ML13205A169
| ML13205A169 | |
| Person / Time | |
|---|---|
| Site: | McGuire  |
| Issue date: | 07/11/2013 |
| From: | Capps S Duke Energy Carolinas |
| To: | Document Control Desk, Office of Nuclear Reactor Regulation |
| References | |
| Download: ML13205A169 (18) | |
Text
<t@ENERGY.
Steven D. Capps Vice President McGuire Nuclear Station Duke Energy MGOIVP 12700 Hagers Ferry Road Huntersville, NC 28078 o: 980.875.4805 f: 980.875.4809 Steven.Capps@duke-energy.com July 11, 2013 U.S. Nuclear Regulatory Commission Document Control Desk Washington, D.C. 20555-0001
SUBJECT:
Duke Energy Carolinas, LLC McGuire Nuclear Station Docket No. 50-369 Steam Generator In-Service Inspection Summary Report Unit 1, End of Cycle (EOC) 22 Pursuant to ASME Section Xl and McGuire Technical Specification 5.6.8, Duke Energy hereby submits the attached Steam Generator In-Service Inspection Summary Report for the McGuire Unit 1 EOC 22 refueling outage.
Questions regarding the attached report should be directed to Kay Crane, McGuire Regulatory Affairs at (980) 875-4306.
Steven D. Capps Attachment AC41
" 6ý4 www.duke-energy-comf
U. S. Nuclear Regulatory Commission July 11, 2013 Page 2 xc:
Mr. Victor McCree Regional Administrator, Region II U. S. Nuclear Regulatory Commission Marquis One Tower 245 Peachtree Center Ave., NE Suite 1200 Atlanta, GA 30303-1257 Mr. Jason Paige NRC Project Manager U. S. Nuclear Regulatory Commission Mail Stop 8G9A 11555 Rockville Pike Rockville, MD 20852-27238 John Zeiler NRC Senior Resident Inspector McGuire Nuclear Station
Steam Generator In-service Inspection Summary Report McGuire Nuclear Station Unit 1 EOC 22 Spring Outage 2013 Location: McGuire Nuclear Station, 12700 Hagers Ferry Road Huntersville, N.C. 28078-9340 NRC Docket No. 50-369 National Board No. 44 Commercial Service Date: December 1, 1981 Owner: Duke Energy Carolinas, LLC 526 South Church St.
Charlotte, N.C. 28202 Revision 0 Prepared By:
Checked By:
Approved By:
Date: 6 -/.-, - /
Date:
Date:
L/o3w2/3 Document Completion Date:
Copy No Controlled Assigned To:
Uncontrolled:
Copy No.
Assigned To Original McGuire Nuclear Station Document Control Master File MC 1201.35 1
NRC Document Control Uncontrolled Distribution 2
Hartford Steam Boiler Inspection and Insurance Corporation (AlA) 3 State of North Carolina Department of Labor
FORM NIS-1 OWNER'S DATA REPORT FOR INSERVICE INSPECTIONS As required by the Provisions of the ASME Code Rules
- 1. Owner: Duke Energy Corporation, 526 S. Church St.. Charlotte, NC 28201-1006 (Name and Address of Owner)
- 2.
Plant:
McGuire Nuclear Station, 12700 Hagers Ferry Rd, Huntersville, NC 28078-9340 (Name and Address of Plant) 3.
4.
5.
6.
7.
Plant Unit:
I Owner Certificate of Authorization (if required)
Commercial Service Date: December 1, 1981 National Board Number for Unit 44 Components Inspected:
N/A Component Steam Generator 1A Steam Generator lB Steam Generator IC Steam Generator ID Manufacturer BWI BWI BWI BWI Manufacturer Serial No.
7701-04 7693-01 7701-03 7701-02 State or Province No.
NC-302668 NC-302669 NC-302670 NC-302671 National Board No.
