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SG - B ANTI-VIBRATION BAR WEAR INDICATIONS Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:23:40 S......... ----. .-----.-- --- +.----+----.----+----+----+.---+.÷.. ..--- .--- +--- +- +-÷+..... ...... -- ÷ I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI | SG - B ANTI-VIBRATION BAR WEAR INDICATIONS Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:23:40 S......... ----. .-----.-- --- +.----+----.----+----+----+.---+.÷.. ..--- .--- +--- +- +-÷+..... ...... -- ÷ I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI | ||
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Revision as of 17:37, 1 March 2020
| ML13039A042 | |
| Person / Time | |
|---|---|
| Site: | Braidwood  |
| Issue date: | 02/05/2013 |
| From: | Enright D Exelon Generation Co |
| To: | Document Control Desk, Office of Nuclear Reactor Regulation |
| References | |
| BW130010 | |
| Download: ML13039A042 (155) | |
Text
{{#Wiki_filter:Exelon Generation Company, LLC Exelon Generation. Braidwood Station 35100 South Route 53, Suite 84 Braceville, IL 60407-9619 www.exeloncorp.com February 5, 2013 BW 130010 U.S. Nuclear Regulatory Commission Attn: Document Control Desk Washington, D.C. 20555-0001 Braidwood Station, Unit 2 Facility Operating License No. NPF-77 NRC Docket No. STN 50-457
Subject:
Braidwood Station, Unit 2 Steam Generator Tube Inspection Report for Refueling Outage 16 In accordance with Technical Specification 5.6.9, "Steam Generator (SG) Tube Inspection Report," Exelon Generation Company, LLC is reporting the results of the SG inspections that were completed during Braidwood Station, Unit 2 Refueling Outage 16 (A2R16). The attached report is also being submitted in accordance with the requirements of the American Society of Mechanical Engineers (ASME) Boiler and Pressure Vessel Code, 2001 Edition through 2003 Addenda, Section XI, "Rules for Inservice Inspection of Nuclear Power Plant Components," Article IWA-6000, "Records and Reports," and Paragraph 11-890.2.3, "Reporting" of ASME Section V "Nondestructive Examination, Article 8 - Appendix II, "Eddy Current Examination of Nonferromagnetic Heat Exchanger Tubing," 2001 Edition through 2003 Addenda. If there are any questions regarding this submittal, please contact Mr. Chris VanDenburgh, Regulatory Assurance Manager, at (815) 417-2800. Respectfully, Daniel Enright Site Vice President Braidwood Station
Attachment:
Braidwood Station, Unit 2 Steam Generator Tube Inspection Report Refueling Outage 16 cc: NRC Regional Administrator, Region III NRC Senior Resident Inspector - Braidwood Station lii 17 Illinois Emergency Management Agency - Division of Nuclear Safety
Exelon Generation Company, LLC BRAIDWOOD STATION, UNIT 2 35100 South Rte. 53, Suite 84 Braceville, IL 60407 COMMERCIAL OPERATION: October 17, 1988 STEAM GENERATOR TUBE INSPECTION REPORT REFUELING OUTAGE 16 (A2R16) October 2012 Exelon Generation Company, LLC 200 Exelon Way Kennett Square, PA 19348 Mailing Address 4300 Winfield Road Warrenville, IL 60555
1.0 INTRODUCTION
Braidwood Station, Unit 2, operates with four Westinghouse Model D-5 recirculating steam generators (SGs) in the four loop pressurized water reactor system. Each SG contains 4570 thermally treated Alloy-600 U-tubes that have a nominal outside diameter of 0.750 inches and a nominal thickness of 0.043 inches. The tubes are hydraulically expanded into the full depth of the tubesheet. The tubes are supported by stainless steel quatrefoil support plates (TSP's) and chrome plated Alloy-600 anti-vibration bars (AVB's). See Figure A.1 for a diagram of the D-5 Steam Generator tube support plate configuration. Technical Specification (TS) 5.5.9.d provides the requirements for steam generator inspection frequencies and requires periodic SG tube inspections be performed. The TS requires that 100% of the Unit 2 tubes are to be inspected at sequential periods of 120, 90 and thereafter 60 effective full power months (EFPM). The first sequential period shall be considered to begin after the first inservice inspection of the SGs. Additionally, inspect 50% of the tube by the outage nearest the mid-point of the period and the remaining 50% by the refueling outage nearest the end of the period. Further, TS 5.5.9.d.3 requires for Unit 2, if crack indications are found in any SG tube from 14.01 inches below the top of the tubesheet on the hot leg side to 14.01 inches below the top of the tubesheet on the cold leg side, then the next inspection for each SG for the degradation mechanism that caused the crack indication shall not exceed 24 effective full power months or one refueling outage (whichever is less). TS 5.5.9.d also requires that an assessment of degradation shall be performed to determine the type and location of flaws to which the tubes may be susceptible and, based on this assessment, to determine which inspection methods need to be employed and at what locations. The number and portions of the tubes inspected and methods of inspection shall be performed with the objective of detecting flaws of any type (e.g., volumetric flaws, axial and circumferential cracks) that may be present along the length of the tube, from the tube-to-tubesheet weld at the tube inlet to the tube-to-tubesheet weld at the tube outlet, and that may satisfy the applicable tube repair criteria. For Unit 2, portions of the tube below 14.01 inches from the top of the tubesheet are excluded from this requirement. Therefore, a degradation assessment was prepared for the A2R16 inspection to determine the specific inspection scope and inspection methods with the objective of detecting flaws of any type that may be present along the length of the tube. TS 5.5.9.a requires a condition monitoring assessment be conducted during each outage during which the SG tubes are inspected or plugged to confirm that the performance criteria defined in TS 5.5.9.b are being met. Condition monitoring assessment means an evaluation of the "as found" condition of the tubing with respect to the performance criteria for structural integrity and accident induced leakage. The "as found" condition refers to the condition of the tubing during a SG inspection outage, as determined from the in-service inspection results or by other means, prior to the plugging of tubes. In accordance with Braidwood Station TS 3.4.19, "Steam Generator (SG) Tube Integrity," TS 5.5.9, "Steam Generator (SG) Program," and American Society of Mechanical Engineers (ASME) Boiler and Pressure Vessel (B&PV) Code Section Xl 2001 Edition through 2003 Addenda, IWB 2500-1, Examination Category B-Q, Item B16.20, SG eddy current examinations were performed during the Braidwood Station, Unit 2, Refueling Outage 16 (A2R16). I
2.0
SUMMARY
During the April 2011 Unit 2 Steam Generator (SG) inspections performed in Braidwood Refueling Outage 15 (A2R1 5), tube degradation that was attributable to axial outside diameter stress corrosion cracking (ODSCC) was found in one low row (R2-C35) tube that contained a U-Bend off-set signature indicative of a tube containing high residual stress. A total of three indications were reported in the affected tube. The third, seventh, and ninth hot leg support plates each contained one indication at a single quatrefoil land. Since crack indications were discovered during the inspection, in accordance with TS 5.5.9.d.3, SG inspections were required to be performed during Refueling Outage 16 (A2R16). Prior to the start of Unit 2 Refueling Outage 16 (A2R16) steam generator inspections, on October 5, 2012, the NRC approved Braidwood Technical Specification Amendment 170. This amendment permanently allowed for Braidwood Station, Unit 2, the portions of the SG tubes below 14.01 inches from the top of the tubesheet to be excluded from the periodic SG tube inspection requirements defined in TS 5.5.9.d. Additionally, tubes with service-induced flaws located greater than 14.01 inches below the top of tubesheet do not require plugging. However, tubes with service-induced flaws located in the portion of the tube from the top of tubesheet to 14.01 inches below the top of tubesheet shall be plugged upon detection. Additionally, prior to the start of Unit 2 Refueling Outage 16 (A2R16) steam generator inspections, a degradation assessment was performed, as required by TS 5.5.9.d, to ensure the proper EPRI PWR Steam Generator Examination Guidelines Appendix H, "Performance Demonstration for Eddy Current Examination," or Appendix I, "NDE System Measurement Uncertainties for Tube Integrity Assessments," qualified inspection techniques were used to detect any existing and potential modes of degradation. Each technique was evaluated to ensure that the detection and sizing capabilities are applicable to the Braidwood Station Unit 2 site-specific condition in accordance with the EPRI Guidelines. During the start of A2R16, the Braidwood SGs had accumulated a total 241.06 EFPM and therefore was at 31.06 EFPM within the first 60 EFPM period. Thus, Braidwood's Refueling Outage 16 was considered the midpoint outage within the first 60 EFPM period and the inspection scope was established to ensure that 50% of the tubes were inspected as required by TS 5.5.9.d.2. The A2R16 SG inspections were performed consistent with the Electric Power Research Institute (EPRI) "PWR Steam Generator Examination Guidelines: Revision 7," applicable interim guidance and Nuclear Energy Institute (NEI) 97-06, "Steam Generator Program Guidelines" Revision 3. The field inspection activities were conducted from October 18, 2012 through October 26, 2012 by the Westinghouse Electric Company LLC. All data analysts used during the A2R16 SG inspections were qualified to Appendix G, "Qualification of Eddy Current Examination Personnel for Analysis of Eddy Current Examination Data," of the EPRI Guidelines (i.e., Qualified Data Analyst (QDA)). All data analyst and acquisition personnel satisfactorily completed site-specific training and testing prior to beginning examinations. An independent QDA process control review was employed to randomly sample the data to ensure that the analysis resolution process was properly performed and that the field calls were properly reported. An 2
analysis feedback process was implemented that required the data analysts to review their missed calls and overcalls on a daily basis. As a result of the A2R16 SG inspections, performed in accordance with TS 5.5.9.d, the modes of tube degradation found were Anti-Vibration Bar (AVB) wear, pre-heater tube support plate wear, secondary side foreign object wear and axial outside diameter stress corrosion cracking (ODSCC). A total of eleven (11) tubes were removed from service by mechanical tube plugging. Of the eleven (11) tubes removed from service, two (2) tubes were plugged due to having AVB wear equal to the 40% through wall (TW) Technical Specification 5.5.9.c.1 acceptance criteria, six (6) tubes were preventatively plugged due to having wear from secondary side foreign objects, one (1) tube was plugged upon detection of axial outside diameter stress corrosion cracking (ODSCC), and two (2) tubes were preventatively plugged due to potentially increased residual stresses in the tubing. All in-service tubes were monitored for tube axial displacement (slippage) in both the hot and cold leg tubesheet region in accordance with industry developed guidance. This was performed to ensure tubes had not severed within the tubesheet in regions of the tubesheet that were not required to be inspected with +PointTM. No tubes were identified as having tube slippage during A2R16 (TS 5.6.9.1). Further, during the A2R16 SG inspections, no service-induced flaws were identified within the portion of tube from the top of tubesheet to the inspection depth of 15 inches below the top of tubesheet. Pursuant to EPRI Steam Generator Examination Guideline Section 3.7, "Classification of Sample Plan Results," the results of the inspection were classified as inspection category C-1 for SGs 2A, 2B, and 2D and category C-2 for SG 2C. There were no scanning limitations during the examinations. Table 2.0-1 provides a summary of the degradation identified during the A2R16 inspections. Table 2.0-2 provides a summary of the tube plugging performed in each SG during A2R16 by degradation mode as well as the tube plugging levels for each SG. Table 2.0-1 Indications of Degradation Degradation Mechanism SG A T SG B SG C j: SG D Total Anti Vibration Bar Wear 408 107 273 181 969 Pre-heater Wear 0 3 0 1 4 Axial ODSCC 0 0 3 0 3 New Secondary Side Foreign 2 2 0 2 6 Object (FO) Wear Historical Secondary Side FO 44042 10 Wear Remaining In Service 0 3
Table 2.0-2 Tube Plugging by Degradation Mechanism (TS 5.6.9.e, TS 5.6.9.f, & TS 5.6.9.h) Degradation Mechanism SG A,,,' SG B SG C SG D Total Anti Vibration Bar Wear 2 0 0 0 2 Pre-heater Wear 0 0 0 0 0 Axial ODSCC* 0 0 1 0 1 Foreign Object Wear 2 2 0 2 6 Preventative** 1 0 1 0 2 Total Plugged during A2R16 5 2 2 2 11 Total Plugged thru A2R16 100 63 70 37 270 Total Percent Plugged thru 2.19% 1.38% 1.53% 0.81% 1.48% A2R16*** I I The two hot leg support plate and one hot leg freespan axial ODSCC indications were limited to one tube. Tubes were preventatively plugged since they were classified within the high residual stress population, but also had a bobbin coil u-bend offset trace similar to tube Row 44 Column 47 in SG 2C. Each SG contains 4570 tubes 3.0 CERTIFICATIONS 3.1 Procedures/ExaminationslEquipment 3.1.1 The examination and evaluation procedures used during the eddy current inspection were approved by personnel qualified to Level III in accordance with the 1995 Edition of the American National Standards Institute (ANSI)/ASNT CP-1 89, "ASNT Standard for Qualification and Certification of Nondestructive Testing Personnel." For previously approved certifications, the 1991 edition of the American National Standards Institute (ANSI)/ASNT CP-1 89 and the 1984 Edition of the American Society for Nondestructive Testing (ASNT) Recommended Practice SNT-TC-1A, "Personnel Qualification and Certification in Nondestructive Testing." Exelon Generation Company, LLC (EGC) procedure ER-AP-335-039, "Multifrequency Eddy Current Data Acquisition of Steam Generator Tubing," Revision 8 and EGC Procedure ER-AP-335-040, "Evaluation of Eddy Current Data for Steam Generator Tubing," Revision 7, were used for data acquisition and analysis. 3.1.2 The examinations, equipment and personnel were in compliance with the requirements of Exelon and Westinghouse Quality Assurance Programs for Inservice Inspection; Braidwood Station TS 5.5.9; 2001 Edition through 2003 Addenda of ASME Boiler and Pressure Vessel Code Section Xl, "Rules for Inservice Inspection of Nuclear power Plant Components," and Section V, "Nondestructive Examination"; EPRI PWR SG Examination Guidelines, Revision 7; and NEI 97-06, "Steam Generator Program Guidelines," Revision 3. 3.1.3 Certification packages for examiners, data analysts and equipment are available at Braidwood Station. Tables A. 1 and A.2 of Attachment A lists all personnel who performed, supervised, or evaluated the data during this SG inservice inspection. 4
3.1.4 CoreStar International Corporation OMNI-200 MT Remote Data Acquisition Units (RDAUs) with Westinghouse SGPS 12.00.00 Rev. 5033 computer software was used to acquire the eddy current data. Primary and secondary analysis was performed with Westinghouse ANSER 12.00.00 Revision 11 Version 662 computer software. Resolution analysis was performed using Westinghouse ANSER software version 8.4.3 Revision 533. 3.1.5 The bobbin coil examinations of the SGs were performed with 0.610 inch diameter bobbin coil eddy current probes. For low row U-Bend tubing, 0.590 inch diameter probes were utilized where there was difficulty using the 0.610 inch diameter probe. 3.1.6 The rotating coil examinations in were performed with a 0.610 inch diameter three coil rotating +PointTM probe for straight section tubing. The coils within this probes were a 0.115 inch diameter pancake coil, a 0.080 inch diameter pancake coil and a standard +PointTM coil. 3.1.7 The rotating coil examinations in the U-Bend region were performed with a 0.580 inch diameter rotating +PointTM probe. 3.2 Personnel 3.2.1 The personnel who performed the SG eddy current acquisition were qualified to Level I and Level I certification in accordance with the 2001 Edition through 2003 Addenda of ASME Section Xl, IWA-2300. The Level I personnel performed the inspections under the direct supervision of Level II or Level III personnel. All SG eddy current data acquisition personnel were trained and tested in accordance with a site specific performance demonstration program. The data acquisition operators were required to achieve a written test score of 80% or greater prior to acquiring data. A list of the certified eddy current personnel and their associated companies, who performed data acquisition for the examination, is contained in Table A.1 of Attachment A. 3.2.2 The personnel who performed the SG eddy current data analysis were qualified to a minimum of Level II,with special analysis training (i.e., Level IIA) in accordance with the 2001 Edition through 2003 Addenda of ASME Section Xl, IWA-2300. Additionally, all eddy current data analysts were qualified in accordance with EPRI Guidelines Appendix G for Qualified Data Analysts (QDAs). Further, all data analysts were trained and tested in accordance with a site specific performance demonstration program in both the bobbin coil and +PointTM inspection data analysis. All analysts were required to achieve a minimum score of 80% Probability of Detection (POD) with a 90% minimum confidence level on the practical examination, and a minimum score of 80% on the written examination prior to analyzing data. Last, resolution analysts were also trained and tested specifically for the performance of data resolution. A list of the certified eddy current personnel and their associated companies, who performed data analysis for the examination, is contained in Table A.2 of Attachment A. 5
3.2.3 The SG eddy current analysis was subject to two independent analyses. Primary analysis was performed by an automated data screening analysis system as described in the EPRI Guidelines, Revision 7. The analysis system was operated in the interactive mode and had successfully passed the EPRI Automated Analysis Performance Demonstration Database (AAPDD). The automated analysis system also successfully passed the site specific performance demonstration practical examination prior to analyzing field data. Secondary analysis was performed manually. Discrepancies between the two parties required Level III concurrence between both parties for final resolution. 3.2.4 Two independent SG eddy current Level III QDA's, who were not part of the resolution team, were employed to serve as process control reviewers, in accordance with EPRI Guidelines. The Independent Level III QDA's randomly sampled the data to ensure the resolution process was properly performed and that the field calls were properly reported. The Independent Level III QDA's also provided data acquisition oversight to ensure that the data collection process was in compliance with appropriate procedures, that all essential variables were set in accordance with the applicable Examination Technique Specification Sheet (ETSS) and to provide a data quality check of acquired data. The Independent Level III QDA's reported directly to the EGC Nondestructive Examination Level II1. 3.2.5 Personnel qualified as data analysts performed real time data quality verifications. 4.0 EXAMINATION TECHNIQUES AND EXAMINATDON SCOPE All SG eddy current examination techniques used were qualified in accordance with Appendix H or Appendix I of the EPRI PWR SG Examination Guidelines. Each examination technique was evaluated to be applicable to the tubing and conditions of the Braidwood Station, Unit 2 SGs. 4.1 Examination Techniques (TS 5.6.9.c) 4.1.1 The bobbin coil examinations were performed with a 0.610 inch diameter bobbin coil eddy current probe as described in Section 3.1.5. For low row U-Bend regions where there was difficulty using the 0.610 inch diameter probe to traverse the U-Bend region, a 0.590 inch diameter probe was utilized. The nominal probe inspection speed was 40 inches per second for rows 5 through 49 and 24 inches per second for rows 1 through 4 depending on tube conditions. Sufficient sampling rates were used to maintain a minimum of 33 samples per inch. The bobbin coil probes were operated at frequencies of 550 kHz, 300 kHz, 130 kHz, and 20 kHz operating in the differential and absolute test modes. In addition, suppression mixes were used to enhance the inspection. These mixes were as follows: 550/130 kHz differential mix, a 550/300/130 kHz differential mix, and a 300/130 kHz absolute mix. 6
4.1.2 The +PointTM examinations at the top of tubesheet, within the tubesheet, pre-heater baffle plate expansion transition regions, dents/dings and special interest locations were performed with a 0.610 inch diameter three coil +PointTM eddy current probe as described in Section 3.1.6. The nominal probe speed was 0.7 inches per second with a sampling rate maintained at a minimum of 30 samples per inch in the circumferential direction and 30 samples per inch in the axial direction for examinations at the top of tubesheet, within the tubesheet, pre-heater baffle plate expansion transition regions, and special interest locations. For examinations at dent/ding locations, the nominal probe speed was 0.1 inches per second with a sampling rate maintained at a minimum of 30 samples per inch in the circumferential direction and 30 samples per inch in the axial direction. The rotating probes were operated at frequencies of 300 kHz, 200 kHz, 100 kHz and 20 kHz. In addition to the four base frequencies, four process channels were used to display circumferential indications in the positive trace and to provide a suppression mix for the support plates. 4.1.3 The +PointTM examinations within the U-Bend regions were performed with a 0.580 inch diameter +PointTM eddy current probe as described in Section 3.1.7. Nominal probe speed was 0.4 inches per second. A sampling rate was used to maintain a minimum of 30 samples per inch in the circumferential direction and 30 samples per inch in the axial direction. The rotating probes were operated at frequencies of 400 kHz, 300 kHz, 150 kHz and 20 kHz. In addition to the four base frequencies, four process channels were used to display circumferential indications in the positive trace and to provide a suppression mix for the anti-vibration bars. 4.1.4 The eddy current calibration standards used for the bobbin coil and
+PointTM inspections met the requirements of the EPRI PWR Steam Generator Examination Guidelines, Revision 7 and Sections V and XI of the ASME Boiler and Pressure Vessel Code, 2001 Edition through 2003 Addenda.
4.1.5 The SG eddy current examination techniques used during this inspection were equivalent to the EPRI Appendix H or Appendix I techniques listed in Table 4.1 below. Each ETSS was evaluated and determined to be applicable to the site conditions. 7
TABLE 4.1 EPRI APPENDIX H & APPENDIX I TECHNIQUES EPRI ETS Technique Revision Probe
Description:
ETSS Axial ODSCC Detection at Top of Tubesheet, Freespan, 128425 3 +PointTM Expansion Transition Regions, Broached TSPs, Baffle Expansion, and Dent/ Ding <2.0v Axial ODSCC Sizing at Top of Tubesheet, Freespan, 128432 2 +PointTM Expansion Transition Regions, Broached TSPs, Baffle Expansion, Sludge Pile, and Dent/ Ding <2.0v 128424 3 +PointTM Axial ODSCC Detection at Sludge Pile Region and Drilled TSPs 128431 +PointTM Axial ODSCC Sizing at Sludge Pile Region, Drilled TSPs, Baffle Expansions, and DentUDing <2.Ov Axial ODSCC Detection at Freespan, Sludge Pile, Freespan and Broached TSP 128411 3 Bobbin Axial ODSCC Detection at Drilled TSP 20510.1 7 +PointmM Circumferential PWSCC at TTS Expansion, Tubesheet, Baffle Expansion, DentUDing, Deplugged Tube 20511.1 +PointTM Axial PWSCC at TTS Expansion, Tubesheet, Baffle Expansion, Deplugged Tube 21410.1 +PointTM Circumferential ODSCC at TTS Expansion, Dent/ Ding, and Baffle Expansion 21998.1 4 +PointTM Foreign Object Wear/Freespan Flaw Sizing 22401.1 4 +PointTM Axial ODSCC at Dent/Ding > 2.Ov 27091.2 1 Bobbin Foreign Object Wear/Freespan Flaws 96004.3 13 Bobbin AVB and Baffle Plate Pre-Heater TSP Wear 96005.2 9 Bobbin Freespan Pitting 96043.2 1 Bobbin Single Land TSP Wear 96511.1 16 +PointTM Axial and Circumferential PWSCC at Low Row U-Bend 96703.1 17 +PointTM Axial PWSCC at Dent/Ding 96910.1 10 +PointTM Tapered TSP Wear, Foreign Object Wear, Free Span 9 1Volumetric Indications PWSCC - Primary Water Stress Corrosion Cracking ODSCC - Outer Diameter Stress Corrosion Cracking TSP - Tube Support Plate TTS - Top of Tubesheet AVB - Anti-Vibration Bar 4.2 Steam Generator Inspection Scope (TS 5.6.9.a) Since Braidwood Unit 2 Refueling Outage 16 (A2R16) was considered the midpoint outage of the first 60 EFPM period, the following inspections were performed to ensure that at least 50% of the tubes were inspected as required by TS 5.5.9.d.2. 4.2.1 All in-service tubes in all four SGs were inspected full length with a bobbin coil probe as described in Section 4.1.1, with the exception of the Row 1 and Row 2 U-Bend region which were inspected as part of the 25%
+PointTM program 8
4.2.2 25% of the Row 1 and Row 2 U-Bends in all four SGs were inspected from the top support plate on the hot leg side to the top support plate on the cold leg side with a +PointTM probe as described in Section 4.1.3. In addition to the 25% inspection, an additional thirty nine (39) tubes identified with manufacturing artifacts were inspected with a +PointTM probe as described in Section 4.1.3. 4.2.2 25% of the tubes in all four SGs were inspected in the hot leg tubesheet region from 4 inches above the top of tubesheet expansion transition to 15 inches below the top of tubesheet, which encompassed the hot leg top of tubesheet expansion transition region (+4"/-3"), with a +PointTM probe as described in Section 4.1.2. This inspection included 25% of the hot leg bulges > 18 volts and over expansions > 1.5 mils within the top 14.01 inches of the hot leg tubesheet. 4.2.3 All in-service tubes identified in all four SGs as having potentially increased residual stress (total of 71 -2 sigma tubes) were inspected in the hot leg tubesheet region from 4 inches above the top of tubesheet expansion transition to 15 inches below the top of tubesheet with a
+PointTM probe as described in Section 4.1.2. Additionally, all hot leg dents/dings > 3.0 volts and non-quantifiable indications that were detected by the bobbin coil examination in these tubes were inspected with a +PointTM probe as described in Section 4.1.2.
4.2.4 25% of the pre-heater baffle plate expansion transitions (+/- 3 inches) in all SGs were inspected with a +Point probe at baffle plates 02C and 03C as described in Section 4.1.2. Additional pre-heater baffle plate expansion transitions (+/- 3 inches) were inspected in the 2A and 2D SGs with a +PointTM probe as described in Section 4.1.2, at baffle plate 02C in the outer peripheral tubes near the flow blocking region of the pre-heater. This location has historically been known as an area where secondary side foreign objects may collect due to the flow conditions in the region and visual inspections were not scheduled for these regions of the 2A and 2D SGs during A2R16. 4.2.5 25% of the base population of hot leg dents/dings > 3.0 volts, based on bobbin inspection results, were inspected (+/- 3 inches) in all four SGs with a +PointTM probe as described in Section 4.1.2. Additionally, all hot leg dents and dings that crossed the 3.0 volt threshold, based on the A2R16 bobbin inspection results, were inspected with a +PointTM probe as described in Section 4.1.2. 4.2.6 All in-service tubes containing historical foreign object wear in all four SGs were inspected with a +PointTM probe as described in Section 4.1.2. 4.2.7 Diagnostic examinations were conducted on non-quantifiable indications that were detected by the bobbin coil examination. Diagnostic examinations were also conducted on tubes in the vicinity of potential foreign objects in order to determine the extent of tubes potentially affected by the objects. These examinations were performed with a
+PointTM as discussed in Section 4.1.2.
9
4.2.8 Visual inspection of all previously installed and newly installed tube plugs in all SGs. 4.2.9 Monitored all in-service tubes for tube axial displacement (slippage) in both the hot and cold leg tubesheet region. 4.2.10 See Attachment B for tubesheet maps detailing the inspection scopes for each SG. 4.3 Recording of Examination Data The eddy current data and analysis results were recorded on hard drives. The data was then loaded into the Westinghouse Eddy Current Data Management System, "ST Max" Version 1.28.10. This system was used to track the completion of the examinations and was used to generate the final SG eddy current report summaries. 4.4 Witness and Verification of Examination SG eddy current inspections were witnessed and/or verified by the Authorized Nuclear Inservice Inspector, Mr. L. Malabanan of the Hartford Steam Boiler Inspection and Insurance Company of Hartford Connecticut, Chicago Branch, 2443 Warrenville Road, Suite 500, Lisle, Illinois 60532-9871. 5.0 EXAMINATION RESULTS 5.1 Indications Found (TS 5.6.9.b) 5.1.1 Anti-Vibration Bar (AVB) Wear- Tube degradation was found during bobbin coil examination in the U-Bend region due to fretting of Anti-Vibration Bars on the outer surface of the tube. A total of 969 indications were reported. The EPRI Appendix H bobbin coil technique 96004.3, Revision 13 was utilized for depth sizing of all AVB wear. The largest indication was 40% TW. Two tubes had an indication of AVB wear equal to 40% TW and were removed from service by mechanical tube plugging. Table 5.1.1 provides a summary of AVB wear degradation. Refer to Attachment B.5 for detailed locations and sizing for all AVB wear indications. Table 5.1.1 A2R16 AVB Wear Summary SG2A SG2B SG2C SG2D Ind. Ind. Ind. Ind.
<20% TW 185 60 134 119 20-39% TW 221 47 139 62
>= 40% TW 2 0 0 0 TOTAL 408 107 273 181 5.1.2 Foreign Obiect Wear - EPRI Appendix H +PointTM coil sizing technique 21998.1, Revision 4 was used to size indications of secondary side 10
foreign object wear identified during A2R16. A total of 16 indications of secondary side foreign object wear were identified in 15 tubes. The indications ranged from 10% TW to 39% TW. Ten indications had been identified in previous outages and were allowed to remain in service based on being below the TS plugging limit and visual verification that the object(s) that had caused the wear were no longer present. Inspection of these locations during A2R16 confirmed that these wear indications had not grown since originally identified, therefore the tubes remain in service. Table 5.1.2 provides a summary of the tubes that contain indications of secondary side foreign object wear as identified during A2R1 6. Table 5.1.2 A2R16 Foreign Object Wear Summary SG IRow ICol~~ I Location Jj ~~Depth___________________ NDE Commen 2A 5 67 07H -0.03 18% Location Not accessible - Tube Plugged/Stabilized 2A 13 108 05H -0.72 16% Location Not accessible - Tube Plugged/Stabilized 2B 3 30 07H -0.75 17% Location Not accessible - Tube Plugged/Stabilized 2B 8 39 07H -0.72 39% Location Not accessible - Tube Plugged/Stabilized 2D 13 20 07H -0.65 22% Location Not accessible - Tube Plugged/Stabilized 2D 21 110 04C 6.57 22% Location Not accessible - Tube Plugged/Stabilized 2A 30 53 01H 0.44 10% Historical - No Change - Object No Longer Present 2A 31 52 01H 0.47 27% Historical - No Change - Object No Longer Present 2A 32 53 01H 0.41 14% Historical - No Change - Object No Longer Present 2A 42 22 02C 0.77 12% Historical - No Change - Object No Longer Present 2B 49 51 TSC 0.63 24% Historical - No Change - Object No Longer Present 2B 49 52 TSC 0.49 23% Historical - No Change - Object No Longer Present 2B 49 52 TSC 1.00 36% Historical - No Change - Object No Longer Present 2B 49 53 TSC 0.48 16% Historical - No Change - Object No Longer Present 20 31 48 01H 0.45 22% Historical - No Change - Object No Longer Present 2D 36 61 TSH 0.03 17% Historical - No Change - Object No Longer Present All newly identified indications of secondary side foreign object wear received additional +PointTM inspection of the surrounding tubes to make certain that the wear region was adequately bounded. Additional
+PointTM inspection was performed on tubes surrounding historical secondary side foreign objects that could not be confirmed in its originally identified location to ensure that no wear occurred due to the migration of the object. Furthermore, +PointTM inspections were performed on tubes surrounding secondary side foreign objects to ensure that no wear resulted from the object. As shown in Table 5.1.2 above, tubes that contained indications of secondary side foreign object wear in regions that were not accessible for visual inspection were conservatively stabilized through the region of wear and plugged regardless of the flaw size.
Refer to Attachment B.4 for detailed locations and sizing for all foreign object wear indications. I1
5.1.3 Pre-heater TSP Wear - Tube degradation was found in four tubes that was attributable to pre-heater tube support plate (TSP) wear. The depth of the pre-heater wear ranged from 2% TW to 15% TW. The depth was measured by either EPRI Appendix H qualified bobbin coil technique 96004.3, Revision 13 ifthe wear was at a drilled hole support or 96043.2, Revision 1 ifthe wear was at a quatrefoil hole support land location. Table 5.1.3 provides a summary of the tubes that contain indication of pre-heater wear as identified during A2R1 5. Table 5.1.3 A2R16 Pre-Heater TSP Wear Summary SG Tube Lo Wear Type NDept 2B 47-39 03C Drill Hole 2% 2B 47-41 03C Drill Hole 5% 2B 49-49 05C Drill Hole 3% 2D 49-53 07C Single Land 15% Refer to Attachment B.6 for detailed locations and sizing for all pre-heater wear indications. 5.1.4 Axial Outside Diameter Stress Corrosion Cracking (ODSCC) - Tube degradation that was attributable to axial ODSCC was found in one tube (R44-C47) in SG 2C. A total of three indications were reported in the affected tube. The third and fifth hot leg support plates (TSP 03H and TSP 05H) each contained one indication at a single quatrefoil land. These indications did not extend outside of the support plate. In addition, one indication in the freespan, originating from a low level ding indication (i.e. 1.0v), was identified between the third and fifth hot leg support plates. The EPRI Appendix I Technique 128432, Revision 2, was utilized for depth sizing of all axial ODSCC indications. Refer to Table 5.1.4 and for detailed sizing and location for all axial ODSCC indications. Table 5.1.4 Axial ODSCC Sizing and Location (TS 5.6.9.d) JSP TParameter O3H TSP' 05H j Freespan:. Plus-Point Voltage (Vpp) 0.64v 0.25v 0.34v* Max Depth from ETSS Profiling 69.6% 50.0% 56.4% Axial Length from Depth Profiling 0.56" 0.48" 0.19"
- Value from depth profiling evaluation, average of two values at this location per Appendix I technique 128432. Actual maximum voltage was 0.39 at this location on the scan line exit.
Detection of three axial ODSCC indications in one tube and none elsewhere during the A2R16 SG inspection raised suspicion about the residual stress condition of the tube with the indications since this tube was not previously identified as a tube with high residual stress. Therefore the bobbin data of this tube was reviewed and the bobbin traces showed no voltage offset between the straight 12
portions of the tube and the U-bend (11H-11C). This is the characteristic signature indicative of high residual stress in a high row tube. This review concluded that the tube R44C47 in SG-C has the characteristic signature indicative of high residual stress in high row tubes, similar to the three tubes that contained axial ODSCC during A2R10. Refer to Attachment B.3 for detailed locations and sizing for all pre-heater wear indications. 5.2 Other SG Inspection Results 5.2.1 Inspection of Tubes that Potentially Contain Higher Residual Stress - Prior to the start of A2R16, Braidwood had 71 high row (rows 10 - 49) tubes inservice that were previously screened as potentially containing higher residual stress (-2 sigma tubes). This screening was performed in response to a fabrication anomaly that was found at another plant containing thermally treated Alloy-600 tubing, which was linked to the development of stress corrosion cracking of the tubes at the support plate intersections. The following inspections were performed during A2R16 on the 71 tubes that could potentially contain higher residual stress: o Full Length bobbin coil inspection as described in Section 4.1.1. o Hot leg tubesheet inspection (+ 4 inches to - 15 inches) with a
+PointTM probe as described in Section 4.1.2.
