ML18038B811
| ML18038B811 | |
| Person / Time | |
|---|---|
| Site: | Browns Ferry  |
| Issue date: | 01/22/1997 |
| From: | TENNESSEE VALLEY AUTHORITY |
| To: | |
| Shared Package | |
| ML18038B810 | List: |
| References | |
| 3-SI-4.6.G, NUDOCS 9701280306 | |
| Download: ML18038B811 (382) | |
Text
{{#Wiki_filter:TENNESSEE VALLEYAUTHORITY BROWNS FERRY NUCLEAR PLANT SURVEILLANCE< INSTRUCTION 3-SI-4.6.G INSERVICE INSPECTION PROGRAM UNIT 3 REVISION 0 PREPARED BY: J. LEWIS PHONE: 4S66 RESPONSIBLE ORGANIZATION: NUCLEAR ENGINEERING APPROVED BY: DATE: EFFECTIVE DATE: LKVE<L OF USE<: CONTINUOUS USE VALIDATIONDATE: NOT REQUIRED QUALITY-RELATED 970i28030b 970122 PDR ADDCK 0500029b 6 PDR
REVISION LOG Procedure Number: 3-SI-4.6.G Revision Number: 000 Pages Affected: all Description of Change: IC 01 COMMITMENT New procedure to implement the 1989 Edition of ASME Section XI for the Unit 3 second ten-year interval NDE program in accordance with 10CFR50.55a. This procedure also contains augmented recommendations and requirements related to NDE of plant components.
REV 000 3-SI-4.6.G Page1 of 88 TABLE OF CONTENTS Owner's Statement
1.0 INTRODUCTION
1.1 Purpose ....... 1.2 Scope 1.3 Frequency
2.0 REFERENCES
3.0 PRECAUTIONS AND LIMITATIONS 12 4.0 CODES OF RECORD AND CODE CASES . 12 5.0 SPECIAL TOOLS AND EQUIPMENT . 14 6.0 ACCEPTANCE STANDARDS .. 14 7.0 INSTRUCTION STEPS . 14 7.1 Responsibilities . 14 7.2 Implementation 21 7.3 Components Subject to Examination . 28 7.4 Calibration Standards 32 7.5 Records and Reports 32 7.6 Requests for Relief (RFR) . 33 7.7 Repairs and Replacements 33 7.8 System Pressure Tests 33 7.9 Pump and Valve Inservice Testing . ..33 7.10 Snubber Inservice Testing . 33 7.11 Augmented Examinations ..34 8.0 TABLES/ATTACHMENTS .47 8.1 Examination Schedule Tables .....48 8.2 Augmented Examination Table 62 8.3 Listing of Welds for Generic Letter 88-01 .65 8.4 Class 1 Valve List 70 8.5 Requests for Relief 74
REV 000 3-SI-4.6.G Page2 of8S OWNER'S STATEMENT Owner: Tennessee Valley Authority Address of Corporate Office: Chattanooga Office Complex 1101 Market St. Chattanooga, TN 37402-2801 Name Ec Address of Power Plant: Browns Ferry Nuclear Plant P. O. Box 2000 Decatur, AL 35609 Applicable Nuclear Power Unit: BFN, Unit 3 Construction Permit Date: July 31, 196S Commercial Operation Date: March I, 1977
REV 000 3-SI-4.6. G Page3 of88 ~OC 0 1.1 P~ur cse This Inservice Inspection (ISI) Program is an administrative surveillance instruction (SI) utilized to obtain data through nondestructive examinations (NDE) required by ASME Section XI. This procedure satisfies portions of Technical Specification 3/4.6.G related to NDE of code class 1, 2, and 3 equivalent components in accordance with applicable ASME Section XI requirements. NDE results are used to verify continued structural integrity of the subject components and their acceptability for continued service. 1.2 ~Sco e This program is designed to comply with the 1989 Edition (no addenda) of ASME Section XI for the second inspection interval of Browns Ferry Nuclear Plant (BFN) unit 3. Relief requests are issued for regulatory review and approval when implementation of ASME Section XI requirements is determined to be impractical in accordance with IOCFR50.55a(g)(4). This program provides for implementation in accordance with the Program B scheduling requirements of ASME Section XI, IWA-2432. ASME code equivalent boundaries are depicted on the color-coded boundary drawings listed in section 2.5. These drawings are prepared and maintained by M/N Engineering and are issued and controlled through Document Control and Records Management (DCRM). Elements of ASME Section XI, Articles IWX-4000, 5000, 6000, and 7000 other than NDE (repairs and replacements, system pressure tests, pump and valve inservice testing, and snubber examination and inservice testing) are implemented by other site procedures. Refer to sections 7.7, 7.8, 7.9, and 7.10, respectively. 1.3 Fre<eueenc r 1.3.1 Inspection Interval and Inspection Periods This inspection interval is from November 19, 1996 to November 18, 2005. This is the second inspection interval for BFN unit 3 and is nine years long, since the first interval was extended by one year (as allowed by Code). The inspection interval is divided into three periods in accordance with ASME Section XI, IWA-2432, Inspection Program B.
l I,' REV 000 3-SI-4.6. G Page4 of 88
1.0 INTRODUCTION
continued The associated inspection period dates are listed below: Ins ection Period Minimum Exams Maximum Exams First (11/19/96-11/18/99) 16% 34% Second (11/19/99-11/18/02) 50% 67% Third (11/19/02-11/18/05) 100% 100% The minimum and maximum examination percentages are applicable to those examination categories where deferral is not permissible. The inspection interval may be extended in accordance with IWA-2430(e) ifunit 3 is out of service continuously for six months or more.
2.0 REFERENCES
2.1 Technical S ecifications BFN Unit 3 Technical Specifications, Surveillance Requirement 3/4.6.G, Structural Integrity. 2.2 Final Safet Anal sis Re ort Browns Ferry Nuclear Plant Updated Final Safety Analysis Report, Volume 2, Section 4.12. 2.3 NRC Documents 10CFR50.55a(g), Code of Federal Regulations 10CFR50.2, Code of Federal Regulations Regulatory Guide 1.26, Quality Group Classifications and Standards for Water-
, Steam-, and Radioactive-Waste-Containing Components of Nuclear Power Plants Regulatory Guide 1.147, Inservice Inspection Code Case Acceptability ASME Section XI Division I IE Bulletin 80-13, Core Spray Spargers
0, REV 000 3-SI-4.6. G Page 5 of 88
2.0 REFERENCES
continued Generic Letter 88-01, NRC Position on IGSCC in BWR Austenitic Stainless Steel Piping NUI&G-0313, Rev. 2, Technical Report on Material Selection and Processing Guidelines for BWR Coolant Pressure Boundary Piping, Final Report NUI&G-0619, BWR Feedwater Nozzle and Control Rod Drive Return Line Nozzle Cracking 2.4 Plant Procedures and Instructions SSP-3.1, Conduct of Quality Assurance SSP-3.4, Corrective Action SSP-4.5, Regulatory Reporting Requirements SSP-6.9, ASME Section XI Repairs and Replacements SSP-6.10, ASME Section XI Inservice Inspection SSP-8.5, ASME Section XI System Pressure Test Program SSP-8.6, ASME Section XI Pump and Valve Inservice Testing 2-SI-4.6.H.1, Visual Examination of Hydraulic and Mechanical Snubbers 1-SI-4.6.G, Inservice Inspection Program for Unit 1 2-SI-4.6.G, Inservice Inspection Program for Unit 2 MSI-0-001-VSL001, Reactor Vessel Disassembly and Reassembly MCI-0-068-PMP001, Maintenance of Reactor Water Recirculation Pumps MSI-0-001-INS001, Reactor Vessel Internals Visual and Ultrasonic Inspection IEP-200, Qualification and Certification Requirements for NQA NDE Personnel IEP-100, Nondestructive Examination Procedures Approved for use on CSSC Items at all Nuclear Plants
REV 000 3-SI-4.6. G Page6 of 88 2.0 REFEREN ES continued 2.5.1 Unit 3 Section XI Code Class Boundary Drawings 3-47E600-57A-ISI, RCS Instrumentation 3-47E610-43-1-ISI, Sampling and Water Quality System 3-47E610-43-6-ISI, Sampling and Water Quality System 3-47E801-1-ISI, Main Steam 3-47E801-2-ISI, Main Steam 3-47E803-1-ISI, Feedwater System 3-47E807-2-ISI, Turbine Drains 0 Misc. Piping 3-47E810-1-ISI, Reactor Water Clean-up System 3-47E811-1-ISI, Residual Heat Removal System 3-47E812-1-ISI, High Pressure Coolant Injection System 3-47E813-1-ISI, Reactor Core Isolation Cooling System 3-47E814-1-ISI, Core Spray System 3-47E817-1-ISI, Nuclear Boiler 3-47E820-2-ISI, Control Rod Drive Hydraulic System 3-47E820-6-ISI, Control Rod Drive Hydraulic System 3-47E822-1-ISI, Reactor Building Closed Cooling Water System 0-47E839-5-ISI, Raw Water Chemical Treatment System 3-47E844-2-ISI, Raw Cooling Water 3-47E852-1-ISI, Floor &, Dirty Radwaste Drainage System 3-47E852-2-ISI, Clean Radwaste 8. Decon. Drainage System
REV 000 3-SI-4.6. G Page7 of 88
2.0 REFERENCES
continued 3-47E854-1-ISI, Standby Liquid Control System 3-47E855-1-ISI, Fuel Pool Cooling System 3-47E856-2-ISI, Demineralized Water System 3-47E858-1-ISI, RHR Service Water System 3-47E859-1-ISI, Emergency Equipment Cooling Water System 3-47E859-2-ISI, Emergency Equipment Cooling Water System 3-47E866-5-ISI, Air Conditioning Chilled Water 3-47E866-7-ISI, Air Conditioning Chilled Water 0-117C2556-4-ISI, Rack 25-18 0-117C2556-5-ISI, Rack 25-18 3-117C2563-4-ISI, Rack 25-51 3-117C2563-5-ISI, Rack 25-51 3-117C2564-4-ISI, Rack 25-52 3-117C2564-5-ISI, Rack 25-52 2.5.2 Unit 3 ISI Component and Component Support Drawings ISI-0220-C, RPV Shell Course Weld/Nozzle Locations ISI-0267-C, Vessel Stud Locations ISI-0295-A, Closure Head Assembly Weld Locations ISI-0293-C, Control Rod Drive RPV Penetrations ISI-0445-C, Bottom Head Assembly Weld Locations ISI-0422-C, RHR Heat Exchanger Weld Locations
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2.0 REFERENCES
continued ISI-0033-C, RBCCW System Class 2 Weld Locations ISI-0102-C, Core Spray System Class 2 Weld Locations ISI-0143-C, CRD System Class 2 Weld Locations ISI-0327-C, Feedwater System Class 1 Weld Locations ISI-0328-C, Recirculation System Class 1 Weld Locations ISI-0329-C, Main Steam System Class 1 Weld Locations ISI-0330-C, RHR System Class I Weld Locations ISI-0331-C, Core Spray System Class 1 Weld Locations ISI-0332-C, CRD, RCIC, and RWCU System Class 1 Weld Locations 3-ISI-0333-C, HPCI and RWCU Systems Class 1 Weld Locations ISI-0354-C, Main Steam System Class 2 Weld Locations ISI-0393-C, RHR System Class 2 Weld Locations ISI-0411-C, Jet Pump Instr. Nozzle Class 1 Weld Locations CHM-2407-C, HPCI System Class 2 Weld Locations 3-CHM-2408-C, RCIC System Class 2 Weld Locations 3-ISI-0034-C, RBCCW System Class 2 Support Locations 3-ISI-0104-C, Core Spray System Class 2 Support Locations 3-ISI-0144-C, CRD'Scram Discharge System Class 2 Support Locations
REV 000 3-SI-4.6. G Page9 of88
2.0 REFERENCES
continued 3-ISI-0334-C, RWCU and RCIC Support Locations 3-ISI-0335-C, HPCI and RWCU Systems Class 1 Support Locations 3-ISI-0336-C, Feedwater System Class 1 Support Locations 3-ISI-0337-C, Recirculation System Class 1 Support Locations 3-ISI-0338-C, Main Steam System Class 1 Support Locations 3-ISI-0339-C, Core Spray System Class 1 Support Locations 3-ISI-0340-C, RHR System Class 1 Support Locations ISI-0355-C, Main Steam System Class 2 Support Locations ISI-0390-C, EECW System Class 3 Support Locations 3-ISI-0395-C, RHR System Class 2 Support Locations 3-ISI-0453-C, MSRV System Vent Piping Class 3 Support Locations 3-CHM-2412-C, RCIC System Class 2 Support Locations 3-CHM-2413-C, HPCI System Class 2 Support Locations 3-CHM-2416-C, RHRSW Class 3 Support Locations 3-CHM-2429-C, FPCS Class 3 Support Locations ISI-0313-B, Main Steam Class 1 Bolted Connections ISI-0413-C, Recirculation Pump Class 1 Bolting Locations ISI-0311-B, RHR Class 2 Pump Support ISI-0416-C, Reactor Vessel Supports
REV 000 3-SI-4.6. G Page 10of 88
2.0 REFERENCES
continued 2.6 Vendor Manuals 2.6.1 BFN-VTM-B014-0010, BOW Reactor Pressure Vessel Manual, Contract 66C60-90744 2.6.2 BFN-VTM-B580-0010, BRJ Recirculation Pump Manual, Contract 67C60-91750 2.6.3 BFN-VTM-B260-0030, Bingham Pump Co. RHR Pump Manual, Contract 66C60-90744 2.6.4 BFN-VTM-P160-0010 VTM-P160-0010, Vendor Technical Manual for Perfex Corp. Heat Exchangers, Types NEN, CEU, CES, and CEN 2.7 Reference Documents 2.7.1 ASME Boiler and Pressure Vessel Code, Section XI, Division 1, 1989 Edition. 2.7.2 ASME Section XI Code Cases as listed in Section 4.0. 2.8 General Electric Service Instruction Letters 2.8.1 GE SIL No. 289, Core Spray Piping Visual Examination 2.8.2 GE SIL No. 330, Jet Pump Beam Inspection 2.8.3 GE SIL No. 409, Incore Dry Tube Cracks 2.8.4 GE SIL No. 420, Inspections of Jet Pump Sensing Lines 2.8.6 GE SIL No. 554, RPV Top Guide Inspection 2.8.7 GE SIL No. 462, Shroud Support Access Hole Cover Cracks 2.8.8 GE SIL No. 465, Jet Pump Throat Inspection 2.8.10 GE SIL No. 551, Jet Pump Riser Brace Inspection
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REV 000 3-SI-4.6. G Page11of 88
2.0 REFERENCES
continued 2.8.11 GE SIL No. 571, Instrument Nozzle Safe End Inspection 2.8.12 GE SIL No. 572, Core Spray Support Shroud Examination 2.8.13 GE SIL No. 574, Jet Pump Adjusting Screws Inspection 2.8.14 GE SIL No. 588, Top Guide and Core Plate Bolting Examination 2.8.15 GE RICSIL No. 078, Jet Pump Restrainer Bracket Set Screw Gaps 2.9 Miscellaneous Documents 2.9.1 BFPER951466, Inservice Inspection Program Problem Evaluation Report Units 1A 3. 2.9.2 DNE Calculation, Exclusion Criteria for ISI Scope. RIMS R14950829109.(MD-Q0999-950033) 2:93 GE Letter Nos.: BFSE 93-143, BFSE 94-001, BFSE 94-002, BFSE 94-005, and BFSE 94-007.
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REV 000 3-SI-4.6.G Page 12of 88 3.0 PRECAUTIONS AND LIMITATIONS RADCON shall be contacted prior to any work in a radiologically controlled area (RCA). RADCON shall determine the requirements for a radiological work permit (RWP) and any other radiological requirements. 4.0 CODES OF RECORD AND CODE CASES 4.1 Current Code Re uirements and Code Cases This program is in effect for BFN Unit 3 during the second inspection interval which began November 19, 1996. The unit 1 and 2 ISI programs are contained in 1-, and 2-SI.4.6.G, respectively. The code of record for the unit 3 second inspection interval is the 1989 Edition (no addenda) of ASME Section XI. The effective code edition and addenda are determined in accordance with 10CFR50.55a(g)(4). The extent of examination for category B-J welds is in accordance with the 1974 Edition, Summer 1975 Addenda of ASME Section XI in accordance with 10CFR50.55a(b)(2)(ii). Extent of examination is defined as the selection criteria for determining the Class 1 welds to be examined during the inspection interval. Refer to section 7.3.1.E. The following code cases have been approved for use by the NRC in Regulatory Guide 1.147 and have been adopted by TVA for use at BFN Unit 3: Code Case N-307-1, Revised Ultrasonic Examination Volume for Class 1 Bolting, Table IWB-2500-1, Examination Category B-G-1, When the Examinations Are Conducted from the Center Drilled Hole, Section XI, Division 1. Code Case N-435-1, Alternative Examination Requirements for Vessels with Wall Thickness 2 in. or less, Section XI, Division 1. Code Case N-457, Qualification Specimen Notch Location for Ultrasonic Examination of Bolts and Studs, Section XI, Division l. Code Case N-460, Alternative Examination Coverage for Class 1 and Class 2 Welds, Section XI, Division l. Code Case N-461, Alternative Rules for Piping Calibration Block Thickness, Section XI, Division 1. This code case is accepted in Regulatory Guide 1.147 with the following conditions: Thickness measurements and weld joint contour of the pipe/component must be known and used by the inspector who conducts the UT examination.
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REV 000 3-SI-4.6.6 Page 13of 88 4.0 CODES OF RECORD AND CODE CASES cont. Code Case N-491, Alternative Rules for Examination of Class 1, 2, 3 and MC Component Supports of Light-Water Cooled Power Plants, Section XI, Division 1. Code Case N-503, Limited Certification of Nondestructive Examination Personnel, Section XI, Division l. The following code cases have been submitted to the NRC for approval and use at BFN Unit 3 in accordance with 10CFR50.55a(a)(3): Code Case N-524, Alternative Examination Requirements for Longitudinal Welds in Class 1 and 2 Piping - Section XI, Division 1. Code Case N-532, Alternative Requirements to Repair and Replacement Documentation Requirements and Inservice Summary Report Preparation and Submission as Required by IWA-4000 and IWA-6000 - Section XI, Division 1. Code Case N-547, Alternative Examination Requirements for Pressure Retaining Bolting of Control Rod Drive (CRD) Housings Section XI, Division l. 4.2 Histo of Codes of Record 4.2.1 Preservice Inspection (PSI) History A PSI program was not required for Unit 3 based on its construction permit date of July 31, 1968. TVA performed a voluntary PSI for Class 1 components to the 1971 Edition, Summer 1971 Addenda of ASME Section XI. 4.2.2 First Inspection Interval History The first inspection interval began March 1, 1977 and ended September 30, 1996 and was prepared to comply with the 1974 Edition, Summer 1975 Addenda of ASME Section XI. Ultrasonic examination and evaluation of piping welds was upgraded to the 1977 Edition, Summer 1978 Addenda of ASME Section XI beginning July I, 1991. Commencing January 1, 1992, the PSI of piping welds, including the extent of examination (Examination Categories B-F, B-J, and C-F), was upgraded to the 1977 Edition, Summer 1978 Addenda of ASME Section XI. From June 12, 1992 to December 15, 1995, NDE methods, qualification of personnel, weld reference system, and
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REV 000 3-SI-4.6. G Page 14of 88 4.0 CODES OF RECORD AND CODE CASES cont. standards for examination evaluation were in accordance with the 1986 Edition of ASME Section XI. From December 15, 1995 to September 30, 1996, NDE methods, qualification of personnel, weld reference system, and standards for examination evaluation were in accordance with the 1989 Edition of ASME Section XI. 5.0 SPECIAL TOOL AND E UIPMENT Equipment is specified in the applicable NDE procedure utilized for performance of the examination. 6.0 ACCEPTANCE STANDARDS Acceptance criteria are specified in the applicable NDE procedures of IEP-100, which are in compliance with ASME Section XI, Articles IWA-3000, IWB-3000, IWC-3000, IWD-3000, and Code Case (N-491)-3000. Evaluation of examinations is performed in accordance with IWB-3132.4, IWB-3142.4, IWC-3122.4, IWC-3132.3, (N-491)-3112.3, or (N-491)-3122.1 shall be submitted to the regulatory authority having jurisdiction at the plant site. This information may be submitted with the Inservice Inspection Owner's ActivityReport or, ifdeemed necessary, a separate report shall be submitted. 7.0 INSTRUCTION STEP SfELEMENTS 7,1 7.1.1 Corporate Engineering, Materials 8. Inspection (M8cI) A. Providing ASME Section XI interpretations as requested by various site organizations or as required in program development and implementation. B. Providing assessment and oversight of ISI programs and activities, including review of ISI Program reports and submittals prior to issuance. C. Review of relief requests prior to issuance.
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REV 000 3-SI-4.6.G Page15of88 7.0 INSTRUCTION STEPS/ELEMENTS cont. 7.1.2 M/N Engineering Defining ASME Section XI Code Class 1, 2, and 3 equivalent boundaries in accordance with applicable guidelines (e.g.: 10CFR50.2, 10CFR50.55a, ASME Section XI, Regulatory Guide 1.26, and others). Preparing/revising ASME Section XI Code Class boundary drawings to identify the ASME Section XI Class 1, 2, and 3 equivalent boundaries within each plant system as defined in 7.1.2.A. See Section 2.5 for drawing list. C. Preparing/revising ASME Section XI ISI drawings that identify the Class 1, 2, and 3 equivalent components (including supports) that require NDE to comply with ASME Section XI requirements. See Section 2.5 for drawing list. D. Preparing/revising this instruction (ISI Program) in accordance with site procedures SSP-2.3. Transmittal of this program to licensing for subsequent submittal to NRC. See Section 7.1.4.A. E. Ensuring this program includes the following information as a minimum: (1) The ASME Section XI Code of Record for ISI (2) Inspection interval number and begin/end dates (3) List of ASME Section XI code class boundary drawings (4) List of ASME Section XI ISI drawings (5) ASME Section XI Examination Category and Item Number for components. (6) Examination schedule providing quantities for each applicable code item number distributed over each period of the inspection interval
REV 000 3-SI-4.6.G Page 16of 88 7.0 INSTRUCTION STEPS/ELEMENTS cont. (7) NDE method required for each code item number (8) Applicable relief requests (9) Name and address of Owner (10) Name and address of generating plant (11) Name or number designation of the unit (12) Commercial operation date of the unit (13) Description of the system utilized for maintaining record of completed examinations (14) Description of scan plan contents and control (15) Applicable augmented examination requirements and their basis Providing a list of components scheduled for examination during each refueling outage to Inspection Services Organization (ISO) for scan plan development. This list shall include the component identifier, ASME Section XI examination category and item number, ISI drawing number and sheet number, and examination requirement source. G. Approving scan plan and revisions and submitting copies of the approved scan plan to site management and the ANII. H. Determining scope of additional samples and notification of site engineering when an indication(s) is results from inservice inspection examinations. I. Notifying site engineering of indications found during the final additional sample examination to allow evaluation for further actions to be taken.
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REV 000 3-SI-4.6. G Page17of 88 7.0 INSTRUCTION STEPS/ELEMENTS cont. Preparing a Request for Relief (RFR) as required when conformance with Code requirements is impractical. ISO responsibilities related to identification of limited examinations are listed in section 7.1.5. Submitting RFRs to Site Licensing in a timely manner to support ISI activities. Performing NDE in accordance with this instruction. Ensuring that ISI/PSI examinations are performed in accordance with approved TVA or contractor NDE procedures authorized by ISO. N. Administering the AIAcontract and ensuring that services of AIAare utilized when performing Code required activities. TVA's interface with the Authorized Inspector for ISI, repairs, and replacements is defined in SSP-6.9 and SSP-6.10. O. Providing AIA representative with access to plant facilities and documentation in accordance with IWA-2130 of ASME Section XI. P. Notifying ANII prior to performing ASME Section XI examinations. Preparing a Notification of Indication (NOI) to document rejectable indications detected during the performance of ASME Section XI examinations. The NOI process is defined in SSP-6.10. Preparing examination reports and recording them (report number, date, examiner's initials, and comments/NOI number) in the scan plan'. When inservice examinations are implemented by instructions other than this program, copies of the examination data sheets shall be submitted to M/N Engineering by the performing organization. These data sheets shall be used as examination reports and incorporated into the scan plan. Ensuring that scan plan examinations are complete prior to completion of an outage..
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REV 000 3-SI-4.6.G Page18of88 7.0 INSTRUCTION STEPS/ELEMENTS cont. Preparing Owner's Activity Report (OAR), preparing augmented examination summary reports, obtaining ANII signature on the OAR'form, coordinating summary report review with ISO, and submitting augmented examination summary reports to Site Licensing. The OAR reports shall be submitted to Site Licensing at the end of the inservice inspection period. Refer to Request for Relief 3-ISI-6. Preparing and submitting the Site Final Report to RM as a QA record. V. Ensuring records used as PSI records from manufacturers or construction organizations comply with SSP-6.10, Sections 3.5 and 3.6. Calculation of component support acceptance ranges, if required, in accordance with IEP-100, N-GP-7 and N-VT-1. Maintaining calibration blocks stored at the plant site. Initiating a pre-outage meeting to identify augmented examinations in accordance with section 7.11. 7.1.3 Site Engineering Including provisions for inservice inspection access in designs in accordance with ASME Section XI, IWA-1400(b) and IWA-1500. B. Performing engineering evaluations in support of examination indications related to operability and corrective measures. C. Performing evaluations of indications found during final additional sample examinations to determine iffurther action is required.
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D. Determining those component supports that could be affected by observed failure modes and could affect nonexempt components.
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REV 000 3-SI-4.6. 6 Page19of 88 7.0 INSTRUCTION STEPS/ELEMENTS cont. E. Providing specific written details for augmented requirements they are responsible for, refer to Section 7.11, and determining ifa post examination meeting is required. 7.1.4 Site Licensing A. Filing this instruction, including revisions, with the NRC in accordance with IWA-1400(c). B. Submitting RFRs, OARs, and IW(X)-3600 analytical reports to the NRC. 7.1.5 ISO A. Developing and maintaining a computerized data base to include components identified on the ISI weld and support drawings. Preparing/revising scan plans for each refueling outage of the inspection interval utilizing a computerized data base. This includes providing additional information provided by NDE Level III personnel to complete the scan plan, such as NDE procedure references, calibration standard references, and UT scanning angles. C. Providing NDE Level III approval of scan plan revisions that affect the additional information of section 7.1.5.B. and maintaining a scan plan revision history log. D. Providing NDE Level III determination of examination limitations requiring initiation of a RFR and notifying M/N engineering. E. Approving contractor NDE procedures (using IEP-100 as a guideline), contractor written practices for qualification and certification of NDE personnel, and certifications of contractor's NDE personnel performing ISI/PSI. F. Providing NDE Level III evaluation of successive examination results. G. Packaging radiographs for storage and providing them with reader sheets as a life of plant record to RM.
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REV 000 3-SI-4.6.G Page 20of 88 7.0 INSTRUCTION STEPS/ELEMENTS cont. H. Providing copies of IEP-100 NDE procedure revisions and evidence of personnel qualifications to RM as RIMs records for the service lifetime of the plant in accordance with IWA-1400(k). I. Maintaining as-built calibration standard drawings and the calibration standard material certifications. 7.1.6 Site Records Management (RM) A. Issuing controlled copies of ASME Section XI code class boundary drawings and ISI drawings. B. Issuing this instruction and providing controlled copies to M/N Engineering, ANI/ANII,and other requesting organizations. C. Maintaining the site final report as a life of plant QA document. Other records referenced in the final report (work plans, radiographs, etc.), NDE procedure revisions, and evidence of personnel qualifications shall be retained for the service lifetime of the plant. 7.1.7 Authorized Nuclear Inservice Inspector (ANII) A. Performing the duties of IWA-2110, including a detailed review of this instruction and subsequent revisions. He shall submit a report of the review to the Owner in accordance with IWA-21 1 0(a)(3). B. Having the prerogative and authorization to require requalification of an operator or procedure when he has reason to believe code requirements are not being met. 7.1.8 Nuclear Assurance and Licensing A. Ensuring the adequacy of contractor's QA programs in accordance with the TVA Nuclear Quality Assurance Plan.
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REV 000 3-SI-4.6.G Page 21of 88 7.0 INSTRUCTION STEPS/ELEMENTS cont. 7, 7.2.1 System for Maintaining Status of Examinations A. Data Base ISO and M/N Engineering shall utilize a computerized data base for maintaining the status of completed examinations for ASME Section XI credit and for augmented credit. B. Scan Plan (1) The scan plan details the examinations scheduled for performance during an outage. It should contain as a minimum: components to be examined; Code examination category; Code item number; methods of examination; NDE procedure reference; calibration standard reference; ISI drawing and sheet number; and for ultrasonic examination, the scanning angles. (2) Prior to performing examinations, the scan plan shall be approved by M/N Engineering. (3) When inservice examinations are performed as a result of instructions other than this program (e.g., maintenance instructions, work plans, etc.), copies of the examination data sheets shall be submitted to M/N Engineering by the performing organization for assignment of a report number and incorporation into the scan plan. (4) During implementation, it may become necessary to revise the scan plan. Scan plan revisions may be initiated by M/N Engineering, ISO, or by other personnel involved with implementation of the scan plan. All changes shall be coordinated with M/N Engineering and, as needed, with the appropriate plant planning and scheduling personnel for facilitating the use of supporting craR personnel.
REV 000 3-SI-4.6.G Page22of88 7.0 INSTRUCTION STEPS/ELEMENTS cont Revisions to the scan plan shall be controlled in the same manner as the original. ISO shall maintain a scan plan revision history log. Interim working copies may be handwritten to allow examinations to be performed before a formal revision is issued. These changes shall be apprdved by M/N Engineering and/or a NDE Level III, as required by Section 7.1.2.G or Section 7.1.5.C. Approving individuals shall initial and date such changes. Configuration Changes (1) When major portions of existing pipe or supports are replaced or new systems are added, a system walkdown should be performed under the direction of M/N Engineering to identify the pipe configuration, welds, components, and supports that are required to be in the inspection program. (2) Ifvariations in configuration are discovered or modifications (including additions or deletions), repairs or replacements are made during the service lifetime of the unit, the changes shall be marked on field corrected copies of the appropriate drawing listed in Section 2.5 by an M/N Engineering representative. The field corrected copies shall be used in the performance of examinations and as records until the drawing has been revised to reflect the change(s). (3) M/N Engineering shall be responsible for reviewing the proposed change, revising the drawings as necessary, and issuing the revised drawings prior to the next refueling outage. 7.2.2 Notification of Indication (NOI) A NOI form, FORM SSP-273 which is referenced in SSP-6.10, shall be used to document indication(s) exceeding the acceptance criteria of Article 3000 of ASME Section XI or of-3000 of Code Case N-491. M/N Engineering shall provide/coordinate dispositions for NOIs in accordance with SSP-3.4 and SSP-6.10.
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REV 000 3-SI-4.6.G Page23of88 7.0 INSTRUCTION STEPS/ELEMENTS cont. B. Additional Examinations (1) Additional examinations for Class 1 equivalent components (IWB) shall be in accordance with the requirements of IWB-2430. The additional examination samples are defined as those items (welds, areas, or parts) in a particular examination category and item number. Engineering judgment should be documented concerning expansion (or no expansion) into additional systems. The initial sample is the sample scheduled for examination at a particular outage for ASME Section XI credit. (a) Examinations of the initial sample that reveal indications exceeding the acceptance standards of IWB-3410-1 shall be extended to include additional examinations in the same outage as the initial examinations. The first additional examination sample shall include items scheduled for this and the subsequent period. Ifexaminations for that item are not scheduled in the subsequent period, the most immediate period containing scheduled examinations of that item shall be examined. (b) Ifthe first additional examinations of (1)(a) detect indications exceeding the acceptance standards of Table IWB-3410-1, further additional examinations shall be performed during the outage. The second additional examination sample shall include the remaining items of similar design, size, and function.
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REV 000 3-SI-4.6.G Page24of 88 7.0 INSTRUCTION STEPS/ELEMENTS cont. (2) Additional examinations for Class 2 equivalent components (IWC) shall be selected in accordance with IWC-2430. The additional examination samples are defined as those items (welds, areas, or parts) in a particular examination category and item number. Engineering judgment should be documented concerning expansion (or no expansion) into additional systems. The initial sample is the sample scheduled for. examination at a particular outage for ASME Section XI credit. (a) Examinations of the initial sample that reveal indications exceeding the acceptance standards of IWC-3000 shall be extended to include additional examinations in the same outage as the initial examinations. The first additional sample shall include approximately the same number of items examined in the initial sample. The items selected should be those available in the interval sample that liave the longest service time from its previous inservice examination. (b) Ifthe first additional examinations of(2)(a) detect indications exceeding the acceptance standards of Table IWC-3000, further additional examinations shall be performed during the outage. The second additional examination., sample shall include the remaining items of similar design, size, and function.
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REV 000 3-SI-4.6.G Page25of88 7.0 INSTRUCTION STEPS/ELEMENTS cont. (3) Additional examinations for component supports (IWF) shall be in accordance with Code Case N-491 section -2430. (a) Ifcomponent supports in the initial sample must be subjected to corrective measures in accordance with (N-491)-3000, the component supports immediately adjacent to those for which corrective action is required shall be examined. Also, the examinations shall be extended to include a first additional sample that includes supports within the system, equal in number and of the same type and function as those scheduled for examination during the period. (b) When the additional examinations of (3)(a) require corrective measures in accordance with (N-491)-3000, a second additional sample of the remaining component supports within the system of the same type and function as in (3)(a) shall be examined. (c) When the additional examinations of(3)(b) require corrective measures in accordance with (N-491)-3000, examinations shall be extended to include a third additional sample of the remaining nonexempt supports potentially subject to the same failure modes that required corrective measures in (3)(a) and (3)(b). These additional examinations shall include nonexempt component supports in other systems when support failures requiring corrective measures indicate non-system related failure modes. At the request of M/N Engineering, Site Engineering shall make the determination of failure mode applicability and select the third additional sample.
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REV 000 3-SI-4.6.G Page 26of 88 7.0 INSTRUCTION STEPS/ELEMENTS cont. (d) When the additional examinations of (3)(c) require corrective measures in accordance with (N-491)-3000, examination shall be extended to those exempt component supports that could be affected by the same observed failure modes and could affect nonexempt components. At the request of M/N Engineering, Site Engineering shall make the determination of failure mode applicability and select a fourth additional sample of exempt component supports that could affect nonexempt components. (4) Ifthe final sample examinations in (3)(d) above detect indications exceeding the acceptance standards of Article 3000 of ASME Section XI, M/N Engineering shall notify Site Engineering to evaluate the indications and make recommendations(s) for further action, if needed. These actions would. be beyond those required by ASME Section XI. 7.2.3, Examinations A. NDE shall be performed in accordance with IWA-2200 of ASME Section XI utilizing the NDE procedures of IEP-100 or. approved contractor procedures. B. Personnel performing NDE operations shall be qualified and certified in accordance with IWA-2300 of ASME Section XI as specified in IEP-200. C. The inservice examinations may be performed by M/N Engineering, ISO, or contractor personnel.
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REV 000 3-SI-4.6.G Page 27of 88 7.0 INSTRUCTION STEPS/ELEMENTS cont D. A weld reference system shall be established for welds and areas subject to surface or volumetric examination in accordance with IWA-2600. When less than the required ASME Section XI code examination volume or area is examined, the percentage examined shall be documented on the examination data sheet. The cause of the limitation shall be clearly specified as a part of the data sheet docume'ntation. A NDE Level III representative shall review the limitations or impractical examinations during the refueling outage and determine ifcode coverage was achieved. Ifone was not achieved, the NDE Level III representative shall notify M/N Engineering immediately to determine ifanother component should be substituted or relief requested.
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REV 000 3-SI-4.6.G Page28of88 7.0 INSTRUCTION STEPS/ELEMENTS cont. 7.3 Com onents Sub'ect to Examination 7.3.1 ASME Class 1 Equivalent Components Subject to Examination (IWB) A. ASME Class 1 equivalent systems are listed below:
~ Control Rod Drive Hydraulic System (CRD)
~ Core Spray System (CS)
~ Feedwater System (FW)
~ High Pressure Coolant Injection System (HPCI)
~ Main Steam System (MS)
~ Reactor Core Isolation Cooling System (RCIC)
~ Recirculation System (RECIR)
~ Residual Heat Removal (RHR)
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~ Reactor Pressure Vessel (RPV)
~ Standby Liquid Control System (SLC)
The specific components subject to examination are identified on ISI drawings listed in Section 2.5. Section 8.4 contains detailed information for selected Class 1 valves. The number of components within each system, the number selected for examination during the interval and the number selected for examination by period are provided in Section 8.1 Examination Schedule - Class 1 Equivalent (IWB) Components.
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REV 000 3-SI-4.6.G Page29of 88 7.0 INSTRU TI N STEPS/ELEMENTS cont, C. The component size and shape associated with IWB-1220(a) is determined by the calculation referenced in subsection 2.9.2. IWB-1220, footnote 2 allows the exemptions from examination in IWC-1220 to be applied for those components. D. Selection and scheduling of ASME Class 1 equivalent components is in accordance with IWB-2412, Inspection Program B, IWB-1200 exemptions, and applicable requirements of Table IWB-2500-1. The extent of examination for Category B-J welds is determined by the requirements of Table IWB-2500 and Table IWB-2600, Examination Category B-J, 1974 Edition with Addenda through Summer 1975 (1974S75) as allowed by 10CFR50.55a(b)(2)(ii). Carbon and low alloy steel similar metal nozzle to safe end transition piece (terminal ends connected to vessels) welds will be examined during the interval in conjunction with an additional number of circumferential welds not examined during the first interval to provide a 25% sample. F. The selection of longitudinal welds for examination is in accordance with the alternative described in Code Case N-524, Request for Relief 3-ISI-3. G. The examination of Class 1 equivalent component supports is in accordance with section 7.3.4. 7.3.2 ASME Class 2 Equivalent Components Subject to Examination (IWC) A. 'SME Class 2 equivalent systems are listed below:
~ Control Rod Drive Hydraulic System (CRD)
~ Core Spray System (CS)
~ High Pressure Coolant Injection System (HPCI)
~ Main Steam System (MS)
~ Reactor Building Closed Cooling Water System (RBCCW)
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REV 000 3-SI-4.6.G Page 30of 88 7.0 INSTRUCTION STEPS/ELEMENTS cont.
~ Reactor Core Isolation Cooling System (RCIC)
~ Residual Heat Removal System (RHR)
The specific components subject to examination are identified on ISI drawings listed in Section 2.5. The number of components within each system, the number selected for examination during the interval and the number selected for examination by period are provided in Section 8.1 Examination Schedule - Class 2 Equivalent (IWC) Components. C. Selection and scheduling of ASME Class 2 equivalent components is in accordance with IWC-2412, Inspection Program B', IWC-1200 exemptions, and applicable requirements of Table IWC-2500-1. D. The selection of longitudinal welds for examination is in accordance with the alternative described in Code Case N-524, Request for Relief 3-ISI-3. E. The examination of Class 2 equivalent component supports is in accordance with section 7.3.4. 7.3.3 ASME Class 3 Equivalent Components Subject to Examination (IWD) A. ASME Class 3 equivalent systems are listed below:
~ Emergency Equipment Cooling Water System (EECW)
~ Fuel Pool Cooling System (FPC)
~ Residual Heat Removal Service Water System (RHRSW)
The specific components subject to examination are identified on ISI drawings listed in Section 2.5. The number of components within each system, the number selected for examination during the interval and the number selected for examination by period are provided in Section 8.1 Examination Schedule - Class 3 Equivalent (IWD) Components.
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REV 000 3-SI-4.6.G Page31of88 7.0 INSTRUCTION TEPS/ELEMENTS cont, C. Selection and scheduling of ASME Class 3 equivalent components is in accordance with IWD-2412, Inspection Program B, IWD-1200 exemptions, and applicable requirements of Table IWD-2500-1. D. The examination of Class 3 equivalent component supports is in accordance with section 7.3.4. 7.3.4 Component Supports Subject to Examination (IWF), Code Case N-491 A. ASME Class 1, 2 and 3 equivalent component and piping supports shall be examined in accordance with the alternate rules of Code Case N-491. The specific components subject to examination are identified on ISI drawings listed in Section 2.5. The number of supports within each system, the number selected for examination during the interval and the number selected for examination by period are provided in Section 8.1 Examination Schedule, Part 4 - Component Supports (IWF, Code Case N-491). C. Selection and scheduling of component supports is in accordance with (N-491) Table -2410-2, Inspection Program B, (N-491) -1200 exemptions, and applicable requirements of (N-
~
491) Table -2500-1. D. The acceptance range for constant force and variable springs shall be in accordance with the support drawing. Ifthe setting range is not identified on the drawing the applicable general notes contained in the 478435-series of drawings shall be utilized in accordance with N-VT-1 and N-GP-7. 7.3.5 Successive Examinations, Class 1, 2, or N-491 Successive examinations shall be performed in accordance with the requirements of IWB-, IWC-, and (N-491) paragraph -2420.
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REV 000 3-SI-4.6.G Page 32of SS 7.0 INSTRUCTION STEPS/ELEMENTS cont. 7.4 Calibration Standards Calibration standards are included in ASME Section XI, Appendix I. This appendix includes references to ASME Section XI, Appendix III and ASME Section V for additional requirements. As-built calibration standard drawings and calibration standard material certifications are maintained by ISO. The calibration blocks are stored at the plant site and maintained by ISI personnel. 7.5 Records and Re orts Records and reports shall be prepared in accordance with ASME Section XI, Subarticle IWA-1400, Article IWA-6000, and Code Case N-532 (Request for Relief 3-ISI-6). 7.5.1 Owner's ActivityReport (OAR) The OAR shall include the information required by Code Case N-532. The OAR(s) shall be forwarded to site licensing on a schedule which permits submittal to the NRC following completion of the inservice inspection period. 7.5.2 Site Final Report A site final report shall be prepared and submitted to Records Management following each refueling outage. The site final report shall contain:
~ An index to record file
~ The inservice and preservice NDE examination reports
~ The OAR
~ Personnel certifications
~ reference to NDE procedures
~ reference to NDE examination records including radiographs and review forms
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REV 000 3-SI-4.6.G Page33of88 7.0 INSTRUCTION STEPS/ELEMENTS cont, 7.5.3 Radiographs Radiographs shall be packaged by ISO and transmitted to RM for storage as a life of plant record. 7.6 Re uests for Relief FR Impractical code requirements or examinations shall be submitted to NRC as written relief requests in accordance with 10CFR50.55a(g)(5). Proposed alternate examinations and information to support the basis and justification for relief shall be included. Relief requests are identified in Section 8.5 of this program and listed in Section 8.1 next to the applicable examination category. ISO is responsible for notifying M/N Engineering of impractical examination requirements and limitations that are encountered during performance of examinations. M Ec I will be provided an opportunity to review RFRs. 7.7 Re airs and Re lacements ASME Section XI repair alld replacement activities are performed in accordance with SSP-6.9. Preservice examinations required for repaired/replaced components are in accordance with the code of record specified in this surveillance instruction. The examination categories and NDE method for preservice examinations may be determined from those listed in Section 8.1. 7.8 S stem Pressure Tests The system pressure test program is identified in SSP-8.5. 7.9 Pum and Valve Inservice Testin The pump and valve inservice testing program is identified in SSP-8.6. 7.10 Snubber Inservice Testin Snubber inservice examination and testing is in accordance with 2-SI-4.6.H.1 as provided in Request for Relief 3-ISI-2.
