BYRON 2018-0027, Steam Generator Tube Inspection Report for Refueling Outage 20

Steam Generator Tube Inspection Report for Refueling Outage 20

ML18095A116
Person / Time
Site:	Byron
Issue date:	04/05/2018
From:	Kanavos M Exelon Generation Co
To:	Document Control Desk, Office of Nuclear Reactor Regulation
References
BYRON 2018-0027
Download: ML18095A116 (39)

Text

Byron Generating Station Exe[on Generation www.exebncorp.com Rd April 5, 2018 LTR: BYRON 201 8-0027 File: 1.10.0101 U.S. Nuclear Regulatory Commission Attn: Document Control Desk Washington, D.C. 20555-0001 Byron Nuclear Power Station, Unit 2 Facility Operating License No. NPF-66 NRC Docket No. STN 50-455

Subject:

Byron Station, Unit 2 Steam Generator Tube Inspection Report for Refueling Outage 20 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 Byron Station, Unit 2 Refueling Outage 20 (B2R20).

If there are any questions regarding this submittal, please contact Mr. Doug Spitzer, Regulatory Assurance Manager, at (815) 406-2800.

Respecifully Mark Kanavos Site Vice President Byron Station M EKIP MC/LZ/rm

Attachment:

1) Byron Station, Unit 2 Steam Generator Tube Inspection Report Refueling Outage 20, September, 2017 cc: Regional Administrator, NRC Region Ill NRC Senior Resident Inspector Byron Station Illinois Emergency Management Agency Division of Nuclear Safety

Exelon Generation Company, LLC BYRON STATION UNIT 2 4450 North German Church Road Byron, Illinois 67010 COMMERCIAL OPERATION: August 27, 7987 BYRON STATION UNIT 2 STEAM GENERATOR TUBE INSPECTION REPORT REFUELING OUTAGE 20 October 2017 Mailing Address 4300 Winfield Road Warrenville, IL 60555 Page 1 of 38

TABLE OF CONTENTS Introduction 3 Steam Generator Inspection Scope (TS 5.6.9.a) 3 Degradation Mechanisms Found (TS 5.6.9.b) 5 Nondestructive Examination Techniques Utilized for Each Degradation Mechanism Found During B2R20 (TS 5.6.9.c) 7 Location, Orientation (if linear), and Measured Sizes of Service Induced Indications (TS 5.6.9.d) 7 Plugging Summary (TS 5.6.9.e and TS 5.6.9.f) 10 Results of Condition Monitoring (TS 5.6.9.g) 11 Primary to Secondary Leakage Assessment (TS 5.6.9.h and TS 5.6.9.i) 12 Results of Monitoring for Tube Axial Displacement (Slippage) (TS 5.6.9.j) 13 Attachment A Westinghouse Model D-5 Tube Support Configuration 14 Attachment B Anti-Vibration Bar Wear Indications 15 Page 2 of 38

Introduction Byron Station, Unit 2 operates with four (4) 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 (TSP5) and chrome plated Alloy-600 anti-vibration bars (AVBs). The tube support plates within the pre-heater region are 0.75 thick stainless steel drilled hole baffle plates. The lowest tube support plate (TSP 01) on the hot and cold leg sides is a flow distribution baffle that is also stainless steel of 0.75 thick with enlarged drilled tube holes to distribute the feed flow. See Attachment A, for a diagram of the D-5 SG tube support plate (TSP) and AVB Configuration.

Technical Specification (TS) 5.5.9.d provides the requirements for SG inspection frequencies and requires periodic SG tube inspections to be performed. TS 5.5.9.d requires that 100% of the Unit 2 tubes are to be inspected at sequential periods of 120, 96, and thereafter 72 effective full power months (EFPM). The first sequential period shall be considered to begin after the first inservice inspection of the SGs.

At the start of B2R20, the Byron Unit 2 SGs had accumulated a total of 27.05 EFPY, and 25.862 EFPY (310.34 EFPM) since the first inservice inspection (ISI) during B2R01.

Therefore, Unit-2 was at 22.34 EFPM of the 72 EFPM in the fourth sequential inspection period making B2R20 the second outage and first SG inspection of the four (4) outage inspection period.

The B2R20 SG inspections were performed consistent with the Electric Power Research Institute (EPRI) PWR Steam Generator Examination Guidelines: Revision 8, applicable interim guidance and Nuclear Energy Institute (NEI) 97-06, Steam Generator Program Guidelines Revision 3. The field inspection activities were conducted from October 4, 2017 through October 15, 2017 by the Westinghouse Electric Company LLC.

Steam Generator Inspection Scope (TS 5.6.9.a)

Byron Unit 2 Refueling Outage 20 (B2R20) was the second refueling outage of the second 72 EFPM period, the next SG inspection is planned for B2R22, which will be the fourth refuel outage within the second 72 EFPM period. The following inspections were performed during B2R20 to ensure that 100% of the tubes will be inspected during the period as required by TS 5.5.9.d.

Eddy Current Scope:

Bobbin Inspections

• 100% full length examination of all in-service tubes in all four (4) SGs.

V Tubes in Rows 1 and 2 were inspected from tube end to TSP 11 H/i 1 C. The U-bend portions were inspected as part of the Row 1 and Row 2 +POINTTM probe program.

• Examined the hot leg and cold leg tubesheet region for tube slippage.

Page 3 of 38

MRPC/+Point Probe Inspections

• 50% Row 1 and Row 2 U-bend region from TSP 11 H to 11 C

• All tubes in the U-bend region containing manufacturing artifacts.

• 50% Dents/Dings >5.0 volts located in the hot leg, cold leg and U-bend.

• 50% Dents 2.0-5.0 volts located at TSPs 01 H, 01 C, 02C, 03C, 04C, 05C, and 06C

• 50% Dings 2.0-5.0 volts located below TSP 06C and TSP 01 H.

• All bobbin coil I-code indications that are not resolved after history review.

• Existing and new TSP wear indications based on bobbin inspection.

• Inspection to bound (all surrounding tubes, at least 2 pitches removed) the tubes with potential loose part (PLP) signals identified during the current inspection as necessary to support the Operational Assessment.

• All foreign object wear left in service from the previous inspection as specified Degradation Assessment.

• All hot leg, cold leg, and U-bend dent/ding locations >2.0 volts and locations of tube wear in all in-service tubes potentially containing high residual stress (minus 2-sigma tubes).

• Inspection of the following benign signal codes:

V BLGIOXP located outside the tubesheet or TSP X-Probe Inspections

• 50% hot leg TTS +3 inches/-14.01 inches.

• 50% hot leg bulges/overexpansions within TTS 14.01 inches (H* region).

• 50% preheater baffle plate expansions at TSP 020 and TSP 030.

• 100% preheater baffle plate expansions at TSP 02C in the corner peripheral tubes with hydraulic expansions in all four (4) SGs.

• Hot leg peripheral tubes (tubes within high flow zone) from 01 H to 14.01 inches below the tubesheet.

• Cold leg peripheral tubes (tubes within high flow zone and peripheral tubes two (2) tubes deep excluding T-slot and tube lane from TSP 01 C to 3 inches into the tubesheet.

• 100% hot leg and cold leg intersections in the in-service potentially high residual stress tubes (minus 2-sigma tubes).

• 100% hot leg and cold leg tubesheet expansion transitions +31-1 4.01 inches in the in-service potentially high residual stress tubes (minus 2-sigma tubes).

• Foreign objects and tubes adjacent to tubes plugged due to foreign objects per Degradation Assessment.

Page 4 of 38

Other SG Inspections:

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 B2R20 were also visually inspected, and the installation parameters were reviewed for acceptable installation.

SG Channel Head Bowl Visual Inspections- Each SG primary channel head was visually examined in accordance with the recommendations of Westinghouse NSAL 12-01 and NRC IN 2013-20 for evidence of breaches in the cladding or cracking in the divider to channel head weld and for evidence of wastage or cracking of the carbon steel channel head.

Secondary Side Visual Inspections A full foreign object search and retrieval (FOSAR) of the pre-heater baffle plate TSP 02C was performed in SG 2B & 2C preheater high flow regions on the pre-heater tube support baffle plate TSP 02C.

The high flow regions included the preheater Waterbox, rib and cap plate region.

During B2R20, SG 2A and 2C primary and secondary side moisture separator regions were visual inspected along with obtaining ultrasonic thickness measurements.

Chemical Cleaning and Sludge Lancing SG secondary side Chemical Cleaning using the Westinghouse Advanced Scale Conditioning Agent (ASCA) and HS sludge lancing was performed during B2R20.

Degradation Mechanisms Found (TS 5.6.9.b)

The Table below provides a summary of all the degradation, by mechanism, identified during the B2R20 inspections (all mechanisms were present during previous inspections). No evidence of any cracking was found.

Summary of B2R20 Degradation Indications by Mechanism Degradation Mechanism SG2A SG 2B SG 2C SG 2D Total AVB Wear 259 402 293 191 1145 TSPWear 0 7 6 6 19 New Secondary Side EQ 3 2 1 2 8 Wear Historical Secondary Side EQ Wear_Remaining_In_Service 5 10 2 4 21 Other Results:

Visual Inspection of Installed Tube Plugs No degradation or anomalies were found.