o Inspection of all hot leg dents and dings > 3.0 volts with a +PointTM probe as described in Section 4.1.2. (Note: Three indications met this criteria in these tubes). o Inspection of all wear indications with a +PointTM probe as described in Section 4.1.2. (Note: No indications met this criteria in these tubes.) No indications of stress corrosion cracking were identified in the inspection scope as described above. 5.2.2 Tubesheet Region Inspection Results - 25% of the tubes in all four SGs were inspected in the hot leg tubesheet region from 4 inches above the top of tubesheet expansion transition to 15 inches below the top of tubesheet with a +PointTM probe as described in Section 4.1.2. This inspection included 25% of the hot leg bulges > 18 volts and over expansions > 1.5 mils within the top 14.01 inches of the hot leg tubesheet. No indications of stress corrosion cracking were identified in this inspection scope. During A2R16 all hot leg and cold leg tubes were monitored for tube slippage within the tubesheet region in accordance with industry developed guidance. Tube axial displacement (slippage) monitoring was performed to ensure tubes had not severed within the tubesheet in regions of the tubesheet that were not required to be inspected with +PointTM. No tubes were identified as having tube slippage during A2R16 (TS 5.6.9.1). 13
5.2.3 Visual Inspection of Installed Tube Plugs - All previously installed tube plugs were visually inspected for signs of degradation and leakage. In addition, all plugs installed during A2R16 were also visually inspected and the installation parameters were reviewed for acceptable installation. No anomalies were found. 5.2.4 Attachment B contains a tube list with location and orientation of all indications that contain measurable through wall depth that were found during the A2R16 eddy current inspection (TS 5.6.9.d). 5.2.5 No visual inspections or ultrasonic thickness measurements of the SG secondary side moisture separator region were performed during the A2R16 outage. 6.0 RESULTS OF CONDITION MONITORING (TS 5.6.9.g) A condition monitoring assessment was performed for each inservice degradation mechanism found during the A2R16 SG inspection. The condition monitoring assessment was performed in accordance with TS 5.5.9.a and NEI 97-06 Rev. 3 using the EPRI Steam Generator Integrity Assessment Guidelines, Revision 3. For each identified degradation mechanism, the as-found condition was compared to the appropriate performance criteria for tube structural integrity, accident induced leakage and operational leakage as defined in TS 5.5.9.b. For each degradation mechanism a tube structural limit was determined to ensure that SG tube integrity would be maintained over the full range of normal operating conditions, all anticipated transients in the design specifications and design basis accidents. This includes retaining a safety factor of 3.0 against burst under normal steady state full power operation primary to secondary pressure differential and a safety factor of 1.4 against burst under the limiting design basis accident pressure differential. The structural limits for wear related degradation were also based on using the draft Regulatory Guide 1.121 methodology for uniform wall thinning of unlimited length using ASME Code minimum material properties or the EPRI Steam Generator Degradation Specific Management Flaw Handbook, Revision 1 (Flaw Handbook). Per the Integrity Assessment Guidelines, the burst pressure for structural integrity of volumetric wear scars and the ligament tearing pop-through pressure that can lead to large leakage events are coincident under certain conditions. These conditions are when the degradation meets the ASME Code uniform wall thinning burst equation using ASME Code minimum material properties or meeting the Flaw Handbook volumetric uniform wall thinning burst equation providing that the flaw can withstand the limiting axial force without separation failure. All volumetric degradation identified during the inspection met one or both of these criteria. Therefore, meeting the tube structural limit ensures that the leakage integrity is maintained. For axial ODSCC degradation, all three flaws were screened per the EPRI In-Situ Pressure Testing Guidelines. As a result of the screening, it was determined that the axial ODSCC indication at TSP 03H in tube R44-C47 in SG 2C required further evaluation since the indication had a maximum +PointTM amplitude of 0.64 volt which exceeds the first in situ screen value of 0.5 volt. Further evaluation was performed to validate if the flaws meet the limiting conditions for tube burst and to ensure that the leakage performance criterion was also satisfied. The structural and leakage integrity evaluations were performed in accordance with the EPRI Steam Generator Integrity 14
Assessment Guidelines and the EPRI Steam Generator Degradation Specific Management Flaw Handbook. After evaluating each of the three axial ODSCC flaws, it was determined that in-situ pressure testing was necessary for the indication at TSP 03H since the burst effective depth of the flaw exceeded the average depth threshold for proof testing. Last, it was determined that leak testing was required only for the indication at TSP 03H since the maximum flaw depth exceeded the maximum depth thresholds for leakage. For the indication at TSP 03H, in tube Row 44 Column 47 in SG 2C, local in-situ leak testing at normal operating pressure differential and Main Steam Line Break pressure differential was performed. Additionally, local in-situ pressure testing up to the limiting low TAVE three times normal operating pressure differential was performed in a leak mode; that is, a bladder was not used for the proof portion of the test. The in-situ pressure test was successfully completed without evidence of leakage or burst and therefore demonstrated that the flaw would withstand the SG burst pressure performance criterion and the lack of leakage during the test demonstrated that the flaw also meet the SG leakage performance criteria. With the exception of the one axial ODSCC indication at TSP 03H in SG 2C tube R44C47, the as-found condition of each degradation mechanism found during the A2R16 outage was shown to meet the appropriate limiting structural integrity performance parameter with a probability of 0.95 at 50% confidence, including consideration of relevant uncertainties, thus satisfying the condition monitoring requirements. For the one axial ODSCC indication at TSP 03H in SG 2C tube R44C47, condition monitoring was satisfied using in-situ leak and pressure testing. No tube pulls were performed during A2R16. Sections 6.1 through 6.4 provide a summary of the condition monitoring assessment for each degradation mechanism. Section 6.5 provides a primary to secondary leakage assessment as required by TS 5.6.9.j and TS 5.6.9.k. 6.1 AVB Wear The largest AVB wear indication found during the A2R16 inspection was 40% TW as measured by the EPRI Appendix H qualified technique 96004.3, Revision
- 13. Considering technique and analyst uncertainties, the largest AVB wear indication found is corrected to 47.00% TW with a 0.95 probability at 50%
confidence. This is below the AVB wear structural limit of 71.4% TW. 6.2 Pre-Heater Baffle/TSP Wear The largest pre-heater baffle plate drilled hole wear indication found during the A2R16 inspection was 5% TW as measured by the EPRI Appendix H qualified technique 96004.3, Revision 13. Considering technique and analyst uncertainties, the largest dill hole wear indication found is corrected to 12.1% TW with a 0.95 probability at 50% confidence. Since the Braidwood A2R16 EPRI Appendix H Qualification report determined that the signal to noise ratio may influence detection of indications less than 16.5% TW based on the noise voltage and metallurgical depth and this value is larger than the NDE uncertainty adjusted value of the largest flaw, it was conservatively assumed that a 16.5% TW indication could be present but not detected. Since the site validation uses 15
metallurgical depths (true depth), the indication size does not need correction. This is below the 0.75-inch baffle plate wear structural limit of 65.6% TW. The largest pre-heater single land quatrefoil wear indication found during the A2R16 inspection was 15% TW as measured by the EPRI Appendix H qualified technique 96043.2, Revision 1. Considering technique and analyst uncertainties, the largest single land TSP wear indication found is corrected to 18.3% TW with a 0.95 probability at 50% confidence. Since the Braidwood A2R16 EPRI Appendix H Qualification report determined that the signal to noise ratio may influence detection of indications less than 22% TW based on the noise voltage and metallurgical depth and this value is larger than the NDE uncertainty adjusted value of the largest flaw, it was conservatively assumed that a 22% TW indication could be present but not detected. Since the site validation uses metallurgical depths (true depth), the indication size does not need correction. This is below the 1.12 inch TSP wear structural limit of 60.7% TW. 6.3 Foreign Object Wear The largest foreign object wear indication found during the A2R16 inspection was 39% TW as measured by the EPRI Appendix H qualified technique 21998.1, Revision 4. Considering technique and analyst uncertainties, the largest Foreign Object wear indication found is corrected to 57.2% TW with a 0.95 probability at 50% confidence. This is below the uniform wall thinning of unlimited length structural limit of 58.1%. 6.4 Axial Outside Diameter Stress Corrosion Cracking (ODSCC) In situ test screening was performed for each of the three axial ODSCC indications in the Tube R44C47 in SG-C. This was done as per Section 4.4.1 of the EPRI In Situ Pressure Test Guidelines, Revision 3. The leak test and proof pressure test screening is described below. Section 9.6.2 of the EPRI Integrity Assessment Guidelines discusses the potential for pop-through of axial flaws. Using this methodology, the crack depth for pop-through to occur at the accident condition (MSLB) pressure differential of 2560 psi corresponding to the crack length was determined for each indication. The results are listed in Table 6.4-1 as "Maximum Depth Threshold for Leakage." Comparing the reported maximum depths to the maximum depth thresholds for leakage, it was determined that leak testing was required only for the indication at TSP 03H. For this indication, the maximum depth was 69.6% TW and the maximum depth threshold for leakage was 65.2% TW. However, leak testing was not required for the other two axial ODSCC indications because the maximum depths are smaller than the maximum depth thresholds for leakage. The indication at TSP 05H had a maximum +Point amplitude of 0.25 volt and an axial length of 0.48 inch. The free span indication had a maximum +Point amplitude of 0.39 volt and an axial length of 0.19 inch. These values are below the 0.5 volt (as well as the 0.4 volt threshold for flaws exceeding 0.6 inch in length) threshold for the first screen of the EPRI In Situ Pressure Test Guidelines. Therefore, pressure testing was not required for these two flaws. For the indication at TSP 03H, the maximum +Point amplitude of 0.64 volt exceeds the first in situ screen value of 0.5 volt and therefore required further evaluation. 16
Following the methodology in the EPRI In Situ Pressure Test Guidelines, it was determined that proof pressure testing was necessary for the indication at TSP 03H. This is because the determined burst effective depth of the flaw exceeded the average depth threshold for proof testing (i.e. Condition Monitoring Limit). The EPRI Steam Generator Degradation Specific Management Flaw Handbook, Revision 1 provides the methodology for the determination of structural limits and condition monitoring limits for various types of tube degradation. Following the Flaw Handbook methodology, which discusses the correlations applicable to part-throughwall axial cracks, the structural equivalent length and depth (ie. burst effective length and depth) were calculated for each of the indications. The burst effective depths and lengths of the indications were derived using the methodology of EPRI Appendix I qualified technique 128432. In summary, the values for flaw length and depth reflect the dimensions of uniform axial cracks that are equivalent to the NDE profiles of the indications based on a conservative evaluation. These values however do not include various uncertainties. The condition monitoring (CM) limit, which takes into account the uncertainties in the burst pressure correlation, material properties, and the non-destructive examination (NDE) results, was then determined for each of the indications based on the burst effective length. The structural limit and CM limits are shown in Table 6.4-1. As can be seen from Table 6.4-1, the burst effective depths for both the TSP 05H and freespan indications are well below the CM limits. This confirms the conclusion that the indications satisfied the burst pressure requirement during the last operating cycle prior to shutdown. However, the flaw located within TSP 03H did not meet the analytical criteria developed for condition monitoring. This is because of the conservatism inherent in the methodology by applying the uncertainties at 95% probability. The burst effective depth of 62.4% TW exceeded the average depth threshold of 59.0%. Therefore, in situ pressure testing of the tube was performed at this flaw location. Table 6.4-1 Evaluation of Axial ODSCC Indications [Location -'j_3H 05HJS Maximum Voltage from Profile 0.64 0.25 0.34 Length from Profile, inch 0.56 0.48 0.19 Maximum Depth from Profile, % TW 69.6 50.0 56.4 Burst Effective (BE) Depth, %TW 62.4 40.9 45.4 Burst Effective Length, inch 0.30 0.25 0.14 Structural Limit (at BE Length) Depth, % TW 88.8 92.8 100.0 CM Limit (at BE Length) Depth, %TW 59.0 59.9 61.8 Pop-Through Depth (w/o Depth Uncertainty), %TW 86.3 87.8 96.4 Maximum Depth Threshold for Leakage, % TW 65.2 66.7 75.2 For the indication at TSP 03H, in tube Row 44 Column 47 in SG 2C, local in-situ leak testing at normal operating pressure differential and Main Steam Line Break pressure differential was performed. Additionally, local in-situ pressure testing up to the limiting low TAVE three times normal operating pressure differential was performed in a leak mode; that is, a bladder was not used for the proof portion of 17
the test. The proof pressure test was conducted at 4900 psi, which is associated with 3APNO with adjustments for temperature, gauge and head height, with intermediate hold points as identified in Table 6.4-2. All tests were conducted with a minimum hold time of 5 minutes at each target pressure and no leakage or tube burst was observed. Therefore, the in-situ pressure test demonstrated that the flaw would withstand the SG burst pressure performance criterion and the lack of leakage during the test demonstrated that the flaw also meet the SG leakage performance criteria. Thus the most severe of the axial ODSCC flaws satisfied all SG performance criteria prior to the shutdown. Hence, condition monitoring requirements were satisfied for the indication. Table 6.4-2 In-Situ Pressure Testing Test Pressures Adjusted* Target Test Actual Test Pressure (psi) Pressur 1 (psi) 1626 (APNO) 1750 2000 2000 2500 2500 2922 (APSLB) 2950 3500 3500 4000 4000 4675 (3APNo) 4700 4870 (Low TAVE 3APNo) 4900
- Target test pressures contain adjustments for temperature and gauge and head height uncertainties.
6.5 Primary to Secondary Leakage Assessment (TS 5.6.9.j and TS 5.6.9.k) Braidwood TS 5.6.9.j reporting requirement states:
"For Unit 2, the operational primary to secondary leakage rate observed (greater than three gallons per day) in each steam generator (if it is not practical to assign the leakage to an individual steam generator, the entire primary to secondary leakage should be conservatively assumed to be from one steam generator) during the cycle preceding the inspection which is the subject of the report,"
Braidwood Station, Unit 2 did not observe any operational SG primary to secondary leakage over the preceding cycle. This is based on chemistry sampling taken from the Steam Jet Air Ejector and liquid SG blowdown sample locations. Braidwood TS 5.6.9.k reporting requirement states:
"For Unit 2, the calculated accident induced leakage rate from the portion of the tubes below 14.01 inches from the top of the tubesheet for the most limiting accident in the most limiting SG. In addition, if the calculated accident induced leakage rate from the most limiting accident is less than 3.11 times the maximum operational primary to secondary leakage rate, the report should describe how it was determined,"
18
Regarding Condition Monitoring requirements, since Braidwood Station, Unit 2 did not observe any SG primary to secondary operational leakage, the calculated accident leakage rate from flaws below 14.01 inches from the top of the tubesheet would also not be quantifiable. Regarding Operational Assessment requirements, Braidwood Station, Unit 2 did not observe any SG primary to secondary operational leakage during Cycle 16. Further, no degradation that may lead to leakage was detected above 14.01 inches from below the top of the tubesheet region during A2R16. This is evidenced by all tube wear degradation modes identified during A2R16 being below the structural limits as described in Sections 6.1, 6.2, 6.3. Additionally, as described in Section 6.4 all three axial ODSCC indications satisfied the condition monitoring requirements. Therefore, the entire allowable accident induced leakage (0.5 gallons per minute Room Temperature (gpmRT)) at Braidwood Station, Unit 2 can be allocated to the tubesheet expansion region over the next cycle of operation. Using the calculation basis above, the allowable normal accident induced leakage from the tubesheet expansion region is 0.16 gpmRT (0.5 gpmRT divided by 3.11), which is greater than the 150 gpdRT (0.104 gpmRT) TS 3.4.13 primary to secondary leakage limit for Braidwood Station, Unit
- 2. Therefore, no adjustment of the TS 3.4.13 limit for normal operating leakage is required, and accident condition leakage limits are maintained by adherence to TS 3.4.13.
7.0 REPAIR
SUMMARY
(TS 5.6.9.i) Repairs were conducted in accordance with ASME Section Xl, 2001 Edition through 2003 Addenda. All tube plugging was performed by Westinghouse using an Alloy 690 mechanical tube plugging process in accordance with ASME Section Xl IWA-4713, "Heat Exchanger Tube Plugging by Expansion." All repairs were performed in accordance with Westinghouse approved procedures. Table 7.0 summarizes the repairs performed during A2R16. No tube sleeving was performed. Table 7.0 Summary of A2R16 Tube Plugging
.SG 2A SG 2B I,SG 2C, SG2D. Total, Tubes Plugged 5 2 2 2 11 Tubes Stabilized* 2 2 0 2 6
- All tubes that were stabilized were also plugged.
8.0 DOCUMENTATION All original data is stored on optical disks that have been provided to EGC and are maintained at Braidwood Station. The final data sheets and pertinent tube sheet plots are contained in the Westinghouse Outage Report for Braidwood Unit 2, Sixteenth Refueling Outage, and are also maintained at Braidwood Station. NOTE: The ASME Section Xl NIS-1 Form, "Owner's Report for Inservice Inspections," and NIS-2 Forms, "Owner's Report for Repair / Replacement Activities," or Owners Activity Report (OAR-i) in accordance with ASME Code Case N-532-4 for steam generator inspection activities performed during the Braidwood Station, Unit 2 Refueling Outage 16 19
are being transmitted separately with the "Braidwood Station, Unit 2 Inservice Inspection Summary Report." 20
9.0 FIG URES/TABLES/ATTACHMENTS Attachment A Contents Table A.1 A2R16 Data Acquisition Personnel Certification List Table A.2 A2R16 Data Analysis Personnel Certification List Figure A.1 Westinghouse Model D-5 Tube Support Plate Attachment B Contents Attachment B.1 As-tested Bobbin Inspection Maps Attachment B.2 As-tested +PointTM Inspection Maps Attachment B.3 As-tested +PointTM Special Interest Inspection Maps Attachment B.4 Tubes Containing Secondary Side Foreign Wear Attachment B.5 Tubes Containing Anti-Vibration Bar Wear Attachment B.6 Tubes Containing Pre-heater Wear Attachment B.7 Tubes Repaired During A2R16 21
Attachment A Personnel Certifications 22
TABLE A.1 A2R16 Data Acquisition Personnel Certifications No. I Name Company . Lvl. 1 Hammon, M System One No 2 Kuyat, BW System One II No 3 Bradley, GD Westinghouse II No 4 Douglas, BA Westinghouse III No 5 Fore, SK Westinghouse II No 6 Gault, WH Westinghouse II No 7 Glenn, WD Westinghouse II No 8 Mantich, SM Westinghouse II No 9 Parris, JR Westinghouse II No 10 Permuka, JD Westinghouse II No 11 Reif, DL Westinghouse II No 12 Restina, DF Westinghouse II No 13 Scott, AW Westinghouse II No 14 Shipley, EB Westinghouse II No 15 Smith, DR Westinghouse II No 16 Zirkelbach, JL Westinghouse II No
- EPRI Guidelines Appendix G Qualified Data Analyst 23
TABLE A.2 A2R16 Data Analysis Personnel Certifications No. Name Company ....... Level 1 Anderson, DA NDE Tech IIA QDA 2 Black, CR NDE Tech lilA QDA** 3 Brown, ME NDE Tech lilA QDA** 4 Brown, MW NDE Tech lilA QDA 5 Case, JM NDE Tech lilA QDA 6 Causby, GW NDE Tech lilA QDA 7 Drumm, RL NDE Tech IliA QDA 8 Dye, JE NDE Tech IIA QDA 9 Grant, BM NDE Tech lilA QDA 10 Haynes, WR NDE Tech lilA QDA 11 Kovalesky, T NDE Tech IIA QDA 12 Lewis, CL NDE Tech IIA QDA 13 Lewis, DA NDE Tech lilA QDA 14 Lohner, ET NDE Tech IlIA QDA 15 Looper, VR NDE Tech lilA QDA 16 Lynn, VS NDE Tech lilA QDA 17 Mast, MS NDE Tech lilA QDA 18 McLeod, EJ NDE Tech IIA QDA 19 Richmond, MA NDE Tech lilA QDA 20 Schmitz, KJ NDE Tech lilA QDA 21 Shelden, JT NDE Tech lilA QDA 22 Siegel, RA NDE Tech IliA QDA 23 Thompson, KA NDE Tech IIA QDA 24 Wrubleski, AJ NDE Tech lilA QDA 25 Zevchak, JJ NDE Tech IIA QDA 26 Beehner, SJ Westinghouse III QDA 27 Bowser, GC Westinghouse III QDA 28 Conner, MC Westinghouse IIA QDA 29 Ericson, ER Westinghouse III QDA 30 Evering, DP Westinghouse IIA QDA 31 Gootz, TE Westinghouse III QDA 32 Lynch, DE Westinghouse III QDA 33 Pocratsky, RJ Westinghouse III QDA 34 Popovich, RA Westinghouse III QDA 35 Skirpan, JR Westinghouse III QDA 36 Spence, WJ Westinghouse III QDA 37 Taylor, SH Westinghouse III QDA 38 Terning, GA Westinghouse III QDA 39 Yaklich, DJ Westinghouse III QDA
- EPRI Guidelines Appendix G Qualified Data Analyst ** Independent QDA 24
FIGURE A.1 Westinghouse Model D-5 Tube Support Plate Configuration SAV2 AV3 Anti-vibration 11H lic 1OH 10c 09H 09C 08H 08c 07H 07C 06C 05H 05C 04C Feedwater Inlet 03H 03C 02C 01H 01c TSH TSC TEH TEC Nozzle Manway 25
Attachment B Inspection Scope I Results 26
Attachment B.1 As-tested Bobbin Inspection Maps 27
SG-A HOT LEG BOBBIN INSPECTION BraidwoodA2R16 CDE D5 E 4036 TESTED TEC THRU TEH WITH .610 1 228 TESTED 1IC THRU TEH WITH .590 X .211 TESTED 11H THRU TEH WITH .610 a 95 PLUGGED TUBE 1 I. 90 85 5 700 65EEEE 60E E 55E[EE 50 40 80 45 EE EE 35iEE E 30 25 I IA~ 95v 75LEEE 20 15 10 5 EIEE EEEE EiEELi EEE E EEEE E E EEEE EEEE EEEE EEE E EEEE EEEE ELEEE EEE E EEEE EEEE EEEE E EEEE a E EEEE EIE EEEE EEEE ELEEE E EE E EEEE 3 E EEEE EEEE EEEE EEEE EE EE EMEE E'EE EEEE EEEE EE-E-E- EEE E EEEE EEEE 45 [aE-- .EEEE E-E--e ----- 45 EEE EEE LEEE -EE-E-E EEEE ED EE EEEE EEEE EEEEE £:EEE EEE E EEEE a3 a EEEE :EEEE EEEE Eau a EEEE EEEE EEE EEIIE aEEE EEEE E"EEE E EE E EEEE E EEE EEEE EEEE EEE E LEEEE EEEE EgEEI EE*E EEEE EEEE 2EEE EEEE EEEE E EEE E EEEE E E EEaE auEEE EEEE
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SG-B COLD LEG BOBBIN INSPECTION BraidwoodA2R16 CDE D5 1 455 TESTED 1iC THRU TEC WITH .610 a 61 PLUGGED TUBE
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SG-C HOT LEG BOBBIN INSPECTION Braidwood A2R16 CDE D5 E 4047 TESTED TEC THRU TEH WITH .610 1 227 TESTED 11C THRU TEH WITH .590 X 228 TESTED 11H THRU TEH WITH .610 13 68 PLUGGED TUBE 110 105 100 95 85 80 75 70 65 60 55 50 45 40 35 30 25 15 EEEEI E E EEEE E EEEE EE EE E EuEE E E EEEE E EEEE EEE1E i EEEEJEEEE E EEEEI EEEEE E EEEE EEE E EEEE D E EEEE EEEE E EE EE EEEE EEEE E U DEE EEEEI EEEEE E EEEE E EE E EEEE [] EEEE EEEE EE EE EEEE EEEE EE" EEEE IEEEEI EEEEE E EEEE. ~EEEE EEa D [] DEED EEEE EE E D3I 13EEEIEEEEIEEDDj 45 -11. 45 EEI EEEEI .EEEEI .EEEEI ;EEDEI EEEI IEEEEI EEEEI EE EE IE a EE EE EEEE ~EEEE EEEEE EEEE EEEEE EE DE13EE ZEEEEI :EEEEI ;EEEEI E ýEEEE :EEEE ~E E EDa EEEEE EEEE EEEEF EEE E'E E IEEEEI .EEEEI .EEEEI IEEEEI :EEEEI EEEE ai iEEEE EEEE ~EEEE EEEEE EEEE EEEEF EEEE
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SG-D COLD LEG BOBBIN INSPECTION BraidwoodA2R16 CDE D5 1 454 TESTED 11C THRU TEC WITH .610 a 35 PLUGGED TUBE 10 105 100 95 90 85 80 75 70 65 60 55 50 45 40 35 30 25 20 15 10 5 0000 0000000OO000000O000. 0 0(1000010000(0000(0000( 0000
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Attachment B.2 As-tested +PointTM Inspection Maps 36
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SG -A New HL 3 Volt Dents and Dings BraidwoodA2R16 CDE D5 X 21 Tube with New DNT/DNG 3 Volts a 95 PLUGGED TUBE
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SG - B New HL 3 Volt Dents and Dings BraidwoodA2R16 CDE D5 X 18 Tube with New DNT/DNG 3 Volts a 61 PLUGGED TUBE 110 105 100 95 90 85 80 75 70 65 60 55 50 45 40 35 30 25 20 15 10 1 1 1 11000)000o00OOOODOOOO,000O0 0 0000 c1000000000 O000*000 I I I 01 Ia".., e0 00 0 0 0
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SG - B BULGE AND OVEREXPANSION +POINT SAMPLE DISTRIBUTION MAP BraidwoodA2R16 CDE D5 X 46 BLG/OXP INDICATION a 61 PLUGGED TUBE
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SG - C 25% Sample HL 3 Volt Dents and Dings BraidwoodA2R16 CDE D5 X 17 25% SAMPLE TUBE a 68 PLUGGED TUBE
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SG - C BULGE AND OVEREXPANSION +POINT SAMPLE DISTRIBUTION MAP BraidwoodA2R16 CDE D5 X 88 BLG/OXP INDICATION a 68 PLUGGED TUBE 110 105 100 95 90 85 80 75 70 65 60 55 50 45 40 35 30 25 20 15 10 5 100 DOOOO00000OO O0'O00 aOO 0000OqOO O O O OOpOOO OOOO 1 1 1 000 45 00.. ":X.:i::::i:::: 113 PC 1*3 oo0 S.go0 45 i i i 1 9 s. . . .-- - 00 0 00
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SG - D BULGE AND OVEREXPANSION +POINT SAMPLE DISTRIBUTION MAP BraidwoodA2R16 CDE D5 X 90 BLG/OXP INDICATION a 35 PLUGGED TUBE 110 105 100 95 90 85 1000o(Tooo 80 75 70 65 60 55 50 45 40 35 30 25 20 15 10 5 0 0000 0000[000010 00o0000 0o 0000o00000o 000000I 1 1 1 1 010 ... .÷ .. 0 ooo0j .... oo..; .... *. 13.. .... .x.. . .
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Attachment B.3 As-tested +PointTM Special Interest Inspection Maps and Results 49
SG -A EC BASED PLUS POINT SPECIAL INTEREST PROGRAM BraidwoodA2R16 CDE D5 X 174 TUBE WITH EC BASED SI a 95 PLUGGED TUBE 10 105 100 95 90 85 000o 80 oo00 75
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SG - A PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 +---- + - ÷ ÷ + .... + .... ÷ ....-- + -- --- ....+ ÷ .....-. + ......- +÷ ...... - - + I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI ÷-- ----------- +----+----.----+----.----+...------+- -- ... ..... ---- - - ---- ÷ 3 10 .29 130 DSS P1 04C -. 26 l1C TEC .610 ZBAZC 2 CI 3 10 NDF 2 04C -. 26 04C 04C .610 NPSNM 14 CI 3 10 NOD 11C TEH .590 SBUCC 91 HI I 19 14 .35 156 DFS 1 07H 16.65 TEC TEH .610 ZBAZC 73 HI 19 14 NDF 2 07H 16.65 07H 08H .610 NPSNM 81 HI I 41 20 NOD 02C 02C .610 NPSNM 10 cI 41 20 NDD TEC TEH .610 ZBAZC 77 HI 41 21 NDD 02C 02C .610 NPSNM 10 Cj 41 21 NDD TSH TSH .610 NPSNM 15 HI 41 21 NOD TEC TEH .610 ZBAZC 77 HI 41 22 NDD 02C 02C .610 NPSNM 10 CI 41 22 NOD TSH TSH .610 NPSNM 13 HI 41 22 NDD TEC TEH .610 ZBAZC 77 HI 41 23 NDD 02C 02C .610 NPSNM 10 CI 41 23 NDD TEC TEH .610 ZBAZC 77 HI 42 23 NOD 02C 02C .610 NPSNM 10 CI 42 23 NOD TEC TEH .610 ZBAZC 75 HI 41 24 NDD 02C 02C .610 NPSNM 10 CI 41 24 2.55 0 PCT 28 P2 AV2 .00 TEC TEH .610 ZBAZC 41 HI 41 24 2.26 0 PCT 26 P2 AV3 .05 TEC TEH .610 ZBAZC 41 HI 42 24 NOD 02C 02C .610 NPSNM 10 CI 42 24 NOD TEC TEH .610 ZBAZC 75 HI 43 24 NOD 02C 02C .610 NPSNM 10 CI 43 24 2.44 172 DNT P1 11H .17 TEC TEH .610 ZBAZC 41 HI 43 24 6.00 177 DNT P1 11C .64 TEC TEH .610 ZBAZC 41 HI 44 24 NOD 02C 02C .610 NPSNM 10 CI 44 24 NOD TEC TEH .610 ZBAZC 77 HI 45 24 NOD 02C 02C .610 NPSNM 10 CI 45 24 NOD TEC TEH .610 ZBAZC 41 HI 42 25 NDD 02C 02C .610 NPSNM 10 CI 42 25 NOD TEC TEH .610 ZBAZC 39 HI 43 25 NDD 02C 02C .610 NPSNM 10 CI 43 25 NDD TEC TEH .610 ZBAZC 41 HI 44 25 NOD 02C 02C .610 NPSNM 10 CI 44 25 NOD TEC TEH .610 ZBAZC 39 HI 45 25 NOD 02C 02C .610 NPSNM 10 CI 45 25 NOD TEC TEH .610 ZBAZC 41 HI 13 32 .26 143 DFS 1 10H 7.62 TEC TEH .610 ZBAZC 27 HI 13 32 NDF 2 10H 7.62 10H 11H .610 NPSNM 83 HI 20 34 .38 164 DFS 1 09H 28.85 TEC TEH .610 ZBAZC 33 HI 20 34 NDF 2 09H 28.85 09H 10H .610 NPSNM 81 HI 28 37 .18 81 DSS P1 08H -. 34 TEC TEH .610 ZBAZC 33 HI 28 37 NDF 2 08H -. 34 08H 08H .610 NPSNM 83 HI 8 48 NDD TSH TSH .610 NPSNM 3 HI 8 48 NDD TEC TEH .610 ZBAZC 25 HI 8 48 NDD 07H 07H .610 NPSNM 81 HI ÷. . - -- - ---------- -- ..-----. +.... - ---- ÷---+-... - -. ÷....------- .--..-----
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SG - A PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:1.8 +-- + ----------- +----.----.----.----.-----. . ---- +.----+---- -+-...... .-