157 146 155 154 Note:
Supplemental sheets in form of lists, sketches, or drawings may be used provided (1) size is 81/2 in. x 11 in., (2) information in items 1 through 6 on this data report is included on each sheet, and (3) each sheet is numbered and the number of sheets is recorded at the top of this form.
FORM NIS-1 (Back)
- 8.
Examination Dates October 15, 2011 to April 21, 2013
- 9.
Inspection Period Identification:
- 10.
Inspection Interval Identification:
- 11.
Applicable Edition of Section XI
- 12.
Date/Revision of Inspection Plan:
- 13. Abstract of Examinations and Test.
F Steam Generator Tube Inspection Report.
First Period Fourth Interval 1998 Addenda 2000 September 10th, 2012 Rev 0 eference attached response to Technical Specification 5.6.8
- 14. Abstract of Results of Examination and Tests. Reference attached response to Technical Specification 5.6.8 Steam Generator Tube Inspection Report.
- 15. Abstract of Corrective Measures. Reference attached response to Technical Specification 5.6.8 Steam Generator Tube Inspection Report.
We certify that a) the statements made in this report are correct b) the examinations and tests meet the Inspection Plan as required by the ASME Code,Section XI, and c) corrective measures taken conform to the rules of the ASME Code,Section XI.
Certificate of Authorization No. (if applicable)
Date
-/
20 1/3 Signed NA Expiration Date NA Duke Energy Corp.
Owner By is tz.
e12 CERTIFICATE OF INSERVICE INSPECTION I, the undersigned, holding a valid commission issued by the National Board of Boiler and Pressure Vessel Inspectors and the State of Province of NC employed by *The Hartford Steam Boiler Inspection & Insurance Company of Connecticut have inspected the components described in this Owner's Report during the period
/
,0
,.2l/to
£ - 9* 1- -
O A 0 and state that to the best of my knowledge and belier, the Owner has performed examinations and tests and taken corrective measures described in the Owner's Report in accordance with the Inspection Plan and as required by the ASME Code,Section XI.
By signing this certificate neither the Inspector nor his employer makes any warranty, expressed or implied, concerning the examinations, test, and corrective measures described in this Owner's Report.
Furthermore, neither the Insp ctor nor his employer shall be liable in any manner for any personal injury or pr perty damage or a loss o* ny kind arising from or connected with this inspection ommissions&)G
/ 47-3 N)6/5 24' A),
" Inspector'sSignature NationarBoard, State, Province, and Endorsements 7rDate P7""
20/_3
- The Hartford Steam Boiler Inspection & Insurance Company of Connecticut 200 Ashford Center North Suite 205 Atlanta, GA. 30338
Attachment to Form NIS-1 McGuire 1 EOC 22 Steam Generator Tube Inspection Report Pursuant to ASME Section XI and McGuire Technical Specification 5.6.8 the following information is provided:
- a. The scope of inspections performed on each SG Baseline inspection scope included fidl length data acquisition and bobbin coil data analysis on all four (4) steam generators as follows:
- 1) 100% of all tubes in all four Steam Generators.
Special interest inspection scope included data acquisition and array data analysis as follows:
- 1) Periphery tubes (5 tubes in from periphety) fr'om top of tubesheet to the first support in both hot leg (TSH to OJH) and cold leg (TSC to 01C).
- 2)
Bounding inspection two tubes deep for tubes plugged last inspection for loose parts.
- 3)
All new DNT and new TWD reported during EOC22.
- 4)
All bobbin I-codes and PLP. All confirmed PLP calls were bounded one tube deep.
- 5)
All confirmed ECT PLP calls fiom the previous inspection.
Plug inspection scope as follows:
- 1)
Visual inspection of all plugs Secondary Side visual inspection scope as follows:
- 1) Top of tubesheet, five tube pitches deep from the periphery and tube free lane in allfour Steam Generators for loose parts.
- 2) Steam Drum inspection in the 1A & ID SGs
- b. Active degradation mechanisms found Active degradation found in allfour (4) steam generators include wear at support structures and wear from loose parts.