SG Channel Head Bowl Visual Inspections- No evidence of cladding or weld breaches, channel head wastage or cracking was identified.

Page 5 of 38

Secondary Side Visual lnslections All four (4) fit-up blocks under TSP 03C were found intact in both SGs inspected. The Waterbox vertical rib plates and target plate in both SGs inspected were found to be in acceptable condition with no indication of degradation, erosion or other anomalies.

During the B2R20 refueling outage at Byron Unit 2, a visual inspection of the preheater region of SG 2C found a loose part (backing bar) that was subsequently determined to have been generated from the steam generators Waterbox where the feedwater enters the steam generator. The loose part, which was located within the tube bundle at the 02C tube support plate was removed from the steam generator during FOSAR activities. This part, which turned out to be a backing bar had not caused detectable tube wear.

Based on a visual inspection of SG 20s Waterbox, it was determined that the source of the loose part was one of the two cut-outs made in the central locations of the Waterboxs cap plate region. These cut-outs were made in the cap plate during manufacturing of the steam generator to generate windows in the cap plate to permit access to the inside of the Waterbox. Following the completion of work internal to the Waterbox, the cut-out plates created from cutting out the two access windows were designed to be reinstalled in the cap plate by full-penetration groove welds on three sides of each cut-out plate. During the reinstallation welding of these cut-out plates, backing bars/tabs were used to frame the three sides of the cut-out plates where the full-penetration groove welds would be located in order to provide backing for the root passes of the welds. Each cut-out plate possessed three backing bars, with one backing bar being approximately 10.5 inches long and spanning the length of the cut-out plate and the other two backing bars being approximately 2.5 inches long and approximately 4 inches long and located on the ends of the cut-out plates. Thus, a total of six backing bars were utilized to re install the two cut-out plates during steam generator manufacture. These backing bars were intended to be fused to the full-penetration groove welds and remain permanently in place in the steam generator.

Evaluations concluded that the remaining backing bars pose no concern for tube integrity over the period until the next steam generator inspection. In the postulated event that any of the remaining backing bars or cut out plates become loose, ninety-one (91) tubes were preventatively plugged and stabilized to prevent the potential loose parts from contacting and damaging active tubes. This similar condition occurred in 2004 (ML042260202) in SG 2A Waterbox, which was repaired in 2005.

No other evidence of degradation or anomalies was reported in SG 2B & 20 preheater. Extent of condition was performed for the remaining SG preheaters, 2A preheater had similar degradation and was repaired in 2005, while the SG 2D preheater had no backing tabs and no degradation. The SG 2C Waterbox will be inspected during the next SG inspection (B2R22) and are developing long-term strategy for addressing the issue.

Inspection results for the SG 2A and SG 20 primary moisture separators in the steam drum still show signs Flow Accelerated Corrosion (FAC)/erosion wear and that it is progressing slowly. The minimum component thickness was the riser barrel, which had an ultrasonic thickness measurement of 0.143 inches compared to the nominal component thickness of 0.25 inches. No repairs were required, and it was concluded that operation until the next schedule inspection Page 6 of 38

is justified with no adverse consequences for the moisture separators in all 4 SGs.

Nondestructive Examination Techniques Utilized for Each Degradation Mechanism Found During B2R20 (IS 5.6.9.c)

All SG eddy current examination techniques used for sizing degradation (see Table below) were qualified in accordance with Appendix H of the EPRI PWR SG Examination Guidelines Revision 8. Each examination technique was evaluated to be applicable to the tubing and the degradation mechanisms found in the Byron Station Unit 2 SGs during B2R20.

EPRI APPENDIX H TECHNIQUES EPRI Technique Probe Degradation Applicability Rev ETSS Detection/Sizing Volumetric Wear at Foreign Object Wear 21998.1 4 +PointTM Locations and Freespan Flaws (Volumetric Indications) 96004 3 13 Bobbin Detection/Sizing Volumetric Wear at AVB5 Detection Volumetric Wear at Broached and Drilled TSPs Detection/Sizing Volumetric Wear at TSPs, Foreign 96910.12 11 ÷PointTM Object Wear Locations, and Freespan Flaws (Volumetric Indications)

Notes: 1. TSP Tube Support Plate AVB Anti-Vibration Bar PLP Possible Loose Part

2. Extended technique detection and sizing of foreign object wear (with or without loose part present and similar TSP wear)

Location, Orientation (if linear), and Measured Sizes of Service Induced Indications (IS 5.6.9.d)

Anti-Vibration Bar (AVB) Wear Tube degradation was found during bobbin coil examination in the U-Bend region due to fretting of the AVB on the outer surface of the tube. A total of 1145 indications were reported. Two (2) tubes in SG 2A, R44-C81 & R41-C91 had indications of AVB wear exceeding 40% TW plugging limit, and the two tubes were removed from service by mechanical tube plugging.

The largest AVB wear indication found during B2R20 was measured at 42%

through-wall (TW). The Table below provides a summary of AVB wear degradation. Refer to Attachment B for detailed locations and sizing for all AVB wear indications.

Page 7 of 38

B2R20 AVB Wear Summary SG 2A SG 2B SG 2C SG 2D

1. oflnd. #otlnd. #oflnd. #oflnd.

10-39%TW 257 402 293 189

>=40%TW 2 0 0 2 TOTAL 259 402 293 191 Mechanical Wear at Tube Suprort Plates (TSPs) Tube degradation attributed to wear in the quatrefoil (broached) TSPs and in the pre-heater TSPs, which are drilled support baffle plates was identified. A total of 19 indications in 15 support plate structures were identified as wear during B2R20. Additionally, 14 pre existing TSP wear was identified in the 2B, 2C, and 2D SGs and five newly identified TSP wear was found in the 2B and 2D SGs. The depth of the TSP wear ranged from 9% TW to 39% TW. The Table below provides a summary of the tubes that contain indications of pre-heater or quatrefoil TSP wear as identified during B2R20.

B2R20 TSP Wear Summary SG Row I Col Volts md Per Locn Inch 1 Wear Type Pre-Existing TSP Wear Indications 2A None 2B 15 91 0.16 PCT 12 06C -0.24 Baffle Plate 2B 47 75 0.12 PCT 9 02C 0.45 Baffle Plate 2C 48 35 0.20 PCT 26 02C 0.53 Baffle Plate 2D 48 63 0.23 POT 14 05C 0.1 Baffle Plate Quatrefoil Land 2B 46 50 0.46 PCT 22 0.35 Quatrefoil Land 2B 46 50 0.23 POT 13 -0.43 2B 47 54 0.45 PCT 22 070 0.21 Quatrefoil Land 2B 49 73 0.24 POT 14 070 0.42 Quatrefoil Land 20* Quatrefoil Land 49 65 1 .20 POT 39 -0.44 070- Quatrefoil Land 20* 49 65 0.56 POT 25 SP2 -0.50 2C 49 73 0.39 POT 20 070 -0.32 Quatrefoil Land 2C 48 63 0.48 POT 23 070 -0.39 Quatretoil Land 2C 49 64 0.94 PCT 34 07C 0.34 Quatrefoil Land 2D 48 63 0.44 PCT 22 070 0.51 Quatrefoil Land Newly_Identified_TSP_Wear_Indications 2B 49 64 0.19 PCT 12 070 0.05 Quatrefoil Land 2D 49 63 0.18 11 07C- 0.00 Quatrefoil Land C-,

2D 49 63 0.29 POT 070- 0.00 Quatrefoil Land 16 SP2 2D 49 63 0.17 POT 070- 0.00 Quatrefoil Land SP3 2D 49 70 0.33 PCT 22 050 -0.17 Baffle Plate

• Note: Tube was preventativety plugged and stabilized during B2R20 Page 8 of 38

Foreiçn Object Wear A total of 29 jndjcatjons of EQ wear were identified during B2R20. Twenty-one (21) of the indications were historical and the remaining eight (8) were newly reported during B2R20. The indications ranged from 10%

TW to 35% TW. The historical FO wear shows no significant change in eddy current signal response. All EQ associated with the historical wear flaws were removed in a prior outage.

• Two (2) tubes were preventatively plugged during the current inspection due to detecting volumetric indications located slightly below TSP 05H and aligned with the quatrefoil flow hole. Tube R35-C22 in SG 2A contained a new 18% TW indication at TSP 05H-0.79 inch with an associated PLP signal. Tube R40-C52 in the SG 2D contained a new 35% TW indication at TSP 05H -0.76 inch also with an associated PLP signal. While the depths of the indications did not exceed the 40% TW tube plugging limit, both tubes were preventatively plugged due to the EQ that caused the wear is still present that may cause continued tube wear.