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÷----- ----------- +----.----.----.----. ---- +---- ÷÷--------+ + . - .----
+ - +- - -- ÷ 2 ST Max 52
SG - A PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18
....------------- -- +----+----+----+----+----+----+-- -- ÷...----.-- ...---
+-.-.....--
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
---------------------- +----+-----+-----+-----+-----+-----+ ---- +----+-----+ - - +--------
9 51 NOD TSH TSH .610 NPSNM 7 HI 9 51 NOD TEC TEH .610 ZBAZC 25 HI 9 51 NOD 07H 07H .610 NPSNM 83 HI 12 51 NDF 2 TSH -8.63 TSH TSH .610 NPSNM 1 HI 12 51 NOD TEC TEH .610 ZBAZC 23 HI 12 51 NOD 07H 07H .610 NPSNM 81 HI 13 51 NOD TSH TSH .610 NPSNM 1 HI 13 51 NOD TEC TEH .610 ZBAZC 25 HI 13 51 NOD 07H 07H .610 NPSNM 83 HI 8 52 NOD TSH TSH .610 NPSNM 7 HI 8 52 NOD TEC TEH .610 ZBAZC 23 HI 8 52 NOD 07H 07H .610 NPSNM 81 HI 9 52 NOD TSH TSH .610 NPSNM 7 HI 9 52 NOD TEC TEH .610 ZBAZC 25 HI 9 52 NOD 07H 07H .610 NPSNM 83 HI 1 10 52 NOD TSH TSH .610 NPSNM 5 HI 1 10 52 NOD TEC TEH .610 ZBAZC 23 HI 1 10 52 NOD 07H 07H .610 NPSNM 81 HI I 11 52 NOD TSH TSH .610 NPSNM 3 HI I 11 52 NOD TEC TEH .610 ZBAZC 25 HI I 11 52 NOD 07H 07H .610 NPSNM 81 HI 12 52 NOD TSH TSH .610 NPSNM 3 HI 12 52 NOD TEC TEH .610 ZBAZC 23 HI 12 52 NOD 07H 07H .610 NPSNM 81 HI 13 52 NOD TSH TSH .610 NPSNM 3 HI 13 52 NOD TEC TEH .610 ZBAZC 25 HI 13 52 NOD 07H 07H .610 NPSNM 83 HI 31 52 NOD TSH TSH .610 NPSNM 11 HI 31 52 .22 84 DSS P1 O1H .46 TEC TEH .610 ZBAZC 37 HI I31 52 3.16 189 0NG P1 11H 9.51 TEC TEH .610 ZBAZC 37 HI 31 52 3.65 187 DNG P1 11H 10.75 TEC TEH .610 ZBAZC 37 HI 31 52 4.80 186 0NG P1 11H 12.12 TEC TEH .610 ZBAZC 37 HI 31 52 .29 81 PCT 27 2 O1H .47 O1H O1H .610 NPSNM 81 HI 31 52 .20 252 VOL P4 O1H .47 O1H O1H .610 NPSNM 81 HI 8 53 NOD TSH TSH .610 NPSNM 5 HI 8 53 NOD TEC TEH .610 ZBAZC 23 HI 8 53 NOD 07H 07H .610 NPSNM 81 HI 9 53 NOD TSH TSH .610 NPSNM 5 HI 9 53 NOD TEC TEH .610 ZBAZC 25 HI 9 53 NOD 07H 07H .610 NPSNM 83 HI 10 53 NOD TSH TSH .610 NPSNM 5 HI 10 53 NOD TEC TEH .610 ZBAZC 23 HI 10 53 NOD 07H 07H .610 NPSNM 81 HI 1 11 53 NOD TSH TSH .610 NPSNM 7 HI 1 11 53 3.65 175 0NG P1 07H 6.96 TEC TEH .610 ZBAZC 25 HI 1 11 53 NOD 07H 07H .610 NPSNM 83 HI 1 11 53 NDF 2 07H 7.09 07H 08H .610 NPSNM 83 HI 1 12 53 NOD TSH TSH .610 NPSNM 7 HI 12 53 NOD TEC TEH .610 ZBAZC 23 HI 12 53 NOD 07H 07H .610 NPSNM 83 HI
+ .... + .... 4 -----------.. +--------+--------...... ----- + --------- +----... ... +--+-
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
÷.. ... 4-----------+----+----.----+----+----.-+----- +----- + -+.........-----...+-+-+-
3 ST Max 53
SG - A PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18
.... +---------------+----.----.----+----+ -----..- ---- +------ ÷ - ---- +-. -.. ...-
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
------------------- + -------
+-----+-----+-----+-----+-----+ ---- +----+-----+ - - +--------
1 13 53 NOD TSH TSH .610 NPSNM 7 HI 1 13 53 NDD TEC TEH .610 ZBAZC 25 HI 1 13 53 NDD 07H 07H .610 NPSNM 83 HI 1 30 53 NDD TSH TSH .610 NPSNM 9 HI 1 30 53 3.34 73 MBM 6 09C 12.11 TEC TEH .610 ZBAZC 35 HI 1 30 53 .07 99 PCT 10 2 01H .44 01H 01H .610 NPSNM 81 HI 30 53 .07 99 VOL 2 01H .44 01H 01H .610 NPSNM 81 HI 32 53 NOD TSH TSH .610 NPSNM 9 HI 32 53 NDD TEC TEH .610 ZBAZC 35 HI 32 53 .11 278 PCT 14 2 01H .41 01H 01H .610 NPSNM 81 HI 32 53 .11 278 VOL 2 01H .42 01H 01H .610 NPSNM 81 HI 1 21 58 NDF 2 TSC 1.56 TSC 01C .610 NPSNM 12 CI 1 21 58 .14 146 DFS 1 TSC 1.56 TEC TEH .610 ZBAZC 101 HI 1 3 65 NDD 11C TEC .610 ZBAZC 6 CI 1 3 65 NDD 11C TEH .590 SBUCC 99 HI 1 3 65 NDD 07H 07H .610 NPSNM 121 HI 1 4 65 NDD 11C TEC .610 ZBAZC 8 CI 1 4 65 NOD 11C TEH .590 SBUCC 97 HI 1 4 65 NDD 07H 07H .610 NPSNM 121 HI 1 5 65 NDD TEC TEH .610 ZBAZC 101 HI 1 5 65 NDD 07H 07H .610 NPSNM 121 HI 6 65 NDD TEC TEH .610 ZBAZC 103 HI 6 65 NDD 07H 07H .610 NPSNM 121 HI 7 65 NDD TEC TEH .610 ZBAZC 101 HI 7 65 NDD 07H 07H .610 NPSNM 121 HI 3 66 .47 160 DFS 1 05C 11.65 11C TEC .610 ZBAZC 6 Cl 3 66 NDD 11C TEH .590 SBUCC 99 HI 3 66 NDD 07H 07H .610 NPSNM 121 HI I 1 4 66 NDD 11C TEC .610 ZBAZC 8 CI 1 4 66 NDD 11C TEH .590 SBUCC 97 HI 1 4 66 NOD 07H 07H .610 NPSNM 121 HI 5 66 NDD TEC TEH .610 ZBAZC 101 HI 5 66 NOD 07H 07H .610 NPSNM 121 HI 6 66 NDD TEC TEH .610 ZBAZC 103 HI 6 66 NDD 07H 07H .610 NPSNM 121 HI 7 66 NDD TEC TEH .610 ZBAZC 101 HI 7 66 NOD 07H 07H .610 NPSNM 121 HI 3 67 NDD 11C TEC .610 ZBAZC 4 CI 3 67 NDD 11C TEH .590 SBUCC 99 HI 3 67 NOD 07H 07H .610 NPSNM 121 HI 4 67 NOD 11C TEC .610 ZBAZC 8 CI 4 67 NDD 11C TEH .590 SBUCC 97 HI 4 67 NDD 07H 07H .610 NPSNM 121 HI 5 67 .19 121 DSI P1 07H .05 TEC TEH .610 ZBAZC 101 HI 5 67 .16 97 SVI P4 07H -. 03 07H 07H .610 NPSNM 105 HI 5 67 .16 247 PCT 18 P4 07H -. 03 07H 07H .610 NPSNM 105 HI 1 5 67 TBP 2 07H 07H .610 NPSNM 121 HI 1 5 67 .26 61 PID 2 07H -. 07 07H 07H .610 NPSNM 121 HI S.... ------------ --- +- ------- +----+- - -.....----- -÷ ... ...------ +-- +...... - - I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
÷- - -------------------- +..--4----+-----+---- -------- ..----- -...... +......÷--
4 ST Max 54
SG - A PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 +.. ..------------ +--------+-----+-....- +- +....+.......--------.------.--- - +-......+ I ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 BEGT ENDT PDIA PTYPE CAL LI +..- - --- ---------- +...--------+----...+----+---------- ...----- - -.. "-+ 6 67 NOD TEC TEH .610 ZBAZC 103 HI 6 67 NOD 07H 07H .610 NPSNM 121 HI 7 67 NOD TEC TEH .610 ZBAZC 101 HI 7 67 NOD 07H 07H .610 NPSNM 121 HI 27 67 NDF 2 11C .17 liC liC .610 NPSNM 12 CI 27 67 .18 55 DSS P1 liC .17 TEC TEH .610 ZBAZC 47 HI 3 68 NOD 11C TEC .610 ZBAZC 4 CI 3 68 NOD 11C TEH .590 SBUCC 99 HI 3 68 NOD 07H 07H .610 NPSNM 121 HI 4 68 NOD 11C TEC .610 ZBAZC 2 CI 4 68 NOD 11C TEH .590 SBUCC 97 HI 4 68 NOD 07H 07H .610 NPSNM 121 HI 5 68 NOD TEC TEH .610 ZBAZC 101 HI 5 68 NOD 07H 07H .610 NPSNM 121 HI 6 68 NOD TEC TEH .610 ZBAZC 103 HI 6 68 NOD 07H 07H .610 NPSNM 121 HI 7 68 NOD TEC TEH .610 ZBAZC 101 HI 7 68 NOD 07H 07H .610 NPSNM 121 HI 3 69 NOD 11C TEC .610 ZBAZC 4 CI 3 69 NOD 11C TEH .590 SBUCC 99 HI 3 69 NOD 07H 07H .610 NPSNM 121 HI 4 69 NDD 11C TEC .610 ZBAZC 2 CI 4 69 NDD 11C TEH .590 SBUCC 97 HI 4 69 NDD 07H 07H .610 NPSNM 121 HI 5 69 NDD TEC TEH .610 ZBAZC 101 HI 5 69 NDD 07H 07H .610 NPSNM 121 HI 6 69 NDD TEC TEH .610 ZBAZC 103 HI 6 69 NDD 07H 07H .610 NPSNM 121 HI 7 69 NDD TEC TEH .610 ZBAZC 101 HI 7 69 RBD 07H 07H .610 NPSNM 121 HI 7 69 NOD 07H 07H .610 NPSNM 123 HI 28 82 NOD TEC TEH .610 ZBAZC 55 HI 28 82 NOD 09H 09H .610 NPSNM 81 HI 29 82 NOD TEC TEH .610 ZBAZC 57 HI 29 82 NOD 09H 09H .610 NPSNM 83 HI 30 82 NDD TEC TEH .610 ZBAZC 51 HI 30 82 NDD 09H 09H .610 NPSNM 81 HI 31 82 NOD TEC TEH .610 ZBAZC 53 HI 31 82 NOD 09H 09H .610 NPSNM 81 HI 32 82 NOD TEC TEH .610 ZBAZC 51 HI 32 82 NOD 09H 09H .610 NPSNM 81 HI 33 82 NDD TEC TEH .610 ZBAZC 53 HI 33 82 NOD 09H 09H .610 NPSNM 83 HI 28 83 NOD TSH TSH .610 NPSNM 13 HI 28 83 NOD TEC TEH .610 ZBAZC 55 HI
..- - +F----------+-.----+----.----.----+.--------+---------.. - -+- + --- +
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
..- - *-----------+----+----+----.----+----- +.---- .---- +----+- +- + ---
5 ST Max 55
SG - A PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 + . .----- -- -- ----- ---- - - .------ . - + --- .. +-÷-- - I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI ÷.. - -- - ----------
÷--.. ----.----.---- +----.-÷ +----.----+-- -÷ ....---- - .-.--- - +-.....'-
1 28 83 NDD 09H 09H .610 NPSNM 81 HI 29 83 NDD TSH TSH .610 NPSNM 13 HI 29 83 NDD TEC TEH .610 ZBAZC 57 HI 29 83 NDD 09H 09H .610 NPSNM 83 HI 30 83 NDD TSH TSH .610 NPSNM 13 HI 30 83 NDD TEC TEH .610 ZBAZC 51 HI 30 83 NDD 09H 09H .610 NPSNM 81 HI 31 83 NDD TSH TSH .610 NPSNM 13 HI 31 83 NDD TEC TEH .610 ZBAZC 53 HI 31 83 NDD 09H 09H .610 NPSNM 81 HI 32 83 NDD TSH TSH .610 NPSNM 13 HI 32 83 NDD TEC TEH .610 ZBAZC 51 HI 32 83 NDD 09H 09H .610 NPSNM 81 HI 33 83 NDF 2 TSH -11.16 TSH TSH .610 NPSNM 13 HI 33 83 NDD TEC TEH .610 ZBAZC 53 HI 33 83 NDD 09H 09H .610 NPSNM 81 HI 33 83 NDD 09H 09H .610 NPSNM 83 HI 6 84 NDD TSH TSH .610 NPSNM 15 HI 6 84 NDD TEC TEH .610 ZBAZC 63 HI 6 84 NDD 07H 07H .610 NPSNM 85 HI 7 84 NDD TSH TSH .610 NPSNM 15 HI 7 84 NDD TEC TEH .610 ZBAZC 65 HI 7 84 NDD 07H 07H .610 NPSNM 85 HI 8 84 NDD TSH TSH .610 NPSNM 15 HI 8 84 NDD TEC TEH .610 ZBAZC 63 HI 8 84 NDD 07H 07H .610 NPSNM 85 HI 9 84 NDD TSH TSH .610 NPSNM 15 HI 9 84 NDD TEC TEH .610 ZBAZC 65 HI 9 84 NDD 07H 07H .610 NPSNM 85 HI 10 84 NDD TSH TSH .610 NPSNM 15 HI 10 84 NDD TEC TEH .610 ZBAZC 63 HI 10 84 NDD 07H 07H .610 NPSNM 85 HI 11 84 NDF 2 TSH -4.81 TSH TSH .610 NPSNM 15 HI 11 84 NDD TEC TEH .610 ZBAZC 69 HI 11 84 NDD 07H 07H .610 NPSNM 85 HI 12 84 NDD TSH TSH .610 NPSNM 15 HI 12 84 NDD TEC TEH .610 ZBAZC 67 HI 12 84 NDD 07H 07H .610 NPSNM 81 HI 28 84 NDD TSH TSH .610 NPSNM 15 HI 28 84 NDD TEC TEH .610 ZBAZC 55 HI 28 84 NDD 09H 09H .610 NPSNM 81 HI 29 84 NDD TSH TSH .610 NPSNM 15 HI 29 84 NDD TEC TEH .610 ZBAZC 57 HI 29 84 NDD 09H 09H .610 NPSNM 83 HI 32 84 NDD TSH TSH .610 NPSNM 15 HI 32 84 NDD TEC TEH .610 ZBAZC 51 HI 32 84 NDD 09H 09H .610 NPSNM 81 HI 33 84 NDD TSH TSH .610 NPSNM 15 HI 33 84 NDD TEC TEH .610 ZBAZC 53 HI
--------------------- +-----+-----+-----+-----+-----+-----+ ---- +----+-----+ - - +--------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
----------- +---+----+----+----+---------+----+ ----+-- ---- - +--T 6 ST Max 56
SG - A PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 +.. ----------- +----.----+----.----+----..+.----. .+ ---- .--- +...+....----+ - +- ...... +.- I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
- -- + ------------------ +.---+--------.--------+---------+-. +- +-
1 33 84 NOD 09H 09H .610 NPSNM 83 HI 1 6 85 NOD TEC TEH .610 ZBAZC 63 HI 1 6 85 NOD 07H 07H .610 NPSNM 85 HI 1 7 85 NOD TEC TEH .610 ZBAZC 65 HI 1 7 85 NOD 07H 07H .610 NPSNM 85 HI 1 8 85 NOD TEC TEH .610 ZBAZC 63 HI 1 8 85 NOD 07H 07H .610 NPSNM 85 HI I 9 85 .17 136 DFS 1 09H 14.41 TEC TEH .610 ZBAZ 65 H 1 9 85 .27 101 DFS 1 080 33.39 TEC TEH .610 ZBAZC 65 HI I 9 85 NOD 07H 07H .610 NPSNM 85 HI S10 85 NOD TEC TEH .610 ZBAZC 63 HI S10 85 NOD 07H 07H .610 NPSNM 85 HI 1 11 85 NOD TEC TEH .610 ZBAZC 69 HI 1 11 85 NOD 07H 07H .610 NPSNM 85 HI 1 12 85 NOD TEC TEH .610 ZBAZC 67 HI 1 12 85 NOD 07H 07H .610 NPSNM 81 HI 1 28 85 NOD TEC TEH .610 ZBAZC 55 HI 1 28 85 NOD 09H 09H .610 NPSNM 81 HI 1 29 85 NOD TEC TEH .610 ZBAZC 57 HI 1 29 85 NOD 09H 09H .610 NPSNM 83 HI 1 32 85 NOD TEC TEH .610 ZBAZC 51 HI 1 32 85 NOD 09H 09H .610 NPSNM 81 HI 1 33 85 NOD TEC TEH .610 ZBAZC 53 HI 1 33 85 NOD 09H 09H .610 NPSNM 83 HI 1 6 86 NOD TEC TEH .610 ZBAZC 63 HI 1 6 86 NOD 07H 07H .610 NPSNM 85 HI 1 7 86 NOD TEC TEH .610 ZBAZC 65 HI 1 7 86 NDD 07H 07H .610 NPSNM 85 HI S11 86 5.10 183 DNG P1 AV4 8.63 TEC TEH .610 ZBAZC 69 HI S11 86 NOD 07H 07H .610 NPSNM 85 HI 1 12 86 .67 76 OSS P1 010 -. 22 TEC TEH .610 ZBAZC 67 HI 1 12 86 NOD 07H 07H .610 NPSNM 81 HI 1 28 86 NOD TEC TEH .610 ZBAZC 55 HI 1 28 86 NOD 09H 09H .610 NPSNM 81 HI 1 29 86 NOD TEC TEH .610 ZBAZC 57 HI 1 29 86 NOD 09H 09H .610 NPSNM 83 HI I30 86 ND TEC TEH .610 ZBAZI 51 H I30 86 NOD 09H 09H .610 NPSNM 83 HI I 31 86 NOD TEC TEH .610 ZBAZC 53 HI 1 31 86 NOD 09H 09H .610 NPSNM 83 HI 1 32 86 NOD TEC TEH .610 ZBAZC 51 HI 1 32 86 NOD 09H 09H .610 NPSNM 81 HI 33 86 NOD TEC TEH .610 ZBAZC 53 HI 1 33 86 NOD 09H 09H .610 NPSNM 83 HI 1ROW 00 VOLTS DEG INO PER CHN LOON INCH1 NODH2 BEGT ENOT PDIA PTYPE CAL LI
---------------------- +----+-----+-----+-----+-----+-----+ ---- +----+-----+ - - +--------
7 ST Max 57
SG - A PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18
.. - -----------.-------- +----.----+----.----.------+ ----- +- +- + -'----
-+
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI S.... --- ------------------- +.---+----+----+----+-- -- +--------+- - +.....-- 6 87 NOD TEC TEH .610 ZBAZC 63 HI 6 87 NOD 07H 07H .610 NPSNM 85 HI 7 87 NOD TEC TEH .610 ZBAZC 65 HI 7 87 NOD 07H 07H .610 NPSNM 85 HI 8 87 NOD TEC TEH .610 ZBAZC 59 HI 8 87 NOD 07H 07H .610 NPSNM 85 HI 1 11 87 NOD TEC TEH .610 ZBAZC 69 HI 1 11 87 NOD 07H 07H .610 NPSNM 85 HI 12 87 NOD TEC TEH .610 ZBAZC 59 HI 12 87 NOD 07H 07H .610 NPSNM 81 HI 28 87 NOD TEC TEH .610 ZBAZC 55 HI 28 87 NOD 09H 09H .610 NPSNM 81 HI 29 87 1.05 0 PCT 16 P2 AV2 .00 TEC TEH .610 ZBAZC 57 HI 29 87 NOD 09H 09H .610 NPSNM 81 HI 30 87 NOD TEC TEH .610 ZBAZC 51 HI 30 87 NOD 09H 09H .610 NPSNM 81 HI 31 87 NOD TEC TEH .610 ZBAZC 53 HI 31 87 NOD 09H 09H .610 NPSNM 81 HI 32 87 NOD TEC TEH .610 ZBAZC 51 HI 32 87 NOD 09H 09H .610 NPSNM 81 HI 33 87 NOD TEC TEH .610 ZBAZC 53 HI 33 87 NOD 09H 09H .610 NPSNM 81 HI 6 88 NOD TEC TEH .610 ZBAZC 63 HI 6 88 NOD 07H 07H .610 NPSNM 85 HI 7 88 3.75 184 0NG P1 08H 27.86 TEC TEH .610 ZBAZC 65 HI 7 88 NOD 07H 07H .610 NPSNM 81 HI 8 88 NOD TEC TEH .610 ZBAZC 59 HI 8 88 NOD 07H 07H .610 NPSNM 81 HI 9 88 NOD TEC TEH .610 ZBAZC 61 HI 9 88 NOD 07H 07H .610 NPSNM 81 HI 10 88 NOD TEC TEH .610 ZBAZC 59 HI 10 88 NOD 07H 07H .610 NPSNM 81 HI 11 88 NOD TEC TEH .610 ZBAZC 61 HI 11 88 NOD 07H 07H .610 NPSNM 81 HI 12 88 NOD TEC TEH .610 ZBAZC 59 HI 12 88 NDD 07H 07H .610 NPSNM 81 HI 12 88 NOD 07H 07H .610 NPSNM 83 HI 7 89 NOD TSH TSH .610 NPSNM 13 HI 7 89 NOD TEC TEH .610 ZBAZC 65 HI 7 89 NOD 07H 07H .610 NPSNM 85 HI 8 89 NDD TSH TSH .610 NPSNM 13 HI 8 89 NOD TEC TEH .610 ZBAZC 59 HI 8 89 NOD 07H 07H .610 NPSNM 85 HI 9 89 NOD TSH TSH .610 NPSNM 13 HI
---------------------- +----+-----+------+-----+----+-----+ ---- +----+-----+ - - +--------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
..- - ---------- + --+ - ---
+---+----* +----...+----- ---- - +-÷....--
8 ST Max 58
SG - A PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18
....------------------- +------------ --------
+....---------+- -.... +-
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI + .... ÷ + ÷----------------------------+- . .- ---- +. + -------- @------........+......-- 1 9 89 NOD TEC TEH .610 ZBAZC 61 HI 9 89 NOD 07H 07H .610 NPSNM 85 HI I 10 89 NOD TSH TSH .610 NPSNM 13 HI 10 89 3.76 61 MBM 6 09C 41.33 TEC TEH .610 ZBAZC 59 HI 10 89 NDD 07H 07H .610 NPSNM 81 HI 11 89 NOD TSH TSH .610 NPSNM 13 HI I11 89 3.85 182 DNG P1 05H 23.72 TEC TEH .610 ZBAZC 61 HI 11 89 2.56 182 ONG P1 07H 21.45 TEC TEH .610 ZBAZC 61 HI 11 89 2.44 183 DNG P1 09H .85 TEC TEH .610 ZBAZC 61 HI 11 89 NOD 07H 07H .610 NPSNM 81 Hi 12 89 NOD TSH TSH .610 NPSNM 13 HI 12 89 NOD TEC TEH .610 ZBAZC 59 HI 12 89 NOD 07H 07H .610 NPSNM 81 HI 11 106 NOD TEC TEH .610 ZBAZC 61 HI 11 106 NOD 05H 05H .610 NPSNM 105 HI 12 106 NOD TEC TEH .610 ZBAZC 59 HI 1 12 106 NOD 05H 05H .610 NPSNM 105 HI 1 13 106 NOD TEC TEH .610 ZBAZC 61 HI 1 13 106 NOD 05H 05H .610 NPSNM 105 HI 1 14 106 4.74 175 DNT P1 liC .52 TEC TEH .610 ZBAZC 59 HI 1 14 106 NOD 05H 05H .610 NPSNM 105 HI 1 15 106 NOD TEC TEH .610 ZBAZC 61 HI 1 15 106 NOD 05H 05H .610 NPSNM 105 HI 1 11 107 NOD TSH TSH .610 NPSNM 13 HI 1 11 107 5.26 166 DNT P1 11H -. 07 TEC TEH .610 ZBAZC 61 HI 1 11 107 5.26 166 DSS P1 11H -. 07 TEC TEH .610 ZBAZC 61 HI 1 11 107 NDF 2 11H -. 07 11H 11H .610 NPSNM 85 HI 1 11 107 NOD 05H 05H .610 NPSNM 105 Hi 1 12 107 NOD TSH TSH .610 NPSNM 13 HI 12 107 NOD TEC TEH .610 ZBAZC 59 HI 12 107 NOD 05H 05H .610 NPSNM 105 HI 13 107 NOD TSH TSH .610 NPSNM 13 HI 13 107 NOD TEC TEH .610 ZBAZC 61 HI 13 107 NOD 05H 05H .610 NPSNM 105 HI 14 107 NOD TSH TSH .610 NPSNM 13 HI 14 107 NOD TEC TEH .610 ZBAZC 59 HI 14 107 NOD 05H 05H .610 NPSNM 105 HI 15 107 NDD TSH TSH .610 NPSNM 11 HI 15 107 NOD TEC TEH .610 ZBAZC 61 HI 15 107 NOD 05H 05H .610 NPSNM 105 HI 11 108 NOD TSH TSH .610 NPSNM 15 HI 11 108 NOD TEC TEH .610 ZBAZC 61 HI 11 108 NOD 05H 05H .610 NPSNM 105 HI 12 108 NOD TSH TSH .610 NPSNM 15 HI 1 12 108 NOD TEC TEH .610 ZBAZC 59 HI 1 12 108 NOD 05H 05H .610 NPSNM 105 HI 13 108 NOD TSH TSH .610 NPSNM 15 HI 13 108 .17 97 DSI P1 05H -. 63 TEC TEH .610 ZBAZC 61 HI 13 108 .14 107 SVI 2 05H -. 72 05H 05H .610 NPSNM 85 HI
...- + -------------------- +...-------+----- + -------- +- -+-.....+.... --
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
÷ ---- +----+---.+----+÷---------+....- - ..----.- +......÷--
9 ST Max 59
SG - A PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 S-- - --- ----
+ +- ------------------- - - -- +.-------- - - - - - -
I ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 BEGT ENDT PDIA PTYPE CAL LI
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13 108 .14 107 PCT 16 2 05H -. 72 05H 05H .610 NPSNM 85 Hi 13 108 TBP 2 05H 05H .610 NPSNM 105 HI 13 108 .13 100 PID 2 05H -. 73 05H 05H .610 NPSNM 105 HI 14 108 NDD TSH TSH .610 NPSNM 9 HI 14 108 NOD TEC TEH .610 ZBAZC 59 HI 14 108 NDD 05H 05H .610 NPSNM 105 HI 15 108 NOD TSH TSH .610 NPSNM 9 HI 15 108 .48 166 DFS 1 1OH 22.43 TEC TEH .610 ZBAZC 61 HI 15 108 .46 172 DFS 1 1OH 23.75 TEC TEH .610 ZBAZC 61 HI 15 108 .12 155 DFS 1 1OH 24.88 TEC TEH .610 ZBAZC 61 HI 15 108 .08 129 DFS 1 1OH 30.69 TEC TEH .610 ZBAZC 61 HI 15 108 .19 163 DFS 1 1OH 31.80 TEC TEH .610 ZBAZC 61 HI 15 108 .10 142 DFS 1 1OH 35.80 TEC TEH .610 ZBAZC 61 HI 15 108 .. 05 44 DFS 1 10C 37.53 TEC TEH .610 ZBAZC 61 HI 15 108 NOD 05H 05H .610 NPSNM 105 HI 11 109 NOD TEC TEH .610 ZBAZC 61 HI 11 109 NOD 05H 05H .610 NPSNM 105 HI 12 109 NOD TEC TEH .610 ZBAZC 59 HI 12 109 NOD 05H 05H .610 NPSNM 105 HI 13 109 NOD TEC TEH .610 ZBAZC 61 HI 13 109 NOD 05H 05H .610 NPSNM 105 HI 14 109 NOD TEC TEH .610 ZBAZC 59 HI 14 109 NOD 05H 05H .610 NPSNM 105 HI 15 109 NDD TEC TEH .610 ZBAZC 61 HI 15 109 NOD 05H 05H .610 NPSNM 105 HI 11 110 2.81 181 DNG P1 AVI 2.20 TEC TEH .610 ZBAZC 61 HI 11 110 NOD 05H 05H .610 NPSNM 105 HI 12 110 NDD TEC TEH .610 ZBAZC 59 HI 12 110 NOD 05H 05H .610 NPSNM 105 HI 13 110 NOD TEC TEH .610 ZBAZC. 61 HI 13 110 NOD 05H 05H .610 NPSNM 105 HI 14 110 TEC TEH .610 ZBAZC 59 HI NOD 14 110 NOD 05H 05H .610 NPSNM 105 HI 15 110 NOD TEC TEH .610 ZBAZC 61 HI 15 110 NOD 05H 05H .610 NPSNM 105 HI S. - ---- -- - ------ +--- +------------- +- - ------------ - - - +- - - I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI 4--.... 4- --------- 4-- 4- -- -- - -----
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Tubes: 174 Records: 459 10 ST Max 60
SG - B EC BASED PLUS POINT SPECIAL INTEREST PROGRAM BraidwoodA2R16 CDE D5 X 307 TUBE WITH EC BASED SI c 61 PLUGGED TUBE 11 105 100 95 90 85 I U00000000O00000 80 75 T.OOx 70 fox*,,,0 65 T. XX *.+oc 60 55 50 0(,0xxx(P0000oP00004o0000P000o 45 40 35 30 i 25 20 15 1L 5 0 X ,D 012 00131:X:: 0 0 . .X . . . . . . . . m u 00
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SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18
... .-----------.--- +-...-.---+----+----..+. -------- - -+-.... + ..... -.- ...---- +.-......-+
ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
....... -----------..----.----.----.----... +.-----------+..----+- --...... ,.
1 4 NDD 11C TEC .610 ZBAZC 4 Cl 1 4 2.28 62 ADS 6 05H 4.47 11H TEH .610 ZBAZC 29 HI 1 4 NDF 2 05H 4.47 05H 07H .610 NPSNM 89 HI 13 5 NDD TSH TSH .610 NPSNM 7 HI 13 5 NDD TEC TEH .610 ZBAZC 31 HI 13 5 NDD 07H 07H .610 NPSNM 89 HI 14 5 NDD TSH TSH .610 NPSNM 7 HI 14 5 NDD TEC TEH .610 ZBAZC 31 HI 14 5 NDD 07H 07H .610 NPSNM 91 HI 15 5 NOD TSH TSH .610 NPSNM 7 HI 15 5 NOD TEC TEH .610 ZBAZC 31 HI 15 5 NOD 07H 07H .610 NPSNM 91 HI 16 5 NOD TSH TSH .610 NPSNM 7 HI 16 5 NDD TEC TEH .610 ZBAZC 31 HI 16 5 NOD 07H 07H .610 NPSNM 91 HI I 17 5 NDD TSH TSH .610 NPSNM 5 HI 17 5 NDD TEC TEH .610 ZBAZC 31 HI 17 5 NDD 07H 07H .610 NPSNM 91 HI 4 6 NDD 11C TEC .610 ZBAZC 2 CI 4 6 NDD TSH TSH .610 NPSNM 5 HI 4 6 NDD 05H 05H .610 NPSNM 89 HI 4 6 3.41 180 DNG P1 11H 12.07 11C TEH .590 SBUCC 99 HI 4 6 3.20 176 ONG P1 11H 13.68 11C TEH .590 SBUCC 99 HI 5 6 NDD TSH TSH .610 NPSNM 5 HI 5 6 NDD TEC TEH .610 ZBAZC 29 HI 5 6 NDD 05H 05H .610 NPSNM 89 HI 6 6 NDD TSH TSH .610 NPSNM 5 HI 6 6 NDD TEC TEH .610 ZBAZC 29 HI 6 6 NDD 05H 05H .610 NPSNM 89 HI 7 6 NOD TSH TSH .610 NPSNM 5 HI 7 6 NDD TEC TEH .610 ZBAZC 29 HI 7 6 NDD 05H 05H .610 NPSNM 89 HI 8 6 NOD TSH TSH .610 NPSNM 5 HI 8 6 NOD TEC TEH .610 ZBAZC 29 HI 8 6 NOD 05H 05H .610 NPSNM 89 HI 13 6 NOD TSH TSH .610 NPSNM 5 HI 13 6 NDD TEC TEH .610 ZBAZC 29 HI 13 6 NDD 07H 07H .610 NPSNM 89 HI I14 6 NDD TSH TSH .610 NPSNM 5 HI 14 6 NDD TEC TEH .610 ZBAZC 29 HI 14 6 NDD 07H 07H .610 NPSNM 89 HI 15 6 NOD TSH TSH .610 NPSNM 5 HI 15 6 NOD TEC TEH .610 ZBAZC 29 HI 15 6 NOD 07H 07H .610 NPSNM 89 HI 16 6 NOD TSH TSH .610 NPSNM 7 HI 16 6 NDD TEC TEH .610 ZBAZC 29 HI 16 6 NDD 07H 07H .610 NPSNM 91 HI 17 6 NDD TSH TSH .610 NPSNM 7 HI 17 6 NOD TEC TEH .610 ZBAZC 29 HI 17 6 NDD 07H 07H .610 NPSNM 91 HI
.. ..-------------- +.----+----+-------- ---- +...-------+----+- +- +---
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
....... ---------- +.--.----+- +------ ------- +----- .---. +----+- +- + --
1 ST Max 62
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
. . - - ---- ----------.--- +----.---- ----. ---- +÷ - - - -.. 4----+- + ----- - +--. .. .--- ÷ NDD llC TEC .610 ZBAZC 2 CI NOD 05H 05H .610 NPSNM 89 HI NOD lC TEH .590 SBUCC 99 HI 3.28 71 MBM 6 TSC 6.48 TEC TEH .610 ZBAZC 31 Hf 5H 05H .610 NPSNM 89 HI NOD TEC TEH .610 ZBAZC 31 HI NOD 05H 05H .610 NPSNM 89 HI NOD TEC TEH .610 ZBAZC 31 HI NOD 05H 05H .610 NPSNM 89 HI NOD TEC TEH .610 ZBAZC 31 HI NOD 05H 05H .610 NPSNM 89 HI NOD TEC TEH .610 ZBAZC 31 HI
.11 122 DFS 1 08C 12.40 07H 07H .610 NPSNM 89 HI NOD TEC TEH .610 ZBAZC 31 HI NOD 07H 07H .610 NPSNM 89 HI NOD TEC TEH .610 ZBAZC 31 Hf NOD 07H 07H .610 NPSNM 89 Hf NOD TEC TEH .610 ZBAZC 31 Hf NOD 07H 07H .610 NPSNM 89 Hf NOD liC TEC .610 ZBAZC 2 CH NOD 07H 07H .610 NPSNM 89 HI NOD NOD l1C TEH .590 SBUCC 99 HI TEC TEH .610 ZBAZC 29 H NOD 05H 05H .610 NPSNM 89 Hi NOD TEC TEH .610 ZBAZC 29 HI NOD O5H O5H .610 NPSNM 89 HI NOD TEC TEH .610 ZBAZC 29 HI NOD 05H 05H .610 NPSNM 89 HI NOD NOD TEC TEH .610 ZBAZC 29 HI 07H 07H .610 NPSNM 89 HI NOD TEC TEH .610 ZBAZC 29 HI NOD 07H 07H .610 NPSNM 89 HI NOD TEC TEH .610 ZBAZC 29 HI NOD 07H 07H .610 NPSNM 89 HI NOD TEC TEH .610 ZBAZC 29 HI NOD 07H 07H .610 NPSNM 89 HI NOD TEC TEH .610 ZBAZC 29 Hf NOD 07H 07H .610 NPSNM 89 Hf NOD liC TEC .610 ZBAZC 2 Cf NOD 05H 05H .610 NPSNM 89 Hf NOD iC TEH .590 SBUCC 99 Hf NOD TEC TEH .610 ZBAZC 31 Hf NOD 07H 07H .610 NPSNM 89 Hf NOD TEC TEH .610 ZBAZC 31 Hf 9 NOD I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
+.. -- '1 ---------- 4. --- +----..---- ----
" -- ---- +- ......... ---- . +..- ---. - +-+......----- +
2 ST Max 63
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 ÷ .. . ----------- +----.----.----.----.------... ....+ +- -- ---- ----.-- ---
... -.-......- ÷ I ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 BEGT ENDT PDIA PTYPE CAL Ll
-- ÷- -÷ ---------- ÷---+
-- ------------- + ------- -...----- - +-- --- ÷ 6 9 NDD 05H 05H .610 NPSNM 89 HI 7 9 NDD TEC TEH .610 ZBAZC 31 HI 7 9 NDD 05H 05H .610 NPSNM 89 HI 8 9 NOD TEC TEH .610 ZBAZC 31 HI 8 9 NOD 05H 05H .610 NPSNM 89 HI 1 13 9 NOD TEC TEH .610 ZBAZC 31 HI 1 13 9 NOD 07H 07H .610 NPSNM 89 HI 1 14 9 NOD TEC TEH .610 ZBAZC 31 HI 14 9 NOD 07H 07H .610 NPSNM 89 HI 15 9 NOD TEC TEH .610 ZBAZC 31 HI 15 9 NOD 07H 07H .610 NPSNM 89 HI 16 9 NOD TEC TEH .610 ZBAZC 31 HI 16 9 NOD 07H 07H .610 NPSNM 89 HI 17 9 NOD TEC TEH .610 ZBAZC 31 HI 17 9 NOD 07H 07H .610 NPSNM 89 HI 4 10 NOD 11C TEC .610 ZBAZC 2 CI 4 10 NOD 05H 05H .610 NPSNM 89 HI 4 10 NDF 2 TSH 7.36 TSH 01H .610 NPSNM 89 HI 4 10 3.56 183 ONG P1 TSH 7.37 11C TEH .590 SBUCC 99 HI 4 10 5.49 182 ONG P1 08H 18.99 11C TEH .590 SBUCC 99 HI 5 10 NOD TEC TEH .610 ZBAZC 29 HI 5 10 NDD 05H 05H .610 NPSNM 89 HI 1 6 10 NOD TEC TEH .610 ZBAZC 29 HI 1 6 10 NOD 05H 05H .610 NPSNM 89 HI 1 7 10 NOD TEC TEH .610 ZBAZC 29 HI 1 7 10 NOD 05H 05H .610 NPSNM 89 HI I 8 10 NOD TEC TEH .610 ZBAZC 29 HI I 8 10 NOD 05H 05H .610 NPSNM 89 HI I10 17 4.09 34 RMB 2 TSH .00 TSH TSH .610 NPSNM 5 HI 1 10 17 1.33 35 RMB 2 TSH -. 56 TSH TSH .610 NPSNM 7 HI 1 10 17 NOD TEC TEH .610 ZBAZC 35 HI 1 10 17 NOD TSH TSH .610 ZPSMB 125 HI I I 5 20 NOD TEC TEH .610 ZBAZC 33 HI 5 20 NOD 07H 07H .610 NPSNM 91 HI 6 20 2.68 74 MBM 6 02C 1.32 TEC TEH .610 ZBAZC 33 HI 6 20 NDD 07H 07H .610 NPSNM 91 HI 7 20 NOD TEC TEH .610 ZBAZC 33 HI 7 20 NOD 07H 07H .610 NPSNM 91 HI 8 20 NOD TEC TEH .610 ZBAZC 33 HI 8 20 NOD 07H 07H .610 NPSNM 91 HI 9 20 NOD TEC TEH .610 ZBAZC 33 HI 9 20 NOD 07H 07H .610 NPSNM 91 HI 5 21 NOD TEC TEH .610 ZBAZC 35 HI 5 21 NOD 07H 07H .610 NPSNM 91 HI 6 21 4.09 182 ONG P1 11H 13.49 TEC TEH .610 ZBAZC 35 HI
---------------------- +----+-----+-----+-----+-----+-----+ ---- +----+-----+ - - +--------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI ÷.. - ----- ------------.----------------
÷ +-- - +- - -- ----- ----.--....--- -.-.....-- ÷ 3 ST Max 64
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 1012712012 10:18:18
+ ------- -+...---+-----+-- +-
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
........ ---------------- +----.----.---- ---- -------------- + --- -
1 6 21 NOD 07H 07H .610 NPSNM 91 HI 7 21 NOD TEC TEH .610 ZBAZC 35 HI 7 21 NOD 07H 07H .610 NPSNM 91 HI 8 21 NOD TEC TEH .610 ZBAZC 35 HI 8 21 NDD 07H 07H .610 NPSNM 91 HI 9 21 NOD TEC TEH .610 ZBAZC 35 HI 9 21 NOD 07H 07H .610 NPSNM 91 HI 5 22 NOD TEC TEH .610 ZBAZC 33 HI 5 22 NOD 07H 07H .610 NPSNM 91 HI 6 22 NOD TEC TEH .610 ZBAZC 33 HI 6 22 NOD 07H 07H .610 NPSNM 91 HI 8 22 NOD TEC TEH .610 ZBAZC 33 HI 8 22 NOD 07H 07H .610 NPSNM 91 HI 9 22 NOD TEC TEH .610 ZBAZC 33 HI 9 22 NOD 07H 07H .610 NPSNM 93 HI 1 23 NOD 11C TEC .610 ZBAZC 4 CI 1 23 2.66 82 DTS P5 TSH -. 14 11H TEH .610 ZBAZC 29 HI 1 23 2.10 76 MBM 6 09H 26.18 11H TEH .610 ZBAZC 29 HI 1 23 NDF 2 TSH -. 14 TSH TSH .610 NPSNM 93 HI 5 23 NOD TEC TEH .610 ZBAZC 35 HI 5 23 NOD 07H 07H .610 NPSNM 93 HI 6 23 NOD TEC TEH .610 ZBAZC 35 HI 6 23 NOD 07H 07H .610 NPSNM 93 HI 7 23 NOD TEC TEH .610 ZBAZC 35 HI 7 23 NOD 07H 07H .610 NPSNM 93 HI 8 23 NOD TEC TEH .610 ZBAZC 35 HI 8 23 NOD 07H 07H .610 NPSNM 93 HI 9 23 3.65 189 ONG P1 01H 3.02 TEC TEH .610 ZBAZC 35 HI 9 23 NOD 07H 07H .610 NPSNM 93 HI 9 23 NDF 2 01H 3.02 01H 03H .610 NPSNM 93 HI 5 24 NOD TEC TEH .610 ZBAZC 33 HI 5 24 NOD 07H 07H .610 NPSNM 93 HI 6 24 NOD TEC TEH .610 ZBAZC 33 HI 6 24 NOD 07H 07H .610 NPSNM 93 HI 7 24 NOD TEC TEH .610 ZBAZC 33 HI 7 24 NDD 07H 07H .610 NPSNM 93 HI 8 24 NOD TEC TEH .610 ZBAZC 33 HI 8 24 NOD 07H 07H .610 NPSNM 93 HI 9 24 NOD TEC TEH .610 ZBAZC 33 HI 9 24 NOD 07H 07H .610 NPSNM 93 HI 26 24 2.29 58 ADS 6 09H 4.13 TEC TEH .610 ZBAZC 33 HI 26 24 NDF 2 09H 4.13 09H 10H .610 NPSNM 91 HI 40 24 NOD 02C 02C .610 NPSNM 10 CI 40 24 2.10 172 DNT P1 liC .46 TEC TEH .610 ZBAZC 41 HI 40 24 2.00 71 DTS P4 TSC -. 11 TEC TEH .610 ZBAZC 41 HI
. +----.---- + ----.----.---- +-+ - - -+--- -+- -+ ................----- -+......- - +
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
÷ .... +--------------------+----+--------+---- + ----- -+- ... -----
+ .... +-..... + ...... +--
4 ST Max 65
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 +-- ----------- +----.----+.. .... + -- ---
+----....----- --....---- +-- - -
..--- +--. -....- ""
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
..- --------------- +--------.----.----. ----..---- +----+ - ---- - -÷ -.-
26 26 NOD 02C 02C .610 NPSNM 10 CI 26 26 RBD TEC TEH .610 ZBAZC 37 HI 26 26 NDD TEC TEH .610 ZBAZC 47 HI 40 27 NOD 02C 02C .610 NPSNM 10 CI 40 27 NOD TEC TEH .610 ZBAZC 43 HI 41 27 NOD 02C 02C .610 NPSNM 10 CI 41 27 2.73 183 DNG P1 11H 5.00 TEC TEH .610 ZBAZC 43 HI 41 27 5.61 179 ONG P1 11H 6.17 TEC TEH .610 ZBAZC 43 HI 1 28 NOD 11C TEC .610 ZBAZC 4 CI 1 28 NOD 11H TEH .610 ZBAZC 29 HI 1 28 NOD 07H 07H .610 NPSNM 123 HI 2 28 NOD 11C TEC .610 ZBAZC 2 CI 2 28 2.60 13 DFS 1 07H 1.90 11H TEH .610 ZBAZC 31 HI 2 28 .13 93 DFS 1 07H 2.45 11H TEH .610 ZBAZC 31 HI 2 28 .19 50 DFS 1 08H 8.38 11H TEH .610 ZBAZC 31 HI 1 2 28 NOD 11H 11C .580 NPUM4 117 HI 2 28 NOD 07H 07H .610 NPSNM 123 HI 3 28 NOD 11C TEC .610 ZBAZC 4 CI 3 28 NOD 11C TEH .590 SBUCC 97 HI 3 28 NOD 07H 07H .610 NPSNM 123 HI 4 28 .13 151 DFS 1 09C 10.50 11C TEC .610 ZBAZC 2 CI 4 28 .13 141 DFS 1 07H 14.06 11C TEH .590 SBUCC 99 HI 4 28 NOD 07H 07H .610 NPSNM 123 HI 5 28 RBD TEC TEH .610 ZBAZC 37 HI 5 28 3.33 180 ONG P1 11H 12.22 TEC TEH .610 ZBAZC 47 HI 5 28 4.18 177 ONG P1 11H 12.62 TEC TEH .610 ZBAZC 47 HI 5 28 NOD 07H 07H .610 NPSNM 123 HI 1 29 NOD 11C TEC .610 ZBAZC 4 CI 1 29 NOD 11H TEH .610 ZBAZC 29 HI 1 29 NOD 07H 07H .610 NPSNM 123 HI 2 29 4.80 76 MBM 6 02C 13.99 11C TEC .610 ZBAZC 2 CI 2 29 NOD 11H TEH .610 ZBAZC 31 HI 2 29 NOD 07H 07H .610 NPSNM 123 HI 3 29 NOD 11C TEC .610 ZBAZC 4 CI 3 29 NOD 11C TEH .590 SBUCC 97 HI 3 29 NOD 07H 07H .610 NPSNM 123 HI 4 29 NOD 11C TEC .610 ZBAZC 2 CI 4 29 NOD 11C TEH .590 SBUCC 99 HI 4 29 NOD 07H 07H .610 NPSNM 123 HI 5 29 3.34 182 ONG P1 02C 16.49 TEC TEH .610 ZBAZC 39 HI 5 29 NOD 07H 07H .610 NPSNM 123 HI 21 29 NOD 02C 02C .610 NPSNM 10 CI 21 29 RBD TEC TEH .610 ZBAZC 39 HI 21 29 NOD TEC TEH .610 ZBAZC 45 HI 31 29 NOD 02C 02C .610 NPSNM 10 CI 31 29 RBD TEC TEH .610 ZBAZC 39 HI 31 29 .17 100 DFS 3 AV2 12.00 TEC TEH .610 ZBAZC 45 HI 31 29 NDF 2 AV2 12.00 11H AV3 .580 NPUN4 127 HI 1 30 NOD 11C TEC .610 ZBAZC 4 CI
------------------ +----+----------+-----+-----+-----+-----+ ---- +----+------ - +--------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
........ ------------..----. +- +-+---- --- +....--------+----- - --
5 ST Max 66
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:J.8
.... ÷ ----------- +- ---- ...
