 8 24 12 C TEC-TEH TEC-TEH 00002 560UL TSC+ 0.43 1.8 121 SLG 8 25 12 C TEC-TEH TEC-TEH 00002 560UL TSCd 0.41 1.3 127 SLG 8 26 12 C TEC-TEH TEC-TEH 00002 560UL}}