• The Table below lists the data record for the eddy current signals corresponding to foreign object wear indications detected during B2R20 B2R20 Foreign Object Wear Summary Affected Axial Circ Circ NDE Tubes TSP Legacy (inch) Extent Ext SG Depth Comment Location or New (inch) (deg)

Row Col 2A 8 76 07H -0.99 Legacy 0.23 0.33 51 19 Object Not Present 2A 39 50 02C 2.2 Legacy 0.19 0.2 31 14 Object Not Present 2A 45 67 02C 1.02 Legacy 0.22 0.32 49 18 Object Not Present 2A 45 67 02C 3.02 Legacy 0.22 0.22 34 22 Object Not Present 2A 47 67 02C 0.43 Legacy 0.22 0.21 32 26 Object Not Present 2B 37 74 07H -1.01 Legacy 0.18 0.21 32 18 Object Not Present 2B 39 66 02C 0.91 Legacy 0.19 0.4 62 12 Object Not Present 2B 38 66 02C 1.44 Legacy 0.54 0.35 54 25 Object Not Present 2B 1 54 02C -0.23 Legacy 0.13 0.23 35 25 Object Not Present 2B 38 35 05H -0.58 Legacy 0.15 0.26 40 25 Object Not Present 2B 38 35 05H -0.88 Legacy 0.21 0.23 35 12 Object Not Present 2B 29 26 01H 0.47 Legacy 0.19 0.32 49 17 Object Not Present 2B 29 25 O1H 0.62 Legacy 0.12 0.2 31 10 Object Not Present 2B 35 15 07H -0.97 Legacy 0.15 0.24 37 17 Object Not Present 2B 14 4 05H 0.89 Legacy 0.09 0.32 49 10 Object Not Present 2C 16 18 O1H 0.46 Legacy 0.19 0.22 34 23 Object Not Present 2C 17 18 O1H 0.49 Legacy 0.19 0.24 37 14 Object Not Present 2D 6 44 08H -0.59 Legacy 0.22 0.16 25 34 Object Not Present 2D 9 76 07H -0.64 Legacy 0.11 0.18 28 18 Object Not Present 2D 24 65 02C 1.13 Legacy 0.26 0.25 38 34 Object Not Present Page 9 of 38

Affected TSP Legacy Axial Circ Circ NDE SG . . Comment Tubes Location or New (inch) Extent Ext Depth 2D 25 65 02C 1.48 Legacy 0.15 0.27 42 12 Object Not Present Newly Reported Foreign_Object_Wear 2A 28 56 07H -0.88 New 0.19 0.2 31 17 Object Not Present 2A 30 50 03H -0.61 New 0.14 0.27 42 22 Object Not Present Tube Plugged in B2R20 PLP 2A 35 22 05H -0.79 New 0.14 0.32 49 18 Present 2B 17 48 05H -0.8 New 0.12 0.2 31 25 Object Not Present 2B 27 74 05H -0.92 New 0.12 0.22 34 18 Object Not Present 2C 6 48 05H -0.8 New 0.18 0.3 46 16 Object Not Present 2D 24 47 05H -0.78 New 0.19 0.17 26 29 Object Not Present Tube Plugged in B2R20 PLP 2D 40 52 05H -0.76 New 0.19 0.31 48 35 Present Plugging Summary (TS 5.6.9.e and TS 5.6.9.f)

As a result of the B2R20 SG inspections, performed in accordance with TS 5.5.9.d, the modes of tube degradation found were Anti-Vibration Bar (AVB) wear, tube support plate (TSP) wear, and secondary side foreign object (FO) wear. A total of ninety-six (96) tubes were removed from service by mechanical tube plugging. The ninety-six (96) tubes removed from service, are as follows:

• Two (2) tubes were plugged due to having AVB wear exceeding 40% TW Technical Specification 5.5.9.c plugging criteria.

• Two (2) tubes were plugged due to foreign object wear in the presence of a PLP indication.

• One (1) tube was plugged and stabilized due to TSP wear that was projected to exceed the 40% TW Tech Spec plugging criteria before the next scheduled inspection.

• Ninety-one (91) tubes were preventatively plugged and stabilized in SG 2C due to potential degradation of the internals of the Waterbox.

B2R20 Tube Plugging by Degradation Mechanism fTS 5.6.9.e)

Degradation Mechanism SG 2A SG 2B SG 2C SG 2D Total AVBWear 2 0 0 0 2 TSP/Pre-heater Wear 0 0 1 0 1 Axial ODSCC 0 0 0 0 0 FOWear 1 0 0 1 2 Preventative 0 0 91 0 91 Total Plugged during B2R20 3 0 92 1 96 Tube plugging was conducted in accordance with ASME Section Xl, 2007 Edition through 2008 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 plugging was performed in accordance with Westinghouse approved procedures. There are no approved tube repair methods for the Unit 2 SGs. No tube sleeving was performed.

Page 10 of 38

lube Plugging to Date Number and Percentage per SG) (TS 5.6.9.f)

SG 2A SG 2B SG 2C SG 2D Total Total Plugged during B2R20 3 0 92 1 96 Total Stabilized during B2R20 0 0 92 0 92 Total Pluggedthrough B2R20 159 142 166 42 509 Total Percent Plugged through B2R201 3.48% 3.11% 3.63% 0.92% 2.78%

Note: 1) Plugging percent is based on 4570 tubes per SG for all 4 SGs.

Results of Condition Monitoring fTS 5.6.9.g)

A condition monitoring assessment was performed for each inservice degradation mechanism found during the B2R20 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 4. 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 performed in accordance with the EPRI Steam Generator Integrity Assessment Guidelines and the EPRI Steam Generator Degradation Specific Management Flaw Handbook, Revision 2 (Flaw Handbook).

The as-found condition of each tubing degradation mechanism found during the B2R20 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. The NDE measured flaw depths are compared to the structural integrity condition monitoring (CM) limits, which account for tube material strength, burst relation, and NDE measurement uncertainties with a 0.95 probability at 50% confidence. Therefore, the NDE measured flaw sizes are directly compared to the CM limit. No indications met the requirements for proof or leakage testing; therefore, no In Situ Pressure tests were performed during B2R20. In addition, no tube pulls were performed during B2R20.

The sections below provide a summary of the condition monitoring assessment for each degradation mechanism found during B2R20.

AVB Wear- The two largest AVB wear indications found during the B2R20 inspection were 42% & 41% 1W in SG 2A, tubes R44-C81 and R41-C91 respectively as measured by the EPRI Appendix H qualified technique 96004.3, Rev. 13. This is below the AVB wear CM limit of 63.0% TW. The two tubes with these indications were plugged in accordance with TS 5.5.9.c SG tube plugging criteria.

Pre-Heater Baffle/TSP Wear- The maximum drilled hole baffle plate wear indication reported during B2R20 was in SO 2C tube R48-C35 TSP 020 measuring an NDE depth of 26% TW. All TSP wear, whether located at quatrefoil TSPs or drill hole baffle plate Page 11 of 38

supports was depth sized using the +Point Examination Technique Specification Sheet (ETSS) 96910.1 technique. This is a change in methodology from previous inspections where flat (non-tapered) quatrefoil TSP and drilled hole baffle plate wear were depth sized with bobbin coil technique 96004.3 and tapered TSP/baffle plate tapered wear was sized with the ÷Point probe technique. During this inspection, all TSP/baffle plate wear was sized with the +Point probe Technique 96910.1, regardless if the wear was tapered or flat.

None of the TSP/drilled hole baffle plate wear indications exceeded the CM limits. The maximum quatrefoil TSP wear indication reported during B2R20 was in SG 2C at R49-065 TSP 07C measuring an NDE depth of 39% TW with 25% TW wear on a second land at the same support. The quatrefoil wear is less than the CM limit for quatrefoil TSP wear of 51 .3% TW for wear extending the entire support plate width. In addition, the maximum baffle plate wear (26% TW) is less than the CM limit for drilled hole baffle plate wear at 53.6% TW for wear extending the entire support plate width. Therefore, condition monitoring for structural and leakage integrity has been satisfied for both quatrefoil TSP wear and baffle plate wear.

Foreign Object Wear The deepest foreign object wear indication found during the B2R20 inspection was 35% TW with axial extent of 0.19 inch and a circumferential extent of 0.31 inch (Tube R40-C52 in SG 2D). Note: Other wear flaws were longer and/or wider. Nevertheless, all historical FO wear and newly identified EQ wear falls within the bounds of the CM structural limit of 52.0% 1W defined by a 0.55 inch axial and 135 degree circumferential flaw.

Primary to Secondary Leakage Assessment (IS 5.6.9.h and TS 5.6.9.i)

Byron TS 5.6.9.h 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, Byron 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.

Byron IS 5.6.9.i 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...,

Byron Station Unit 2 did not observe any SG primary to secondary operational leakage over the preceding cycle, therefore the calculated accident leakage rate from flaws below 14.01 inches from the ITS is not quantifiable.

Page 12 of 38

Results of Monitoring for Tube Axial Displacement (Slippage) (TS 5.6.9.j)

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 for the bobbin probe. This was performed to ensure tubes had not severed within the tubesheet in regions of the tubesheet that were not inspected with XProbeTM. The absence of tube sever indications (TSI) from the entirety of the collected bobbin coil and X-Probe inspection data confirms no tubes had tube slippage.