+----+----.----+.. ...--- ÷.----+----.----+-- -..--- - +--.....-÷ I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
-- ÷ -------------...---- .---- .----.----....---- +- - - -.---- + -- + -.---. - +-÷ -- ÷"-
1 30 NOD 11H TEH .610 ZBAZC 29 HI 1 30 NDD 07H 07H .610 NPSNM 123 HI 2 30 NOD 11C TEC .610 ZBAZC 2 CI 2 30 NOD 11H TEH .610 ZBAZC 31 HI 2 30 NOD 07H 07H .610 NPSNM 123 HI 3 30 NOD 11C TEC .610 ZBAZC 4 CI 3 30 .19 173 DFI 1 05H 34.94 11C TEH .590 SBUCC 97 Hi 3 30 .14 284 PCT 17 2 07H -. 75 05H 07H .610 NPSNM 101 HI 3 30 .14 94 SVI P4 07H -. 72 05H 07H .610 NPSNM 101 HI 3 30 TBP P4 07H 07H .610 NPSNM 123 HI 3 30 .12 95 PID P4 07H -. 72 07H 07H .610 NPSNM 123 HI 4 30 NOD 11C TEC .610 ZBAZC 2 CI 4 30 NOD 11C TEH .590 SBUCC 99 HI 4 30 NOD 07H 07H .610 NPSNM 123 HI 5 30 RBD TEC TEH .610 ZBAZC 37 HI 5 30 NOD TEC TEH .610 ZBAZC 45 HI 1 5 30 NOD 07H 07H .610 NPSNM 123 HI 1 1 31 NOD 11C TEC .610 ZBAZC 4 CI 1 1 31 NOD 11H TEH .610 ZBAZC 29 HI 1 1 31 NOD 11H 11C .580 NPUM4 115 HI 1 1 31 NOD 07H 07H .610 NPSNM 123 HI 1 2 31 NOD 11C TEC .610 ZBAZC 2 CI 1 2 31 NOD 11H TEH .610 ZBAZC 31 HI 1 2 31 NOD 11H 11C .580 NPUM4 117 HI 1 2 31 NOD 07H 07H .610 NPSNM 123 HI 3 31 NOD 11C TEC .610 ZBAZC 4 CI 3 31 NOD 11C TEH .590 SBUCC 97 HI 3 31 NOD 07H 07H .610 NPSNM 123 HI 4 31 NOD 11C TEC .610 ZBAZC 2 CI 4 31 NOD 11C TEH .590 SBUCC 99 HI 4 31 NOD 07H 07H .610 NPSNM 123 HI 5 31 NOD TEC TEH .610 ZBAZC 39 HI 5 31 NOD 07H 07H .610 NPSNM 123 HI 1 32 NOD 11C TEC .610 ZBAZC 4 CI 1 32 4.42 82 DTS P5 TSH -. 11 11H TEH .610 ZBAZC 29 HI 1 32 NDF 2 TSH -. 11 TSH TSH .610 NPSNM 93 HI 1 32 NDD 07H 07H .610 NPSNM 123 HI 2 32 NOD 11C TEC .610 ZBAZC 2 CI 2 32 NOD 11H TEH .610 ZBAZC 31 HI 2 32 NOD 07H 07H .610 NPSNM 123 HI I 1 3 32 NOD 11C TEC .610 ZBAZC 4 CI 1 3 32 NOD 11C TEH .590 SBUCC 97 HI 1 3 32 NOD 07H 07H .610 NPSNM 123 HI I, 4 32 NOD 11C TEC .610 ZBAZC 2 CI 4 32 NOD 11C TEH .590 SBUCC 99 HI 4 32 NOD 07H 07H .610 NPSNM 123 HI I 5 32 RBD TEC TEH .610 ZBAZC 37 HI 5 32 NOD TEC TEH .610 ZBAZC 45 HI 5 32 NOD 07H 07H .610 NPSNM 123 HI I 1 47 33 NDD TSH TSH .610 NPSNM 9 HI
---------------------- +----+-----+-----+-----+-----+-----+ ---- +----+------ - +--------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
--------------- +----+----+----+----+-----+----+ + ----- - +----T a 6 ST Max 67
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 + .... +---------------+.----+..- +--+---- --- +-------+------- - +---... "-÷ I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL Ll ÷ ... ÷... + ----------.----.----.----.----+----.. .. ---------------- +....-.- - +--....."-÷ 47 33 NDF 2 TSC -. 15 TSC TSC .610 NPSNM 10 CI 47 33 9.27 50 DTS P4 TSC -. 15 TEC TEH .610 ZBAZC 51 HI 48 34 NDF 2 TSC -. 14 TSC TSC .610 NPSNM 10 CI 48 34 NOD TSH TSH .610 NPSNM 11 HI 48 34 2.92 178 DNT P1 11H -. 70 TEC TEH .610 ZBAZC 49 HI 48 34 3.72 178 DNT P1 11H -. 32 TEC TEH .610 ZBAZC 49 HI 48 34 1.98 171 INR P1 11H .30 TEC TEH .610 ZBAZC 49 HI 48 34 2.77 173 ONG P1 loc 24.81 TEC TEH .610 ZBAZC 49 HI 48 34 9.81 56 DTS P4 TSC -. 14 TEC TEH .610 ZBAZC 49 HI 6 37 NOD TEC TEH .610 ZBAZC 47 HI 6 37 NOD 07H 07H .610 NPSNM 101 HI 7 37 NOD TEC TEH .610 ZBAZC 47 HI 7 37 NOD 07H 07H .610 NPSNM 101 HI 8 37 NOD TEC TEH .610 ZBAZC 47 HI 8 37 NOD 07H 07H .610 NPSNM 101 HI 9 37 4.67 73 MBM 6 07C 5.09 TEC TEH .610 ZBAZC 47 HI 9 37 .41 161 DFS 1 o1C 8.08 TEC TEH .610 ZBAZC 47 HI 9 37 NOD 07H 07H .610 NPSNM 101 HI 10 37 NDD TEC TEH .610 ZBAZC 47 HI 10 37 NDD 07H 07H .610 NPSNM 101 HI 33 37 NOD 02C 02C .610 NPSNM 10 CI 33 37 NOD TEC TEH .610 ZBAZC 47 HI 6 38 NOD TEC TEH .610 ZBAZC 45 HI 6 38 NOD 07H 07H .610 NPSNM 101 HI 7 38 NOD TEC TEH .610 ZBAZC 45 HI 7 38 NOD 07H 07H .610 NPSNM 101 HI 8 38 NDD TEC TEH .610 ZBAZC 45 HI 8 38 NDD 07H 07H .610 NPSNM 101 HI 9 38 NOD TEC TEH .610 ZBAZC 45 HI 9 38 NOD 07H 07H .610 NPSNM 101 HI 10 38 NOD TEC TEH .610 ZBAZC 45 HI 10 38 NOD 07H 07H .610 NPSNM 101 HI 6 39 NOD TSH TSH .610 NPSNM 7 HI 6 39 NOD TEC TEH .610 ZBAZC 47 HI 6 39 NOD 07H 07H .610 NPSNM 101 HI 7 39 NOD TSH TSH .610 NPSNM 7 HI 7 39 NOD TEC TEH .610 ZBAZC 47 HI 7 39 NOD 07H 07H .610 NPSNM 101 HI 8 39 NOD TSH TSH .610 NPSNM 7 Hi 8 39 .54 107 DSI P1 07H -. 74 TEC TEH .610 ZBAZC 47 HI 8 39 2.43 183 ONG P1 loC 34.03 TEC TEH .610 ZBAZC 47 HI 8 39 .46 258 PCT 39 2 07H -. 72 07H 07H .610 NPSNM 93 HI 8 39 .35 71 SVI P4 07H -. 68 07H 07H .610 NPSNM 93 HI 8 39 TBP 2 07H 07H .610 NPSNM 101 HI 8 39 .44 80 PID 2 07H -. 68 07H 07H .610 NPSNM 101 HI 9 39 NOD TSH TSH .610 NPSNM 7 HI 9 39 2.59 172 DNG P1 10H 41.87 TEC TEH .610 ZBAZC 47 HI 9 39 NOD 07H 07H .610 NPSNM 101 HI
------------------ +-------+-----+-----+-----+-----+-----+ ---- +----+-----+ - - +--------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
------------ +----+----+----+----+---------+----+ ----+- ---- - +- Ta 7 ST Max 68
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18
....------------ +----.----.----.----+----.-+- ---- +----+-- - +-....- --
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
. .--- - ---- --------- + .---- ..- - -- ..--- .----+ +- - - ----
-+ + ---- -- --- - -- .. . "- ÷ 10 39 NDD TSH TSH .610 NPSNM 7 HI 10 39 NDD TEC TEH .610 ZBAZC 47 HI 10 39 NDD 07H 07H .610 NPSNM 101 HI 6 40 NOD TSH TSH .610 NPSNM 5 HI 6 40 NDD TEC TEH .610 ZBAZC 45 HI 6 40 NDD 07H 07H .610 NPSNM 101 HI 7 40 NDD TSH TSH .610 NPSNM 5 HI 7 40 NDD TEC TEH .610 ZBAZC 45 HI 7 40 NDD 07H 07H .610 NPSNM 101 HI 8 40 NDD TSH TSH .610 NPSNM 5 HI 8 40 4.40 182 DNG P1 05C 13.16 TEC TEH .610 ZBAZC 45 HI 8 40 NOD 07H 07H .610 NPSNM 101 HI 9 40 NOD TSH TSH .610 NPSNM 5 HI 9 40 2.42 75 MBM 6 03H 28.75 TEC TEH .610 ZBAZC 45 HI 9 40 NOD 07H 07H .610 NPSNM 101 HI 10 40 NOD TSH TSH .610 NPSNM 5 HI 10 40 NOD TEC TEH .610 ZBAZC 45 HI 10 40 NOD 07H 07H .610 NPSNM 101 HI 44 40 NDF 2 TSC -. 02 TSC TSC .610 NPSNM 10 C0 44 40 NOD TSH TSH .610 NPSNM 11 HI 44 40 .34 148 DSS PI 1ic .22 TEC TEH .610 ZBAZC 53 HI 44 40 6.70 24 DTS P4 TSC -. 02 TEC TEH .610 ZBAZC 53 HI i1 41 NOD 11C TEC .610 ZBAZC 2 C0 I1 41 NOD TSH TSH .610 NPSNM 5 HI i1 41 .22 74 DFS I 08H 2.86 11H TEH .610 ZBAZC 29 HI 1 41 NDF 2 08H 2.86 08H 09H .610 NPSNM 93 HI 1 41 NOD 11H 11C .580 NPUM4 117 HI 6 41 NOD TSH TSH .610 NPSNM 7 HI 6 41 NOD TEC TEH .610 ZBAZC 51 HI 6 41 NOD 07H 07H .610 NPSNM 101 HI 7 41 NOD TSH TSH .610 NPSNM 7 HI 7 41 NOD TEC TEH .610 ZBAZC 51 HI 7 41 NDD 07H 07H .610 NPSNM 101 HI 8 41 NOD TSH TSH .610 NPSNM 7 HI 8 41 NOD TEC TEH .610 ZBAZC 51 HI 8 41 NOD 07H 07H .610 NPSNM 101 HI 9 41 NOD TSH TSH .610 NPSNM 7 HI 9 41 NOD TEC TEH .610 ZBAZC 51 HI 9 41 NOD 07H 07H .610 NPSNM 101 H.1 10 41 NOD TSH TSH .610 NPSNM 7 HI 10 41 NOD TEC TEH .610 ZBAZC 51 HI 10 41 NOD 07H 07H .610 NPSNM 101 HI 43 41 NDF 2 TSC -. 17 TSC TSC .610 NPSNM 10 C0 43 41 10.31 51 DTS P4 TSC -. 17 TEC TEH .610 ZBAZC 55 HI 24 46 7.81 75 PLP 11 02C .47 02C 02C .610 NPSNM 10 C0 24 46 NOD TEC TEH .610 ZBAZC 49 HI 46 47 NDF 2 TSC -. 15 TSC TSC .610 NPSNM 10 C0 46 47 17.60 36 DTS P4 TSC -. 15 TEC TEH .610 ZBAZC 55 HI 24 48 NOD 02C 02C .610 NPSNM 10 C0
------------------- + -------
+-----+-----+-----+-----+-----+ ---- +----+-----+ - - +--------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
÷ ..----.----.----.----.---- --- + + ..---- ---..----- - +.---...--÷ 8 ST Max 69
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 1012712012 10:18:18
....----------- +----.----.----..- ---
+----+ ---- ---- ----
+---.-- - - .... "-
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
..- -----------.----.--------.----.----. .----. ----- ------ + -+- +--
1 24 48 NOD TEC TEH .610 ZBAZC 49 HI 2 51 NOD TSH TSH .610 NPSNM 3 HI 2 51 NOD 11C TEC .610 ZBAZC 4 CI 2 51 NOD 02C 02C .610 NPSNM 10 CI 2 51 NOD 11H TEH .610 ZBAZC 25 HI 2 51 NOD 11H 11C .580 NPUM4 117 HI 3 51 NOD TSH TSH .610 NPSNM 3 HI 3 51 NOD 11C TEC .610 ZBAZC 4 CI 3 51 NOD 02C 02C .610 NPSNM 10 CI 3 51 NDF 2 03H 12.43 03H 05H .610 NPSNM 93 HI 3 51 4.13 183 ONG P1 03H 12.39 11C TEH .590 SBUCC 99 HI 4 51 NOD TSH TSH .610 NPSNM 3 HI 4 51 NOD 11C TEC .610 ZBAZC 6 CI 4 51 NOD 02C 02C .610 NPSNM 14 CI 4 51 NOD 11C TEH .590 SBUCC 97 HI 5 51 NOD TSH TSH .610 NPSNM 3 HI 5 51 NOD 02C 02C .610 NPSNM 14 CI 5 51 NOD TEC TEH .610 ZBAZC 27 HI 6 51 NOD TSH TSH .610 NPSNM 3 HI 6 51 NOD 02C 02C .610 NPSNM 14 CI 6 51 NOD TEC TEH .610 ZBAZC 27 HI 7 51 NOD TSH TSH .610 NPSNM 3 HI 7 51 NOD 02C 02C .610 NPSNM 14 CI 7 51 NOD TEC TEH .610 ZBAZC 27 HI 47 51 NOD 02C 02C 610 NPSNM 10 CI 1 47 51 NOD 03C 03C .610 NPSNM 10 CI 47 51 NDF 2 TSC -. 20 TSC TSC .610 NPSNM 10 CI 47 51 .68 35 DSS P1 10H .02 TEC TEH .610 ZBAZC 55 HI 47 51 2.48 173 ONG P1 09C 39.42 TEC TEH .610 ZBAZC 55 HI 47 51 19.75 50 DTS P4 TSC -. 20 TEC TEH .610 ZBAZC 55 HI 49 51 NOD 02C 02C .610 NPSNM 10 CI 49 51 NOD 03C 03C .610 NPSNM 10 CI 49 51 .17 67 VOL P4 TSC .63 TSC TSC .610 NPSNM 10 CI 49 51 .23 58 PCT 24 2 TSC .63 TSC TSC .610 NPSNM 10 CI 49 5,1 2.93 183 DNT P1 AV3 -. 07 TEC -TEH .610 ZBAZC 55 HI 49 51 .27 118 DFS 1 TSC .47 TEC TEH .610 ZBAZC 55 HI 2 52 NOD TSH TSH .610 NPSNM 1 HI 2 52 NOD 11C TEC .610 ZBAZC 4 CI 2 52 NOD 02C 02C .610 NPSNM 10 CI 2 52 NOD 11H TEH .610 ZBAZC 25 HI 3 52 NOD TSH TSH .610 NPSNM 1 HI 3 52 NOD 11C TEC .610 ZBAZC 8 CI 3 52 NOD 02C 02C .610 NPSNM 10 CI 1 3 52 NOD 11C TEH .590 SBUCC 99 HI 4 52 NOD TSH TSH .610 NPSNM 1 HI 4 52 NDD 11C TEC .610 ZBAZC 6 CI 4 52 NOD 02C 02C .610 NPSNM 10 CI 4 52 NOD 11C TEH .590 SBUCC 97 HI 5 52 NOD TSH TSH .610 NPSNM 1 HI 5 52 NOD 02C 02C .610 NPSNM 14 CI 5 52 NOD TEC TEH .610 ZBAZC 25 HI 6 52 NOD TSH TSH .610 NPSNM 1 HI
------------------- + -------
+-----+-----+-----+-----+-----+ ---- +----+-----+ - ---------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
.. --------------- +----+----.----+--------- +---- - ...----.-.-.....-- ÷ 9 ST Max 70
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 COE 20121001 10/27/2012 10:18:18
- --------------- +----.----.----.----...---- -------- - ---- - +----
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
.... ÷ ----------- +---- +----. ----. ----
....------- +----.. - -.---- + -- ---. - +----
6 52 NOD 02C 02C .610 NPSNM 14 CI 6 52 NOD TEC TEH .610 ZBAZC 25 HI 7 52 NDD TSH TSH .610 NPSNM 1 HI 7 52 NOD 02C 02C .610 NPSNM 14 CI 7 52 NOD TEC TEH .610 ZBAZC 25 HI 28 52 NOD 02C 02C .610 NPSNM 10 CI 28 52 NOD TEC TEH .610 ZBAZC 49 HI 49 52 .17 60 VOL P4 TSC .49 TSC 01C .610 NPSNM 10 CI 49 52 .21 249 PCT 23 2 TSC .49 TSC 01C .610 NPSNM 10 CI 49 52 .41 82 PCT 36 2 TSC 1.00 TSC 01C .610 NPSNM 10 CI 49 52 .35 75 VOL P4 TSC 1.00 TSC 01C .610 NPSNM 10 CI 49 52 2.46 179 DNT P1 AV2 .00 TEC TEH .610 ZBAZC 53 HI 49 52 2.76 177 DNT P1 AV3 .00 TEC TEH .610 ZBAZC 53 HI 49 52 2.06 176 DNT P1 AV4 .00 TEC TEH .610 ZBAZC 53 HI 49 52 .20 133 DFS 1 TSC .34 TEC TEH .610 ZBAZC 53 HI 49 52 .96 146 DFS 1 TSC .78 TEC TEH .610 ZBAZC 53 HI 2 53 NOD 11C TEC .610 ZBAZC 2 CI 2 53 NOD TSH TSH . .610 NPSNM 3 HI 2 53 NOD 02C 02C .610 NPSNM 10 CI 2 53 NOD 11H TEH .610 ZBAZC 25 HI 3 53 NOD TSH TSH .610 NPSNM 3 HI 3 53 NOD 11C TEC .610 ZBAZC 8 CI 3 53 NOD 02C 02C .610 NPSNM 10 CI 3 53 NOD lC TEH .590 SBUCC 99 HI 4 53 NOD TSH TSH .610 NPSNM 3 HI 4 53 NOD llC TEC .610 ZBAZC 6 CI 4 53 NDD 02C 02C .610 NPSNM 10 CI 4 53 NOD lC TEH .590 SBUCC 97 HI 5 53 NOD TSH TSH .610 NPSNM 3 HI 5 53 NOD 02C 02C .610 NPSNM 10 CI 5 53 NOD TEC TEH .610 ZBAZC 27 HI 6 53 NOD TSH TSH .610 NPSNM 3 HI 6 53 NOD 02C 02C .610 NPSNM 10 CI 6 53 NOD TEC TEH .610 ZBAZC 27 HI 7 53 NOD TSH TSH .610 NPSNM 3 HI 7 53 NDD 02C 02C .610 NPSNM 14 CI 7 53 NOD TEC TEH .610 ZBAZC 27 HI 8 53 NDD TSH TSH .610 NPSNM 3 HI 8 53 14.91 83 PLP 11 02C .53 02C 02C .610 NPSNM 14 CI 8 53 NOD TEC TEH .610 ZBAZC 27 HI 13 53 NOD TSH TSH .610 NPSNM 3 HI 13 53 NOD 02C 02C .610 NPSNM 14 CI 13 53 NOD TEC TEH .610 ZBAZC 27 HI 49 53 .11 78 VOL P4 TSC .48 TSC TSC .610 NPSNM 10 CI 49 53 .13 272 PCT 16 2 TSC .48 TSC TSC .610 NPSNM 10 CI 49 53 NOD TSH TSH .610 NPSNM 11 HI 49 53 4.22 181 DNT P1 AV3 .00 TEC TEH .610 ZBAZC 55 HI 49 53 .20 145 DFS 1 TSC .44 TEC TEH .610 ZBAZC 55 HI 2 54 NOD TSH TSH .610 NPSNM 1 HI 2 54 NOD 11C TEC .610 ZBAZC 2 CI 2 54 NOD 02C 02C .610 NPSNM 10 CI 2 54 NOD 11H TEH .610 ZBAZC 25 HI
+÷----+ ----
+----+- ---- ---- +4----+..-----+..- +----+-÷ I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
....- ÷-----------------------.----.----..------------ -----......- ---- +-
10 ST Max 71
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18
-.... + - *--
+- -...--.... ÷ .... ....----------- -- +-- - .---- +---- -+-+- + -- , -+
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
--------------------- + -----
+-----+-----+-----+-----+-----+ ---- +----+-----+ - - +--------
3 54 NOD TSH TSH .610 NPSNM 1 HI 3 54 NOD 11C TEC .610 ZBAZC 8 CI 3 54 NOD 02C 02C .610 NPSNM 10 CI 3 54 NOD 11C TEH .590 SBUCC 99 HI 1 4 54 NOD TSH TSH .610 NPSNM 1 HI 4 54 NOD 11C TEC .610 ZBAZC 6 CI 4 54 NOD 02C 02C .610 NPSNM 10 CI 4 54 NOD llC TEH .590 SBUCC 97 HI 5 54 NOD TSH TSH .610 NPSNM 1 HI 5 54 NOD 02C 02C .610 NPSNM 10 CI 5 54 NOD TEC TEH .610 ZBAZC 25 HI 6 54 NOD TSH TSH .610 NPSNM 1 HI 6 54 NOD 02C 02C .610 NPSNM 10 CI 6 54 NOD TEC TEH .610 ZBAZC 25 HI 7 54 NOD TSH TSH .610 NPSNM 1 HI 7 54 NOD 02C 02C .610 NPSNM 14 CI 7 54 NOD TEC TEH .610 ZBAZC 25 HI 20 54 NOD TSH TSH .610 NPSNM 1 HI 20 54 NOD 02C 02C .610 NPSNM 14 CI 20 54 2.81 184 DNG P1 09H 11.28 TEC TEH .610 ZBAZC 27 HI 28 54 NOD TSH TSH .610 NPSNM 1 HI 28 54 NDF 2 TSC -. 10 TSC TSC .610 NPSNM 10 CI 28 54 2.30 180 DNG P1 TSH 20.42 TEC TEH .610 ZBAZC 49 HI 28 54 9.51 40 DTS P4 TSC -. 10 TEC TEH .610 ZBAZC 49 HI 30 54 NOD TSH TSH .610 NPSNM 1 HI 30 54 NOD TEC TEH .610 ZBAZC 49 HI 30 54 NOD 05H 05H .610 NPSNM 93 HI 31 54 NOD TSH TSH .610 NPSNM 1 HI 31 54 NOD TEC TEH .610 ZBAZC 49 HI 31 54 NOD 05H 05H .610 NPSNM 93 HI 32 54 NOD TSH TSH .610 NPSNM 1 HI 32 54 NOD TEC TEH .610 ZBAZC 49 HI 32 54 NDD 05H 05H .610 NPSNM 93 HI 33 54 NOD TSH TSH .610 NPSNM 1 HI 33 54 NOD TEC TEH .610 ZBAZC 49 HI 33 54 NOD 05H 05H .610 NPSNM 93 HI 34 54 NOD TSH TSH .610 NPSNM 1 HI 34 54 NOD TEC TEH .610 ZBAZC 49 HI 34 54 NOD 05H 05H .610 NPSNM 93 HI 2 55 NOD 11C TEC .610 ZBAZC 2 CI 2 55 NOD TSH TSH .610 NPSNM 3 HI 2 55 16.15 87 PLP 11 02C .48 02C 02C .610 NPSNM 10 CI 2 55 2.40 172 DNT P1 05H -. 33 11H TEH .610 ZBAZC 25 HI 2 55 2.30 174 DNT P1 05H .69 11H TEH .610 ZBAZC 25 HI 2 55 NOD 11H 11C .580 NPUM4 117 HI 3 55 NOD TSH TSH .610 NPSNM 3 HI 3 55 NOD 11C TEC .610 ZBAZC 8 CI 3 55 NOD 02C 02C .610 NPSNM 10 CI 3 55 NOD 11C TEH .590 SBUCC 99 HI 4 55 NOD TSH TSH .610 NPSNM 3 HI
---------------------- +----+-----+-----+-----+-----+-----+ ---- +----+-----+ - - +--------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI 11 ST Max 72
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 1012712012 10:18:1.8
---- - - -- -- + + - +---------- + ------- - -+ ---- - + +-- --- -
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI +- -- ------ -+ - .. ...-------------
+--- .. + ----- ----- --- - - -+ - +- +-÷ -- +" -
4 55 NOD 11C TEC .610 ZBAZC 6 CI 4 55 NDD 02C 02C .610 NPSNM 10 CI 4 55 NDD 11C TEH .590 SBUCC 97 HI 5 55 NDD TSH TSH .610 NPSNM 3 HI 5 55 NOD 02C 02C .610 NPSNM 10 CI 5 55 RBD TEC TEH .610 ZBAZC 25 HI 5 55 3.01 178 ONG P1 11H 13.01 TEC TEH .610 ZBAZC 31 HI 6 55 NDD TSH TSH .610 NPSNM 3 HI 6 55 NOD 02C 02C .610 NPSNM 10 CI 6 55 2.54 184 DNG P1 05H 28.25 TEC TEH .610 ZBAZC 27 HI 7 55 NOD TSH TSH .610 NPSNM 3 HI 7 55 NOD 02C 02C .610 NPSNM 14 CI 7 55 NOD TEC TEH .610 ZBAZC 27 HI 30 55 NOD TEC TEH .610 ZBAZC 59 HI 93 HI 30 55 NDD 05H 05H .610 NPSNM 59 HI 31 55 NOD TEC TEH .610 ZBAZC 93 HI 31 55 NOD 05H 05H .610 NPSNM 32 55 NDD TEC TEH .610 ZBAZC 59 HI 93 HI 32 55 NDD 05H 05H .610 NPSNM 59 HI 33 55 NOD TEC TEH .610 ZBAZC 93 HI 33 55 NOD 05H 05H .610 NPSNM 59 HI 34 55 NOD TEC TEH .610 ZBAZC 93 HI 34 55 NOD 05H 05H .610 NPSNM 1 HI 2 56 NOD TSH TSH .610 NPSNM 2 56 RBD 1iC TEC .610 ZBAZC 2 CI 2 56 NDD 11C TEC .610 ZBAZC 6 CI 10 CI 2 56 NOD 02C 02C .610 NPSNM 25 Hi 2 56 2.46 173 DNT P1 05H -. 30 11H TEH .610 ZBAZC 2 56 3.14 176 DNT P1 05H .72 11H TEH .610 ZBAZC 25 HI 936@ HI Cl 2 56 NDF 2 05H .72 05H 05H .610 NPSNM 10 CI 1 HI 3 56 NDD TSH TSH .610 NPSNM 8 CI 3 56 NOD liC TEC .610 ZBAZC 3 56 9.91 77 PLP 11 02C .30 02C 02C .610 NPSNM 99 HI 3 56 NDD liC TEH .590 SBUCC 1 HI 4 56 NDD TSH TSH .610 NPSNM 4 56 NDD liC TEC .610 ZBAZC 6 CI 18 Cl 4 56 NOD 02C 02C .610 NPSNM 10 10 CI CI 93 HI 4 56 NDF 2 01H 7.18 01H 03H .610 NPSNM 97 HI 4 56 2.96 179 0NG P1 01H 7.12 1iC TEH .590 SBUCC 1 HI 5 56 NOD TSH TSH .610 NPSNM 5 56 NDD 02C 02C .610 NPSNM 25 HI 5 56 .17 150 DFS 1 06C 13.43 TEC TEH .610 ZBAZC 25 HI 5 56 .32 132 DFS 1 06C 13.97 TEC TEH .610 ZBAZC 1 HI 6 56 NOD TSH TSH .610 NPSNM 10 CI 6 56 NOD 02C 02C .610 NPSNM 25 HI 6 56 NOD TEC TEH .610 ZBAZC 1 HI 7 56 NOD TSH TSH .610 NPSNM 10 CI 7 56 NOD 02C 02C .610 NPSNM 25 HI 7 56 NOD TEC TEH .610 ZBAZC 1 HI 11 56 NDD TSH TSH .610 NPSNM S -- ---- ---- -+ ---- +-------- ---- + - - --- +---- + - +- +- I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI + .. - + I------------------
+---+- ---- -+- +- - - ---- ...
+------ +- ----.-
÷-+ ...... --- -
12 ST Max 73
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:1.8 S.... ÷-----------+----.----.----.----.----+-. ---- +..--------+----+ - - +-÷.... --- I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
.........---------- ÷------------+ ----+--------+-------- ----- - --
1 11 56 NDD 02C 02C .610 NPSNM 10 CI 1 11 56 NDD TEC TEH .610 ZBAZC 25 HI 12 56 NOD TSH TSH .610 NPSNM 1 HI 12 56 NDD 02C 02C .610 NPSNM 10 CI 12 56 NDD TEC TEH .610 ZBAZC 25 HI 31 56 NDD TEC TEH .610 ZBAZC 57 HI 1 31 56 NDD 05H 05H .610 NPSNM 93 HI 1 33 56 NOD TEC TEH .610 ZBAZC 57 HI 33 56 NOD 05H 05H .610 NPSNM 93 HI 34 56 NDD TEC TEH .610 ZBAZC 57 HI 34 56 NDD 05H 05H .610 NPSNM 93 Hi 12 57 NDD TSH TSH .610 NPSNM 1 HI 12 57 NDD 02C 02C .610 NPSNM 10 CI 12 57 3.50 79 MBM 6 02C 10.23 TEC TEH .610 ZBAZC 25 HI 1 58 NDD 11C TEC .610 ZBAZC 4 CI 1 58 20.94 91 PLP 11 02C .59 02C 02C .610 NPSNM 12 CI 1 58 4.67 178 DNT P1 05H -. 31 11H TEH .610 ZBAZC 105 HI 1 58 8.38 177 DNT P1 05H .71 11H TEH .610 ZBAZC 105 HI 2 58 NDD 11C TEC .610 ZBAZC 2 CI 2 58 NDD 02C 02C .610 NPSNM 10 CI 2 58 NDF 2 05H -. 46 05H 05H .610 NPSNM 93 HI 2 58 4.01 178 DNT P1 05H -. 31 11H TEH .610 ZBAZC 107 HI 2 58 2.69 178 DNT P1 05H .74 11H TEH .610 ZBAZC 107 HI 1 1 59 NDD 11C TEC .610 ZBAZC 4 CI 1 1 59 NDD 02C 02C .610 NPSNM 12 CI 1 1 59 NDF 2 07H .67 07H 07H .610 NPSNM 101 HI 1 1 59 5.94 176 DNT P1 05H -. 36 11H TEH .610 ZBAZC 105 HI 1 1 59 6.86 176 DNT P1 05H .69 11H TEH .610 ZBAZC 105 HI 1 1 59 2.62 172 DNT P1 07H .72 11H TEH .610 ZBAZC 105 HI 1 2 59 NOD 11C TEC .610 ZBAZC 2 CI I 2 59 NDD 02C 02C .610 NPSNM 10 CI 1 2 59 2.15 176 DNT P1 05H -. 31 11H TEH .610 ZBAZC 107 HI 1 2 59 3.27 176 DNT P1 05H .71 11H TEH .610 ZBAZC 107 HI 1 2 59 NDF 2 05H .71 05H 05H .610 NPSNM 123 HI 1 30 59 NDD TEC TEH .610 ZBAZC 53 HI 1 30 59 NDD 05H 05H .610 NPSNM 93 HI 31 59 NDD TEC TEH .610 ZBAZC 53 HI 31 59 NDD 05H 05H .610 NPSNM 93 HI 32 59 3.31 180 DNG P1 03H 11.53 TEC TEH .610 ZBAZC 53 HI 32 59 NDD 05H 05H .610 NPSNM 93 HI 33 59 4.08 70 MBM 6 10C 36.86 TEC TEH .610 ZBAZC 53 HI 33 59 NDD 05H 05H .610 NPSNM 93 HI 34 59 NDD TEC TEH .610 ZBAZC 53 HI 34 59 NDD 05H 05H .610 NPSNM 93 HI I 1 60 RBD 11C TEC .610 ZBAZC 4 CI 1 60 NDD 11C TEC .610 ZBAZC 8 Cl 1 60 NDD 02C 02C .610 NPSNM 12 Cl 1 60 NDD 11H TEH .610 ZBAZC 105 HI I 10 60 8.95 84 PLP 11 02C .44 02C 02C .610 NPSNM 10 CI
--------------------- +-----+-----+-----+-----+-----+-----+ ---- +----+-----+ - - +--------
I ROW COL VOLTS DEG IND PER CHN LOCN INCHi INCH2 BEGT ENDT PDIA PTYPE CAL LI
-- 13 -- -------- - - ST Max----------------------
13 ST Max 74
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 ÷.. .. ÷-----------+----.----.---------- --- + P- -- - --- ÷--. .- --- ÷ I ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 BEGT ENDT PDIA PTYPE CAL LI S... .. . ---------- +......-......-- ----- ...---- F- --
+-----÷- ----
--.... ÷.. ...
1 10 60 NDD TEC TEH .610 ZBAZC 107 HI 1 30 60 NDD TEC TEH .610 ZBAZC 55 HI 1 30 60 NDOD 05H 05H .610 NPSNM 93 HI 1 31 60 2.50 77 MBM 6 05H 26.94 TEC TEH .610 ZBAZC 55 Hi 1 31 60 NOD 05H 05H .610 NPSNM 93 HI 1 32 60 NOD TEC TEH .610 ZBAZC 55 HI 1 32 60 NOD 05H 05H .610 NPSNM 93 HI 33 60 NOD TEC TEH .610 ZBAZC 55 HI 1 33 60 NOD 05H 05H .610 NPSNM 93 HI 1 34 60 NOD TEC TEH .610 ZBAZC 55 HI 34 60 NOD 05H 05H .610 NPSNM 93 HI 2 61 NOD 11C TEC .610 ZBAZC 2 CI 2 61 NOD 02C 02C .610 NPSNM 10 CI 2 61 NOD 11H TEH .610 ZBAZC 107 HI 2 61 NOD 11H 11C .580 NPUM4 117 HI 3 61 NOD 11C TEC .610 ZBAZC 8 CI 3 61 NDD 02C 02C .610 NPSNM 10 CI 3 61 NDD llC TEH .590 SBUCC 103 HI 9 61 NDD 02C 02C .610 NPSNM 10 CI 9 61 NOD TEC TEH .610 ZBAZC 105 HI 15 61 NOD 02C 02C .610 NPSNM 10 CI 15 61 2.79 179 ONG P1 AV4 2.04 TEC TEH .610 ZBAZC 61 HI 2 62 NOD 11C TEC .610 ZBAZC 2 CI 2 62 NOD 02C 02C .610 NPSNM 10 CI 2 62 NOD 11H TEH .610 ZBAZC 107 HI I3 62 NOD 11C TEC .610 ZBAZC 8 CI 3 62 NOD 02C 02C .610 NPSNM 10 CI 3 62 NOD lC TEH .590 SBUCC 103 HI 8 62 NOD 02C 02C .610 NPSNM 10 CI 8 62 NOD TEC TEH .610 ZBAZC 107 HI 1 13 62 NOD 02C 02C .610 NPSNM 10 CI 1 13 62 2.00 69 MBM 6 07H 26.34 TEC TEH .610 ZBAZC 105 HI 13 62 2.39 65 MBM 6 08H 16.44 TEC TEH .610 ZBAZC 105 HI 45 63 NOD 03C 03C .610 NPSNM 16 Cl 45 63 NOD TEC TEH .610 ZBAZC 53 HI 46 63 NOD 03C 03C .610 NPSNM 16 CI 46 63 NOD TEC TEH .610 ZBAZC 53 HI 47 63 NOD 03C 03C .610 NPSNM 16 CI 47 63 NOD TEC TEH .610 ZBAZC 53 HI 48 63 NOD 03C 03C .610 NPSNM 16 CI 48 63 NOD TEC TEH .610 ZBAZC 53 HI 49 63 NOD 03C 03C .610 NPSNM 16 CI 49 63 3.78 178 ONT P1 AV4 -. 06 TEC TEH .610 ZBAZC 53 HI 45 64 .29 93 DES P1 TSH -. 08 TSH TSH .610 NPSNM 9 HI 45 64 NOD 03C 03C .610 NPSNM 16 Cl 45 64 NOD TEC TEH .610 ZBAZC 55 HI ÷ .... ÷-----------+---- ---- +.... +-- ....---- --- +------------+- + ....----- +- +. ....-- ÷ I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
.... .... ÷- ------------ +----+ - +-----+------ ---- ------ +- + ....----- +- +.....--+
14 ST Max 75
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:L8 ÷ .... + .... + - - -÷- -÷- -- +---- -÷ ----
.... +..----+-.-+.
.... ...... ... . '"----+
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
+ --+----+----+ ------ + ---------- +-----..-----. .- +---- +
46 64 NDD TSH TSH .610 NPSNM 9 HI 46 64 NOD 03C 03C .610 NPSNM 16 CI 46 64 NDD TEC TEH .610 ZBAZC 55 HI 47 64 NOD TSH TSH .610 NPSNM 9 HI 47 64 NDD 03C 03C .610 NPSNM 16 CI 47 64 NDD TEC TEH .610 ZBAZC 55 HI 48 64 NDD TSH TSH .610 NPSNM 9 Hi 48 64 NDD 03C 03C .610 NPSNM 16 CI 48 64 2.50 180 DNG P1 TSH 6.05 TEC TEH .610 ZBAZC 55 HI 48 64 2.90 180 DNG P1 05H 13.37 TEC TEH .610 ZBAZC 55 HI 33 65 NDD 02C 02C .610 NPSNM 10 CI 33 65 NDD TSH TSH .610 NPSNM 15 HI 33 65 NDD TEC TEH .610 ZBAZC 57 HI 45 65 NDD TSH TSH .610 NPSNM 11 HI 45 65 NDD 03C 03C .610 NPSNM 16 CI 1 45 65 .25 75 DFS 1 09C 39.53 TEC TEH .610 ZBAZC 57 HI 46 65 NDD TSH TSH .610 NPSNM 11 HI 46 65 NOD 03C 03C .610 NPSNM 16 CI 46 65 NOD TEC TEH .610 ZBAZC 57 HI 49 65 NOD TSH TSH .610 NPSNM 11 HI 49 65 NOD 03C 03C .610 NPSNM 16 CI 49 65 2.15 181 DNG P1 08H 14.33 TEC TEH .610 ZBAZC 57 HI 20 66 NOD TEC TEH .610 ZBAZC 61 HI 20 66 NOD 05H 05H .610 NPSNM 93 HI 21 66 NOD TEC TEH .610 ZBAZC 63 HI 21 66 NOD 05H 05H .610 NPSNM 95 HI 24 66 NOD TEC TEH .610 ZBAZC 57 HI 24 66 NDD 05H 05H .610 NPSNM 93 HI 25 66 NDD TEC TEH .610 ZBAZC 57 HI 25 66 NDD 05H 05H .610 NPSNM 93 HI 1 26 66 NDD TEC TEH .610 ZBAZC 57 HI I 26 66 NDD 05H 05H .610 NPSNM 93 HI 45 66 NDD 03C 03C .610 NPSNM 16 CI 45 66 3.32 78 MBM 6 09H 10.15 TEC TEH .610 ZBAZC 59 HI 45 66 3.18 71 MBM 6 07C 1.46 TEC TEH .610 ZBAZC 59 HI 46 66 NDD 03C 03C .610 NPSNM 16 CI 46 66 NDD TEC TEH .610 ZBAZC 59 HI 47 66 NOD 03C 03C .610 NPSNM 16 CI 47 66 RBD TEC TEH .610 ZBAZC 59 HI 47 66 NOD TEC TEH .610 ZBAZC 63 HI 48 66 NDD 03C 03C .610 NPSNM 16 CI 48 66 .16 107 DFS 1 loC 18.19 TEC TEH .610 ZBAZC 59 HI 48 66 2.74 173 DNG P1 09C 28.45 TEC TEH .610 ZBAZC 59 HI 48 66 6.50 180 ONG P1 09C 29.53 TEC TEH .610 ZBAZC 59 HI 49 66 NOD 03C 03C .610 NPSNM 16 CI 49 66 2.27 182 DNT P1 AV3 .00 TEC TEH .610 ZBAZC 59 HI 20 67 NDD TEC TEH .610 ZBAZC 61 HI S..+ --------------- +----+----+----.----+.----. -+- ---------- +-.....+...-...+- I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
... - - -- ÷----------------------------+...... ---------------- +-...+.-+-
15 ST Max 76
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 - - - -- . --------- - - - -- - -+------------- - - - - -+--- -+ -..... I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
- 4. .... ---------------------.----.----.----.. ---- ------- - -- --.---- ......--
+--.+ -"---
20 67 NOD 05H 05H .610 NPSNM 93 HI 21 67 4.20 81 MBM 6 09H 20.68 TEC TEH .610 ZBAZC 63 HI 21 67 NOD 05H 05H .610 NPSNM 95 HI 24 67 NOD TEC TEH .610 ZBAZC 59 HI 05H O5H .610 NPSNM 93 HI 24 67 NOD TEC TEH .610 ZBAZC 59 HI 25 67 .18 139 DFS 1 06C 16.28 05H 05H .610 NPSNM 93 HI 25 67 NOD TEC TEH .610 ZBAZC 59 HI 26 67 NOD 05H 05H .610 NPSNM 93 HI 26 67 NOD 03C 03C .610 NPSNM 16 CI 45 67 NOD TEC TEH .610 ZBAZC 57 HI 45 67 NOD 03C 03C .610 NPSNM 16 CI 46 67 NOD TEC TEH .610 ZBAZC 57 HI 46 67 NOD 03C 03C .610 NPSNM 16 CI 47 67 NOD TEC TEH .610 ZBAZC 57 HI 47 67 NOD 03C 03C .610 NPSNM 16 CI 48 67 NOD TEC TEH .610 ZBAZC 57 HI 48 67 2.78 173 ONG P1 loC 4.10 20 68 NOD TEC TEH .610 ZBAZC 61 HI 20 68 NOD 05H 05H .610 NPSNM 93 HI 21 68 NOD TEC TEH .610 ZBAZC 57 HI 03H 03H .610 NPSNM 95 HI 21 68 NOD TEC TEH .610 ZBAZC 57 HI 25 68 NOD 03H 03H .610 NPSNM 93 HI 25 68 NOD TEC TEH .610 ZBAZC 57 HI 26 68 NOD 05H 05H .610 NPSNM 93 HI 26 68 NOD TEC TEH .610 ZBAZC 63 HI 20 69 NOD 05H 05H .610 NPSNM 93 HI 20 69 NOD 21 69 NOD TEC TEH .610 ZBAZC 63 HI O5H O5H .610 NPSNN 93 HI 21 69 NOD TEC TEH .610 ZBAZC 63 HI 24 69 .56 148 DSS P1 02C 05H 05H .610 NPSNM 93 HI 24 69 NOD TEC TEH .610 ZBAZC 63 HI 25 69 NOD 05H 05H .610 NPSNM 93 HI 25 69 NOD TEC TEH .610 ZBAZC 65 HI 26 69 NOD 05H 05H .610 NPSNM 93 HI 26 69 NOD TSH TSH .610 NPSNN 15 HI 20 70 NOD TEC TEH .610 ZBAZC 61 HI 20 70 NOD 05H 05H .610 NPSNM 93 HI 20 70 NOD TSH TSH .610 NPSNM 15 HI 21 70 NOD TEC TEH .610 ZBAZC 61 HI 21 70 NOD 05H 05H .610 NPSNM 93 HI 21 70 NOD TSH TSH .610 NPSNM 13 HI 22 70 NOD TEC TEH .610 ZBAZC 63 HI 22 70 NOD 05H 05H .610 NPSNM 93 HI 22 70 NOD S. - - - -- --------------------- - - - - -- -- -- - - - - -- -- - --- --+- - +- --- I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI 4.... -- - -÷ 4-------------------+ ------ --..---- - --..----.