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REV 000 3-SI-4.6.G Page34of88 7.0 INSTRU TION STEPS/ELEMENTS cont. 7.11 Au mented Examinations Augmented examinations are performed in addition to ASME Section XI Code requirements. The augmented examinations may be required by the NRC or be self-imposed by TVA. Typical sources include generic letters, IE Bulletins, technical specifications, vendor recommendations, and industry experience. The responsible organization or owner shall have technical and administrative responsibility for each augmented examination identified in this section. This responsibility shall include scheduling any examinations through M/N Engineering, tracking the status of examinations, and reporting completed examinations. Responsible organizations requesting inclusion of augmented examinations in this section shall submit a written request to the Lead M/N Engineer. The written request shall include specific details such as requirement source, identification of components requiring examination, examination frequency, examination method, examination area/volume, acceptance criteria, types of fiaws anticipated, areas of high suspect, probability of failure, and reporting requirements. Copies of the written request shall be submitted to ISO and M/N Engineering to facilitate nondestructive examination procedure preparation, establishment of training programs, and personnel familiarization. Prior to each refueling outage, a meeting shall be initiated by the M/N Engineering. Meeting attendees shall include the responsible organizations, M/N Engineering, and ISO. The meeting agenda should include examination plans and schedules, updates on industry experience, and any additional pertinent information. Following the completion of the augmented examination, M/N Engineering shall report to the responsible organization items such as examination results and changes in results from previous examinations. The responsible organization shall determine ifa meeting with the M/N Engineering and/or other appropriate organizations is necessary to discuss items such as additional examinations to be conducted during the current outage, trends, lessons learned, and identify any future actions such as changes in the frequency of examination. SIL's and clarification letters listed in this Augmented Examination Section provide GE's recommendation for reactor internals inspection. The actual scope and criteria for reactor internals inspections will be reviewed and approved by TVA Site Engineering prior to each refueling outage. Any indications found during inspections will receive a review and will be dispositioned by TVA Site Engineering. The responsible organization shall report augmented examination results to the NRC as required by the document initiating the examination.
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REV 000 3-SI-4.6. G Page35of88 7.0 INSTRUCTION STEPS/ELEMENTS cont. 7.1 1.1 Feedwater Nozzles Responsible organization: Site Engineering. The augmented examination requirements for the feedwater nozzles is contained in NUREG-0619. An ultrasonic examination of the feedwater nozzle safe ends, bores, and inside blend radii are required every second refueling outage. The feedwater spargers shall be visually examined every fourth refueling outage (MSI-0-001-INS001). A liquid penetrant examination of the nozzle bore and inner radius is required every nine refueling cycles or within 135 startup/shutdown cycles based on the replacement date. The double piston ring, triple thermal sleeve spargers were installed during the Unit 3 cycle 2 outage. Reporting is required within 6 months afler the outage when an inspection was performed unless a special report is deemed necessary by Site Engineering. Refer to NUREG-0619, Section 4.4.3 for information to be included. Examination Requirement Source: B01-02. 7.11.2 CRD Return Line Reroute Responsible organization: Site Engineering. The augmented examination requirements of the CRD return line reroute are included in NUREG-0619. The welded connections joining the rerouted CRD return line to the reactor water cleanup system shall be ultrasonically examined for three consecutive refueling outages. Weld RCRD-3-45 shall be ultrasonically examined, including the base metal on each side within one wall thickness (nominal wall .531"). The pipe into which the CRD return flow is connected shall also be examined by ultrasonic methods to a distance of at least one pipe diameter downstream of the welded connection. Welds RCRDS-3-3 and RCRD-3-44 shall be ultrasonically examined along with the pipe on the downstream side. The refueling cycles for each unit to be examined are: Cycle 4, Cycle 5, and Cycle 7. Reporting is required within 6 months of completing an outage during which an inspection was performed. Refer to NUREG-0619, Section 8.3 for information to be included. Examination Requirement Source: B01-02
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REV 000 3-SI-4.6. G Page36of 88 7.0 INSTRUCTION STEPS/ELEMENTS cont. 7.11.3 Augmented Examination of Austenitic Stainless Steel and Dissimilar Metal Welds Susceptible to IGSCC (Generic Letter 88-01 and NUREG 0313, Revision 2) Responsible organization: Project Management. Austenitic stainless steel and dissimilar metal circumferential welds in piping four inches or larger in nominal pipe diameter which contain reactor coolant at a temperature above 200 degrees F during power operation shall be examined in accordance with the requirements of Generic Letter 88-01 and NUREG-0313, Revision 2. Sample expansion shall be in accordance with Generic letter 88-01 based on the IGSCC Category (A, B, C, or E) as defined in the generic letter. The welds requiring examination per this paragraph are listed in Section 8.3 by IGSCC category. In addition to the requirements for procedure and personnel qualification in Section 7.2.3, the examination procedures and personnel used for IGSCC examinations shall meet the requirements of Generic Letter 88-01. The IGSCC category and corresponding examination frequency are listed below: IGSCC CATEGORY EXAMINATIONEXTENT AND SCHEDULE A 25 percent every 10 years (at least 12 percent in 6 years). 50 percent every 10 years aAer initial post-stress improvement (SI) examination (at least 25 percent in 6 years). 100 percent within next 2 refueling cycles aAer initial post-SI examination (at least 50 percent in 6 years and 100 percent in 10 years). D 100 percent every 2 refueling cycles. 50 percent next refueling cycle aAer crack discovery and/or overlay. 100 percent every 2 refueling cycles thereafter. 100 percent every refueling outage 100 percent during current outage
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REV 000 3-SI-4.6.G Page 37of 88 7.0 INSTRUCTION STEPS/ELEMENTS cont. Any flaws identified that do not meet the IWB-3500 criteria for continued operation without evaluation, or a change found in the condition of the welds previously known to be cracked, shall be reported to the NRC under the guidelines of NUI&G-0313, Rev. 2. Examination Requirement Source: B02-02 7.11.4 Reactor Vessel Interior Examinations Responsible organization: Site Engineering. In addition to the code required ISI examinations in Section 7.3.1, the following augmented examinations shall be performed at the frequency specified. Examination results shall be included in the augmented summary report (notification of unsatisfactory results may impose additional reporting requirements as denoted by the source requirement). 7.11.4.1 Core Spray Piping and Spargers The augmented examination requirements of the core spray piping and spargers is included in MSI-0-001-INS001, which implements IE Bulletin 80-13. The creviced areas of the core spray piping welds inside the RPV sltall be visually examined utilizing enhanced methods and/or ultrasonically examined in accordance with the recommendations of SIL-289. These examinations are required each refueling outage. Volumetric techniques may be used to evaluate any indications. The reporting criteria is listed in MSI 001-INS001. Ifcracks are detected, the NRC onsite inspector and the regional office shall be notified within 24 hours. Examination Requirement Source: B03-02 I 7.1 1.4.2 Unit-3 Core Spray Sparger Indications During the visual inspection of the core spray spargers (reference IE Bulletin 80-13) perform visual inspection . of the indications documented in NOI-CSB-057 and NOI-CSB-056 as described below. These indications were found during the Unit-3 In-Vessel Visual Inspection (IVVI)conducted during the cycle-5B outage.
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REV 000 3-SI-4.6. G Page 38of 88 7.0 INSTRUCTION STEPS/ELEMENTS cont.
~ Visually examine the arc strike indication and associated linear indications on the loop "A" header pipe located at the left side. of the 120 degree azimuth T-Box (Reference NOI-CSB-056).
~ Visually examine the 3.5 inch to 4 inch linear indication on the loop "B" header pipe at the left side of the 240 azimuth degree T-Box (Reference NOI-CSB-057).
~ Visually examine the 3 inch to 4 inch linear indication in the base metal of the lower core spray downcomer elbow at the 350 degree azimuth shroud penetration (Reference NOI-CSB-057).
~ Visually examine the inch linear indication above 3 1
to 4 inch indication in the base metal of the lower core spray downcomer elbow at the 350 degree azimuth shroud penetration (Reference NOI-CSB-057). The implementation interval for these inspections shall start during the cycle-7 refueling outage. Inspection of the indications shall also be performed during the cycle-8 refueling outage. The inspection results from cycle-7 and cycle-8 shall be compared to the examination performed during the cycle-SB outage. Any changes in the indications shall receive an engineering review. Changes in the indications may require additional inspections as dictated by engineering disposition. Examination Requirement Source: B03-02
- 7. 1 1.4.3 Core Spray T-Box Welds SIL-289 Perform visual inspection of each Core Spray T-Box front cover plate weld and the Core Spray T-Box to thermal sleeve weld joint to the recommendations of SIL-289. Per SIL-289 the inspections should be performed in conjunction with NRC IE Bulletin 80-13 inspections of each core spray sparger which are performed each outage.
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REV 000 3-SI-4.6. G Page 39of 88 7.0 INSTRUCTI N STEPS/ELEMENTS cont The implementation interval for the Core Spray T-Box
. inspection recommended by SIL-289 started in the Unit-3 cycle-5B outage. Each core spray T-Box shall be reinspected during each subsequent refueling outage following the cycle-5B outage.
Examination Requirement Source: B06-02 7.11.4.4 Core Support Shroud SIL-572 Perform inspection of the Core Support Shroud to the recommendations of SIL-572. This consists of performing visual or UT inspection of the accessible weld areas of the shroud. The implementation interval for the Unit-3 shroud inspection recommended in SIL-572 shall start with the Unit-3 cycle-5B refueling outage. Ifno indications are found the shroud shall be inspected every second refueling following cycle-5B. Ifindications are found the shroud should be inspected each following refueling outage or as directed by an engineering analysis of the indications. Examination Requirement Source: B06-02 7.1 1.4.5 Shroud Support Access Hole Covers SIL-462 Inspect the shroud support access hole covers per the recommendations in SIL-462. This consists of performing ultrasonic examination of the access cover weld areas. Previous inspections of the Unit-3 covers during cycle-5B respectively did not reveal indications. The implementation interval for the Unit-3 access hole cover inspection recommended in SIL-462 started in the Unit-3 cycle-5B refueling outage. Based on current operation (16 to 18 month fuel cycles) the access hole covers shall be inspected every second refueling outage following cycle-5B. If2 year operating cycles are utilized the covers shall be inspected each refueling outage. Examination Requirement Source: B06-02
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REV 000 3-SI-4.6. G Page 40of 88 7.0 INSTRUCTION STEPS/ELEMENTS cont. 7.1 1.4.6 Jet Pump Beams SIL-330 Perform inspection of the jet pump beams per the recommendations in SIL-330. SIL-330 recommends that beams with a modified heat treatment be inspected per NUREG CR-3052. NUREG CR-3052 requires ultrasonic examination of beams manufactured with a modified heat treatment at 10 year intervals. The Unit-3 beams were replaced with beams manufactured from a modified heat treatment material during the cycle-5B outage. The unit-3 jet pump hold-down beams shall be inspected once during the second 10 year inspection interval. Examination Requirement Source: B06-02 7.1 1.4.7 Jet Pump Sensing Lines SIL-420 Perform visual inspection of the Jet Pump Sensing Lines when convenient per the recommendations of SIL-420. The recommendation is to inspect the instrument lines when equipment is available and when inspections are being performed in the general area of the instrument lines. The inspection interval for the Unit-3 Jet Pump Sensing Lines started during the cycle-5B outage. The sensing lines shall be inspected during each refueling outage when equipment is available and when other adjacent area inspections are performed. Examination Requirement Source: B06-02 7.11.4.8 Jet Pump Throats SIL-465-Perform visual inspection of the Jet Pump Throats per the recommendations of SIL-465. The inspection interval for Unit-3 Jet Pump Throats will be determined by engineering review ofjet pump flow data. Per SIL-465 ifengineering review ofjet pump flow data indicates a degraded flow performance condition, the throats of at least 2 jet pumps throats should be inspected during the next refueling outage. Examination Requirement Source: B06-02
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REV 000 3-SI-4.6.G Page41of88 7.0 IN TRU TION STEPS/ELEMENTS cont, 7.1 1.4.9 Jet Pump Riiser Braces SIL-551 Perform visual inspection of the Jet Pump Riser Braces per the recommendations in SIL-551. This consists of visually inspecting 50% of the riser brace welds during each refueling outage. The implementation interval for the Unit-3 Jet Pump Riser Brace inspection recommended in SIL-551 started with the Unit-3 cycle-5B refueling outage. Riser Braces on Jet Pump numbers 1 through 10 shall be inspected during the cycle-7 refueling outage, and then repeated at every second refueling outage following cycle-7. Riser Braces on Jet Pump numbers 11 through 20 shall be inspected during the cycle-8 refueling outage and then repeated during every second refueling outage following cycle-8. Examination Requirement Source: B06-02
- 7. 11.4. 10 Unit-3 Jet Pump Riser Brace Clamp Perform a visual inspection of the Unit-3 Jet Pump Riser Brace Clamp installed during the Unit-3 cycle-SB outage per the recommendations in GE letter no. BFSE 93-143.
The clamp is located on Jet Pump Assemblies No. 5 and No. 6. Inspection shall consist of performing a visual (VT-3) verification that the clamp tack welds are intact and that there is no evidence of clamp degradation or movement. The implementation interval for inspection of the clamp will start at the cycle-7 refueling outage. Inspection of the clamp shall be performed during the cycle-7 refueling outage and then at every other refueling outage following cycle-7. Examination Requirement Source: B06-02
REV 000 3-SI-4.6.G Page 42of 88 7.0 INSTRUCTION STEPS/ELEMENTS cont.
- 7. 11.4.11 Jet Pump Adjusting Screws SIL-574 Perform visual inspection of the Jet Pump Adjusting Screws per the recommendation of SIL-574. This consists of inspecting the adjusting screws on each Jet Pump during each refueling outage. Ifindications are found in the jet pump restrainer set screw tack welds, then the jet pump restrainer bracket set screw gaps will be visually inspected per the recommendation of RICSIL
¹ 078. Ifno indications are found, implementation of RICSIL-078 is optional. The Adjusting Screws were inspected as part of the Jet Pump inspections conducted on Unit-3 during cycle-SB outage. No indications were noted during these inspections.
The implementation interval for the Unit-3 Jet Pump Adjusting Screws inspection started during the Unit-3 cycle-SB outage. Inspection of the adjusting screws shall be conducted during each subsequent refueling outage following cycle-SB. Examination Requirement Source:, B06-02 7.11.4.12 Top Guide SIL-554 Perform visual inspection of the Top Guide per the recommendations of SIL-554. This consists of inspecting the Top Guide when fuel and blade guides have been removed as part of refueling operations. GE Letter Nos. BFSE 94-001 Ec BFSE 94-002 indicates that based on fluence levels top guide inspection should be performed. Portions the Unit-3 Top Guide were inspected during cycle-5B and no indications were detected. The implementation interval for the Top Guide inspection started with the Unit-3 cycle-5B outage. Inspection shall be performed during subsequent refueling outages following cycle 5B as conditions allow (i.e., fuel and blade guides are removed as part of refueling operations). Per the GE letter, inspection of 5 to 10 percent of the top guide cell areas each outage is adequate as allowed for by refueling operations. Examination Requirement Source: B06-02
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REV 000 3-SI-4.6.G Page43of88 7.0 INSTRUCTION STEPS/ELEMENTS cont. 7.11.4.13 IRM/SRM Diy Tubes SIL-409 Perform visual inspection the IRM/SRM Dry Tubes per the recommendations in SIL-409. The recommendations are to inspect the original design dry tubes following the fourth refueling outage aAer installation and then at every subsequent second refueling outage. Modified design tubes should be inspected the 6th refueling outage aAer installation and then at very third refueling outage. The Unit-3 dry tubes were replaced with modified design dry tubes during the cycle-5B outage. The implementation interval for the Unit-3 Dry Tube inspection recommended in SIL-409 shall start with the Unit-3 cycle-5B outage. The new modified design dry tubes installed during the cycle-5B outage shall be inspected during the cycle-11 refueling outage and then at every third refueling outage following cycle-11. Any new tubes installed during future refueling outages shall be inspected at the frequency prescribed in SIL-409. Examination Requirement Source: B06-02
- 7. 11.4.14 Steam Dryer Drain Channel Welds Steam dryer drain channel welds which have received weld buildup shall be inspected to the requirements provided in GE letter no. BFSE 94-002 dated 1/18/94.
All Unit-3 steam dryer drain channel welds were repaired and mitigated by weld buildup during the cycle-5B outage. The implementation interval for the drain channel inspection started in the Unit-3 cycle-5B outage. One drain channel weld shall be inspected every second outage following the cycle-5B repair and mitigation. Previously cracked welds should be inspected first in the inspection sequence. Examination Requirement Source: B06-02
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REV 000 3-SI-4.6.G Page 44of 88 7.0 INSTRUCTION STEPS/ELEMENTS cont 7.1 1.4.15 Instrument Nozzle Safe Ends SIL-571 Perform UT and visual inspection of the six stainless steel level instrumentation nozzle safe ends and stainless steel core differential pressure/standby liquid control (SLC) nozzle safe end per the recommendations of SIL-571. The recommendations are to perform a visual leak check of the safe ends during the drywell leak check effort performed each outage. Insulation removal is not necessary to perform the leak check. A UT inspection of the accessible areas of all the safe end base material shall be performed. Per GE letter no. BFSE 94-005 these stainless steel safe ends should be ultrasonically examined following 15 years of hot operation time and then at a frequency of once every second 24 month fuel cycle or once every third 18 month fuel cycle as applicable. The implementation interval shall start with the cycle-5B refueling outage. Leakage inspections shall be performed as described during the cycle-58 outage and during each subsequent refueling outage. Based on current 16-18 month refueling cycles UT inspection shall be performed during the cycle-10 refueling outage and then repeated at every third refueling following the cycle-10 outage. If24 month refueling cycles are utilized inspection shall be performed during the cycle-10 refueling outage and then at every second refueling cycle following cycle-10. Examination Requirement Source: B06-02
- 7. 11.4. 16 Top Guide and Core Plate Bolting Examination-SIL 588 The top guide and core plate bolting should be VT-3 examined during the Unit 3, cycle 7 outage (TROI item GE SIL 588, seq. 04 )in accordance with SIL 588. The top guide examination includes the accessible areas of the members which provide the load path between the top guide and the shroud. The core plate bolt inspection should assure that their locking devices are in place for the bolts that become accessible during normal refueling activities.
Examination Requirement Source: B06-02
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REV 000 3-SI-4.6.G Page45of88 7.0 INSTRUCTION STEPS/ELEMENTS cont, 7.1 1.5 Core-Spray and Recirc Inlet Safe Ends Responsible organization: Site Engineering. Perform UT inspection of the Core Spray and Recirc Inlet Safe Ends per the recommendation of GE Letter No. BFSE 94-007. The Core Spray and Recirculation Inlet safe ends were replaced with IGSCC resistant material, and in the case of the Recirculation inlet safe ends an improved design was used which eliminated crevices. These changes in materials and design mitigate the possibility of future Inter Granular Stress Corrosion Cracking (IGSCC). Per guidance provided in NRC Generic Letter 88-01 (NUREG 0313 Rev-2) and the recommendation of GE Letter No. BFSE 94-007 these safe ends shall be inspected at the frequency established for Category "A" weldments. The accessible areas of the safe end base material which has exposure to the annulus/crevice area created by the thermal sleeve shall be inspected with UT. This inspection should be conducted in conjunction with the augmented UT inspection of the safe end to nozzle weld. Techniques previously used to inspect for safe end (IGSCC) cracking should be utilized as practical in the inspection effort to detect internal diameter (ID) initiated IGSCC indications. The implementation interval started with the Unit-3 cycle-5B outage. The described safe end base material shall be inspected at the same interval as Category "A" weldments. Ideally the inspection should be performed in conjunction with the safe end to nozzle welds which are examined under the current augmented IGSCC examination plan. The report of these examinations shall be included in the augmented summary report unless a special report is deemed necessary by Site Engineering. Examination Requirement Source: B07-02 7.11.6 Weld Inspection For Pipe Whip Protection Responsible organization: Site Engineering. Additional ultrasonic examinations shall be performed each inspection interval on selected circumferential pipe welds to provide additional protection against pipe whip in accordance with Technical Specification Surveillance Requirement 4.6.G. The welds requiring examination each interval for pipe whip protection are listed below:
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REV 000 3-SI-4.6.G Page46of 88 7.0 INSTRUCTION TEPS/ELEMENTS cont, GMS-3-32, GMS-3-15, GMS-3-24, GMS-3-6, KMS-3-104, KMS-3-24, KFW-3-39, GFW-3-15, KFW-3-38, GFW-3-9, GFW-3-12, KFW-3-13, GFW-3-26, KFW-3-31, GFW-3-29, GFW-3-32, DSRHR-3-4, DSRHR-3-6, DSRHR-3-7, TSCS 407, TSCS-3-408, TSCS-3-423, TSCS-3-424, RWCU 3-001-G019, RWCU-3-001-G018, RWCU-3-001-G017, RWCU 001-G016, THPCI-72, THPCI-70, THPCI-71, and THPCI-70A. A report of these examinations shall be included with the augmented summary report. Examination Requirement Source: B04-02
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REV 000 3-SI-4.6.6 Page47of 88 SECTION 8.0 TABLES/ATTACHMENTS
00 3- - .6G Section 8.1 - Examination Schedule - Class 1 Equivalent (IWB) Components Page 48 of 88 Second Inspection First Second Third Examination Item Number of System/ Integral Period Period Period ISI Exam Category Number Components Subtotal Sample Sample Sample Sample Dran~ng Method Remarks B-A B1.11 RPV 5 ISI4220-C UT Deferred B-A B1.12 15 15 15 ISI-0220-C UT Deferred B-A B1.21 RPV ISI4295-A UT See Note I ISI-0445-C B-A B1.22 RPV ISI-0295-A UT See Note I ISI-0445-C B-A B1.30 RPV ISI-0220-C B-A B 1.40 RPV ISI-0295-A UT&MT Exam includes radius to Iiange (flex) B-A B1.51 N/A B-B Various N/A B-D B3.90 31 RPV 31 10 10 11 ISI-0220-C ISI-0445-C B-D B3.100 31 RPV 31 10 10 11 IS 14295-A B-E B4.11 RPV 2 ISI-0220-C VT-2 Deferred B-E B4.12 185 RPV 47 ISI-0293-C VT-2 Deferred B-E B4.13 55 RPV 14 ISI-0293-C VT-2 Deferred B-F B5.10 17 RPV 17 6 ISI-0328-C ST&UT ISI-0332-C ISI4411-C ISI4331-C B-F B5.20 See Section 7.3.1.C
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00 3- - .6G Section 8.1 - Examination Schedule - Class 1 Equivalent (IWB) Components Page 49 of 88 Second Inspection First Second Third Examination Item Number of System/ Interval Period Period Period ISI Exam Category Number Components Subtotal Sample Sample Sample Sample Dran~ng Method Remarks B-F B5.30 N/A B-F B5.130 N/A Refer to Category B-J B-F B5.140 N/A Refer to Category B-J B-F B5.150 N/A B-G-I B6.10 92 RPV 92 30 +0 32 ISI-0267-C ST B-G-1 B6.20 RPV 92 30 30 32 ISI-0267-C B-G-I B6.30 RPV ISI-0267-C UT/ST RPV studs svhen removed B-G-I B6.40 92 RPV 92 30 30 32 ISI-0267-C UT B-G-l B6.50 92 RPV 92 30 30 32 ISI-0267-C VT-I Washers & bushings B-G-I B6.150 N/A B-G-1 B6.180 32 RECIR 16 16 ISI-0413-C UT Pump selected for B-L-2 exam B-G-I B6.190 RECIR 2 When Disassembled ISI-0413-C VT-1 Flange surface B-G-I B6:200 32 RECIR 16 16 ISI-0413-C VT-I Pump selected for B-L-2 exam; nuts & nzshers B-G-I B6.210 N/A B-G-2 B7.10 N/A
4 00 3- .6G Section 8.1 - Examination Schedule - Class l Equivalent (IWB) Components Page 50 of 88 Second Inspection First Second Third Examination Item Number of System/ Intenzl Period Period Period ISI Exam Category Number Components Subtotal Sample Sample Sample Sample Drasring Method Remarks B-G-2 B7.50 30 30 11 12 VT-I MS/25 25 9 9 ISI-0313-B RECIR/2 2 I I ISI%328-C RPV/3 3 I 2 ISI-0295-A B-G-2 B7.60 N/A B-G-2 B7.70 35 33 17 11 VT-I CS/4 4 2 I ISI-0331-C FW/4 I 3 ISI-0327-C MS/21 21 11 5 ISI-0313-B also ISI-0329-C RECIR/4 2 2 ISI-0328-C RHR/2 3 I ISI-0330-C B-G-2 B7.80 185 N/A ISI-0293-C VT-I See relief request 3-ISI-5 B-H B8.10 RPV I ISI-0416-C ST or UT (as applicable) B-J B9.11 400 103 32 35 36 ST & UT See Section 7.3.1.E CS/31 10 3 3 ISI-0331-C FiV/83 16 5 6 IS I-0327-C See Note 2 HPCV20 5 I 2 2 ISI-0333-C MS/120 28 10 9 9 ISI-0329-C See Note 2 RCIC/4 1 I ISI-0332-C RECIR/64 16 5 5 ISI-0328-C RHR/37 9 3 ISI-0330-C RPV/13 11 3 3 ISI-0327-C, ISI-0329-C & ISI-0295-A RiVCU/28 ISI4332-C & ISI4333-C
00 3- .6G Section 8.1 - Examination Schedule - Class 1 Equivalent gWB) Components Page 51 of 88 Second Inspection First Second Third Examination Item Number of System/ Interval Period Period Period ISI Exam Category Number Components Subtotal Sample Sample Sample Sample Drawing Method Remarks B-J B9.12 See remarks See relief request 3-ISI-3 B-J B9.21 N/A See Section 7.3.1.C B-J B9.22 N/A See Section 7.3.1.C B-J B9.31 35 STEAT See Section 7.3.1.E MS/26 ISI-0329-C RECIR/7 ISI4328-C RHR/1 ISI-0330-C RiVCU/1 IS I-0333-C B-J B9.32 N/A See Section 7.3.1.C B-J B9 40 N/A See Section 7.3.1.C B-K-1 B10.10 49 15 15 19 ST See relief request CS/6 6 3 I 2 ISI-0339-C 3-ISI-4 FiV/9 9 2 3 ISI-0336-C MS/15 15 5 5 IS I-0338-C RECIR/13 13 2 7 ISI-0337-C RHR/5 I 2 2 ISI-0340-C RWCU/I 1 I ISI-0334-C B-K-I B10.20 RECIR 3 ISI4337-C B-K-I B10.30 FlV ISI-0336-C ST B-L-I B12.10 N/A
00 3- .6G Section 8.1 - Examination Schedule - Class 1 Equivalent gWB) Components Page 52 of 88 Second Inspection First Second Third Examination Item Number of System/ Interval Period Period Period ISI Exam Category Number Components Subtotal Sample Sample Sample Sample Drawing Method Remarks B-L-2 B12.20 ISI-0413-C VT-3 EXAMINEWHEN DISASSEMBLED B-M-1 B12.30 N/A B-M-1 B12.40 N/A B-M-2 B12.50 20 (groups) 20 VT-3 EXAMINEWHEN CS/3 3 IS14331-C DISASSEMBLED FW/2 2 ISI4327-C HPCI/2 2 ISI-0333-C MS/2 2 ISI-0329-C RCIC/I 1 ISI-0332-C RECIR/2 2 ISI-0328-C RHR/6 6 ISI-0330-C RWCU/2 2 ISI-0332-C B-N-I B13.10 RPV I ISI-0220-C VT-3 RPV Interior B-N-2 B13.20 RPV I ISI-0220-C VT-1 RPV beltline attachments B-N-2 B13.30 RPV 1 ISI-0220-C VT-I RPV beyond beltline attachments B-N-2 B 13 40 RPV I ISI4220-C VT-1 Core support structure B-0 B14.10 40 RPV 4 IS I-0293-C CRD housing weld B-P As applicable Refer to system prcssure test program SSP-8.5 VT-2 Prcssure Test Prog.
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RE 0 3- - .6G Section 8.1 - Examination Schedule - Class 2 Equivalent /WC) Components Page 53 of 88 Second Inspection First Second Third Examination Item Number of System/ Intenzl Period Period Period ISI Exam Category Number Components Subtotal Sample Sample Sample Sample Drying Method Remarks C-A C1.10 12 I ISI-0422-C UT RHR HT EXCH C-A C1.20 I ISI-0422-C UT RHR HT EXCH C-A C1.30 N/A C-B C2.10 N/A C-B C2.20 N/A C-B C2.31 16 2 IS 14422-C ST RHR HT EXCH C-B C2.32 N/A C-B C2.33 2 ISI-0422-C VT-2 Nozzle telltale C-C C3.10 12 3 IS 14422-C ST C-C C3.20 53 53 17 17 19 CRD/3 3 3 CS/4 HPCU3 3 3 MS/11 11 7 3 I
'HR/32 32 10 11 11 C-C C3.30 N/A ISI-0311-B Pump IAs >3/4" on pumps ii/casing ivlds
I RE 0 3- .6G Section 8.1 - Examination Schedule - Class 2 Equivalent @WC) Components Page 54 of 88 Second Inspection First Second Third Examination Item Number of System/ Interval Period Period Period ISI Exam Category Number Components Subtotal Sample Sample Sample Sample Drying Method Remarks C-C C3AO N/A None C-D N/A N/A None C-F-I C5.11 13 13 PT&UT Dissim metal & SS CS/6 6 IS 14102-C cir ivelds >4" & HPCI/O 5 5 CHM-2407-C > 3/8" nom aizll RHR/2 2 ISI4393-C C-F-1 C5.12 Refer to relief request 3-1SI-3 C-F-I C5.20 N/A BKVR Plant C-F-I C5.30 N/A BIVR Plant C-F-I C5.40 N/A C-F-2 N/A 122 N/A N/A (3/8" nom uzll CS/20 ISI4102-C excluded RBCCW/16 ISI-0033-C RCIC/21 CHM-2408-C RHR/65 ISI-0393-C
RE 00 3- - .6G Section 8.1 - Examination Schedule - Class 2 Equivalent (WC) Components Page 55 of 88 Second Inspection First Second Third Examination Item Number of System/ Integri Period Period Period ISI Exam Category Number Components Subtotal Sample Sample Sample Sample Draxiing Method Remarks C-F-2 C5.51 896 79 26 26 27 MT&UT CS circ ivelds >4" (1018) & > 3/8" nom sizll CRD/70 6 2 2 2 ISI-0143-C CS/142 13 5 ISI4102-C HPCV137 11 3 CHM-2407-C MS/111 9 3 3 ISI-0354-C RCIC/43 1 2 2 CHM-2408-C RHR/393 35 13 11 11 ISI-0393-C C-F-2 C5.52 See remarks See relief request 3-ISI-3 C-F-2 C5.60 N/A N/A BlVR Plant C-F-2 C5.70 N/A N/A BIVR Plant C-F-2 C5.81 MS/I ISI-0354-C RHR/2 IS14393-C C-F-2 C5.82 See remarks See relief request 3-ISI-3 C-G C6.10 N/A N/A C-G C6.20 N/A N/A C-H ALL refer to system pressure test program SSP-8.5 VT-2 Pressure Test Frog.
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00 3-S .6.G Section 8.1 - Examination Schedule - Class 3 Equivalent AD) Components Page 56 of 88 Second Inspection First Second Third Examination Item Number of System/ Integral Period Period Period ISI Exam Category Number Components Subtotal Sample Sample Sample Sample Drawing Method Remarks D-A N/A N/A D-B D2.10 ALL refer to system prcssure test program SSP-8.5 VT-2 Pressure Test Prog. D-B D2.20 47 16 23 VT-3 EECW/23 23 23 Is 1-0390-C RHRSW/24 24 16 CHM-2416-C D-B D2.30 N/A None in item number D-B D2.40 RHRSW/8 D-C D3.10 ALL refer to system pressure test program SSP-8.5 VT-2 Pressure Test Prog. D-C D3.20 D-C D3.30 N/A N/A D-C D3 40 N/A N/A D-C D3.50 N/A N/A D-C D3.60 N/A N/A
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REV 3-S - .6.G Section 8.1 Examination Schedule - Component Supports (IWF, Code Case N-491)
- Page 57 of 88 Second Inspection First Second Third Examination Item Number of System/ Integral Period Period Period ISI Exam Category 'umber Components Subtotal Sample Sample Sample Sample Drying Method Remarks F-A F1.10 141 38 10 12 16 VT-3 F-A FI. IOA I VT-3 MS/2 I ISI-0338-C RWCU/2 ISI4334-C F-A FI. IOB 20 VT-3 CS/2 IS I-0339-C FW/6 IS I-0336-C HPCVI ISI-0335-C MS/8 ISI-0338-C RHR/2 ISI4340-C RWCU/I ISI-0334-C F-A FI. IOC 15 VT-3 CS/6 I ISI-0339-C FW/10 3 ISI-0336-C HPCV2 I ISI-0335-C MS/16 ISI-0338-C RECIR/11 3 ISI-0337-C RHR/7 2 ISI-0340-C RWCU/2 I ISI-0334-C
~, REV 3-S - .6.G Section 8.1 - Examination Schedule - Component Supports (IWF, Code Case N-491) Page 58 of 88 Second Inspection First Second Third Examination Item Number of System/ Integral Period ~ Period Period ISI Exam Category Number Components Subtotal Sample Sample Sample Sample Draining Method Remarks F-A FI. IOD 63 16 VT-3 CS/4 I ISI4339-C FW/19 6 ISI-0336-C HPCVI ISI4335-C MS/19 ISI4338-C RECIR/11 ISI4337-C RHR/6 ISI-0340-C RiVCU/3 ISI4334-C F-A F1.20 353 18 22 VT-3 F-A - F1.20A 124 20 10 VT-3 CRD/13 2 IS 14144-C CS/18 3 IS I-0104-C HPCV16 3 CHM-2413-C RBCClV/3 I . ISI-0034-C RCIC/9 I CHM-2412-C RHR/65 10 ISI-0395-C F-A F1.20B 87 14 VT-3 CRD/34 6 IS14 144-C CS/8 1 IS 14104-C HPCI/13 2 CHM-2413-C MS/4 I ISI4355-C RBCCiV/I ISI-0034-C RCIC/4 CHM-2412-C RHR/23 ISI4395-C
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REV 3-S - .6.G Section 8.1 Examination Schedule - Component Supports gWF, Code Case N-491) Page 59 of 88 Second Inspection First Second Third Examination Item Number of System/ Interval Period Period Period ISI Exam Category Number Components Subtotal Sample Sample Sample Sample Draining Method Remarks F-A F1.20C 119 19 VT-3 CS/14 2 ISI4104-C HPCV19 3 CHM-2413-C MS/33 5 ISI-0355-C RCIC/5 I CHM-2412-C RHR/48 8 ISI-0395-C F-A F1.20D 23 3 VT-3 HPCV3. CHM-2413-C RCIC/2 CHM-2412-C RHR/18 3 ISI4395-C F-A F1.30 152 18 10 VT-3 F-A F1.30A VT-3 EECW/16 ISI-0390-C RHRSW/31 CHM-2416-C F-A F1.30B ll VT-3 EECW/57 6 ISI-0390-C FPC/3 I CHM-2429-C RHRSW/37 CHM-2416-C F-A F1.30C RHRSW/8 CHM-2416-C VT-3 F-A F1.30D N/A
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REV 3-S - .6.G Section 8.1 - Examination Schedule - Component Supports QWF, Code Case N-491) Page 60 of 88 Second Inspection First Second Third Examination Item Number of System/ Integri Period Period Period ISI 'xam Category ~ Number Components Subtotal Sample Sample Sample Sample Drainin Method Remarks F-A F1.40 22 VT-3 F-A F1.40A N/A N/A NONE F-A F1.40B VT-3 CS/4 ISI4104-C HPCV2 CHM-2413-C RCIC/I CHM-2412-C RHR/16 IS I-0311-B RPV/I IS I-0416-C F-A Fl.40C I VT-3 FiV/2 ISI-0336-C RECIR/S ISI-0337-C RPV/I I ISI-0416-C F-A F1.40D 13 2 VT-3 RCIC/I I CHM-2412-C RECIR/12 I ISI-0337-C
REV 000 3-SI-4.. Page 61 of 88 Section 8.1 Note: The accessible length of the RPV circumferential and meridional head welds will be ultrasonically examined in accordance with the extent and frequency of examination in Table IWB-2500-1, Examination Category B-A, Item Numbers B1.21 and B1.22. The two bottom head circumferential welds (C-S-LH and C-S-BH) and ten bottom head meridional welds (V-BH-1 through V-BH-10) are inaccessible because of their location in the bottom head and proximity to the CRD and in-core instrumentation housings. These welds will not be scheduled for examination since they are inaccessible. The accessible portions of the seven top head circumferential and meridional welds will be ultrasonically examined.
- 2. The Feedwater and Main Steam system percentages are maintained by examination of nozzle to safe-end (transition piece) welds under the RPV system.