Page 13 of 38

ATTACHMENT A Westinghouse Model D-5 TSP and AVB Configuration AV2 dFW3 AV>fE7%\P74f An*i-vlbrlon If H lull 09H IJUH UI H ufI H 03H 01 H ISH Nozzle Note: AVB bars are denoted as AV in the figure Page 14 of 38

ATTACHMENT B Anti-Vibration Bar (AVB) Wear Indications Page 15 of 38

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a ci i

19

t P2192 P2 34-3

.25

-.35 TED TED TEN TEN

.OI9DEAPN 610 CEAPN 33 33 H

H 55 65 29 13 1.04- 3 PCi 15 P2 34-1 .39 TED TEN 610 DBAPH 15 H 31 31 14 2.26 3 PCi 25 P2 *4-3 .92 TED TEN .619 OEAPN 13 H 35 31 14 1.75 a i 22 P2 34-4 .83 TED TEN .510 CRAPs 13 H 35 34 14 1.34 9 pci 23 P2 3Y .99 TED TEN .610 DB*PN 63 H S 36 14 79 3 PCi 13 P2*4-3 .19 TED TEN .619 DEAlS 63 H S 31 15 60 3 PCi 9 P234-3 .97 TED TEN .D1ODEAPN 15 H 21 31 15 .OT 9 PCi 16 P2*4-3 -.39 TED TEN .010 CRAPS 15 H 21 3.5 15 1.53 a pci 26 P2 34-3 .93 TED TEN .610 DRAPN ES H 27 35 15 .91 9 Pci 13 P214-3 -.29 TEDTEN DIODRAPN 35 H 27 35 16 121 9 PCi 37 P2*13 .99 TED TEN 619 DRAPN 35 H 29 35 15 156 9 PCi 26 P2*4-3 .39 TED TEN 610 CRAPS 35 H 29 35 16 3.39 9 PCi 31 P2 14-2 .07 TED TEN .530 CEAPN 33 H 28 35 16 2.20 6 PCi 25 P2*13 .13 TED TEN 510 DEAlS 33 N 29 35 16 1.27 9 PCi 39 P2 34-4 -.33 TED TEN .510 DEARS 33 N 29 37 16 1.63 9 PCi 15 P234-3 -.92 TED TEN 830 CRAPS 33 H 23 17 10 154 6 Pci 29 P234-3 -.21 TED TEN .810 DEAlS 33 H 29 3.3 16 1.91 3 pci 22 P234-3 .07 TED TEN .61ODE.EFN 35 H 23 33 16 1.11 3 pci 19 P23.14 .06 TED TEN .61OCEAPN 15 N 29 37 17 3.37 6 PCi 31 P2*4-3 .93 TEDTEN .S10DEAPN 33N 39 27 19 1.55 3PCi 24 P234-1 -.19 TED TEN .O10DEAPN 23H 99 35 19 .94 3PCi 10 P234-3 .17 TEDTEN ,SIODLAPN 29N 92 39 lB 1 53 6 Pci 22 P2 34- .93 TED TEN 619 CRAPS 13 H 33 39 19 132 9 PCi 23 P2 513 -.39 TED TEN .616 CRAPS 33 N 31 37 19 1.17 9 Pci 17 P2 *4-2 -.23 TED TEN .610 CEAPS 11 N 39 37 19 1.90 9 PCi 15 P2 34-3 .ET TED TEN .610 DRIPs 11 N 99 IT 19 1,55 9 PCi 21 P2 34-1 .32 TED TEN 010 DEARS 31 N 97 37 19 223 0 PCi 28 P2 34-3. -.17 TED TEN .630 DEAlS 31 N 97 37 19 .74 9 pci 12 P234-4 .21 TED TEN 810 CRAPS 31 N 37 19 19 1,22 9 pci 19 P2 *4-3 - .12 TED TEN .610 DRIPS 31 N 133 19 19 LII 9 PCi 19 P2 *4-4 .29 TED TEN .510 DRIPS 11 N 133 37 20 1.31 9PCT 16 P2*4-2 -.25 TEDTEN 610D3A1N 29N 79 37 29 2.15 9 Pci 26 P2313 .85 TEDTEN OIODEAPS 23N 79 3.9 2* 1.32 6 Pci 31 P2 34-1 27 TED TEN .810 DEAPN 29 N 4-9 33 20 2.73 3 PCi 29 P2 34-2 .33 TED TEN 610 DRAIN 29 N 99 13 20 1,69 9 pci 22 P234-3 -.33 TED TEN .610 DRIPS 23 N 4-6 3% 20 222 3 PCi 26 P234-3 -.15 TEDTEN 2I0DEAPN 29 N 99 39 21 1.13 6 PCi 17 P2 34-3 .93 TED TEN .610 DEARS 11 N 31 19 21 62 3 PCi 11 P2 34-3 .33 TED TEN .619 DRAIN 31 N 31 37 21 .92 3 pci 13 P234-3 .89 TED TEN 6IODEAPN 31 N 32 39 21 1.13 9 Pci 19 P234-I -.93 TED TEN 610 DEAlS 31 N 33 1% 21 94 9 Pci 15 P234-3 -.13 TED TEN C1OCBAPS 31 N 31 39 21 .91 0 pci 33 P234-4 .15 TED TEN 619 CRAPS 31 N .93

+ 4 +

P3W CCL VOLTS CEO END PER CNN LOCH 39041 I%CN2 9611 ElIOT P234 PT3PE CAL I IDE VIlLA UTIL2I

,---+--+ + 4- 4 ,-+ ÷ Page 16 of 38

18 - A ArI-799991128 039 8949 ItC3CAIICP93 3yr.n 2 E20 CSE 21171001 10113/2317 E923:35 4._-4 + ++ 4 ++ + +

I OIL 90L73 099 9340 P99 OWN 1309 233091 39092 8931 93427 P039 911?! 091 6 339 U13L3 1111121 39 23 .90 3 PCI 15 P2981 fl 19019K 0100999K 33 H 31 33 21 3,73 0 PCI 32 P2 .973 I

.92 190 19K .010 093934 13 H 31 I 39 21 1.73 0 PCI 2] P2 974 fl 190 TEN 010 099934 13 H 31 I 31 22 103 0 PCI 17 P2 479 - .23 190 19K 620 1EAFN 29 H 59 134 22 225 0 PCI 25 P2972 -.29 19019K 019099934 29K 30 I 2.4 22 1.31 OPCI 18 P2993 -.42 190 16K .010C999N 29K 66 I 13322 .97 OPCI 10 P2393 .10 19019K 010093.934 23K 38 141 22 389 OPCI 37 P297: .37 19019K .010099PN 29K 59 1 37 23 23 2,34 2.35 9 PCI 0 PCI 25 24 P2 972 92473 -.35

.38 190 TEN 19019K 610 0999K 019 099934 31 H 11 H 62 62 1I j37 23 90 0901 14 P2973 fl 19019K 0100999K 31K 02 I I

I 34 3.9 23 23 112 30 0PC1 8 PCI 23 15 92973 P2 992 -.32 fl 19019K 190 TEN

.01000399 610 09999 11K 11 K 63 63 j33 23 2.10 0 PCI 27 P2973 I

.99 16019K 6100999K 21K 83 I 23 207 0 PCI 25 92474 .99 16019K 01008999 11K 33 I 123 23 1.48 0 PCI 20 P2972 -.27 16019K .010094934 31K 58 39 23 214 9 PCI 20 P2 973 .92 19019K 010099634 11K 63 13 23 .85 0 PCI 13 I

P2973 -.26 1901933 .010099934 11K 69 I 14229 42 23 64

.85 0901 0 PCI 12 13 P217:

P2 473

.00 fl 16019K 190 19K 0100996K

.010 099634 19K 19 K 152 152 1I 142 23 .02 9 PCI 11 P2474 fl 190 19K 01009969 19K 162 I 143 23 .79 0901 13 P2973 fl 19019K .01009969 12K 163 1 3.9 39 24 24 2,09 1,87 0

0 PCI PCI 29 23 P2 92 972 973 -.23

.92 190 190 19K 19K

.010

.010 C939N C9APN 29 29 K

K 55 55 1I 13: 24 .63 0 PCI 11 P2973 -.13 19019K 0130999K 19K 165 1 133 23 1.40 0 PCI 21 P2 973 -.31 190 19K 010003.634 17 K 160 1 14:

I 22 25

.25

.01

.35 OPOI 0 PCI 11 15 P2971 P2 572

-.29

-.27 19019K 1901933

.01000369

.010 0996K 11K 11K 43 99 I 1

j 42 23 3.03 0 PCI 24 P2 373 .01 190 19K 020 0996K 11 K 29 25 1.33 0 PCI 19 P2472 I

42 .99 19019K 010003PN 31K 33 I I

40 40 25 23 1.22 1,19 0

9 PCI PCI 13 18 P2 P2 973 974

.fl

.99 190 190 19K 1933 010 618 099934 08969 19 19 K K 263 163 1I 23 2.11 0 PCI 24 P2972 .32 19019K 02009969 29K 37 1 1 .27 .32 OPCI 11 P2973 -.29 190 19K 01008999 11 K 27 1 122 27 .64 0901 15 P2973 .17 190 19K .010099931 11 K 31 1 1 28 1,92 0 PCI 15 P2 473 .21 190 19K .010 0996K 29 K 12 1 12929 1.18 IPCI 21 62973 .90 19019K .01001399 17K 50 1 33 30 1.20 0PC1 17 P2973 -.23 19019K .01001363 23K 213 1 13a 30 113 0 PCI 37 P2L72 .32 190 19K 01009399 23K 239 I 2.13 0 PCI 26 P2973 -.32 19019K .OIOOE9PK 25 K 239 30 .97 0 PCI 15 I