- c.
Non-destructive examination techniques utilized for each degradation mechanism Bobbin was used to detect wear at support structures. Bobbin and array were used to detect wear from loose objects.
- d. Location, orientation (if linear), and measured sizes (if available) of service induced indications The complete listing for service induced indications is referenced in attachment #1
- e. Number of tubes plugged during the inspection outage for each active degradation mechanism In the 1D SG, four tubes were plugged due to wear and as a preventive measure associated with a foreign object that could not be removed.
- f.
The total number and percentage of tubes plugged to date Tube Plugged Steam Generator A
B C
D Total Prior to lEOC22 2
4 5
4 15 1EOC22 0
0 0
4 4
Total 2
4 5
8 19
% Plugged 0.03%
0.06%
0.075%
0.12%
0.072%
- g. The results of condition monitoring, including the results of tube pulls and in-situ pressure testing An NDE maximum depth call of 49 %TW or less is sufficient to demonstrate a minimum degraded tube burst pressure of 3AP at 0. 95 probability with 50%
confidence. This calculation is very conservative as it considers a potential 2%
MUR power uprate at McGuire Unit I and its associated increase in the operating pressure from the previously used value of 3, 900 psi to 4,125 psi.
This value is especially conservative as the uprate has not yet been performed.
The calculation also uses a conservative worst case wear scar that is 2.0 inches in axial length and flat in profile. The worst case support structure wear call observed during McGuire 1EOC22 was 28 %TW. Therefore, condition monitoring structural integrity was demonstrated for support structure wear.
In addition to structural support wear, there were seven indications of wear due to foreign object. One foreign object wear scar was found in SG ]A and six were identified in SG ID. Four of the indications had no evidence ofa foreign object remaining at the wear location. The other three indications had an eddy current signal which indicated the foreign object remains present at the wear site. The two populations were evaluated separately for condition monitoring purposes.
The condition monitoring limit for a relatively foreign object flat wear scar with limited circumferential extent is 42.8 %TW when a conservative bounding length of 2.0 inches is applied. The maximum observed NDE depth for this population is 28 %TW. Therefore, condition monitoring structural integrity is demonstrated forforeign object wear with no part present, aflat profile, and a worst case bounding length of 2.0 inches.
For the three indications that still showed evidence of a loose part in SG JD, a
+Point probe exam was performed to demonstrate Condition Monitoring acceptability. The EPRI Steam Generator In Situ Pressure Test Guidelines provide screening criteria forforeign object wear with a +Point exam. The criteria can be found in Section 4.5.1 and state that "For foreign object wear and cold leg thinning if VM < 2 volts and axial length is < 1 inch, condition monitoring is met for structural integrity and a proof test is not necessary. "
The worst case +Point voltage was 0.33 volts and was in R6 C61 of SG 1D while the worst case axial length measured 0.18 inches in R4 C61 of SG 1D, thus easily meeting condition monitoring requirements.
Since the burst pressure equation treats through-wall tearing as coincident with burst, leakage integrity is also demonstrated at the lower differential pressure of a postulated steam line break accident.
Allplugs were visually inspected. No anomalies ofplugs were found.
Secondary side inspections were performed on all four SG's at the lower tubesheet. A number offoreign objects were identified in the tubesheet region.
These foreign objects were either removed, evaluated to be acceptable to leave in place, or tubes were preventively plugged.
A Steam Drum visual inspection was performed in the IA & ID SGs and a 7th lattice grid visual inspection was performed in the ]A SG. Some expected erosion of the primary and secondary separators was noted. No other issues were noted.
No in-situ testing was required or performed. No tube pulls were performed.
- h. The effective plugging percentage for all plugging in each SG The effective plugging percentage for each of the McGuire Unit 1 Steam Generators is identical to those shown in section 69 above.