REV 000 3-SI-4.. Page 62 of 88 SECTION 8.2 - AUGMENTED EXAMINATIONTABLE Exam Augmented Ref. Reqmt Refueling Refueling Refueling Refueling Refueling Refueling Examination Program Number of Source Cycle 7 Cycle 8 Cycle 9 Cycle 10 Cycle 11 Cycle 12 Exams Category Section Components Code Sample Sample Sample Sample Sample Sample Required Remarks N/A 7.11.1 B01-02 6 6 6 UT FW Nzl, bore, SE N/A 7.11.1 B0142 VT-I FW sparge rs N/A 7.11.1 B0142 PT FW nzl bore & IR cycles N/A 7.11.2 BOI-02 UT CRD ivelds/BM A 7.11.3 B02-02 8 (12%) in 6 years 17 (25%) in 10 years UT IGSCC 7.11.3 B02-02 84 (100%) in 7 4, 8, then 42 (50%) in 6 years UT IGSCC and 84(100%) in 10 years D 7.11.3 B02%2 UT IGSCC 7.11.3 B 0242 9 UT IGSCC 7.1 1.3 B02-02 2 Vl-2 IGSCC
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REV 000 3-SI-4.. Page 63 of 88 SECTION 8.2 - AUGMENTED EXAMINATIONTABLE (cont.) Exam Augmented Ref. Reqmt Refueling Refueling Refueling Refueling Refueling Refueling Examination Program Number of Source Cycle 7 Cycle S Cycle 9 Cycle 10 Cycle 11 Cycle 12 Exams Category Section Components Code Sample Sample Sample Sample Sample Sample Required Remarks N/A 7.11.4.1 2 B06-02 2 2 2 2 2 2 VT-1 CS spargers N/A 7.11.4.2 B0642 4 Perform Engineering review VT-1 CS spargers N/A 7.11.4.3 B06-02 2 VT-3 CS T-box N/A 7.11.4.4 B06-02 UT/VT-I Core support shroud N/A 7.11.4.5 B06-02 UT Shroud hole cover N/A 7.11.4.6 10 B06-02 10 UT Jet pump beams N/A 7.11.4.7 All B06-02 As equipment/adjacent inspections are available VT-3 Jet pump sensing lines N/A 7.11.4.S 20 B06-02 Per Engineering review VT Jet pump throats N/A 7.11.4.9 10 B06-02 5 VT-3 Jet pump riser braces
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REV 000 3-SI-4.. Page 64 of 88 SECTION 8.2 - AUGMENTED EXAMINATIONTABLE (cont.) Exam Augmented Ref. Reqmt Refueling Refueling Refueling Refueling Refueling Refueling Examination Program Number of Source Cycle 7 Cycle 8 Cycle 9 Cycle 10 Cycle 11 Cycle 12 Exams Category Section Components Code Sample Sample Sample Sample Sample Sample Required Remarks N/A 7.11.4.10 I B06-02 I I I VT-3 Jet pump riser brace clamp N/A 7.11.4.11 40 B06-02 40 40 40 40 40 40 VT-3 Jet pump adjusting screivs N/A 7.11.4.12 B06-02 5-10% of cell areas each outage as accessible VT Top guide N/A 7.11.4.13 12 B06-02 12 VT-3 IRM/SRM dn tubes N/A 7.11.4.14 All B06-02 I I VT Stm dryer select I iield every second refuel outage ch. ivelds N/A 7.11.4.15 B06-02 7 VT-2 Ec Instrument UT nozl SEs N/A 7.11.4.16 12 B06-02 I in cycle 9/10 & 2 in n cle 11/12 CS/RECIR SE BM N/A 7.11.5 All B06-02 as accessible VT-3 Top guide/ core plate bolting N/A 7.11.6 31 B04-02 10 in cycle 7 or 8 10incycle 9or10 11 incycle 11 or12 UT Pipe ivhip
0 REV 000 3-SI-4.6.G Page 65 of 88 Section 8,3 IT 3 WELDS RE UIRED TO BE EXAMINEDPER GENERI LETTER 88-01 WELD PIPE SIZE WELD IGSCC NUMBER SYSTEM ~INCHES CONFIG CATEGORY RWR-3-001-G003 RECIR 12 P, SE A RWR-3-001-G006 RECIR 12 P,SE A RWR-3-001-G009 RECIR 12 P, SE A RWR-3-001-G 012 RECIR 12 P, SE A RWR-3-001-G015 RECIR 12 P, SE A RWR-3-001-G016 RECIR 12 P,P A RWR-3-001-G017 RECIR 12 P, RT A RWR-3-001-G018 RECIR 12 P,T A RWR-3-001-G019 RECIR 22 T,X A RWR-3-001-G020 RECIR 12 P,T A RWR-3-001-G 021 RECIR 22 T,X A RWR-3-001-G022 RECIR 12 P,T A RWR-3-001-G023 RECIR 12 P, RT A RWR-3-001-G024 REC1R 12 P,P A RWR-3-001-G025 RECIR 28 P,T A RWR-3-002-G003 RECIR 12 P, SE A RWR-3-002-G006 RECIR 12 P, SE A RWR-3-002-G009 RECIR 12 P, SE A RWR-3-002-G012 RECIR 12 P, SE A RWR-3-002-G015 RECIR 12 P, SE A RWR-3-002-G016 RECIR 12 P,P A RWR-3-002-G017 RECIR 12 P, RT A RWR-3-002-G018 RECIR 12 P,T A RWR-3-002-G019 RECIR 22 T,X A RWR-3-002-G020 RECIR 12 P,X A RWR-3 002-G021 RECIR 22 T,X A RWR-3-002-G022 RECIR 12 P,T A RWR-3-002-G023 RECIR 12 P, RT A RWR-3-002-G024 RECIR 12'8 P,P A RWR-3-002-G025 RECIR P,T A SW-TPR-3-19 RECIR 28 T,X A SW-TPR-3-21 RECIR 28 T,X "A RHR-3-002-G001 RHR 24 P,T A RHR-3-002-G002 RHR 24 P,V A RHR-3-002-G003 RHR 24 P,T A RHR-3-002-G 004 RHR 24 P,V A
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REV 000 3-SI-4.6.G Page 66 of 88 Section 8.3 UNIT 3 WELDS RE UIRED TO BE EXAMINEDPER GENERIC LETTER 88-01 cont WELD PIPE SIZE WELD IGSCC EXAM NUMBER SYSTEM ~INCHES CONFIG CATEGORY RWR-3-001-G 001 RPV 12 N, SE A RWR-3-001-G004 RPV 12 N,SE A RWR-3-001-G007 RPV 12 N, SE A RWR-3-001-G010 RPV 12 N,SE A RWR-3-001-G013 RPV 12 N, SE A RWR-3-002-G001 RPV 12 N, SE A RWR-3 002-G004 RPV 12 N, SE A RWR-3-002-G007 RPV 12 N, SE A RWR-3-002-G010 RPV 12 N, SE A RWR-3-002-G013 RPV 12 N,SE A RWR-3-003-G001 RPV 4 N,SE A RWR-3-003-G050 RPV 4 N,SE A RWCU-3-001-G001 RWCU 6 P, PEN A RWCU-3-001-G011 RWCU 6 P,V A RWCU-3-001-G014 RWCU 6 E,P A RWCU-3-001-G015 RWCU 6 E,P A RWCU-3-001-G016 RWCU 6 E,P A RWCU-3-001-G017 RWCU 6 E,P A RWCU-3-001-G018 RWCU 6 E,P A RWCU-3-001-G019 RWCU 6 E,P A RWCU-3-001-G020 RWCU 6 E,P A RWCU-3-001-G021 RWCU 6 E,P A RWCU 3-001-G022 RWCU 6 P,V A RWCU-3-001-G023 RWCU 6 E,V A RWCU-3-001-G024 RWCU 6 E,P A RWCU-3 001-G025 RWCU 6 P,V A RWCU-3-001-G026 RWCU 6 T,V A RWCU-3-007-G001 RWCU 4 P,V A RWCU-3-007-G002 RWCU 4 P,V A RWCU-3-007-G003 RWCU 4 P,V A RWCU-3-007-G004 RWCU 4 P,V A
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REV 000 3-SI-4.6.G Page 67 of 88 Section 8.3 UNIT 3 WELDS RE UIRED TO BE EXAMINEDPER GENERIC LETTER 88-01 cont, WELD PIPE SIZE WELD IGSC C EXAM NgVIBER SYSTEM ~INCHES CONFIG CATEGORY RCRD-3-49 CRD 4 E,V C RCRD-3-50 CRD 4 E,V C RCRD-3-52 CRD 4 P,V C DCS-3-04 CS 12 P,P C DCS-3-05 CS 12 P,V C DCS-3-13 CS 12 P,P C DCS-3-14 CS 12 P,V C DSCS-3-01 CS 12 E,P C DSCS-3-02 CS 12 E,P C DSCS-3-07 CS 12 E,P C DSCS-3-08 CS 12 E,E C DSCS-3-09 CS 12 E,P C TSCS-3-402 CS 10 P,SE C TCS-3-405 CS 12 E,V C TCS-3-406 CS 12 P,V C TCS-3-410 CS 12 E,V C TSCS-3-418 CS 10 P, SE C TCS-3-421 CS 12 E,V C TCS-3-422 CS 12 P,V C TCS-3-426 CS 12 E,V C GR-3-01 RECIR 28 P, PMP C GR-3-02 RECIR 28 P,V C GR-3-04 RECIR 4 C,P C GR-3-07 RECIR 4 C,P C GR-3-28 RECIR 28 P,V C GR-3-29 RECIR 28 E,V C GR-3-30 RECIR 4 C,P C GR-3-33 RECIR 4 C,P C GR-3-55 RECIR 28 P,T C GR-3-56 RECIR 28 E,V C GR-3-58 RECIR 28 E, PMP C GR-3-61 RECIR 28 P,P C GR-3-62 RECIR 28 E,V C GR-3-63 RECIR 28 P,V C GR-3-63 A RECIR 4 F,F C GR-3-63B RECIR 4 BC C
r ~ t REV 000 3-SI-4.6.G Page 68 of 88 Section 8.3 IT 3 WELD RE IRED TO BE EXAMINEDPER ENERIC LETTER 88-01 cont, WELD PIPE SIZE WELD IGSCC ABER SYSTEM ~INCHES CONFIG CATEGORY KR-3-01 RECIR 4 BC C KR-3-02 RECIR 28 E,P C KR-3-04 RECIR 4 BC C KR-3-23 RECIR 4 BC C KR-3-24 RECIR 28 E,P C KR-3-26 RECIR 4 BC C KR-3-45 RECIR 28 E,P C KR-3-46 RECIR 28 P,T C KR-3-47 RECIR 28 E,P C KR-3-48 RECIR 28 E,P C KR-3-49 RECIR 4 BC C KR-3-50 RECIR 28 E,P C KR-3-51 RECIR 28 E,P C KR-3-52 RECIR 28 E,P C KR-3-53 RECIR 4 BC C DRHR-3-02 RHR 24 P,V C DRHR-3-04 RHR 24 E,P C DRHR-3-05 RHR 24 P,V C DRHR-3-06 RHR 24 P,V C DRHR-3-07 RHR 24 P,V C DRHR-3-11 RHR 24 P,V C DRHR-3-13 RHR 24 E,P C DRHR-3-14 RHR 24 E,V C DRHR-3-15 RHR 24 P,V C DRHR-3-16 RHR 24 E,V C DRHR-3-19 RHR 20 P,T C DRHR-3-21 RHR 20 E,V C DRHR-3-22 RHR 20 P,V C DRHR-3-23 RHR 20 P,V C DSRHR-3-01 RHR 24 E,P C DSRHR-3-02 RHR 24 E,P C DSRHR-3-03 RHR 24 P,P C DSRHR-3-04 RHR 24 E,P C DSRHR-3-04A RHR 24 E,P C DSRHR-3-05 RHR 24 E,P C DSRHR-3-05 A RHR 24 E,P C DSRHR-3-06 RHR 24 P,P C DSRHR-3-07 RHR 24 E,P C DSRHR-3-08 RHR 6 BC C DSRHR-3-09 RHR 20 E,P C DSRHR-3-10 RHR 20 E,P C TRHR-3-191 RHR 20 E,V C
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REV 000 3-SI-4.6.G Page 69 of 88 Section 8,3 UNIT 3 WELDS RE UIRED TO BE EXAMINEDPER GENERIC LETTER 88-01 cont. WELD PIPE SIZE WELD IGSCC EXAM NUMBER SYSTEM ~lN HES ~CONFI CATEGORY N 1A-SE RPV 28 N, SE C N 1B-SE RPV 28 N, SE C RCRD-3-33 RPV 4 C,N C TCS-3-401 RPV 10 N,SE C TCS-3-417 RPV 10 N,SE C 3RWCU-09 RWCU 4 P,V C DRHR-3-03 RHR 24 P,V D DRHR-3-12 RHR 24 P,V D GR-3-03(OL) RECIR 28 E,V E GR-3-27(OL) RECIR 28 P, PMP E GR-3-53(OL) RECIR 28 P,SE E GR-3-54(OL) RECIR 28 E,P E GR-3-57(OL) RECIR 28 P,V E GR-3-59(OL) RECIR 28 P,SE E GR-3-60(OL) RECIR 28 E,P E GR-3-64(OL) RECIR 28 E,P E DSRHR-3-11(OL) RHR 20 E, PMP E DRHR-3-03B RHR 24 P,P G DRHR-3-13B RHR 24 P,P G
RE 0 3-SI-4.. Section 8.4 - Class I Valve Group List Page 70 of 88 Group Valve Size System ISI Divg Vendor Material Valve Vendor Forgingf Comments Number Number (inch) Number Divg No. Spec Type Casting I 3-554 24 Feedazter ISI-0327-C 20788-H A-216 WCB Check Ahv & Mor Casting 3-558 ISI-0327-C 20788-H A-216 WCB Check Ativ & Mor Casting 3-568 ISI-0327-C 20788-H A-216 WCB Check Atvv & Mor Casting 3-572 I SI-0327-C 20788-H A-216 WCB Check Ativ & Mor Casting 2 HCV 3-67 ISI4327-C 035879-2 A-216 WCB Gate Poecil Casting HCV 3-66 ISI-0327-C 035879-2 A-216 WCB Gate Poivell Casting 3 FCV 68-1 28 Recirc. ISI-0328-C 94-12086 A351 CF8 Gate Darling Casting FCV 68-77 28 IS I-0328-C 94-12086 A351 CF8 Gate Darling Casting 4 FCV 68-3 28 ISI-0328-C 94-12086 A351 CF8 Gate Darling Casting FCV 68-79 28 ISI-0328-C 94-12086 A351 CF8 Gate Darling Casting FCV 1-14 26 Main Stm. ISI-0329-C 20851-H A216 WCB Globe Ativ & Mor Casting FCV 1-26 26 ISI-0329-C 20851-H A216 WCB Globe Ativ & Mor Casting FCV 1-37 26 IS I-0329-C 20851-H A216 WCB Globe Atsv & Mor Casting FCV 1-51 26 ISI-0329-C 20851-H A216 WCB Globe Ativ & Mor Casting FCV 1-15 26 ISI-0329-C 20851-H A216 WCB Globe Ativ & Mor Casting FCV 1-27 26 ISI-0329-C 20851-H A216 WCB Globe Atsv & Mor Casting FCV 1-38 ISI-0329-C 20851-H A216 WCB Globe Atsv & Mor Casting FCV 1-52 26 ISI-0329-C 20851-H A216 WCB Globe Ativ & Mor Casting
RE 0 3-SI-4.. Section 8.4 Class 1 Valve Group List Page 71 of 88 Group Valve Size System ISI Divg Vendor Material Valve Vendor Forging/ Comments Number Number (inch) Number Dsvg No. Spec Type Casting 6 PCV 1-4 ISI4027-C PL-7657F-100 See Note 3 Relief Trgt Rck Casting PCV 1-179 ISI-0027-C PL-7657F-100 Relief Trgt Rck Casting PCV 1-5 ISI4027-C PL-7657F-100 Relief Trgt Rck Casting PCV 1-18 ISI4027-C PL-7657F-100 Relief Trgt Rck Casting PCV 1-19 ISI-0027-C PL-7657F-100 Relief Trgt Rck Casting PCV 1-22 ISI-0027-C PL-7657F-100 Relief Trgt Rck Casting PCV 1-23 IS I-0027-C PL-7657F-100 Relief Trgt Rck Casting PCV 1-30 IS 14027-C PL-7657F-100 Relief Trgt Rck Casting PCV 1-31 ISI-0027-C PL-7657F-100 Relief Trgt Rck Casting PCV 1-34 ISI-0027-C PL-7657F-100 Relief Trgt Rck Casting PCV 1<I IS I-0027-C PL-7657F-100 Relief Trgt Rck Casting PCV 1-180 IS I-0027-C PL-7657F-100 Relief Trgt Rck Casting PCV 1<2 ISI-0027-C PL-7657F-100 Relief Trgt Rck Casting 7 HCV 74-69 24 RHR IS 14330-C 035880-3 A351 CFSM Gate Poivell Casting HCV 74-55 ISI-0330-C 035880-3 A351 CF8M Gate Poivell Casting 8 FCV 74-68 ISI-0330-C 20800-H A351 CF8M Check Atsv&Mor Casting FCV 74-54 ISI-0330-C 20800-H A351 CF8M Check Ativ&Mor Casting 9 FCV 74-67 ISI-0330-C A-12334-M I E A351 CF8M Gate IVahvorth Casting FCV 74-53 ISI4330-C A-12334-M IE A351 CFSM Gate IVahvorth Casting
RE 0 3-SI-4.. Section 8.4 - Class 1 Valve Group List Page 72 of 88 Group Valve Size System ISI Divg Vendor Material Valve Vendor Forging/ Comments Number Number (inch) Number Dsvg No. Spec T)'pe Casting 10 HCV 74-49 20 RHR ISI-0330-C 036207-2 A351 CF8M Gate Poecil Casting 11 FCV 74- 47 20 ISI-0330-C A-12332-M I C A216 WCB Gate Wahvorth Casting 12 HCV 75-55 12 C Spray ISI-0331-C 036034-2 A351 CF8M Gate Poikil Casting HCV 75-27 12 ISI-0331-C 036034-2 A351 CF8M Gate Poivell Casting 13 FCV 75-54 12- ISI-0331-C PD-420652 A351 CF8M Check Roci~vell Casting FCV 75-26 12 ISI-0331-C PD-420652 A351 CF8M Check Rockwell Casting 14 FCV 75-53 12 IS I-0331-C IVP-11978 A351 CF8M Gate Wahvorth Casting FCV 75-25 12 ISI-0331-C IVP-11978 A351 CF8M Gate Wahvorth Casting 15 69-500 6 RWCU 'SI-0332-C P-33160-20 A182 F316 Gate Velan Forging 16 FCV 69-1 ISI-0332-C P-33160-20 A182 F316 Gate Velan Forging FCV 69-2 ISI-0332-C P-33160-20 A182 F316 Gate Velan Forging 17 FCV 7110 6 RCIC ISI-0332-C PD-42068B A216 WCB Check Rochvell Casting
0 RE 0 3-SI-4.. Section 8.4 - Class 1 Valve Group List Page 73 of 88 Group Valve Size System ISI Divg Vendor Material Valve Vendor Forging/ Comments Number Number (inch) Number Divg No. Spec Type Casting IS 69-62S 4 RWCU ISI-0333-C C-23650 SA-531 CF8M Check Anchor Darling Casting 69-629 ISI-0332-C C-23650 SA-531 CFSM Check Anchor Darling Casting 19 FCV 73-2 10 HPCI ISI-0333-C PB-139989 A216 WCB Gate Crane Casting FCV 73-3 10 ISI-0333-C PB-139989 A216 WCB Gate Crane Casting 20 FCV 73-45 ISI-0333-C PD-420687 A216 WCB Check Rockwell Casting 21 FCV 74-l8 20 RHR IS I-0330-C A-12331-M I C A351 CF8M Gate Wahvorth Casting NOTES Exempt from B-M-2 examination due to size. Pressure Retaining Bolting MSRV's xvith serial numbers 1014, 1015, 1016, 1032, 1033, and 1034 are complete forgings (A105). All other MSRVs have cast bodies (A216 WCB) irith forged top ivorks (A'105).
REV 000 3-SI-4.6.G Section 8.5 - Requests for Relief Page 74 of 88 BROWNS FERRY NUCLEAR PLANT REQUEST I OR RELIEF 3-ISI-1 (SECOND INTERVAL) C>>: . I<I) ) ) ) )I d) ))i hI Ci I Il Id Code Class: 1 Examination Cate o: B-A Item Nun>her: B1.10, Shell Welds and B1.30, Shell-to-Flange Weld Code Re uirement: 1989 Edition of ASME Section XI (no addenda), IWB-2420(b). "Ifflaw indications or relevant conditions are evaluated in accordance with IWB-3132.4 or IWB-3142.4, respectively, and the component qualifies as acceptable for continued service, the areas containing such flaw indications or relevant conditions shall be reexamined during the next three inspection periods listed in the schedules of the inspection programs of IWB-2410." Code Re uirement From Which Relief is Re uested: The examination of Browns Ferry Unit 3 reactor pressure vessel (RPV) shell welds in accordance with the augmented requirement of 10CFR50.55a(g)(6)(ii)(A) identified ten (10) subsurface indications described in attachment l. Examination of the RPV shell-to-flange weld identified five (5) subsurface indications, also described in attachment 1. The subject examinations were performed during the third inspection period of the first ten-year interval. Relief is requested from the IWB-2420(b) requirement that the flaw indication or relevant condition be reexamined during the next three inspection periods. Basis F<or Relief: Accessible RPV shell welds were ultrasonically examined from the vessel inside surface utilizing the General Electric (GE) reactor inspection GERIS 2000 automated scanning system and from accessible areas on the vessel outside surface using manual techniques in areas with limited or no accessibility from the inside surface. The examination identified fiAeen (15) subsurface indications which exceeded IWB-3500 criteria, but were evaluated to meet the criteria of IWB-3600 for continued operation. Calculation MD-Q3001-940005 evaluated the RPV indications and determined that operation was justified for up to 12 effective full power years (EFPY). The 12 EFPY corresponds with the performance of the re-examination of these indications during the Unit 3 cycle 11 outage. It was also determined that the margin of safety, based on the maximum IWB-3600 allowable, is greater than 5: l.
~ ~ REV 000 3-SI-4.6. G Section 8.5 - Requests for Relief Page 75 of 88 REQUEST FOR REI IEF 3-ISI-1 (collt.) The BWR Vessel and Internals Project Beltline Team, "BWR Reactor Pressure Vessel Shell Weld Inspection Rec'ommendations (BWRVIP-05)", EPRIP TR-105697, Section 11, submitted to NRC for review on September 28, 1995, summarizes the probability for growth of extensive subsurface cracking as negligible. The referenced evaluation recommended the inspection scope be reduced from essentially 100% of the circumferential and longitudinal seam welds to 50% of the longitudinal seam welds and no required examination of circumferential shell welds (Item PB1.10). This reduction of inspection scope is achieved while maintaining a failure probability two orders of magnitude below the NRC stated safety goal for reactor failure of 4x10 'n 40 years. The cost associated with each of the successive examinations is estimated to be in the range of $ 1.5 to $ 2.0 million dollars. The combined cost for performance of the successive examinations would be approximately $ 3.0 to $ 4.0 million dollars. Alternate Examinations: Perform ultrasonic examination of the areas containing the subject indications during the third period of the second interval (cycle 11) in conjunction with the required RPV shell weld examination. Justification For Tlie Grantin Of Relief: TVA contracted with GE to perform the 10CFR50.55a(g)(6)(ii)(A) augmented RPV shell weld examinations. The accessible RPV welds were ultrasonically examined from the vessel inside surface utilizing GE's automated inspection device, the GERIS 2000. Prior to performing the examinations, the GEMS 2000 examination personnel and procedures were qualified in the "spirit of'ppendix VIIIof ASME Section XI (both detection and sizing). In addition to the automated examinations, accessible portions of welds were ultrasonically examined from the vessel outside surface using manual techniques in areas with limited or no accessibility from the inside surface. The augmented examination included five (5) circumferential welds and fiAeen (15) longitudinal welds. Examination results revealed that four RPV shell welds had a total of ten recorded indications that exceeded the allowable standards of Paragraph IWB-3500 of ASME Section XI (C-2-3, C-3-4, C-4-5, and V-4-B). One indication is located at the intersection of welds V-4-B and C-3-4, this indication was recorded and sized in both welds. In addition, examination of the RPV shell-to-flange weld revealed five recorded indications exceeding the allowable standards of Paragraph IWB-3500. A structural flaw evaluation was performed in accordance with Paragraph IWB-3600 for those welds which had indications exceeding the allowable standards of Paragraph IWB-3500. The indications were determined to be subsurface in nature and determined to meet Paragraph IWB-3600 acceptance criteria. The evaluation determined that operation is justified up to 12 eQective full power years, which is estimated to correspond with the Unit 3, cycle 11 outage. These indications were categorized as related to the manufacturing process and previously undetected with the examination methods employed at that time.
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REV 000 3-SI-4.6.G Section 8.5 - Requests for Relief Page 76 of 88 REQUEST I OR RELIEF 3-ISI-I (cont.) The beltline region of the unit 3 RPV includes one circumferential and six longitudinal shell welds. Examination results revealed no recorded indications that exceeded the allowable standards of Paragraph IWB-3500 in the beltline region. The examinations which were performed have provided reasonable assurance that inservice flaws which are unacceptable for continued operation have not developed in the RPV shell welds. Examinations have been performed to the maximum extent practical using state of the art equipment and within the limitations of design and access of the RPV. An ASME Section XI White Paper, "Technical Justification For Proposed Code Case N-526: Alternate Rules for Successive Inspections of Class I and 2 Vessels," was prepared by Peter C. Riccardella as a basis document for proposed Code Case N-526. The alternate rules in proposed Code Case N-526 are based on studies that have concluded that the potential for crack growth in vessels with subsurface flaws is insignificant. A two-fold explanation is given:
- 1) Since the flaw is not exposed to a water environment, the crack growth rate in the material is extremely low.
- 2) The driving force for crack propagation for subsurface flaws is also minimal because the flaws are located in areas where stresses are low and non-cyclical.
Studies by Batelle Pacific Northwest Lab and Framatome are referenced by the white paper to support the conclusion that the standard 120 month interval re-examination schedule required by ASME Section XI is adequate for subsurface flaws that meet the proposed code case criteria. The following information is provided to demonstrate compliance with the intent of proposed Code Case N-526:
- 1) The chart in attachment 2 demonstrates that the flaws identified during the augmented examination of the Unit 3 RPV may be categorized as subsurface in accordance with proposed Code Case N-526.
- 2) The augmented examination of the Unit 3 RPV was performed utilizing procedures and personnel qualified in the "spirit of" ASME Section XI Appendix VIIIfor both detection and sizing.
- 3) Calculation MD-Q3001-940005 was performed to evaluate the RPV flaws and determined that continued operation is justified up to 12 effective full power years and that re-inspection should be during the next 10-year interval.
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REV 000 3-SI-4.6.G Section 8.5 - Requests for Relief Page 77 of 88 REQUEST FOR RELIEF 3-ISI-1 (cont.) The periodic Class I system pressure test also provides continuing proof of shell integrity, since it provides a controlled test conducted to confirm the integrity of the reactor vessel (and other applicable class 1 components) following each refueling outage. The system pressure test in conjunction with successive examination of the subject fiaws at the 120 month scheduled ASME Section XI re-examination is adequate to ensure that the RPV remains acceptable for continued service. Im lementation Schedule: Re-examination ofthesubjectindications will bescheduled concurrent with the examination of the RPV shell welds currently planned for the third period of the second inspection interval during the Unit 3 cycle 11 outage.
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REV 000 3-SI-4.6. G Section 8.5 - Requests for Relief Page 78 of 88 BROWNS FERRY NUCLEAR PLANT REQUEST FOR RELIEF 3-ISI-2 (SECOND INTERVAL) C:C p ling bl Code Class: 1, 2 and 3 Examination Cate o: N/A Item Number: N/A Code Re uirement: 1989 Edition of ASME Section XI (no addenda) IWF-5300(a) and (b) inservice examination and testing in accordance with the first Addenda to ASME/ANSI OM-1987, Part 4. IWF-5400 Repairs and Replacements of snubbers shall be in accordance with the first Addenda to ASME/ANSI OM-1987, Part 4. Code Re uirenient From Which Relief is Re uested: Relief is requested from the ASME Section XI, 1989 Edition (no addenda), requirement for examination, testing, and repair/replacement of snubbers in accordance with the first Addenda to ASME/ANSI OM-1987, Part 4. Basis F<or Relief: ASME Section Xl Class 1, 2 and 3 equivalent snubbers are examined and tested in accordance with Browns Ferry Nuclear (BFN) Plant technical specifications. BFN Technical Specification 3/4.6.H is prepared in accordance with the guidance given by NRC in Generic Letter 90-09. The scope for snubbers examined and tested in accordance with TS 3/4.6.H is not limited by line size or other applicable code exemptions and includes a numerically greater population of snubbers than the Section XI program. Examination and testing of the snubbers in accordance with both ASME Section XI and the plant technical specifications would result in a duplication of effort utilizing different standards. This would result in additional cost and unnecessary radiological exposure. The existing technical specification program for examination and testing of snubbers has been accepted by NRC. Alternate Examinations: The BFN Technical Specification 3/4.6.H requirements will be utilized for the examination and testing of snubbers for preservice, inservice, and repair/replacement activities. This will include the pin-to-pin area inclusive of applicable snubbers. Reporting of snubber examination and testing will be in accordance with the current requirements of TS 3/4.6.H and the site corrective action program, SSP-3.4. The areas inclusive of the pins back to building structure and to the component/piping being supported will remain in the ASME Section XI examination boundary,
II REV 000 3-SI-4.6. G Section 8.5 - Requests for Relief Page 79 of 88 REQUEST FOR RELIEF 3-ISI-2 (coll f,) Justification For The Grantin Of Relief: Examination, testing, repair and replacement of snubbers is currently performed in accordance with TS 3/4.6.II, which utilizes the guidance provided by NRC in Generic Letter 90-09. The OM Code referenced by ASME Section XI has a different basis for examination (failure mode groups) and testing plans (10%, 37, or 55). It is impractical to implement both plans because of the resulting duplication of examination and testing efforts and different requirements for snubber quantities subject to examination or test, actually examined and/or tested, and sample expansion requirements. This would result in additional cost and unnecessary radiological exposure. The existing technical specification program for examination and testing of snubbers has been accepted by NRC. TS 3/4.6.H provides for a level of quality and safety equal to or greater than that of the OM Code and utilizes NRC guidance not incorporated into the OM Code referenced by the 1989 Edition of ASME Section XI. Im lementation Schedule: TS 3/4.6.H will be implemented during the second ten-year ASME Section XI inspection interval for snubber examination and testing in lieu of the code requirements listed above.
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REV 000 3-SI-4.6.G Section 8.5 - Requests for Relief Page 80 of 88 BROWNS PERRY NUCLEAR PLANT REQUEST FOR RELIEF 3-ISI-3 (SECOND INTERVAL) C: Code Class: Class 1 i di*IWIAi CI* and 2 8 iiG Examination Cate o: B-J, C-F-1, and C-F-2 Item ¹imber: B9.12, B9.22, C5.12, C5.22, C5.42, C5.52, C5.62, and C5.82 Code Re uirement: 1989 Edition of ASME Section XI (no addenda), Table IWB-2500-1 requires a volumetric and/or surface examination of at least one pipe diameter length, but no more than 12 inches of each longitudinal weld that intersects a circumferential weld required to be examined in accordance with Examination Category B-J. 1989 Edition of ASME Section XI (no addenda), Table IWC-2500-1 requires a volumetric and/or surface examination to be performed of at least 2.5t, where "t" is the thickness of each longitudinal weld that intersects a circumferential weld required to be examined under Examination Categories C-F-1 and C-F-2. Code Re uirement From Which Relief is Rc uested: Relief is requested to use Code Case N-524; "Alternative Examination Requirements for Longitudinal Welds in Class 1 and 2 Piping Section XI, Division 1," in lieu of the 1989 ASME Section XI requirements listed above. Basis For Relief: The alternative examination requirements of Code Case N-524 include examination of the subject longitudinal piping welds at intersecting circumferential welds within the examination boundary of the circumferential weld. The following items summarize the basis for the revised longitudinal piping weld examination boundary: ~ Longitudinal piping welds are fabricated during the manufacturing process under controlled shop conditions, which produce higher quality welds and more uniform residual stress patterns. ~ Longitudinal piping welds undergo heat treatment during the manufacturing process which enhances the material properties of the weld and reduces the residual stress created by welding. ~ Results of previous weld inspections throughout the industry indicate that longitudinal welds have not been a safety concern, and there has been no evidence of longitudinal weld defects compromising safety at nuclear power plants.
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REV 000 3-SI-4.6.G Section 8.5 - Requests for Relief Page 81 of 88 REQUEST I OR RELIEF 3-ISI-3 (cont.) ~ Longitudinal welds have not been shown to be susceptible to any particular degradation mechanism. ~ The areas of a longitudinal weld that would be the most susceptible to a potential failure mechanism would be at the intersection of a field fabricated circumferential weld. ~ Locating longitudinal piping welds can require acid etching, eddy current examination, or a combination of methods. This increases radiological exposure, radwaste generation, and overall cost for performance of ASME Section XI examinations. Alternate Examinations: As an alternative to the requirements stated in the 1989 Edition (no addenda) of ASME Section XI, Browns Ferry Nuclear Plant will adopt the provisions of ASME Code Case N-524 for the examination of Class 1 and 2 longitudinal piping welds. Justification For Tlie Grautiu Of Relief: Code Case N-524 was developed by ASME Section XI as an alternative to the provisions in ASME Section XI for the examination of longitudinal piping welds. The alternate examinations specified in the code case maintain an acceptable level of safety and are sufficient to verify the continued structural integrity of longitudinal piping welds. Im ilementation Scliedule: Code Case N-524 will be implemented during the second ISI inspection interval for Browns Ferry Unit 3.
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REV 000 3-SI-4.6.6 Section 8.5 - Requests for Relief Page 82 of 88 BROWNS FERRY NUCLEAR PLANT REQUEST FOR RELIEF 3-ISI-4 (SECOND INTERVAL) C: Code Class: 1, Ci.. i 2 IN'i iA Exainination Cate o: B-K-1 and C-C Item Number: B10.10, C3.20 Code Re uirement: ASME Section XI, 1989 Edition (no addenda), Table IWB-2500-1, Examination Category B-K-1 integrally welded attachments greater than or equal to 5/8-inch thickness, Figure IWB-2500-15. ASME Section XI, 1989 Edition (no addenda), Table IWC-2500-1, Examination Category C-C integrally welded attachments greater than or equal to 3/4-inch thickness, Figure IWC-2500-5. CodeRe uirement From Which Relief is Re uestcd: Reliefis requested from the ASME Section XI, Table IWB-2500-1, requirement to perform a volumetric or surface examination, as applicable, of essentially 100% of the examination volume/area. Basis for Relief: TVA is requesting relief from ASME Section XI, 1989 Edition (no addenda) requirements related to the 100% examination of the required weld and base material volume required by Figure IWB-2500-15 for Examination Category B-K-1 integrally welded supports. The supports are identified on the attached list, which will be updated as required. Examination of the accessible areas of the integral attachment welds without removal of support members would result in estimated savings of approximately $ 110,000 for personnel and materials, and approximately 150 man-rems of exposure, which equates to $ 1,500,000 during the remaining inservice inspection intervals for a total savings of $ 1.6 million dollars. ASME Section XI, 1989 Edition, Table IWB-2500-1, Examination Category B10.10, requires examination of essentially 100% of the weld and base material for integrally welded attachments. In some cases this examination would require the removal of support members to achieve the coverage required by the 1989 Edition of ASME Section XI. Estimated duration for activities associated with the temporary removal of supports for the examination of integrally welded supports follow:
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REV 000 3-SI-4.6. G Section 8.5 - Requests for Relief Page 83 of 88 REQUEST FOR RELIEF 3-ISI-4 (cont.)
~Activit Duration man-hrs Engineering evaluation of temporary support 20 Craft time for support member removal, installation of temporary support, and'support reinstallation 100 Quality Control verification of activity An average man hour cost of $ 35/hour was utilized for the estimate along with approximately 25 supports requiring temporary removal for the current inspection interval.
An average drywell exposure rate of 50 mrem/hr was utilized for the man-rem exposure estimate. These values result in estimated savings of approximately $ 110,000 for personnel and materials. A cost of $ 10,000 per man-rem for the 150 man-rems of exposure estimated during the remaining inservice inspection intervals for Unit 3 would result in a savings of $ 1,500,000. The Code of record requires examination of 100% of the Class integrally welded 1 attachments subject to examination which precludes selection of alternate. integrally welded attachments without interferences to meet code requirements. The 25 supports estimated as requiring disassembly to conduct the examination of the integrally welded attachments represent approximately 45% of the total number of integrally welded Class 1 supports in this code category subject to examination. Alterrinte Ins )ection: Perform the required examination method from Table IWB-2500-1, Examination Category B-K-I, on the accessible examination volume/area of the support integral attachment without removal of support members. Justification for the Grantin of Relief: The limitations encountered during performance of the surface examination were caused by component configuration. Based on a construction permit date of July 31, 1968 for BFN unit 3 and as required by 10CFR50.55a(g)(1) and 10CFR50.55a(g)(4), BFN must meet the requirements of ASME Section XI, except design and access provisions,'to the extent practical within the limitations of design, geometry, and materials of construction of the components. BFN Unit 3 was not designed to provide access for ASME Section XI examinations. The surface examination of the subject integral attachment from the accessible surfaces provides an eA'ective assessment of the integral attachment's structural integrity. The examination of the accessible areas without removal of support members was approved for a future code revision by the ASME Section XI committee during their March 1995 meeting (Subcommittee activity number ISI 95-08).
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REV 000 3-SI-4.6.G Section 8.5 - Requests for Relief Page 84 of 88 REQUEST FOR RELIEF 3-ISI-4 (cont.) Im lementntion Schedule: Request for relief 3-ISI-4 will be implemented during the second ISI inspection interval for Browns Ferry Unit 3.
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REV 000 3-SI-4.6. G Section 8.5 - Requests for Relief Page 85 of 88 BROWNS FERRY NUCLEAR PLANT REQUEST FOR RELIEF 3-ISI-5 (SECOND INTERVAL) C <<: C IRdDi H ig I'lg Code Class: Class 1 Examination Cate o: B-G-2 Item Number: B 7.80 Code Re uirernent: 1989 Edition of ASME Section XI (no addenda), Table IWB-2500-1 requires a visual examination of CRD housing bolting when disassembled. Code Re uirement From Which Relief is Re uested: Reliefis requested to use Code Case N-547, "Alternative Examination Requirements for Pressure Retaining Bolting of Control Rod Drive (CRD) Housings, Section XI, Division 1," in lieu of the 1989 ASME Section XI requirements listed above. Basis I or Relief: Code Case N-547 allows the disassembly of CRD housing bolting without an accompanying VT-1 examination. This exception from visual examination is based on a review of previous industry-wide CRD housing bolting examination results that indicate a generic failure mechanism does not exist for CRD bolting. The visual examination of CRD housing bolting when disassembled in accordance with ASME Section XI requires the presence of a certified VT-1 examiner, which results in additional cost and radiological dose. Alternate Examinations: As an alternative to the requirements stated in the 1989 Edition (no addenda) of ASME Section XI, Browns Ferry Nuclear Plant will adopt the provisions of ASME Code Case N-547. Justification For Tlie Grantin Of Relief: Code Case N-547 was developed by ASME Section XI as an alternative,to the provisions in ASME Section XI for the examination of CRD housing bolting. Research done for preparation of the code case determined the following points: ~ The cap screws that are being rejected are due to innocuous indications being found in the industry and their safety significance as related to the structural integrity of the CRD bolted connections is very insignificant ~ To require disassembly of other drives outside the outage schedule is not practical from a cost and exposure standpoint
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REV 000 3-SI-4.6.G Section 8.5 - Requests for Relief Page 86 of 88 REQUEST FOR RELIEF 3-ISI-5 (cont.) ~ The fact that all of the cap screws will be looked at over a specified period of time due to scheduled maintenance of the CRDs is relevant GE SIL No. 483 addressed the CRD flange cap screw indications and concluded that three uniformly distributed, uncracked cap screws can support the CRD loads and remain within stress limits identified in ASME codes. The probability of through wall cracks in five of the eight cap screws on a single CRD housing flange was determined to be extremely low. In the unlikely event of failure of the cap screws, it would be preceded by leakage at the failed joint. The leakage detection system, drywell temperature monitoring, and/or periodic system leakage test would detect such leakage. In addition, the potential failure of the CRD flange cap screws would be mitigated by the CRD housing supports. The CRD housing supports serve to limit downward control rod motion, so that any resulting nuclear transient could not be sufficient to cause fuel damage or additional damage to the process barrier. The CRD housing support function is further discussed in BFN UFSAR section 3.5. The ASME Section XI committee approved deletion of the VT-1 requirement for CRD bolting from the Section XI and issued this implementing code case based on industry experience. The periodic system pressure test and VT-2 examination provides adequate verification of pressure boundary integrity for the CRD bolted connections. Im lementation Scliedule: Code Case N-547 will be implemented during the second ISI inspection interval for Browns Ferry Unit 3.
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REV 000 3-SI-4.6.G Section 8.5 - Requests for Relief Page 87 of 88 BROWNS FERRY NUCLEAR PLANT REQUEST FOR RELIEF 3-ISI-6 (SECOND INTERVAL) C: Code Class: 1, NI9-2, and 3 dNS->>6 p Examination Cate o: N/A Item ¹imber: N/A Code Re uirenient; 1989 Edition, no addenda, of ASME Section XI, IWA-4800, IWA-6210(c), IWA-6220(c),(d), and (e), IWA-6230, and IWA-7520(a)(8) requirements for NIS-1 and NIS-2 summary report preparation and submittal. [The references to IWA-4000, -6000, and -7000 are the equivalent references from the 1989 Edition of ASME Section XI to the references in Code Case N-532 from the 1992 Edition of ASME Section XI] Code Re uireme>>t F<rom Which Relief is Re nested: Relief is requested to use Code Case N-532, "Alternative Requirements to Repair and Replacement Documentation Requirements and Inservice Summary Report Preparation and Submission as Required by IWA-4000 and IWA-6000: Section Xl, Division 1" in lieu of the 1989 ASME Section XI requirements listed above. Basis For Relief: The 1989 Edition of ASME Section XI requires the preparation and submittal of NIS-1 and NIS-2 summary reports within 90 days of the completion of each refueling outage. This requires resources to be diverted from restart of the applicable unit to preparation of the NIS-1 and NIS-2 within the prescribed timeframe. It also presents an unnecessary time constraint on the utility for submittal of the summary reports to NRC. Code Case N-532 allows an alternate method for the certification of repairs and replacements in conjunction with the preparation and submittal of the Owner's Activity Report (OAR). Code Case N-532 requirements for submittal of the OAR to NRC at the end of the inspection period, which allows flexibilityof resources at the end of a refueling outage. Alternate Exaininations: None required.
il REV 000 3-SI-4.6.G Section 8.5 - Requests for Relief Page 88 of 88 REQUEST I OR RELIEF 3-ISI-6 (cont.) Justification For The Grnntin Of Relief: Code Case N-532 was developed by ASME Section XI as an alternative to the provisions in ASME Section XI related to repair/ replacement documentation and inservice summary report preparation. The requirements currently prescribed by the 1989 Edition, no addenda, of ASME Section XI result in preparation of the NIS-1 and NIS-2 summary reports for submittal to NRC within 90 days of each refueling outage. Code Case N-532 makes similar information available for review at the plant site and requires submittal of the OAR form at the end of the ISI inspection period. The information presented in the OAR is more concise than that currently required by the NIS-1 and NIS-2. The use of Code Case N-532 will not afFect the margin of safety achieved through implementation of ASME Section XI for verification of system/structural integrity. Im lementation Schedule: Code Case N-532 will be implemented during the second ISI inspection interval for Browns Ferry Unit 3.
RKQVKST FOR RELIEF 3-ISI-I (SECOND INTERVAL) ATTACHMENT1 RKJKCTABLK INDICATIONS IDENTIFIED DURING AUGMKNTKD UNIT 3 RPV EXAMINATION
GERIS 2000 Examination GE Nuclear Energy Summary Sheet pfZIJeef TVA. Browns Feny Nudear Plant, Unit 3 gygfem Reactor Pressure
~ Vessel Weld/D: V~ ASAfE Code CafeQory:
C <<afaflon Sheefs: tk,n Oats Sheets E.t~ and E.1~1, Indicadon Data Sheets 1440 thru 44N5 G-108, Indicatkxt Evaluation Sheets, Screen Prints. Exam Patch Locathn Map. Exam Coverage Plots and GERS 2000 Setup Records. Examinatfon Summa The ultrasonic examinathn of vreld V~ resulted in one (1) recorded Indica6on that exceeds the agowable standards of IW84500, ASME Section XI, 1988 Edion, No Addenda. The ASME Sec5on XI required examinathn volume was examined with the GERIS 2000 System from the RPV hskh surface utgzlng Procedure No. GEAJT-700, Rev. 2. This examlnathn was Smited due to the N11% Nozzle at 40'. The total exaniatkrn coverage was calculated to be 83%. The GERIS 2000 utilizes an array of search units arranged to effectively examine the weld and adJacent base material parcel and perpendkular to the weld axis in bvo dkections. The bansducer package consisted of 0 longitudinal, 45'nd 60'hear wave, ancl IongCeSnal (RL) vrave search units. 70'efracted The one lndica6on evaluated as being reportable to WB-3500, ASME Secthn XI, 1986 EdIon, No Addenda was recorded and sized in accordance with GECIT-700, Rev. 2 and G&lT-701, Rev. 2. This Indicatfon was recorded during the examlnathn of both wekhr V~ as N402 and C-34 as 12415. The Ilaw dknensions were determined from weld C44 Indicatke Oats Sheet 12415 with the results tabulated below.
~ Se lnd. No. Oriented Type X Pos Y Pos Z Pos T wal Length T Meas 12<15 ckc. subsurface 94.35 525.43 1.13 0.94 .44" 1;75 0.13 3.4 2.71 Hl This indicathn was sized with the 70'RL utilizing the PATT technique. It was also recorded with the 45'nd 60'hear waves.
The GERIS 2000 also recorded an indication with the 0'eld metal scan that was evaluated and found to be acceptable pef the referencing Code section. Geometricindications from the stablicerbracket at45 were recorded with the 0'wekl metal 45'and ~ wave scans. 60'hear No manual supplemental examination was performed from the RPV outside surface due to access restrictions. Fabrication records and previous examination results were reviewed prior to the compkrtlon of this examination summary. GERIS Analyst: """-'" PD P ~l 'TILITY Revievc OATE: (3-Pt-g3 LEVEL ANII Revievr. OATE:t2 2,/-M OATE:
N1 RL lndicotion 12 015 Aow )I lee otlon 94.55 Aow 1 locot ion 525.4$ ~ Aow IhruwoN
'ceo Aow length 1.75 Horn&el God 7 ~ 5/16 1 treoavred 6.5X Soee u toi V 6 5/8 AR ENERGY BROWNS FERRY UNIT 3 WELD C <D. 12-015 SCALE: NONE DWG. BFC34IND
0 "P GFRIS 2000;'Examination GE Nuclear Energy Sumnia*iy'Sheet pIZJJeot. TVA, Srowns Fany Nudear Plant. tJnk 3 S~m: Reactor Pressure Vessel Weld ID: C.2< ASME Code Cateffcvy: 'A Callbratlon Sheets: Supportlrtg Qetl: ExanUnaUon oats sheets E4840 thru E48-26, lndfcaUon oats sheets 08401 thru 08-110, Indhathn Evaluathn Sheets, Screen Prints, Exam Patch Locathn Map, Exam Coverage Rota and GERIS 2000 Setup Records. Examination Summa Tha ultrasonh examfnaUon of wekf C-24 resulted In two {2) recorded hdfcaUons that exceed the aHowabfe standids of lW94500. ASME Secthn XI, 1S86 EdIon, No Addenda.