I P2974 .95 19019K 01009969 25 K 219 I I

37 37 31 31 73

.77 0

0 PCI PCI 12 13 P2 P2 972 973

- .19

-.33 190 19K 19019K 010 0996K

.01009999 27 27 K

K 132 192 1

j 42 32 .88 0 PCI 15 P2 973 fl 190 1933 .010 093.69 25 K 230 1 125 33 1,22 0601 22 92472 .fl 190 19K 010093.63 17K 39 1 141 141 33 33

.32 1.22 0

0 PCI PCI 33 18 P2972 62973

.97

-.23 190 190 19K 1933 01009969

.01009369 27 27 K

K 172 173 1I 42 33 1.03 0 PCI 10 P2 973 -.37 190 19K 020 09969 27 K 375 1 29 33 .97 0 PCI 15 P2 973 fl 190 19K 010 C99PN 19 K 31 1 33 34 1.13 0 PCI 17 P2 972 .12 190 16K .910 09969 25 K 138 33 34 1.90 0 PCI 22 P2 973 I

fl 190 19K 018 0996K 25 K 130 I 49 34 .30 OPCI 15 P2972 -.23 19019K .01309968 25K 193 1 123 35 83 0601 15 P2971 .99 190 19K 0100999K 17K 32 1I 129 33 1.33 OPCI 23 P2973 .93 190 19K 0100696K 17K 32

+44 + 4 * ++----+ ÷ 44 + 4 +

I 8CL11 092 190 999 099 13034 333191 18012 3951 9.%QT P039 61169 096 6 239 UTOL1 1111121

4. ÷---+----+

Page 17 of 38

15 - 3 34Tt-2ISPAIICN 838 HEAR I4CIt*TZCT4I Eyrcn 2 E2R21 133 29171391 11113Y2917 093345 R tOL 231.11 DES END PER ffi 103% 28041 220142 3391 E2T P52* P7(PE 541 1. 251 WiLL UTIL2I

• -- -*----4 4-+----4-+ -4.- +----+----4 4-* - + 4.

I 33 35 .02 0 PCI 15 P2 *23 .97 Itt TEN .510 CEARN 27 H 152 I 37 26 .34 0 PCI 15 P2 411$ - .31 Itt TEN .610 233PM 25 H 187 45 30 1,07 0 PCI 10 P2 412 .39 Itt TEN .520 03*98 25 H 159 43 42 .69 0 PCI 13 P2 *112 .53 lEt TEN .930 234PM 25 H 8$

42 42 1.01 0 PCI 15 P2 *112 - .29 Itt TEN 610 tE*PM 25 H 36 43 36 1.26 0 PCI 18 P2 4111 - .13 lEt TEN .510 134PM 25 H 33 40 36 1.24 0 PCI 18 92 4112 .20 lEt TEN .610 19498 25 H 39 40 35 1.69 0 PCI 32 P2 4113 .50 Itt TEN .610 134PM 25 H 39 31 59 .89 0 PCI 15 P2 412 .50 lEt TEN .610 13*83 15 H 149 25 51 1.79 0 PCI 20 P2 414 -.54 Itt TEN .510 19498 13 H 158 43 55 .89 0 PCI 13 P2 *114 .50 Itt TEN .610 03483 27 H 114 42 50 213 0 PCI 27 P2 413 -.37 lEt TEN 610 tE*PN 25 H 29 34 15 2,69 0 PCI 28 P2 4113 - 21 lEt TEN .610 134PM 25 H 120 4% 10 104 0 PCI 21 P2 474$ - .12 lEt TEN .610 234PM 25 H 126 43 59 106 0 PCI 10 P2 *13 - .22 Itt TEN .610 tEAPN 03 N 15 4.1 59 .74 0 PCI 12 P2 423 .44 Itt TEN .610 134PM 63 N 15 44 59 1,25 0 PCI 18 P2 *43 .53 Itt TEN 610 134PM 03 H 11 47 59 1.02 0 PCI 15 P2 4111 .13 Itt TEN .610 134PM 03 N 8 9 01 1.49 0 PCI 19 P2 *114 .75 lEt TEN .610 104PM 95 H 16 37 01 .97 0 PCI 15 P2 413 .24 Itt TEN 610 134PM 31 H S 42 01 .72 O PCI 12 P2 4.11 .10 Itt TEN .510 t94PN 57 H 178 24 93 1.65 0 PCI 23 P2 312 .12 lEt TEN .510 134PM 57 N 191 34 03 1,56 0 PCI 22 92 4113 .95 lEt TEH .610 134PM 57 H 191 23 93 1.23 0 PCI 20 P2 *114 .13 Itt TEN .610 134PM 57 H 101 23 93 1.22 0 PCI 17 P2 411 .23 lEt TEN .610 104PM 55 H 211 31 33 2.00

• PCI 24 P2 *112 - .15 Itt TEN .619 tE4PM 57 N 34 44 94 1.91 0 PCI 10 92 *111 - .23 Itt TEN .610 tE*PM 53 H 159 49 54 .68 0 PCI 12 P2 *12 .34 Itt TEN 610 104PM 59 H 153 40 94 3.94 0 PCI 21 P2 413 -.32 lEt TEN 510 104PM 53 H 153 45 64 1.36 0 PCI 20 P2 *14 - .42 Itt TEN .610 tEAPM 59 H 153 44 66 1.28 0 PCI 29 P2 *111 - .9% lEt TEN 610 tE4PM 53 H 111 44 26 .77 0 PCI 13 P2 412 .15 lEt TEN .610 tE%PN 59 H 143 21 57 .94 0 PCI 15 P2 404 .20 Itt TEN 610 104PM 59 H 20 21 5% 1.41 0 PCI 20 P2 4112 .14 Itt TEN .610 tEOPM 57 H 13 24 59 .64 0 PCI 12 P2 443 .92 Itt TEN .610 tEAPN 57 H 11 24 09 1.12 0 PCI 17 92 4112 - .18 Itt TEN .610 134PM 13 H 11 21 09 1.21 0 PCI 16 P2 4113 - .22 Itt TEN .610 104PM 23 N 11 IT 03 1.17 0 PCI 21 P2 4113 - .43 Itt TEN 510 104PM 57 H 131 23 79 1.18 0 PCI 17 P2 4112 .33 lEt TEN .510 1E4PN 53 H 139 29 70 .58 0 PCI 10 P2 *113 .27 Itt TEN .510 104PN 53 H 199 39 70 8$ 0 PCI 13 P2 413 .44 lEt TEN .610 140PM 53 H 139 33 71 2.1$ 0 PCI 25 P2 413 .59 Itt TEN .610 tO1PN 43 H 14 24 72 1,17 0 PCI 17 P2 *14 .59 Itt TEN 610 194PN 33 H 14 29 73 1.26 0 PCI 18 P2 402 .92 Itt TEN .619 134PM 41 H 9 34 73 3.63 0 PCI 22 P2 413 .50 Itt TEN .610 tE4PM 41 H 9 32 70 1.06 0 PCI 10 P2 *113 - .92 Itt TEN .510 104PM 43 H 57 22 79 1.25 0 PCI 18 P2 *113 .95 Itt TEN .510 104PM 31 H 70 22 79 194 0 PCI 23 P2 *113 .27 lEt TEN .610 104PM $1 N 76 43 73 100 0 PCI 15 P2 4112 - .23 lEt TEN .610 104PM 31 N 04 44 41 5,64 0 PCI 39 P2 *IZ .50 Itt TEN .610 tE4PM 41 H 96 43 41 0.65 0 PCI 32 P2 *113 -.52 Itt TEN .610 134PM 41 H 96 4 -----. 4++ 4 4. 4p + 4 t PElt tIL 1101.13 DES ETID PER 1M 133CR 2222N1 3231442 SEll E201 9934 PflPE 141. 1 203 UI2LI LTEL2I

+ 4.