Location, orientation, and measured sizes of service induced indications I -
SG - A Service Induced Degradation McGuire 1 1EOC22 MNS 20130401 05/07/2013 11:35:44
+..+.+......------.----.----+----+
+----...----
+
+-+
+......+
+.....+
.. +...
+....
+....
+----------------------
+..
I ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 UTILl UTIL2 CRLEN CRWID CEG BEGT ENDT PDIA PTYPE CAL LI 77 20
.38 162 PCT 9
38 TSC
.15
.26
.32 53 01C TEC
.560 ZYAXP 41 Cf 60 47
.13 0
PCT 7
P2 FB5
-. 99 WAR TEH TEC
.560 ZBAZ1 19 CI 72 53
.25 0
PCT 12 P2 FB5 1.63 WAR TEH TEC
.560 ZBAZ1 25 CI 61 54
.17 0
PCT 9
P2 FB4 1.40 WAR TEH TEC
.560 ZBAZ1 25 CI 108 57
.52 0
PCT 18 P2 FB5 1.23 WAR TEH TEC
.560 ZBAZ1 21 CI 110 57
.46 0
PCT 18 P2 FB5 1.77 WAR TEH TEC
.560 ZBAZ1 21 CI 81 58
.57 0
PCT 21 P2 F84
-. 82 WAR TEH TEC
.560 ZBAZ1 25 CI i111 58
.07 0
PCT 4
P2 FB5 1.17 WAR TEH TEC
.560 ZBAZI 21 CI 84 59
.40 0
PCT 15 P2 FB5
-. 69 WAR TEH TEC
.560 ZBAZ1 27 CI 98 59
.45 0
PCT 18 P2 FB4
-1.63 WAR TEH TEC
.560 ZBAZI 29 CI 100 59
.31 0
PCT 14 P2 FB4
-1.66 WAR TEH TEC
.560 ZBAZi 29 CI 45 60
.45 0
PCT 17 P2 FP4 1.16 WAR TEH TEC
.560 ZBAZl 27 CI 49 60
.57 0
PCT 20 P2 03H
-1.53 WAR TEH TEC
.560 ZBAZ1 27 CI 79 60
.41 0
PCT 15 P2 F84
-. 88 WAR TEH TEC
.560 ZBAZ1 27 CI 81 60
.63 0
PCT 22 P2 FB4
-. 63 WAR TEH TEC
.560 ZBAZ1 27 CI 83 60
.55 0 PCT 19 P2 FB4
-. 76 WAR TEH TEC
.560 ZBAZ1 27 CI 95 60
.48 0 PCT 17 P2 FB4
-. 65 WAR TEH TEC
.560 ZBAZi 27 CI 95 60
.60 0
PCT 20 P2 FB5
-1.37 WAR TEH TEC
.560 ZBAZi 27 Ci 94 61
.47 0
PCT 17 P2 FB5
-1.64 WAR TEH TEC
.560 ZBAZi 31 C1 79 62
.52 0
PCT 19 P2 FB4
-. 55 WAR TEH TEC
.560 ZBAZi 29 CI 79 62
.36 0
PCT 15 P2 FB4
.84 WAR TEH TEC
.560 ZBAZI 29 CI 113 62
.34 0
PCT 14 P2 FB4
-1.08 WAR TEH TEC
.560 ZBAZI 23 CI 113 62
.43 0
PCT 14 P2 FB7
.78 WAR TEH TEC
.560 ZBAZ1 23 CI 70 63
.22 0
PCT 9
P2 FB3
.58 WAR TEH TEC
.560 ZBAZI 31 CI 72 63
.37 0 PCT 14 P2 FB5 1.30 WAR TEH TEC
.560 ZBAZI 31 CI 55 64
.26 0
PCT 11 P2 FB3
.94 WAR TEH TEC