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The ASME Sectke XI required examfnatfon volume was examined with the GERIS 2000 System'from the RPV inskfe surface uUHzfng procedure No. GEZJT-700, Rev.2. This axamiYiathn was HmHed due to the core spray downcomers and survaHIance specimen brackets. The total examinathn coverage was cahufatad to be S'IL The GERIS 2000 uUHzes an array of search units arranged 'to affectively examine the weld and adlacant base fnatetfaf paraHal and perpendicular to the weld ads kr two directions. The transducer package consisted of 0 hngitutHnaf, r5'nd 60'hear wave, and 70 refracted hngitudlnal {RL)wave search uruts. The two {2) unacceptabh fndhathns were recorded and sized kt accordance with GEWJT-700, Rav. 2 and GE4JT-701, Rev. 2 wHh the results tabulated below: Ind. No. Oriented Type X Pos Y Pos Z Pos M T waH Length T Mess 06426 circ. subsurface 1S8 50" 3S2 42" 1.77" 1.56 .137 3.11 08467 circ. subsurface 5M~ 3S2 85" 1 65" 1A7 .37 lndhaUon 08426 was sized with 60'hear wave channel 11 uUHzlng the PATT technique. This indhathn was also recorded with 70 RL channel 3 as 08423 and seen with 45'hear wave channel 7. IndicaUon 08467 was sized with 70'RL channel 3 uUHzing the PATT technique. This indhaUon was also recorded with 45'hear wave channel 7 as 08473 and seen with 60'hear wave channel 11. The GERIS 2000 also recorded indications with the 0'eld metal scans. 70'RI 45'nd 60 shear wave scans that were evaluated and found to be acceptabh per the referencing Code secUon. No manual supplemental examinathn was performed fran tha RPV outside surface due to access restricUons, Fabrication records and previous axaminaUon results were reviewed prior to the complethn of IMs axaminaUon summary. GERIS Analyst: GE Reviewer.
+ P EvEL 217 OATE: I8-{ I-93 ANII Review.
OATE: /i i0- 5'3
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UTILITYReview: OATE:
591.5 6C I tndcotlon tto. 04-024 Aow Aoo rX'ocotton Aoo Thruwott 194.50 locoiton 592.e2
.e 1 Aoo Length 1.50' St s~ 6'.er Nominol Clod '1 ~ 3/16 1hte indtcou conr~med otth chonnete S ond 7 ttominol Bose sletot 1 ~ 6 5/S s
os" GE NUCLEAR ENERGY BROWNS FERRY UNIT 3 WELD C-2-3 Ind. 08-026 SCALE: NONE DWG. BF3C231~ REV. 0
591.5 7I7RI. No. 05-057
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nnceooann Aoer X'ocoUon 7'ocolfon 55525'aw 592335 Arhr .Zr Aoep Lon9th 1.5CI'.'5S Nominol Clad 1 ~ 5/16 Naminol Bose Metal 7 ~ 6 5/ff IHe fnrdcotfon confirmed rrlfh channels 7 ond 11 GE NUCLEAR ENERGY BROWNS FERRY UNIT 3 WElD C-2-3 Ind. 08-067 SCALE: NONE DWG. BF3C23IM REV. 0
GERIS 2000;Examination GE Nuclear Energy r I I Summary Sheet l~>~ ~<~F~~~~3 Spf f8': 8'efdID: ~
.Rsador Pressure Vessel Qgllfrpatlcn Sheegg; c401 c404, c-115 c 118, and c.117 ASNE Code Category: 8-A Supportfng DatL Exansnatfon 0ata sheets E 1240 sxu E.12.15, frxlcatkxt Data sheets 124N thru 12 183, lixScrttfon EvatuaSon Sheets. Screen Prints, Exam Path Locadon Map, Exam Coverage Plots, GERIS 2000 Setup Reoxds and Manual 0ata Sheets 0434, 0435, 0438, 0437, 0440, 0441, 0444and 0445.
fromm'>> The uftnmorSc examhaSon d wekl G44 resulted ln sbt (0) recorded Indications hat exceed S>>,elowabie standards of IWB4500, ASME SecSon Xl, 1988 Edmon, No Addenda The AsME section XI required exainlnatfon volume was exanifned wbh Ihe GERIS 2000 System RpV Insfde surface uSffzfng Procedure No. GE4JT-700, Rev.2. lhfs examkxrtkN Waa Iknftsd due to Ihe Gukfs Rods at 0'nd 180 . The total examlnaSon coverage was cakufated to be 97%. The GERIS 2000 u5lzss an anay of search units ananged Io effectively examine the welf and ~ to the wekf axis kt two rSrectfona The bansducer package consisted of O'ongftudfnaL 45'nd 60'hear wave, and 70'efracted kxtgltNSnaf (RL) wave search units. bass materfaf parallel and perperxScutar The sbt (6) unacceptatSe IrxScatfons were recorded and sized ln accordance with GE4T-700, Rev. 2 and GE4T-7N, Rev. 2 with tf>> resubs tabulated bekrw: Ind. No. Oriented %ape X Pos Y Pos 2 Pcs 0$ 0 12415 drc. 1.16 0.13 2.71 subsurface
.444'.75'.75'51' 12469 drc. subsurface 424 65 524~ 0.10 R30'44'.85'.6 12-116 4.81 12-144 617.15'26.14'60.10'25.11'ubsurface 440 0.10 2.45 12-145 drc. 0.10 3.03 12-148 0.10 Indication 12415 was sized wdh 70'L channel 5 ut5zfng Ihe PATT Iechniqus. Thfs frxScatkN was also recorded as 12416 and 12420.
IrxScaSon 12415 was also recorded within the exam vohme of wekl V~. IrxScaSon 12469 was sized with 45'hear wave channel 9 utmzing the SPOT techniqua Indication 12-116 and 12-117 is a combined INSca5on in accordance with IWA~ and fs induded fn the table above as 12-116. Indfcatlon 12-116 and 12-117 were sized with 45'hear wave channel 7 utÃzfng the SPOT technique. Irxscason 12-144 was sized with 70'L channel 5 uNzktg the PATT technique. TISs irxSca5on was also recorded as 12-130, 12-150, and 12-157. GERIS Analyst GE Reviewer., ~g DATE: Zl > LEVEL OATE; t> ">( ANII Review: Page 1 of 2 6097 ~
GERIS 2000 ExaminatIon Summary (contlnuatJon) Indca5on 12-145 was sized wbh 70'L channel 4 u55ztng Ihe PATT Nrctllque. Tt5s Inr5ca5cn was also recorded as 12.'131, 12.168, 12-161, 12-182 and 12-163. kx5ca5on 12-148 was sized with 70'L channel 6 utmzkrg Ihe PATT tech@qua. ilkInr5crr5on was also recoded as 12-132 and 12-160. The eERS 2000 also recorded lrx5ca5ons with the O'ekt metal scans, 7O't 46'nd 6O'hear wave scans curt were evaluated andkxld to be acceptable per Ihe referencing Code sec5on. Geomatric lndlca5ons from Oe OO surface, Nozzkrs N11-A, N11% and N4F were recorded with Ihe 45 and 60'hear wave scans. Sehcted areas were rescanned ushg 48'L seNch units . Ttxt manual technique utmzed 0'ang5N5nat,46'nd 60'hear wave search unfts both pandel and perperxkdar to the wekl cds h two drec5ons to effec5vely examine Ihe wekl and adJacent base matertaL No lrxSca5ons were recorded wbh the manual technique. Fabrtcathn records and prevkxN examlnatkn results were revkrwed pdor to Ihe comple5on of 55s examlna5on stsnmary. Page 2 of 2
C-3-4 52I.S 70't. tndicotion 12-01S Fkw )1'ocotion 9I.SS'2$ Aaw Y locoUon fkw thnneol Aoe Len9th Nominol Clod 'l ~ S/t6 1 tteaaurod
.IS'III'.75'.SS'E Nominot 8osa Metal 7 6 5/6 NUCLEaR ENERGY BROWNS FERRY UNIT 3 WELD C-3-4 IND. 12-015 SCALE: NONE DWG. BFC34INQ- REV. 0
C-3-4 521.S IndicoIion I2 059 Aow "X'ocoilon 121.6S Tlorr V locoUon 521.5IT FIoc Thrrreow Aoa Lcn9Iir I.TS Irorninoi Clou T ~ 5/I6 Iiominoi 8oac McIoi T ~ 6 5/6 T Ticosrrrcd 6.5l GE NUCLEAR ENERGY BROWNS FERRY UNIT 3 WELD C-3-4 IND. 12-069 SCALE: NONE DWG. BFC34INO REV. 0
C-3-4 52e.5 e5 45'2 116 12 117 tln6cotion 12-1 16 Aor "X'ocotion ll" tocotion
~ Bt7.15'or 526.fd Ao>> ttru>>cN 6Att's
.62'o>>
Lenptls .75 Nominol Clod 1 ~ 5/16 't Meoswod Nominal Base Melol 7 ~ 6 5/6 e GE NUCLEAR ENERGY BROWNS FERRY UNIT 3 WELQ C-3-4 IND. 12-116 SCALE: NONE QWG. BFC34INQ REV. 0
C-3-4 524.5 Nomtnot Clod 1 ~ 5/l6 Nomlnol 5ose betel I ~ 6 5/S'cNcottoo Ao>> tenoth 1 Meoewed 12-tee flor X'oootlon nor V locotton Aoa ThnnroN 765.10'25.11
.525 2.0f
&ee s
4 e s 1 s GE NUCLEAR ENERGY BROWNS FERRY UNIT 3 WELD 5~~ IND. 12-144 SCALE: NONE DWG. BFC34IND REV. 0
C-3-4 S2<.S I 7 Rt. Relook hdicotion t2-t<$ Aor )t'ocotion 76SAO Aor V bcoUon S2S.SS Aor llrrrott .SO'.40 Aor Lonyth Hominol Ciod t ~ S/16 Nominol Base Ltetol 7 6 S/6 l Qooswod S.io h.
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GE NUCLEAR ENERGY BROWNS FERRY UNIT 3 WELD C-3-4 IND. 12-145 SCALE: NONE DWG. BFC34IND REV. 0
C-3-4 52e> Indicolion 12-145 Aaw,X localion 771.55
'o>> V locolian 525,07 Aor Tlewo5 .51 'I Aor Length 2.75 NOminOI Clad T ~ 5/16 sseo our ad 5.ee Nominal BOSe uelal T r 6 5/5 T
GE NUCLEAR ENERGY BROWNS FERRY UNIT 3 WELD C-3-4 IND. 12-148 SCALE: NONE DWG. BFC34INR- REV. 0
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C-4-5 indication lb-07S Bow )t tocoUon ie 60%DO'oo V tacoBon ie 574.7t7'ominol Clad i ~ J/I6 Nominol Bose Iletot I ~ 6 3/8 GE NUCLEAR ENERGY BROWNS FERRY UNIT 3 WELD C-4-5 IND. 16-075 SCALE: NONE DWG. BFC45IND REV. 0
F S7X oS'0', IncÃcollon Ib-07b Fkw )l locotlon lo F17.Slf A e lo odon lo S7<.OS llomincO Clod r ~ S/16 llomm 8oso uolol r a Z/e GE NUCLEAR ENERGY BROWNS FERRY UNIT '3 WELD C-4-5 IND. 16-076 SCALE: HONE DWG. BFC45INDc REV. 0
GERIS 2000 Examination GE Nuclear Energy Summary Sheet p/17jeCf. TVA, growns Ferry Nudear Plant. Unit 3. golem. Reactor Pressure Vessel Weld/D: C~G ASME Code Category: SA Celg)rigor? gheefS; C401, C-104, C-107, C-108 and C-109 upportlng DZIfe'xamination Data Sheets E 2040 and E-20-12, Indicadon Data Sheets 20401 thru 20-110, G-115 and G-116, Indlcadon Evaluadon Sheets, Screen Prints, Exam Patch Locatkn Map, Exam Coverage Plots, GERS 2000 Setup Records and Manual Examination Data Sheets 0401. 0402, 0407,0408, 0409 and 0410. Examination Summa The ultrasonic examinathn of wekl C-SFlG resulted In five (5) recorded Indications that exceed the a8owable standards of IWB4500, ASME Secdon XI, 1986 Edition. No Addenda The ASME Section XI required examinadon volume was examined wnh the GERIS 2000 System from the RPV inside surface ullzing Procedure No. GE4JT-?00, Rev.2. This examination was Hmited due to a dad patch at 30', the Guide Rods at 0 and 180'nd four (4) Main Steam plug Snes at 74', 110', 250 . and 288'. Areas that coukl not be examined using the GERIS 2000 and accessible from the outside were examined with the manual technique utiHzlng Procedure No. GE4JT-300 Rev. 8, FRR404. The total examination coverage was adcuiated to be 82%. The GERIS 2000 utilizes an anay of search units ananged to effecdvely examine the weld and adtacent base material parallel and perpendicular to the weld axis in hvo dlrecdons. The transducer package consisted of 0 longitudinal, 45'nd 60 shear wave, and longitudinal (RL) wave search units. 70'efracted The five (5) unacceptable indications were recorded and sized in accordance with GMlT-?00, Rev. 2 and GEAlT-701. Rev. 2 with the results tabulated belovr. Oriented Type X Pos Y Pos Z Pos T wali Length T Meas a/I 20407 circ. subsurface 83.90 706.42 1.01 325 6.54'061 3.05 subsurface 88.40" ?06.44'.02'83" 1.50'.55'130 2.98 2.74 20411 drc. subsurface subsurface 95.90 100.90 706.44" 706.37 1.03 123 .95'2S'.59 1.75 8.62 .111 2.91 2.41 1.50" 1.04'06.40'.14 20412 subsurface 116.90 6.87 .159 3.47 2.97 Indication 20407 was sized with the 70'RL channel 3 uti6zing the PATT technique. This indication was also recorded with 70'RL channel 5 as 20416. Indication 20408 was sized with the 70'RL channel 3 uNizing the PATT technique. This indication was also recorded with 45'hear wave channel 7 as 20422. Indication 20409 was sized with the 70'RL channel 3 utiTizing the PATT technique. This indication was also recorded with 70'RL channel 5 as 20417, 45'hear wave channels 7 as 20423 and 9 as 20427. Indication 20411 was sized with the 70'RL channel 3 utilizing the PATT technique. This indication was also recorded with 70'RL channel 5 as 20418 GERIS GE Reviewer Analyst'aL DATE: {9 -at '0 8 LEVEL'NII oAva Z/2I /52 UTIUTY Revievr. Revievr. DATE: Page 1of2
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706 7ORI. 70'Rl. Indicolion Ho. 20-007 Momince Clod 7 ~ r locoism Aow )C locolion Thcuwoe d3.90'o 70'b.ex'oe
.399 Bose llelol 3/ld'omlnol 7 ~ 6 3/6 Aoe Lenglh
'l lleosused 3.25 b.54'is indicolion condsmed wilh Chonnei 5 GE NUCLEAR ENERGY BROWNS FERRY UNIT 3 WELD C-5-FLG INDICATION 20-007 SCALE: NONE DWG. BF3CQFI REV. 0
706'0'Rt. ettUcotion Ho. 20-006 Ao>> )t'oco Uon 66.40' Homtnol Ctod 1 ~ 3/16 tocotion 706.ee AOn thruraa .39 Hominol Bose Metot 7 ~ 6 3/6 Aow Length 1 Ltcosvred 1.$ 645 f Thte indicoUon confirmed eith Chonnel 7 GE NUCLEAR ENERGY BROWNS FERRY UNIT 3 WELD C-5-FLG INDICATION 20-008 SCALE: NONE OWG. BF3CQFI REV. 0
i 706 70'RL Indicotion Ho. 20-009 Aow )I IocoMon ttominol Clod T w 5/I6 Y'ocotion 708.ee 95.90'low Aow Thrvwoe .583 IIOmlnOI Beee Lletel T w 6 5/8 Ttow Len9th 8$ F 220leoswed This indicolion contirmed with Ch. 5, Ch. 7 ond Ch. 9 GE NUCLEAR ENERGY BROWNS FERRY UNIT 3 WELD C-5-FLG INDICATION 20-009 SCALE: NONE DWG. 'BF3CNFI REV. 0
706 Indicolion No. 20-Ol l Hominal Clad T " 5/16 r Aow X kxobon h ouo flee Throats TOt'l.90' V06.'Zr
.56T Nominal Oase Metol T ~ 6 5/6 Raw Lonpth 1.6TT' Meoswed 6.62 This indeobon confemed ~lh Channel 5 GE NUCLEAR ENERGY BROWNS FERRY UNIT 3 WELD C-5-FLG INDICATION 20-011 SCALE: NONE OWG. BF3C5FI REV. 0
70fF fndicolion ko. 20 lll2 Hominol Clod T ~ 3/fd r focoi~ Aow X loco lion Flow Thruwod 116.90' 706'.Co
.C77 Nominol Bose Llelol T ~ 6 3/6 Aow Length 'l.50 T Ilcosurcd 6.6T This indlcollon confirmed with Chonncl 7
'GE C-5-FLG
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NUCLEAR-;ENERGY BROWNS FERRY UNIT 3 WELD INDICATION 20-.0)2: SCALE: HONE DWG. BF3CSFI REV. 0
REQUEST FOR RELIEF 3-ISI-C (SKCONDINTKRVAL) ATTACHMENT2 SURFACE PROXIMITYPLOT IN ACCORDANCE WITH PROPOSED ASME CODE CASK N-526
Successive Examination Surface Proximity Rule I I I I 1 X I I I I I I I 1 I I I I 1 I X', I 1 X1 SUBSURFACE', I 1 I I I I I I I I I I 1 1 I 1 I I 1 1 I I I 1 I I I 1 I I I 1 I I I I 1 1 l 4 I X 1 1 1 1 I I I I 1 I 1 I I I I 1 I 1 I I I I X,'1 I 1 I I 1 I I I I I 1 I I I I 1 I I 1 1 1 I I I I I I I I -~s- I I I I I X I I I I I I I I I 1 I 1 I I I 1 I 1 I
;SURFACE I I I iX I I I I I I I I I I I 1 I I I I I
I I I I I I
'i 2 Flaw Half Depth, a(in.)
"X" Represents the recorded flaw data for BFN Unit 3 RPV shell welds
PRINTOUT OF ASME SECTION XI CLASS I, 2, AND 3 EQUIVALENTCOMPONENTS
LEGEND System System abbreviation Compno Component identifier Exammeth Examination method Prisimexreq Examination requirement (89E-02 = 1989 Edition 2nd interval) Codecat Code Category Itemno Item Number Exint2per Examination interval 2 period (period examination is scheduled) Isidwgno ISI drawing number Shno Sheet number
System Compno Exammeth Prisime xre Codecat Itemno Exin t2perIsidwgno Shno RPV C-1-2 UT 89E-02 B-A B 1.11 3 XSI-0220-C 01 RPV C-2-3 UT 89E-02 B-A B 1.11 3 ISI-0220-C 01 C-3-4 UT 89E-02 B-A B 1.11 3 ISI-0220-C 01 C-4-5 UT 89E-02 B-A B 1.11 3 ISI-0220-C 01 C-BH-1 UT 89E-02 B-A B 1.11 3 ISI-0220-C 01 RPV V-1-A UT 89E-02 B-A B 1.12 3 ISI-0220-C 01 RPV V-1-B UT 89E-02 B-A B 1.12 3 ISI-0220-C 01 RPV V-1-C UT 89E-02 B-A B 1.12 3 ISI-0220-C 01 RPV V-2-A UT 89E-02 B-A B 1.12 3 ISI-0220-C 01 RPV V-2-B UT 89E-02 B-A B 1 '2 3 XSI-0220-C 01 RPV V-2-C UT 89E-02 B-A B 1.12 3 XSX-0220-C 01 RPV V-3-A UT 89E-02 B-A B 1.12 3 ISI-0220-C 01 RPV V-3-B UT 89E"02 B-A B 1.12 3 XSI-0220-C 01 RPV V-3-C UT 89E-02 B-A B 1.12 3 XSI-0220-C 01 RPV V-4-A UT 89E-02 B-A B 1.12 3 XSX-0220-C 01 RPV V-4-B UT 89E-02 B-A B 1.12 3 ISI-0220"C 01 RPV V-4-C UT 89E-02 B-A B 1.12 3 ISI-0220-C 01 RPV V-5-A UT 89E-02 B-A B 1.12 3 ISI-0220-C 01 RPV V-5-B UT 89E-02 B-A B 1.12 3 ISI-0220-C 01 RPV V-5-C UT 89E-02 B-A B 1.12 3 ISX-0220-C 01 RPV C-S-BH UT 89E-02 B-A B 1.21 n/a ISI-0445-C 01 RPV C-S-LH UT 89E"02 B-A B 1.21 n/a ISI-0445-C 01 RPV RCH-3-1C UT 89E-02 B-A B 1.21 3 ISX-0295"A 01 RPV RCH-3-1V UT 89E-02 B-A B 1.22 1 ISI-0295-A 01 RPV RCH-3-2V UT 89E-02 B-A B 1.22 1 ISI-0295-A 01 RPV RCH-3-3V UT 89E-02 B-A B 1.22 2 ISI-0295-A 01 RPV RCH-3-4V UT 89E-02 B-A B 1.22 2 ISI-0295-A 01 RCH-3-SV UT 89E-02 B-A B 1.22 3 ISX-0295-A 01 RCH-3-6V UT 89E-02 B-A B 1.22 3 ISI-0295-A 01 V-BH-1 UT 89E-02 B-A B 1.22 n/a ISI-0445-C 01 RPV V-BH-10 UT 89E-02 B-A B 1.22 n/a ZSI-0445-C 01 RPV V-BH-2 UT 89E-02 B-A B 1.22 n/a ISZ-0445-C 01 RPV V-BH-3 UT 89E-02 B-A B 1.22 n/a ISI-0445-C 01 RPV V-BH-4 UT 89E-02 B-A B 1.22 n/a ISI-0445-C 01 RPV V-BH-5 UT 89E-02 B-A B, 1.22 n/a ISX-0445-C 01 RPV V-BH-6 UT 89E-02 B"A B 1.22 n/a ISI-0445-C 01 RPV V-BH-7 UT 89E-02 B-A B 1.22 n/a ISI-0445-C 01 RPV V-BH-8 UT 89E-02 B-A B 1.22 n/a ISI-0445-C 01 RPV V-BH-9 UT 89E-02 B-A B 1.22 n/a ISI-0445-C 01 RPV C-5-FLG UT 89E-02 B-A B 1.30 3 ISI-0220-C 01 RPV RCH-3-2C UT 89E-02 B-A B 1.40 2 ISI-0295-A 01 RPV RCH-3-2C-FLEX PT 89E"02 B 1.40 2 ISI-0295-A 01 RPV REPAIR WELD UT 89E-02 B-A B 1.51 n/a ISI-0220-C 01 RPV N 10-XR UT 89E-02 B-D B 3.100 1 ISI-0445-C 01 RPV N 1A-IR UT 89E-02 B-D B 3 '00 1 XSX-0328-C 01 RPV N 1B-IR UT 89E-02 B-D B 3.100 2 ISI-0328-C 02 RPV N 2A-IR UT 89E-02 B-D B 3.100 2 ISI-0328-C 02 RPV N 2B-IR UT 89E"02 B-D B 3.100 1 ISI-0328-C 02 RPV N 2C-IR UT 89E-02 B-D B 3.100 2 ISI-0328-C 02 RPV N 2D-IR UT 89E"02 B-D B 3.100 1 ISI-0328-C 02 RPV N 2E-IR UT 89E-02 B-D B 3.100 2 ZSI-0328-C 02 RPV N 2F-IR UT 89E-02 B-D B 3.100 3 ISI-0328-C 01 N 2G-1R UT 89E-02 B-D B 3.100 3 ISI-0328-C 01 N 2H-IR UT 89E-02 B-D B 3.100 3 ISI-0328-C 01 R V N 2J-IR UT 89E-02 B-D B 3.100 3 ISI-0328-C 01 RPV N 2K-IR UT 89E-02 B-D B 3.100 3 ISI-0328-C 01 RPV N 3A-IR UT 89E-02 B-D B 3 '00 2 ISI-0329-C 01 10/02/96 Page
0' System Compno th Prisime xre Codecat I temno Ex int2perjsidwgno Shno RPV N 3B-IR UT 89E-02 B-D B 3.100 1 ISX-0329-.C 02 RPV N 3C-IR UT 89E-02 B-D B 3.100 3 ZSI-0329-C 02 V N 3D-ZR UT 89E-02 B-D B 3.100 3 ISI-0329-C 01 N 4A-IR UT 89E-02 B-D B 3.100 2 ISI-0327-C 01 N 4B-IR UT 89E-02 B-D B 3.100 1 ISI-0327-C 01 RPV N 4C-IR UT 89E-02 B-D B 3.100 1 ZSZ-0327-C 01 RPV N 4D-IR UT 89E-02 B-D B 3.100 3 ISI-0327-C 01 RPV N 4E-ZR UT 89E-02 B-D B 3.100 3 ISZ-0327-C 01 RPV N 4F-IR UT 89E-02 B-D B 3.100 2 ZSI-0327-C 01 RPV N 5A-IR UT 89E-02 B-D B 3.100 1 ISI-0331-C 01 RPV N 5B-IR UT 89E-02 B-D B 3.100 2 ZSI-0331-C 01 RPV N 6A-IR UT 89E-02 B-D B 3.100 1 XSI-0295-A 01 RPV N 6B-IR UT 89E-02 B-D B 3.100 3 ISZ-0295-A 01 RPV N 7-IR UT 89E-02 B-D B 3.100 2 ISI-0295-A 01 RPV N 8A-IR UT 89E-02 B-D B 3.100 1 ZSI-0411-C 01 RPV N 8B-IR UT 89E-02 B-D B 3.100 3 ISX-0411-C 01 RPV N 9-IR UT 89E-02 B-D B 3.100 2 ISI-0220-C 01 RPV N 10 UT 89E-02 B-D B 3.90 1 ZSX-0445-C 01 RPV N 1A UT 89E-02 B-D. B 3.90 1 ZSX-0328-C 01 RPV N 1B UT 89E-02 B-D B 3.90 2 ZSX-0328-C 02 RPV N 2A UT 89E-02 B-D B 3 90
~ 2 XSI-0328-C 02 RPV N 2B UT 89E-02 B-D B 3.90 1 ZSI-0328-C 02 RPV N 2C UT 89E-02 B-D B 3 '0 2 XSI-0328-C 02 RPV N 2D UT 89E-02 B-D B 3.90 1 ISI-0328-C 02 RPV N 2E UT 89E-02 B-D B 3.90 2 ISI-0328-C 02 RPV N 2F UT 89E-02 B-D B 3.90 3 ZSI-0328-C 01 RPV N 2G UT 89E-02 B-D B 3.90 3 Zsj-0328-c 01 N 2H UT 89E-02 B-D B 3.90 3 'ISI"0328-C 01 N 2J UT 89E-02 B-D B 3.90 3 ISI-0328-C 01 N 2K UT 89E-02 B-D B 3.90 3 ISI-0328-C 01 RPV N 3A UT 89E-02 B-D B 3.90 2 ISZ-0329-C 01 RPV N 3B UT 89E-02 B-D B 3.90 1 ISI-0329-C 02 RPV N 3C UT 89E-02 B-D B 3.90 3 ISI-0329-C 02 RPV N 3D UT 89E-02 B-D B 3.90 3 ISX-0329-C 01 RPV N 4A UT 89E-02 B-D B 3.90 2 ISI-0327-C 01 RPV N 4B UT 89E-02 B-D B 3.90 1 ISI-0327-C 01 RPV N 4C UT 89E-02 B-D B 3.90 1 ISI-0327-C 01 RPV N 4D UT 89E-02 B" D B 3.90 3 ISI-0327-C 01 RPV N 4E UT 89E-02 B-D B 3.90 3 ISI-0327-C 01 RPV N 4F UT 89E-02 B-D B 3.90 2 ISI-0327-C 01 RPV N SA UT 89E-02 B-D B 3.90 1 ISI-0331-C 01 RPV N 5B UT 89E-02 B-D B 3.90 2 ZSX-0331-C 01 RPV N 6A UT 89E-02 B-D B 3.90 1 ISI-0295-A 01 RPV N 6B UT 89E-02 B-D B 3.90 3 ISI-0295-A 01 RPV N 7 UT 89E-02 B-D B 3.90 2 ISI-0295-A 01 RPV N 8A UT 89E-02 "
B-D B 3.90 1 ISZ-0411-C Ol RPV N 8B UT 89E-02 B" D B 3.90 3 ISI-0411-C 01 RPV N 9 UT 89E-02 B-D B 3.90 2 ISI-0220-C 01 RPV N11A 89E-02 B-E B 4.11 3 ISZ-0220-C 01 RPV N11B 89E-02 B-E B 4.11 3 ISI-0220-C 01 RPV N12A 89E-02 B-E B 4.11 3 XSI-0220-C 01 RPV N12B VT-2 89E-02 B-E B 4.11 3 ISI-0220-C 01 N16A VT-2 89E-02 B-E B 4.11 3 ISI-0220-C 01 N16B, VT-2 89E-02 B-E B F 11 3 ISI-0220-C 01 R CRDN-3"0219 VT-2 89E-02 B 4 '2 3 XSI-0293-C 01 RPV CRDN-3-0223 VT-2 89E-02 B 4.12 3 XSX-0293-C 01 RPV CRDN-3-0227 VT-2 89E-02 B-E B 4.12 3 XSI-0293-C 01 10/02/96 Page
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System Compno Exammeth Prisime xre Codecat jtemno Ex int2perjsidwgno Shno RPV CRDN-3-0231 VT-2 89E-02 B-E B 4.12 3 ISX-0293-C 01 RPV CRDN-3-0235 VT-2 89E-02 B-E B 4.12 3 ISI"0293-C 01 ISI-0293-C 0 CRDN-3-0239 VT-2 89E-02 B-E B 4.12 3 01 CRDN-3-0243 VT-2 89E-02 B" E B 4.12 3 ISI-0293-C 01 CRDN-3-0615 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-0619 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-0623 VT-2 89E-02 B-E B 4.12 3 ISX-0293-C 01 RPV CRDN-3-0627 VT-2 89E-02 B-E B 4.12 3 ISI"0293-C 01 RPV CRDN-3-0631 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-0635 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-0639 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-0643 VT-2 89E-02 B-E B 4.12 3 ISX-0293-C 01 RPV CRDN-3-0647 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1011 VT-2 89E-02 B-E B 4.12 3 ISX-,0293-C 01 RPV CRDN-3-1015 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1019 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1023 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1027 VT-2 89E-02 B-E B 4.12 3 Isj-0293-C 01 RPV CRDN-3-1031 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN"3-1035 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1039 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1043 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1047 VT-2 89E"02 B-E B 4.12 3 XSI-0293-C 01 RPV CRDN-3-1051 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1407 VT-2 89E-02 B-E B 4.12 3 ISX-0293-C 01 RPV CRDN-3-1411 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1415 VT-2 89E-02 B-E B 4.12 3 Xsj-0293-C 01 CRDN-3-1419 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 CRDN-3-1423 VT-2 89E-02 B-E B 4'12 3 ISI-0293-C 01 CRDN-3-1427 VT-2 89E-02 B-E B 4.12 3 Isj-0293-C 01 RPV CRDN-3-1431 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1435 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1439 VT-2 89E-02 B-E B 4 '2 3 ISI-0293-C 01 RPV CRDN-3-1443 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN"3-1447 VT-2 89E-02 B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1451 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1455 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1803 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1807 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1811 VT-2 89E"02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1815 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3"1819 VT-2 89E-02 B-E B 4.12 3 XSI-0293-C 01 RPV CRDN-3-1823 VT-2 89E-02 B" E B 4.12 3 ISX-0293-C 01 RPV CRDN-3-1827 VT"2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1831 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1835 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1839 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1843 VT-2 89E"02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1847 VT-2 89E-02 B 4.12 3 XSI-0293-C 01 RPV CRDN-3-1851 VT-2 89E"02 B-E B 4.12 3 XSX-0293-C 01 RPV CRDN-3-1855 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-1859 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 CRDN-3-2203 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 CRDN-3-2207 VT-2 89E-02 B 4.12 3 ISI-0293-C 01 R CRDN-3-2211 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-2215 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-2219 VT-2 89E-02 B-E B 4 '2 3 ISI-0293-C 01 10/02/96 Page
System Compno ~ Exammeth Prisime xre Codecat Ztemno E xint2perIsidwgno Shno RPV CRDN-3-2223 VT-2 89E-02 B-E B 4.12 3 ZSI-0293-C 01 RPV CRDN-3-2227 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 R V CRDN-3-2231 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 CRDN-3-2235 VT-2 89E-02 B-E B 4.12 3 XSI-0293-C 01 CRDN-3-2239 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-2243 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-2247 VT-2 89E-02 B-E B 4.12 3 ISX-0293-C Ol RPV CRDN-3-2251 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C Ol RPV CRDN-3-2255 VT-2 89E"02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-2259 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-2603 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-2607 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-2611 VT-2 89E-02 B-E B 4.12 3 ZSZ-0293-C 01 RPV CRDN-3-2615 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-2619 VT-2 89E"02 B 4.12 3 ISX-0293-C 01 RPV CRDN-3-2623 VT-2 89E"02 B-E B 4.12 3 ZSI-0293-C 01 RPV CRDN-3-2627 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-2631 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-2635 VT-2 89E-02 B-E B 4.12 3 ZSI-0293-C 01 RPV CRDN-3-2639 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-2643 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-2647 VT-2 89E-02 B-E B 4.12 3 Isj-0293-C 01 RPV CRDN-3-2651 VT-2 89E-02 B 4.12 3 XSI-0293-C 01 RPV CRDN-3-2655 VT-2 89E-02 B-E ,B 4. 12 3 ISI-0293-C 01 RPV CRDN-3-2659 VT-2 89E-02 B-E B 4.12 3 ISX-0293-C 01 RPV CRDN-3-3003 VT-2 89E-02 B" E B 4.12 3 ISZ-0293-C 01 RPV CRDN-3-3007 VT-2 89E-02 B-E B 4.12 3 ISX-0293-C 01 CRDN-3-3011 VT"2 89E-02 B-E B 4.12 3 ZSX-0293-C 01 CRDN-3-3015 VT"2 89E-02 B-E B 4.12 3 ISI-0293-C Ol CRDN-3-3019 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C Ol RPV CRDN-3-3023 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-3027 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-3031 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-3035 VT-2 89E-02 B 4.12 3 ISI-0293-C Ol RPV CRDN-3-3039 VT-2 89E"02 B" E B 4.12 3 XSI-0293-C 01 RPV CRDN-3-3043 VT-2 89E-02 B-E B 4.12 3 XSI"0293-C 01 RPV CRDN-3-3047 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-3051 VT-2 89E"02 B 4.12 3 XSI-0293-C 01 RPV CRDN-3-3055 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-3059 VT-2 89E-02 B-E B 4.12 3 ISX-0293-C 01 RPV CRDN-3-3403 VT-2 89E-02 B-E B 4.12 3 XSX-0293-C 01 RPV CRDN-3-3407 VT"2 89E-02 B-E B 4 '2 3 ISZ-0293-C 01 RPV CRDN-3-3411 VT-2 89E-02 B"E B 4.12 3 Isj-0293-C 01 RPV CRDN-3-3415 VT-2 89E-02 B-E B 4 '2 3 ISI-0293-C 01 RPV CRDN-3-3419 VT-2 89E-02 B-E B 4.12 3 ISX-0293-C 01 RPV CRDN"3-3423 VT-2 89E-02 B-E B 4.12 3 XSI-0293"C 01 RPV CRDN-3-3427 VT-2 89E-02 B-E B 4 '2 3 ISI-0293-C 01 RPV CRDN-3-3431 VT-2 89E-02 B-E B 4 '2 3 ISZ-0293-C 01 RPV CRDN-3-3435 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-3439 VT-2 89E-02 B-E B 4.12 3 Xsj-0293-C 01 RPV CRDN"3-3443 VT-2 89E"02 B-E B 4.12 3 XSX-0293-C 01 RPV CRDN-3-3447 VT-2 89E-02 B-E B 4.12 3 XSI-0293-C 01 CRDN-3"3451 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 CRDN-3-3455 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 R CRDN-3-3459 VT-2 89E-02 B-E B 4.12 3 ZSZ-0293-C 01 RPV CRDN-3-3803 VT-2 89E"02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-3807 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 10/02/96 Page
~ ~ System Compno Exammeth Prisime xre Codecat Itemno Ex int2perIsidwgno Shno " RPV CRDN-3-3811 VT-2 89E-02 B-E B 4.12 3 ISX-0293-C 01 RPV CRDN-3-3815 VT;2 89E-02 B-E B 4.12 3 XSI-0293-C 01 V CRDN-3-3819 VT-2 89E-02 B 4.12 3 ISI-0293-C 01 CRDN-3-3823 VT-2 89E-02 B 4.12 3 ISI-0293-C 01 CRDN-3-3827 VT-2 89E"02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-3831 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-3835 VT-2 '89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-3839 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C Ol RPV CRDN-3-3843 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-3847 VT-2 89E-02 B-E B 4 '2 3 ISI-0293-C 01 RPV CRDN-3-3851 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-3855 VT-2 89E-02 B-E B 4.12 3 ISX-0293-C 01 RPV CRDN-3-3859 VT-2 89E-02 B-E B 4.12 3 XSX-0293-C 01 RPV CRDN-3-4203 VT-2 89E"02 B 4.12 3 ISX-0293-C 01 RPV CRDN-3-4207 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-4211 VT-2 89E-02 B-E B 4.12 '3 ISI-0293-C 01 RPV CRDN-3-4215 VT-2 89E-02 B-E B 4.12 3 ISX-0293-C 01 RPV CRDN-3-4219 VT-2 89E-02 B-E B 4.12 3 XSI-0293-C 01 RPV CRDN-3-4223 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C Ol RPV CRDN-3-4227 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-4231 VT-2 89E-02 B-E B 4.12 3 XSI-0293-C Ol RPV CRDN-3-4235 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-4239 VT-2 89E"02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-4243 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-4247 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-4251 VT-2 89E-02 B 4.12 3 ISI-0293-C 01 RPV CRDN-3-4255 VT-2 89E-02 B-E B 4.12 3 ISI-0293"C 01 CRDN-3-4259 VT-2 89E-02 B 4.12 3 ISI-0293-C 01 CRDN-3-4607 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 CRDN-3-4611 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-4615 VT-2 89E-02 B-E B 4.12 3 ISX-0293-C 01 RPV CRDN-3-4619 VT-2 89E-02 B-E B 4 '2 3 XSI-0293-C 01 RPV CRDN-3-4623 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-4627 VT-2 89E-02 B-E B 4.12 3 ISX-0293-C 01 RPV CRDN-3-4631 VT"2 89E-02 B-E B 4.12 3 XSI-0293-C 01 RPV CRDN-3-4635 VT-2 89E"02 B-E B 4.12 3 XSI-0293-C 01 RPV CRDN-3-4639 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-4643 VT-2 89E-02 B 4.12 3 ISI-0293-C 01 RPV CRDN-3-4647 VT-2 89E-02 B-E B 4.12 3 XSI-0293-C 01 RPV CRDN-3-4651 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-4655 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C Ol RPV CRDN-3-5011 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01, RPV CRDN-3-5015 VT-2 89E-02 B 4.12 3 ISX-0293-C 01 RPV CRDN-3-5019 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-5023 VT-2 89E-02 B-E B 4.12 3 ISX-0293-C 01 RPV CRDN-3-5027 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-5031 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-5035 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-5039 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-5043 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C Ol RPV CRDN-3-5047 VT-2 89E"02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-5051 VT-2 89E"02 B-E B 4.12 3 ISX-0293-C 01 CRDN-3-5415 VT-2 89E-02 B" E B 4.12 3 ISI-0293"C 01 CRDN"3-5419 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 R CRDN-3-5423 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-5427 VT-2 89E-02 B" E B 4.12 3 XSI-0293-C 01 RPV CRDN"3"5431 VT"2 89E"02 B-E B 4.'12 3 ISI-0293-C 01 10/02/96 Page