Page 18 of 38

10 - 4 IMTI-3189411D94 B3 NEAl EtCICATIOHE 3yrn 2 E2929 290. 29171301 10:112017 3942:45

++ +* 4-+ 444-4-- *-+-4 ----4++

POW DCL 3OLTS DEG 330 PER 04N LOCH INCH1 380HZ 3331 EtI PDb0. PrWPE CAL I 100 UT2LI wI1121

4. + 4 4. _---t----+ 4 4 .4 4 4 I 40 32 1.97 0 PCI 24 P2 342 .22 TED TEN .610 CEAPN 43 H 127 40 I 32 1.11 0 PCI 13 P2 343 .13 TED TEN .610 02499 43 H 127 43 32 .78 0 PCI 13 P2 343 .07 TED TEN 610 232PM 13 H 123 33 43 1.10 0 PCI 18 P2 442 -.25 TED TEN .310 232PM 43 N 137 31 44 .95 a PCI 15 P2342 .32 TEDTEN .OIOOEAFN 33 H 139 131 43 1l OPCI 19 fl4fl .32 TED TEN EIOCE4PN 43 H 127 35 .98 OPOT 10 P24.41 .02 TEDTEN .O100EAPN 51 H 5

7 35 285 OPCT 31 P2342 .03 TEDIEN .61009499 SiN 5 27 35 94 0 PCI 10 P2443 .32 TED TEN EIODE4PM 51 H 5 I 1 30 39 1.87 0 PCI 22 P2342 .14 TECTEN .01003449 31 H 121 I 39 33 1,10 0 PCI 13 P2 343 -.03 TED TEN .610 09438 41 H 131 I 1 35 2.14 0 PCI 24 PC 443 .32 TED TEN .010 DE3PN 41 H 132 1 141 45 2.29 OPCT 20 P2342 -.13 TEDTEN .01023199 31H 133 41 45 2.22 a PCI 25 P2 343 .07 TED TEN .610 CE4FP4 41 H 133 31 35 I 1.13 0 PCT 17 82 343 .05 TED TEN 610 GEAPI 41 H 133 I 3! 30 1.00 a P01 10 P2 413 .02 TED TEN 010 232PM 33 H 153 1 1 31 38 1.01 0 PCI 15 P2 3112 -.05 TED TEN .610 223PM 43 H 137 1 i

43 314 38 2.70 93 0 PCI JPCI 15 29 824112 P2443

.02

.02 TED TEN TEDTIN O102EAPM

.01009399 43 H 33H 191 190 1

i3 08 1.88 a PCT 23 92343 .03 TED TEN .6102E%PN 43 H 130 1 23 30 39

.94

.80 0 PCI OPCT 14 14 92 342 P2343

-.23

-.27 TED TEN TECTEN

.610 221PM

.01OCEIPN 11 H 31H 105 105 1

I 1 39 4.30 0 PCI 35 92442 32 TED TEN .6302E4PM 41 H 170 89 5.48 0 I PCI 38 723113 -.32 TED TEN EdO 29489 31 H 170 I 1.71 0 PCI 21 72 343 .08 TED TEN 010 DEIPN 31 H 170 131 39 39 1,23 OPCI 17 P2442 .10 TED TEN O102E4PN 31 N 172 141 .75 OPDI 12 P23113 -.14 TED TEN .O1ODE4PN 41 N 172 I 145 39 1.71 OPCI 22 823114 -.29 TEDTEN 61022449 41H 170 1 134 90 1.50 OPCT 22 P2413 -.33 TEDTEN .6102LL.PM 4TH 10 1 143 90 30 1.95 1.73 0

0 PCI P21 24 22 823112 P2343

.03

-.93 TED TEN TEDTEN EIOCEIPH 0102E3PN 43 N 43H 234 203 1

I 52 90 .92 0 PCI 14 P2 443 .02 TED TEN .610 29179 13 N 204 I 143 43 30 90 1.22 1.08 0 PCI OPCI 18 33 92442 P24113

.02

.02 TED TED TEN TEN O102EAPN OIO2EIPM 43 H 43H 195 105 1

I I 30 1.05 0 PCI 10 P2444 -.29 TED TEN .63029379 43 H 105 I 133 91 1.21 0 PCI 10 824113 .07 TED TEN 0102EAPN 35 H H 142 42 31 91 2.41 3.43 0 0 PCI PCI 20 31 P24112 72 4113

-.18 fl TED TED TEN TEN 010

.619 2E4P9 2E4PM 41 41 H

H 131 193 I 1

1 41 41 91 El 0,12 1.70 0

0 PCI PCI 41 22 82 3.42 924113

.05

.02 TED TED TEN TEN

.619 223PM

,O102E3PN 41 41 H

H 132 132 1

I 92 92 1.00

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0 PCI PCI 30 15 723112 P2343

-.10

.07 TED TED TEN TEN

.010 DE3PN

.610034PN 43 43 N

H 199 199 1

131 I 41 92 92 293 1.21 0

0 PCI PCI 33 18 P24112 92 4113

.02

.13 TED TED TEN TEN 01022499

.610 243p8 43 33 N

H 198 198 1I 131 92 1.99 0 PCI 23 823114 -.07 TED TEN O1OCE4PN 33 H 138 I 1 13 94 .79 0 PCI 14 P2 3.42 .36 TED TEN .610 231PM 47 H 31 1 1 30 30 34 E3 1.08 1.12 0

0 PDI PCI 17 20 82 3:41 92 342

.12

-.17 TED TED TEN TEN 610 DEAPH

.010 204PM 47 47 H

H 20 20 1

94 4.13 0 PCI 38 924113 .00 TED TEN .01020499 27 H 20 1 13 35 1.19 0 PCI 10 82 442 .12 TED TEN 010 28399 35 H 30 1 30 95 1.04 0 PCI 20 P2 4113 .17 TED TEN .610 204PM 45 H 28 33 95 1.15 0 PCI 15 72 344 I

.03 TED TEH 019 2E4PM 35 H 28 I 140 95 3.27 5.93 OPCI 0 PCI 30 37 P2441 P2 4112

.13 TED TEN O10CE4PH 45 H 24 1 I .00 TED TEN 010 CEIPH 45 H 24 95 3.25 0 PCI 33 821113 -.39 TED TEN 610 29379 45 H 24 s 95 3.73 0 PCI 32 P2 344 .03 I

I TED TEN 0.10 234PM 15 H 23 I I 90 1.94 0 PCI 24 P2 442 .12 TED TEN 610 CE3PM 47 H 44 1 OW 221 10171 DEG END PER CHN LOCH 1110111 382HZ EET EIC-I 7033 PPPE 241 1 103 01111 IT! 121 Page 19 of 38

25 - A 4%TE-8E&RAIIDN SIR NEAR I?G]C%T3CNS 9yrn 2 120 OSE :3171301 13fl12317 39:33:43

-#-4--4-+ - t - t P:Ob( COt VOLTS DES END PER 0*18 13C3 380*41 280142 3141 £901 P034 PTEPE CAL I 205 111211 1113121

+--+--4--+- +

311 30 .72 0 PCI 13 P2 482 -.52 lET TEN 019 CEAPN 17 N 30 I j39 95 1.20 3 PCI 18 P2483 -.12 fETISH .010 CEAPH 47 N 47 j39 30 .9% 3 PCI 15 P2414 .12 fETISH 010 CEAPN 17 N 47 I

31 9*1 204 9 PCI 24 92412 -.2% rET TEN 010 TBAPN 17 N 53 37 98 293 0 PCI 31 92 413 .33 YET TEN ,010 CE*FN 17 N 53 I .53 0 PCI 11 92414 -.27 lEO TEll . 020 DEAPN 17 N 53 I 311 3% 1.19 0 PCI 18 P2 481 .33 lEO TEN . 019 CEAPN 47 N 18 I 28 38 2.74 9 PCI 2.9 P2 482 .00 lEO TEN . 019 CEAPH 47 N 48 I I 38 38 i. 10 a PCI 19 P2 583 .27 lEO TEN 010 CEAPH 47 N 39 I

29 99 .93 OPCI 15 92441 .29 lEO TEN .019 CBAPN 51 N 211

32. 39 1.29 9 PCI 15 P2583 -.32 TED TEN . 019 CE4PN 43 N 18 34 99 1.17 a PCI 19 P2 1 .09 lEO TEN 019 CEAPN 13 N 30 I 17 19

1,11 99 0 3

PCI PCI 15 23 92 SC 92413

- .32 YET lED TEN lEN 020 019 C9APN CEAPN 17 N

N 49 37 39 -.92 .

I 33 130 4.35 3 PCI 17 P2  % .12 lEO TEN . 010 CEAPH 47 N 31 31 191 2.33 a PCI 23 P2 582 .22 YET TEN .010 03439 13 N 34 31 121 3,52 0 PCI 31 P2 483 .22 fEC TEN .010 CEAPI 13 N 54 I 33 192 .82 0 PCI 14 32 414 .22 lEO TEN .020 03549 47 N 30 33 193 2.97 a PCI 23 92 312 .34 lEO TEN 020 09541 45 N 32 31 193 2.96 3 PCI 23 32 412 .22 lEO TEN . 010 09541 43 N 32 31 193 2,97 9 PCI 24 92 543 .29 lEO TEN 010 09431 13 N 31 I 31 193 1.98 9 PCI 15 92 414 .23 lEO TEN 020 02439 15 N 32 I 27194 1.13 *PCI 18 32542 .13 lEO TEN 019 CEAPN 53 N 42 I

29 194 2

98 0 9

PCI 14 P2 414 P2113

- .22

-.33 lEO lEO TEN TEN 019 010 09431 03439 53 53 N

N 41 43

23 134 PCI 12 29 194 1.17 0 PCI 23 P2 582 .31 YET TEN . 019 03549 17 N 70 32134 .89 0 PCI 14 P2583 -fl lEO TEN 010 094P8 47 N 10 I

2% 135 1.10 0 PCI 19 P2 483 -.25 lEO TEN 029 C9439 53 N 41 2.9 135 2.90 0 PCI 21 P2 514 - fl YET TEN 010 02549 53 N 41 F 22 103 1.39 3 PCI 19 P2 412 -.13 lEO TEN 029 CEAPN 13 N 05 24 130 .82 9 PCI 12 92 512 .13 lEO TEN .029 09541 53 N 79