+------+----+ ----
16 ST Max 77
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 ÷ .... + .... + ÷--- + - + .... .... .... -----.----.-----. +- +-- -- - + I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
-- -------------- +-- +... ...----- +-....--------- .---. +- -- -- -....
+.---- -.....+ "-
23 70 NDD TSH TSH .610 NPSNM 13 HI 23 70 NDD TEC TEH .610 ZBAZC 63 HI 23 70 NDD 05H 05H .610 NPSNM 93 HI 24 70 NDD TSH TSH .610 NPSNM 15 HI 24 70 NOD TEC TEH .610 ZBAZC 63 HI 24 70 NOD 05H 05H .610 NPSNM 93 HI 25 70 NOD TSH TSH .610 NPSNM 15 HI 25 70 NDD TEC TEH .610 ZBAZC 63 HI 25 70 NDD 05H 05H .610 NPSNM 93 HI 26 70 NDD TSH TSH .610 NPSNM 15 HI 26 70 .97 59 DSS P1 liC .22 TEC TEH .610 ZBAZC 67 HI 26 70 NDD 05H 05H .610 NPSNM 93 HI 48 76 NDD 02C 02C .610 NPSNM 10 CI 48 76 RBD TEC TEH .610 ZBAZC 63 HI 48 76 2.56 162 DNT P1 03C -. 26 TEC TEH .610 ZBAZC 65 HI 48 76 4.36 169 DNT P1 03C .48 TEC TEH .610 ZBAZC 65 HI 23 79 NDF 2 TSC -. 07 TSC TSC .610 NPSNM 10 CI 23 79 9.15 46 DTS P4 TSC -. 07 TEC TEH .610 ZBAZC 67 HI 18 82 NOD TSH TSH .610 NPSNM 13 HI 18 82 .25 51 DFS 1 08H 26.66 TEC TEH .610 ZBAZC 71 HI 18 82 NDF 2 08H 26.66 08H 09H .610 NPSNM 95 HI 47 83 5.65 77 DTS P5 TSH .00 TEC TEH .610 ZBAZC 65 HI 47 83 NDF 2 TSH .00 TSH TSH .610 NPSNM 95 HI 36 85 NDD 02C 02C .610 NPSNM 10 CI 36 85 NDD TEC TEH .610 ZBAZC 65 HI 27 93 NDD TSH TSH .610 NPSNM 15 HI 27 93 NDD TEC TEH .610 ZBAZC 83 HI 27 93 NDD 05H 05H .610 NPSNM 95 HI 28 93 NDD TSH TSH .610 NPSNM 15 HI 28 93 NDD TEC TEH .610 ZBAZC 83 HI 28 93 NDD 05H 05H .610 NPSNM 95 HI 29 93 NDD TSH TSH .610 NPSNM 15 HI 29 93 NOD TEC TEH .610 ZBAZC 83 HI 29 93 NOD 05H 05H .610 NPSNM 95 HI 93 RBD TSH TSH .610 NPSNM 15 HI30 30 93 NOD TSH TSH .610 NPSNM 21 HI 30 93 .16 108 DSS P1 liC -. 48 TEC TEH .610 ZBAZC 83 HI 30 93 NDD 05H 05H .610 NPSNM 95 HI I31 93 RBD TSH TSH .610 NPSNM 15 H 31 93 NOD TSH TSH .610 NPSNM 21 Hi 31 93 NDD TEC TEH .610 ZBAZC 83 HI 31 93 NOD 05H 05H .610 NPSNM 95 HI 27 94 NOD TSH TSH .610 NPSNM 13 HI 27 94 3.70 172 DNT P1 liC .45 TEC TEH .610 ZBAZC 81 HI 27 94 NDD 05H 05H .610 NPSNM 95 HI 28 94 NDD TSH TSH .610 NPSNM 13 HI 28 94 4.17 169 DNT P1 liC .48 TEC TEH .610 ZBAZC 81 HI 28 94 NOD 05H 05H .610 NPSNM 95 HI 29 94 NDD TSH TSH .610 NPSNM 13 HI
---------------------------- +----+-----+-----+-----+-----+ ---- +----+-----+ - - +--------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
+ .... +. ----------------+---------.-----... + ... +__ _+-------- ...- +. +----- +-......+.-.....+
17 ST Max 78
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:1.8
.... +---------------+----.----+----+----.+.----.--------+.----- +--.....+-+--- ---
I ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 BEGT ENDT PDIA PTYPE CAL LI S..+.. - ------------ .----
+----+----.---- ----...
+--- +---+ +------ -- ----
-- + ... - ...
1 29 94 .83 150 DSS P1 11H -. 63 TEC TEH .610 ZBAZC 81 HI 1 29 94 3.65 171 DNT P1 11H .42 TEC TEH .610 ZBAZC 81 HI 1 29 94 NOD 05H 05H .610 NPSNM 95 HI I I 30 94 NOD TSH TSH .610 NPSNM 13 HI 30 94 2.04 166 DNT P1 11H .57 TEC TEH .610 ZBAZC 81 HI 30 94 2.72 168 ONG P1 loC 25.69 TEC TEH .610 ZBAZC 81 HI 30 94 10.12 178 ONG P1 loC 26.75 TEC TEH .610 ZBAZC 81 HI 30 94 NOD 05H 05H .610 NPSNM 95 HI 31 94 NOD TSH TSH .610 NPSNM 13 HI 31 94 NOD TEC TEH .610 ZBAZC 81 HI 31 94 NOD 05H 05H .610 NPSNM 95 HI 27 95 NOD TEC TEH .610 ZBAZC 83 HI 27 95 NOD 05H 05H .610 NPSNM 95 HI 28 95 NOD TEC TEH .610 ZBAZC 83 HI 28 95 NDD 05H 05H .610 NPSNM 95 HI 30 95 NOD TEC TEH .610 ZBAZC 83 HI 30 95 NOD 05H 05H .610 NPSNM 95 HI 31 95 NOD TEC TEH .610 ZBAZC 83 HI 1 31 95 NOD 05H 05H .610 NPSNM 95 HI 1 27 96 NOD TEC TEH .610 ZBAZC 81 HI 27 96 NDD 05H 05H .610 NPSNM 95 HI 28 96 NOD TEC TEH .610 ZBAZC 81 HI 28 96 NOD 05H 05H .610 NPSNM 95 HI 29 96 2.00 180 ONG P1 01H 24.68 TEC TEH .610 ZBAZC 81 HI 29 96 NOD 05H 05H .610 NPSNM 95 HI 30 96 NOD TEC TEH .610 ZBAZC 81 HI 30 96 NDD 05H 05H .610 NPSNM 95 HI 31 96 .11 132 DFS 1 lOC 18.15 TEC TEH .610 ZBAZC 81 HI 31 96 NOD 05H 05H .610 NPSNM 95 HI 27 97 NOD TEC TEH .610 ZBAZC 83 HI 27 97 NDD 05H 05H .610 NPSNM 95 HI 28 97 NOD TEC TEH .610 ZBAZC 83 HI 28 97 NOD 05H 05H .610 NPSNM 95 HI 1 29 97 NOD 02C 02C .610 NPSNM 14 CI 1 29 97 NDD TEC TEH .610 ZBAZC 83 HI 1 29 97 NDD 05H 05H .610 NPSNM 95 HI 1 30 97 NOD TEC TEH .610 ZBAZC 83 HI I 30 97 NDD 05H 05H .610 NPSNM 95 HI 1 31 97 3.06 178 ONG P1 10H 28.47 TEC TEH .610 ZBAZC 83 HI 1 31 97 .21 133 DFS 1 1OH 32.02 TEC TEH .610 ZBAZC 83 HI 31 97 NOD 05H 05H .610 NPSNM 95 HI 31 97 NDF 2 1OH 28.47 10H 11H .610 NPSNM 101 HI 14 98 NDF 2 03C -. 27 03C 03C .610 NPSNM 10 CI 14 98 .33 130 DSS P1 03C -. 27 TEC TEH .610 ZBAZC 79 HI 14 98 .10 0 PBC P6 03C -. 34 TEC TEH .610 ZBAZC 109 HI 1 28 98 NDD 02C 02C .610 NPSNM 10 CI 1 28 98 NDD TEC TEH .610 ZBAZC 81 HI
---------------------- +----+-----+-----+-----+-----+-----+ ---- +----+-----+ - - +-------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI 8STM-----------+----+----+----+----+----+----+-
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18 ST Max 79
SG - B PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 S.. - ----- .. -- ------------------- +----.- - - -- ----- - -+ --- - - -...... I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL Ll
------------------- + -------
+-----+-----+-----+-----+-----+ ---- + ----
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13 111 NOD TSH TSH .610 NPSNM 21 HI 13 111 .27 65 DFS 1 07H 29.49 TEC TEH .610 ZBAZC 81 HI 13 111 NDF 2 07H 29.49 07H 08H .610 NPSNM 95 HI 2 114 NDD 11C TEC .610 ZBAZC 8 CI 2 114 .20 153 DFS 1 TSH 1.82 11H TEH .610 ZBAZC 73 HI 2 114 NDF 2 TSH 1.82 TSH 01H .610 NPSNM 95 HI 2 114 NOD 11H 11C .580 NPUM4 119 HI S... +... --------------.---- +----.----.---- ----+----- .----. +---- - +- + -- + I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI Tubes: 307 Records: 873 19 ST Max 80
SG - C EC BASED PLUS POINT SPECIAL INTEREST PROGRAM BraidwoodA2R16 CDE D5 X 120 TUBE WITH EC BASED SI c 68 PLUGGED TUBE 10 105 100 95 90 85 80 75 70 65 60 55 50 45 40 35 30 25 20 15 10 5 45 00 1000000000c00000
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SG - C PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 COE 20121001 10/27/2012 10:18:1.8
- ----------- +- -+----+----+----.+---+ ---- -------- +-----+ -- +-+- -
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
.... - - - -------------.---- +----+--------+ ---- +....+--------...----+ -+- --
6 2 .27 114 DFS 1 07H 28.03 TEC TEH .610 ZBAZC 25 HI 6 2 NDF 2 07H 28.03 07H 08H .610 NPSNM 83 HI I 23 9 NOD TSH TSH .610 NPSNM 9 HI 23 9 5.16 182 ONG P1 01H 21.03 TEC TEH .610 ZBAZC 35 HI 23 9 .46 151 DSS P1 11H .00 TEC TEH .610 ZBAZC 35 HI 23 9 NDF 2 11H .00 11H 11H .610 NPSNM 111 HI 20 12 .51 145 DSS P1 11H -. 06 TEC TEH .610 ZBAZC 33 HI 20 12 NDF 2 11H -. 06 11H 11H .610 NPSNM 111 HI 30 15 NOD TSH TSH .610 NPSNM 9 HI 30 15 NOD 02C 02C .610 NPSNM 10 CI 30 15 NOD TEC TEH .610 ZBAZC 35 HI 31 15 19.12 72 PLP 11 02C .26 02C 02C .610 NPSNM 10 CI 31 15 NOD TSH TSH .610 NPSNM 11 HI 31 15 NOD TEC TEH .610 ZBAZC 35 HI 34 15 NOD 02C 02C .610 NPSNM 10 CI 34 15 NOD TSH TSH .610 NPSNM 11 HI 34 15 NOD TEC TEH .610 ZBAZC 35 HI 30 16 NOD TSH TSH .610 NPSNM 9 HI 30 16 NOD 02C 02C .610 NPSNM 10 CI 30 16 NOD TEC TEH .610 ZBAZC 35 HI 31 16 NOD TSH TSH .610 NPSNM 9 HI 31 16 NOD 02C 02C .610 NPSNM 10 CI 31 16 NOD TEC TEH .610 ZBAZC 35 HI 29 17 NOD TSH TSH .610 NPSNM 9 HI 29 17 NOD 02C 02C .610 NPSNM 12 CI 29 17 .29 122 DFS 1 08C 6.56 TEC TEH .610 ZBAZC 33 HI 34 18 NOD TSH TSH .610 NPSNM 9 HI 34 18 NOD 02C 02C .610 NPSNM 12 CI 34 18 NOD TEC TEH .610 ZBAZC 35 HI 29 19 NOD 02C 02C .610 NPSNM 12 CI 29 19 NOD TEC TEH .610 ZBAZC 33 HI 13 20 NDF 2 -09C 27.38 09C 10C .610 NPSNM 10 CI 13 20 2.18 83 MBM 6 01H 22.38 TEC TEH .610 ZBAZC 39 HI 13 20 3.16 174 ONG P1 09H 26.82 TEC TEH .610 ZBAZC 39 HI 13 20 2.11 175 ONG P1 10H 29.96 TEC TEH .610 ZBAZC 39 HI 13 20 2.24 174 ONG P1 lOC 28.63 TEC TEH .610 ZBAZC 39 HI 13 20 .26 141 DFS 1 09C 27.38 TEC TEH .610 ZBAZC 39 HI 13 20 NDF 2 09H 26.82 09H 1OH .610 NPSNM 83 HI 13 20 NDF 2 09H 27.38 09H 1OH .610 NPSNM 83 HI 32 20 NOD 02C 02C .610 NPSNM 12 CI 32 20 NOD TEC TEH .610 ZBAZC 39 HI 33 21 NOD 02C 02C .610 NPSNM 12 CI 33 21 NOD TEC TEH .610 ZBAZC 37 HI 27 22 NOD 02C 02C .610 NPSNM 12 CI 27 22 NOD TEC TEH .610 ZBAZC 39 HI I16 24 .14 159 FS 1 10H 39.06 TEC TEH .610 ZBAZC 39 HI 16 24 .08 136 DFS 1 10H 41.42 TEC TEH .610 ZBAZC 39 HI 16 24 NDF 2 10H 39.06 10H 11H .610 NPSNM 83 HI 16 24 NDF 2 10H 41.42 10H 11H .610 NPSNM 83 HI
+----.---.-+---- ---- +----+..----....-+-.-.
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
..- - -+----------- ..--------
+----.---.-+ ------- +----+-- + - --- +-. -
1 ST Max 82
SG - C PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2RI6 CDE 20121001 10/2712012 10:18:18 + .... + ----------- +----------+ .... + .... ÷ .... +÷---.----- --- - ..----- +- ...... +.-.... .- I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
........ --------------------- +----+ ----.... ---- +- ---- +----+ .....----- +- +-......-
1 22 24 .05 100 DFS 1 1OH 40.20 TEC TEH .610 ZBAZC 39 HI 22 24 NDF 2 10H 40.20 10H 11H .610 NPSNM 83 HI 29 24 NOD 02C 02C .610 NPSNM 12 CI 29 24 2.03 170 DNG P1 07C 32.50 TEC TEH .610 ZBAZC 39 HI 29 24 1.95 182 INR P1 02C 3.69 TEC TEH .610 ZBAZC 39 HI 31 24 .34 167 DFS 1 10H 20.29 TEC TEH .610 ZBAZC 39 HI 31 24 NDF 2 1MH 20.29 10H 11H .610 NPSNM 83 HI 27 25 NDD 02C 02C .610 NPSNM 12 CI 27 25 NDD TEC TEH .610 ZBAZC 37 HI 37 25 NDD 02C 02C .610 NPSNM 12 CI 37 25 NDD TEC TEH .610 ZBAZC 37 HI 35 26 .42 20 DSS P1 01H .22 TEC TEH .610 ZBAZC 39 HI 35 26 NDF 2 01H .22 01H 01H .610 NPSNM 83 HI 28 27 NDF 2 TSC -. 54 TSC TSC .610 NPSNM 10 CI 28 27 6.29 64 DTS P4 TSC -. 54 TEC TEH .610 ZBAZC 37 HI 38 27 NDD 02C 02C .610 NPSNM 12 CI 38 27 2.42 68 MBM 6 09H 8.11 TEC TEH .610 ZBAZC 37 HI 38 27 .57 0 PCT 12 P2 AVi -. 05 TEC TEH .610 ZBAZC 37 HI 38 27 2.13 0 PCT 27 P2 AV2 .40 TEC TEH .610 ZBAZC 37 HI 38 27 1.31 0 PCT 20 P2 AV3 -. 13 TEC TEH .610 ZBAZC 37 HI 38 27 2.02 65 MBM 6 08C 32.76 TEC TEH .610 ZBAZC 37 HI 1 25 29 .17 113 DSS P1 01H .71 TEC TEH .610 ZBAZC 41 HI 1 25 29 NDF 2 01H .71 01H 01H .610 NPSNM 83 HI 27 29 NDF 2 03C 13.37 03C 04C .610 NPSNM 10 CI 27 29 .14 109 DFS 1 04C 9.28 TEC TEH .610 ZBAZC 41 HI 27 29 .15 60 DFS 1 04C 10.56 TEC TEH .610 ZBAZC 41 HI 27 29 .11 90 DFS 1 03C 13.37 TEC TEH .610 ZBAZC 41 HI 29 30 NOD 02C 02C .610 NPSNM 12 CI 29 30 NDD TEC TEH .610 ZBAZC 43 HI 22 31 .17 106 DFS 1 TSH 1.91 TEC TEH .610 ZBAZC 41 HI 22 31 NDF 2 TSH 1.91 TSH 01H .610 NPSNM 83 HI 25 35 NDD 02C 02C .610 NPSNM 12 CI 25 35 NDD TEC TEH .610 ZBAZC 41 HI 32 35 NDD 02C 02C .610 NPSNM 12 CI 32 35 NDD TEC TEH .610 ZBAZC 41 HI 22 36 NDD 02C 02C .610 NPSNM 10 CI 22 36 NDD TEC TEH .610 ZBAZC 47 HI 1 26 37 NOD 02C 02C .610 NPSNM 10 CI 1 26 37 NOD TEC TEH .610 ZBAZC 45 HI 32 37 NDD 02C 02C .610 NPSNM 12 CI 32 37 NDD TEC TEH .610 ZBAZC 45 HI 32 38 NDD 02C 02C .610 NPSNM 12 CI 32 38 NOD TEC TEH .610 ZBAZC 47 HI 33 42 NDD TSH TSH .610 NPSNM 7 HI 33 42 NDD TEC TEH .610 ZBAZC 47 HI 33 42 NDD 08H 08H .610 NPSNM 83 HI
-------------------- + ------
+-----+-----+-----+-----+-----+ ---- +----+-----+ - - +--------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL Ll
--------------- +----+----+----+----+-----+----+ ---- +- - ---- - +--
2 ST Nax 83
SG - C PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18
-- -+........- - -+---...-----------++-------- ---- +---- +- .. +- +-- +
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
.... -- - -------------.---- +----.----.---- ----+ - ------ +-- -+.-....+-+- --
34 42 NDD TSH TSH .610 NPSNM 7 HI 34 42 NDD TEC TEH .610 ZBAZC 47 HI 34 42 NDD 08H 08H .610 NPSNM 83 HI 35 42 NDD TSH TSH .610 NPSNM 7 HI 35 42 NDD TEC TEH .610 ZBAZC 47 HI 35 42 NDD 08H 08H .610 NPSNM 83 HI 36 42 NDD TSH TSH .610 NPSNM 7 HI 36 42 NDD TEC TEH .610 ZBAZC 47 HI 36 42 NDD 08H 08H .610 NPSNM 83 HI 37 42 NOD TSH TSH .610 NPSNM 9 HI 37 42 NOD TEC TEH .610 ZBAZC 47 HI 37 42 NOD 08H 08H .610 NPSNM 83 HI 25 43 .17 61 DSS P1 O1H .60 TEC TEH .610 ZBAZC 27 HI 25 43 NDF 2 01H .60 01H 01H .610 NPSNM 111 HI 33 43 NDD TEC TEH .610 ZBAZC 45 HI 33 43 NDD 08H 08H .610 NPSNM 83 HI 34 43 NDD TEC TEH .610 ZBAZC 45 HI 34 43 NDD 08H 08H .610 NPSNM 83 HI 35 43 NDD TEC TEH .610 ZBAZC 45 HI 35 43 NDD 08H 08H .610 NPSNM 83 HI 36 43 NDD TEC TEH .610 ZBAZC 45 HI 36 43 NDD 08H 08H .610 NPSNM 83 HI 1 37 43 NDD TEC TEH .610 ZBAZC 45 HI 37 43 NDD 08H 08H .610 NPSNM 83 HI 38 43 NDD TEC TEH .610 ZBAZC 45 HI 38 43 NDD 08H 08H .610 NPSNM 83 HI 13 44 NDD TSH TSH .610 NPSNM 3 HI 13 44 NDF 2 11C .17 liC liC .610 NPSNM 16 CI 13 44 .20 77 DSS P1 liC .17 TEC TEH .610 ZBAZC 23 HI 33 44 NDD TEC TEH .610 ZBAZC 47 HI 33 44 NDD 08H 08H .610 NPSNM 83 HI 34 44 NDD TEC TEH .610 ZBAZC 47 HI 34 44 NDD 08H 08H .610 NPSNM 83 HI 36 44 NDD TEC TEH .610 ZBAZC 47 HI 36 44 NDD 08H 08H .610 NPSNM 83 HI 37 44 NDD TEC TEH .610 ZBAZC 47 HI 37 44 NDD 08H 08H .610 NPSNM 83 HI 38 44 NDD TEC TEH .610 ZBAZC 47 HI 38 44 NDD 08H 08H .610 NPSNM 83 HI 33 45 NDD TEC TEH .610 ZBAZC 45 HI 33 45 NDD 08H 08H .610 NPSNM 83 HI 34 45 NDD TEC TEH .610 ZBAZC 45 HI 34 45 NDD 08H 08H .610 NPSNM 83 HI 37 45 2.15 73 MBM 6 08C 35.54 TEC TEH .610 ZBAZC 45 HI 37 45 NDD 08H 08H .610 NPSNM 83 HI
---------------------- +----+-----+-----+-----+-----+-----+ ---- + ----
+-----+ - - +-------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
--------------- +----+----+----+----+-----+----+ ----
+-- + - --- ---
3 ST Max 84
SGI- C PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18
.. --------------+-----+---- ---- +- --------- -- -+..----+-+- -+ -+.... -- +
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI + .... ÷ + ÷---------- -+..----+---------+- - -- ---.---. +-+- - +---.... -- ÷ 1 38 45 NDD TEC TEH .610 ZBAZC 45 HI 1 38 45 NDD 08H 08H .610 NPSNM 83 HI 1 32 46 NDD 02C 02C .610 NPSNM 12 CI 1 32 46 NDD TEC TEH .610 ZBAZC 51 HI 1 33 46 NDD TEC TEH .610 ZBAZC 51 HI 1 33 46 NDD 08H 08H .610 NPSNM 83 HI 1 34 46 NDD TEC TEH .610 ZBAZC 51 HI 1 34 46 NDD 08H 08H .610 NPSNM 83 HI 37 46 NDD TEC TEH .610 ZBAZC 45 HI 37 46 NDD 08H 08H .610 NPSNM 83 HI 38 46 NDD TEC TEH .610 ZBAZC 45 Hi 38 46 NDD 08H 08H .610 NPSNM 83 HI 25 47 14.36 74 PLP 11 02C .24 02C 02C .610 NPSNM 10 CI 25 47 NOD TEC TEH .610 ZBAZC 27 HI 31 47 NDD 02C 02C .610 NPSNM 10 CI 31 47 NOD TEC TEH .610 ZBAZC 49 HI 33 47 NDD TEC TEH .610 ZBAZC 49 HI 33 47 NDD 08H 08H .610 NPSNM 83 HI 34 47 NOD TEC TEH .610 ZBAZC 49 HI 34 47 NDD 08H 08H .610 NPSNM 83 HI 35 47 NDD TEC TEH .610 ZBAZC 49 HI 35 47 NDD 08H 08H .610 NPSNM 83 HI 36 47 NDD TEC TEH .610 ZBAZC 51 HI 36 47 NDD 08H 08H .610 NPSNM 83 Hi 37 47 .98 0 PCT 15 P2 AV2 .19 TEC TEH .610 ZBAZC 51 HI 37 47 NDD 08H 08H .610 NPSNM 83 HI 38 47 NDD TEC TEH .610 ZBAZC 51 HI
-38 47 NDD 08H 08H .610 NPSNM 83 HI 44 47 .63 87 DSI P1 03H .19 TEC TEH .610 ZBAZC 51 HI 44 47 1.00 166 DFI 1 03H 33.70 TEC TEH .610 ZBAZC 51 HI 44 47 .38 36 DSI P1 05H -. 08 TEC TEH .610 ZBAZC 51 HI 44 47 TBP 2 03H 05H .610 NPSNM 83 HI 44 47 PID 2 03H .19 03H 05H .610 NPSNM 83 HI 44 47 .60 77 SAI P4 03H .30 03H 05H .610 NPSNM 83 HI 44 47 PID 2 03H 33.70 03H 05H .610 NPSNM 83 HI 44 47 .37 18 SAI 2 05H -1.88 03H 05H .610 NPSNM 83 HI 44 47 .21 69 SAI P4 05H -. 09 03H 05H .610 NPSNM 83 HI 44 47 PID 2 05H -. 08 03H 05H .610 NPSNM 83 HI 28 48 .16 58 DSS P1 11H -. 14 TEC TEH .610 ZBAZC 49 HI 28 48 NDF 2 11H -. 14 11H 11H .610 NPSNM 111 HI 31 48 1.57 210 PVN 2 02C -1.22 02C 02C .610 NPSNM 10 CI 31 48 10.63 73 PLP 11 02C .42 02C 02C .610 NPSNM 10 CI 31 48 NDD TEC TEH .610 ZBAZC 49 HI 33 48 NDD TEC TEH .610 ZBAZC 49 HI 33 48 NDD 08H 08H .610 NPSNM 83 HI 34 48 NDD TEC TEH .610 ZBAZC 49 HI 34 48 NDD 08H 08H .610 NPSNM 83 HI
+ .... + -+-+ +---+-----+--- .... + ----------
+ --- ÷----+-+- +-- -- ÷ I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
..- ------------..---- +----.----+----...----+----+ ------ +- ..-- ....- +...... --
4 ST Max 85
SG - C PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 +.. .. +.-----------+÷ ----....--------.---- +.. -÷....----+----.----+-- - .-.--- - +-......-÷ I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
... -..-- ÷----------.----.----.----.-+ -----------....------------- + - +--
35 48 NOD TEC TEH .610 ZBAZC 49 HI 35 48 NOD 08H 08H .610 NPSNM 83 HI 36 48 NOD TEC TEH .610 ZBAZC 49 HI 36 48 NOD 08H 08H .610 NPSNM 83 HI 37 48 NOD TEC TEH .610 ZBAZC 49 HI 37 48 NOD 08H 08H .610 NPSNM 83 HI 38 48 NOD TEC TEH .610 ZBAZC 49 HI 38 48 NOD 08H 08H .610 NPSNM 83 HI 31 49 NOD 02C 02C .610 NPSNM 10 CI 31 49 NOD TEC TEH .610 ZBAZC 51 HI 34 50 NOD 02C 02C .610 NPSNM 12 CI 34 50 3.07 64 MBM 6 07H 29.70 TEC TEH .610 ZBAZC 49 HI 14 52 NOD TSH TSH .610 NPSNM 7 HI 14 52 .19 34 DSS P1 01H .85 TEC TEH .610 ZBAZC 23 HI 14 52 NDF 2 01H .85 01H 01H .610 NPSNM 83 HI 31 52 NOD TSH TSH .610 NPSNM 9 HI 31 52 25.69 75 PLP 11 02C .46 02C 02C .610 NPSNM 12 CI 31 52 NOD TEC TEH .610 ZBAZC 49 HI 33 53 NOD 02C 02C .610 NPSNM 12 CI 33 53 NOD TEC TEH .610 ZBAZC 51 HI I24 54 .25 65 NS P1 TSH 2.23 TEC TEH .610 ZBAZC 25 HI 24 54 .30 54 NOS P1 TSH 2.78 TEC TEH .610 ZBAZC 25 Hl 24 54 4.68 74 MBM 6 TSC 5.25 TEC TEH .610 ZBAZC 25 HI 24 54 NDF 2 TSH 2.23 TSH 03H .610 NPSNM 83 HI 24 54 NDF .2 TSH 2.78 TSH 03H .610 NPSNM 83 HI 3 55 NOD lC TEC .610 ZBAZC 2 CI 3 55 NOD TSH TSH .610 NPSNM 5 HI 3 55 NOD 02C 02C .610 NPSNM 10 CI 3 55 NOD lC TEH .590 SBUCC 87 HI 39 55 3.38 190 RMB P1 10H 18.91 TEC TEH .610 ZBAZC 55 HI 39 55 1.91 41 PVN 2 10H 18.91 10H 11H .610 ZPSMB 107 HI 3 56 NOD 11C TEC .610 ZBAZC 6 CI 3 56 NDF 2 TSH -4.94 TSH TSH .610 NPSNM 7 HI 3 56 NOD 02C 02C .610 NPSNM 10 CI 3 56 NDF 2 05H -. 39 05H 05H .610 NPSNM 83 Hl 3 56 NDF 2 05H .69 05H 05H .610 NPSNM 83 HI 3 56 5.15 174 DNT P1 05H -. 42 11C TEH .590 SBUCC 87 HI 3 56 4.61 174 DNT P1 05H .69 11C TEH .590 SBUCC 87 HI 6 59 NOD 02C 02C .610 NPSNM 10 CI 6 59 NOD TEC TEH .610 ZBAZC 95 HI 2 60 NOD lC TEC .610 ZBAZC 4 CI 2 60 NOD 02C 02C .610 NPSNM 10 CI 2 60 .62 110 DSS P1 01H -. 28 11H TEH .610 ZBAZC 95 HI 2 60 3.38 177 DNT P1 05H -. 41 11H TEH .610 ZBAZC 95 HI 2 60 4.45 177 DNT P1 05H .67 11H TEH .610 ZBAZC 95 HI 2 60 NOD 11H 11C .580 NPUM4 103 HI 2 61 NOD 11C TEC .610 ZBAZC 4 CI 2 61 NOD 02C 02C .610 NPSNM 10 CI 2 61 NOD 11H TEH .610 ZBAZC 95 HI
...-- ---------------.----.--------- +--- -+---- +---+.----+- +- +-
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
...------------ ...-----------....- +--+ ------- -+---+.----+- +- +-
5 ST Max 86
SG - C PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 COE 20121001 10/27/2012 10:18:18
------------ +----+-----------+..----..+----+... ---- +----+----- +. - -.......-
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
-------------------- + ------
+-----+------+----+------+----+ ---- +----+-----+ - - *---------
1 62 NOD 11C TEC .610 ZBAZC 2 C 1 62 NOD 02C 02C .610 NPSNM 10 CI 1 62 NOD 11H TEH .610 ZBAZC 97 HI 1 62 NOD 11H 11C .580 NPUM4 105 HI 2 62 NDD 11C TEC .610 ZBAZC 4 Cl 2 62 NDD 02C 02C .610 NPSNM 10 CI 2 62 NDD 11H TEH .610 ZBAZC 95 HI 2 62 NDD 11H 11C .580 NPUM4 103 HI 1 63 NOD 11C TEC .610 ZBAZC 2 CI 1 63 NOD 02C 02C .610 NPSNM 10 CI 1 63 NOD 11H TEH .610 ZBAZC 97 HI 2 63 NOD 11C TEC .610 ZBAZC 4 Cl 2 63 NOD 02C 02C .610 NPSNM 10 CI 2 63 NOD 11H TEH .610 ZBAZC 95 HI I 24 63 .30 74 NOS P1 TSH 1.48 TEC TEH .610 ZBAZC 59 HI 24 63 2.32 165 ONG P1 02C 2.12 TEC TEH .610 ZBAZC 59 HI 24 63 7.00 177 DNG P1 02C 3.15 TEC TEH .610 ZBAZC 59 HI 24 63 NDF 2 TSH 1.48 TSH 03H .610 NPSNM 83 HI 1 64 NOD 11C TEC .610 ZBAZC 2 CI 1 64 NOD 02C 02C .610 NPSNM 10 CI 1 64 NOD 11H TEH .610 ZBAZC 97 HI 2 64 NOD 11C TEC .610 ZBAZC 4 CI 2 64 NOD 02C 02C .610 NPSNM 10 CI 2 64 3.88 176 ONG P1 03H 16.22 11H TEH .610 ZBAZC 95 HI 21 64 .19 113 NOS P1 TSH 1.70 TEC TEH .610 ZBAZC 95 HI 21 64 NDF 2 TSH 1.70 TSH 03H .610 NPSNM 99 HI 31 64 NDD 02C 02C .610 NPSNM 10 CI 31 64 NDD TEC TEH .610 ZBAZC 53 HI 21 67 5.64 36 DTS P5 TSH -. 12 TEC TEH .610 ZBAZC 95 HI 21 67 NDF 2 TSH -. 12 TSH TSH .610 NPSNM 101 HI 22 70 NOD 02C 02C .610 NPSNM 10 CI 22 70 NOD TEC TEH .610 ZBAZC 57 HI 31 70 11.56 67 PLP 11 02C .34 02C 02C .610 NPSNM 10 CI 31 70 NOD TEC TEH .610 ZBAZC 57 HI 23 71 NOD 02C 02C .610 NPSNM 10 CI 23 71 NOD TEC TEH .610 ZBAZC 57 HI 24 71 NOD 02C 02C .610 NPSNM 10 CI 24 71 NOD TEC TEH .610 ZBAZC 57 HI 25 71 NDD 02C 02C .610 NPSNM 10 CI 25 71 NDD TEC TEH .610 ZBAZC 57 HI 23 72 NOD 02C 02C .610 NPSNM 10 CI 23 72 .49 152 DFS 1 03H 4.48 TEC TEH .610 ZBAZC 59 HI 23 72 .38 151 DFS 1 10H 25.12 TEC TEH .610 ZBAZC 59 HI 23 72 .82 145 DFS 1 07C 15.47 TEC TEH .610 ZBAZC 59 HI 24 72 NDD 02C 02C .610 NPSNM 10 CI 24 72 NOD TEC TEH .610 ZBAZC 59 HI 25 72 NOD 02C 02C .610 NPSNM 10 CI
.... .... ---------- .--.----+----+---- ------- +----.----+..---+- - +- +---
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
.... .... ---------- .--.----+-------+----+ ---- +----+- -+..----+-.....+- + ---
6 ST Max 87
SG - C PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 S... - --- - - - - .... 4 . - - --------- ----- - - -- - - -. -. .-- . -- - - - I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
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25 72 NOD TEC TEH .610 ZBAZC 57 HI 23 73 NOD 02C 02C .610 NPSNM 10 CI TEC TEH .610 ZBAZC 57 HI 23 73 NDD 02C 02C .610 NPSNM 10 CI 24 73 NOD TEC TEH .610 ZBAZC 57 HI 24 73 2.00 179 DNT P1 05H - .66 02C 02C .610 NPSNM 10 CI 25 73 NOD TEC TEH .610 ZBAZC 57 HI 25 73 NOD 02C 02C .610 NPSNM 10 CI 22 79 NOD TEC TEH .610 ZBAZC 69 HI 22 79 NOD 02C 02C .610 NPSNM 10 CI 25 92 NOD TEC TEH .610 ZBAZC 65 HI 25 92 NOD 02C 02C .610 NPSNM 10 CI 34 98 NOD TEC TEH .610 ZBAZC 65 HI 34 98 NOD 02C 02C .610 NPSNM 10 CI 34 99 NOD 34 99 NOD TSH TSH .610 NPSNM 15 HI TEC TEH .610 ZBAZC 67 HI 34 99 NOD 02C 02C .610 NPSNM 10 CI 22 102 NOD 22 102 NOD TEC TEH .610 ZBAZC 69 HI 02C 02C .610 NPSNM 10 CI 22 103 NOD TEC TEH .610 ZBAZC 71 HI 22 103 .19 165 DFS 1 09C 20.43 02C 02C .610 NPSNM 10 CI 27 105 NDF 2 11C .00 27 105 NOD TSH TSH .610 NPSNM 15 HI TEC TEH .610 ZBAZC 71 HI 27 105 .23 45 DSS P1 liC -. 03 TSH TSH .610 NPSNM 13 HI 27 107 NDF 2 TSH -14.68 TSH TSH .610 NPSNM 13 HI 27 107 NDF 2 TSH -13.36 TSH TSH .610 NPSNM 13 HI 27 107 NDF 2 TSH -13.09 TSH TSH .610 NPSNM 13 HI 27 107 NDF 2 TSH -12.80 TEC TEH .610 ZBAZC 71 HI 27 107 .31 74 DFS 1 03H 14.06 TEC TEH .610 ZBAZC 71 HI 27 107 6.00 182 ONG P1 11H 3.86 TEC TEH .610 ZBAZC 71 HI 27 107 8.01 178 ONG P1 11H 5.08 03H 0SH .610 NPSNM 83 HI 27 107 NDF 2 03H 14.06 01C 02C .610 NPSNM 10 CI 12 109 NDF 2 01C 2.27 TEC TEH .610 ZBAZC 75 HI 12 109 24 149 DFS 1 01C 2.27
- - - --------------- --------- --- - - - ---- +--- - -+- - -- +- - ---
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Tubes: 120 Records: 316 7 ST Max 88
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SG - D PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 S- - - -- - ---------- + - -- - ---------- -------------- - ÷- - . --- - I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL Ll ÷ .... ÷- - --------- ÷---- .... ÷ .... ÷----÷ ---
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3.88 181 DNG P1 09C 26.65 l1C TEC .610 ZBAZC 2 CI 2.85 174 DNG P1 11H 12.23 liC TEH .590 SBUCC 79 HI NDD TSH TSH .610 NPSNM 111 HI 2.15 183 DNG P1 09H 23.32 TEC TEH .610 ZBAZC 39 HI NDD TSH TSH .610 NPSNM 111 Hl NDD TEC TEH .610 ZBAZC 39 HI NDD TSH TSH .610 NPSNM 111 HI NDD llC TEC .610 ZBAZC 2 CI NDD liC TEH .590 SBUCC 79 HI NDD TSH TSH .610 NPSNM 111 HI NDD TEC TEH .610 ZBAZC 37 HI NDD TSH TSH .610 NPSNM 111 HI NDD TEC TEH .610 ZBAZC 39 HI 54.19 79 PLP 11 TSH .20 TSH TSH .610 NPSNM 85 HI NDD TEC TEH .610 ZBAZC 39 HI 70.87 78 PLP 11 TSH .13 TSH TSH .610 NPSNM 85 HI NDD TEC TEH .610 ZBAZC 39 HI NDD TSH TSH .610 NPSNM 109 HI NDD TSH TSH .610 NPSNM 111 HI NDD TEC TEH .610 ZBAZC 39 HI NDD TSH TSH .610 NPSNM 109 HI NDD lic TEC .610 ZBAZC 2 CI NDD lic TEH .590 SBUCC 79 HI NDD TSH TSH .610 NPSNM 109 HI NDD TEC TEH .610 ZBAZC 37 HI NDD TSH TSH .610 NPSNM 109 HI NDD TEC TEH .610 ZBAZC 39 HI NDD TSH TSH .610 NPSNM 109 HI NDD TEC TEH .610 ZBAZC 37 HI NDD TSH TSH .610 NPSNM 109 HI NfoD TEC TEH .610 ZBAZC 39 HI NDD TSH TSH .610 NPSNM 109 HI NDD TEC TEH .610 ZBAZC 37 HI NDD TSH TSH .610 NPSNM 109 HI NDD liC TEC .610 ZBAZC 2 CI NDD liC TEH .590 SBUCC 79 HI NDD TSH TSH .610 NPSNM 109 HI NDD TEC TEH .610 ZBAZC 37 HI NDD TSH TSH .610 NPSNM 109 HI NDD TEC TEH .610 ZBAZC 39 HI NDD TSH TSH .610 NPSNM 109 HI NDD TEC TEH .610 ZBAZC 37 HI NDD TSH TSH .610 NPSNM 109 HI NDD TEC TEH .610 ZBAZC 39 HI NDD TSH TSH .610 NPSNM 109 HI
----- - - -- - ÷----------------- ------ - -. - -. -- - - --
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
-- +---------------.----------------..... -------- +---- - ---- ÷--..-
1 ST Max 90
SG - D PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10127/2012 10:18:1.8
.. ...-----------.--------.----.--------...---- .. +----+ --------- +-+.-............+...... - +