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System Compno Exammeth Prisime xre Codecat Itemno E xi nt2perI si dwgno Shno RPV CRDN-3-5435 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-5439 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 CRDN-3-5443 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 CRDN-3-5447 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 CRDN-3-5819 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-5823 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-5827 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-5831 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-5835 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-5839 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV CRDN-3-5843 VT-2 89E-02 B-E B 4.12 3 ISI-0293-C 01 RPV FLUXMON-3-01 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-02 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-'03 VT-2 89E"02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-04 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-05 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-06 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-07 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-08 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-09 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-10 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-11 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-12 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-13 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-14 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-15 VT-2 89E-02 B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-16 VT-2 89E"02 B-E B4.13 3 ISI-0293-C 02 FLUXMON-3-17 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 FLUXMON-3-18 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 FLUXMON-3-19 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-20 VT-2 89E-02 B-E B4.13 3 IS1-0293-C 02 RPV FLUXMON-3-21 VT-2 89E"02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-22 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-23 VT-2 89E"02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-24 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-25 VT"2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-26 VT-2 89E-02 B-E B4.13 3 ZSI-0293-C 02 RPV FLUXMON-3-27 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-28 VT-2 89E-02 B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-29 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-30 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-31 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-32 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-33 VT-2 89E-02 B-E B4.13 3 ISZ-0293-C 02 RPV FLUXMON-3-34 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-35 VT-2 89E-02 B-E B4 13
~ 3 ISI-0293-C 02 RPV FLUXMON-3-36 VT-2 89E-02 B" E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-37 VT-2 89E-02 B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-38 VT"2 89E-02 B4.13 3 IS1-0293-C 02 RPV FLUXMON-3-39 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-40 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-41 VT"2 89E-02 B-E B4 13
~ 3 ISZ-0293-C 02 FLUXMON-3-42 VT"2 89E-02 B-E B4.13 3 ISI-0293-C 02 FLUXMON-3-43 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-44 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-45 VT-2 89E-02 B-E B4 13
~ 3 ISI-0293-C 02 RPV FLUXMON-3-46 VT-2 89E"02 B-E B4.13 3 ISI-0293-C 02 10/02/96 Page
'lg II r, a) k System Compno Exammeth Prisim exre Codecat Itemno Ex int2perjsidwgno Shno RPV FLUXMON-3-47 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-48 VT-2 89E-02 B-E B4.13 3 XSI-0293-C 02 FLUXMON-3-49 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 FLUXMON-3-50 VT-2 89E-02 B-E B4.13 3 ISI-0293-C 02 FLUXMON-3-51 VT-2 89E-02 B-E B4 13
~ 3 Isj-0293-C 02 RPV FLUXMON-3-52 VT-2 89E-02 B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-53 VT-2 89E-02 B4.13 3 XSX-O293-C 02 RPV FLUXMON-3-54 VT-2 89E-02 B4.13 3 ISI-0293-C 02 RPV FLUXMON-3-55 VT-2 89E-02 B4.13 3 ISX-0293-C 02 RPV N1A-SE PT&UT 89E"02 B 5.10 1 ISI-0328-C 01 RPV N1B-SE PT&UT 89E-02 B F 10 2 ISI-0328-C 02 RPV RCRD-3-33 PT&UT 89E-02 B-F B 5.10 2 Isj-0332-C 02 RPV RWR-3-001-6001 PT&UT 89E-02 B-F B 5.10 3 Xsj-0328-C 01 RPV RWR-3-001-G004 PT&UT 89E-02 B-F B 5.10 3 Isj-0328-C 01 RPV RWR-3-001-G007 PT&UT 89E-02 B 5.10 3 XSI-0328-C 01 RPV RWR-3-001-Golo PT&UT 89E-02 B-F B 5.10 3 ISI-0328-C 01 RPV RWR-3-001-G013 PT&UT 89E-02 B 5.10 3 ISI-0328-C 01 RPV RWR-3-002-G001 PT&UT 89E-02 B-F B 5.10 2 ISI-0328-C 02 RPV RWR-3-002-G004 PT&UT 89E-02 B-F B 5.10 1 ISI-0328-C 02 RPV RWR-3-002-G007 PT&UT 89E-02 B-F B 5.10 2 ISI-0328-C 02 RPV RWR-3-002-G010 PT&UT 89E-02 B-F B 5.10 1 ISX-0328-C 02 RPV RWR-3-002-G013 PT&UT 89E-02 B-F B 5.10 2 XSI-0328-C 02 RPV RWR-3-003-G001 PT&UT 89E-02 B-F B 5.10 1 ISI-0411-C 01 RPV RWR-3-003-G050 PT&UT 89E-02 B-F B 5.10 3 ISI-0411-C 01 RPV TCS-3-401 PT&UT '89E-02 B-F B 5.10 2 ISI-0331-C 01 RPV Tcs-3-417 PT&UT 89E-02 B-F B 5.10 1 ISI-0331-C 01 RPV RPV-NUTS-3-01 MT 89E-02 B-G-1 B 6.10 1 ISI-0267-C 01 RPV-NUTS-3-02 MT 89E-02 B-G-1 B 6.10 1 ISX-0267-C 01 RPV-NUTS-3"03 MT 89E-02 B-G-1 B 6.10 1 ISI-0267-C 01 RPV-NUTS-3-04 MT 89E-02 B-G-1 B 6.10 1 ISZ-0267-C 01 RPV RPV-NUTS-3-05 MT 89E-02 B-G" 1 B 6.10 1 ISI-0267-C 01 RPV RPV-NUTS-3-06 MT 89E"02 B-G-1 B 6 ~ 10 1 ISI-0267-C 01 RPV RPV-NUTS-3-07 MT 89E-02 B-6-1 B 6.10 1 ISI-0267-C 01 RPV RPV-NUTS-3-08 MT 89E"02 B-G-1 B F 10 1 ISI-0267-C 01 RPV RPV-NUTS-3-09 MT 89E" 02 B-G-1 B 6.10 1 ISI-0267-C 01 RPV RPV"NUTS-3-10 MT 89E-02 B-G-1 B 6.10 1 ISI-0267-C 01 RPV RPV-NUTS-3-11 MT 89E-02 B-G-1 B 6.10 1 ISI-0267-C 01 RPV RPV-NUTS-3-12 MT 89E-02 B-G-1 B 6.10 1 ISI-0267-C 01 RPV RPV-NUTS-3-13 MT 89E-02 B-G-1 B 6.10 1 ISX-0267-C 01 RPV RPV-NUTS-3"14 MT 89E-02 B-G-1 B 6.10 1 ISI-0267-C 01 RPV RPV-NUTS-3-15 MT 89E-02 B-G-1 B 6.10 1 ISI-0267-C 01 RPV RPV-NUTS-3-16 MT 89E-02 B-6-1 B 6.10 1 XSI-0267-C 01 RPV RPV-NUTS-3-17 MT 89E"02 B-G-1 B 6.10 1 ISX-0267-C Ol RPV RPV-NUTS-3-18 MT 89E-02 B-G-1 B 6.10 1 ISI-0267-C 01 RPV RPV-NUTS-3-19 MT 89E-02 B-G-1 B 6.10 1 ISI-0267-C 01 RPV RPV-NUTS-3-20 MT 89E-'02 B-G-1 B 6.10 1 ISI-0267-C 01 RPV RPV-NUTS-3-21 MT 89E-02 B-G-1 B 6.10 1 ISI-0267-C 01 RPV RPV-NUTS-3"22 MT 89E-02 B-G-1 B 6.10 1 Is j-0267-C 01 RPV RPV-NUTS-3-23 MT 89E-02 B-G-1 B 6.10 1 ISI-0267-C 01 RPV RPV-NUTS-3-24 MT 89E-02 B-G-1 B 6.10 1 ISI-0267-C 01 RPV RPV-NUTS-3-25 MT 89E-02 B-G-1 B 6.10 1 XSI-0267-C 01 RPV RPV-NUTS-3-26 MT 89E-02 B-G-1 B 6.10 1 xsx-0267-c 01 RPV-NUTS-3-27 MT 89E-02 B" G-1 B 6.10 1 Isj-0267-C 01 RPV-NUTS-3-28 MT 89E-02 B-G-1 B 6.10 1 Xsj-0267-C 01 RPV RPV-NUTS-3-29 MT 89E-02 B"G-1 B 6.10 1 Isj-0267-C 01 RPV RPV-NUTS-3-30 MT 89E-02 B-G-1 B 6.10 1 ISX-0267-C 01 RPV RPV-NUTS-3"31 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 10/02/96 Page
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System Compno Exammeth Prisime xre Codecat Ztemno E xint2perIsidwgno Shno RPV RPV-NUTS-3-32 MT 89E"02 B-G-l B 6.10 2 ISI-0267-C 01 RPV RPV-NUTS-3-33 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV-NUTS-3-34 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV-NUTS-3-35 MT 89E"02 B-G-1 B 6.10 2 ISI-0267-C Ol RPV-NUTS-3-36 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV RPV-NUTS-3-37 MT 89E"02 B-G-1 B 6.10 2 ISI"0267-C 01 RPV RPV-NUTS-3-38 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV RPV-NUTS-3-39 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV RPV-NUTS-3-40 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV RPV-NUTS-3-4 1 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV RPV-NUTS-3-42 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV RPV-NUTS-3-43 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV RPV-NUTS-3-44 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV RPV-NUTS-3-45 MT 89E"02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV RPV-NUTS-3-46 MT 89E-02 B-G-1 B 6.10 2 ISX-0267-C 01 RPV RPV-NUTS-3-47 MT 89E-02 B-G-1 B 6.10 2 XSI-0267-C 01 RPV RPV-NUTS-3-48 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV RPV-NUTS-3-49 MT 89E"02 B-G" 1 B 6.10 2 ISI-0267-C Ol RPV RPV-NUTS-3-50 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV RPV-NUTS-3-51 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV RPV-NUTS-3-52 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV RPV-NUTS-3-53 MT 89E"02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV RPV-NUTS-3-54 MT 89E"02 B-G-1 B 6.10 2 XSI-0267-C 01 RPV RPV-NUTS-3-55 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV RPV-NUTS-3-56 MT 89E-02 B-G-1 B F 10 2 ISI-0267-C 01 RPV RPV-NUTS-3-57 MT 89E-02 B-G-l B F 10 2 ISI-0267-C 01 RPV RPV-NUTS-3-58 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV-NUTS-3-59 MT . 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV-NUTS-3-60 MT 89E-02 B-G-1 B 6.10 2 ISI-0267-C 01 RPV-NUTS-3-61 MT 89E"02 B"G-1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-62 MT 89E-02 B"G-l B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-63 MT 89E-02 B-G-1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-64 MT 89E"02 B-G-1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-65 MT 89E-02 B-G-1 B 6 10
~ 3 ISI-0267-C 01 RPV RPV-NUTS-3-66 MT 89E-02 B-G-1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3"67 MT 89E-02 B"G-1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-68 MT 89E"02 B-G"1 B 6.10 3 ISX-0267-C 01 RPV RPV-NUTS-3-69 MT 89E-'02 B"G-1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-70 MT 89E"02 B-G-1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-71 MT 89E-02 B-G-1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-72 MT 89E-02 B-G"1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-73 MT 89E-02 B-G-1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-74 MT 89E"02 B-G-1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-75 MT 89E-02 B-G-l B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-76 MT 89E-02 B-G-1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-77 MT 89E-02 B-G-1 B 6 ~ 10 3 ISI-0267-C 01 RPV RPV-NUTS-3-78 MT 89E-02 B-G" 1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-79 MT 89E-02 B-G-1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3"80 MT 89E-02 B-G"1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-81 MT 89E-02 B-G-1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-82 MT 89E-02 B-G-1 B 6.10 3 1SI-0267-C 01 RPV RPV-NUTS-3-83 MT 89E-02 B-G-1 B 6.10 3 ISX-0267-C 01 RPV-NUTS-3-84 MT 89E-02 B"G-1 B 6.10 3 ISI-0267-C 01 RPV-NUTS-3-85 MT 89E-02 B-G-1 B 6.10 3 XSI-0267-C 01 RPV RPV-NUTS-3-86 MT 89E-02 B-G-1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-87 MT 89E-02 B-G-1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-88 MT 89E-02 B-G-1 B 6.10 3 ISI-0267-C 01 10/02/96 Page
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System Compno Exammeth Pri sim exre Codecat Ztemno xint2perZsidwgno Shno RPV RPV-NUTS-3-89 MT 89E-02 B-G-1 B 6.10 3 ISI-0267-C 01 RPV RPV-NUTS-3-90 MT 89E-02 B-G-1 B 6.10 3 ISI-0267-C Ol RPV-NUTS-3-91 MT 89E-02 B-G-1 B 6.10 3 ISI-0267-C 01 RPV-NUTS-3-92 MT 89E-02 B-G-1 B 6.10 3 ISI-0267-C 01 R PMP-A-STUD-3-01 UT 89E"02 B-G-1 B 6. 180 3 I S I-04 13- C 01 RECIR PMP-A-STUD-3-02 UT 89E-02 B-G-1 B 6.180 3 ZSI-0413-C 01 RECIR PMP-A-STUD-3-03 UT 89E-02 B-G-1 B 6.180 3 ISI-0413-C 01 RECIR PMP-A-STUD-3-04 UT 89E-02 B-G-1 B 6.180 3 XSZ-0413-C 01 RECZR PMP-A-STUD-3-05 UT 89E-02 B-G-1 B 6.180 3 ISI-0413-C 01 RECXR PMP-A-STUD-3-06 UT 89E-02 B-G-l B 6.180 3 ISI-0413-C 01 RECZR PMP-A-STUD-3-07 UT 89E-02 B-G-1 B 6.180 3 ISI-0413-C Ol RECXR PMP-A-STUD-3-08 UT 89E-02 B-G-1 B 6.180 3 ISI-0413-C 01 RECIR PMP-A-STUD-3-09 UT 89E-02 B-G-1 B 6.180 3 ISX-0413-C 01 RECIR PMP-A-STUD-3-10 UT 89E-02 B-G-1 B 6. 180 3 ZSI-0413-C 01 RECIR PMP-A-STUD-3-11 UT 89E-02 B-G-1 B 6.180 3 ZSI-0413-C 01 RECIR PMP-A-STUD-3-12 UT 89E-02 B-G-1 B 6.180 3 ZSI-0413-C 01 RECZR PMP-A-STUD-3-13 UT 89E-02 B-G-1 B 6.180 3 ISI-0413-C 01 RECIR PMP-A-STUD-3-14 UT 89E-02 B-G-1 B 6 '80 3 ISI-0413-C 01 RECIR PMP-A-STUD-3-15 UT 89E-02 B-G-1 B 6.180 3 ISI-0413-C 01 RECIR PMP-A-STUD-3-16 UT 89E-02 B-G-l B 6.180 3 ISI-0413-C 01 RECIR PMP-B-STUD-3"01 UT 89E-02 B-G-1 B 6.180 ISI-0413-C 01 RECIR PMP-B-STUD-3-02 UT 89E-02 B-G-1 B 6.180 ISI-0413-C 01 RECIR PMP-B-STUD"3-03 UT 89E-02 B-G-1 B 6.180 ISI-0413-C 01 RECIR PMP-B-STUD-3-04 UT 89E-02 B-G-1 B 6.180 ISI-0413-C 01 RECIR PMP-B-STUD-3-05 UT 89E-02 B-G-1 B 6.180 ISI-0413-C 01 RECIR PMP-B-STUD-3-06 UT 89E-02 B-G-1 B 6.180 ISI-0413-C 01 RECIR PMP-B-STUD-3-07 UT 89E-02 B-G-1 B 6.180 ISI-0413-C 01 R PMP-B-STUD-3-08 UT 89E-02 B-G-1 B 6.180 ISI-0413-C 01 PMP-B-STUD-3-09 UT 89E-02 B-G-1 B 6.180 ISI-0413-C 01 R PMP-B-STUD-3-10 UT 89E-02 B-G-1 B 6.180 ISI-0413-C 01 RECXR PMP-B-STUD-3-11 UT 89E-02 B-G-1 B 6.180 ISZ-0413-C 01 RECIR PMP-B-STUD-3-12 UT 89E-02 B-G-1 B 6.180 XSI-0413-C 01 RECZR PMP-B-STUD-3"13 UT 89E-02 B"G"1 B 6.180 XSX-0413-C 01 RECIR PMP-B-STUD-3-14 UT 89E-02 B-G-1 B 6.180 ISI-0413-C 01 RECIR PMP-B-STUD-3-15 UT 89E-02 B-G-l B 6.180 ISX-0413-C Ol RECIR PMP-B-STUD-3-16 UT 89E-02 B-G-1 B 6.180 ISZ-0413-C 01 RECIR PMP"A-FLG-3-01 VT-1 89E-02 B-G-1 B 6.190 ISZ-0413-C 01 RECIR PMP-A-FLG-3-02 VT-1 89E-02 B-G-1 B 6.190 XSI-0413-C 01 RECIR PMP-A-FLG-3-03 VT-1 89E"02 B-G-1 B 6.190 ISX-0413-C 01 RECIR PMP-A-FLG"3-04 VT-1 89E-02 B-G-1 B 6.190 XSI-0413-C 01 RECIR PMP,-A-FLG-3-05 VT-1 89E"02 B-G-1 B 6.190 ISI-0413-C 01 RECIR PMP-A-FLG-3-06 VT-1 89E-02 B-G-1 B 6.190 ISI-0413-C 01 RECIR PMP-A-FLG-3-07 VT-1 89E-02 B-G-1 B 6.190 ISI-0413-C 01 RECIR PMP-A-FLG-3-08 VT-1 89E-02 B-G-1 B 6.190 XSX-0413-C 01 RECIR PMP-A-FLG-3-09 VT-1 89E-02 B-G-1 B 6.190 ISI-0413-C 01 RECIR PMP-A-FLG-3-10 VT-1 89E-02 B-G-1 B 6.190 ISX-0413-C 01 RECIR PMP-A-FLG-3-11 VT-1 89E-02 B-G-1 B 6.190 XSI-0413-C 01 RECIR PMP-A-FLG-3-12 VT-1 89E-02 B-G-1 B 6.190 ISI-0413-C Ol RECIR PMP-A-FLG-3-13 VT-1 89E-02 B-G-1 B 6.190 XSX-0413-C Ol RECIR PMP-A-FLG-3-14 VT-1 89E-02 B-G-1 B 6.190 ISI-0413-C 01 RECIR PMP-A-FLG-3-15 VT-1 89E-02 B-G-1 B 6.190 ISI-0413-C 01 RECIR PMP-A-FLG-3-16 VT-1 89E-02 B-G-1 B 6.190 XSI-0413-C 01 PMP-B-FLG-3-01 VT-1 89E-02 B-G-1 B 6.190 ISI-0413-C 01 PMP-B-FLG-3-02 VT-1 89E-02 B-G-1 B 6.190 ISX-0413-C 01 RECZR PMP-B-FLG-3-03 VT-1 89E-02 B-G-1 B 6.190 ISI-0413-C 01 RECIR PMP-B-FLG-3-04 VT-1 89E"02 B-G-1 B 6 '90 ISI-0413-C 01 RECIR PMP-B-FLG-3-05 VT-1 89E-02 B-G-1 B 6.190 ISI-0413-C 01 10/02/96 Page
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System Compno Exammeth Prisime xre Codecat I temno Exint2perXsidwgno Shno RECIR PMP-B"FLG-3-06 VT-1 89E"02 B-G-1 B 6.190 ISI-0413-C 01 RECIR PMP-B-FLG-3-07 VT-1 89E-02 B-G-l B 6.190 XSI-0413-C 01 IR PMP-B-FLG-3-08 VT-1 89E"02 B-G-1 B 6.190 ISI-0413-C 01 PMP-B-FLG-3-09 89E-02 B-G-1 B 6.190 ISI-0413-C 01 R PMP-B-FLG-3-10 89E-02 B-G-1 B 6.190 ISI-0413-C 01 RECIR PMP-B-FLG-3-11 89E-02 B"G-1 B 6.190 ISI-0413-C 01 RECIR PMP-B-FLG-3-12 89E-02 B-G-1 B 6.190 XSI-0413-C 01 RECIR PMP-B-FLG-3-13 VT-1 89E-02 B-G-1 B 6.190 ISI-0413-C 01 RECIR PMP-B-FLG-3-14 VT-,1 89E-02 B-G-1 B 6.190 ISX-0413"C , 01 RECIR PMP-B-FLG-3-15 VT-1 89E-02 B-G-1 B 6.190 ISI-0413-C 01 RECIR PMP-B-FLG-3-16 VT-1 89E-02 B-G-1 B 6 '90 ISI-0413-C 01 RPV RPV-STUDS-3-01 UT 89E"02 B-G-1 B 6.20 1 ISI-0267-C 01 RPV RPV-STUDS-3-02 UT 89E-02 B-G-1 B 6.20 1 ISI-0267-C 01 RPV RPV-STUDS-3-03 UT 89E-02 B-G-1 B 6.20 1 ISI-0267-C 01 RPV RPV-STUDS-3-04 UT 89E-02 B-G-1 B 6.20 1 ISI-0267-C 01 RPV RPV-STUDS-3-05 UT 89E-02 B-G-1 B 6.20 1 XSX-0267-C 01 RPV RPV-STUDS-3-06 UT 89E-02 B-G-1 B 6.20 1 ISI-0267-C 01 RPV RPV-STUDS-3-07 UT 89E-02 B-G-1 B 6.20 1 ISX-0267-C 01 RPV RPV-STUDS-3-08 UT 89E-02 B-G-1 B 6.20 1 ISI-0267-C 01 RPV RPV-STUDS-3-09 UT 89E-02 B-G-1 B 6.20 1 XSI-0267-C 01 RPV RPV-STUDS-3-10 UT 89E-02 B-G-1 B 6 '0 1 ISI-0267-C 01 RPV RPV-STUDS-3-11 UT 89E-02 B"G-1 B 6.20 1 ISX-0267-C 01 RPV RPV-STUDS-3-12 UT 89E-02 B"G-1 B 6,20 1 XSI-0267-C 01 RPV RPV-STUDS-3-13 UT 89E-02 B-G-1 B 6.20 1 ISI-0267-C Ol RPV RPV-STUDS-3-14 UT 89E-02 B-G-1 B 6.20 1 XSI-0267-C 01 RPV RPV-STUDS-3-15 UT 89E-02 B-G-1 B 6.20 1 ISI-0267-C 01 RPV RPV-STUDS-3-16 UT 89E-02 B-G-1 B 6,20 1 ISI-0267-C 01 RPV-STUDS-3-17 UT 89E-02 B-G-1 B 6.20 1 ISI-0267-C 01 RPV-STUDS-3-18 UT 89E-02 B-G-1 B 6.20 1 ISI-0267-C 01 RPV-STUDS-3-19 UT 89E"02 B"G-1 B 6.20 1 XSX-0267-C Ol RPV RPV-STUDS-3-20 UT 89E-02 B-G-1 B 6.20 1 XSI-0267-C 01 RPV RPV-STUDS-3-21 UT 89E-02 B-G-1 B 6.20 1 ISI-0267-C 01 RPV RPV-STUDS-3-22 UT 89E-02 B-G-1 B 6.20 1 ISX-0267-C 01 RPV RPV-STUDS-3-23 UT 89E-02 B-G-1 B 6.20 '1 ISI-0267-C 01 RPV RPV-STUDS-3"24 UT 89E-02 B-G-1 B 6.20 1 ISI-0267-C 01 RPV RPV-STUDS-3-25 UT 89E-02 B-G-l B 6.20 1 ISI-0267-C Ol RPV RPV-STUDS-3-26 UT 89E-02 B-G-1 B 6.20 1 ISX-0267-C 01 RPV RPV-STUDS"3-27 UT 89E-02 B-G-1 B 6.20 1 ISI-0267-C 01 RPV RPV-STUDS-3-28 UT 89E"02 B-G-1 B 6.20 1 ISI-0267-C 01 RPV RPV-STUDS-3-29 UT 89E"02 B-G-1 B 6.20 1 XSI-0267-C 01 RPV RPV-STUDS-3-30 UT 89E-02 B-G-1 B 6.20 1 ISI-0267-C 01 RPV RPV-STUDS-3-31 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C 01 RPV RPV"STUDS-3-32 UT 89E-02 B-G-1 B 6.20 2 ISX-0267-C 01 RPV RPV-STUDS-3-33 UT 89E-02 B"G-1 B 6.20 2 ISX-0267-C 01 RPV RPV-STUDS-3-34 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C 01 RPV RPV-STUDS-3-35 UT 89E-02 B-G-1 B 6.20 2 ISI"0267-C 01 RPV RPV-STUDS-3-36 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C 01 RPV RPV-STUDS-3-37 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C 01 RPV RPV-STUDS-3"38 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C 01 RPV RPV-STUDS-,3-39 UT 89E-02 B-G"1 B 6.20 2 ISI-0267-C 01 RPV RPV-STUDS-3-40 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C 01 RPV RPV-STUDS-3-41 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C 01 RPV-STUDS-3-42 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C 01 RPV-STUDS-3-43 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C 01 RPV RPV-STUDS-3-44 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C 01 RPV RPV-STUDS-3-45 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C 01 RPV RPV-STUDS-3-46 UT 89E-02 B-G-1 B 6 ~ 20 2 ISI-0267-C 01 10/02/96 Page 10
I 0 . ~ S ~ Ag ~ ~ loll il Q e II System Compno Exammeth Pri si mexre Codecat Itemno E xint2perZsidwgno Shno RPV RPV-STUDS-3-47 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C 01 RPV RPV-STUDS-3-48 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C 01 R V RPV-STUDS-3-49 UT 89E-02 B-G-l B6. 20, 2 XSI-0267-C 01 RPV-STUDS-3-50 UT 89E"02 B-G-1 B 6.20 2 ISI-0267-C 01 RPV-STUDS-3-51 UT 89E-02 B-G-1 B 6.20 2 XSX-0267-C 01 RPV RPV-STUDS-3"52 UT 89E-02 B-G-1 B 6.20 2 ISX-0267-C Ol RPV RPV-STUDS-3-53 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C 01 RPV RPV-STUDS-3-54 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C 01 RPV RPV-STUDS-3-55 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C 01 RPV RPV-STUDS-3-56 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C Ol RPV RPV-STUDS-3-57 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C Ol RPV RPV-STUDS-3-58 UT 89E-02 B-G-1 B 6.20 2 ISI-0267-C 01 RPV RPV-STUDS-3-59 UT 89E-02 B-6-1 B 6.20 2 ISI-0267-C 01 RPV RPV-STUDS-3-60 UT 89E-02 B-G-1 B 6.20 2 XSX-0267-C 01 RPV RPV-STUDS-3-61 UT 89E"02 B-G-1 B 6.20 3 Isz-0267-c 01 RPV RPV-STUDS-3-62 VT 89E-02 B-G-1 B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-63 VT 89E-02 B-G-l B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-64 UT 89E-02 B-G-1 B 6,20 3 ISI-0267-C 01 RPV RPV-STUDS-3-65 UT 89E-02 B-G-1 B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-66 UT 89E-02 B-G-1 B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-67 UT 89E-02 B-G-1 B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-68 UT 89E-02 B-G-1 B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-69 UT 89E-02 B-G-1 B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-70 UT 89E-02 B-G-1 B 6.20 3 XSI"0267-C 01 RPV RPV-STUDS-3-71 UT 89E-02 B-G-1 B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-72 UT 89E-02 B-G-1 B 6.20 3 XSI-0267-C 01 RPV RPV-STUDS-3-73 UT 89E-02 B-G-1 B 6.20 3 IS1-0267-C 01 RPV-STUDS-3-74 UT 89E-02 B-G-1 B 6.20 3 ISI-0267-C 01 RPV-STUDS-3-75 UT 89E-02 B-G-1 B 6.20 3 XSI-0267-C Ol RPV"STUDS-3-76 UT 89E-02 B-G-1 B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-77 UT 89E"02 B-G-1 B 6.20 3 X SI-0267-C 01 RPV RPV-STUDS-3-78 UT 89E-02 B-6-1 B 6.20 3 XSI-0267-C 01 RPV RPV-STUDS-3-79 UT 89E-02 B-G-1 B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-80 UT 89E-02 B-G-1 B 6.20 3 XSX-0267-C 01 RPV RPV-STUDS-3-81 VT 89E-02 B-G-1 B 6 '0 3 ISI-0267-C 01 RPV RPV-STUDS-3-82 UT 89E"02 B-G-1 B 6.20 3 XSX-0267-C 01 RPV RPV-STUDS-3-83 UT 89E-02 B-6-1 B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-84 UT 89E-02 B-G-1 B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-85 UT 89E-02 B"G-1 B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-86 UT 89E-02 B-G-1 B 6.20 3 XSI-0267-C Ol RPV RPV-STUDS-3-87 UT 89E-02 B-G-l B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-88 UT 89E-02 B-G-1 B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-89 VT ,89E-02 B-G-1 B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-90 UT 89E-02 B-G-1 B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-91 UT 89E-02 B-G-1 B 6.20 3 ISI-0267-C 01 RPV RPV-STUDS-3-92 UT 89E"02 B-G-1 B 6.20 3 ISI-0267-C 01 RECXR PMP-A-NUT-3-01 89E-02 B-G-1 B 6. 200 3 XSX-0413-C 01 RECIR PMP-A-NUT-3-02 VT-1 89E-02 B-G-1 B 6.200 3 XSI-0413-C 01 RECXR PMP-A-NUT-3-03 VT-1 89E-02 B-G-l B 6.200 3 ISX-0413-C Ol RECIR PMP-A-NUT-3-04 VT-1 89E-02 B-G-1 B 6.200 3 ISI-0413-C 01 RECIR PMP-A-NUT-3-05 VT-1 89E-02 B-6-1 B 6.200 3 ISI-0413-C Ol RECXR PMP-A-NUT-3-06 VT-1 89E-02 B-G-1 B 6.200 3 ISI-0413-C 01 PMP-A-NUT-3-07 89E-02 B-G-1 B 6.200 3 ISI-0413-C 01 PMP-A"NUT-3-08 89E-02 B-G-1 B 6.200 3 ISI-0413-C 01 RECIR PMP-A-NUT-3-09 89E-02 B-'G-1 B 6.200 3 ISX"0413-C 01 RECIR PMP-A-NUT-3-10 VT-1 89E-02 B-G-1 B 6.200 3 ISX-0413-C 01 RECIR PMP"A-NUT-3-11 VT-1 89E"02 B"G"1 B 6.200 3 XSI-0413-C 01 10/02/96 Page 11
~ I P 4 ' I, d ~ \L 4
System Compno Exammeth Prisim exre Codecat I temno E xint2perIsidwgno Shno RECIR PMP-A-NUT-3-12 VT-1 89E"02 B-G-1 B 6.200 3 ISX-0413-C 01 RECIR PMP-A-NUT-3-13 VT-1 89E-02 B-G-1 B 6.200 3 ISI-0413-C 01 IR PMP-A-NUT-3-14 VT-1 89E-02 B"G"1 B 6.200 3 ISI-0413-C 01 PMP-A-NUT-3-15 VT-1 89E-02 B-G-1 B 6.200 3 XSX-0413-C 01 R PMP-A-NUT-3-16 VT-1 89E-02 B-G"1 B 6.200 3 ISI-0413-C 01 RECIR PMP-A-WASH-3-01 VT-1 89E-02 B-G-1 B 6.200 3 ISI-0413-C 01 RECIR PMP-A-WASH-3-02 VT-1 89E-02 B-G-1 B 6.200 3 ISI-0413-C 01 RECIR PMP-A-WASH-3-03 VT-1 89E"02 B-G-1 B 6.200 3 Isj-0413-C 01 RECXR PMP-A-WASH-3-04 VT-1 89E-02 B"G-1 B 6.200 3 ISI-0413-C Ol RECIR PMP-A-WASH-3-05 VT- 1 89E-02 B-G-1 B 6.200 3 ISX-0413-C 01 RECXR PMP-A-WASH-3-06 VT-1, 89E"02 B-G-l B 6.200 3 ISI-0413-C 01'1 RECIR PMP-A-WASH-3-07 VT-1 89E-02 B-G-1 B 6.200 3 ISX-0413-C RECIR PMP-A-WASH-3-08 VT-1 89E-02 B-G-l B 6.200 3 ISI-0413-C 01 RECIR PMP-A-WASH-3-09 VT-1 89E-02 B-G-1 B 6.200 3 ISX-0413-C 01 RECIR PMP-A-WASH-3-10 VT-1 89E-02 B-G-l B 6.200 3 ISI-0413-C Ol RECIR PMP-A-WASH-3-11 VT-1 89E-02 B-G-l B 6.200 3 ISI-0413"C 01 RECIR PMP-A-WASH-3-12 VT-1 89E-02 B-G-1 B 6.200 3 ISI-0413-C 01 RECIR PMP-A-WASH-3-13 VT-1 89E-02 B-G-1 B 6.200 3 ISX-0413-C 01 RECIR PMP-A-WASH-3-14 VT-1 89E-02 B-G-1 B 6.200 3 ISI-0413-C 01 RECIR PMP-A-WASH-3-15 VT-1 89E-02 B-G-1 B 6.200 3 ISX-0413-C 01 RECIR PMP-A-WASH-3-16 VT-1 89E-02 B-G"1 B 6.200 3 XSI-0413-C 01 RECXR PMP-B-NUT-3-01 VT-1 89E-02 B-G-1 B 6.200 XSX-0413-C 01 RECXR PMP-B-NUT-3-02 VT-1 89E-02 B-G-1 B 6.200 XSX-0413-C 01 RECXR PMP-B-NUT-3-03 VT-1 89E-02 B-G-1 B 6.200 ISI-0413-C 01 RECIR PMP-B-NUT-3-04 VT-1 89E-02 B-G-1 B 6.200 XSI-0413-C 01 RECIR PMP-B-NUT-3-05 VT-1 89E-02 B-G-1 B 6.200 ISI-0413-C 01 RECIR PMP-B-NUT-3-06 VT-1 89E"02 B"G"1 B 6.200 XSI-0413-C 01 R PMP-B-NUT-3-07 VT-1 89E-02 B-G-l B 6.200 ISX-0413-C 01 PMP-B-NUT-3-08 VT-1 89E-02 B-G-1 B 6.200 ISZ-0413-C 01 R PMP-B-NUT-3-09 VT-1 89E-02 B-G-1 B 6.200 ISI-0413-C 01 RECIR PMP-B-NUT-3"10 VT-1 89E-02 B-G-l B 6.200 ISI-0413-C 01 RECIR PMP-B-NUT-3-11 VT-1 89E-02 B-G-1 B 6.200 ISI-0413-C 01 RECXR PMP-B-NUT-3-12 VT-1 89E-02 B-G-1 B 6.200 ISI-0413-C 01 RECIR PMP-B-NUT"3-13 VT-1 89E-02 B-G-1 B 6.200 ISX-0413-C 01 RECIR PMP-B-NUT-3-14 VT-1 89E"02 B-G-1 B 6.200 ISI-0413-C 01 RECIR PMP-B-NUT-3-15 VT-1 89E-02 B-G-1 B 6.200 ISI-0413-C 01 RECIR PMP-B-NUT-3-16 VT-1 89E"02 B-G-1 B 6.200 ISI-0413-C 01 RECXR PMP-B-WASH-3-01 VT-1 89E-02 B-G"1 B 6.200 ISI-0413-C 01 RECIR PMP-B-WASH-3-02 VT-1 89E-02 B-G-1 B 6.200 ISI-0413-C Ol RECIR PMP-B-WASH-3"03 VT-1 89E-02 B-G-1 B 6.200 Isj-0413-C Ol RECIR PMP-B-WASH-3-04 VT-1 89E-02 B-G-1 B 6.200 ISI-0413-C 01 RECIR PMP-B"WASH-3-05 VT-1 89E"02 B-G-1 B 6.200 ISI-0413-C 01 RECIR PMP-B-WASH-3-06 VT-1 89E-02 B-G-1 B 6.200 ISI-0413-C 01 RECIR PMP-B-WASH-3"07 VT-1 89E-02 B-G-1 B 6.200 ISI-0413-C Ol RECIR PMP-B-WASH-3-08 VT-1 89E-02 B-G-1 B 6.200 ISI-0413-C 01 RECIR PMP-B-WASH-3-09 VT-1 89E-02 B-G-1 B 6.200 ISI-0413"C 01 RECIR PMP-B-WASH-3-10 VT-1 89E-02 B-G-1 B 6.200 ISI-0413-C 01 RECIR PMP-B-WASH-3-11 VT-1 89E-02 B-G-1 B 6.200 ISI-0413-C 01 RECIR PMP-B-WASH-3-12 VT-1 89E-02 B"G"1 B 6.200 ISI-0413-C 01 RECIR PMP-B-WASH-3-13 VT-1 89E-02 B-G-1 B 6.200 ISI-0413-C 01 RECIR PMP-B-WASH-3-14 VT-1 89E-02 B-G-1 B 6.200 Isj-0413-C 01 RECIR PMP-B-WASH-3-15 VT-1 89E-02 B-G-1 B 6.200 XSI-0413-C 01 PMP-B-WASH-3-16 VT-1 89E-02 B-G-1 B 6 '00 ISI-0413-C 01 RPV-STUDS-3-01 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-02 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-03 MT 89E-02 B-G-1 B 6.30 ISI"0267-C 01 RPV RPV-STUDS-3-04 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 10/02/96 Page 12
System Compno Exammeth Prisim exre Codecat Ztemno Exint2perIsidwgno Shno RPV RPV-STUDS-3-05 MT 89E"02 B-G-1 B 6.30 ISI-0267-C Ol RPV RPV-STUDS-3-06 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV-STUDS-3-07 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV-STUDS-3-08 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV-STUDS-3-09 MT 89E-02 B-G-1 B 6.30 ISI-0267-C Ol RPV RPV-STUDS-3-10 MT 89E-02 B-G-1 B 6.30 ZSZ-0267-C Ol RPV RPV-STUDS-3-11 MT 89E-02 B-G-1 B 6.30 ZSI-0267-C 01 RPV RPV-STUDS-3-12 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-13 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-14 MT 89E-02 B-G-1 B 6.30 XSI-0267-C 01 RPV RPV-STUDS-3-15 MT 89E"02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-16 MT 89E-02 B-G-1 B 6.30 XSX-0267-C 01 RPV RPV-STUDS-3-17 MT 89E-02 B-G-1 B 6.30 XSX-0267-C 01 RPV RPV-STUDS-3-18 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-19 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-20 MT 89E"02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-21 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-22 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-23 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-24 MT 89E-02 B-G-1 B 6.30 ISI-0267-C Ol RPV RPV-STUDS-3-25 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-26 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-27 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-28 MT 89E-02 B-G-1 B 6.30 ISI-0267-C'SI-0267-C 01 RPV RPV-STUDS-3-29 MT 89E"02 B-G-1 B 6.30 01 RPV RPV-STUDS-3-30 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-31 MT 89E-02 B-G-l B 6.30 ZSI-0267-C 01 RPV-STUDS-3-32 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV-STUDS-3-33 MT 89E-02 B-G-1 B 6.30 ISI-0267-C Ol RPV-STUDS-3-34 MT 89E"02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-35 MT 89E-02 B-G-1 B 6.30 ISI-0267-C Ol RPV RPV-STUDS-3-36 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-37 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-38 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-39 MT 89E-02 B-G-1 B 6.30 ISI-0267"C 01 RPV RPV-STUDS-3-40 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-41 MT 89E-02 B-G-1 B 6.30 XSI-0267-C 01 RPV RPV-STUDS-3-42 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-43 MT 89E-02 B"G-1 B 6.30 ISI-0267-C Ol RPV RPV-STUDS-3-44 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-45 MT 89E-02 B-G-1 B 6.30 ZSI-0267-C Ol RPV RPV-STUDS-3-46 MT 89E-02 B-G-1 B 6.30 ISZ-0267-C Ol RPV RPV-STUDS-3-47 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-48 MT 89E-02 B-G-1 B 6.30 ISI-0267-C Ol RPV RPV"STUDS-3-49 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-50 MT 89E-02 B-G-1 B 6.30 LSI-0267-C 01 RPV RPV-STUDS-3-51 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-52 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-,STUDS-3-53 MT 89E"02 B-G-1 B 6.30 ISI"0267-C 01 RPV RPV-STUDS-3-54 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-55 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-56 MT 89E-02 B-G-1 B 6.30 ZSI-0267-C 01 RPV-STUDS-3-57 MT 89E-02 B-G-1 B 6.30 ISX-0267-C 01 RPV-STUDS-3-58 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-59 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-60 MT 89E"02 B-G-1 B 6.30 ISX-0267-C 01 RPV RPV-STUDS-3-61 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 10/02/96 Page
~ I P P V System Compno Exammeth Pri sim exre Codecat Ztemno Exint2perjsidwgno Shno RPV RPV-STUDS-3-62 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-63 MT 89E-02 B-G-1 B 6.30 XSI-0267-C 01 RPV-STUDS-3-64 MT 89E-02 B-G-1 B 6.30 XSI-0267-C 01 RPV-STUDS-3"65 MT 89E-02 B-G-l B 6.30 ISX-0267-C 01 RPV-STUDS-3-66 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-67 MT 89E-02 B-G"1 B 6.30 XSI-0267-C 01 RPV RPV-STUDS-3-68 MT 89E-02 B-G-1 B 6.30 ZSI-0267-C 01 RPV RPV-STUDS-3-69 MT 89E-02 B-G-1 B 6 '0 ISI-0267-C 01 RPV RPV-STUDS-3-70 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-71 MT 89E"02 B-G-1 B 6.30 ZSI-0267-C 01 RPV RPV-STUDS-3-72 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-73 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-74 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-75 MT 89E-02 B-G-1 B 6 '0 XSX-0267-C 01 RPV RPV-STUDS-3-76 MT 89E-02 B-G-l B 6.30 XSX-0267-C 01 RPV RPV-STUDS-3-77 MT 89E-02 B-G-1 B 6.30 ZSX-0267-C 01 RPV RPV-STUDS-3-78 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS"3-79 MT 89E-02 B-G-1 B 6.30 ISI-0267-C Ol RPV RPV-STUDS-3-80 MT 89E-02 B-G-l B 6.30 ISI-0267-C Ol RPV RPV-STUDS-3-81 MT 89E"02 B-G"1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-82 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-83 MT 89E"02 B-G-1 B 6.30 ISZ-0267-C 01 RPV RPV-STUDS-3-84 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-85 MT 89E-02 B-G-1 B 6.30 XSI-0267-C 01 RPV RPV-STUDS-3-86 MT 89E-02 B-G-1 B 6.30 ZSI-0267-C 01 RPV RPV-STUDS-3-87 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3-88 MT 89E"02 B-G-1 B 6 ~ 30 ISI-0267-C 01 RPV-STUDS-3-89 MT 89E-02 B-G-1 B 6.30 XSI-0267-C 01 RPV-STUDS-3-90 MT 89E-02 B-G-1 B 6.30 XSI-0267-C 01 RPV-STUDS-3-91 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-STUDS-3"92 MT 89E-02 B-G-1 B 6.30 ISI-0267-C 01 RPV RPV-LIGS-3-01 UT 89E-02 B-G-1 B 6.40 ISI-0267-C 01 RPV RPV-LIGS-3-02 UT 89E-02 B-G-1 B 6.40 ISI-0267-C 01 RPV RPV-LXGS-3-03 UT 89E-02 B-G-1 B 6.40 ISI-0267-C 01 RPV RPV-LIGS-3-04 UT 89E-02 B"G-1 B 6.40 ISI-0267-C 01 RPV RPV-LIGS-3-05 UT 89E"02 B-G-1 B 6.40 ISI-0267-C 01 RPV RPV-LIGS-3-06 UT 89E-02 B-G-1 B 6.40 ISI-0267-C 01 RPV RPV-LIGS-3-07 UT 89E-02 B-G-1 B 6.40 ISI-0267-C 01 RPV RPV-LIGS-3-08 UT 89E-02 B-G-1 B 6.40 ISI-0267-C 01 RPV RPV-LIGS-3-09 UT 89E-02 B-G-1 B 6.40 ISI-0267-C 01 RPV RPV-LXGS-3-10 UT 89E-02 B-G-1 B 6.40 XSI-0267-C Ol RPV RPV-LIGS"3"11 UT 89E-02 B-G-1 B 6.40 ISI-0267-C 01 RPV RPV-LIGS-3-12 UT 89E-02 B-G-1 B 6.40 ISI-0267-C 01 RPV RPV-LIGS-3-13 UT 89E-02 B-G-1 B 6.40 ISI-0267-C 01 RPV RPV-LIGS-3-14 UT 89E"02 B-G-1 B 6.40 ISI-0267-C Ol RPV RPV-LIGS-3-15 UT 89E-02 B-G-1 B 6.40 ISI-0267-C 01 RPV RPV-LIGS-3-16 UT 89E"02 B-G-1 B 6.40 ISI"0267-C 01 RPV RPV-LIGS-3-17 UT 89E-02 B-G-1 B 6.40 ISI-0267-C 01 RPV RPV-LIGS-3-18 UT 89E"02 B-G-1 B 6.40 ISI-0267-C 01 RPV RPV-LIGS-3-19 UT 89E-02 B-G-1 B 6.40 ISI-0267-C Ol RPV RPV-LXGS-3-20 UT 89E-02 B-G-1 B 6.40 ISI-0267-C 01 RPV RPV-LIGS-3-21 UT 89E-02 B"G-1 B 6.40 ISI-0267-C 01 RPV-LIGS-3-22 UT 89E-02 B-G-1 B 6.40 ISI-0267-C 01 RPV-LIGS-3-23 UT 89E-02 B-G-1 B 6.40 ISI-0267-C 01 R RPV-LIGS-3-24 UT 89E-02 B-G-1 B 6.40 ISI-0267-C 01 RPV RPV-LIGS-3-25 UT 89E"02 '-G-1 B 6.40 XSI-0267-C 01 RPV RPV-LIGS-3-26 UT 89E"02 B-G-1 B 6.40 ISX-0267-C 01 10/02/96 Page