.560 ZBAZ1 31 Cl S95 64
.40 0 PCI 15 P2 PB3
-1.11 WAR TEN TEC
.560 Z8AZ1 31 CI 95 64
.36 0
PCT 14 P2 FB3
-1.13 WAR TEH TEC
.560 ZBAZI 31 CI 97 64
.21 0
PCT 9
P2 FB2
.61 WAR TEH TEC
.560 ZBAZI 31 Cl 99 64
.49 0
PCT 17 P2 FP3
-1.10 WAR TEH TEC
.560 ZBAZ1 31 Cf I99 64
.63 0 PCI 20 P2 F84
-1.16 WAR TEN TEC
.560 ZBAZi 31 Cl 99 64
.47 0
PCT 17 P2 FB5
-1.16 WAR TEH TEC
.560 ZBAZ1 31 CI 100 65
.47 0
PCT 17 P2 FB5
.70 WAR TEH TEC
.560 ZBAZI 31 Cl 112 65
.38 0
PCT 15 P2 FB2
.38 WAR TEH TEC
.560 ZBAZ1 29 CI 112 65
.58 0
PCT 21 P2 FB5
.59 WAR TEH TEC
.568 ZBAZI 29 Cf 112 65
.55 0
PCT 20 P2 FB6 1.53 WAR TEH TEC
.560 ZBAZ1 29 Cf 105O 66
.50 0 PCI 17 P2 F04
-.61 WAR TEN TEC
.560 ZOAZI.
31 CI I109 66
.39 0 PCI 14 P2 P04
-.71 WAR TEN TEC
.560 ZBAZ1 31 CI 111 66
.39 0
PCT 14 P2 FB4
-.85 WAR TEH TEC
.560 ZBAZ1 31 Cl Il11 66
.57 0 PCI 19 P2 FB4 1.09 WAR TEN TEC
.560 ZBAZ1 31 CI 111 66
.73 0
PCT 22 P2 FB6
-1.07 WAR TEH TEC
.560 ZBAZ1 31 CI 115 66
.34 0
PCT 12 P2 F84
.61 WAR TEH TEC
.560 ZBAZ1 23 CI 186 67
.22 0
PCT 9
P2 FB4 1.47 WAR TEH TEC
.560 ZBAZI 55 CI I102 67
.40 0 PCI 15 P2 FB3 1.06 WAR TEN TEC
.560 ZOAZi 31 CI I102 67
.52 0 PCI 18 P2 PBS
.84 WAR TEN TEC
.560 ZBAZ1 31 CI I106 67
.54 0 PCI 19 P2 P04
-1.61 WAR TEN TEC
.560 ZOAZi 31 C1 I 106 67
.38 0 PCT 14 P2 FBS
-1.65 WAR TEH TEC
.560 ZBAZI 31 CI 110 67
.5S 0
PCT 19 P2 FB4
-1.72 WAR TEH TEC
.560 ZBAZ1 31 CI 114 67
.44 0 PCT 17 P2 FP3
-1.54 WAR TEH TEC
.560 ZBAZ1 29 Cf I114 67
.80 0 PCI 25 P2 P04
-1.16 WAR TEN IEC
.560 ZOAZI.
29 Cf 116 67
.48 0
PCT 15 P2 FB3
-.69 WAR TEH TEC
.560 ZBAZ1 23 C1 37 68
.26 0
PCT 11 P2 FB4
-.91 WAR TEH TEC
.560 ZBAZI 55 Cf I43 68
.36 0
PCT 14 P2 FB5
-. 06 WAR TEH TEC
.560 ZBAZ1 S5 CI 177 68
.28 0
PCT 11 P2 FB4 1.40 WAR TEH TEC
.560 ZBAZI 55 CI I1ROW COL VOLTS DEC INC PER CNN LOC INC1 INCN2 UTILI UTIL2 CRLEN CRWID CE9 BECI ENDF P-IA PWYPE CAL LI 1
ST Max
SG -
A Service Induced Degradation McGuire 1 1E0C22 MNS 20130401 05/07/2013 11:35:44
+*.. +...+
+...+
+...