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI 9 4 NDD TEC TEH .610 ZBAZC 37 HI 9 4 NDD TSH TSH .610 NPSNM 109 HI 12 10 NDD TSH TSH .610 NPSNM 9 HI 12 10 .38 167 DFS 1 10H 15.32 TEC TEH .610 ZBAZC 39 HI 12 10 4.73 173 DNG P1 10H 40.37 TEC TEH .610 ZBAZC 39 HI 12 10 NDF 2 10H 15.32 10H 11H .610 NPSNM 83 HI 12 10 NDF 2 10H 40.37 10H 11H .610 NPSNM 83 HI 30 17 NDD 02C 02C .610 NPSNM 6 CI 30 17 NDF 2 09C -. 02 09C 09C .610 NPSNM 6 CI 30 17 .19 126 DSS P1 09C -. 02 TEC TEH .610 ZBAZC 43 HI 11 18 NOD TEC TEH .610 ZBAZC 37 HI 11 18 NDD 07H 07H .610 NPSNM 89 HI 12 18 NOD TSH TSH .610 NPSNM 9 HI 12 18 NOD TEC TEH .610 ZBAZC 39 HI 12 18 NDD 07H 07H .610 NPSNM 89 HI 13 18 NDD TEC TEH .610 ZBAZC 37 HI 13 18 NDD 07H 07H .610 NPSNM 89 HI 14 18 NOD TEC TEH .610 ZBAZC 39 HI 14 18 NDD 07H 07H .610 NPSNM 89 HI 15 18 NDD TEC TEH .610 ZBAZC 41 HI 15 18 NOD 07H 07H .610 NPSNM 89 HI 11 19 NOD TEC TEH .610 ZBAZC 37 HI 11 19 NOD 07H 07H .610 NPSNM 89 HI 12 19 NOD TEC TEH .610 ZBAZC 39 HI 12 19 NDD 07H 07H .610 NPSNM 89 HI 13 19 NOD TEC TEH .610 ZBAZC 37 HI 13 19 NOD 07H 07H .610 NPSNM 89 HI 14 19 NDD TEC TEH .610 ZBAZC 39 HI 14 19 NDD 07H 07H .610 NPSNM 89 HI 15 i9 NOD TEC TEH .610 ZBAZC 41 HI 15 19 NOD 07H 07H .610 NPSNM 89 HI 11 20 NDD TEC TEH .610 ZBAZC 37 HI 11 20 NDD 07H 07H .610 NPSNM 89 HI 12 20 2.46 184 ONG P1 09C 18.68 TEC TEH .610 ZBAZC 39 HI 12 20 NOD 07H 07H .610 NPSNM 89 HI 13 20 .46 140 DSI P1 07H -. 70 TEC TEH .610 ZBAZC 37 HI 13 20 .20 93 SVI 2 07H -. 65 07H 07H .610 NPSNM 83 HI 13 20 .20 93 PCT 22 2 07H -. 65 07H 07H .610 NPSNM 83 HI 13 20 TBP 2 07H 07H .610 NPSNM 91 HI 13 20 .09 111 PID 2 07H -. 71 07H 07H .610 NPSNM 91 HI 14 20 NDD TEC TEH .610 ZBAZC 39 HI 14 20 NDD 07H 07H .610 NPSNM 89 HI 15 20 .22 132 DSS P1 09H .07 TEC TEH .610 ZBAZC 41 Hi 15 20 11.19 180 DNG P1 09H 27.77 TEC TEH .610 ZBAZC 41 HI 15 20 NDD 07H 07H .610 NPSNM 89 HI 11 21 NDD TEC TEH .610 ZBAZC 37 HI 11 21 NDD 07H 07H .610 NPSNM 89 HI
--------------------- +----+-----+-----+-----+-----+-----+ ---- +----+-----+ - - +--------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI ÷- -÷ ----------- +----+----+----.----.----.. -------- ---..-- +- +--------------- 2 ST Max 91
SG - D PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 + .... ÷-----------+- --- ------------- + -4 +----.----+--- ---- -...--.-.. +-...--÷ I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI ÷..------ ------------ ..------.--------.----.----- +-..--------- -...----- - +----....- -- ÷ 12 21 NDD TEC TEH .610 ZBAZC 39 HI 12 21 NDD 07H 07H .610 NPSNM 89 HI 13 21 NDD TEC TEH .610 ZBAZC 37 HI 13 21 NDD 07H 07H .610 NPSNM 89 HI 14 21 NOD TEC TEH .610 ZBAZC 39 HI 14 21 NOD 07H 07H .610 NPSNM 89 HI 15 21 NDD TEC TEH .610 ZBAZC 41 HI 15 21 NDD 07H 07H .610 NPSNM 89 HI 11 22 NDD TEC TEH .610 ZBAZC 37 HI 11 22 NDD 07H 07H .610 NPSNM 89 HI 12 22 NDD TSH TSH .610 NPSNM 11 HI 12 22 NDD TEC TEH .610 ZBAZC 39 HI 12 22 NDD 07H 07H .610 NPSNM 89 HI 1 13 22 NDD TSH TSH .610 NPSNM 11 HI 1 13 22 NDD TEC TEH .610 ZBAZC 37 HI 13 22 NOD 07H 07H .610 NPSNM 89 HI 14 22 NDD TEC TEH .610 ZBAZC 39 HI 14 22 NOD 07H 07H .610 NPSNM 89 HI 15 22 NDD TEC TEH .610 ZBAZC 41 HI 15 22 NDD 07H 07H .610 NPSNM 89 HI 33 28 NDD TSH TSH .610 NPSNM 9 HI 33 28 .28 119 DSS P1 08H -. 61 TEC TEH .610 ZBAZC 33 HI 33 28 NDF 2 08H -. 61 08H 08H .610 NPSNM 83 HI 38 46 .20 126 DSS P1 01H .30 TEC TEH .610 ZBAZC 25 HI 38 46 NDF 2 01H .30 01H 01H .610 NPSNM 83 HI 31 48 NDD TSH TSH .610 NPSNM 5 HI 31 48 .24 94 DSS P1 01H .45 TEC TEH .610 ZBAZC 25 HI 31 48 .10 84 VOL P4 01H .45 01H 01H .610 NPSNM 83 HI 31 48 .19 273 PCT 22 2 01H .45 01H 01H .610 NPSNM 83 HI 21 54 NDD TSH TSH .610 NPSNM 3 HI 21 54 NDF 2 03C .34 03C 03C .610 NPSNM 8 CI 21 54 .48 44 DSS P1 03C .34 TEC TEH .610 ZBAZC 21 HI 21 54 PBC P1 TEC TEH .610 ZBAZC 77 HI 5 59 NOD 08H 08H .610 NPSNM 89 HI 5 59 NDD TEC TEH .610 ZBAZC 103 HI 6 59 NDD 08H 08H .610 NPSNM 89 HI 6 59 NOD TEC TEH .610 ZBAZC 105 HI 7 59 NDD 08H 08H .610 NPSNM 89 HI 7 59 NOD TEC TEH .610 ZBAZC 103 HI 8 59 NDD 08H 08H .610 NPSNM 89 HI 8 59 NDD TEC TEH .610 ZBAZC 105 HI 9 59 NDD 08H 08H .610 NPSNM 89 HI 9 59 2.90 82 MBM 6 07C 13.99 TEC TEH .610 ZBAZC 105 HI 5 60 NDD 08H 08H .610 NPSNM 89 HI 5 60 NDD TEC TEH .610 ZBAZC 103 HI
-------------------- + ------
+-----+-----+-----+-----+-----+ ---- +----+-----+ - - +--------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
+ .... + -- -- + ........ +...----------+-...+---- ------- *--+----+ - -- -+- + - +--+
3 ST Max 92
SG - D PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 COE 20121001 10/27/2012 10:18:18
- --------------- +------------.----....--------+-----+----- -+... -... "-
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
....- ---------- +----.--------.---------.-----+-------- ---- +-- - + -..... +-
6 60 NOD 08H 08H .610 NPSNM 89 HI 6 60 NOD TEC TEH .610 ZBAZC 105 HI 7 60 NDD 08H 08H .610 NPSNM 89 HI 7 60 NOD TEC TEH .610 ZBAZC 103 HI 8 60 NOD 08H 08H .610 NPSNM 89 HI 8 60 NOD TEC TEH .610 ZBAZC 105 HI 9 60 NOD 08H 08H .610 NPSNM 89 HI 9 60 NOD TEC TEH .610 ZBAZC 103 HI 5 61 NOD 08H 08H .610 NPSNM 89 HI 5 61 NOD TEC TEH .610 ZBAZC 103 HI 6 61 NOD 08H 08H .610 NPSNM 89 HI 6 61 NOD TEC TEH .610 ZBAZC 105 HI 8 61 NOD 08H 08H .610 NPSNM 89 HI 8 61 NOD TEC TEH .610 ZBAZC 105 HI 9 61 NOD 08H 08H .610 NPSNM 89 HI 9 61 NOD TEC TEH .610 ZBAZC 103 HI 36 61 NOD TEC TEH .610 ZBAZC 49 HI 36 61 .12 68 VOL P4 TSH .03 TSH TSH .610 NPSNM 83 Hi 36 61 .13 250 PCT 17 2 TSH .03 TSH TSH .610 NPSNM 83 HI 5 62 NOD 08H 08H .610 NPSNM 89 HI 5 62 NOD TEC TEH .610 ZBAZC 103 HI 6 62 NOD 08H 08H .610 NPSNM 89 HI 6 62 3.22 77 MBM 6 09H 11.20 TEC TEH .610 ZBAZC 105 HI 7 62 NOD 08H 08H .610 NPSNM 89 HI
- 7. 62 NDD TEC TEH .610 ZBAZC 103 HI 8 62 NOD 08H 08H .610 NPSNM 89 HI 8 62 NOD TEC TEH .610 ZBAZC 105 HI 9 62 NOD 08H 08H .610 NPSNM 89 HI 9 62 NOD TEC TEH .610 ZBAZC 103 HI 5 63 NOD 08H 08H .610 NPSNM 89 HI 5 63 NOD TEC TEH .610 ZBAZC 103 HI 6 63 NOD 08H 08H .610 NPSNM 89 HI 6 63 NOD TEC TEH .610 ZBAZC 105 HI 7 63 NOD 08H 08H .610 NPSNM 89 HI 7 63 NOD TEC TEH .610 ZBAZC 103 HI 8 63 NOD 08H 08H .610 NPSNM 89 HI 8 63 NOD TEC TEH .610 ZBAZC 105 HI 9 63 NDD 08H 08H .610. NPSNM 89 HI 9 63 NOD TEC TEH .610 ZBAZC 103 HI 33 66 .26 61 DSS P1 08H -. 78 TEC TEH .610 ZBAZC 55 HI 33 66 NDF 2 08H -. 78 08H 08H .610 NPSNM 85 HI 34 69 NDD 02C 02C .610 NPSNM 6 CI 34 69 NOD TSH TSH .610 NPSNM 15 HI 34 69 NOD TEC TEH .610 ZBAZC 53 HI
+..- + ------------ +----+----.----.---- -----
+-------------+- -+-.....+-....--+
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI +..- ---------------.------
+ +--------+- - ------ -+-.....+-....--+
+
4 ST Max 93
SG - D PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18
.... + ----------- +----.----.----.---- -
+----+.... ------- - -+ ----+ -- +-. -.-- - +-4 -÷"-
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI ÷---÷- -÷ 4----------------.----.----.---+- -- ÷ ----.-.- + --- ÷ 15 70 NOD 09H 09H .610 NPSNM 83 HI 15 70 NDD TEC TEH .610 ZBAZC 103 HI 16 70 NOD 09H 09H .610 NPSNM 83 HI 16 70 NOD TEC TEH .610 ZBAZC 103 HI 17 70 NOD TEC TEH .610 ZBAZC 69 HI 17 70 NDD 09H 09H .610 NPSNM 85 HI 18 70 NOD TEC TEH .610 ZBAZC 71 HI 18 70 NOD 09H 09H .610 NPSNM 85 HI 19 70 NOD TEC TEH .610 ZBAZC 51 HI 19 70 NOD 09H 09H .610 NPSNM 85 HI 21 70 NOD TEC TEH .610 ZBAZC 51 HI 21 70 NOD TSH TSH .610 NPSNM 85 HI 41 70 NOD TSH TSH .610 NPSNM 11 HI 41 70 NOD TEC TEH .610 ZBAZC 55 HI 41 70 NOD 08H 08H .610 NPSNM 83 HI 43 70 NOD TSH TSH .610 NPSNM 11 HI 43 70 NOD TEC TEH .610 ZBAZC 55 HI 43 70 NOD 08H 08H .610 NPSNM 83 HI 44 70 NOD TSH TSH .610 NPSNM 11 HI 44 70 NDD TEC TEH .610 ZBAZC 55 HI 44 70 NOD 08H 08H .610 NPSNM 83 HI 45 70 NOD TSH TSH .610 NPSNM 11 HI 45 70 NOD TEC TEH .610 ZBAZC 55 HI 45 70 NDD 08H 08H .610 NPSNM 83 HI 46 70 NOD TSH TSH .610 NPSNM 11 HI 46 70 NOD TEC TEH .610 ZBAZC 55 HI 46 70 NOD 08H 08H .610 NPSNM 83 HI 15 71 NOD 09H 09H .610 NPSNM 83 HI 15 71 2.32 179 DNG P1 AV4 3.23 TEC TEH .610 ZBAZC 105 HI 16 71 1.94 171 INR P1 10H 42.08 TEC TEH .610 ZBAZC 71 HI 16 71 NOD 09H 09H .610 NPSNM 83 HI 17 71 NOD TEC TEH .610 ZBAZC 71 HI 17 71 NOD 09H 09H .610 NPSNM 83 HI 18 71 NDD TEC TEH .610 ZBAZC 71 HI 18 71 NOD 09H 09H .610 NPSNM 83 HI 19 71 NOD TEC TEH .610 ZBAZC 51 HI 19 71 NOD 09H 09H .610 NPSNM 83 HI 41 71 NOD TEC TEH .610 ZBAZC 53 HI 41 71 NDD 08H 08H .610 NPSNM 85 HI 42 71 NOD TEC TEH .610 ZBAZC 53 HI 42 71 NOD 08H 08H .610 NPSNM 85 HI 43 71 .16 104 DSS P1 01HW .02 TEC TEH .610 ZBAZC 53 HI 43 71 NOD 08H 08H .610 NPSNM 85 HI 43 71 NDF 2 01H .02 01H 01H .610 NPSNM 85 HI 44 71 NOD TEC TEH .610 ZBAZC 53 HI 44 71 NOD 08H 08H .610 NPSNM 85 HI
-------------------- + ------
+-----+-----+-----+-----+-----+ ---- +----+-----+ - - +--------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
--------------- +----+----+----+----+-----+----+ ----
+- - ---- - +--
5 ST Max 94
SG - D PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18
- ----------- ---- ...-------- +----......------- +....----+-.-........+-
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL l
÷-- +----.----.....---------+-...----- --........-
45 71 NOD TEC TEH .610 ZBAZC 53 HI 45 71 NDD 08H 08H .610 NPSNM 85 HI 46 71 NDD TEC TEH .610 ZBAZC 55 HI 46 71 NOD 08H 08H .610 NPSNM 85 HI 15 72 2.19 183 DNG P1 AV4 3.00 TEC TEH .610 ZBAZC 69 HI 15 72 NOD 09H 09H .610 NPSNM 85 HI 16 72 NOD TEC TEH .610 ZBAZC 71 HI 16 72 NOD 09H 09H .610 NPSNM 85 HI 18 72 NOD TEC TEH .610 ZBAZC 69 HI 18 72 NDD 09H 09H .610 NPSNM 85 HI 19 72 2.47 183 0NG P1 07C 28.49 TEC TEH .610 ZBAZC 69 HI 19 72 NDD 09H 09H .610 NPSNM 85 HI 41 72 NOD TEC TEH .610 ZBAZC 55 HI 1 41 72 NDD 08H 08H .610 NPSNM 83 HI 42 72 NOD TEC TEH .610 ZBAZC 55 HI 42 72 NDD 08H 08H .610 NPSNM 83 HI 44 72 NOD TEC TEH .610 ZBAZC 55 HI 44 72 NOD 08H 08H .610 NPSNM 83 HI 45 72 NDD TEC TEH .610 ZBAZC 55 HI 45 72 NDD 07H 07H .610 NPSNM 83 HI 1 45 72 NDD 08H 08H .610 NPSNM *83 HI 1 46 72 4.09 72 MBM 6 07C 1.78 TEC TEH .610 ZBAZC 55 HI 1 46 72 2.64 81 MBM 6 07C 4.03 TEC TEH .610 ZBAZC 55 HI 1 46 72 3.04 66 MBM 6 07C 5.79 TEC TEH .610 ZBAZC 55 HI 46 72 2.41 70 MBM 6 03C 9.95 TEC TEH .610 ZBAZC 55 HI 46 72 NDD 07H 07H .610 NPSNM 83 HI 46 72 NDD 08H 08H .610 NPSNM 83 HI 47 72 NOD TEC TEH .610 ZBAZC 53 HI 47 72 NOD 07H 07H .610 NPSNM 83 HI 48 72 NOD TEC TEH .610 ZBAZC 55 HI 48 72 NOD 07H 07H .610 NPSNM 83 HI 49 72 2.20 45 INR P5 TSH -. 17 TEC TEH .610 ZBAZC 53 HI 49 72 NOD 07H 07H .610 NPSNM 83 HI 15 73 2.23 180 0NG P1 AV4 3.09 TEC TEH .610 ZBAZC 71 HI 15 73 NDD 09H 09H .610 NPSNM 83 HI 16 73 NDD TEC TEH .610 ZBAZC 71 HI 16 73 NOD 09H 09H .610 NPSNM 83 HI 17 73 NOD TEC TEH .610 ZBAZC 71 HI 17 73 NOD 09H 09H .610 NPSNM 83 HI 18 73 NDD TEC TEH .610 ZBAZC 71 HI 18 73 NOD 09H 09H .610 NPSNM 83 HI 19 73 NOD TEC TEH .610 ZBAZC 71 HI 19 73 NDD 09H 09H .610 NPSNM 83 HI I34 73 .18 93 DSS P1 OH .19 TEC TEH .610 ZBAZC 53 HI 1 34 73 .11 64 DSS P1 03H .24 TEC TEH .610 ZBAZC 53 HI 1 34. 73 ÷1 64 -÷ ... S .... .... 03 -BAZ TE - ÷ .61 53- -- H--
---------------------- +----+-----+-----+-----+-----+-----+ ---- +----+-----+ - - +--------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI ÷..- ------------..---- +----.----+----...--------+------+-- ----- -..... +...... -- 6 ST Max 95
SG - D PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18
....--------------- +------------+----.. . ---------- + ----
+----- - -
I ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 BEGT ENDT PDIA PTYPE CAL LI
.. - - -÷---------- ..--.----.----.----.----.----..---- + ---------- - +-
1 34 73 NDF 2 01H .19 01H 01H .610 NPSNM 85 HI 1 34 73 NDF 2 03H .24 03H 03H .610 NPSNM 85 HI 1 35 73 .29 138 DSS P1 01H .17 TEC TEH .610 ZBAZC 53 HI 35 73 2.31 79 MBM 6 07C 27.53 TEC TEH .610 ZBAZC 53 HI 35 73 NDF 2 01H .17 01H 01H .610 NPSNM 85 HI 36 73 .15 91 DSS P1 01H .14 TEC TEH .610 ZBAZC 53 HI 36 73 2.76 76 MBM 6 07C 13.03 TEC TEH .610 ZBAZC 53 HI 36 73 NDF 2 01H .14 01H 01H .610 NPSNM 85 HI 37 73 .13 92 DSS P1 01H .10 TEC TEH .610 ZBAZC 53 HI 37 73 NDF 2 01H .10 01H 01H .610 NPSNM 85 HI 41 73 NOD TEC TEH .610 ZBAZC 53 HI 41 73 NDD 08H 08H .610 NPSNM 85 HI 42 73 NDD TEC TEH .610 ZBAZC 53 HI 42 73 NDD 08H 08H .610 NPSNM 85 HI 45 73 NDD TEC TEH .610 ZBAZC 53 HI 45 73 NDD 07H 07H .610 NPSNM 85 HI 45 73 NDD 08H 08H .610 NPSNM 85 HI 1 46 73 NDD TEC TEH .610 ZBAZC 55 HI 1 46 73 NDD 07H 07H .610 NPSNM 85 HI 46 73 NDD 08H 08H .610 NPSNM 85 HI 47 73 NOD TEC TEH .610 ZBAZC 53 HI 47 73 NOD 07H 07H .610 NPSNM 85 HI 48 73 NOD TEC TEH .610 ZBAZC 55 HI 48 73 RIC 07H 07H .610 NPSNM 85 HI 48 73 NOD 07H 07H .610 NPSNM 87 HI 49 73 4.37 177 DNT P1 AV1 .30 TEC TEH .610 ZBAZC 53 Hi 49 73 NOD 07H 07H .610 NPSNM 83 HI 11 74 NOD TEC TEH .610 ZBAZC 69 HI 11 74 NOD 05H 05H .610 NPSNM 85 HI 12 74 NOD TEC TEH .610 ZBAZC 69 HI 12 74 NOD 05H 05H .610 NPSNM 85 HI 13 74 NOD TEC TEH .610 ZBAZC 69 HI 13 74 NOD 05H 05H .610 NPSNM 85 HI 14 74 NOD TEC TEH .610 ZBAZC 69 HI 14 74 NDD 05H 05H .610 NPSNM 83 HI 15 74 NOD TEC TEH .610 ZBAZC 69 HI 15 74 NOD 05H 05H .610 NPSNM 85 HI 15 74 NOD 09H 09H .610 NPSNM 85 HI 16 74 NOD TEC TEH .610 ZBAZC 69 HI 16 74 NOD 09H 09H .610 NPSNM 85 HI 17 74 NDD TEC TEH .610 ZBAZC 69 HI 17 74 NDD 09H 09H .610 NPSNM 85 HI 18 74 NOD TEC TEH .610 ZBAZC 69 HI 18 74 NOD 09H 09H .610 NPSNM 85 HI 19 74 NOD TEC TEH .610 ZBAZC 69 HI 19 74 NDD 09H 09H .610 NPSNM 85 HI
....--------------------- +--------+- ----- ------ + ----- +......--
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI +..--- ÷ --------------- +-------------- -+ - - ---- -- ...----- -.... +-....-- 7 ST Max 96
SG - D PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:1.8 S.... ÷-----------+----+....---- ..---.---- ÷--------.----+--.----.... + --- I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI S... ... ----------- .--.-----. +- +--+---- --- +---------+---- - - --- 41 74 NDD TEC TEH .610 ZBAZC 55 HI 41 74 NDD 08H 08H .610 NPSNM 83 HI 42 74 NDD TEC TEH .610 ZBAZC 55 HI 42 74 NOD 08H 08H .610 NPSNM 83 HI 43 74 NOD TEC TEH .610 ZBAZC 55 HI 43 74 NOD 08H 08H .610 NPSNM 83 HI 44 74 2.38 183 DNG P1 09C 37.04 TEC TEH .610 ZBAZC 55 HI 44 74 NOD 08H 08H .610 NPSNM 83 Hi 45 74 NOD TEC TEH .610 ZBAZC 55 HI 45 74 NOD 07H 07H .610 NPSNM 83 HI 45 74 NOD 08H 08H .610 NPSNM 83 HI 46 74 2.23 174 DNT P1 11H .40 TEC TEH .610 ZBAZC 55 HI 46 74 NOD 07H 07H .610 NPSNM 83 HI 46 74 NOD 08H 08H .610 NPSNM 83 HI 48 74 NOD TEC TEH .610 ZBAZC 55 HI 48 74 NOD 07H 07H .610 NPSNM 83 HI 49 74 .22 50 DSS P1 01H .19 TEC TEH .610 ZBAZC 53 HI 49 74 2.21 174 DNT P1 AVi -. 09 TEC TEH .610 ZBAZC 53 HI 49 74 NOD 07H 07H .610 NPSNM 83 HI 49 74 NDF 2 01H .19 01H 01H .610 NPSNM 83 HI 11 75 NOD TEC TEH .610 ZBAZC 71 HI 11 75 NOD 05H 05H .610 NPSNM 83 HI 12 75 NOD TEC TEH .610 ZBAZC 71 HI 12 75 NOD 05H 05H .610 NPSNM 83 HI 13 75 NOD TEC TEH .610 ZBAZC 71 HI 13 75 NOD 05H 05H .610 NPSNM 83 HI 14 75 NOD TEC TEH .610 ZBAZC 67 HI 14 75 NOD 05H 05H .610 NPSNM 83 HI 1 15 75 NOD TEC TEH .610 ZBAZC 67 HI 1 15 75 NOD 05H 05H .610 NPSNM 83 HI 41 75 NOD TEC TEH .610 ZBAZC 57 HI 41 75 NOD 08H 08H .610 NPSNM 85 HI 42 75 6.82 178 ONG P1 10H 40.25 TEC TEH .610 ZBAZC 57 HI 42 75 NDD 08H 08H .610 NPSNM 85 HI 43 75 NOD TEC TEH .610 ZBAZC 57 HI 43 75 NOD 08H 08H .610 NPSNM 85 HI 44 75 NOD TEC TEH .610 ZBAZC 57 HI 44 75 NDD 08H 08H .610 NPSNM 85 HI 45 75 NOD TEC TEH .610 ZBAZC 57 HI 45 75 NOD 07H 07H .610 NPSNM 85 HI 45 75 NOD 08H 08H .610 NPSNM 85 HI 46 75 NOD TEC TEH .610 ZBAZC 55 HI 46 75 NOD 07H 07H .610 NPSNM 85 HI 46 75 NOD 08H 08H .610 NPSNM 85 HI 48 75 NDD TEC TEH .610 ZBAZC 55 HI
---------------------- +----+-----+-----+-----+-----+-----+ ---- + ----
+-----+ - - +-------
I ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 BEGT ENDT PDIA PTYPE CAL LI
.. ÷. -------------------.----.----.--------- +---- + ----
+---.--- - + ....--
8 ST Max 97
SG - D PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 +.. .. +----------- .----.----.----.----.------.. ---- +--..----+----..----- -- .---... .- + I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
-÷--------------+--------+----+----+ .. ---- +----+----..... +--- -+ - --- .--.....-
1 48 75 NDD 07H 07H .610 NPSNM 85 HI I49 75 ND 02C 02C .610 NPSNM 6 CI 1 49 75 NDD 03C 03C .610 NPSNM 6 CI I49 75 NDD TEC TEH .610 ZBAZC 53 HI 1 49 75 NDD 07H 07H .610 NPSNM 83 H 1 11 76 NOD TEC TEH .610 ZBAZC 69 HI 1 11 76 NOD 07H 05H .610 NPSNM 85 HI I12 76 ND TEC TEH .610 ZBAZC 69 H I12 76 NOD 05H 05H .610 NPSNM 85 HI 1 14 76 NOD TEC TEH .610 ZBAZC 69 HI 1 14 76 NOD 05H 05H .610 NPSNM 85 HI 1 15 76 NOD TEC TEH .610 ZBAZC 65 HI 15 76 NOD 05H 05H .610 NPSNM 85 HI 45 76 NOD TEC TEH .610 ZBAZC 59 HI 45 76 NOD 07H 07H .610 NPSNM 83 HI 46 76 NOD TEC TEH .610 ZBAZC 55 HI 46 76 NOD 07H 07H .610 NPSNM 83 HI 47 76 NOD TEC TEH .610 ZBAZC 53 HI 47 76 NOD 07H 07H .610 NPSNM 83 HI 48 76 NDD TEC TEH .610 ZBAZC 55 HI 48 76 NOD 07H 07H .610 NPSNM 85 HI 49 76 2.62 176 DNT P1 AV4 .00 TEC TEH .610 ZBAZC 53 HI 49 76 NDD 07H 07H .610 NPSNM 83 HI I11 77 NOD TEC TEH .610 ZBAZC 71 HI I11 77 NDD 05H 05H .610 NPSNM 83 HI 12 77 NDD TEC TEH .610 ZBAZC 71 HI 12 77 NDD 07H 07H .610 NPSNM 85 HI 4913 77 N6D TEC TEH .610 ZBAZC 71 HI 13 77 NOD 07H 07H .610 NPSNM 85 HI 14 77 NOD TEC TEH .610 ZBAZC 67 HI 14 77 NOD 05H 05H .610 NPSNM 85 HI I15 77 2.35 180 DNG P1 AV4 3.06 TEC TEH .610 ZBAZC 67 HI I15 77 NOD 5H 5H .610 NPSNM 83 HI 45 77 NOD TEC TEH .610 ZBAZC 57 HI 45 77 NOD 07H 07H .610 NPSNM 85 HI 46 77 NOD TEC TEH .610 ZBAZC 55 HI 46 77 NOD 07H 07H .610 NPSNM 85 HI I47 77 .32 153 DFS 1 07H 26.00 TEC TEH .610 ZBAZC 53 HI 47 77 NOD 07H 07H .610 NPSNM 83 HI 48 77 NOD TEC TEH .610 ZBAZC 55 HI 48 77 NOD 07H 07H .610 NPSNM 85 HI 49 77 NGD TEC TEH .610 ZBAZC 53 HI 49 77 NOD 07H 07H .610 NPSNM 83 HI I4 78 NDD TEC TEH .610 ZBAZC 69 HI I ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 BEGT ENDT PDIA PTYPE CAL LI
+.. . - ---- -- -+-....+- -'.- - +-....+-.... -- - -+--- + -+- -+-....+ -... .+ .-. .. ÷.. .- --
9 ST Max 98
SG - D PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 ÷ .... ÷ --------- ÷- ----- ---- ---..-- --------..--
÷ .-.- +- .. . . . .---- ..- +..
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI ÷ .... ÷- ------------- +....-- --..---.---- +- -------- ---- ÷ -÷..--- - +--....'-÷ 11 78 NDD 05H 05H .610 NPSNM 83 HI 12 78 NOD TEC TEH .610 ZBAZC 69 HI 12 78 NOD 05H 05H .610 NPSNM 83 HI 13 78 NOD TEC TEH .610 ZBAZC 69 HI 13 78 NDD 05H 05H .610 NPSNM 83 HI 14 78 2.78 181 DNG P1 07C 5.73 TEC TEH .610 ZBAZC 69 HI 14 78 NDD 05H 05H .610 NPSNM 83 HI 15 78 NDD TEC TEH .610 ZBAZC 65 Hi 15 78 NDD 05H 05H .610 NPSNM 83 HI 40 78 .35 31 DSS P1 01H .22 TEC TEH .610 ZBAZC 59 HI 40 78 NDF 2 01H .22 01H 01H .610 NPSNM 83 HI 11 81 .16 160 DFS 1 07H 28.62 TEC TEH .610 ZBAZC 71 HI 11 81 NDF 2 07H 28.65 07H 08H .610 NPSNM 113 HI 41 84 1.68 0 PCT 23 P2 AV3 .00 TEC TEH .610 ZBAZC 59 HI 41 84 NDD 07H 07H .610 NPSNM 83 HI 42 84 NDD TEC TEH .610 ZBAZC 59 HI 42 84 NDD 07H 07H .610 NPSNM 83 HI 43 84 1.88 0 PCT 25 P2 AV3 .00 TEC TEH .610 ZBAZC 59 HI 43 84 NDD 07H 07H .610 NPSNM 83 HI 44 84 NDD TEC TEH .610 ZBAZC 59 HI 44 84 NDD 07H 07H .610 NPSNM 83 HI 45 84 NDD TEC TEH .610 ZBAZC 59 HI 45 84 NOD 07H 07H .610 NPSNM 83 HI 41 85 2.61 74 MBM 6 02C 9.05 TEC TEH .610 ZBAZC 57 HI 41 85 2.10 70 MBM 6 02C 12.38 TEC TEH .610 ZBAZC 57 HI 41 85 NDD 07H 07H .610 NPSNM 85 HI I42 85 1.14 0 POT 16 P2 AV2 .00 TE TEH .610 ZBAZC 57 HI 42 85 2.13 0 PCT 25 P2 AV3 .00 TEC TEH .610 ZBAZC 57 HI 42 85 1.04 0 PCT 16 P2 AV4 .00 TEC TEH .610 ZBAZC 57 HI I42 85 NDD 07H 07H .610 NPSNM 85 HI 43 85 NDD TEC TEH .610 ZBAZC 57 HI 43 85 NDD 07H 07H .610 NPSNM 85 HI 44 85 NDD TEC TEH .610 ZBAZC 57 HI 44 85 NDD 07H 07H .610 NPSNM 85 HI 45 85 NDD TEC TEH .610 ZBAZC 57 HI 45 85 NDD 07H 07H .610 NPSNM 83 HI 41 86 NOD TEC TEH .610 ZBAZC 59 HI 41 86 NDD 07H 07H .610 NPSNM 83 HI 42 86 NDD TEC TEH .610 ZBAZC 59 HI 42 86 NDD 07H 07H .610 NPSNM 83 HI I44 86 1.67 0 POT 23 P2 AV2 .00 TEO TEH .610 ZBAZC 59 HI 44 86 4.79 83 MBM 6 100 1.44 TEC TEH .610 ZBAZC 59 HI 44 86 2.08 68 MBM 6 10C 12.62 TEC TEH .610 ZBAZC 59 HI 44 86 2.98 74 MBM 6 09C 36.53 TEC TEH .610 ZBAZC 59 HI 44 86 NDD 07H 07H .610 NPSNM 85 HI I
----------------- +-------+-----+-----+-----+-----+-----+ ---- +7-------------- ----- I------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT: PDIA PTYPE CAL LI
- - ------------------ ----------- ------------ - -----t +--- -- ----
10 ST Max 99
SG - D PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2RI6 CDE 20121001 10/27/2012 10:18:L8 + .... ÷ -------------- ÷ ÷- -- ÷---- + +--
---- - - -÷.-- .... '"-÷ I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI S.. - - -- -----------.-..---- +----+----+---- +÷- -
+----......-+ --- -"---- +
45 86 3.53 180 DNG P1 11H 4.92 TEC TEH .610 ZBAZC 59 HI 45 86 3.05 181 DNG P1 11H 6.03 TEC TEH .610 ZBAZC 59 HI 45 86 NOD 07H 07H .610 NPSNM 83 HI I 41 87 NOD TEC TEH .610 ZBAZC 57 HI 41 87 NOD 07H 07H .610 NPSNM 85 HI I 42 87 NOD TEC TEH .610 ZBAZC 57 HI 42 87 NOD 07H 07H .610 NPSNM 83 HI 43 87 NDD TEC TEH .610 ZBAZC 57 Hi 43 87 NDD 07H 07H .610 NPSNM 83 HI 44 87 NOD TEC TEH .610 ZBAZC 57 HI 44 87 NOD 07H 07H .610 NPSNM 85 HI 45 87 NOD TEC TEH .610 ZBAZC 57 HI 45 87 NOD 07H 07H .610 NPSNM 83 HI 41 88 2.04 175 DNT P1 11H .17 TEC TEH .610 ZBAZC 59 HI 41 88 NOD 07H 07H .610 NPSNM 85 HI 42 88 NOD TEC TEH .610 ZBAZC 59 HI 42 88 NOD 07H 07H .610 NPSNM 85 HI 43 88 NOD TEC TEH .610 ZBAZC 59 HI 43 88 NOD 07H 07H .610 NPSNM 83 HI 44 88 NOD TEC TEH .610 ZBAZC 59 HI 44 88 NOD 07H 07H .610 NPSNM 85 HI 45 88 NOD TEC TEH .610 ZBAZC 59 HI 45 88 NOD 07H 07H .610 NPSNM 83 HI 11 90 NOD 08C 08C .610 NPSNM 8 CI 11 90 NOD TSH TSH .610 NPSNM 13 HI 11 90 3.22 81 MBM 6 09C 4.15 TEC TEH .610 ZBAZC 69 HI 12 90 NOD 08C 08C .610 NPSNM 8 CI 12 90 NOD TSH TSH .610 NPSNM 13 HI 12 90 NOD TEC TEH .610 ZBAZC 69 HI 13 90 NOD 08C 08C .610 NPSNM 8 CI 13 90 NOD TSH TSH .610 NPSNM 13 HI 13 90 NOD TEC TEH .610 ZBAZC 69 HI 14 90 NOD 08C 08C .610 NPSNM 8 CI 14 90 NOD TSH TSH .610 NPSNM 13 HI 14 90 NOD TEC TEH .610 ZBAZC 63 HI 15 90 NOD 08C 08C .610 NPSNM 8 CI 15 90 NOD TSH TSH .610 NPSNM 13 HI i15 90 NDD TEC TEH .610 ZBAZC 63 HI 42 90 NOD TSH TSH .610 NPSNM 15 HI 42 90 .10 93 DSS P1 07H -. 63 TEC TEH .610 ZBAZC 63 HI 42 90 NDF 2 07H -. 63 07H 07H .610 NPSNM 83 HI 11 91 NOD 08C 08C .610 NPSNM 8 CI i11 91 NOD TEC TEH .610 ZBAZC 71 HI 12 91 NOD 08C 08C .610 NPSNM 8 CI 12 91 NOD TEC TEH .610 ZBAZC 71 HI 13 91 NOD 08C 08C .610 NPSNM 8 CI
- -. -- -.--.. ------- -+ - - --- +-- - -+- ------ ----- +--- -+-- -÷+----+ ----- + - +- -+
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
....--------------- +--------------- ----+........----+----+---- - +- + ---
11 ST Max 100
SG - D PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:18 S.... ÷ ----------- +----.----.----. ------ -- +---- +- - - ----
-+ ---- + -- +-. - -.-- - +-÷ -- - ÷ I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
.... --- ---------------------.----.----.. ---- +....----+---..----+ -.- +-- ... .- ÷ 13 91 2.74 170 DNT P1 11H -. 58 TEC TEH .610 ZBAZC 71 HI 13 91 2.12 169 INR P1 liC -1.38 TEC TEH .610 ZBAZC 71 HI 13 91 4.60 175 DNT P1 liC -. 15 TEC TEH .610 ZBAZC 71 HI 14 91 NDD 08C 08C .610 NPSNM 8 CI 14 91 NDD TEC TEH .610 ZBAZC 71 Hi 15 91 NOD 08C 08C .610 NPSNM 8 CI 15 91 NDD TEC TEH .610 ZBAZC 61 HI 11 92 NDD 08C 08C .610 NPSNM 8 CI 11 92 NDD TEC TEH .610 ZBAZC 69 HI 12 92 NDD 08C 08C .610 NPSNM 8 CI 12 92 3.53 180 DNG P1 AV1 3.72 TEC TEH .610 ZBAZC 69 HI 12 92 .70 3 INR P1 AVI 15.12 TEC TEH .610 ZBAZC 69 HI 12 92 2.04 182 DNG P1 AV4 .89 TEC TEH .610 ZBAZC 69 HI 13 92 NDF 2 08C .56 08C 08C .610 NPSNM 6 CI 13 92 .48 112 DSS P1 08C .58 TEC TEH .610 ZBAZC 69 HI 13 92 RBD TEC TEH .610 ZBAZC 77 HI 13 92 .49 114 PBC P1 08C .56 TEC TEH .610 ZBAZC 107 HI 14 92 NDD 08C 08C .610 NPSNM 8 CI 14 92 NDD TEC TEH .610 ZBAZC 63 HI 15 92 NDD 08C 08C .610 NPSNM 8 CI 15 92 NDD TEC TEH .610 ZBAZC 63 HI 11 93 NDD 08C 08C .610 NPSNM 8 CI 11 93 NDD TEC TEH .610 ZBAZC 71 HI 12 93 NDD 08C 08C .610 NPSNM 8 CI 12 93 NDD TEC TEH .610 ZBAZC 71 HI 13 93 NDD 08C 08C .610 NPSNM 8 CI 13 93 NDD TEC TEH .610 ZBAZC 7.1 HI 14 93 NDD 08C 08C .610 NPSNM 8 CI 14 93 NOD TEC TEH .610 ZBAZC 71 HI 15 93 NDD 08C 08C .610 NPSNM 8 CI 15 93 NDD TEC TEH .610 ZBAZC 61 HI 11 94 NDD 08C 08C .610 NPSNM 8 CI 11 94 NDD TEC TEH .610 ZBAZC 69 HI 12 94 NDD 08C 08C .610 NPSNM 8 CI 12 94 NDD TEC TEH .610 ZBAZC 69 HI 13 94 NDD 08C 08C .610 NPSNM 8 CI 13 94 NDD TEC TEH .610 ZBAZC 69 HI 14 94 NDD 08C 08C .610 NPSNM 8 CI 14 94 3.86 77 MBM 6 09C 1.67 TEC TEH .610 ZBAZC 63 HI 14 94 .30 148 DFS 1 09C 3.03 TEC TEH .610 ZBAZC 63 HI 15 94 NOD 08C 08C .610 NPSNM 8 CI I15 94 NDD TEC TEH .610 ZBAZC 63 HI 31 102 NDD TSH TSH .610 NPSNM 15 HI 31 102 .13 120 DSS P1 01H .12 TEC TEH .610 ZBAZC 67 HI 31 102 NDF 2 01H .12 01H 01H .610 NPSNM 83 HI 9 104 9.27 9 BLG 1 01H 1.62 TEC TEH .610 ZBAZC 73 HI
------------------ +----+----+----+------------+-----+-----+ ---- +----+-----+ - ----------
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
........ F---------- ..------------.----. ---- +÷--------+----+ - - ÷---
12 ST Max 101
SG - D PLUS POINT SPECIAL INTEREST PROGRAM Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:18:1.8
- --------------- +---------------- ----
+---...-------+- -+-......+..-..- .