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System Compno Exammeth Prisimexre Codecat Itemno E xint2perIsidwgno Shno RPV RPV-LIGS-3-27 UT 89E-02 B-G-1 B 6.40 1 ISI-0267-C 01 RPV RPV-LXGS-3-28 UT 89E-02 B-G-1 B 6.40 1 ISX-0267-C 01 V RPV-LIGS-3-29 UT 89E-02 B-G-1 B 6.40 1 ISI-0267-C 01 RPV-LIGS-3-30 UT 89E-02 B-G-1 B 6 40
~ 1 ISI-0267-C 01 RPV-LIGS-3-31 UT 89E-02 B-G-1 B 6.40 2 XSX-0267-C 01 RPV RPV-LIGS-3-32 UT 89E-02 B"G-1 B 6.40 2 XSI-0267-C 01 RPV RPV-LIGS-3-33 UT 89E-02 B-G-1 B 6.40 2 ISI-0267-C 01 RPV RPV-LIGS-3-34 UT 89E-02 B-G-1 B 6.40 2 1SX-0267-C 01 RPV RPV-LIGS-3-35 UT 89E-02 B-G-1 B 6.40 2 ISI-0267-C 01 RPV RPV-LXGS-3-36 UT 89E-02 B-G-1 B 6.40 2 XSI-0267-C 01 RPV RPV-LIGS-3-37 UT 89E-02 B-G" 1 B 6.40 2 ISI-0267-C 01 RPV RPV-LIGS-3-38 UT 89E-02 B-G-1 B 6.40 2 ISI-0267-C 01 RPV RPV-LIGS-3-39 UT 89E-02 B-G-l B 6.40 2 ISI-0267-C 01 RPV RPV-LIGS-3-40 UT 89E-02 B-G-1 B 6.40 2 ISI-0267-C 01 RPV RPV-LIGS-3-41 UT 89E-02 B-G-1 B 6.40 2 ISI-0267-C 01 RPV RPV-LIGS-3-42 UT 89E-02 B-G-1 B 6.40 2 ISI-0267-C 01 RPV RPV-LIGS-3-43 UT 89E-02 B-G-l B 6.40 2 ISI-0267-C 01 RPV RPV-LIGS-3-44 UT 89E-02 B-G-1 B 6.40 2 ISI-0267-C Ol RPV RPV-LIGS-3-45 UT 89E-02 B-G-1 B 6.40 2 ISX-0267-C 01 RPV RPV-LIGS-3-46 UT 89E-02 B-G-1 B 6.40 2 ISI-0267-C 01 RPV RPV-LIGS-3-47 UT 89E-02 B-G-1 B 6.40 2 ISI-0267-C 01 RPV RPV-LIGS-3-48 UT 89E-02 B-G-1 B 6.40 2 ISI-0267-C 01 RPV RPV-LIGS-3-49 UT 89E-02 B"G"1 B 6.40 2 ISI-0267-C 01 RPV RPV-LIGS-3-50 UT 89E-02 B-G-1 B 6.40 2 ISI-0267-C 01 RPV RPV-LIGS-3-51 UT 89E-02 B-G-1 B 6.40 2 ISI-0267-C 01 RPV RPV-LIGS-3-52 UT 89E-02 B-G-1 B 6.40 2 ISI"0267-C Ol RPV RPV-LIGS-3-53 UT 89E-02 B-G-1 B 6.40 2 ISI-0267-C Ol RPV-LIGS-3-54 UT 89E-02 B-G-1 B 6.40 2 ISI-0267-C 01 RPV-LIGS-3-55 UT 89E-02 B-G-1 B 6.40 2 ISI-0267-C 01 RPV-LIGS-3-56 UT 89E-02 B-G-1 B 6.40 2 ISI-0267-C 01 RPV RPV-LIGS-3-57 UT 89E"02 B-G-1 B 6.40 2 ISI-0267-C 01 RPV RPV-LIGS-3-58 UT 89E"02 B-G-1 B 6.40 2 ISI-0267-c 01 RPV RPV-LIGS-3"59 UT 89E-02 B-G-1 B 6.40 2 ISX-0267-C 01 RPV RPV-LIGS-3-60 UT 89E-02 B-G-1 B 6.40 2 ISI-0267-C 01 RPV RPV-LXGS-3-61 UT 89E-02 B-G-1 B 6.40 3 ISX-0267-C 01 RPV RPV-LIGS-3-62 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV RPV-LIGS-3-63 UT 89E"02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV RPV'-LIGS-3-64 UT 89E-02 B-G-1 B 6. 40 3 ISI-0267-C 01 RPV RPV-LIGS-3-65 UT 89E-02 B-G-1 B 6. 40 3 ISI-0267-C 01 RPV RPV-LIGS-3-66 UT 89E-02 B-G-1 B 6. 40 3 ISI-0267-C 01 RPV RPV-LIGS-3-67 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV RPV-LIGS-3-68 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV RPV-LIGS-3-69 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV RPV-LIGS-3-70 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV RPV-LIGS-3"71 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV RPV-LIGS-3-72 UT 89E-02 B-G-1 B 6.40 3 ISX-0267-C Ol RPV RPV-LIGS-3-73 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV RPV-LIGS-3-74 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV RPV-LIGS-3-75 UT 89E"02 B-G-1 B 6.40 3 XSI-0267-C 01 RPV RPV-LIGS-3-76 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV RPV-LIGS-3-77 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV RPV-LIGS-3-78 UT 89E"02 B-G-1 B 6.40 3 ISI-0267-C Ol RPV-LXGS-3-79 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV-LIGS-3-80 UT 89E-02 B-G-1 B 6 '0 3 ISI-0267-C 01 RPV RPV-LIGS-3-81 UT 89E"02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV RPV-LIGS-3-82 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C Ol RPV RPV-LIGS-3"83 UT 89E-02 B-G"1 B 6.40 3 XSI-0267-C 01 10/02/96 Page 15
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System Compno Exammeth Prisim exre Codecat Itemno Ex int2perIsidwgno Shno RPV RPV-LIGS-3-84 UT 89E"02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV RPV-LIGS-3-85 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C 01 V RPV-LIGS-3-86 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV-LXGS-3-87 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C Ol RPV-LIGS-3-88 UT 89E-02 B-G-1 B 6.40 3 ISI-0267"C 01 RPV RPV-LIGS-3-89 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV RPV-LIGS-3-90 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV RPV-LXGS-3-91 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV RPV-LIGS-3-92 UT 89E-02 B-G-1 B 6.40 3 ISI-0267-C 01 RPV RPV-BUSH-3-01 VT-1 89E-02 B-G-1 B 6.50 1 XSI-0267-C 01 RPV RPV-BUSH-3-02 VT-1 89E-02 B-G-1 B 6.50 1 ISX-0267-C 01 RPV RPV-BUSH-3-03 VT-1 89E-02 B-G-1 B 6.50 1 XSX-0267-C 01 RPV RPV-BUSH-3-04 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-BUSH-3-05 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-BUSH-3-06 VT-1 89E"02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-BUSH-3-07 VT-1 89E-02 B-G-1 B 6.50 1 XSX-0267-C 01 RPV RPV-BUSH-3-08 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-BUSH-3-09 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-BUSH-3-10 VT-1 89E-02 B-G-1 B 6.50 1 Isx-0267-C 01 RPV RPV-BUSH-3-11 VT-1 89E-02 B-G-1 B F 50 1 Xsx-0267-C 01 RPV RPV-BUSH-3"12 VT-1 89E-02 B-G-1 B 6 '0 1 Xsx-0267-C 01 RPV RPV-BUSH-3-13 VT-1 89E-02 B-G-1 B 6.50 1 Isx-0267-C 01 RPV RPV-BUSH-3-14 VT-1 89E-02 B-G-1 B 6.50 1 XSI-0267-C 01 RPV RPV-BUSH-3-15 VT"1 89E-02 B-G-1 B 6.50 1 Isx-0267-C 01 RPV RPV-BUSH-3-16 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-BUSH-3-17 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV- BUSH 1 8 VT-1 89E-02 B-G-1 B 6.50 1 ISX-0267-C 01 RPV-BUSH-3-19 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV-BUSH-3-20 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV-BUSH-3-21 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C Ol RPV RPV-BUSH-3-22 VT-1 89E-02 B"G"1 B 6.50 XSI-0267-C 01 RPV RPV-BUSH-3-23 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-BUSH-3-24 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-BUSH-3-25 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV"BUSH-3-26 VT-1 89E-02 B-G-1 B 6.50 1 XSX-0267-C 01 RPV RPV"BUSH-3-27 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C Ol RPV RPV"BUSH-3-28 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-BUSH-3-29 VT-1 89E-02 B-G-1 B 6.50 1 1SI-0267-C 01 RPV RPV-BUSH-3-30 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-BUSH-3-31 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-BUSH-3-32 VT-1 89E"02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-BUSH-3-33 VT-1 89E-02 B"G-1 B 6.50 2 ISI-0267-C Ol RPV RPV-BUSH-3-34 VT-1 89E-02 B"G-1 B 6.50 2 1SI-0267-C 01 RPV RPV-BUSH-3-35 VT-1 89E"02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-BUSH-3-36 VT-1 89E-02 B-G-1 B 6.50 2 XSI-0267-C 01 RPV RPV-BUSH-3-37 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C Ol RPV RPV-BUSH-3-38 VT-1 89E-02 B-G-1 B 6.50 2 ISI"0267-C 01 RPV RPV-BUSH-3-39 VT-1 89E"02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-BUSH-3-40 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-BUSH-3-41 VT-1 89E-02 B-G-l B 6.50 2 ISI-0267-C 01 RPV RPV-BUSH-3-42 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-BUSH-3-43 VT-1 89E-02 B"G-1 B 6 F 50 2 ISI-0267-C 01 RPV-BUSH-3-44 VT-1 89E-02 B-G-1 B 6 '0 2 ISX-0267-C 01 RPV-BUSH-3-45 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-BUSH-3-46 VT-1 89E-02 B-G-1 B 6.50 2 Isx-0267-C 01 RPV RPV-BUSH-3-47 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-BUSH-3-48 VT-1 89E"02 B-G"1 B 6.50 2 ISI-0267-C 01 10/02/96 Page
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System Compno Exammeth Prisime xre Codecat jtemno Ex int2perjsidwgno Shno RPV RPV-BUSH-3-49 VT-1 89E-02 B-G-l B 6.50 2 ISX-0267-C 01 RPV RPV-BUSH-3-50 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV-BUSH-3-51 VT-1 89E-02 B-G-1 B 6.50 2 ISX-0267-C 01 RPV-BUSH-3-52 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV-BUSH-3-53 VT-1 89E-02 B-G-1 B 6.50 2 Isj-0267-C 01 RPV RPV-BUSH-3-54 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-BUSH-3-55 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-BUSH-3-56 VT-1 89E-02 B-G-1 B 6.50 2 XSI-0267-C 01 RPV RPV-BUSH-3-57 VT-1 89E-02 B-G-1 B 6.50 2 ISX-0267-C 01 RPV RPV-BUSH-3-58 VT-1 89E-02 B-G-1 B 6.50 2 Isj-0267-C 01 RPV RPV-BUSH-3-59 VT-1 89E-02 B-G-1 B F 50 2 ISI-0267-C 01 RPV RPV-BUSH-3-60 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-BUSH-3-61 VT-1 89E-02 B-G-1 .B 6. 50 3 ISI-0267-C 01 RPV RPV-BUSH-3-62 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C Ol RPV RPV-BUSH-3-63 VT-1 89E"02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-BUSH-3-64 VT-1 89E-02 B-G-1 B 6.50 3 XSI-0267-C 01 RPV RPV-BUSH-3-65 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-BUSH-3-66 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-BUSH-3-67 VT-1 89E-02 B-G"1 B 6.50 3 ISI-0267-C 01 RPV RPV-BUSH-3-68 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-BUSH-3-69 VT-1 89E-02 B-G-1 B 6.50 3 Isj-0267-C 01 RPV RPV-BUSH-3-70 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-BUSH-3-71 VT-1 89E-02 B"G-1 B 6.50 3 Isj-0267-C 01 RPV RPV-BUSH-3-72 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-BUSH-3-73 VT-1 89E-02 B-G-1 B 6.50 3 ISX-0267-C 01 RPV RPV-BUSH-3-74 VT-1 89E-02 B-G-1 B 6.50 3 XSI-0267-C 01 RPV RPV-BUSH-3-75 VT-1 89E-02 B-G-1 B 6.50 3 XSI-0267-C 01 RPV-BUSH-3-76 VT-1 89E-02 B-G-1 B 6.50 3 ISX-0267-C 01 RPV-BUSH-3-77 VT-1 89E-02 B-G-1 B 6.50 3 XSI-0267-C 01-RPV-BUSH-3"78 VT-1 89E"02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-BUSH-3-79 VT-1 89E-02 B-G-1 B 6.50 3 XSI-0267-C 01 RPV RPV-BUSH-3-80 VT-1 89E"02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-BUSH-3-81 VT-1 89E"02 B-G-1 B 6.50 3 Isj-0267-C 01 RPV RPV-BUSH-3-82 VT-1 89E"02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-BUSH-3-83 VT-1 89E-02 B-G"1 B 6.50 3 XSI-0267-C 01 RPV RPV-BUSH-3"84 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-BUSH-3-85 VT-1 89E-02 B-G-1 B 6.50 3 Xsj-0267-C 01 RPV RPV-BUSH-3-86 VT"1 89E-02 B-G-1 B 6.50 3 ISX-0267-C 01 RPV RPV-BUSH-3-87 VT-1 89E-02 B-G-1 B 6.50 3 Xsj-0267-C 01 RPV RPV-BUSH-3-88 VT-1 89E-02 B-G-1 B 6.50 3 XSI-0267-C 01 RPV RPV-BUSH-3-89 VT-1 89E-02 B-G-1 B 6.50 3 ISX-0267-C 01 RPV RPV-BUSH-3-90 VT-1 89E-02 B-G-1 B 6.50 3 XSI-0267-C 01 RPV RPV-BUSH-3-91 VT-1 89E"02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-BUSH-3-92 VT-1 89E"02 B-G-1 B 6,50 3 Isj-0267-C 01 RPV RPV"WASH-3-01 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-WASH-3-02 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-WASH-3"03 VT"1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-WASH-3-04 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-WASH-3-05 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-WASH-3-06 VT-1 89E-02 B-G-1 B 6.50 1 XSI-0267-C 01 RPV RPV-WASH-3-07 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-WASH-3-08 VT-1 89E-02 B-G-1 B 6.50 1 XSX-0267-C 01 RPV-WASH-3-09 VT-1 89E-02 B-G"1 B 6.50 1 ISI-0267-C 01 RPV-WASH-3-10 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-WASH-3-11 VT-1 89E-02 B-G-l B 6.50 1 ISI-0267-C Ol RPV RPV-WASH-3-12 VT-1 89E-02 B-G-1 B 6.50 1 XSI-0267-C 01 RPV RPV-WASH-3-13 VT-1 89E-02 B-G-1 B 6 '0 1 ISI-0267-C 01 10/02/96 Page
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System Compno Exammeth Prisimexre Codecat Ztemno E xint2perjsidwgno Shno RPV RPV-WASH-3-14 VT"1 89E"02 B-G-1 B 6.50 1 ZSI-0267-C 01 RPV RPV-WASH-3-15 VT-1 89E-02 B-G-1 B 6.50 1 ZSI-0267-C Ol RPV-WASH-3-16 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV-WASH-3-17 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV-WASH-3-18 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-WASH-3-19 VT-1 89E-02 B-G-1 B 6.50 1 ISZ-0267-C 01 RPV RPV-NASH-3-20 VT-1 89E-02 B-G-1 B 6.50 1 ZSI-0267-C 01 RPV RPV-WASH-3-21 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-WASH-3-22 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-WASH-3-23 VT-1 89E-02 B-G-1 B 6.50 1 ZSI-0267-C 01 RPV RPV-WASH-3-24 VT-1 89E-02 B-G-1 B 6.50 1 ZSI-0267-C 01 RPV RPV-WASH-3-25 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-WASH"3-26 VT-1 89E-02 B-G-1 B 6 '0 1 ISI-0267-C 01 RPV RPV-WASH-3-27 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-WASH-3"28 VT-1 89E-02 B-G-1 B 6.50 1 ISZ-0267-C 01 RPV RPV-WASH-3-29 VT-1 89E-02 B-6-1 B 6.50 1 ISI-0267-C 01 RPV RPV-WASH-3-30 VT-1 89E-02 B-G-1 B 6.50 1 ISI-0267-C 01 RPV RPV-WASH-3-31 VT-1 89E-02 B-6-1 B 6.50 2 ISI-0267-C 01 RPV RPV-WASH-3-32 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-WASH-3-33 VT-1 89E-02 B-G-1 B 6.50 2 XSI-0267-C 01 RPV RPV-WASH-3-34 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-WASH-3-35 VT-1 89E-02 B-6-1 B 6.50 2 ISI-0267-C 01 RPV RPV-WASH-3-36 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-NASH-3-37 VT-1 89E"02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-NASH-3-38 VT-1 89E"02 B-G-1 B 6.50 2 ISZ-0267-C 01 RPV RPV-WASH-3-39 VT-1 89E-02 B-G-1 B 6.50 2 ZSI-0267-C 01 RPV RPV-WASH-3-40 VT-1 89E"02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV-WASH-3-41 VT-1 89E-02 B-G-1 B 6.50 2' ISI-0267-C 01 RPV-WASH-3-42 VT-1 89E-02 B-G-1 B 6.50 ISI-0267-C 01 RPV-WASH-3-43 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-WASH-3-44 VT-1 89E-02 B-G-1 B 6 '0 2 ISI-0267-C 01 RPV RPV-WASH-3-45 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-NASH-3-46 VT-1 89E-02 B-G-1 B 6 '0 2 ISI-0267-C 01 RPV RPV-WASH-3"47 VT-1 89E-02 B-G-1 B 6.50 2 XSI-0267-C 01 RPV RPV-WASH-3-48 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-WASH-3-49 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-WASH-3-50 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-WASH-3-51 VT-1 89E-02 B-G-1 B 6.50 2 XSX-0267-C 01 RPV RPV-WASH"3-52 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-WASH-3-53 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-WASH-3-54 VT-1 89E-02 B-G-1 B 6.50 2 ISX-0267-C 01 RPV RPV-WASH-3-55 VT-1 89E-02 B-6-1 B 6.50 2 ISI-0267-C 01 RPV RPV-WASH-3-56 VT-1 89E-02 B-G-1 B 6.50 2 ISZ-0267-C 01 RPV RPV-WASH-3-57 VT-1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-WASH-3-58 VT-1 89E-02 B-G-1 B 6.50 2 ISZ-0267-C 01 RPV RPV-WASH"3-59 VT"1 89E-02 B-G-1 B 6.50 2 XSI-0267-C 01 RPV RPV-WASH-3-60 VT"1 89E-02 B-G-1 B 6.50 2 ISI-0267-C 01 RPV RPV-WASH-3-61 VT-1 89E-02 B-G-1 B 6.50 3 ZSI-0267-C 01 RPV RPV-WASH-3-62 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-WASH-3-63 VT-1 89E-02 B-6-1 B 6.50 3 ISI-0267-C Ol RPV RPV-WASH-3-64 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-NASH-3-65 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C Ol RPV-WASH-3-66 ,VT-1 89E"02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV-WASH-3-67 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-WASH-3-68 VT-1 89E-02 B-6-1 B 6.50 3 ISI-0267-C 01 'PV RPV-WASH-3-69 VT-1 89E-02 B"G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-WASH-3-70 VT-1 89E-02 B"G-1 B 6.50 3 ISI-0267-C 01 10/02/96 Page
E ~ 4 h 9 0,
Sys tern Compno Exammeth Pri sime xre Codecat Itemno Ex int2perjsidwgno Shno RPV RPV-WASH-3-71 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV"WASH-3-72 VT"1 89E-02 B-G-1 B 6.50 3 ISI-0267-C 01 R V RPV-WASH-3-73 VT-1 89E"02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV-WASH-3-74 VT-1 89E-02 B-G-1 B 6 50
~ 3 XSI-0267-C 01 RPV-WASH-3-75 VT-1 89E-02 B-G-1 B 6.50 3 ISX-0267-C 01 RPV RPV-WASH-3-76 VT-1 89E-02 B-G-1 B 6.50 3 ISX-0267-C 01 RPV RPV-WASH-3-77 VT-1 89E-02 B-G-1 B 6 '0 3 ISX-0267-C 01 RPV RPV-WASH-3-78 VT-1 89E-02 B-G-1 B 6 '0 3 ISI-0267-C 01 RPV RPV-WASH-3-79 VT-1 89E-02 B-G-1 B 6.50 3 ISX-0267-C 01 RPV RPV-WASH-3-80 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-WASH-3-81 , VT-1 89E-02 B-G-1 B 6.50 3 XSI-0267-C 01 RPV RPV-WASH-3-82 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C Ol RPV RPV-WASH-3-83 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-WASH-3-84 VT-1 89E-02 B-G-l B 6.50 3 ISI-0267-C 01 RPV RPV-WASH-3-85 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-WASH-3-86 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-WASH-3-87 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-WASH-3-88 VT-1 89E-02 B-G-1 B 6.50 3 ISX-0267-C 01 RPV RPV-WASH-3-89 VT-1 89E-02 B-G-1 B 6.50 3 XSX-0267-C 01 RPV RPV-WASH-3-90 VT-1 89E-02 B-G-1 B 6.50 3 ISI-0267-C 01 RPV RPV-WASH-3-91 VT-1 89E-02 B-G-1 B 6.50 3 ISX-0267-C 01 RPV RPV-WASH-3-92 VT-1 89E-02 B-G-1 B 6.50 3 ISX-0267-C 01 MS MSBC-3-01 VT-1 89E-02 B-G-2 B 7.50 1 ISI-0313-B 01 MS MSBC-3-02 VT-1 89E"02 B-G-2 B 7.50 3 ISI-0313-B 01 MS MSBC-3-03 VT-1 89E-02 B-G-2 B 7.50 1 ISX-0313-B 01 MS MSBC-3-04 VT-1 89E-02 B-G-2 B 7.50 3 ISI-0313-B 01 MS MSBC-3-05 VT-1 89E-02 B-G-2 B 7.50 1 ISI-0313-B 01 MSBC-3-06 VT-1 89E-02 B-G-2 B 7.50 3 ISI-0313-B 01 MSBC-3-07 VT-1 89E-02 B-G-2 B 7.50 3 ISI-0313-B 01 MSBC-3-08 VT-1 89E"02 B-G-2 B 7.50 2 ISI-0313-B 01 MS MSBC-3-09 VT-1 89E-02 B-G-2 B 7.50 2 ISI-0313-B 01 MS MSBC-3"10 VT-1 89E-02 B-G-2 B 7.50 3 ISI-0313-B 01 MS MSBC-3-11 VT-1 89E-02 B-G-2 B 7.50 2 ISI-0313-B 01 MS MSBC-3-12 VT-1 89E-02 B-G"2 B 7.50 3 ISI-0313-B 01 MS PCV1-004-PBC VT-1 89E-02 B-G-2 B 7.50 1 ISI-0313-B 01 MS PCV1-005-PBC VT-1 89E-02 B-G"2 B 7.50 2 ISX-0313-B 01 MS PCV1-018-PBC VT-1 89E-02 B-G-2 B 7.50 1 XSI-0313-B 01 MS PCV1-019-PBC VT-1 89E-02 B-G-2 B 7.50 2 ISI-0313-B 01 MS PCV1-022-PBC VT-1 89E-02 B-G-2 B 7.50 2 XSI-0313-B 01 MS PCV1-023-PBC VT-1 89E-02 B-G-2 B 7.50 3 ISI-0313-B Ol MS PCV1-030-PBC VT-1 89E-02 B-G-2 B 7.50 3 ISI-0313-B 01 MS PCV1-031-PBC VT-1 89E-02 B-G-2 B 7.50 3 ISI-0313-B 01 MS Pcvl-034"PBC VT-1 89E-02 B-G-2 B 7.50 1 ISX-0313-B 01 MS PCV1-041-PBC VT-1 89E-02 B-G-2 B 7.50 2 ISI-0313-B 01 MS PCV1-042-PBC VT-1 89E"02 B-G-2 B 7.50 1 ISX-0313-B 01 MS PCV1-179-PBC VT-1 89E-02 B-G-2 B 7.50 2 XSX-0313-B 01 MS PCV1-180-PBC VT-1 89E-02 B-G-2 B 7.50 2 ISI-0313-B 01 RECIR RBC-3-1 VT-1 89E-02 B-G-2 B 7.50 2 ISX-0328-C 01 RECIR RBC-3-2 VT-1 89E-02 B-G-2 B 7.50 3 ISI-0328-C 02 RPV N 6A-3-1-BC VT-1 89E-02 B-G-2 B 7.50 3 ISI-0295-A 01 RPV N 6B-3-2-BC VT-1 89E-02 B-G-2 B 7.50 2 ISI-0295-A 01 RPV N 7-3-3-BC VT-1 89E-02 B-G-2 B 7.50 3 ISI-0295-A 01 FCV75-26"BC VT-1 89E-02 B-G-2 B 7.70 2 ISI-0331-C 01 FCV75-54-BC VT-1 89E-02 B-G-2 B 7.70 1 ISI-0331-C 01 Cb HCV75-27-BC VT-1, 89E"02 B-G-2 B 7.70 3 ISI-0331-C 01 CS HCV75-55-BC VT-1 89E-02 B-G-2 B 7.70 2 ISI-0331-C 01 FW 3-554"BC VT-1 89E-02 B-G-2 B 7.70 2 ISI-0327-C 01 10/02/96 Page
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System Compno Exammeth Prisim exre Codecat jtemno xint2perjsidwgno Shno FW 3-558-BC VT-1 89E-02 B-G-2 B 7.70 3 XSI-0327-C 01 FN 3-568-BC VT-1 89E-02 B-G-2 B 7.70 3 XSX-0327-C 01 3-572-BC VT-1 89E-02 B-G-2 B 7.70 3 XSI-0327-C 01 FCV 1-14-BC VT-1 89E-02 B-G-2 B 7.70 2 XSI-0329-C 01 FCV 1-15-BC VT-1 89E-02 B-G-2 B 7.70 2 ISI-0329-C 01 MS FCV 1-26-BC VT-1 89E-02 B-G-2 B 7.70 3 ISI-0329-C 02 MS FCV 1-27-BC VT-1 89E-02 B-G-2 B 7.70 1 ISI-0329-C 02 MS FCV 1-37-BC VT-1 89E-02 B-G-2 B 7.70 3 ISX-0329-C 02 MS FCV 1-38-BC VT-1 89E-02 B-G-2'-G-2 B 7.70 2 ISI-0329-C 02 MS FCV 1-51-BC VT-1 89E-02 B 7.70 2 XSX-0329-C 01 MS FCV 1-52-BC VT-1 89E-02 B-G-2 B 7.70 2 ISI-0329-C 01 MS PCV1-004-VBC VT-1 89E-02 B-G-2 B 7.70 1 ISI-0313-B 01 MS PCV1-005-VBC VT-1 89E-02 B-G-2 B 7.70 2 ISI-0313-B 01 MS PCV1-018-VBC VT-1 89E-02 B-G-2 B 7.70 1 ISX-0313-B 01 MS PCV1-019-VBC VT-1 89E-02 B-G-2 B 7.70 2 XSX-0313-B 01 MS PCV1-022-VBC VT-1 89E-02 B-G-2 B 7.70 2 ISI-0313-B 01 MS PCV1-023-VBC VT-1 89E-02 B-G-2 B 7.70 3 ISI-0313-B 01 MS PCV1"030-VBC VT-1 89E-02 B-G-2 B 7.70 3 ISI-0313-B 01 MS PCV1-031-VBC VT-1 89E-02 B-G-2 B 7.70 3 ISI-0313-B 01 MS PCV1-034-VBC VT-1 89E-02 B-G-2 B 7.70 1 ISI-0313-B 01 MS PCV1-041-VBC VT-1 89E"02 B-G-2 B 7.70 2 ISI-0313-B 01 MS PCV1-042-VBC VT-1 89E"02 B-G-2 B 7.70 1 ISI-0313-B 01 MS PCV1-179-VBC VT-1 89E-02 B-G-2 B 7.70 2 ISI-0313-B Ol MS PCVl-180-VBC VT-1 89E"02 B-G-2 B 7.70 2 ISI-0313-B 01 RECIR FCV68-01-BC VT-1 89E"02 B-G-2 B 7.70 3 ISI-0328-C 01 RECIR FCV68-03-BC VT-1 89E-02 B-G-2 B 7.70 2 ISI-0328-C 01 RECIR FCV68-77-BC VT-1 89E-02 B-G-2 B 7.70 3 XSX-0328-C 02 R FCV68-79-BC VT-1 89E"02 B"G-2 B 7.70 2 ISZ-0328-C 02 FCV74-54-BC VT-1 89E-02 B"G-2 B 7.70 2 ISI-0330-C 01 FCV74"68-BC VT-1 89E-02 B-G-2 B 7.70 1 ISX-0330-C 01 RPV CRDN-3-0219-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-0223-BC VT-1 89E-02 B-G"2 B 7.80 ISI-0293-C 01 RPV CRDN-3-0227-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-0231-BC VT-1 89E-02 B-G"2 B 7.80 ISI-0293-C 01 RPV CRDN-3-0235-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-0239-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN"3"0243-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C Ol RPV CRDN-3"0615-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-0619-BC VT-1 89E-02 B"G"2 B 7.80 ISI-0293-C 01 RPV CRDN-3-0623-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-0627-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN"3-0631-BC VT-1 89E-02 B-G-2 B 7.80 ISX-0293-C 01 RPV CRDN-3-0635-BC VT-1 89E"02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-0639-BC VT-1 89E-02 B"G-2 B 7.80 ISI-0293-C 01 RPV CRDN"3-0643-BC VT-1 89E-02 B-G-2 B 7.80 XSX-0293-C 01 RPV CRDN-3-0647-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1011-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1015-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1019-BC VT-1 89E-02 B-G-2 B 7.80 ISX-0293-C 01 RPV CRDN-3-1023-BC VT-1 89E"02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1027-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1031-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 CRDN-3-1035-BC VT-1 89E-02 B-G-2 B 7.80 ZSI" 0293-C 01 CRDN-3-1039-BC VT-1 89E-02 B-G"2 B 7.80 ISI-0293-C 01 R CRDN-3-1043-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1047-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1051-BC VT-1 89E-02 B-G-2 B 7.80 XSI-0293-C 01 10/02/96 Page 20
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System Compno Exammeth Prisim exre Codecat jtemno Exint2perjsidwgno Shno RPV CRDN-3-1407-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1411-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 CRDN-3-1415-BC VT- 1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 CRDN-3-1419-BC 'T-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 CRDN-3-1423-BC VT-1 89E"02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1427-BC VT-1 89E-02 B-G-2 B 7.80 Xsj-0293-C 01 RPV CRDN-3-1431-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1435"BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1439-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1443-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1447-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1451-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1455-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1803-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1807-BC VT-1 89E-02 B-G-2 B 7.80 ISX-0293-C 01 RPV CRDN-3-1811-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1815-BC VT-1 89E"02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1819-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1823-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1827-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-1831-BC VT-1 89E"02 B-G-2 B 7.80 XSI-0293-C 01 RPV CRDN-3-1835-BC VT-1 89E-02 B-G-2 B 7.80 XSI-0293-C 01 RPV CRDN-3-1839-BC VT-1 89E-02 B-G-2 B 7.80 XSI-0293-C 01 RPV CRDN-3-1843-BC VT-1 89E-02 B-G-2 B 7.80 ISX-0293-C 01 RPV CRDN-3-1847-BC VT-1 89E-02 B-G-2 B 7.80 Xsj-0293-C 01 RPV CRDN-3-1851-BC VT-1 89E-02 B-G-2 B 7.80 XSX-0293-C 01 RPV CRDN-3-1855-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 CRDN-3-1859-BC VT-1 89E-02 B-G-2 B 7.80 Xsj-0293-C 01 CRDN-3-2203-BC VT-1 89E-02 B-G-2 B 7.80 Isj-0293-C 01 CRDN-3-2207-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-2211-BC VT-1 89E-02 B"G-2 B 7.80 XSX-0293-C 01 RPV CRDN-3-2215-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-2219-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-2223-BC VT-1 89E"02 B-G-2 B F 80 XSI-0293-C 01 RPV CRDN-3-2227-BC VT-1 89E"02 B-G-2 B 7 80 F ISI"0293-C 01 RPV CRDN-3-2231-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-2235-BC VT-1 89E-02 B-G-2 B 7.80 Isj-0293-C 01 RPV CRDN-3-2239-BC 89E-02 B-G-2 B 7.80 XSI-0293-C 01 RPV CRDN-3-2243"BC VT-1 89E-02 B-G-2 B 7.80 XSX-0293-C 01 RPV CRDN-3-2247-BC VT-1 89E-02 B-G-2 B 7.80 Xsj-0293-C 01 RPV CRDN-3-2251-BC VT-1 89E-02 B-G-2 B 7 '0 ISI-0293-C 01 RPV CRDN-3-2255-BC VT-1 89E"02 B-G-2 B 7.80 Isj-0293-C 01 RPV CRDN-3-2259-BC VT-1 89E-02 B-G"2 B 7.80 ISX-0293-C 01 RPV CRDN-3-2603-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-2607-BC VT"1 89E-02 B"G" 2 B 7.80 ISI-0293-C 01 RPV CRDN-3-2611-BC VT-1 89E-02 B-G-2 B 7 80 F ISI-0293-C 01 RPV CRDN-3-2615-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-2619-BC VT-1 89E-02 B-G"2 B 7.80 Isj-0293-C 01 RPV CRDN-3-2623- BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3"2627-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-2631"BC 89E"02 B-G-2 B 7.80 XSI-0293-C 01 CRDN-3-2635-BC 89E-02 B-G-2 B 7.80 ISI-0293-C 01 CRDN-3-2639-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 CRDN-3-2643-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-2647-BC VT-1 89E-02 B-G-2 B F 80 ISI-0293-C 01 RPV CRDN"3-2651-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 .RPV CRDN"3-2655-BC VT-1 89E"02 B"G-2 B 7.80 ISI-0293-C 01 10/02/96 Page 21
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Sys Compno Exammeth Prisime xre Codecat I temno Exint2perjsidwgno Shno RPV CRDN-3-2659-Bc VT-1 89E-02 B"G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3003-Bc VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 CRDN-3-3007-Bc VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 CRDN-3-3011-BC VT-1 89E-02 B"G-2 B 7.80 ISI-0293-C 01 CRDN-3-3015-Bc VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3019-Bc VT-1 89E-02 B-G-2 B 7.80 ISX-0293-C 01 RPV CRDN-3-3023-Bc VT-1 89E-02 B-G-2 B F 80 ISI-0293-C 01 RPV CRDN-3-3027-Bc VT-1 89E-02 B-G"2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3031-Bc VT-1 89E-02 B-G"2 B 7.80 XSI-0293-C 01 RPV CRDN"3-3035-Bc VT"1 89E-02 B-G-2 B 7.80 ISI-0293-C Ol RPV CRDN-3-3039-Bc VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3043-Bc VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3047-Bc VT-1 89E"02 B-G-2 B 7.80 1SI-0293-C 01 RPV CRDN-3-3051-Bc VT-1 89E-02 1 B-6-2 B 7.80 ISI-0293-C Ol RPV CRDN-3-3055-Bc VT-1 89E"02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3059-Bc VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3403-Bc VT-1 89E-02 B-6-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3407-Bc VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3411-BC VT-1 89E-02 B-G-2 B 7.80 XSX-0293-C 01 RPV CRDN-3-3415-Bc VT-1 89E-02 B"G"2 B 7.80 ISI-0293-C Ol RPV CRDN-3-3419-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3423-Bc VT-1 89E-02 B-6-2 B 7.80 IS I-0293-C 01 RPV CRDN-3-3427-Bc VT-1 89E-02 B-G"2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3431-BC VT-1 89E-02 B-6-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3435-Bc VT-1 89E-02 B-G"2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3439-Bc VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3443-BC VT-1 89E-02 B-6-2 B 7.80 ISI-0293-C 01 CRDN-3-3447-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 CRDN-3-3451-Bc VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 CRDN-3-3455-Bc VT-1 89E-02 B-6-2 B 7.80 ISI-0293-C 01 RPV CRDN"3-3459-Bc VT-1 89E-02 B-G-2 B 7.80 ISX-0293-C 01 RPV CRDN-3-3803-Bc VT-1 89E-02 B-G"2 B 7.80 XSZ-0293-C 01 RPV CRDN-3-3807-Bc VT-1 89E-02 B-G-2 B 7.80 XSX-0293-C Ol RPV CRDN-3-3811-BC . VT-1 89E-02 B-G-2 B '7. 80 XSX-0293-C 01 RPV CRDN-3-3815-Bc VT-1 89E-02 B-G-2 B 7.80 XSI-0293-C 01 RPV CRDN-3-3819-Bc VT-1 89E-02 B-G-2 B 7.80 ISX-0293-C 01 RPV CRDN-3-3823-BC VT-1 89E-02 B-G-2 B 7.80 ISX-0293-C 01 RPV CRDN-3-3827-Bc VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3831-Bc VT-1 89E-02 B-G"2 B F 80 ISI-0293-C 01 RPV CRDN-3-3835-Bc VT-1 89E-02 B-G-2 B 7 80F ISI-0293-C 01 RPV CRDN-3-3839-Bc VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3843-Bc 89E-02 B-G-2 B 7 F 80 ISI-0293-C 01 RPV CRDN"3-3847-Bc 89E"02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3851-Bc VT-1 89E"02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-3855"Bc VT-1 89E-02 B"G-2 B 7.80 XSX-0293-C 01 RPV CRDN-3-3859-Bc VT-1 89E-02 B"G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-4203-Bc VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-4207-Bc VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-4211-BC, VT-1 89E-02 B-G-2 B 7.80 XSI-0293-C 01 RPV CRDN-3-4215-BC VT-1 89E-02 B-6-2 B 7.80 ISI-0293-C 01 RPV CRDN"3-4219-BC VT-1 89E"02 B-G"2 B 7.80 ISI-0293-C 01 CRDN-3-4223-Bc VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C Ol CRDN-3-4227"Bc VT-1 89E"02 B-G-2 B 7.80 ISI-0293-C 01 CRDN-3-4231-Bc VT-1 89E-02 B-G-2 B 7.80 ISX-0293-C 01 RPV CRDN-3-4235-Bc VT-1 89E-02 B-G-2 B 7.80 ISX-0293-C 01 RPV CRDN-3-4239-Bc VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3"4243-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 10/02/96 Page 22
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System Compno Exammeth Prisim exre Codecat I temno Exint2perIsidwgno Shno RPV CRDN-3-4247-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-4251-BC VT-1 89E"02 B-G-2 B 7.80 ISI-0293-C 01 CRDN-3-4255-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 CRDN-3-4259-BC VT-1 89E-02 B-G-2 B 7.80 ISX-0293-C 01 CRDN-3-4607-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-4611-BC VT-1 89E-02 B-G-2 B 7.80 XSI-0293-C 01 RPV CRDN-3-4615-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-4619-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-4623-BC VT-1 89E-02 B-G"2 B 7.80 ISI-0293-C Ol RPV CRDN-3-4627-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-4631-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C Ol RPV CRDN-3-4635-BC VT-1 89E"02 B-G-2 B 7.80 XSI-0293-C 01 RPV CRDN-3-4639-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-4643-BC VT-1 89E-02 B-G-2 B 7 '0 ISI-0293-C 01 RPV CRDN-3-4647-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-4651-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-4655-BC VT-1 89E-02 B-G-2 B 7.80 XSI-0293-C 01 RPV CRDN-3-5011-BC VT-1 89E"02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-5015-BC VT-1 89E-02 B-G-2 B 7.80 ISX-0293-C 01 RPV CRDN-3-5019-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-5023-BC VT-1 89E-02 B-G-2 B 7.80 ISX-0293-C 01 RPV CRDN-3-5027-BC VT-1 89E-02 B-G-2 B 7.80 ISI-'0293-C 01 RPV CRDN-3-5031-BC VT-1 89E-02 B-G-2 B 7.80 ISX-0293-C 01 RPV CRDN-3-5035-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-5039-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293"C 01 RPV CRDN-3-5043-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-5047-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 CRDN-3-5051-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 CRDN-3-5415-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 CRDN-3-5419-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-5423-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-5427-BC VT-1 89E"'02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-5431-BC VT-1 89E-02 B-G-2 B 7.80 IS1-0293-C 01 RPV CRDN-3-5435-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-5439-BC VT-1 89E-02 B-G-2 B 7.80 XSX-0293-C 01 RPV CRDN-3-5443-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-5447-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-5819-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-5823-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-5827-BC VT-1 89E-02 B-G-2 B 7.80 ISI"0293-C 01 RPV CRDN-3-5831" BC VT-1 89E-02 B-G-2 B 7.80 ISX-0293-C 01 RPV CRDN-3-5835-BC VT-1 89E-02 B-G-2 B 7.80 ISI-0293-C 01 RPV CRDN-3-5839-BC VT-1 89E-02 B-G-2 B 7.80 XSI-0293-C 01 RPV CRDN-3-5843"BC VT-1 89E-02 B-G-2 B 7.80 XSI-0293-C 01 RPV RPV-STAB"3-1A-IA PT 89E-02 B"H B 8.10 ISX-0416-C 01 RPV RPV-STAB-3-1B-IA PT 89E-02 B-H B 8.10 ISI-0416-C 01 RPV RPV-STAB-3-lc-IA PT 89E-02 B-H B 8.10 XSI-0416-C 01 RPV RPV-STAB-3-1D-IA PT 89E"02 B-H B 8.10 ISX-0416-C 01 RPV RPV-STAB-3-1E-IA PT 89E-02 B-H B 8.10 ISI-0416-C 01 RPV RPV-STAB-3-1F-IA PT 89E-02 B-H B 8.10 ISI-0416-C 01 RPV RPV-STAB-3-1G-IA PT 89E"02 B-H B 8.10 ISI-0416-C 01 R V RPV-STAB-3-1H-IA PT 89E-02 B-H B 8.10 XSI-0416-C 01 RPV-SUPP-3-1-XA MT/UT 89E-02 B-H B 8.10 ISI-0416-C 02 DCS-3-03 PT&UT 89E-02 B-J B 9.11 ISI-0331-C 01 CS DCS-3-04 PT&UT 89E-02 B 9.11 ISX-0331-C 01 CS DCS"3-05 PT&UT 89E-02 B-J B 9.11 ISI"0331-C 01 CS DCS-3-12 PT&UT 89E-02 B-J B 9.11 ISI-0331-C 01 10/02/96 Page 23