+......
+.....
+---------+.....+-.....--....--..--...-------+
+----+-.......+..-----..+..+
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 UTILI UTIL2 CRLEN CRWID CEG BEGT ENDT PDIA PTYPE CAL LI 97 68
.16 0
PCT 8
P2 FB6 1.04 WAR TEH TEC
.560 ZBAZ1 59 CI S103 68
.42 0
PCT 15 P2 FB3
-1.24 WAR TEH TEC
.560 ZOAZI 31 CI 103 68
.53 0
PCT 18 P2 FB4
-1.11 WAR TEH TEC
.560 ZBAZI 31 CI 111 68
.37 0
PCT 15 P2 FB4
.51 WAR TEH TEC
.560 ZBAZ1 31 CI 113 68
.52 0
PCT 19 P2 FB4
-.50 WAR TEH TEC
.560 ZBAZI 29 CI 190 69
.49 0
PCT 20 P2 FB4 1.05 WAR TEH TEC
.560 ZBAZI 57 CI 92 69
.22 0
PCT 11 P2 FB4 1.68 WAR TEH TEC
.560 ZBAZ1 57 CI 104 69
.39 0
PCT 14 P2 FB4 1.22 WAR TEH TEC
.560 ZBAZI 31 CI I106 69
.62 0 PCT 20 P2 FOB
.84 WAR TEN TEC
.560 ZOAZE 31 CI 106 69
.52 0
PCT 18 P2 FB6 1.18 WAR TEH TEC
.560 ZBAZ1 31 CI I108 69
.55 0 PCT 20 P2 FB4 1.15 WAR TEH TEC
.560 ZOAZI 29 CI 112 69
.37 0
PCT 14 P2 F82
.69 WAR TEH TEC
.560 ZBAZ1 31 CI 112 69
.48 0
PCT 17 P2 FB3 1.10 WAR TEH TEC
.560 ZBAZI 31 CI I95 78
.30 0 PCT 14 P2 F04
-.80 WAR TEN TEC
.560 ZOAZi 57 CI I95 70
.23 0 PCT 12 P2 FOB
-1.69 WAR TEN TEC
.560 ZOAZi 57 CI 109 70
.27 0
PCT 12 P2 FB4
.83 WAR TEH TEC
.560 ZBAZ1 29 CI I58 71
.31 0 PCT 13 P2 P86 1.03 WAR TEH TEC
.580 ZHAZI 55 CI I74 71
.31 0 PCT 13 P2 FB4 1.56 WAR TEN TEC
.560 ZOAZi 55 Cl 174 71
.30 0
PCT 12 P2 FBS
.67 WAR TEH TEC
.560 ZBAZI 55 Cl 114 71
.49 0
PCT 17 P2 FB4 1.45 WAR TEH TEC
.560 ZBAZI 31 CI 69 72
.13 0
PCT 8
P2 FB4
-.63 WAR TEH TEC
.560 ZBAZI 55 CI 85 72
.21 0
PCT 9
P2 FB5
.44 WAR TEH TEC
.560 ZBAZ1 55 CI I93 72
.39 0 PCT 17 P2 FOB
.06 WAR TEN TEC
.560 ZOAZi 55 CI 109 72
.78 0
PCT 23 P2 FB4
.00 WAR TEH TEC
.560 ZBAZ1 31 CI 70 73
.21 0
PCT 11 P2 FB4 1.40 WAR TEH TEC
.560 ZBAZ1 57 CI I82 73
.15 0 PCT 8
P2 F07 1.96 WAR TEN TEC
.560 ZOAZI 57 Cf 86 73
.21 0
PCT 11 P2 FB4
.50 WAR TEH TEC
.560 ZBAZI 57 CI 86 73
.24 0
PCT 12 P2 FB5 1.81 WAR TEH TEC
.560 ZBAZI 57 CI I88 73
.67 0 PCT 24 P2 FOB 1.67 WAR TEN TEC
.560 ZOAZI.