I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
- -- ---------.----.----.----.----.---- +......--------.----+- + - --- -. -÷ -- .-
9 104 NDF 2 01H 1.62 01H 03H .610 NPSNM 83 HI 19 108 NDD 04C 05C .610 NPSNM 8 CI 19 108 NDD TEC TEH .610 ZBAZC 67 HI 20 108 NOD 04C 05C .610 NPSNM 8 CI 20 108 NDD TEC TEH .610 ZBAZC 67 HI 21 108 NDD 04C 05C .610 NPSNM 8 CI 21 108 NDD TEC TEH .610 ZBAZC 67 HI 22 108 NDD 04C 05C .610 NPSNM 8 CI 22 108 NDD TEC TEH .610 ZBAZC 67 HI 23 108 NDD 04C 05C .610 NPSNM 8 CI 23 108 NDD TEC TEH .610 ZBAZC 67 HI 19 109 NDD 04C 05C .610 NPSNM 8 Cl 19 109 NDD TEC TEH .610 ZBAZC 65 Hi 20 109 NDD 04C 05C .610 NPSNM 8 CI 20 109 NDD TEC TEH .610 ZBAZC 65 HI 21 109 NDD 04C 05C .610 NPSNM 8 CI 21 109 NDD TEC TEH .610 ZBAZC 65 HI 22 109 NDD 04C 05C .610 NPSNM 8 CI 22 109 NDD TEC TEH .610 ZBAZC 65 HI 23 109 NDD 04C 05C .610 NPSNM 8 Cl 23 109 NDD TEC TEH .610 ZBAZC 67 Hi 19 110 NOD 04C 05C .610 NPSNM 8 CI 19 110 NOD TEC TEH .610 ZBAZC 67 HI 20 110 NOD 04C 05C .610 NPSNM 8 CI 20 110 .79 154 DFS 1 10C 10.61 TEC TEH .610 ZBAZC 67 HI 21 110 TBP P4 04C 05C .610 NPSNM 6 CI 21 110 .58 0 PID P4 04C 6.57 04C 05C .610 NPSNM 6 CI 21 110 75.65 79 PLP 11 04C 6.65 04C 05C .610 NPSNM 6 CI 21 110 .58 0 PID P4 04C 6.69 04C 05C .610 NPSNM 8 CI 21 110 78.05 90 PLP 11 04C 6.70 04C 05C .610 NPSNM 8 CI 21 110 .64 0 PCT 22 P4 04C 6.57 04C 05C .610 NPSNM 10 CI 21 110 .58 85 SVI P4 04C 6.57 04C 05C .610 NPSNM 10 CI 21 110 1.65 153 DFI 1 04C 6.69 TEC TEH .610 ZBAZC 67 HI S.... ÷-----------+----.----.----.-+- -÷- ÷- - -÷.... ...... - .----..--...----- + ....-- I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI ÷.. - ----- ----------..--.----.----.----.----.---- - ÷-----÷----..----- +.. - ..-- ÷...--÷ Tubes: 250 Records: 577 13 ST Max 102
Attachment B.4 Tubes Containing Secondary Side Foreign Wear 103
SG -A FOREIGN OBJECT DAMAGE DISTRIBUTION BraidwoodA2R16 CDE D5 X 6 DAMAGED BY FOREIGN OBJECTS a 95 PLUGGED TUBE 10 105 I 100 I 95 I 90 I 85 80 10000:DO000,00000,0000,000000
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SG - A DAMAGED BY FOREIGN OBJECTS Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:11:44 +----+-- .---- +--- -- +--+........+....+----+- + -- - -+- 4 +- --- -+ -+ .... +----...... - -
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I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI 4,+...----. ----. ----.. + .--- +.+... 4 +-- 4 ---- -.--- +.... 4.= - - ---+ ---.----
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42 22 .10 253 PCT 12 2 02C .77 02C 02C .610 NPSNM 10 C 2011/04/01 42 22 .08 67 VOL P4 02C .65 02C 02C .610 NPSNM 10 C 2011/04/01 42 22 .13 262 PCT 12 2 02C .83 02C 02C .610 NPSNM 10 C 2011/04/01 42 22 NDD TEC TEH .610 NBAZC 43 H 2009/10/01 42 22 .09 88 VOL P4 02C .65 02C 02C .610 NPSNM' 6 C 2009/10/01 42 22 .11 272 PCT 14 2 02C .72 02C 02C .610 NPSNM 6 C 2009/10/01 42 22 NOD TEC TEH .610 ZBAZC 43 H 52 .29 81 PCT 27 2 01H .47 01H 01H .610 NPSNM 81 H 2011/04/01 52 .19 118 DSS P1 01H .36 TEC TEH .610 NBAZC 31 H 2011/04/01 52 2.82 187 DNG P1 11H 9.51 TEC TEH .610 NBAZC 31 H 2011/04/01 52 3.24 185 DNG P1 11H 10.75 TEC TEH .610 NBAZC 31 H 2011/04/01 52 4.34 184 DNG P1 11H 12.12 TEC TEH .610 NBAZC 31 H 2011/04/01 52 .23 90 VOL P4 01H .46 01H 01H .610 NPSNM 87 H 2011/04/01 52 .25 267 PCT 28 2 01H .46 01H 01H .610 NPSNM 87 H 2009/10/01 52 .18 114 DSS P1 01H .84 TEC TEH .610 ZBAZC 51 H 2009/10/01 52 2.70 186 ONG P1 11H 9.51 TEC TEH .610 ZBAZC 51 H 2009/10/01 52 3.12 184 ONG P1 11H 10.81 TEC TEH .610 ZBAZC 51 H 2009/10/01 52 4.15 183 ONG P1 11H 12.16 TEC TEH .610 ZBAZC 51 H 2009/10/01 52 INF 11 01H .00 01H 01H .610 NPSNM .103 H 2009/10/01 52 .25 264 PCT 26 2 01H .43 01H 01H .610 NPSNM 103 H 2009/10/01 52 .18 71 VOL P4 01H .46 01H 01H .610 NPSNM 103 H 2009/10/01 52 PBC P1 TEC TEH .610 SBACC .119 H 2009/10/01 52 .23 120 PID P1 01H .28 TEC TEH .610 SBACC .119 H 53 .07 99 PCT 10 2 01H .44 01H 01H .610 NPSNM 81 H 2011/04/01 53 3.76 68 MBM 6 09C 12.15 TEC TEH .610 NBAZC 29 H 2011/04/01 53 .07 280 PCT 4 2 01H .45 01H 01H .610 NPSNM 87 H 2011/04/01 53 .07 90 VOL P4 01H .51 01H 01H .610 NPSNM 87 H 2009/10/01 53 3.40 69 MBM 6 09C 11.63 TEC TEH .610 ZBAZC 49 H 2009/10/01 53 .06 92 VOL P4 01H .51 01H 01H .610 NPSNM .113 H 2009/10/01 53 .07 91 PCT 9 2 01H .55 01H 01H .610 NPSNM .113 H 53 .11 278 PCT 14 2 O1H .41 01H 01H .610 NPSNM 81 H 2011/04/01 53 NOD TEC TEH .610 NBAZC 29 H 2011/04/01 53 .11 285 PCT 13 2 O1H .37 01H 01H .610 NPSNM 87 H 2011/04/01 53 .11 96 VOL P4 01H .51 01H 01H .610 NPSNM 87 H 2009/10/01 53 NOD TEC TEH .610 ZBAZC 49 H 2009/10/01 53 .12 90 PCT 14 2 01H .36 01H 01H .610 NPSNM 113 H 2009/10/01 53 .10 93 VOL P4 01H .51 01H 01H .610 NPSNM 113 H 67 .16 247 PCT 18 P4 07H - .03 07H 07H .610 NPSNM 105 H 2011/04/01 67 NOD TEC TEH .610 NBAZC 97 H 2011/04/01 67 NOD TSH TSH .610 NPSNM 103 H 2009/10/01 67 NOD TEC TEH .610 ZBAZC 75 H 13 108 .14 107 PCT 16 2 05H - .72 05H 05H .610 NPSNM 85 H 2011/04/01 13 108 NOD TEC TEH .610 NBAZC 65 H 2009/10/01 13 108 NOD TEC TEH .610 ZBAZC 79 H + ....... ---- +----.----+.. ---.----.----.----.----.---- +4- ---- - - ----.------.. . ...--- ---- I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI Tubes: 6 Records: 44 1 ST Max 105
SG - B FOREIGN OBJECT DAMAGE DISTRIBUTION BraidwoodA2R16 CDE D5 X 5 DAMAGED BY FOREIGN OBJECTS c 61 PLUGGED TUBE
.05 100 95 90 85 80 75 70 65
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SG - B DAMAGED BY FOREIGN OBJECTS Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:11:44 +--- -+----+----+--- ---- +----+------------+...---....----.----.... .+-......+- +""-- I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI + - - - - +- +- "+ - ""--
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3 30 .14 284 PCT 17 2 07H -.75 05H 07H .610 NPSNM :101 HI 2011/04/01 3 30 NDD 11C TEC .610 NBAZC 4 CI 2011/04/01 3 30 NOD 11C TEH .590 SBUCC 87 HI 2009/10/01 3 30 NDD 11C TEC .610 ZBAZC 12 CI 2009/10/01 3 30 NOD 11C TEH .590 SBUCC 103 HI 8 39 .46 258 PCT 39 2 07H -. 72 07H 07H .610 NPSNM 93 HI 2011/04/01 8 39 1.86 181 INR P1 10C 34.22 TEC TEH .610 NBAZC 23 HI 2009/10/01 8 39 2.21 181 ONG P1 10C 33.40 TEC TEH .610 ZBAZC 59 HI 49 51 .23 58 PCT 24 2 TSC .63 TSC TSC .610 NPSNM 10 CI 2011/04/01 49 51 .20 72 VOL P4 TSC .59 TSC TSC .610 NPSNM 14 CI 2011/04/01 49 51 .23 81 PCT 23 2 TSC .59 TSC TSC .610 NPSNM 14 CI 2011/04/01 49 51 2.50 180 DNT P1 AV3 -. 03 TEC TEH .610 NBAZC 43 HI 2011/04/01 49 51 .27 122 DFS 1 TSC .69 TEC TEH .610 NBAZC 43 HI 2009/10/01 49 51 .22 71 VOL P4 TSC .55 TSC TSC .610 NPSNM 4 Cj 2009/10/01 49 51 .24 76 PCT 24 2 TSC .58 TSC TSC .610 NPSNM 4 Cl 2009/10/01 49 51 2.69 179 DNT P1 AV3 -. 06 TEC TEH .610 ZBAZC 63 HI 2009/10/01 49 51 .28 119 DFS 1 TSC .65 TEC TEH .610 ZBAZC 63 HI 49 52 .21 249 PCT 23 2 TSC ,49 TSC 01C .610 NPSNM 10 CI 49 52 .41 82 PCT 36 2 TSC 1.00 TSC 01C .610 NPSNM 10 CI 2011/04/01 49 52 NOD 02C 02C .610 NPSNM 14 CI 2011/04/01 49 52 NOD 03C 03C .610 NPSNM 14 CI 2011/04/01 49 52 .17 68 VOL P4 TSC .36 TSC TSC .610 NPSNM 14 CI 2011/04/01 49 52 .25 83 PCT 24 2 TSC .46 TSC TSC .610 NPSNM 14 CI 2011/04/01 49 52 .38 80 VOL P4 TSC .94 TSC TSC .610 NPSNM 14 CI 2011/04/01 49 52 .44 88 PCT 33 2 TSC 1.03 TSC TSC .610 NPSNM 14 CI 2011/04/01 49 52 2.49 180 DNT P1 AV2 -. 15 TEC TEH .610 NBAZC 43 HI 2011/04/01 49 52 2.86 177 DNT P1 AV3 -. 26 TEC TEH .610 NBAZC 43 HI 2011/04/01 49 52 2.21 177 DNT P1 AV4 -. 25 TEC TEH .610 NBAZC 43 HI 2011/04/01 49 52 .96 145 DFS 1 TSC 1.30 TEC TEH .610 NBAZC 43 HI 2009/10/01 49 52 .25 77 PCT 25 2 TSC .36 TSC TSC .610 NPSNM 4 CI 2009/10/01 49 52 .18 74 VOL P4 TSC .38 TSC TSC .610 NPSNN 4 CI 2009/10/01 49 52 .47 84 PCT 37 2 TSC .94 TSC TSC .610 NPSNM 4 CI 2009/10/01 49 52 .40 82 VOL P4 TSC .96 TSC TSC .610 NPSNM 4 CI 2009/10/01 49 52 2.66 181 DNT P1 AV2 .00 TEC TEH .610 ZBAZC 61 HI 2009/10/01 49 52 2.89 179 DNT P1 AV3 -. 10 TEC TEH .610 ZBAZC 61 HI 2009/10/01 49 52 2.20 179 DNT P1 AV4 .00 TEC TEH .610 ZBAZC 61 HI 2009/10/01 49 52 .17 107 INR 1 TSC .72 TEC TEH .610 ZBAZC 61 HI 2009/10/01 49 52 1.02 146 DFS 1 TSC 1.30 TEC TEH .610 ZBAZC 61 HI 49 53 .13 272 PCT 16 2 TSC .48 TSC TSC .610 NPSNM 10 CI 2011/04/01 49 53 .11 73 PCT 16 2 TSC .46 TSC TSC .610 NPSNM 14 CI 2011/04/01 49 53 .11 73 VOL 2 TSC .46 TSC TSC .610 NPSNM 14 CI 2011/04/01 49 53 3.39 179 DNT P1 AV3 .00 TEC TEH .610 NBAZC 43 HI 2011/04/01 49 53 .20 151 DFS 1 TSC .65 TEC TEH .610 NBAZC 43 HI 2009/10/01 49 53 NOD 02C 02C .610 NPSNM 4 CI 2009/10/01 49 53 NOD 03C 03C .610 NPSNM 4 CI 2009/10/01 49 53 3.96 178 DNT P1 AV3 .00 TEC TEH .610 ZBAZC 63 HI
+----+-- -+----+----+----.----.----+-- -- +---- +----+.----- +-+- -- + ...... +.
I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
---- +----.----.+--- +----+....----- .. +--+---- -- +--÷- -- +----+---------------- +-.....+-......
Tubes: 5 Records: 46 1 ST Max 107
SG - C FOREIGN OBJECT DAMAGE DISTRIBUTION BraidwoodA2R16 CDE D5 a 68 PLUGGED TUBE
.10 105 100 95 90 85 80 75 70 65 60 55 50 45 40 35 30 25 20 15 5 O0I 100 00Q TOOO0900O0~000090 00000000000000000000 (P0000j a 0 0 13 0
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..... 80.. Doooo(0oooooooo0oooo oooo 110 105 100 95 90 85 80 75 70 65 60 55 50 45 40 35 30 25 20 15 10 5 Westlnghouse EJectric Company LLC- ST Max 10128/2012 09:21IIv .... 108
SG - C DAMAGED BY FOREIGN OBJECTS Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:11:43 S ---- +----...----+--- ---- ----.---- +----+----.---..-...-..- --.--. ------ + - - + I---- I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI S ---- .----. ---- ----...---.. ----.----.-------- ---- +- --- . --- + -----
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I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
- ----.---- +----.. --- ---- +-.---. +---- ----.---- +.. --- +-...--- ---- +----+-......+...-...+....... -+--
Tubes: 0 Records: 0 ST Max 109
SG - D FOREIGN OBJECT DAMAGE DISTRIBUTION BraidwoodA2R16 CDE D5 X 4 DAMAGED BY FOREIGN OBJECTS a 35 PLUGGED TUBE 110 105 .00 95 90 85 80 75 70 65 60 55 50 45 40 35 30 25 20 15 10 5 O000$O000 l000Ot00001(0O0e0 0(00000000000000)00000)00001 I I I I 00o .o0: : a 0O 0o
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SG - D DAMAGED BY FOREIGN OBJECTS Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:11:43 +--+-----+ ......... - +-----
...-- -+ ----
-- +...+ +.---- .. - .--- +- -+----... + ... +....----.-- +.- . ... +.....-.. ++
I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 BEGT ENDT PDIA PTYPE CAL LI ÷- ----- +-+- + --- " ÷ .... + -- ---- ... l... . . .... .----....-- -.---- +--....+-
.---- +÷- --- +
13 20 .20 93 PCT 22 2 07H -. 65 07H 07H .610 NPSNM 83 HI 2011/04/01 13 20 NDD TEC TEH .610 NBAZC 39 HI 2009/10/01 13 20 NDD TSH TSH .610 NPSNM 1 HI 2009/10/01 13 20 NOD TEC TEH .610 ZBAZC 35 HI HI 31 48 .19 273 PCT 22 2 01H .45 01H 01H .610 NPSNM 83 HI 2011/04/01 31 48 .20 97 DSS P1 01H .51 TEC TEH .610 NBAZC 57 HI 2011/04/01 31 48 .16 102 PCT 19 2 01H .38 01H 01H .610 NPSNM 99 HI 2011/04/01 31 48 .11 73 VOL P4 01H .42 01H 01H .610 NPSNM 99 HI 2009/10/01 31 48 .25 120 VOL P4 01H .43 01H 01H .610 NPSNM 21 HI 2009/10/01 31 48 .18 269 PCT 19 2 01H .48 01H 01H .610 NPSNM 21 HI 2009/10/01 31 48 .21 89 DSS P1 01H .27 TEC TEH .610 ZBAZC 41 HI 36 61 .13 250 PCT 17 2 TSH .03 TSH TSH .610 NPSNM 83 CI 2011/04/01 36 61 NDD TSC TSC .610 NPSNM 12 HI 2011/04/01 36 61 NDD TEC TEH .610 NBAZC 31 HI 2011/04/01 36 61 .11 285 PCT 13 2 TSH .02 TSH TSH .610 NPSNM 99 HI 2011/04/01 36 61 .08 66 VOL P4 TSH .02 TSH TSH .610 NPSNM 99 HI 2009/10/01 36 61 .10 71 VOL P4 TSH .00 TSH TSH .610 NPSNM 9 HI 2009/10/01 36 61 .09 66 VOL P4 TSH .00 TSH TSH .610 NPSNM 17 HI 2009/10/01 36 61 .14 294 PCT 16 2 TSH .02 TSH TSH .610 NPSNM 21 HI 2009/10/01 36 61 .12 308 VOL P4 TSH .02 TSH TSH .610 NPSNM 21 HI 2009/10/01 36 61 NDD TEC TEH .610 SBACC 51 CI 21 110 .64 0 PCT 22 P4 04C 6.57 04C 05C .610 NPSNM 10 HI 2011/04/01 21 110 1.86 156 DFS 1 04C 6.78 TEC TEH .610 NBAZC 75 HI 2009/10/01 21 110 NDD TSH TSH .610 NPSNM 27 HI 2009/10/01 21 110 1.52 154 DFS 1 04C 6.73 TEC TEH .610 SBACC 73 +----+...----.----+- -- +----+---+.----+----+----+-- -- --- +----+----+ -+ -- +- - I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 BEGT ENDT PDIA PTYPE CAL LI +.... ..---- +----+----+..----.+----+ ------------- +.. ---- +...
+.------.+-----+----+-+--- -+-+ -+ --- +
.Tubes: 4 Records: 25 ST Max 111
Attachment B.5 Tubes Containing Anti-Vibration Bar Wear 112
SG -A ANTIVIBRATION BAR WEAR INDICATIONS DISTRIBUTION MAP BraidwoodA2R16 CDE D5 X 219 ANTIVIBRATION BAR WEAR INDICATION a 95 PLUGGED TUBE
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25 t0000 20 4oooo0oooo0oooo 15 10 5 Wesfinghouse Eectric Company LLC - ST Max 10/2812012 09:00 :13 113
SG - A ANTI-VIBRATION BAR WEAR INDICATIONS Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:23:40 INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI + ------------ + --- +----+-----------
. - -÷+--4`---- --------------- +--- ......
26 8 2.54 0 PCT 30 P2 AV1 -. 10 TEC TEH .610 ZBAZC 71 HI 26 8 1.35 0 PCT 21 P2 AV2 -. 20 TEC TEH .610 ZBAZC 71 HI 26 8 1.87 0 PCT 26 P2 AV4 .16 TEC TEH .610 ZBAZC 71 HI 26 10 .69 0 POT 14 P2 AV2 .17 TEC TEH .610 ZBAZC 71 HI 30 11 .79 0 PCT 15 P2 AV1 -. 12 TEC TEH .610 ZBAZC 71 HI 30 11 .98 0 PCT 18 P2 AV3 -. 29 TEC TEH .610 ZBAZC 71 HI 29 12 1.52 0 POT 19 P2 AV3 .00 TEC TEH .610 ZBAZO 73 HI 28 13 .85 0 PCT 16 P2 AV2 -. 20 TEC TEH .610 ZBAZC 71 HI 30 13 1.50 0 POT 23 P2 AV2 -. 27 TEC TEH .610 ZBAZC 71 HI 30 13 1.08 0 PCT 19 P2 AV3 -. 20 TEC TEH .610 ZBAZC 71 HI 31 13 1.14 0 PCT 17 P2 AV2 .11 TEC TEH .610 ZBAZC 77 HI 33 13 1.14 0 POT 17 P2 AV3' .18 TEC TEH .610 ZBAZ 77 HI 31 14 1.15 0 PCT 17 P2 AV2 .27 TEC TEH .610 ZBAZC 77 HI 31 14 .99 0 PCT 15 P2 AV3 .11 TEC TEH .610 ZBAZC 77 HI 34 14 1.12 0 POT 18 P2 AVi .45 TEC TEH .610 ZBAZC 75 HI 34 14 1.53 0 PCT 22 P2 AV2 .34 TEC TEH .610 ZBAZC 75 HI 34 14 1.46 0 POT 21 P2 AV3 - .02 TEC TEH .610 ZBAZO 75 HI 35 14 .93 0 POT 14 P2 AV4 .00 TEC TEH .610 ZBAZO 77 HI 36 16 2.90 0 POT 31 P2 AV2 .00 TEC TEH .610 ZBAZO 75 HI 36 18 1.37 0 PCT 21 P2 AV2 .00 TEC TEH .610 ZBAZC 75 HI 36 18 1.30 0 PCT 20 P2 AV3 .00 TEC TEH .610 ZBAZC 75 HI 36 19 .82 0 PCT 15 P2 AV2 .00 TEC TEH .610 ZBAZC 75 HI 38 20 1.22 0 PCT 19 P2 AVi .00 TEC TEH .610 ZBAZO 75 HI 38 20 2.54 0 PCT 29 P2 AV2 .00 TEC TEH .610 ZBAZC 75 HI 38 20 2.05 0 PCT 26 P2 AV3 .00 TEC TEH .610 ZBAZC 75 HI 38 20 2.87 0 PCT 31 P2 AV4 .00 TEC TEH .610 ZBAZC 75 HI 39 20 3.17 0 PCT 31 P2 AVi .00 TEC TEH .610 ZBAZC 77 HI 39 20 1.62 0 PCT 21 P2 AV2 .00 TEC TEH .610 ZBAZC 77 HI 39 20 4.11 0 POT 36 P2 AV3 .00 TEC TEH .610 ZBAZC 77 HI 39 20 1.66 0 PCT 21 P2 AV4 .00 TEC TEH .610 ZBAZC 77 HI 39 21 1.15 0 POT 17 P2 AVi .00 TEC TEH .610 ZBAZO 77 HI 39 21 3.42 0 POT 32 P2 AV2 .00 TEC TEH .610 ZBAZO 77 HI 39 21 1.88 0 PCT 23 P2 AV3 .00 TEC TEH .610 ZBAZC 77 HI 39 21 1.08 0 POT 16 P2 AV4 .00 TEC TEH .610 ZBAZO 77 HI 39 22 1.27 0 PCT 18 P2 AV1 .00 TEC TEH .610 ZBAZC 77 HI 39 22 2.13 0 PCT 25 P2 AV2 .00 TEC TEH .610 ZBAZC 77 HI I39 23 5.20 0 POT 40 P2 AV2 .00 TEC TEH .610 ZBAZO 77 HI 39 23 3.63 0 PCT 33 P2 AV3 .00 TEC TEH .610 ZBAZC 77 HI 30 24 1.02 0 PCT 19 P2 AV4 .00 TEC TEH .610 ZBAZC 35 HI 38 24 .94 0 PCT 16 P2 AV1 .00 TEC TEH .610 ZBAZC 75 HI 38 24 1.87 0 PCT 25 P2 AV2 .00 TEC TEH .610 ZBAZC 75 HI 38 24 1.78 0 PCT 24 P2 AV3 .11 TEC TEH .610 ZBAZC 75 HI 40 24 1.03 0 PCT 17 P2 AV1 .00 TEC TEH .610 ZBAZC 75 HI I40 24 3.89 0 POT 36 P2 AV2 .00 TEC TEH .610 ZBAZO 75 HI 40 24 .97 0 POT 16 P2 AV3 .00 TEC TEH .610 ZBAZ 75 HI 40 24 .99 0 PCT 17 P2 AV4 .00 TEC TEH .610 ZBAZC 75 HI 41 24 2.55 0 PCT 28 P2 AV2 .00 TEC TEH .610 ZBAZC 41 HI 41 24 2.26 0 PCT 26 P2 AV3 .05 TEC TEH .610 ZBAZC 41 HI 1 40 25 1.47 0 PCT 22 P2 AVi .00 TEC TEH .610 ZBAZC 39 HI
+- - ------- +- --- + -------- +-.--+-------....-
. .------ - - --- +-- +-4.. -----... ...--.....---
I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 BEGT ENDT PDIA PTYPE CAL LI
--------- -.... 4`- 4-- - -- ... - ... - 4-+ -- ---+----+---- -+--- +- -- +- . + ..---- -
----- + -.--.. . .----
1 ST Max 114
SG - A ANTI-VIBRATION BAR WEAR INDICATIONS Braidwood 2 A2RI6 CDE 20121001 10/27/2012 10:23:40
------- +- ---. +...---..------------+...----...+....----+- -+- -- +----.---.+- -+- +-+ ---
I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI +---- ----
+ +..----.- --- - +----÷ +----+-+
.... + .... ÷ +- -- + - .+.. + ..---.-- ..----- .+-. -+ --- +
40 25 2.06 0 PCT 27 P2 AV2 TEC TEH .610 ZBAZC 39 HI 40 25 2.84 0 PCT 31 P2 AV3 .00 TEC TEH .610 ZBAZC 39 HI 40 25 .69 0 PCT 14 P2 AV4 .00 TEC TEH .610 ZBAZC 39 HI TEC TEH .610 ZBAZC 35 HI 36 26 1.02 0 PCT 19 P2 AV2 .00 TEC TEH .610 ZBAZC 37 HI 37 26 1.00 0 PCT 17 P2 AV3 .00 TEC TEH .610 ZBAZC 35 HI 38 26 .79 0 PCT 16 P2 AVI TEC TEH .610 ZBAZC 35 HI 38 26 1.15 0 PCT 19 P2 AV2 - .18 TEC TEH .610 ZBAZC 35 HI 38 26 2.69 0 PCT 31 P2 AV3 .00 TEC TEH .610 ZBAZC 39 HI 40 26 .89 0 PCT 17 P2 AV2 .00 TEC TEH .610 ZBAZC 39 HI 40 26 3.34 0 PCT 34 P2 AV3 .00 TEC TEH .610 ZBAZC 39 HI 42 26 .92 0 PCT 17 P2 AV2 .00 TEC TEH .610 ZBAZC 39 HI 42 26 1.63 0 PCT 24 P2 AV3 .00 17 P2 AV2 .00 TEC TEH .610 ZBAZC 35 HI 38 .87 27 0 PCT TEC TEH .610 ZBAZC 35 HI 38 27 1.34 0 PCT 21 P2 AV3 .20 TEC TEH .610 ZBAZC 35 HI 30 28 .79 0 PCT 15 P2 AV3 .00 TEC TEH .610 ZBAZC 35 HI 38 28 .88 0 PCT 17 P2 AV2 .00 TEC TEH .610 ZBAZC 35 HI 38 28 1.64 0 PCT 24 P2 AV3 .00 TEC TEH .610 ZBAZC 39 HI 42 28 .91 0 PCT 17 P2 AV2 .00 TEC TEH .610 ZBAZC 39 HI 42 28 1.05 0 PCT 18 P2 AV3 .02
.00 TEC TEH .610 ZBAZC 39 HI 42 28 .77 0 PCT 15 P2 AV4 .00
.00
.00 TEC TEH .610 ZBAZC 39 HI 40 29 2.34 0 PCT 29 P2 AV2 TEC TEH .610 ZBAZC 39 HI 40 29 1.93 0 PCT 26 P2 AV3 .00
.00 TEC TEH .610 ZBAZC 41 HI 47 29 2.52 0 PCT 28 P2 AV2 TEC TEH .610 ZBAZC 41 HI 47 2.13 0 PCT 25 P2 AV3 .00 29
.00 TEC TEH .610 ZBAZC 35 HI 36 30 1.46 0 PCT 22 P2 AV1 TEC TEH .610 ZBAZC 35 HI 36 .86 0 PCT 17 P2 AV2 .09 30 TEC TEH .610 ZBAZC 35 HI 36 1.25 PCT 20 P2 AV3 .00 30 0 38 22 P2 AV2 .00 TEC TEH .610 ZBAZC 35 HI 30 1.44 0 PCT TEC TEH .610 ZBAZC 35 HI 38 2.03 27 P2 AV3 .00 30 0 PCT I
.00 TEC TEH .610 ZBAZC 39 HI 41 30 1.19 0 PCT 18 P2 AV2
.o0 TEC TEH .610 ZBAZC 39 HI 42 30 .79 0 PCT 15 P2 AV2 TEC TEH .610 ZBAZC 41 HI 42 30 .87 0 PCT 16 P2 AV3 .02
.00 TEC TEH .610 ZBAZC 41 HI 47 30 1.70 0 PCT 22 P2 AV2 TEC TEH .610 ZBAZC 41 HI 47 30 1.19 0 PCT 18 P2 AV3 .o0 TEC TEH .610 ZBAZC 35 HI 38 31 1.72 0 PCT 24 P2 AV2 .00
*00 TEC TEH .610 ZBAZC 35 HI 38 31 2.35 0 PCT 29 P2 AV3 TEC TEH .610 ZBAZC 35 HI 38 .90 0 PCT 17 P2 AV4 .00 31
.00 TEC TEH .610 ZBAZC 39 HI 40 31 1.02 0 PCT 18 P2 AVi TEC TEH .610 ZBAZC 39 HI 40 1.69 24 P2 AV2 .00 31 0 PCT TEC TEH .610 ZBAZC 39 HI 40 31 2.13 0 PCT 27 P2 AV3 .00
.20 TEC TEH .610 ZBAZC 35 HI 40 31 1.10 0 PCT 19 P2 AV4
.00 TEC TEC TEH TEH .610
.610 ZBAZC ZBAZC 39 41 HI HI 38 33 1.08 0 PCT 19 P2 AV3
.00 TEC TEH .610 ZBAZC 39 HI 40 33 1.04 0 PCT 18 P2 AV3
.00 TEC TEH .610 ZBAZC 35 HI 46 33 1.13 0 PCT 19 P2 AV4
.00 TEC TEH .610 ZBAZC 39 HI 38 34 .82 0 PCT 17 P2 AV2
.00 TEC TEH .610 ZBAZC 39 HI 40 34 1.11 0 PCT 19 P2 AV2 34 0 PCT 00 TEC TEH .610 ZBAZC 41 HI 47 .97 15 P2 AVI 47 34 1.16 0 PCT 17 P2 AV4
--- -+ -- -+ ---- ....- +
-- . --- --- - - - - - - - - - - .-- . +-. - -- ----- -- - - - .- -----
. +-
I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
....----.. .---- +----+ --- +--------------------- -. . . .÷ ----- --- .---- +----+- ÷- +-÷... .- ÷ 2 ST Max 115
SG - A ANTI-VIBRATION BAR WEAR INDICATIONS Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:23:40 +.. .----+----.----. + ----- +------+----+----+------+- . - ----- -+ -- -+ ... -----
+.....+ -..... + .......- +
I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL Ll +---------------+ +-----+----+
---- +-----+-----+-----+-----+----+
---- --- + ----
+-----+ - - +--------
29 35 1.26 0 PCT 20 P2 AV4 .00 TEC TEH .610 ZBAZC 31 HI 38 35 2.00 0 PCT 26 P2 AV2 .00 TEC TEH .610 ZBAZC 35 HI 36 36 .78 0 PCT 15 P2 AV2 00 TEC TEH .610 ZBAZC 35 HI 42 36 1.16 0 PCT 20 P2 AV3 .00 TEC TEH .610 ZBAZC 39 HI 40 37 1.21 0 PCT 20 P2 AV2 .00 TEC TEH .610 ZBAZC 39 HI 41 37 2.36 0 PCT 27 P2 AV2 00 TEC TEH .610 ZBAZC 41 HI 41 37 1.78 0 PCT 23 P2 AV3 .00 TEC TEH .610 ZBAZC 41 HI 45 37 1.05 0 PCT 16 P2 AV2 .00 TEC TEH .610 ZBAZC 41 HI 45 37 3.58 0 PCT 33 P2 AV3 .00 TEC TEH .610 ZBAZC 41 HI 31 38 1.09 0 PCT 18 P2 AV2 .00 TEC TEH .610 ZBAZC 37 HI 31 38 1.77 0 POT 24 P2 AV3 TEC TEH .610 ZBAZC 37 H I.05 40 38 1.79 0 PCT 25 P2 AVi .00 TEC TEH .610 ZBAZC 39 HI 40 38 1.00 0 PCT 18 P2 AV2 .00 TEC TEH .610 ZBAZC 39 HI 40 38 1.33 0 PCT 21 P2 AV3 .00 TEC TEH .610 ZBAZC 39 HI 40 38 .75 0 PCT 15 P2 AV4 .00 TEC TEH .610 ZBAZC 39 HI 41 38 .98 0 PCT 15 P2 AV2 -. 04 TEC TEH .610 ZBAZC 41 HI 30 39 1.13 0 PCT 17 P2 AV2 .00 TEC TEH .610 ZBAZC 33 HI 30 39 1.77 0 PCT 23 P2 AV3 .00 TEC TEH .610 ZBAZC 33 HI 30 39 1.27 0 PCT 18 P2 AV4 .00 TEC TEH .610 ZBAZC 33 HI 41 39 1.73 0 PCT 22 P2 AV2 .00 TEC TEH .610 ZBAZC 41 HI 41 39 1.82 0 PCT 23 P2 AV3 .00 TEC TEH .610 ZBAZC 41 HI 41 39 1.68 0 PCT 22 P2 AV4 .00 TEC TEH .610 ZBAZC 41 HI 24 40 1.33 0 PCT 19 P2 AVi - .04 TEC TEH .610 ZBAZC 33 HI 24 40 1.75 0 PCT 22 P2 AV2 .10 TEC TEH .610 ZBAZC 33 HI 24 40 1.88 0 PCT 24 P2 AV3 - .08 TEC TEH .610 ZBAZC 33 HI 40 40 .80 0 PCT 17 P2 AV2 .00 TEC TEH .610 ZBAZC 39 HI 45 40 1.38 0 POT 19 P2 AV2 .00 TEC TEH .610 ZBAZC 41 HI 26 41 1.69 0 PCT 22 P2 AV3 .00 TEC TEH .610 ZBAZC 33 HI 30 41 1.02 0 PCT 16 P2 AV3 .00 TEC TEH .610 ZBAZC 33 HI 39 41 1.70 0 PCT 22 P2 AV2 .00 TEC TEH .610 ZBAZC 41 HI 41 41 .91 0 POT 15 P2 AV2 -. 02 TEC TEH .610 ZBAZC 41 HI 41 41 1.16 0 PCT 17 P2 AV3 .00 TEC TEH .610 ZBAZC 41 HI 45 41 1.25 0 PCT 18 P2 AV2 .00 TEC TEH .610 ZBAZC 41 HI I49 41 .74 0 POT 15 P2 AVi .03 TEC TEH .610 ZBAZC 39 HI I37 42 1.07 0 POT 18 P2 AV2 - .21 TEC TEH .610 ZBAZC 37 HI 37 42 1.33 0 PCT 20 P2 AV3 .00 TEC TEH .610 ZBAZC 37 HI 41 42 1.28 0 POT 19 P2 AV2 - .02 TEC TEH .610 ZBAZC 41 HI 41 42 2.70 0 PCT 29 P2 AV3 .00 TEC TEH .610 ZBAZC 41 HI I40 43 1.21 0 POT 20 P2 AV2 .00 TEC TEH .610 ZBAZC 39 HI I40 43 .87 0 POT 16 P2 AV3 .17 TEC TEH .610 ZBAZC 39 HI 45 45 .93 0 POT 15 P2 AVi - .17 TEC TEH .610 ZBAZC 41 HI 45 45 2.35 0 PCT 27 P2 AV2 .00 TEC TEH .610 ZBAZC 41 HI 45 46 .99 0 POT 16 P2 AV2 .00 TEC TEH .610 ZBAZC 41 HI 40 47 1.69 0 PCT 24 P2 AV2 .00 TEC TEH .610 ZBAZC 39 HI