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System Compno Exammeth Prisime xre Codecat Itemno Exint2perjsidwgno Shno CS DCS-3-13 PT&UT 89E-02 B 9.11 ISI-0331-C 01 CS DCS-3-14 PT&UT 89E-02 B-J B 9.11 ISI-0331-C 01 C DSCS-3-01 PT&UT 89E-02 B 9.11 ISX-0331-C 01 DSCS-3-02 PT&UT 89E-02 B 9.11 ISX-0331-C 01 DSCS-3-07 PT&UT 89E-02 B-J B 9.11 ISI-0331-C 01 CS DSCS-3-08 PT&UT 89E-02 B-J B 9.11 ISI-0331-C 01 CS DSCS-3-09 PT&UT 89E-02 B-J B 9.11 ISI-0331-C 01 CS DSCS-3-16A PT&UT 89E-02 B 9.11 IS I-0331-C 01 CS DSCS-3-16B PT&UT 89E-02 B-J B 9.11 ISI-0331-C 01 CS TCS-3-403 MT&UT 89E-02 B-J B 9.11 ISI-0331-C 01 CS TCS-3-405 PT&UT 89E-02 B-J B 9.11 XSX-0331-C 01 CS TCS-3-406 PT&UT 89E"02 B-J B 9.11 XSI-0331-C 01 CS TCS-3-410 PT&UT 89E-02 B 9.11 ISI-0331-C 01 CS TCS-3-419 MT&UT 89E-02 B-J B F 11 ISI-0331-C 01 CS TCS-3-421 PT&UT 89E-02 B-J B 9.11 2 ISI-0331-C 01 CS TCS-3-422 PT&UT 89E-02 B-J B 9.11 3 ISI-0331-C 01 CS TCS-3-426 PT&UT 89E-02 B-J B 9.11 1 XSX-0331-C 01 CS TSCS-3-402 PT&UT 89E-02 B-J B 9.11 3 ISI-0331-C '01 CS TSCS-3-404 MT&VT 89E-02 B-J B 9.11 ISI-0331-C 01 CS TSCS-3-407 MT&UT 89E"02 B-J B 9.11 ISI-0331-C 01 CS TSCS-3-408 MT&UT 89E"02 B-J B 9.11 ISI-0331-C 01 CS TSCS-3-409 MT&UT 89E-02 B"J B 9.11 ISI-0331-C 01 CS TSCS-3-418 PT&UT 89E-02 B-J B 9.11 ISI-0331-C 01 CS TSCS-3-420 MT&UT 89E-02 B-J B 9.11 ISI-0331-C 01 CS TSCS-3-423 MT&UT 89E-02 B-J B 9.11 ISI-0331-C 01 CS TSCS-3-424 MT&UT 89E-02 B-J B 9.11 ISI-0331-C 01 CS TSCS-3-425X MT&UT 89E-02 B 9.11 ISI-0331-C 01 GFW-3-01 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 GFW-3-02 MT&UT 89E-02 B 9.11 ISI-0327-C 01 GFW-3-03 MT&UT 89E-02 B 9.11 ISI-0327-C 01 GFW-3-04 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 GFA-3-05 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 GFW-3-06 MT&VT 89E-02 B 9.11 ISI"0327-C 01 GFW-3-07 MT&UT 89E-02 B 9.11 ISI-0327-C 01 GFW-3-08 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 GFW-3-09 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 GFW-3-10 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 GFW-3-11 MT&UT 89E-02 B 9.11 ISI-0327-C 01 GFW-3-12 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 GFW-3-13 MT&UT 89E-02 B"J B 9.11 ISI-0327-C 01 GFW-3-14 MT&VT 89E-02 B-J B 9.11 XSX-0327-C 01 GFW-3-15 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 GFW-3-16 MT&UT 89E-02 B-J B 9.11 IS I-0327-C 01 GFW-3-17 MT&VT 89E-02 B 9.11 ISX-0327-C 01 GFW-3-18 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 GFW-3-19 MT&UT 89E-02 B-J B 9 '1 XSX-0327-C 01 GFW-3-20 MT&UT 89E-02 B-J B F 11 XSI-0327-C 01 GFW-3-21 MT&UT 89E-02 B-J B 9.11 XSX-0327-C 01 GFW-3-22 MT&UT 89E-02 B-J B 9.11 XSI-0327-C 01 GFW-3-23 MT&UT 89E-02 B-J B 9.11 ISX-0327-C 01 GFW-3-24 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 GFW-3-25 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 GFW-3-26 MT&UT 89E-02 B-J B 9.11 ISI"0327-C 01 GFW-3-27 MT&UT 89E-02 B 9.11 ISI-0327-C 01 GFW-3-28 MT&UT 89E-02 B 9.11 XSI-0327-C 01 GFW-3-29 MT&UT 89E-02 B 9.11 ISI-0327-C 01 GFW-3-30 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 10/02/96 Page
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System Compno Exammeth Prisime xre Codecat Xtemno Exint2perjsidwgno Shno FW GFW-3-31 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 FW GFW-3-32 MT&UT 89E-02 B-J B 9.11 XSI-0327-C 01 GFW-3-33 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 GFW-3-34 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 KFW-3-01 MT&UT 89E"02 B-J B 9.11 ISI-0327-C 01 KFW-3-03 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 KFW-3-04 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 KFW-3-05 MT&UT 89E-02 B 9.11 ISI-0327-C 01 KFW-3-06 MT&UT 89E-02 B-J B 9.11 XSX-0327-C 01 KFW-3-07 MT&UT 89E-02 B-J B 9.11 ISI-0327"C 01 KFW-3-08 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 KFW-3-09 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 KFW-3-10 MT&VT 89E-02 B-J B 9.11 ISX-0327-C 01 KFW-3-11 MT&VT 89E-02 B-J B 9.11 ISZ-0327-C Ol KFW-3"12 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 KFW-3-13 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 KFW-3-14 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 KFW-3-15 MT&UT 89E-02 B-J B 9.11 ISX-0327-C 01 KFW-3-16 MT&UT 89E"02 B-J B 9.11 ZSI-0327-C 01 KFW-3-17 MT&UT 89E-02 B 9.11 ZSI-0327-C 01 KFW-3-18 MT&VT 89E"02 B-J B 9.11 ISI-0327-C 01 KFW-3-19 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 KFW-3-21 MT&UT 89E"02 B-J B 9.11 XSX-0327-C 01 KFW-3-22 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 KFW-3-23 MT&UT 89E-02 B-J B 9.11 ISX-0327-C Ol KFW-3-24 MT&UT 89E-02 B-J B 9.11 ZSI-0327-C 01 KFW-3-25 MT&UT 89E-02 B-J B 9.11 ISX-0327-C 01 KFW-3-26 MT&UT 89E-02 B-J B 9.11 XSZ-0327-C 01 KFW-3-27 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 KFW"3-28 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 FW KH0-3-29 MT&UT 89E"02 B 9.11 ISI"0327-C 01 FW KFW-3-30 MT&UT 89E-02 B 9.11 ZSI-0327-C 01 FW KFW"3-31 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 FW KFW-3-32 MT&UT 89E"02 B-J B 9.11 ISI-0327-C 01 FW KFW-3-33 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 FW KFW-3-34 MT&UT'T&UT 89E-02 B 9.11 3 ISI-0327-C 01 FW KFW-3-35 89E-02 B-J B 9.11 3 ISI-0327-C 01 FW KFW-3-36 MT&VT 89E-02 B-J B 9.11 ISI-0327-C 01 FW KFW-3-37 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 FW KFW-3-38 MT&UT 89E-02 B-J B 9.11 ZSI-0327-C 01 FW KFW-3-39 MT&UT 89E-02 B-J B 9.11 ZSI-0327-C 01 FW KFW-3-40 MT&UT 89E"02 B-J B 9.11 ISI-0327-C 01 FW KFW-3-41 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 FW KFW-3-42 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 FW KFW-3-43 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 FW KFW-3-44 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 FW KFW-3"45 MT&UT 89E-02 B-J B 9.11 ISX-0327-C 01 FW KFW-3-46 MT&UT 89E"02 B-J B F 11 ISI-0327-C 01 FW KFW-3-47 MT&UT 89E"02 B-J B F 11 ISX-0327-C 01 FW KFW-3-48 MT&UT 89E-02 B-J B 9.11 ISI-0327"C 01 FW KFW-3-49 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 FW KFW-3-50 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 KFW-3-51 MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 HPCI-3-3-1 MT&UT 89E-02 B-J B F 11 ISX-0333-C 01 HPCI HPCI-3-3-2 MT&UT 89E-02 B-J B 9.11 XSX-0333-C 01 HPCI THPCZ-3-062 MT&UT 89E-02 B-J B 9.11 ISZ-0333-C 01 HPCI THPCZ-3"064 MT&UT 89E"02 B-J B 9.11 ISI-0333-C 01 10/02/96 Page 25
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.System Compno Exammeth Pri simexre Code cat Ztemno Exint2perjsidwgno Shno HPCI THPCI-3-065 MT&VT 89E-02 B-J B 9.11 ISI-0333-C 01 HPCI THPCI-3-066 MT&VT 89E-02 B-J B 9.11 ISI-'0333-C 01 H CI THPCI-3-067 MT&UT 89E-02 B-J B 9.11 ISI-0333-C 01 THPCI-3-068 MT&UT 89E-02 B-J B 9.11 ISI-0333-C 01 THPCI-3-069 MT&UT 89E-02 B-J B 9.11 ISI-0333-C 01 HPCI THPCI-'3-070 MT&UT 89E-02 B-J B 9.11 ISX-0333-C 01 HPCI THPCI-3"070A MT&UT 89E-02 B-J B 9.11 ISI-0333-C 01 HPCI THPCI-3-070B MT&UT 89E-02 B-J B 9.11 ISI-0333-C 01 HPCI THPCI-3-071 MT&VT 89E-02 B-J B 9.11 ISI-0333-C 01 HPCI THPCI-3-072 MT&UT 89E-02 B-J B 9.11 ISI-0333-C 01 HPCI THPCI-3-073 MT&UT 89E"02 B-J B 9.11 ISX-0333-C 01 HPCI THPCI-3-073A MT&UT 89E-02 B-J B 9.11 ISI-0333-C 01 HPCI THPCI-3-073B MT&UT 89E-02 B-J B 9.11 ISI-0333-C 01 HPCI THPCI-3-073E MT&UT 89E-02 B-J B 9.11 ISX-0333-C 01 HPCI THPCI-3-073F MT&UT 89E-02 B 9.11 ISI-0333-C Ol HPCI THPCI-3-073G MT&UT 89E-02 B-J B 9.11 ISI-0333-C 01 MS GMS-3-01 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS GMS-3-02 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS GMS-3-03 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS GMS-3-04 MT&UT 89E-02 B 9.11 ISI-0329-C 01 MS GMS-3-05 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS GMS-3-06 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS GMS-3-07 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS GMS-3-08 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS GMS-3-09 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 MS GMS-3-10 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 MS "GMS-3-11 MT&VT 89E-02 B 9.11 ISI-0329-C 02 GMS-3-12 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 GMS-3-13 MT&UT 89E-02 B-J B 9.11 ISX-0329"C 02 GMS-3-14 MT&UT 89E-02 B 9.11 ISI-0329-C 02 MS GMS-3-15 MT&UT 89E-02 B 9.11 ISI-0329-C 02 MS GMS-3-16 C MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 MS GMS-3-17 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 MS GMS-3"18 MT&UT 89E"02 B-J B 9.11 ISI-0329-C 02 MS GMS-3-19 MT&UT 89E-02 B 9.11 ISI-0329-C 02 MS GMS"3-20 MT&UT 89E"02 B-J B 9.11 ISI-0329-C 02 MS GMS"3"21 MT&UT 89E-02 B-J B 9.11 XSI-0329-C 02 MS GMS-3-22 MT&UT 89E-02 B-J B 9.11 1SI-0329-C 02 MS GMS-3-23 MT&UT 89E-02 B 9.11 XSI-0329-C 02 MS GMS-3-24 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 MS GMS-3-25 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 MS GMS-3-26 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 MS GMS-3-27 MT&UT 89E-02 B 9.11 ISI-0329-C 01 MS GMS-3-28 MT&UT 89E"02 B 9.11 XSI-0329-C 01 MS GMS-3-29 MT&UT 89E-02 B"J B 9.11 ISI-0329-C 01 MS GMS-3-30 MT&UT 89E"02 B"J B 9.11 ISI-0329-C 01 MS GMS-3-31 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS GMS-3-32 MT&UT 89E-02 B"J B 9.11 ISI-0329-C 01 MS GMS"3"33 MT&UT 89E-02 B-J B 9.11 ISI-0329-C Ol MS GMS-3-34 MT&UT 89E-02 B 9.11 ISI-0329-C Ol MS KMS-3-001 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS KMS-3-002 MT&UT 89E-02 B 9.11 ISI-0329-C 01 KMS-3-004 MT&UT 89E-02 B-J B 9.11 XSI-0329-C 01 KMS-3-005 MT&UT 89E-02 B-J B 9.11 ISX-0329-C 01 MS KMS-3-007 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS KMS-3-008 MT&UT 89E-02 B"J B 9.11 ISI-0329-C 01 MS KMS"3-010 MT&VT 89E"02 B-J B 9.11 ISX-0329-C 01 10/02/96 Page 26
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Sy stem Compno Exammeth Prisime xre Codecat Ztemno Exint2perjsidwgno Shno Ms KMS-3-011 MT&UT 89E"02 B-J B 9.11 Isj-0329-C 01 Ms KMS-3-013 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 M KMS-3-014 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 KMS-3-016 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 KMS-3-017 MT&VT 89E-02 B-J B 9.11 ISI-0329-C 01 Ms KMS-3-019 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 Ms KMS-3-020 MT&UT 89E-02 B-J B 9.11 XSI-0329-C Ol Ms KMS-3-022 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 Ms KMS-3-023 MT&UT 89E-02 B-J B 9.11 Isj-0329-C 01 Ms, KMS-3-024 MT&UT 89E-02 B-J B 9.11 ISI-0329-C Ol Ms KMs-3-025 MT&UT 89E-02 B-J B 9.11 Isj-0329-C 01 Ms KMS-3-026 MT&UT 89E"02 B-J B 9.11 ISI-0329-C 01 Ms KMS-3-027 MT&UT 89E-02 B 9.11 ISI-0329-C 01 MS KMS-3-028 MT&UT 89E-02 B-J B 9.11 ISI-0329-C Ol Ms KMS-3-029 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 Ms KMS-3-030 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 Ms KMS-3-031 MT&UT 89E-02 B-J B 9.11 XSI-0329-C 02 Ms KMS-3-033 MT&VT 89E-02 B-J B 9.11 Isj-0329-C 02 Ms KMS-3-034 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 Ms KMS-3-036 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 Ms KMS-3-037 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 Ms KMS-3-038 MT&UT 89E"02 B-J B 9.11 ISI-0329-C 02 Ms KMS-3-041 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 Ms KMS-3-042 MT&UT 89E-02 B 9.11 ISX-0329-C 02 Ms KMS-3-044 MT&UT 89E-02 B 9.11 ISI-0329-C 02 Ms KMS-3-045 MT&UT 89E-02 B-J B 9.11 ISI"0329-C 02 Ms KMS-3-047 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 KMS-3-048 MT&UT 89E-02 B-J B 9. 11' ZSI-0329-C 02 KMS-3-050 MT&UT '89E-02 B-J 9.11 Isj-0329-C 02 KMS-3-051 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 MS KMS-3-052 MT&UT 89E-02 B-J B 9.11 Isj-0329-C 02 MS KMS-3-054 MT&UT 89E-02 B-J B 9.11 ZSX-0329-C 02 MS KMS-3-055 MT&VT 89E-02 B-J B 9.11 Isj-0329-C 02 MS KMS-3-056 MT&UT 89E-02 B-J B 9.11 Zsj-0329-C 02 Ms KMS-3-057 MT&UT 89E-02 B 9.11 Isj-0329-C 02 Ms KMS"3-058 MT&UT 89E-02 B-J B 9.11 Isj-0329-C 02 Ms KMS-3-059 MT&UT 89E-02 B-J B 9.11 Isj-0329-C 02
's KMS-3-060 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 Ms KMS-3-062 MT&UT 89E-02 B F 11 XSI-0329-C 02 Ms KMS-3-065 MT&UT 89E"02 B 9.11 ISI-0329-C 02 Ms KMS-3-066 MT&VT 89E-02 B-J B 9.11 ISI-0329-C 02 Ms KMS-3-068 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 Ms KMS-3-069 MT&UT 89E-02 B-J . B 9.11 ISI-0329-C 02 Ms, KMS-3-071 MT&UT 89E-02 B-J B 9.11 ZSI-0329-C 02 Ms KMS-3-072 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 Ms KMS-3-074 MT&UT 89E-02 B-J B 9.11 XSI-0329-C 02 Ms KMS-3-075 MT&UT 89E-02 B-J B 9.11 ZSI-0329-C 02 Ms KMS-3-076 MT&UT 89E-02 B-J B 9.11 Zsj-0329-C 02 MS KMS-3-079 MT&UT 89E-02 B-J B 9.11 ISZ-0329-C 02 Ms KMS-3-080 MT&UT 89E"02 B-J B 9.11 ISI-0329-C 02 Ms KMS-3-081 MT&UT 89E"02 B 9.11 ISI-0329-C 01 MS KMS-3-082 MT&UT 89E"02 B 9. 1'1 ISI-0329-C 01 KMS-3-084 MT&UT 89E-02 B 9.11 Isj-0329-C 01 KMS-3-085 MT&UT 89E-02 B-J B 9.11 XSI-0329-C Ol Ms KMS-3-087 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 Ms KMS-3-088 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS KMS-3-090 MT&UT 89E-02 B"J B 9.11 Isj-0329-C 01 10/02/96 Page 27
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System Compno Examme th Prisime xre Codecat I temno Exint2perIsidwgno Shno MS KMS-3-091 MT&UT 89E"02 B 9.11 ISI-0329-C 01 MS KMS-3-093 MT&UT 89E-02 B-J B 9.11 XSI-0329-C 01 M KMS-3-094 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 KMS-3-096 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 KMS-3-097 MT&UT 89E-02 B 9.11 ISI-0329-C 01 MS KMS-3-099 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS KMS-3-100 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS KMS-3-102 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS KMS-3-103 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS KMS-3-104 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS KMS-3-105 MT&UT 89E"02 B-J B 9.11 XSX-0329-C 01 MS KMS-3-106 MT&UT 89E"02 B-J B 9.11 XSX-0329-C 01 MS KMS-3-107 MT&UT 89E-02 B-J B 9.11 ISX-0329-C 01 MS KMS-3-108 MT&UT 89E-02 B-J B 9.11 XSI-0329-C 01 MS KMS-3-109 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS KMS-3-110 MT&UT 89E-02 B 9.11 XSI-0329-C 01 MS KMS-3-111 MT&UT 89E-02 B-J B 9.11 XSI-0329-C 01 MS KMS-3-112 MT&UT 89E-02 B-J B 9.11 ISI-0329-C 01 MS KMS-3-113 MT&UT 89E-02 B-J B 9.11 XSI-0329-C 02 MS KMS-3-114 MT&UT 89E"02 B-J B 9.11 ISI-0329-C 02 MS KMS-3-115 MT&VT 89E-02 B-J B 9.11 ISX-0329-C 02 MS KMS-3-116 MT&VT 89E-02 B-J B 9.11 ISI-0329-C 02 RCIC TRCIC-3-002 MT&VT 89E-02 B 9.11 ISI-0332-C 02 RCIC TRCIC-3-005 MT&VT 89E-02 B"J B 9.11 XSI-0332-C 02 RCIC TRCIC-3-006 MT&VT 89E-02 B-J B 9.11 ISI-0332-C 02 RCIC TRCIC-3-007 MT&UT 89E-02 B-J B 9.11 ISI-0332-C 02 RECIR GR-3-01 PT&UT 89E-02 B-J B 9.11 XSZ-0328-C 01 R GR-3-02 PT&UT 89E"02 B-J B F 11 ISX-0328-C 01 GR-3-03(OL) PT&UT 89E-02 B"J B 9.11 ISI-0328-C 01 R GR-3-04 PT&UT 89E-02 B-J B 9.11 ISX-0328-C 01 RECIR GR" 3-07 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 01 RECIR GR-3-27 (OL) PT&UT 89E-02 B-J B 9.11 ISI-0328-C 02 RECIR GR-3-28 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 02 RECIR GR-3-29 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 02 RECIR GR-3-30 PT&UT 89E"02 B"J B 9.11 ISI-0328-C 02 RECIR GR-3-33 PT&UT 89E-02 B-J B 9.11 ISX-0328-C 02 RECIR GR-3-.53 (OL) PT&VT 89E-02 B-J B 9.11 ISI-0328-C 01 RECIR GR-3-54(OL) PT&UT 89E-02 B"J B 9.11 ISI-0328-C 01 RECIR GR-3-55 PT&VT 89E"02 B-J B 9.11 ISI-0328-C 01 RECIR GR-3-56 PT&UT 89E-02 B 9.11 ISI-0328-C 01 RECIR GR-3-57 (OL) PT&UT 89E-02 B 9.11 ISI-0328-C 01 RECIR GR-3-58 PT&UT 89E"02 B 9.11 ISI-0328-C 01 RECIR GR-3-59 (OL) PT&UT 89E-02 B-J B 9.11 ISX-0328-C 02 RECIR GR-3-60 (OL) PT&UT 89E-02 B-J B 9.11 ISI-0328-C 02 RECIR GR-3-61 PT&UT 89E-02 B 9.11 ISI-0328-C 02 RECIR GR-3-62 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 02 RECIR GR-3-63 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 02 RECIR GR-3-63A PT&UT 89E-02 B-J B 9.11 ISI-0328-C 02 RECIR GR-3-64 (OL) PT&UT 89E-02 B 9.11 ISI-0328-C 02 RECIR KR-3-02 PT&UT 89E-02 B-J B 9.11 ISI"0328-C 01 RECIR KR-3-24 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 02 KR-3-45 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 01 KR-3-4 6 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 01 KR-3-47 PT&UT 89E"02 B-J B 9.11 ISI-0328-C 01 RECIR KR-3-48 PT&UT 89E"02 B-J B 9.11 ISI-0328-C 01 RECIR KR-3"50 PT&UT 89E-02 B 9.11 ISI"0328-C 02 RECIR KR-3-51 PT&UT 89E-02 B 9.11 ISI-0328-C 02 10/02/96 Page 28
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System Compno Exanune th Prisime xre Codecat Itemno Exint2perjsidwgno Shno RECIR KR-3-52 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 02 RECIR RWR-3-001-G003 PT&UT 89E-02 B-J B 9.11 ISX-0328-C 01 IR RWR-3-001-G006 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 01 RWR-3-001-G009 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 01 RWR-3-001-G012 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 01 RECIR RWR-3-001-G015 PT&UT 89E-02 B-J B F 11 ISI-0328-C 01 RECI R RWR-3-001-G016 PT&UT 89E-02 B-J B 9.11 Isj-0328-C 01 RECIR RWR"3-001-G017 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 01 RECIR RWR-3-001-G018 PT&UT 89E-02 B-J B 9.11 Xsj-0328-C 01 RECIR RWR-3-001-G019 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 01 RECXR RWR-3-001-G020 PT&UT 89E-02 B-J B 9.11 XSX-0328-C 01 RECIR RWR-3-001-G021 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 01 RECIR RWR-3-001-G022 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 01 RECIR RWR-3-001-G023 PT&UT 89E-02 B-J B 9.11 Isj-0328-C Ol RECIR RWR-3-001-G024 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 01 RECIR RWR-3-001-G025 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 01 RECIR RWR-3-002-G003 PT&UT 89E-02 B-J B 9.11 'ISI-0328-C 02 RECIR RWR-3-002-G006 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 02 RECIR RWR-3-002-G009 PT&VT 89E-02 B-J B 9.11 ISI-0328-C 02 RECIR RWR-3-002-G012 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 02 RECIR RWR-3-002-G015 PT&UT 89E-02 B-J B 9.11 Isj-0328-C 02 RECIR RWR-3-002-G016 PT&UT 89E-02 B-J B 9.11 ISX-0328-C 02 RECI R RWR-3-002-G017 PT&UT 89E-02 B-J B 9.11 XSX-0328-C 02 RECIR RWR-3-002-G018 PT&UT 89E-02 B-J B 9.11 XSX-0328-C 02 RECIR RWR-3-002-G019 PT&UT 89E-02 B-J B 9.11 Xsj-0328-C 02 RECIR RWR-3-002-G020 PT&VT 89E"02 B-J B 9.11 ISI-0328-C 02 RECIR RWR-3-002-G021 PT&UT 89E-02 B 9.11 ISI-0328-C 02 R RWR-3-002-G022 PT&UT 89E-02 B 9.11 ISI"0328-C 02 RWR-3-002-G023 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 02 R RWR-3-002-G024 PT&UT 89E-02 B 9.11 ISI-0328-C 02 RECIR RWR-3-002-G025 PT&UT 89E-02 B 9.11 ISI-0328-C 02 RECIR SW-TPR-3-19 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 01 RECIR SW"TPR-3-21 PT&UT 89E-02 B-J B 9.11 ISI-0328-C 02 RHR DRHR-3-03 PT&UT 89E"02 B-J B 9.11 ISI-0330-C 01 RHR DRHR-3-03B PT&UT 89E-02 B-J B 9.11 XSI-0330-C 01 RHR DRHR-3-04 PT&UT 89E-02 B-J B F 11 ISI-0330-C 01 RHR DRHR-3-05 PT&UT 89E-02 B-J B 9.11 ISI-0330-C 01 RHR DRHR-3-06 PT&UT 89E-02 B 9.11 ISI-0330-C 01 RHR DRHR-3-07 PT&UT 89E-02 B-J B 9.11 ISI-0330-C 01 RHR DRHR-3-12 PT&VT 89E-02 B 9.11 XSI-0330-C 01 RHR DRHR-3-13 PT&UT 89E-02 B F 11 ISI-0330-C 01 RHR DRHR-3-13B PT&UT 89E-02 B F 11 ISI-0330-C 01 RHR DRHR-3-14 PT&UT 89E-02 B-J B F 11 Isj-0330-C 01 RHR DRHR-3-15 PT&UT 89E"02 B"J B F 11 ISI-0330-C 01 RHR DRHR-3-16 PT&UT 89E-02 B-J B 9.11 ISI-0330-C 01 RHR DRHR-3-19 PT&UT 89E"02 B-J B 9.11 ISI-0330-C 01 RHR DRHR-3"21 PT&UT 89E-02 B 9.11 ISI-0330-C 01 RHR DRHR-3-22 PT&UT 89E-02 B"J B 9.11 Isj-0330-C 01 RHR DRHR-3-23 PT&UT 89E-02 B-J B F 11 ISI-0330-C 01 RHR DSRHR-3-01 PT&VT 89E"02 B-J B 9.11 XSI-0330-C 01 RHR DSRHR-3-02 PT&UT 89E-02 B"J B 9.11 XSI-0330-C 01 RHR DSRHR-3-03 PT&UT 89E-02 B-J B 9,11 ISI-0330-C 01 DSRHR-3-04 PT&UT 89E-02 B-J B 9.11 Isj-0330-C 01 DSRHR-3-04A PT&UT 89E-02 B-J B 9.11 ISI-0330-C 01 RHR DSRHR-3-05 PT&UT 89E-02 B-J B 9.11 ISI-0330-C 01 RHR DSRHR-3-05A PT&VT 89E"02 B-J B 9.11 XSI-0330-C 01 RHR DSRHR"3-06 PT&UT 89E"02 B-J B 9.11 ISI-0330-C Ol 10/02/96 Page 29
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System Compno Exammeth Pri sime xre Codecat Itemno Exint2perjsidwgno Shno RHR DSRHR-3-07 PT&UT 89E-02 B-J B 9.11 ISI-0330-C 01 RHR DSRHR-3-09 PT&UT 89E-02 B-J B 9.11 ISI-0330-C 01 R DSRHR-3-10 PT&UT 89E-02 B-J B 9.11 ISI-0330-C 01 DSRHR-3-ll(OL) PT&UT 89E-02 B-J B 9.11 XSZ-0330-C Ol RHR-3-002-G001 PT&UT 89E-02 B-J B 9.11 XSI-0330-C 01 RHR RHR-3"002-G002 PT&UT 89E-02 B-J B 9.11 ISI-0330-C Ol RHR RHR-3-002-G003 PT&UT 89E-02 B-J B 9.11 ISI-0330-C 01 RHR RHR-3-002-G004 PT&UT 89E-02 B 9.11 ISI-0330-C 01 RHR TRHR-3-191 PT&UT 89E-02 B-J B 9.11 ISI-0330-C 01 RHR TRHR-3-192 MT&UT 89E-02 B-J B 9.11 XSX-0330-C 01 RHR TRHR-3-193 MT&UT 89E-02 B-J B 9.11 XSZ-0330-C 01 RHR TRHR-3-193A PT&UT 89E-02 B-J B 9.11 ISI-0330-C 01 RHR TRHR-3-194 MT&UT 89E-02 B-J B 9.11 XSI-0330-C 01 RPV N 3A-SE MT&UT 89E"02 B-J B 9.11 ISI-0329"C 01 RPV N 3B-SE MT&UT 89E-02 B-J B 9.11 ISI-0329-C 02 RPV N 3C-SE MT&UT 89E-02 B 9.11 ISX-0329-C 02 RPV N 3D-SE MT&UT 89E-02 B-.J B 9.11 ISI-0329-C 01 RPV N 4A-SE MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 RPV N 4B-SE MT&UT 89E-02 B-J B 9.11 XSI-0327-C 01 RPV N 4C-SE MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 RPV N 4D-SE MT&UT 89E-02 B-J B 9.11 XSI-0327-C 01 RPV N 4E-SE MT&UT 89E-02 B-J B 9.11 ZSZ-0327-C 01 RPV N 4F-SE MT&UT 89E-02 B-J B 9.11 ISI-0327-C 01 RPV N 6A-3-1 MT&UT 89E-02 B-J B 9.11 ISI-0295-A 01 RPV N 6B-3-1 MT&UT 89E-02 B-J B 9.11 ISI-0295-A 01 RPV N 7-3-1 MT&UT 89E-02 B-J B 9.11 ISI-0295-A 01 RWCU 3RWCU-10 MT&UT 89E"02 B-J B 9.11 ISI-0333-C 01 3RWCU-11 MT&UT 89E-02 B-J B 9.11 ISI-0333-C 01 3RWCU-12 MT&UT 89E-02 B 9.11 ISI-0333-C 01 3RWCU-13 MT&UT 89E-02 B-J B 9.11 ISX-0333-C 01 RWCU 3RWCU-14 MT&UT 89E"02 B-J B 9.11 ISI-0333-C 01 RWCU 3RWCU-15 MT&UT 89E-02 B 9.11 ISI-0333-C 01 RWCU 3RWCU-16 MT&UT 89E"02 B-J B 9.11 ISI-0333-C 01 RWCU 3RWCU-17 MT&UT 89E-02 B-J B 9.11 ISI-0333-C 01 RWCU 3RWCU-18 MT&UT 89E-02 B"J B 9.11 ISX-0333-C 01 RWCU DRWC-3-59 MT&UT 89E"02 B-J B 9.11 ZSI-0332-C 02 RWCU DRWC-3-60 MT&UT 89E-02 B-J B 9.11 ISI-0332-C 02 RWCU RWCU-3-001-G001 PT&UT 89E-02 B-J B 9.11 ISI-0332-C 01 RWCU RWCU-3-001-G011 PT&UT 89E-02 B-J B 9.11 ISI-0332-C 01 RWCU RWCU-3-001-G014 PT&UT 89E-02 B 9.11 ISI-0332-C 01 RWCU RWCU-3-001-G015 PT&UT 89E-02 B-J B 9.11 ISI-0332-C 01 RWCU RWCU-3-001-G016 PT&UT 89E"02 B 9.11 ISI-0332-C 01 RWCU RWCU-3-001-G017 PT&UT 89E-02 B 9.11 ISI-0332-C 01 RWCU RWCU-3-001-G018 PT&UT 89E-02 B-J B 9.11 ISI-0332-C 01 RWCU RWCU-3-001-G019 PT&UT 89E-02 B-J B 9.11 ISI"0332-C 01 RWCU RWCU-3-001-G020 PT&UT 89E-02 B-J B 9.11 ISI-0332-C 01 RWCU RWCU-3-001-G021 PT&UT 89E-02 B-J B 9.11 XSI-0332-C 01 RWCU RWCU-3"001-G022 PT&UT 89E-02 B-J B 9.11 ISI-0332-C 01 RWCU RWCU-3-001-G023 PT&UT 89E-02 B-J B 9.11 ISI-0332-C 01 RWCU RWCU-3-001-G024 PT&UT 89E-02 B-J B F 11 ISI-0332-C 01 RWCU RWCU-3-001-G025 PT&UT 89E-02 B-J B 9.11 ISI-0332-C 01 RWCU RWCU-3-001"G026 PT&UT 89E"02 B-J B 9.11 ISI-0332-C 01 RWCU-3"007-G001 PT&UT 89E-02 B 9.11 XSI-0333-C 01 RWCU-3-007-G003 MT&UT 89E-02 B-J B 9.11 XSX-0332-C 02 MS KMS-3-003 MT&UT 89E"02 B 9 '1 ZSX-0329-C 01 MS KMS-3-006 MT&UT 89E-02 B-J B 9.31 ISI-0329-C 01 MS KMS-3-009 MT&UT 89E-02 B-J B 9 '1 ISI-0329-C 01 10/02/96 Page 30
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Sy stem Compno Exammeth Prisime xre Codecat I temno Exint2perIsidwgno Shno MS KMS-3-012 MT&UT 89E-02 B-J B 9.31 ISI-0329-C 01 MS KMS-3-015 MT&UT 89E-02 B 9.31 ISI-0329-C 01 M KMS-3-018 MT&UT 89E-02 B 9.31 ISI-0329-C 01 KMS-3-021 MT&UT 89E"02 B-J B 9.31 ISI-0329-C 01 KMS-3-032 MT&UT 89E-02 B-J B 9.31 ISI-0329-C 02 MS KMS-3-035 MT&UT 89E-02 B-J B 9.31 ISI-0329-C 02 MS KMS-3-040 MT&UT 89E-02 B 9.31 ISX-0329-C 02 MS KMS-3-043 MT&UT 89E-02 B 9.31 ISI-0329-C 02 MS KMS-3-046 MT&UT 89E-02 B-J B 9.31 ISX-0329-C 02 MS KMS-3-049 MT&UT 89E-02 B-J B 9.31 ISI-0329-C 02 MS KMS-3-053 MT&UT 89E-02 B-J B 9.31 ISX-0329-C 02 MS KMS-3-061 MT&UT 89E-02 B-J B 9.31 ISI-0329-C 02 MS KMS-3-064 MT&UT 89E-02 B-J B 9.31 ZSI-0329-C 02 MS KMS-3-067 MT&UT 89E-02 B-J B 9.31 XSI-0329-C 02 MS KMS-3-070 MT&UT 89E"02 B-J B 9.31 ISI-0329-C 02 MS KMS-3-073 MT&UT 89E-02 B"J B 9.31 ISI-0329-C 02 MS KMS-3-083 MT&UT 89E-02 B"J B 9.31 XSI-0329-C 01 MS KMS-3-086 MT&UT 89E-02 B-J B 9.31 ISI-0329-C 01 MS KMS-3-089 MT&VT 89E-02 B 9 '1 ISI-0329-C 01 MS KMS-3-092 MT&UT 89E-02 B-J B 9.31 ISI-0329-C 01 MS KMS-3-095 MT&VT 89E-02 B-J B 9 '1 ISI-0329"C 01 MS KMS-3-098 MT&UT 89E-02 B-J B 9.31 ISI-0329-C 01 MS KMS-3-101 MT&UT 89E-02 B-J B 9.31 ISI-0329-C 01 RECIR GR-3-63B PT&UT 89E-02 B-J B 9.31 ISI-0328-C 02 RECIR KR-3-01 PT&UT 89E-02 B-J B 9.31 ISI-0328-C 01 RECIR KR-3-04 PT&UT 89E-02 B 9.31 ISX-0328-C 01 RECIR KR-3-23 PT&UT 89E"02 B 9.31 XSI-0328-C 02 R KR-3-26 PT&VT 89E-02 B-J B 9.31 ISI-0328-C 02 KR-3-49 PT&UT 89E-02 B"J B 9.31 ISI-0328-C 01 R KR-3-53 PT&UT 89E-02 B-J B 9.31 XSI-0328-C 02 RHR DSRHR-3-08 PT&UT 89E-02 B 9.31 ISI-0330-C 01 RWCU 3RWCU-19 MT&UT 89E-02 B-J B 9.31 ISI-0333-C 01 CS 3-47B458"558-IA PT/MT 89E"02 B-K-1 B 10.10 ISI-0339-C 01 CS 3-47B458-559-IA PT/MT 89E-02 B-K-1 B 10.10 ISI-0339-C 01 CS 3"47B458-560-IA PT/MT 89E-02 B-K-1 B 10.10 ISI-0339-C 01 CS 3-47B458-566-IA PT/MT 89E-02 B-K-1 B 10.10 ISX-0339-C 01 CS 3-47B458-567-IA PT/MT 89E-02 B-K-1 B 10.10 XSX-0339-C 01 CS 3-47B458-568-IA PT/MT 89E-02 B-K-1 B 10.10 XSX-0339-C 01 FW 3-47B415-34-IA PT/MT 89E-02 B-K-1 B 10.10 ISI-0336-C 01 FW 3-47B415"36-XA PT/MT 89E"02 B-K-1 B 10.10 ISI-0336-C 01 FW 3-47B415-38-IA PT/MT 89E"02 B-K-1 B 10.10 ISI-0336-C 01 FW 3-47B415-42-IA PT/MT 89E-02 B-K-1 B 10.10 ISI-0336-C 01 FW 3-47B415-47-IA PT/MT 89E-02 B-K-1 B 10.10 ISI-0336-C 01 FW 3-47B415-49-IA PT/MT 89E"02 B-K-1 B 10.10 ISI"0336-C 01 FW 3-47B415-58-IA MT 89E-02 B-K-1 B 10.10 ISI-0336-C 01 FW 3-47B415-60-IA PT/MT 89E-02 B-K-1 B 10.10 ISI-0336-C 01 FW 3-47B415-67-IA PT/MT 89E-02 B-K-1 B 10.10 ISI-0336-C 01 MS 3-47B400-101-IA PT/MT 89E-02 B-K-1 B 10.10 ISI-0338-C 02 MS 3-47B400-102-IA PT/MT 89E-02 B-K-1 B 10 '0 ISI-0338-C 02 MS 3-47B400-105-IA PT/MT 89E-02 B-K-1 B 10.10 ISI-0338-C 02 MS 3-47B400-114-IA PT/MT 89E-02 B-K-1 B 10.10 ISI-0338-C 02 MS 3-47B400-115-XA PT/MT 89E-02 B-K-1 B 10.10 ISX-0338-C 02 3-47B400-116-IA PT/MT 89E-02 B-K-1 B 10.10 ISI-0338-C 02 3-47B400-204-IA PT/MT 89E"02 B-K-1 B 10.10 XSI-0338-C 02 MS 3-47B400-68-IA PT/MT 89E-02 B-K-1 B 10.10 XSI-0338-C 01 MS 3-47B400-69-IA PT/MT 89E-02 B-K-1 B 10.10 XSI-0338 C 01 MS 3-47B400-75-IA MT 89E-02 B-K-1 B 10.10 XSI-0338-C 01 10/02/96 Page
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System Compno Exammeth Prisim exre Codecat Itemno Ex int2perjsidwgno Shno Ms 3-47B400-82-IA PT/MT 89E-02 B-K-1 B 10.10 2 ISX-0338-C 01 MS 3-47B400-83-1A PT/MT 89E-02 B-K-1 B 10.10 1 ISX-0338-C 01 MS 3-47B400-88-IA PT/MT 89E-02 B-K-1 B 10.10 2 Isj-0338-C 01 3-47B400-95-IA PT/MT 89E-02 B-K-1 B 10.10 3 XSI-0338-C 02 3-47B400-96-IA PT/MT 89E-02 B-K-1 B 10.10 2 ISX-0338-C 02 RECXR 3-47B465-455-IA PT 89E-02 B-K-1 B 10.10 3 XSI-0337-C 01 RECXR 3-47B46S-456-XA PT 89E-02 B-K-1 B 10.10 3 ISX-0337-C 01 RECIR 3-47B465-457-IA PT 89E-02 B-K-1 B 10.10 3 ISI-0337-C 01 RECIR 3-47B465-465-IA PT 89E-02 B-K-1 B 10.10 3 ISI-0337-C 01 RECIR 3-47B465-466-IA PT 89E-02 B- K-1 B 10.10 3 ISI-0337-C 01 RECIR 3-47B465-472-IA PT 89E-02 B-K-1 B 10.10 1 ISI-0337-C 02 RECIR 3-47B46S-473-IA PT 89E-02 B-K-1 B 10.10 1 ZSI-0337-C 02 RECIR 3-47B465-474-IA PT 89E-02 B-K-1 B 10.10 1 ISI-0337-C 02 RECIR 3-47B465-480-IA PT 89E-02 B-K-1 B 10.10 1 ISI-0337-C 02 RECIR 3-47B465-481-IA PT 89E-02 B-K-1 B 10.10 2 ISZ-0337-C 02 RECIR 3-47B465-482-IA PT 89E-02 B-K-1 B 10.10 2 XSI-0337-C 02 RECIR 3-47B465-534-IA PT 89E-02 B" K-1 B 10.10 3 ISX-0337-C 02 RECIR 3-47B465-545-IA PT 89E-02 B-K-1 B 10.10 3 ISI-0337-C 01 RHR 3-47B452-3041-IA PT 89E-02 B-K-1 B 10.10 3 ISI-0340-C 01 RHR 3-47B452-3042-IA PT 89E"02 B-K-1 B 10 '0 2 ISZ-0340-C 01 RHR 3-47B452-3043-XA PT 89E-02 B-K-1 B 10.10 3 XSI-0340-C 01 RHR 3-47B452-3044-IA PT 89E-02 B-K-1 B 10.10 2 ISI-0340-C 01 RHR 3-47B452-3047-XA PT 89E-02 B-K-1 B 10.10 1 XSI-0340-C 01 RWCU 3-47B406-286-IA PT 89E-02 B-K-1 B 10.10 2 XSI-0334-C 01 RECIR 3-47B465-497"IA PT 89E-02 B-K-1 B 10.20 3 ISI-0337-C 02 RECXR 3-47B46S-498-IA PT 89E-02 B-K-1 B 10.20 3 ISI-0337-C 02 RECIR 3-47B465-499-IA PT 89E-02 B-K-1 B 10.20 3 Isj-0337-C 02 R 3-47B465-513-IA PT 89E-02 B-K-1 B 10.20 2 ISX-0337-C 01 3-47B465-514-IA PT 89E-02 B-K-1 B 10.20 2 ISI-0337-C 01 R 3-47B465-515-IA PT 89E"02 B-K-1 B 10.20 2 ISX-0337-C 01 FW 3-47B415-41-IA PT/MT 89E-02 B-K-1 B 10.30 2 ZSI-0336-C 01 FW 3-47B415-44-IA PT/MT 89E"02 B-K-1 B 10.30 1 XSZ-0336-C 01 RECIR PMP-3A-INTERIOR VT-3 89E-02 B-L-2 B 12.20 IS1-0413-C 01 RECIR PMP-3B"INTERIOR VT-3 89E-02 B-L-2 B 12.20 ISX-0413-C 01 Cs FCV75-25 VT-3 89E-02 B-M-2 B12.50 XSI-0331-C 01 Cs FCV75-26 VT-3 89E-02 B-M-2 B12.50 XSI-0331-C 01 Cs FCV75-53 VT-3 89E-02 B-M-2 B12.50 ISI-0331-C 01 Cs FCV75-54 VT-3 89E-02 B-M-2 B12.50 ISI-0331-C 01 Cs HCV75-27 VT-3 89E-02 B-M-2 B12.50 ISI-0331-C 01 Cs HCV75-55 VT-3 89E-02 B-M-2 B12.50 ISX-0331-C 01 FW 3-554 VT-3 89E-02 B-M-2 B12.50 ISI-0327-C 01 FW 3-558 VT-3 89E-02 B-M-2 B12.50 ISI-0327-C 01 FW 3-568 VT-3 89E-02 B-M-2 B12.50 ISX-0327-C 01 FW 3-572 VT-3 89E-02 B-M-2 B12.50 ISX-0327-C 01 FW HCV 3-66 VT-3 89E-02 B-M-2 B12.50 ISI-0327-C 01 FW HCV 3-67 VT-3 89E-02 B-M-2 B12.50 ISX-0327-C 01 HPCI FCV73-02 VT-3 89E-02 B-M-2 B12 50
~ ISI-0333-C 01 HPCI FCV73-03 VT-3 89E"02 B-M-2 B12.50 ISI-0333-C 01 HPCZ FCV73-45 VT-3 89E-02 B-M-2 B12.50 ISI-0333-C 01 Ms FCV 1-14 VT-3 89E-02 B-M-2 B12.50 ISI-0329-C 01 Ms FCV 1-15 VT-3 89E-02 B-M-2 B12.50 Isx-0329-C 01 Ms FCV 1-26 VT-3 89E"02 B-M-2 B12.50 Isj-0329-C 02 FCV 1-27 VT-3 89E-02 B-M-2 B12.50 XSX-0329-C 02 FCV 1-37 VT-3 89E-02 B-M-2 B12.50 ISI-0329-C 02 M FCV 1-38 VT-3 89E-02 B-M-2 B12 50