23 120 .99 9 PCI 14 32 *41 .34 lEO TEN .020 08438 53 N 71

23 23 130 130 1.11

.50 0

9 PCI PCI 15 11 P2 P2 411 513

- .28

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. 010 022 09529 09434 55 55 N

N 72 72 I

27 130 127 120 1.93 1,84 9

0 9

PCI PCI 21 22 32 32 P2 441 512 533

.03

-.2%

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N N

71 73 73 I

27130 272 PCI 29 I

23 197 1.20 9 PCI 15 92 512 -.2% YET TEN 029 CR528 53 N 71 137 1.15 9 PCI 19 92 533 -.32 YET TEN 010 CRASH 55 N 74 I j 22

22 199 1.13 I PCI 3 PCI 17 18 92 444 P2 511

.21

.03 lEO lEO TEN TEN

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.010 09434 53 N 53 N 73 75 23 129 1.28 23129 .78 OPCI 13 P2484 .02 120 TEN .020034P8 53W 75 I

+---4--+ + 4 50* COt VOLTS DES 1110 PER 0*48 lIEN 3NCN1 0142142 BEST EVOT 301* PrSPE CAL 1. 3S 111311 111311.1 Page 20 of 38

SC - 3 &3r3-VIBRAflDP4 E4R NEAR I3B3SCATSONS ayrun 2 E20 0.6* 20171301 13: 11/2317 0353:45 4 4 4- -+ 4 ROW 031 90115 DEC SOD PER OWN 1200 IODN1 200342 BElT EJtI P213 P0PE 031 no unu VTIL2J 4 4 4---4 +

21 6 75 0 PCI 12 P2494 .6* TED TEN OIOCEAFH 24N 24 23 7 53 0 PCI 13 P2414 .0* TED TEN .63003240 15 N 10 25 8 .70 0 PCI 12 P2412 .03 TED TEN .010 0*240 23 N 27 25 3 63 C PCI 11 P2493 .01 TED TEN 610C3.EFN 23 N 27 127 10 .0* 0 PCI 15 P2492 .2* TED TEN E10C34PN 21 N 23 23 11 .07 0 PCI 13 P2 412 -.05 TED TEN .010 0E.OFN 23 N 32 20 11 2.02 0 PCI 30 P2 493 .02 lED TEN 610 CEAPN 23 N 32 23 11 1.20 0 PCI 13 P2494 .03 lED TEN .6100t3PN 23 N 32 27 12 .55 OPCI 10 P2313 .24 lED TEN 61000240 13 N 22 23 12 .76 0 PCI 12 P2 491 .00 lED TEN 610 CE3PN 33 N 22 23 12 11* 0 PCI 10 P2492 .0* TED TEN 610 0*240 53 N 22 j20 12 .67 0 PCI 11 P2314 .00 TED TEN 6300B4P0 13 N 22 133 33 12 12 136 03 0 0

PCI PCI 11 15 P2442 P2 493

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N 20 20 21 12 175 0 PCI 22 P2411 .63 TED TEN .6IOCE4FN 43 N 18 31 12 317 OPCI 33 P2412 .03 TED TEN 02000.000 13 N 18 31 12 3.12 OPCI 37 P2493 .00 TED TEN 61000240 33 N 10 31 12 2.10 0 PCI 25 P2 494 .02 TED TEN .610 00243 13 N 13 32 12 -70 OPCI 12 P2411 .63 TED TEN 61003240 15 N 28 32 12 2.33 0 PCI 27 P2 29 .6* lED TEN 010 00240 15 N :3 22 12 .02 0 PCI 13 P2 493 .60 lED TEN 016 00240 15 N 20 22 12 .91 0 PCI 15 P2 494 .00 TED TEN 210 OE%PN 15 N 20 23 13 .91 0 PCI 15 P2 493 .17 TED TEN .010 00240 15 N 32 23 13 .93 0 PCI 15 P2 493 .05 TED TEN 010 00240 35 N 31 30 13 .80 0 PCI 13 P2 494 .02 TED TEN 610 00240 23 N 31 21 13 .76 0 PCI 13 P2 491 .0* TED TEN 610 00240 15 N 30 31 13 95 0 PCI 15 P2 412 .0* TED TEN 010 09240 15 N 30 31 11 -76 0 PCI 13 P2 593 .02 TED TEN 010 09240 13 N 30 21 13 .09 0 PCI 15 P2 414 .07 TED TEN .610 09240 13 N 30 33 13 1.30 0 PCI 20 P2 4.11 .17 TED TEN 610 CEAPN 13 N 20 33 13 .32 0 PCI 15 P2 493 -.03 lED TEN 030 DE.EPN 15 N 20 28 14 .06 0 PCI 14 P2 494 .0* TED TEN .630 09240 23 N 110 33 14 .07 0 PCI 10 P2 493 .03 TED TEN 610 00240 33 N 31 13 14 .07 0 PCI 11 P2 492 .6* TED TEN 010 00240 33 N 31 23 14 2.51 0 PCI 27 P2 491 .6* TED TEN 610 CB%PN 33 N 33 33 14 2.13 0 PCI 25 P2 412 -.62 TED TEN 610 03240 33 N 33 33 14 1.17 0 PCI 10 P2 493 .02 lED TEN 610 00240 13 N 33 33 14 1.12 0 PCI 15 P2 314 .00 TED TEN .610 CEAFN 13 N 34 33 14 1.25 0 PCI 17 P2311 .03 lED TEN .61009240 13 N 35 25 14 1.77 OPCI 22 P2492 .0* TED TEN 6IODEAPN 33 N 35 35 14 .05 0 PCI 13 P2 493 .02 TED TEN 610 00240 13 N 35 31 13 1.02 0 PCI 24 P2 592 .02 TED TEN 610 09240 13 N 43 11 15 74 0 PCI 11 P2 494 .6* TED TEN 610 03240 35 N 43 35 15 2,20 0 PCI 27 P2 492 .00 TED TEN 610 03240 15 N 47 31 10 .70 0 PCI .13 P2 491 .51 TED TEN 010 CE4PN 23 N 120 31 16 3.34 0 PCI 19 P2 413 .13 TED TEN 610 09240 23 N 120 32 16 70 0 PCI 12 P2 413 .6* TED TEN 610 00)40 13 N 32 34 16 .04 0 PCI 10 P2 493 -.25 TED TEN 010 00240 33 N 30 35 16 .83 0 PCI 12 P24W! .24 TED TEN .61009240 13 N 39 23 16 1,2* 0 PCI 20 P2 493 -.35 TED TEN .613 00.000 13 N 39 26 16 1 07 0 PCI 22 P2 492 .65 TED TEN 610 00240 33 N 38 20 16 322 0 PCT 12 P2 493 -.45 TED TEN DIG OO4PN 13 N 38 30 16 120 0 POT 17 P2514 .13 TED TEN 61000240 33 N 38 31 17 95 0 PCI 15 P2 412 .07 TED TEN 610 00240 15 N 25 21 17 1.03 0 PCI 16 P2 493 .03 TED TEN 610 00240 13 N 55 34 17 .36 0 PCI 15 P2 113 .60 TED TEN 630 COAPN 35 N 52 31 17 .70 0 PCI 12 P2414 .60 TED TEN 610 CE4PN 15- N 52 3-6 17 1.44 0 PCI 21 P2 412 .13 TED TEN 010 DE4FN 15 H 50 4 4-444 I

ROW CCL VOLTS DEC END PER CNN 1-203 INDN1 100N2 BElT EtI P234 pripE 044 1 1)1111 5T1L21 Page 21 of 38

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.4 4.. 4. 4 + + 4--, 4 + .4 Page 22 of 38

.39 - 0 -IEBR3T1TJ4 B3R $E% 138203T12N3 2 C9E 29171081 3132017 30345 4--*-. 4+

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32 36 3 33 a POT 19 P2 343 -.13 TED TEN .610 024371 33 K 12,7 43 30 2,84 9 POT 29 P2 133 .00 TED TEN .630 2933% 33 H 123 43 30 3 03 I POT 31 P2 414 .90 TED TEN .010 02%FN 33 U 124 23 37 3.0% IPOT 36 P2343 .91 TED TEN .619083371 23H 172 I 32 37 .89 0 POT 35 P2 341 .32 TED TEN .010 023FN 31 U 151 32 37 1.83 a POT 24 P2 332 -.2? TED TEN .810 CE4FN 33 H 381 37 I

32 2.12 9 POT 27 32 $13 .3? TED ThU 610 0033% 33 H 131 I 43 37 97 0 POT 13 92 531 .29 TED TEN 810 CEAFU 31 H 147 43 37 70 0 POT 12 92 493 .93 TED TEN 110 0333% 31 H 147 I 39 3% 3 29 0 POT 17 32 342 - .25 TED TEH 810 2839% 37 U 14 39 3% 1,23 I POT 18 92 393 - .05 TED ThU .619 234371 1? U 13

.Ii0294FK 00 33.9 120$. 400C73 CEO 130 PEP 334% 130% 13291 132ND 98Th E3T 363,3 P733E DAL 3. 36 UTILI UT3LDI Page 23 of 38