+--- +-....+-....+---+---+-....+-....+-- +-- +- ---- +÷--- +-- -- + -+...+-... --
I INSPDATE ROW COL VOLTS DEG IND PER CHN LOON INCHi INCH2 BEGT ENDT PDIA PTYPE CAL LI 3 ST Max 116
SG - A ANTI-VIBRATION BAR WEAR INDICATIONS Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:23:40
--------. ---.---- - ----.----.----.----...... ---- +---...-+ ----+-- --..--- - +-......-÷ I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 BEGT ENDT PDIA PTYPE CAL LI
.....---- .---- ------- --------.---- +... --- +- ÷ ---- +----+-----
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39 50 .98 0 PCT 15 P2 AV3 .00 TEC TEH .610 ZBAZC 41 HI 39 51 .96 0 PCT 15 P2 AV3 .00 TEC TEH .610 ZBAZC 41 HI 42 51 1.45 0 POT 22 P2 AV2 -. 05 TEC TEH .610 ZBAZC 39 HI 45 51 1.40 0 PCT 20 P2 AV3 .00 TEC TEH .610 ZBAZC 41 HI 41 52 1.25 0 PCT 18 P2 AV2 .00 TEC TEH .610 ZBAZC 41 HI 45 52 .89 0 PCT 14 P2 AV2 .00 TEC TEH .610 ZBAZC 41 HI 44 55 .80 0 PCT 15 P2 AV3 .00 TEC TEH .610 ZBAZC 39 HI 45 55 2.00 0 PCT 26 P2 AV2 .18 TEC TEH .610 ZBAZC 45 HI 45 55 2.62 0 PCT 30 P2 AV3 .09 TEC TEH .610 ZBAZC 45 HI 42 56 .95 0 PCT 17 P2 AV2 .07 TEC TEH .610 ZBAZC 39 HI 45 55 2.62 0 PCT 30 P2 AV3 .09 TEC TEH .610 ZBAZC 45 HlI 45 59 2.44 0 PCT 28 P2 AV2 .00 TEC TEH .610 ZBAZC 37 HI I20 60 4".16 0 PCT 36 P2 AV1 .14 TEC TEH .610 ZBAZC .103 HI 20 60 1.67 0 POT 22 P2 AV4 -. 08 TEC TEH .610 ZBAZC 103 HI 44 60 .65 0 PCT 14 P2 AV4 .05 TEC TEH .610 ZBAZC 35 HI 46 60 1.17 0 PCT 20 P2 AV1 .00 TEC TEH .610 ZBAZC 35 HI 46 60 2.28 0 PCT 28 P2 AV2 .10 TEC TEH .610 ZBAZC 35 HI 40 61 4.69 0 PCT 38 P2 AV2 .00 TEC TEH .610 ZBAZC 45 HI 40 61 2.96 0 PCT 31 P2 AV3 .00 TEC TEH .610 ZBAZC 45 HI I45 45 61 61 1.15 1.22 0 0 POT PCT 19 19 P2 P2 AVi AV2
.22
.00 TEC TEC TEH TEH
.610
.610 ZBAZC ZBAZC 45 45 HI HI I45 61 4.46 0 POT 37 P2 AV3 .00 TEC TEH .610 ZBAZC 45 HI 45 61 1.06 0 PCT 18 P2 AV4 .00 TEC TEH .610 ZBAZC 45 HI 42 62 .94 0 PCT 17 P2 AV2 .00 TEC TEH .610 ZBAZC 43 HI I42 62 1.14 0 POT 19 P2 AV3 .05 TEC TEH .610 ZBAZC 43 HI 45 62 .81 0 POT 15 P2 AV3 .00 TEC TEH .610 ZBAZC 43 HI 40 64 1.18 0 PCT 20 P2 AV3 .00 TEC TEH .610 ZBAZC 43 HI 39 65 .94 0 PCT 17 P2 AV1 .05 TEC TEH .610 ZBAZC 45 HI 39 65 1.74 0 PCT 24 P2 AV2 .18 TEC TEH .610 ZBAZC 45 HI 39 65 2.57 0 PCT 29 P2 AV3 .02 TEC TEH .610 ZBAZC 45 HI 45 65 1.33 0 PCT 21 P2 AV3 -. 07 TEC TEH .610 ZBAZC 45 HI 36 66 1.50 0 PCT 23 P2 AV3 .00 TEC TEH .610 ZBAZC 43 HI 40 66 .97 0 PCT 17 P2 AV2 .00 TEC TEH .610 ZBAZC 43 HI I39 39 67 67 1.09 1.01 0
0 POT PCT 20 19 P2 P2 AVi AV2
.11
.00 TEC TEC TEH TEH
.610
.610 ZBAZC ZBAZC 47 47 HI HI 44 67 1.22 0 POT 20 P2 AVi .00 TEC TEH .610 ZBAZC 45 HI 39 68 .72 0 PCT 15 P2 AV1 .00 TEC TEH .610 ZBAZC 47 HI 40 68 2.06 0 POT 26 P2 AV2 .13 TEC TEH .610 ZBAZC 49 HI 40 68 1.23 0 PCT 19 P2 AV3 .00 TEC TEH .610 ZBAZC 49 HI I41 68 1.25 0 POT 21 P2 AV2 .02 TEC TEH .610 ZBAZC 47 HI 41 68 2.80 0 PCT 32 P2 AV3 .11 TEC TEH .610 ZBAZC 47 HI 40 69 1.16 0 PCT 18 P2 AV1 .00 TEC TEH .610 ZBAZC 49 HI 41 69 .90 0 PCT 15 P2 AVi .00 TEC TEH .610 ZBAZC 49 HI 41 69 1.08 0 PCT 17 P2 AV2 .00 TEC TEH .610 ZBAZC 49 HI
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0 PCT PCT 18 17 P2 P2 AV3 AV4
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.00 TEC TEC TEH TEH
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.610 ZBAZC ZBAZC 63 63 HI HI 042 80 .96 0 PCT 16 P2 AV2 .00 TEC TEH .610 ZBAZC 61 HI 42 80 1.84 0 PCT 25 P2 AV3 -. 02 TEC TEH .610 ZBAZC 61 HI I42 80 .91 0 POT 16 P2 AV4 .00 TEC TEH .610 ZBAZC 61 HI 43 80 1.03 0 PCT 17 P2 AV2 .00 TEC TEH .610 ZBAZC 61 HI I40 81 1.55 0 POT 22 P2 AVi .02 TEC TEH .610 ZBAZC 63 HI 40 81 4.60 0 POT 36 P2 AV2 .00 TEC TEH .610 ZBAZC 63 HI 40 81 2.04 0 PCT 25 P2 AV3 .00 TEC TEH .610 ZBAZC 63 HI 42 81 1.12 0 PCT 18 P2 AV1 .00 TEC TEH .610 ZBAZC 63 HI I42 81 4.29 0 POT 35 P2 AV2 .00 TEC TEH .610 ZBAZC 63 HI I42 81 2.94 0 POT 30 P2 AV3 .00 TEC TEH .610 ZBAZC 63 HI 42 81 1.72 0 PCT 23 P2 AV4 .00 TEC TEH .610 ZBAZC 63 HI 41 82 1.41 0 PCT 21 P2 AV2 .04 TEC TEH .610 ZBAZC 61 HI 42 82 2.41 0 PCT 29 P2 AV2 -. 04 TEC TEH .610 ZBAZC 61 HI 42 82 1.41 0 PCT 21 P2 AV3 .00 TEC TEH .610 ZBAZC 61 HI I INSPDATE ROW COL VOLTS DEG IND PER CHN LOON INCHi INCH2 BEGT ENDT PDIA PTYPE CAL LI
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SG - C ANTI-VIBRATION BAR WEAR INDICATIONS Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:23:40 +...----.+-----+---+ ÷---+----+-- -+..----+----+ -- +--+---+....."1..---- . . +-- - .. - I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI +- --- +----+-- -+ 4-------+--------+-----+----+....----..+ ........ ....----- +....----.--. .- ........ 40 83 1.16 0 PCT 19 P2 AV1 .00 TEC TEH .610 ZBAZC 63 HI 40 83 4.83 0 PCT 37 P2 AV2 .00 TEC TEH .610 ZBAZC 63 HI 40 83 5.30 0 PCT 38 P2 AV3 .00 TEC TEH .610 ZBAZC 63 HI 41 83 1.06 0 PCT 18 P2 AVi .00 TEC TEH .610 ZBAZC 63 HI 41 83 1.23 0 PCT 19 P2 AV2 .00 TEC TEH .610 ZBAZC 63 HI 41 83 1.29 0 PCT 20 P2 AV3 .00 TEC TEH .610 ZBAZC 63 HI 42 83 .93 0 PCT 16 P2 AV2 .00 TEC TEH .610 ZBAZC 63 HI 42 83 1.80 0 PCT 24 P2 AV3 .00 TEC TEH .610 ZBAZC 63 HI 38 84 .78 0 PCT 14 P2 AV3 .00 TEC TEH .610 ZBAZC 61 HI 43 84 1.40 0 PCT 21 P2 AV2 - .07 TEC TEH .610 ZBAZC 61 HI 43 84 1.97 0 PCT 26 P2 AV3 .00 TEC TEH .610 ZBAZC 61 HI 33 85 1.01 0 PCT 17 P2 AV3 .00 TEC TEH .610 ZBAZC 63 HI 40 85 3.16 0 PCT 31 P2 AV2 .00 TEC TEH .610 ZBAZC 63 HI 40 85 1.76 0 PCT 23 P2 AV3 .00 TEC TEH .610 ZBAZC 63 Hi 45 85 .98 0 PCT 17 P2 AV2 .00 TEC TEH .610 ZBAZC 63 HI 45 85 2.53 0 POT 28 P2 AV3 .00 TEC TEH .610 ZBAZC 63 HI 36 86 1.50 0 PCT 22 P2 AV2 .02 TEC TEH .610 ZBAZC 61 HI 36 86 2.51 0 POT 29 P2 AV3 .00 TEC TEH .610 ZBAZC 61 HI 36 86 1.74 0 POT 24 P2 AV4 - .39 TEC TEH .610 ZBAZC 61 HI 37 87 .84 0 PCT 15 P2 AV1 .00 TEC TEH .610 ZBAZC 63 HI 37 87 1.57 0 PCT 22 P2 AV2 .00 TEC TEH .610 ZBAZC 63 HI 37 87 1.43 0 POT 21 P2 AV3 .00 TEC TEH .610 ZBAZC 63 HI 37 87 .58 0 PCT 12 P2 AV4 .00 TEC TEH .610 ZBAZC 63 HI 40 88 1.50 0 PCT 22 P2 AV2 .05 TEC TEH .610 ZBAZC 61 HI 40 88 2.52 0 PCT 29 P2 AV3 .09 TEC TEH .610 ZBAZC 61 HI 41 88 .90 0 PCT 16 P2 AVi .00 TEC TEH .610 ZBAZC 61 HI 41 88 1.10 0 PCT 18 P2 AV2 .00 TEC TEH .610 ZBAZC 61 HI 41 88 .80 0 PCT 15 P2 AV3 .00 TEC TEH .610 ZBAZC 61 HI 32 89 1.14 0 PCT 17 P2 AV2 .00 TEC TEH .610 ZBAZC 67 HI 36 89 2.15 0 PCT 25 P2 AV3 .00 TEC TEH 610 ZBAZC 67 HI 37 89 1.03 0 PCT 16 P2 AV3 .00 TEC TEH .610 ZBAZC 67 HI 43 89 1.07 0 PCT 16 P2 AV4 .00 TEC TEH .610 ZBAZC 67 HI 46 89 .90 0 PCT 14 P2 AV4 .00 TEC TEH .610 ZBAZC 67 HI 36 90 2.01 0 PCT 27 P2 AV2 - .05 TEC TEH .610 ZBAZC 65 HI 36 90 3.21 0 PCT 34 P2 AV3 .05 TEC TEH .610 ZBAZC 65 HI 36 90 .84 0 PCT 16 P2 AV4 .00 TEC TEH .610 ZBAZC 65 HI 42 90 1.38 0 POT 22 P2 AVi .00 TEC TEH .610 ZBAZC 65 HI 42 90 2.79 0 PCT 32 P2 AV2 .00 TEC TEH .610 ZBAZC 65 HI 42 90 3.62 0 PCT 35 P2 AV3 .05 TEC TEH .610 ZBAZC 65 HI 42 90 1.07 0 "PCT 19 P2 AV4 .00 TEC TEH .610 ZBAZC 65 HI 38 91 1.65 0 PCT 21 P2 AV2 .00 TEC TEH .610 ZBAZC 67 HI S38 91 1.34 0 PCT 19 P2 AV3 .00 TEC TEH .610 ZBAZC 67 HI 40 91 1.53 0 POT 20 P2 AV3 .00 TEC TEH .610 ZBAZC 67 HI 40 91 1.14 0 PCT 17 P2 AV4 .00 TEC TEH .610 ZBAZC 67 HI I43 91 1.07 0 POT 16 P2 AV4 - .07 TEC TEH .610 ZBAZC 67 HI I33 92 .89 0 POT 17 P2 AV3 .09 TEC TEH .610 ZBAZC 65 HI 40 92 2.08 0 PCT 28 P2 AV2 -. 07 TEC TEH .610 ZBAZC 65 HI 40 92 3.52 0 PCT 35 P2 AV3 .00 TEC TEH .610 ZBAZC 65 HI 40 92 .95 0 PCT 18 P2 AV4 .06 TEC TEH .610 ZBAZC 65 HI
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48 37 .39 0 PCT 8 P2 AV3 .00 TEC TEH .610 ZBAZC 47 HI 33 38 .89 0 PCT 14 P2 AV3 -. 45 TEC TEH .610 ZBAZC 29 HI 39 38 1.22 0 PCT 18 P2 AV3 -. 33 TEC TEH .610 ZBAZC 29 HI 36 39 3.28 0 PCT 33 P2 AV2 .00 TEO TEH .610 ZBAZO 31 HI 36 39 1.66 0 PCT 22 P2 AV3 .00 TEC TEH .610 ZBAZC 31 HI 39 39 1.72 0 PCT 22 P2 AV2 -. 40 TEC TEH .610 ZBAZC 31 HI 39 3 40 .86 0 PCT 14 P2 AV3 -. 27 TEC TEH .610 ZBAZC 29 HI I43 43 40 40 1.28 1.65 0 0 POT PCT 18 21 P2 P2 AV1 AV2
.00
.00 TEC TEC TEH TEH
.610
.610 ZBAZC ZBAZC 45 45 HI HI 43 40 1.91 0 PCT 23 P2 AV3 .17 TEC TEH .610 ZBAZC 45 HI 43 40 1.09 0 PCT 16 P2 AV4 .12 TEC TEH .610 ZBAZC 45 HI I34 41 .73 0 POT 12 P2 AV2 .24 TEO TEH .610 ZBAZO 27 HI I38 41 .93 0 POT 15 P2 AV2 -. 46 TEO TEH .610 ZBAZO 27 HI I38 41 .74 0 POT 12 P2 AV3 -. 36 TEC TEH .610 ZBAZO 27 HI 40 42 .89 0 PCT 14 P2 AV2 .00 TEC TEH .610 ZBAZC 25 HI 41 42 1.46 0 PCT 19 P2 AV2 .00 TEC TEH .610 ZBAZC 25 HI 41 42 .93 0 PCT 14 P2 AV3 .00 TEC TEH .610 ZBAZC 25 HI 37 43 .82 0 POT 13 P2 AV2 .07 TEC TEH .610 ZBAZC 27 HI 38 43 1.05 0 PCT 16 P2 AV2 .00 TEC TEH .610 ZBAZC 27 HI 38 43 .82 0 PCT 13 P2 AV3 -. 34 TEC TEH .610 ZBAZC 27 HI I39 43 1.10 0 POT 16 P2 AVi .00 TEC TEH .610 ZBAZO 27 HI 39 43 .88 0 PCT 14 P2 AV3 -. 27 TEC TEH .610 ZBAZC 27 HI 44 43 .88 0 POT 13 P2 AV2 .00 TEC TEH .610 ZBAZC 33 HI 38 44 1.88 0 PCT 23 P2 AV2 .00 TEC TEH .610 ZBAZC 25 HI 38 44 1.55 0 POT 20 P2 AV3 .00 TEC TEH .610 ZBAZC 25 HI 39 44 1.03 0 PCT 15 P2 AV3 .00 TEC TEH .610 ZBAZC 25 HI I45 44 1.18 0 POT 17 P2 AV2 - .12 TEC TEH .610 ZBAZC 35 HI 45 44 1.59 0 PCT 21 P2 AV3 -. 24 TEC TEH .610 ZBAZC 35 HI 45 44 .88 0 POT 14 P2 AV4 -. 24 TEC TEH .610 ZBAZO 35 HI 39 45 1.12 0 PCT 17 P2 AV2 .12 TEC TEH .610 ZBAZC 27 HI I39 45 1.82 0 POT 23 P2 AV3 - .19 TEC TEH .610 ZBAZC 27 HI 42 45 1.26 0 PCT 18 P2 AV4 - .12 TEC TEH .610 ZBAZ 27 HI 43 45 .88 0 PCT 14 P2 AV2 .14 TEC TEH .610 ZBAZC 27 HI I41 46 1.20 0 POT 17 P2 AV2 .00 TEC TEH .610 ZBAZO 25 HI 41 46 2.14 0 PCT 25 P2 AV3 .00 TEC TEH .610 ZBAZC 25 HI 45 46 1.68 0 POT 22 P2 AV3 .00 TEC TEH .610 ZBAZC 35 HI 45 46 1.03 0 PCT 16 P2 AV4 .02 TEC TEH .610 ZBAZC 35 HI I33 47 .93 0 POT 15 P2 AV2 .16 TEC TEH .610 ZBAZO 27 HI 39 47 .72 0 PCT 12 P2 AVi -. 07 TEC TEH .610 ZBAZC 27 HI 39 47 1.66 0 PCT 22 P2 AV2 .38 TEC TEH .610 ZBAZC 27 HI 39 47 2.07 0 PCT 25 P2 AV3 .33 TEC TEH .610 ZBAZC 27 HI 42 47 2.08 0 PCT 25 P2 AV3 -. 38 TEC TEH .610 ZBAZC 27 HI 26 48 1.74 0 POT 22 P2 AV2 .00 TEC TEH .610 ZBAZC 25 HI 39 48 1.04 0 PCT 15 P2 AV2 .00 TEC TEH .610 ZBAZC 25 HI
+ -- - - ...- +-....+ - - -... .+-....+-....+-....+-....+-- +- - - + - - + -- +- -+ - "+ - "+ - "
ROW 5INSPDATECOL VOLTS DEG IND PER CHN LOON INCH INCH2 BEGT ENDT PDIA PTYPE CAL LI
+---- ..---....- +---+--+-....+--.... ÷ +---+ --- +-- +---+---+ - +- +-+ ... +-
2 .ax ST 136
SG - D ANTI-VIBRATION BAR WEAR INDICATIONS Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:23:40 +......---- .----.----.. +----.+--------+. ----.----.---- + A------------------- ----------------------- I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 BEGT ENDT PDIA PTYPE CAL LI +---...----+----+--.... . ----- ------------ +--------+ ---- ---------------. - -------- - ----------- 39 48 1.32 0 PCT 18 P2 AV3 .00 TEC TEH .610 ZBAZC 25 HI 40 48 1.63 0 POT 21 P2 AV2 "-.09 TEC TEH .610 ZBAZO 25 Hf 40 48 2.75 0 PCT 29 P2 AV3 .00 TEC TEH .610 ZBAZC 25 HI 41 48 3.44 0 PCT 33 P2 AV2 .00 TEC TEH .610 ZBAZC 25 HI 41 48 1.34 0 PCT 18 P2 AV3 .00 TEC TEH .610 ZBAZC 25 HI 41 48 .86 0 PCT 13 P2 AV4 .00 TEC TEH .610 ZBAZC 25 HI 43 48 1.00 0 PCT 15 P2 AVi .00 TEC TEH .610 ZBAZC 25 HI I40 49 1.46 0 PCT 20 P2 AV2 - .09 TEC TEH .610 ZBAZC 27 Hf I40 49 .73 0 POT 12 P2 AV3 - .21 TEC TEH .610 ZBAZC 27 HI 41 49 3.63 0 PCT 34 P2 AV2 .21 TEC TEH .610 ZBAZC 27 HI I41 49 1.02 0 PCT 16 P2 AV3 -. 31 TEC TEH .610 ZBAZC 27 H 26 50 .76 0 PCT 12 P2 AV2 .00 TEC TEH .610 ZBAZC 25 HI 40 50 .69 0 PCT 11 P2 AV2 .00 TEC TEH .610 ZBAZC 25 HI 45 50 1.37 0 PCT 19 P2 AVi .28 TEC TEH .610 ZBAZC 35 Hf 45 50 2.80 0 PCT 30 P2 AV2 .00 TEC TEH .610 ZBAZC 35 HI 45 50 1.32 0 PCT 19 P2 AV3 -. 02 TEC TEH .610 ZBAZC 35 Hf I49 50 .70 0 POT 12 P2 AV .19 TEC TEH .610 ZBAZC 35 HI 37 51 1.38 0 PCT 19 P2 AV2 .05 TEC TEH .610 ZBAZC 27 HI 42 51 1.04 0 PCT 16 P2 AVi -. 14 TEC TEH .610 ZBAZC 27 Hf 42 51 1.31 0 PCT 19 P2 AV2 .26 TEC TEH .610 ZBAZC 27 Hf I42 51 .81 0 POT 13 P2 AV3 - .31 TEC TEH .610 ZBAZC 27 Hf 49 51 .82 0 PCT 12 P2 AV4 .00 TEC TEH .610 ZBAZC 33 Hf 33 52 .82 0 PCT 13 P2 AV3 .00 TEC TEH .610 ZBAZC 25 HI I42 52 3.06 0 POT 31 P2 AV2 .00 TEC TEH .610 ZBAZC 25 Hf 42 52 1.59 0 PCT 21 P2 AV3 .00 TEC TEH .610 ZBAZC 25 Hf 44 56 2.09 0 POT 27 P2 AV2 .00 TEC TEH .610 ZBAZC 51 Hf 44 56 1.87 0 PCT 25 P2 AV3 .00 TEC TEH .610 ZBAZC 51 Hf 45 56 1.07 0 PCT 18 P2 AV1 .00 TEC TEH .610 ZBAZC 51 Hf I45 56 2.70 0 POT 31 P2 AV2 .00 TEC TEH .610 ZBAZC 51 HI 45 56 3.25 0 POT 34 P2 AV3 .00 TEC TEH .610 ZBAZC 51 HI 46 56 1.91 0 PCT 25 P2 AV2 .00 TEC TEH .610 ZBAZC 51 Hf 46 56 2.20 0 PCT 28 P2 AV3 .00 TEC TEH .610 ZBAZC 51 Hf 49 61 1.62 0 PCT 21 P2 AVi .00 TEC TEH .610 ZBAZC 47 Hf 40 62 1.66 0 POT 24 P2 AV2 .00 TEC TEH .610 ZBAZC 51 Hf 40 62 .99 0 PCT 17 P2 AV3 .09 TEC TEH .610 ZBAZC 51 Hf 38 64 1.52 0 PCT 24 P2 AV2 .00 TEC TEH .610 ZBAZC 55 Hf 38 64 2.55 0 PCT 29 P2 AV3 .00 TEC TEH .610 ZBAZC 55 Hf 41 65 2.27 0 PCT 26 P2 AV3 .00 TEC TEH .610 ZBAZC 53 HI 49 65 .77 0 PCT 14 P2 AV1 .00 TEC TEH .610 ZBAZC 51 HI 42 66 .77 0 PCT 13 P2 AV3 .00 TEC TEH .610 ZBAZC 55 Hf
- 40. . 62.
. . . . . . ... 0 .... 17 .... P2. AV -÷H - - TE.-. 61 ZB Z .. .. 51 I÷ 49 66 .76 0 PCT 13 P2 AV1 .00 TEC TEH .610 ZBAZC 51 Hf 38 67 .87 0 PCT 13 P2 AV2 -. 31 TEC TEH .610 ZBAZC 53 Hf 38 67 2.04 0 PCT 24 P2 AV3 -. 12 TEC TEH .610 ZBAZC 53 Hf 41 67 .89 0 PCT 13 P2 AV2 .33 TEC TEH .610 ZBAZC 53 Hf 41 67 1.24 0 PCT 17 P2 AV3 .45 TEC TEH .610 ZBAZC 53 Hf I INSPDATE ROW 001 VOLTS DEG IND PER CHN LOON INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI 38ST Nax 137
SG - D ANTI-VIBRATION BAR WEAR INDICATIONS Braidwood 2 A2R16 CDE 20121001 10/27/2012 10:23:40 + ---- -------- + --- --- +----- +---------.---- ÷-+----------- A------ ------------- +-....+-......- I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 BEGT ENDT PDIA PTYPE CAL Ll
... .----.----.. +- --- + . .---- .---- +----. -------- --- +--- --- +.........+-"÷ "+"-+" "'* --- "+-.... "- +
39 68 1.38 0 PCT 20 P2 AV2 .00 TEC TEH .610 ZBAZC 55 HI 39 68 .94 0 PCT 16 P2 AV3 .00 TEC TEH .610 ZBAZC 55 HI TEC TEH .610 ZBAZC 55 HI 39 70 .89 0 PCT 15 P2 AV2 .00 TEC TEH .610 ZBAZC 55 HI 39 70 1.07 0 PCT 20 P2 AV3 -. 28 TEC TEH .610 ZBAZC 53 HI 49 71 .92 0 PCT 14 P2 AVI - .09 TEC TEH .610 ZBAZC 55 HI 37 74 .93 0 PCT 16 P2 AV2 -. 15 TEC TEH .610 ZBAZC 55 HI 37 74 1.00 0 PCT 16 P2 AV2 .14 TEC TEH .610 ZBAZC 55 HI 37 74 .86 0 PCT 15 P2 AV3 -. 05 35 75 .89 0 PCT 14 - .12 TEC TEH .610 ZBAZC 57 HI P2 AV3 TEC TEH .610 ZBAZC 57 HI 35 75 1.74 0 PCT 22 P2 AV3 .00 TEC TEH .610 ZBAZC 57 Hi 38 75 .97 0 PCT 15 P2 AV2 .00 TEC TEH .610 ZBAZC 59 HI 39 76 .91 0 PCT 16 P2 AV2 -. 22 TEC TEH .610 ZBAZC 59 HI 41 76 .89 0 PCT 15 P2 AV2 .33 TEC TEH .610 ZBAZC 59 HI
.88 0 PCT 15 P2 AV3 .18 41 76 TEC TEH .610 ZBAZC 57 HI 37 79 .95 0 PCT 15 P2 AV2 .23 TEC TEH .610 ZBAZC 57 HI 34 81 .76 0 PCT 12 P2 AV2 .00 TEC TEH .610 ZBAZC 57 HI 34 81 .78 0 PCT 12 P2 AV3 - .06 TEC TEH .610 ZBAZC 59 HI 34 82 1.02 0 PCT 17 P2 AV2 - .16 TEC TEH .610 ZBAZC 59 HI 34 82 .72 0 PCT 13 P2 AV3 - .26 0 PCT TEC TEH .610 ZBAZC 59 HI 42 82 .64 12 P2 AV2 .31 TEC TEH .610 ZBAZC 59 HI 42 82 .96 0 PCT 16 P2 AV3 .31 TEC TEH .610 ZBAZC 59 HI 43 82 .82 0 PCT 15 P2 AV2 - .12 TEC TEH .610 ZBAZC 57 HI 35 83 .95 0 PCT 15 P2 AV2 .14 TEC TEH .610 ZBAZC 59 HI 35 84 1.15 0 PCT 18 P2 AV2 .00 TEC TEH .610 ZBAZC 59 HI 35 84 1.22 0 PCT 19 P2 AV4 .07 TEC TEH .610 ZBAZC 59 HI 41 84 1.68 0 PCT 23 P2 AV3 .00 TEC TEH .610 ZBAZC 59 HI 43 84 1.88 0 PCT 25 P2 AV3 .00 TEC TEH .610 ZBAZC 57 HI 42 85 1.14 0 PCT 16 P2 AV2 .00 TEC TEH .610 ZBAZC 57 HI 42 85 2.13 0 PCT 25 P2 AV3 .00 TEC TEH .610 ZBAZC 57 HI 42 85 1.04 0 PCT 16 P2 AV4 .00 TEC TEH .610 ZBAZC 59 HI 44 86 1.67 0 PCT 23 P2 AV2 .00 TEC TEH .610 ZBAZC 63 HI 44 92 .82 0 PCT 15 P2 AV4 -. 18 TEC TEH .610 ZBAZC 61 HI 36 93 1.10 0 PCT 16 P2 AVl .00 TEC TEH .610 ZBAZC 61 HI 36 93 1.18 0 PCT 17 P2 AV3 .00 TEC TEH .610 ZBAZC 61 HI 39 93 1.19 0 PCT 17 P2 AV2 TEC TEH .610 ZBAZC 61 HI 39 95 1.16 0 PCT 17 P2 AV3 .00 TEC TEH .610 ZBAZC 63 HI 39 96 1.26 0 PCT 19 P2 AV2 .00 TEC TEH .610 ZBAZC 63 HI 39 96 1.01 0 PCT 17 P2 AV3 .02 TEC TEH .610 ZBAZC 61 HI 35 97 1.82 0 PCT 23 P2 AV2 .00 TEC TEH .610 ZBAZC 61 HI 38 97 1.96 0 PCT 24 P2 AV2 .00 TEC TEH .610 ZBAZC 61 HI 38 97 1.58 0 PCT 21 P2 AV2 .00 TEC TEH .610 ZBAZC 61 HI 38 97 1.54 0 PCT 21 P2 AV3 .00 TEC TEH .610 ZBAZC 61 HI 40 97 1.07 0 PCT 16 P2 AV2 .00 TEC TEH .610 ZBAZC 61 HI 40 97 1.47 0 PCT 20 P2 AV3 .00 TEC TEH .610 ZBAZC 65 HI 30 101 1.09 0 PCT 15 P2 AV2
.----. ----. +---- --- +.+---- .---- +------------+ - ---. +- - -+. + - ---+.... + ......- +--.......+ ....-.. +.
I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
------- +-----.. .+. .--- +----+----. ---- +----+ ----- -- +---+ --+ -+- ... ----
+ .... + .-..... +.-.....--
4 ST Max 138
SG - D ANTI-VIBRATION BAR WEAR INDICATIONS Braidwood 2 A2R16 COE 20121001 10/27/2012 10:23:40 4-+ ---- .---- +----+-..- - --- ------. ------------ ...--- --... 4-----+- -------- +-+---- ---- I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI 4 ----- +--------+-------+----.----+----+----..... --------- +----4---- +-- +-4--4---- I 30 101 1.04 0 PCT 14 P2 AV3 .00 TEC TEH .610 ZBAZC 65 HI I I I 27 106 .74 0 PCT 12 P2 AV1 .00 TEC TEH .610 ZBAZC 67 HI + ---- +--------+---------+--.-----------+----+-4---+-4----4----+---- ---.------..--- + I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI + - ----.---- +----+ --- +----+----+----+----+----
- ---- +---. --- +-+--+ ------
Tubes: 111 Records: 181 5 ST Max 139
Attachment B.6 Tubes Containing Pre-Heater Wear 140
SG- A PREHEATER WEAR INDICATION DISTRIBUTION MAP BraidwoodA2R16 CDE D5 a 95 PLUGGED TUBE 110 105 100 95 90 000 00.. 85 80 0000 C0000()0000()0000()0000 0
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+ý0000+(0000O0004ow0000+~p0000C o0000 30 25 20 15 10 5 WestinghouseElectric Company LLC - ST Max 10/28/2012 09:00:26 141
SG - A PREHEATER WEAR INDICATIONS Braidwood 2 A2R16 CDE 20121001 10/27/2012 09:48:14 ++...---- +----.---- +-- -+ +----+D ----... ++ .. +... ....... +--------.---++--- + .+---- .-----
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I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI +---- +---- ---- +--- +----+----+------ - -........ ---- +----- ".----.-----.... + --- - -- 4. +-------------+ +-----+----+
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I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI +--------------+ +-----+----+
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Tubes: 0 Records: 0 1 ST Max 142
SG - B PREHEATER WEAR INDICATION DISTRIBUTION MAP BraidwoodA2R16 CDE D5 X 3 Tube with Pre-Heater Wear a 61 PLUGGED TUBE 10 105 100 95 90 85 80 75 70 65 60 55 50 45 40 35 30 25 20 15 10 1 000?000, 0000 O)0000,000OTO 0 ,000 *o00OO000( 1o3ooo o r,,4
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SG - B PREHEATER WEAR INDICATIONS Braidwood 2 A2R16 CDE 20121001 10/27/2012 09:48:14
... ÷....----..---------.----.--------......----÷- ----- +--------......÷
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÷- - -÷ .....- ÷ 47 39 .09 0 PCT 2 P6 03C .15 TEC TEH .610 ZBAZC 109 HI 2011/04/01 47 39 2.10 183 DNG P1 AV2 12.39 TEC TEH .610 NBAZC 43 HI 2011/04/01 47 39 .73 0 RWS P2 03C -. 31 TEC TEH .610 NBAZC 43 HI 2011/04/01 47 39 .18 0 PCT 4 P6 03C - .38 TEC TEH .610 NBAZC 83 HI 47 41 .25 0 PCT 5 P6 03C -. 08 TEC TEH .610 ZBAZC 109 HI 2011/04/01 47 41 .50 0 RWS P2 03C .31 TEC TEH .610 NBAZC 43 HI 2011/04/01 47 41 .19 0 PCT 4 P6 03C .34 TEC TEH .610 NBAZC 83 HI 49 49 .16 0 PCT 3 P6 05C -. 08 TEC TEH .610 ZBAZC 109 HI 2011/04/01 49 49 NDD 02C 02C .610 NPSNM 14 CI 2011/04/01 49 49 NDD 03C 03C .610 NPSNM 14 CI 2011/04/01 49 49 2.74 179 DNT P1 AV3 .00 TEC TEH .610 NBAZC 43 HI 2011/04/01 49 49 .67 0 RWS P2 05C -. 42 TEC TEH .610 NBAZC 43 HI 2011/04/01 49 49 .18 0 PCT 4 P6 05C -. 36 TEC TEH .610 NBAZC 83 HI
+-- -- -
÷..----+----+....+- -÷----+--- ÷ .. + -.-
.. ... -...- ÷..----+-...-+ + ----+-- --..--- ÷-.-..÷ ..- ÷ I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 BEGT ENDT PDIA PTYPE CAL LI
+- -- ------ +----+----+----+----.----
÷÷----+-÷ .. ÷ ..---..--+ -.. ÷----+ .÷ ... -.. ÷.----+ +-- .... -- ÷ Tubes: 3 Records: 13 1 ST Max 144
SG - C PREHEATER WEAR INDICATION DISTRIBUTION MAP BraidwoodA2R16 CDE D5 a 68 PLUGGED TUBE 110 05 100 95 90 85 80 75 70 65 60 55 50 45 40 35 30 25 20 15 10 ioroo(oToooo,*0OOO0000)*00r0 o0p. . ."t. .. 0 0 I0000$000000000M0000000000
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ý0000 0000 o000ocoooo4oooo*)oooo4 oooo ,0oooo, oooo0oooo0oooo0oooo >oooo 110 105 100 95 90 85 80 75 70 65 60 55 50 45 40 35 30 25 20 15 10 Westinghouse ElectricCompany LLC - ST Mam 10/28/2012 09:21 I
.16 145
SG - C PREHEATER WEAR INDICATIONS Braidwood 2 A2R16 CDE 20121001 10/27/2012 09:48:14 +- ---- ---- + -------
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I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 BEGT ENDT PDIA PTYPE CAL Ll +---------------+ +-----+----+
---- +-----+-----+-----+-----+----+---+
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Tubes: 0 Records: 0 1 ST Max 146
SG - D PREHEATER WEAR INDICATION DISTRIBUTION MAP BraidwoodA2R16 CDE D5 X 1 Tube with Pre-Heater Wear a 35 PLUGGED TUBE 10 105 100 95 90 85 80 75 70 65 60 55 50 45 40 35 30 25 20 15 10 5 (POOO0(pOOOO~pOOOO~pOcOOgO 0 P0x00p0000q0000p0000P0 I I I I ocpoD 00 : : 0.t 000 00....... 0 ....
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SG - D PREHEATER WEAR INDICATIONS Braidwood 2 A2R16 CDE 20121001 10/27/2012 09:48:14 +---- +----+------- +--------V----+----.+----+--- +- -- ----- +----...+- +- +--+--+ I INSPDATE ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 BEGT ENDT PDIA PTYPE CAL LI +- --------------....-------- +----+-----------...
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Attachment B.7 Tubes Plugged During A2Ri6 149
SG -A Tubes Plugged During A2R16 BraidwoodA2R16 CDE D5 X 5 Tube Plugged in A2R16 a 95 PLUGGED TUBE 110 105 100 95 90 85 80 75 70 65 60 55 50 45 40 35 30 25 20 15 10 5 IooooIoooopoooo I Ioooo I 0 0 ...
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SG - B Tubes Plugged During A2R16 BraidwoodA2R16 CDE D5 X 2 Tube Plugged in A2R16 a 61 PLUGGED TUBE
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