57 CI I88 73
.23 0 PCT 12 P2 F07 1.84 WAR TEN TEC
.560 ZOAZI 57 CI I94 73
.38 0 PCT 17 P2 FOS
.61 WAR TEN TEC
.560 ZOAZI 57 CI I94 73
.24 0 PCT 12 P2 FBi 1.96 WAR TEN TEC
.560 ZOAZI.
57 CI 104 73
.39 0
PCT 16 P2 FB4 1.78 WAR TEH TEC
.560 ZBAZ1 37 CI 112 73
.17 0
PCT 8
P2 FB4 1.07 WAR TEH TEC
.560 ZBAZ1 29 CI I77 74
.35 0 PCT 14 P2 FOB
-1.24 WAR TEN TEC
.560 ZOAZI.
61 CI 85 74
.41 0
PCT 17 P2 FB5
-1.69 WAR TEH TEC
.560 ZBAZI 61 CI I109 74
.40 0 PCT 16 P2 P04 1.35 WAR TEN TEC
.560 ZOAZI.
31 CI I111 74
.24 0 PCT 10 P2 FB4 1.71 WAR TEN TEC
.560 ZOIAZE 31 CI 72 75
.43 0
PCT 16 P2 FB4 1.42 WAR TEH TEC
.560 ZBAZ1 55 CI I96 75
.29 0 PCT 13 P2 F03
-1.79 WAR TEN TEC
.560 ZOAZi 59 CI I96 75
.61 0
PCT 22 P2 FB5
.57 WAR TEH TEC
.560 ZBAZ1 59 CI 99 76
.43 0
PCT 17 P2 FB4
.57 WAR TEH TEC
.560 ZBAZ1 59 CI I113 76
.72 0 PCT 23 P2 FO4
-1.48 WAR TEN TEC
.560 ZOAZi 31 Cf I94 77
.15 0 PCT 4
P2 P04
.49 WAR TEN TEC
.560 ZOAZI 61 Cf 102 77
.56 0
PCT 20 P2 FB4 1.79 WAR TEH TEC
.560 ZBAZ1 37 CI I102 77
.50 0 PCT 18 P2 FOB
.77 WAR TEN TEC
.660 ZOAZI.
37 CI 104 77
.33 0
PCT 14 P2 FB7
.61 WAR TEH TEC
.560 ZBAZI 37 CI 106 77
.52 0
PCT 19 P2 FB4 1.33 WAR TEH TEC
.560 ZBAZ1 37 CI 47 78
.33 0
PCT 14 P2 FB5
-.86 WAR TEH TEC
.560 ZBAZI 65 CI 100 79
.44 0
PCT 18 P2 FB4 1.79 WAR TEH TEC
.560 ZBAZ1 59 Cf 100 79
.38 0
PCT 16 P2 FB5 1.51 WAR TEH TEC
.560 ZBAZI 59 Cf 113 80
.54 0
PCT 20 P2 FB3
.15 WAR TEH TEC
.560 ZBAZ1 37 CI 113 80
.62 0
PCT 19 P2 FB4
-1.60 WAR TEH TEC
.560 ZBAZ1 37 CI 113 00
.64 0
PCT 19 P2 FB5
-1.59 WAR TEH TEC
.560 ZBAZI 37 CI
+.
.+------------------------------------------+--------+--------+
+-
+
+
.+----------
I ROW COL VOLTS DES IND PER CNN LDCN INCN1 INCN2 UTILE UTIL2 CRLEN CRWIO CEO SEST ENDT P5IA PTYPE CAL LI
+----------------------------------------------+
+----+----------+
+
+
+--
+----
2 ST Max5
SG -
A Service Induced Degradation McGuire 1 1EOC22 MNS 20130401 05/0712013 11:35:44
+....+-....+.........+...+...+....+...+.................+.------+--.-....+-----
+..
+.....+
+...+
+...---------..
+....