33 - 9 AKTI-YIERAIICP4 EAR WEAR IHS!CAIZCH1 9yrn 2 E28 225 29171501 19:1312517 59:33:35 4 + + 4--+--# 4 +

POW CCL SOLTI CEO INC PIP CNN b3CN IHCNI 18292 3E5T SHOT PSIA P77?! CAL L 15% UT3L1 UTIL2I 4 4 + 4 +----+ + p 32 39 3.29 O PCI 23 P2 .445 08 TIC TEN .510 CEAPH 13 H 21 32 33 .7% 0 PCI 38 P2 314 .15 TIC TEN 530 CEAPH 13 H 23 14 39 3.09 0 PCI 39 p: Al: - .0: TEC TEN .519 C8APN 19 H 19 39 39 3.37 0 PCI 23 p 4y 08 TIC TEN .530 CEAPH 19 H 34 142 39 .79 0 PCI 34 P2 AYE .15 TIC TEN 530 CEAPN 19 H 13 0 PCI 16 82 4W2 .28 TIC TEN 530 CEAPN 39 H 6 I 45 0 PCI 16 P2 445 .08 TIC TEN 510 CEAPN 29 H 6 32 30 1.13 0 PCI 18 P2 Y: .09 IEC TEN .530 CEAPN 13 H 45 I 32 20 3.45 0 PCI 21 P2 445 .07 TIC TEN .530 CEAPH 33 N 45 1 o 1.10 0 PCI 37 P2 443 .03 TIC TEN .519 CEAPN 13 H 45 40 31 3.25 0 PCI 18 82 Y: .09 7W TEN 510 CEAPN 37 H 51 43 31 3.31 0 PCI 18 P2 bY) - 22 TIC TEN 510 CEAPN 17 H 51 fl 42 .75 0 PCI 13 P2 413 - .15 TIC TEN .510 CEAPN 3) H 238 4 43 353 0 PCI 23 81 411 - .10 TIC TEN 510 CEAPN 27 H 35 4 43 2W 0 PCI 29 82 Y: .07 TIC TEN .530 CEAPN 37 H 15 41 41 1.77 0 PCI 35 82 413 02 TIC TEN .510 CEIPH 17 H 15 44 1.25 0 PCI 13 P2 412 .20 TIC TEN .510 CEAPH 13 H 50 4 34 4.68 O PCI 39 P2 Al) .03 TIC TEN .510 CEAPN 13 H 50 32 34 3.59 O PCI 23 #2 414 .28 TIC TEN .. 510 CEAPH 39 H 50 I 0 PCI 15 P2 412 .03 TIC TEN .510 CEAPH 3 H 193 0 PCI 33 P2 A - .0: TIC TEN .510 CEAPH 9 H 148 45 15% O PCI 22 P2 Y! - .03 TIC TEN .510 CEAPH 9 H 188 28 45 1.25 0 PCI 17 P2 Y: .25 TIC TEN .510 CEAPN 3 H 176 44 54 355 O PCI 22 P2 y: .15 TIC TEN .530 CEAPH 3 H 83 54 1.14 O PCI 39 P2 Y) .21 TIC TEN .510 CE4PH 3 H 39 56 3.35 O PCI 18 P2 All - .1) TIC TEN .530 CEAPH 31 H 180 47 56 2.61 0 PCI 29 #2 y: 05 TIC TEN 510 CEAPH 11 H 390 3-8 59 1.55 O PCI 29 P2 4?) .28 TIC TEN .510 CEAPH 3) H 39 I O PCI 12 82 414 .28 TIC TEN .510 CEAPH 1) H 19 4 59 PC O PCI 18 P2 443 .1) TIC TEN 510 CEAPN 31 H 338 z 395 O PCI 25 82 443 .08 TIC TEN 510 CEAPH 31 H 139 I

58 195 O PCI 25 P2 AWE 02 IEC TEN 510 CEAPH 11 H 388 I

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+ 4 4 +----+ .4 Page 24 of 38

50 - S  %*ITI-VISP#TlCtl 5SF NEAR 1409C3190)43 Syrss 2 32920 COE 22171001 39,1125i? 393349

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13 53 81 O Pci. 12 2 354 - .45 TIC TEN 919 CESPN 41 N 88 37 53 40 0 pci. 13 2 .44 TIC TEN .919 C6%F5 31 N 51 41 83 .52 O Pci. 10 52 45 .12 TIC TEll .919 CE3FN 41 U 77 43 83 1.55 3 PcT 22 P2 65 .4, TIC TEN 619 CLIPS 31 5 73 45 53 .1.39 0 Pci. 25 P2 613 -.29 TIC TEN 519 CLIPS 31 U 71 35 83 1.37 0 PCT 13 92 453 .15 i.EC 13)1 .913 CLIPS 41 5 73 4: 84 1.17 9 Pci. 19 92 110 TEN .619 CLIPS 4.3 4 4: 54 1.27 0 Pci. 29 52 653 .92 TIC TEN .519 CLIPS 43 U 04 41 85 113 9 PcI 17 92 .01 133 TEN .619 CLIPS 43 U 12 44 55 139 0 PCi. 29 92 352 .241 TIC TEN 610 CLIPS 43 U 15 44 55 3.13 0 Pci. 32 P2 413 .61 TIC TEN .510 CLIPS 43 U 15 44 55 1.31 O Pci. 22 P2 314 .85 TIC TEN .613 CLIPS 33 U 15 32 56 1.87 3 PCI 23 P2 352 TIC TEN .618 CLIPS 47 5 14 43 50 1 19 O PCi. 15 92 311 .13 TIC TEN .519 CLIPS 47 U 17 45 55 2.95 O Pci. 32 P2 412 .92 TIC TEN .610 CLIPS 67 U 17 33 *6 1.33 O PCi. :3 52 453 .3? TIC TEN 619 CLIPS 4? U 1?

25 517 .72 O PCi. 15 52 352 .15 TIC TEN 918 CLIPS 43 U 2.3 23 87 97 O PCi. 10 52 253 .92 TIC TEN .918 CLIPN 49 U 21 41 57 3.53 o pci. :a 92 An .6% TIC TEN 619 CLEFS 43 U 10 41 87 2.36 S PcI 31 52 452 3 TIC TEN 919 CLEFS 43 U 19 3; 57 1.40 O Pci. 21 52 #53 .97 TIC TEN . 618 CLEFS 43 U 19 4; 87 58 9 PCI 15 52 452 .19 TIC TEN 918 CLIPS 43 5 13 30 85 .1.3: O Pci. 22 92 353 - .39 TIC TEN 519 CLEFS 51 N 12 39 85 1.3? O Pci. :1 P2 412 05 TIC TEN 618 CLEFS 51 U 13 33 59 80 0 PCI 15 52 452

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• 99 TIC TEN 510 CLEFS 49 U 123 43 89 1.43 O PCi. 23 52 #53 .13 TIC TEN .919 CLEFS 49 U 12.3 33 99 89 9 PCi. 10 P2 312

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3 94 .81. 0 Pci. 10 52 #53 --39 TIC TEN .618 CLEFS 43 N 40 49 31 1.03 3 PCi. 22 P2 452

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• 63 TIC TEN 510 CLEFS 31 N .240 39 32 1.96 9 Pci. 17 P2 653 .61 TIC TEN .510 CLEFS 43 N 128 23 92 1.82 O PCI 22 P2 354

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• 4 + .4.---, * -

P5351 305. SOLTI DES END PEP 348 12.13 INCH1 1152)42 SlOT 3)167 P62% PISPE 311 I. 283 111211 112125

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Page 25 of 38

23 - 3 32ff2-?1334T20t4 938 WEAR ItE03flONS aim  : E20 DOE 22171301 10:1112917 39t3345 P0W DCL 30173 DEC END PER 014K LOCH JKIHI 1140180 SECT E!CT 3014 PTvfl CAL I 127 141111 LIT! L21 93 2.76 SPOT 30 P2433 fl TED TEN 0130346K 43 K 138 23 93 .05 SPOT 13 P2431 .fl TEDRK 0130346K 51 H 155

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Page 26 of 38

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Page 27 of 38

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Page 28 of 38

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Page 31 of 38

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Page 32 of 38

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23 134 .98 0 POT 12 P2 413 .88 FEC TEN .618 OE3PN 63 H 38 133 1.59 0 POT 19 P2 412 .35 FEC TEN .618 OEAPN 03 H 189 I 38 134 1.12 0 POT 15 P2 414 .23 FEC TEN .618 08431 03 N 133 I 31 184 1.34 0 POT 14 P2 411 - .52 FEC TEN .518 OE3PN 63 N j 31 194 1.63 0 POT 23 P2 413 .88 FEC TEN .618 08*38 03 H 28 137 2,92 3 POT 23 P2 413 .08 FEC TEN .618 084311 03 H 23 197 1,21 0 POT 10 P2 414 .04 FEC TEN .018 OE3PN 03 H 25 143 1.79 3 POT +/-1 P2 411 .89 FEC TEN 618 08333 03 H 25 133 1.13 3 POT 15 P2 412 .38 FEC FEN .618 08*33 03 H 23 193 1.51 0 POT 13 P2 314 .88 FEC TEN 018 08333 03 N

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RISE COt 40171 CEO INC PER 2533 LOOK INCN1 1142112 9017 EliOT 3084 PflPE +/-41. 1. 12% IITILL OTEL2I

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