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 UTILl UTIL2 CRLEN CRWID CEG BEGT ENDT PDIA PTYPE CAL LI
+.
+..-... +...
+.
.. +... +...
+..
. +...
+....
+.
+...
+...
+...--
+-
-.. +.
85 82
.42 0
PCT 17 P2 FB3
-. 60 WAR TEH TEC
.560 ZBAZI 89 CI 105 82
.49 0
PCT 18 P2 FB4
-1.60 WAR TEH TEC
.560 ZBAZ1 37 CI 60 83
.12 0
PCT 6
P2 FB4
-1.01 WAR TEH TEC
.560 ZBAZt 87 CJ 94 83
.20 0
PCT 10 P2 FB4 1.12 WAR TEH TEC
.560 ZBAZI 59 CI 53 84
.10 0
PCT 6
P2 FB5 1.09 WAR TEH TEC
.560 ZBAZ1 87 CI 77 84
.12 0
PCT 7
P2 FP4
-1.27 WAR TEH TEC
.560 ZBAZ1 87 CI 81 84
.23 0
PCT 11 P2 FB5
-. 80 WAR TEH TEC
.560 ZBAZ1 87 CI 85 84
.24 0
PCT 12 P2 FB4
-1.22 WAR TEH TEC
.560 ZBAZ1 87 CI 85 84
.35 0
PCT 15 P2 FB5
-1.03 WAR TEH TEC
.560 ZBAZ1 87 CI 93 84
.27 0
PCT 12 P2 FB4
-1.01 WAR TEH TEC
.560 ZBAZI 59 CI 101 84
.51 0
PCT 19 P2 FB5
-. 53 WAR TEH TEC
.560 ZBAZ1 37 CI 50 87
.17 0
PCT 9
P2 FB6 1.44 WAR TEH TEC
.560 ZBAZI 87 CI 66 87
.14 0
PCT 7
P2 FB3
.73 WAR TEH TEC
.560 ZBAZ1 87 CI 35 88
.08 0
PCT 6
P2 FB5
-1.04 WAR TEC TEH
.560 ZBAZ1 22 HI 55 88
.08 0
PCT 4
P2 FB3
-1.59
.00 WAR TEH TEC
.560 CBAC1 93 CI 56 89
.11 0
PCT 6
P2 FB4
-. 72 WAR TEH TEC
.560 CBAC1 93 CI 60 89
.25 0
PCT 11 P2 FB5 1.50 WAR TEH TEC
.560 CBAC1 91 CI 50 91
.15 0
PCT 8
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Tubes: 108 Records: 135 ST Max
SG - B Service Induced Degradation McGuire 1 1EOC22 MNS 20130401 05/07/2013 11:35:45
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I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 UTILl UTIL2 CRLEN CRWID CEG BEGT ENDT PDIA PTYPE CAL LI 1----x--------------------------------
1 ST Max
- B Service Induced Degradation McGui;re 1 1EOC22 MNS 20130401 05/07/2013 11:35:45
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SG -
C Service Induced Degradation McGul-e 1 1EOC22 MNS 20130401 05107/2013 11:35:46 I ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 UTIL1 UTIL2 CRLEN CRWID CEG BEGT ENDT PDIA PTYPE CAL LI 68 53
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I ROW COL VOLTS DEC IND PER CHN LOCN INCH8 INCH2 UTIL1 UTIL2 CRLEN CRWID CEG BEGW ENDT PDIA PTYPE CAL LI 1
SI Hax
SG - C Service Induced Degradation McGui;e 1 1EOC22 MNS 20130401 05/07/2013 11:35:46 I ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 UTILl UTIL2 CRLEN CRWID CEG BEGT ENDT PDIA PTYPE CAL LI 110 67
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ST Mas
SG -
D Service Induced Degradation McGui;e 1 1EOC22 MNS 20130401 05107/2013 11:32:23
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Tubes: 36 Records: 43 ST Max