~ ZSZ-0329-C 02 MS FCV 1-51 VT-3 89E-02 B-M-2 B12.50 ISI-0329-C 01 MS FCV 1-52 VT-3 89E-02 B-M-2 B12.50 ISI-0329-C 01 10/02/96 Page 32
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System Compno Exammeth Prisime xre Codecat I temno Exint2perXsidwgno Shno MS PCV 1-004 VT-3 89E-02 B-M-2 B12.50 ISI-0313-B 01 MS PCV 1-005 VT-3 89E-02 B-M-2 B12.50 ISI-0313-B 01 M PCV 1-018 VT-3 89E-02 B-M-2 B12.50 ISI-0313-B 01 PCV 1-019 VT-3 89E-02 B-M-2 B12.50 ZSX-0313-B 01 PCV 1-022 VT-3 89E-02 B.-M-2 B12.50 I SI-0313-B 01 MS PCV 1-023 VT-3 89E-02 B-M"2 B12.50 ISI-0313-B 01 MS PCV 1-030 VT-3 89E-02 B-M-2 B12.50 ISI-0313-B 01 MS PCV 1-031 VT-3 89E-02 B-M-2 B12.50 XSI-0313-B Ol MS PCV 1-034 VT-3 89E-02 B-M-2 B12.50 XSI-0313-B 01 MS PCV 1-041 VT-3 89E-02 B-M-2 B12.50 XSI-0313-B 01 MS PCV 1-042 VT-3 89E-02 B"M-2 B12.50 ISI-0313-B 01 MS PCV 1-179 VT-3 89E-02 B-M"2 B12.50 ISX-0313-B 01 MS PCV 1-180 VT-3 89E-02 B-M-2 B12.50 ISI-0313-B 01 RCIC FCV71-40 VT-3 89E-02 B-M-2 B12.50. XSI-0332-C 02 RECIR FCV68-01 VT-3 89E"02 B-M-2 B12.50 ISI-0328-C 01 RECIR FCV68-03 VT-3 89E-02 B"M-2 B12.50 ISI-0328-C 01 RECIR FCV68-77 VT-3 89E-02 B-M-2 B12.50 ISX-0328-C 02 RECIR FCV68-79 VT-3 89E-02 B-M-2 B12.50 ISI-0328-C 02 RHR FCV74-47 VT-3 89E-02 B-M-2 B12.50 ISI-0330-C 01 RHR FCV74"48 VT-3 89E-02 B-M-2 B12.50 ISI-0330-C 01 RHR FCV74-53 VT-3 89E-02 B-M-2 B12.50 ISI-0330-C 01 RHR FCV74-54 VT-3 89E-02 B-M-2 B12.50 ISI-0330-C 01 RHR FCV74-67 VT-3 89E-02 B-M-2 B12.50 ISX-0330-C 01 RHR FCV74-68 VT-3 89E-02 B-M-2 B12.50 ISX-0330-C 01 RHR HCV74-49 VT-3 89E-02 B-M-2 B12.50 ISI-0330-C 01 RHR HCV74-55 VT-3 89E-02 B-M-2 B12.50 ISI-0330-C 01 RHR HCV74-69 VT-3 89E-02 B-M-2 B12.50 XSX-0330-C 01 69-500 VT-3 89E-02 B"M-2 B12.50 ISI-0332-C 01 FCV69-01 VT-3 89E-02 B"M"2 B12.50 ISX-0332-C 01 FCV69-02 VT-3 89E"02 B-M-2 B12.50 ISI-0332-C 01 RPV RPV INTERXOR VT-3 89E-02 B-N-1 B 13.10 li2I3 ISI-0220-C 02 RPV RPV INT ATT BLR VT-1 89E"02 B-N-2 B 13.20 3 ISI-0220-C 02 RPV RPV INT ATT NBLR VT-3 89E-02 B-N-2 B 13.30 3 ISI-0220-C 02 RPV RPV CORE SU PPORT VT-3 89E-02 B-N-2 B 13.40 3 ISI-0220-C 02 RPV CRDW-3-0219 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RPV CRDW-3-0223 PT 89E-02 B-0 B14.10 ISX-0293-C 01 RPV CRDW-3-0227 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RPV CRDW-3-0231 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RPV CRDW-3-0235 PT 89E"02 B-0 B14.10 ISI-0293-C 01 RPV CRDW-3-0239 PT 89E"02 B-0 B14 10
~ ISI-0293-C 01 RPV CRDW-3-0243 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RPV CRDW-3-0615 PT 89E-02 B-0 B14 10
~ ISI-0293-C 01 RPV CRDW-3-0647 PT 89E"02 B-0 B14 10
~ ISI-0293-C 01 RPV CRDW-3-1011 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RPV CRDW-3-1051 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RPV CRDW"3"1407 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RPV CRDW-3-1455 PT 89E-02 B-0 B14.10 ISI-0293-C 01
'PV CRDW-3-1803 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RPV CRDW-3-1859 PT 89E-02 B"0 B14.10 ISI-0293-C 01 RPV CRDW-3-2203 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RPV CRDW-3-2259 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RPV CRDW-3-2603 PT 89E-02 B-0 B14.10 ISI-0293-C 01 CRDW-3-2659 PT 89E-02 B-0 B14.10 ISI-0293-C 01 CRDW-3-3003 PT 89E-02 B-0 B14.10 XSI-0293-C 01 R& CRDW-3-3059 PT 89E-02 B-0 B14.10 ISX-0293-C 01 RPV CRDW-3-3403 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RPV CRDW"3"3459 PT 89E-02 B-0 B14.10 ISI-0293-C 01 10/02/96 Page 33
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System Compno Exammeth Prisime xre Codecat Itemno Exint2perjsidwgno Shno RPV CRDW-3-3803 PT 89E-02 B-0 B14 10
~ ISI-0293-C 01 RPV CRDW-3-3859 PT 89E-02 B-0 B14.10 ISI-0293-C 01 CRDW-3-4203 PT 89E-02 B-0 B14.10 ISI-0293-C 01 CRDW-3-4259 PT 89E-02 B-0 B14.10 ISX-0293-C 01 CRDW-3-4607 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RPV CRDW-3-4655 PT 89E"02 B-0 B14.10 XSI-0293-C 01 RPV CRDW-3-5011 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RPV CRDW-3-,5051 PT 89E-02 B-0 B14.10 XSI-0293-C 01 RPV CRDW-3-5415 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RPV CRDW-3-5447 PT 89E-02 B-0 B14 10
~ ISX-0293-C 01 RPV CRDW-3-5819 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RPV CRDW-3-5823 PT 89E-02 B-0 B14.10 ISI-0293-C '01 RPV CRDW-3-5827 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RPV CRDW-3-5831 PT 89E-02 B-0 B14.10 ISI-0293-C Ol RPV CRDW-3-5835 PT 89E-02 B-0 B14.10 ISX-0293-C 01 RPV CRDW-3-5839 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RPV CRDW-3-5843 PT 89E-02 B-0 B14.10 ISI-0293-C 01 RHR RHRG-3-07A UT 89E-02 C-A C1.10 ISI-0422-C 01 RHR RHRG-3-07B UT 89E-02 C-A C1.10 ISI-0422-C 01 RHR RHRG-3-07C UT 89E-02 C-A C1.10 ISI-0422-C 01 RHR RHRG-3-07D UT 89E-02 C-A C1.10 ISI-0422-C 01 RHR RHRG-3-08A UT 89E-02 C-A C1.10 ISI-0422-C 01 RHR RHRG-3-08B UT 89E-02 C-A C1.10 ISX-0422-C 01 RHR RHRG"3-08C UT 89E-02 C-A C1.10 ISI-0422-C 01 RHR RHRG-3-08D UT 89E-02 C-A C1.10 ISX-0422-C 01 RHR RHRG-3-09A UT 89E-02 C-A C1.10 ISI-0422-C Ol RHR RHRG-3-09B UT 89E-02 C-A Cl.lo ISI-0422-C 01 RHRG-3-09C UT 89E-02 C-A C1.10 ISI-0422-C Ol RHRG-3-09D UT 89E-02 C-A C1.10 ISI-0422-C 01
. RHRG-3-10A UT 89E-02 C-A C1.20 ISI-0422-C 01 RHR RHRG-3-10B UT 89E-02 C-A C1.20 ISI-0422-C 01 RHR RHRG-3-10C UT 89E-02 C-A C1.20 ISI-0422-C 01 RHR RHRG-3-10D UT 89E-02 C A C1.20 ISI-0422-C Ol RHR RHRG-3-05A-A MT 89E-02 C-B C2.31 ISI-0422-C Ol RHR RHRG-3-05A-B MT 89E"02 C-B C2.31 ISI-0422-C 01 RHR RHRG-3-05A-C MT 89E-02 C-B C2.31 ISI-0422-C 01 RHR RHRG-3-05A"D MT 89E"02 C-B C2.31 ISI-0422-C 01 RHR RHRG-3-05B-A MT 89E-02 C" B C2.31 ISX-0422-C 01 RHR RHRG-3-05B-B MT 89E-02 C-B C2.31 ISX-0422-C 01 RHR RHRG-3-05B-C MT 89E-02 C-B C2.31 ISI-0422-C 01 RHR RHRG-3-05B-D MT 89E-02 C-B C2.31 ISI-0422-C 01 RHR RHRG-3-06A-A MT 89E-02 C-B C2.31 ISI-0422-C 01 RHR RHRG-3-06A-B MT 89E-02 C-B C2.31 ISI-0422-C 01 RHR RHRG-3-06A"C MT 89E-02 C-B C2.31 ISI-0422-C 01 RHR RHRG-3-06A-D MT 89E-02 C-B C2.31 ISI-0422-C 01 RHR RHRG-3-06B-A MT 89E-02 C-B C2.31 ISX-0422-C 01 RHR RHRG-3-06B-B MT 89E-02 C" B C2.31 ISI-0422-C 01 RHR RHRG-3-06B-C MT 89E-02 C-B C2.31 ISI"0422-C 01
,RHRG-3-06B-D 89E-02 C-B C2.31 ISI-0422-C 01 t
RHR MT RHR RHRG-3-05-A VT-2 89E-02 C-B C2.33 ISI-0422-C 01 RHRG-3-05-B VT-2 89E-02 C-B C2.33 1/2/3 XSX-0422-C 01 RHRG-3-05-C VT-2 89E-02 C-B C2 33
~ ISX-0422-C 01 RHRG-3-05-D VT-2 89E-02 C-B C2.33 XSI-0422-C 01 RHRG-3-06-A VT-2 89E-02 C-B C2 33
~ ISI-0422-C 01 RHRG-3 B VT-2 89E-02 C-B C2.33 1/2/3 XSI-0422-C 01 RHRG-3-06-C VT-2 89E-02 C-B C2.33 ISI-0422-C 01 RHR RHRG-3-06-D VT-2 89E-02 C-B C2.33 ISI-0422-C 01 10/02/96 Page
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System Compno Exammeth Prisime xre Codecat Itemno Exint2perjsidwgno Shno RHR RHRG-3-12-A-IA MT 89E-02 C-C C3.10 'ISI-0422-C 01 RHR RHRG-3-12-B-IA MT 89E-02 C-C C3.10 ISI-0422-C 01 RHRG-3-12-C-IA MT 89E-02 C-C C3.10 XSI-0422-C 01 RHRG-3-12-D-IA MT 89E-02 C-C C3.10 ISI-0422-C 01 RHRG-3-13-A-IA MT 89E-02 C-C C3.10 ISI-0422-C 01 RHR RHRG-3-13-B-IA MT 89E-02 C"C C3.10 ISI-0422-C 01 RHR RHRG-3-13-C-IA MT 89E-02 C-C C3.10 XSI-0422-C 01 RHR RHRG-3-13-D-IA MT 89E-02 C-C C3.10 ISI-0422-C 01 RHR RHRG-3-14-A-XA MT 89E-02 C-C C3.10 XSI-0422-C 01 RHR RHRG-3-14-B-IA MT 89E-02 , C-C C3.10 ISI-0422-C Ol RHR RHRG-3-14-C-IA MT 89E-02 C-C C3.10 ISI-0422-C 01 RHR RHRG-3-14-D-IA MT 89E-02 C-C C3.10 XSX-0422-C 01 CRD 3-47B468-252-IA MT 89E-02 C-C C3.20 ISX-0144-C 02 CRD 3-47B468-259-XA MT 89E-02 C-C C3.20 ISX-0144-C 02 CRD 3-47B468-301-IA MT 89E-02 C-C C3.20 ISI-0144-C 01 CS 3-47B458-151-IA MT 89E-02 C-C C3.20 ISI-0104"C 02 CS 3-47B458-156-IA MT 89E-02 C-C C3.20 ISX-0104-C 01 CS 3-47B458-164-IA MT 89E-02 C-C C3.20 ISX-0104-C 01 CS 3-47B458-169-XA MT 89E-02 C-C C3.20 ISI-0104-C 02 HPCX 3-47B455-626-IA MT 89E-02 C-C C3.20 CHM"2413-C 02 HPCI 3-47B455-631-ZA MT 89E"02 C-C C3.20 CHM-2413-C 03 HPCI 3-47B455-654-XA MT. 89E-02 C-C C3.20 CHM-24 13-C 02 MS 3-47B400-206-IA MT 89E"02 C-C C3.20 ISI-0355-C 01 MS 3-47B400-79-XA MT 89E-02 C-C C3.20 ISI-0355-C 01 MS 3-47B400-81-IA MT 89E-02 C-C C3.20 ISI-0355-C 01 MS 3-47B400-94-IA MT 89E-02 C-C C3.20 ISI-0355-C 01 MS MS-3-H-13-IA MT 89E-02 C-C C3.20 ISI-0355-C 01 MS-3-H-14-IA MT 89E-02 C-C C3.20 ISI-0355-C 01 MS-3-H-15-IA MT 89E-02 C-C C3.20 ISI-0355-C 01 MS-3-H-16-IA
'T 89E-02 C-C C3.20 ISI-0355-C 01 MS MS-3-H-17-XA MT 89E-02 C-C C3.20 ISI-0355-C Ol MS MS-3-H-18-IA MT 89E-02 C-C C3.20 ISI-0355-C 01 MS MS-3-H"19-IA MT 89E"02 C-C C3.20 XSI-0355-C 01 RHR 3-47B452-1380-IA MT 89E-02 C-C C3.20 ISI-0395-C 07 RHR 3-47B452-1383-IA MT 89E-02 C-C C3.20 ISI-0395-C 07 RHR 3-47B452-1384-.IA MT 89E-02 C-C C3.20 XSI-0395-C 07 RHR 3-47B452-1385-IA MT 89E-02 C-C C3.20 ISI-0395-C 07 RHR 3-47B452-1389-IA MT 89E-02 C-C C3.20 XSI-0395-C 07 RHR 3-47B452-1400-IA MT 89E-02 C-C C3.20 ISI-0395-C 02 RHR 3-47B452-1444-IA MT 89E-02 C-C C3.20 ISI-0395-C 05 RHR 3-47B452-1451-IA ST 89E"02 C-C C3.20 XSI-0395-C 09 RHR 3-47B452-1453"XA MT 89E-02 C-C C3.20 XSI-0395-C 09 RHR 3-47B452-1457-XA ST 89E-02 C-C C3.20 ISI-0395-C 09 RHR 3-47B452-1458-XA MT 89E-02 C-C C3.20 ISI-0395-C 09 RHR 3-47B452"1474-IA MT 89E-02 C-C C3.20 ISI-0395-C 09 RHR 3-47B452-1486-IA ST 89E-02 C-C C3.20 ISI-0395-C 11 RHR 3-47B452-1487-IA MT 89E-02 C-C C3.20 XSI-0395-C 11 RHR 3-47B452-1491-IA ST 89E-02 C-C C3.20 ISI-0395-C 11 RHR 3-47B452-1494-IA MT 89E-02 C-C C3.20 ISI-0395-C 11 RHR 3-47B452-1495-IA MT 89E-02 C-C C3.20 ISI-0395-C 06 RHR 3-47B452-1496-IA MT 89E-02 C-C C3.20 ISI-0395-C 06 RHR 3-47B452-1543-IA MT 89E-02 C-C C3.20 IS I-0395- C 08 3-47B452-1545-IA MT 89E-02 C-C C3.20 ZSX-0395-C 08 3-47B452-1547-IA MT 89E-02 C-C C3.20 XSX-0395-C 10 RHR 3-47B452-1550-IA MT 89E-02 C" C C3.20 ISI-0395-C 08 RHR 3-47B452-1557-IA MT 89E-02 C-C C3.20 ISI"0395-C 10 RHR 3-47B452-3187-IA MT 89E-02 C-C C3.20 ISI-0395-C 16 10/02/96 Page 35
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System Compno Exammeth Prisime xre Codecat Itemno xint2perZ sidwgno Shno RHR 3-47B452-3188-IA MT 89E-02 C-C C3.20 2 ISI-0395-C 14 RHR 3-47B452-3189-IA MT 89E-02 C-C C3.20 3 ISX-0395-C 16 3-47B452-3190-XA MT 89E-02 C-C C3.20 3 ISI-0395-C 14 3-47B452-430-IA MT 89E-02 C-C C3.20 3 ZSI-0395-C 12 RHR-3-H-145-IA MT 89E-02 C-C C3.20 2 ISI-0395-C 13 RHR RHR-3-H-146-XA MT 89E-02 C-C C3.20 1 ISI-0395-C 12 RHR RHR-3-H-157-IA MT 89E-02 C-C C3 20
~ 3 XSI-0395-C 10 RHR RHR-3-R-062-IA MT 89E-02 C-C C3.20 3 ISI-0395-C 13 CS DCS-3-10 PT&UT 89E-02 C-F-1 C 5.11 2 ISI-0102-C 02 CS DCS-3-11 PT&UT 89E-02 C-F-1 C 5.11 2 ISI-0102-C 02 CS DSCS-3-14 PT&UT 89E-02 C-F-1 C 5.11 2 ISI-0102-C 02 CS TCS-3-205 PT&UT 89E-02 C-F-1 C 5.11 2 ISI-0102-C Ol CS TCS-3-206 PT&UT 89E-02 C-F-1 C 5.11 1 ISI-0102-C 01 CS TCS-3-207 PT&UT 89E-02 C-F-1 C 5.11 1 ISX-0102-C 01 HPCZ SHPCI-3-06 PT&UT 89E-02 C-F-1 C 5.11 3 CHM-2407-C 02 HPCI SHPCI-3-07 PT&UT 89E-02 C-F-1 C 5.11 3 CHM-2407-C 02 HPCZ SHPCI-3-08 PT&UT 89E-02 C-F-1 C 5.11 3 CHM-2407-C 02 HPCI SHPCI-3-09 PT&UT 89E-02 C- F-1 C 5.11 3 CHM-2407-C 02 HPCI SHPCI-3-10 PT&UT 89E-02 C-F-1 C 5.11 3 CHM-2407-C 02 RHR DRHR-3-02 PT&UT 89E-02 C-F-1 C 5.11 1 ISX-0393-C 10 RHR DRHR-3-11 PT&UT 89E-02 C-F-1 C 5.11 1 ISZ-0393-C 11 CRD RCRD-3-Al MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 02 CRD RCRD-3-A10 MT&UT 89E-02 C-F-2 C 5.51 XSI-0143-C 02 CRD RCRD-3-All MT&PT 89E-02 C-F-2 C 5.51 XSX-0143-C 02 CRD RCRD"3-A2 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 02 CRD RCRD-3-A3 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 02 CRD RCRD-3-A4 MT&UT 89E-02 C-F-2 C 5.51 ISX-0143-C 02 RCRD-3-A6 MT&VT 89E-02 C-F-2 C 5.51 ISI"0143-C 02 RCRD-3-A7 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 02 RCRD-3-A8 MT&UT 89E-02 C-F-2 C '5. 51 ISI-0143-C 02 CRD RCRD-3-A9 MT&UT 89E"02 C-F-2 C 5.51 ISI-0143-C 02 CRD RCRD-3-Bl MT&UT 89E-02 C- F-2 C'. 51 XSI-0143-C 02 CRD RCRD-3-Blo MT&VT 89E-02 C- F-2 C 5.51 ISZ-0143-C 02 CRD RCRD-3-Bll MT&UT 89E"02 C- F-2 C 5.51 ISI-0143-C 02 CRD RCRD-3-B2 MT&UT 89E-02 C" F-2 C 5.51 ISZ-0143-C 02 CRD RCRD-3-B3 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 02 CRD RCRD-3-B4 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 02 CRD RCRD-3-B6 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 02 CRD RCRD-3-B7 MT&UT 89E"02 C" F-2 C 5 '1 ISI-0143-C 02 CRD RCRD-3-B8 MT&UT 89E-02 C-F" 2 c 5.51 XSI-0143-C 02 CRD RCRD-3-B9 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 02 CRD RCRD-3-Cl MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 01 CRD RCRD-3-Clo MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 01 CRD RCRD"3"Cll MT&UT 89E-02 C" F-2 C 5.51 ISI-0143-C 01 CRD RCRD"3-C2 MT&VT 89E-02 C- F-2 C 5.51 ISI-0143-C 01 CRD RCRD-3-C3 MT&UT 89E-02 C-F-2 C 5.51 ISX-0143-C 01 CRD RCRD-3-C4 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 01 CRD RCRD-3-C6 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 01 CRD RCRD-3-Cj MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 01 CRD RCRD"3-C8 MT&VT 89E-02 C-F" 2 C 5.51 ISI-0143-C 01 CRD RCRD-3-C9 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 01 CRD RCRD-3-Dl MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 01 RCRD-3-D2 MT&VT 89E-02 C-F-2 C 5.51 ISI-0143-C 01 RCRD-3-D8 MT&UT 89E-02 C" F-2 C 5.51 ISI-0143-C 01 CRD RCRD-3"D9 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 01 CRD TCRD-3-1 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 02 CRD TCRD-3-101 MT&UT 89E-02 C-F"2 C 5 '1 ISI"0143-C 02 10/02/96 36
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Syst em Compno Exammeth Pri aim exre Codecat I temno Exi nt2perjsi dwgno Shno CRD TCRD-3-11 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 01 CRD TCRD-3-13 MT&UT 89E-02 C- F-2 C 5.51 ISI-0143-C 01 TCRD-3-15 MT&UT 89E"02 C-F-2 C 5.51 ISX-0143-C 01 TCRD-3-21 MT&UT 89E-02 C- F-2 C 5.51 ISI-0143-C 01 TCRD-3-21A MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 01 CRD TCRD-3-22 MT&UT 89E-02 C-F-2 C 5.51 ISX-0143-C 01 CRD TCRD-3-22A MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 01 CRD TCRD-3-23 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 01 CRD TCRD-3-24 MT&UT 89E-02 C-F-2 C 5.51 Isj-0143-C 01 CRD TCRD-3-25A MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 01 CRD TCRD-3-25X MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 01 CRD TCRD-3-26 MT&UT 89E-02 C-F-2 C 5.51 IS I-'0143-C 01 CRD TCRD-3-26A MT&UT 89E"02 C-F-2 C 5.51 ISI-0143-C 01 CRD TCRD-3-27 MT&UT 89E"02 C-F-2 C 5.51 ISI-0143-C 01 CRD TCRD-3-27A ;MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 01 CRD TCRD-3-28A MT&UT 89E-02 C-F-2 C 5.51 ZSI-0143-C 02 CRD TCRD-3-28X MT&UT 89E-02 C-F-2 C 5.51 ISX-0143-C 02 CRD TCRD-3-29 MT&UT 89E-02 C-F-2 C 5 '1 Isj-0143-C 02 CRD TCRD-3-29A MT&UT 89E-02 C- F-2 C 5.51 ISI-0143-C 02 CRD TCRD-3-3 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 02 CRD TCRD-3-30 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 02 CRD TCRD-3-30A MT&UT 89E-02 C-F-2 C 5.51 ISI-0143"C 02 CRD TCRD-3-31 MT&VT 89E-02 C-F-2 C 5.51 ISI-0143-C 02 CRD TCRD-3-33 MT&UT 89E-02 C-F-2 C 5.51 XSI-0143-C 02 CRD TCRD-3-34 MT&UT 89E-02 C-F-,2 C 5.51 XSX-0143-C 02 CRD TCRD"3-35 MT&UT 89E-02 C-F-2 C 5.51 ISX-0143-C 02 CRD TCRD-3-36 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C Ol TCRD-3-37 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C Ol TCRD-3-38 MT&UT 89E-02 C-F-2 C 5.51 Isj-0143-C 01 TCRD-3-39 MT&UT 89E-02 C-F-2 C 5.51 Isj-0143-C 01 CRD TCRD-3-,39B MT&UT 89E-02 C-F-2 C 5 '1 ISI-0143-C 01 CRD TCRD-3-5 MT&UT 89E-02 C-F" 2 C 5.51 ISI-0143-C 02 CRD TCRD-3-7 MT&UT 89E-02 C-F-2 C 5.51 ISI-0143-C 02 CRD TCRD-3-9 MT&UT 89E"02 C-F-2 C 5.51 ISI-0143-C 01 Cs TCS-3-002 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102"C 02 Cs TCS-3-003 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs TCS-3-004 MT&UT 89E-02 C-F-2 C 5.51 ISX-0102-C 02 Cs TCS-3-005 MT&UT 89E"02 C-F-2 C 5.51 ISX-0102-C 02 Cs TCS-3-006 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs TCS-3-007 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs TCS-3-008 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs TCS-3-009 MT&UT 89E-02 C-F-2 C 5 '1 ISI-0102-C 02 Cs TCS-3-010 MT&UT 89E-02 C-F-2 C 5.51 ISX-0102-C 02 Cs TCS-3-012 MT&UT 89E"02 C-F-2 C 5.51 ISI-0102-C 02 CS TCS-3-014 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-,C 02 Cs TCS-3-014A MT&UT 89E-02 C-F-2 C 5 '1 ISI-0102-C 02 Cs TCS-3-014B MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs TCS-3-014C MT&UT 89E"02 C-F-2 C 5.51 ISI"0102-C 02 Cs TCS-3-015 MT&UT 89E-02 C-F-2 C 5 '1 ISX-0102-C 02 Cs TCS-3-016 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs TCS-3-017 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs TCS-3-018 MT&VT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 TCS-3-019 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 TCS-3-020 MT&VT 89E-02 C-F" 2 C 5.51 Isj-0102-C 02 Cs TCS-3-021 MT&UT 89E"02 C-F-2 C 5.51 ISI-0102-C 02 Cs TCS-3-021A MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs TCS-3-021B MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 10/02/96 Page 37
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System Compno Exammeth Prisimexre Codecat I temno Exint2perIsidwgno Shno Cs Tcs-3-022 MT&VT 89E-02 C- F-2 C 5.51 ISI-0102-C 02 Cs Tcs-3-042 MT&UT 89E"02 C- F-2 C 5.51 ISI-0102-C 02 C Tcs-3-043 MT&UT 89E"02 C-F-2 C 5.51 ZSZ-0102-C 02 TCS-3-044 MT&UT 89E"02 C-F-2 C 5.51 ZSI-0102-C 02 Tcs-3-045 MT&UT 89E-02 C-F-2 c 5.51 ISI-0102-C 02 Cs Tcs-3-046 MT&UT 89E-02 C-F-2 C 5.51 ZSI-0102-C 02 Cs Tcs-3-047 MT&UT 89E-02 C-F-2 C 5.51 ZSI-0102-C 02 Cs Tcs-3-047A MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs Tcs-3-048 MT&UT 89E-02 C-F-2 C 5.51 ISX-0102-C 02 Cs Tcs-3-049 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs Tcs-3-050 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs Tcs-3-051 MT&UT 89E-02 C-F-2 C 5.51 XSI-0102-C 02 Cs Tcs-3-052 MT&VT 89E-02 C-F-2 C 5.51 ZSI-0102-C 02 Cs Tcs-3-053 MT&UT 89E-02 C-F-2 C 5.51 ISI-. 0102-C 02 Cs Tcs-3-054 MT&UT 89E"02 C-F-2 C 5.51 ZSI-0102-C 02 Cs Tcs-3-055 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs TCS-3-056 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs Tcs-3-057 MT&UT 89E-02 C" F-2 C 5 F 51 ZSI-0102-C 02 Cs TCS-3-058 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs Tcs-3-059 MT&UT 89E-02 C-F-2 c 5.51 ISI-0102-C 02 Cs TCS-3-060 MT&VT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs Tcs-3-061 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs TCS-3-062 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs TCS-3-063 MT&UT 89E-02 C-F-2 C 5.51 ISX-0102-C 02 Cs TCS-3-064 MT&VT 89E-02 C" F-2 C 5.51 ZSI-0102-C 02 Cs Tcs-3-065 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs TCS-3-066 MT&UT 89E-02 C-F-2 C 5 F 51 ISI-0102-C 02 Tcs-3-067 MT&UT 89E"02 C-F-2 C 5 51 F Isj-0102-C 02 Tcs-3-083 MT&UT 89E-02 C-F-2 c 5.51 ISI-0102-C 02 Tcs-3-084 MT&UT 89E-02 C-F-2 C 5.51 XSI-0102-C 02 '2 Cs Tcs-3-085 MT&UT 89E-02 C-F-2 C 5.51 XSI-0102-C Cs Tcs-3-086 MT&UT 89E"02 C-F-2 C 5.51 ISI-0102-C 02 Cs Tcs-3-087 MT&UT 89E"02 C-F-2 C 5.51 ISI-0102-C 02 Cs Tcs-3-087A MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs Tcs"3-088 MT&VT 89E-02 C-F" 2 C 5.51 ISI-0102-C 02 Cs Tcs-3-089 MT&UT 89E-02 C-F-2 C 5.51 ISX-0102-C 02 Cs Tcs-3-090 MT&UT 89E-02 C" F-2 C 5.51 Isj-01'02-C 02 Cs Tcs-3-090A MT&UT 89E-02 C" F-2 C 5.51 ISI-0102-C 02 Cs TCS-3-091 MT&UT 89E"02 C-F-2 C 5.51 ISI-0102-C 02 Cs Tcs-3-092 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs Tcs-3-093 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs Tcs-3-094 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs Tcs-3-095 MT&VT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 Cs TCS-3-096 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 Cs Tcs-3-096A MT&UT 89E-02 C-F-2 C 5.51 ZSI-0102-C 01 Cs Tcs-3-097 MT&UT 89E"02 C-F-2 C 5.51 Isj-0102-C 01 Cs Tcs-3-098 MT&UT 89E-02 C-F"2 C 5.51 ISX"0102-C 01 Cs TCS"3-102 MT&U'g 89E-02 C" F" 2 C 5.51 ZSI-0102-C Ol Cs Tcs-3-103 MT&UT 89E-02 C-F-2 C 5.51 ISZ-0102-C 01 Cs Tcs-3-104 MT&VT 89E-02 C-F-2 C 5.51 Isj-0102-C 01 Cs Tcs-3-105 MT&UT 89E-02 C-F" 2 C 5.51 ISI-0102-C 01 Cs TCS-3-106 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 Tcs-3-108 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 Tcs-3-109 MT&UT 89E-02 C-F-2 C 5.51 XSI-0102-C Ol Cs Tcs-3-110 MT&VT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 Cs Tcs-3-111 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 Cs Tcs-3-112 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 10/02/96 Page 38
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System Compno Exammeth Prisim exre Codecat Xtemno Exint2perIsidwgno Shno CS TCS-3-114 MT&VT 89E"02 C-F-2 C 5.51 XSI-0102-C 01 CS TCS-3-116 MT&UT 89E-02 C-F-2 C 5.51 ISX-0102-C 01 CS TCS-3-116A MT&UT 89E-02 C-F-2 C 5.51 XSX-0102-C 01 TCS-3-116B MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 TCS-3-116C MT&UT 89E"02 C-F-2 C 5.51 XSI-0102-C 01 CS TCS-3-117 MT&UT 89E"02 C-F" 2 C 5.51 ISI-0102-C 01 CS TCS-3-118 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS 3-119 MT&UT 89E-02 C" F-2 C 5.51 XSX-0102-C 01 CS TCS-3-120 MT&UT 89E"02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-121 MT&UT 89E-02 C-F" 2 C 5.51 ISI-0102-C 01 CS TCS-3-122 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-123 MT&UT 89E-02 C" F-2 C 5.51 ISI-0102-C 01 CS TCS-3-123A MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-123B MT&UT 89E-02 C-F-2 C 5.51 XSX-0102-C 01 CS TCS-3-124 MT&UT 89E-02 C- F-2 C 5.51 XSX-0102-C Ol CS TCS-3-144 MT&UT 89E-02 C-F-2 C 5.51 XSI-0102"C Ol CS TCS-3-145 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-146 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C Ol TCS-3-147 89E-02 ,C-F-2 5.51 ISI-0102-C CS CS TCS-3-148 MT&UT MT&UT 89E-02 C-F-2 C C 5.51 ISI-0102-C '101 CS TCS-3-149 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-150 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C Ol CS TCS-3-151 MT&VT 89E"02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-152 MT&UT 89E-02 C-F" 2 C 5.51 ISX-0102-C 01 CS TCS-3-153 MT&VT 89E"02 C" F" 2 C 5.51 ISI-0102-C 01 CS TCS-3-154 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-155 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 TCS-3-156 MT&UT 89E-02 C" F-2 C 5.51 ISI-0102-C 01 TCS-3-157 MT&UT 89E"02 C-F-2 C 5.51 ISX-0102-C 01 TCS-3-158 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C Ol CS TCS-3-159 MT&UT 89E-02 C-F-2 C 5.51 ISX-0102-C 01 CS TCS-3-160 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-161 MT&UT 89E-02 C-F-2 C 5.51 XSI-0102-C 01 CS TCS-3-162 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-163 MT&VT 89E"02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-164 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-165 MT&VT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-166 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-167 MT&UT 89E"02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-168 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-169 MT&VT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-170 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-186 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-187 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-188 MT&UT 89E-02 C-F" 2 C 5 F 51 ISI-0102-C 01 CS TCS-3-189 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-190 MT&UT 89E"02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-'191 MT&UT 89E-02 C-F" 2 C 5.51 ISI-0102-C 01 CS TCS-3-192 MT&UT 89E-02 C" F-2 C 5.51 ISI"0102-C 01 CS TCS-3-193 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-194 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 CS TCS-3-195 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 TCS-3-196 MT&UT 89E-02 C-F-2 C 5.51 ISX-0102-C 01 TCS-3-197 MT&UT 89E-02 C-F-2 C 5.51 ISX-0102-C 01 C TCS-3"198 MT&UT 89E-02 C" F-2 C 5.51 XSI-0102-C 01 CS TCS-3-199 MT&UT 89E-02 C-F-2 C 5.51 ISX-0102-C 01 CS TCS-3"200 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 01 10/02/96 Page 39
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System Compno Exammeth Prisimexre Codecat jtemno Exi nt2perj si dwgno Shno CS TCS-3-201 MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 CS TCS-3-201A MT&UT 89E-02 C-F-2 C 5.51 ISI-0102-C 02 TCS-3-202 MT&UT 89E-02 C-F-2 C 5.51 ZS I-0102-C 02 TCS-3-203 MT&UT 89E-02 C-F-2 C 5.51 ISZ-0102-C 02 TCS-3-204 MT&UT 89E-02 C- F-2 C 5.51 XSI-0102"C 02 Hpcj HPCX-3-3-3 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 HPCX THPCI-3-001 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 Hpcj THPC1-3-001A MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCZ-3-001B MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCX THPCI-3-002 MT&UT 89E-02 C" F-2 C 5.51 CHM-2407-C 03 HPCI THPCZ-3-002A MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCX THPCI-3-002B MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-003 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-003A MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCX-3-003B MT&UT 89E-02 C-F" 2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-004 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407"C 03 HPCI THPCI-3-004A MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-004B MT&UT 89E-02 C-F"2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-005 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-005A MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-005B MT&VT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-006 MT&VT 89E-02 C-F-2 C 5.51 CHM"2407-C 03 HPCI THPCI-3-006A MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-006B MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 THPCI-3-007'HPCX-3-007A HPCX MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-007B MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 THPCI-3-008 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 THPCI-3-008A MT&UT 89E-02 C-F-2 C 5 '1 CHM-2407-C 03 THPCI-3-009 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-009A MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-009B MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-010 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-011 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-012 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCZ-3-013 MT&UT 89E-02 C- F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-014 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-015 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-016 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-017 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-018 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-018A MT&UT 89E-02 C-F-2 C 5.51 CHM"2407-C 02 HPCI THPCI-3-018B MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 Hpcj THPCI-3-018C MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-019 MT&UT 89E-02 C" F-2 C 5.51 CHM-2407-C 02 Hpcj THPCX"3-020 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-021 MT&UT 89E-02 C" F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-022 MT&UT 89E"02 C-F" 2 C 5.51 CHM-2407-C 02 HPCI THPCI-3"023 MT&UT 89E"02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-024 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-025 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-026 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 THPCI-3-027 MT&UT 89E-02 C-F" 2 C 5.51 CHM-2407-C 02 THPCI-3-028 MT&UT 89E-02 C" F-2 C 5.51 CHM-2407-C 02 H CI THPCI-3-029 MT&UT 89E-02 C-F" 2 C 5.51 CHM-2407"C 02 HPCI THPCI-3-030 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-032A MT&UT 89E-02 C" F-2 C 5.51 CHM-2407-C 03 10/02/96 Page 40
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System Compno Exammeth Prisime xre Codecat jtemno Exint2perjsidwgno Shno HPCI THPCI-3-032B MT&UT 89E-02 C-F-2 C 5.51 CHM"2407-C 03 HPCI THPCI-3-032C MT&VT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 H I THPCX-3-033 MT&VT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 THPCI-3-034 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 THPCI-3-035 MT&UT 89E"02 C-F-2 C 5.51 CHM-2407-C 01 HPCI THPCI-3-037 MT&UT 89E-02 C-F-2 c 5.51 CHM"2407-C 01 HPCI THPCI-3-038 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 HPCI THPCI-3-042 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 HPCI THPCX-3-043 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 HPCI THPCI-3-044 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01'1 HPCX THPcj-3-045 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C HPCI THPCI-3-046 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 HPCX THPCI-3-047 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 HPCI THPCI-3-048 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 HPCI THPCI-3-049 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 HPCI THPCI-3-050 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C Ol HPCI THPCI-3-051 MT&UT 89E-02 C- F-2 C 5.51 CHM-2407-C 01 HPCX THPCI-3-052 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 HPCI THPCI-3-053 MT&UT 89E"02 C-F-2 C 5.51 CHM-2407-C Ol HPCI THPCI-3-054 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 HPCI THPCI-3-055 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 HPCX THPCI-3-056 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 HPCX THPCI-3-057 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 HPCI THPCI-3-058 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 HPCX THPCI-3-058A MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 HPCI THPCI-3-059 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 01 HPCI THPCI-3-068C MT&UT 89E-02 C" F-2 C 5.51 CHM"2407-C 03 THPCI-3-074 MT&UT 89E-02 C" F-2 C 5.51 CHM-2407-C 03 THPCI-3-074A MT&UT 89E-02 C-F-2 c S.51 CHM-2407-C 03 THPCI-3-075 MT&UT 89E-02 C" F-2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-076 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-077 MT&UT 89E-02 C- F-2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-078 MT&UT 89E-02 C-F-2 c S.51 CHM-2407-C 03 HPCI THPCI-3-079 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-080 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCX THPCI-3-081 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-082 MT&UT 89E-02 C" F" 2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-083 MT&UT 89E"02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCX-3-084 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCX-3-085 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 03 HPCI THPCX-3-086 MT&UT 89E-02 C-F-2 C 5 '1 CHM"2407-C 03 HPCI THPCX-3-087 MT&UT 89E-02 C-F-2 C 5 '1 CHM-2407-C 03 HPCX THPCI-3-088 MT&UT 89E-02 C-F-2 C 5.51 CHM"2407-C 03 HPCI THPCI"3"089 MT&UT 89E-02 C-F" 2 C 5.51 CHM-2407-C 03 HPCI THPCI-3-090 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-091 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPC1-3-092 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCX-3-093 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-094 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-095 MT&UT 89E-02 C" F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-096 MT&UT 89E"02 C" F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-096A MT&UT 89E"02 C-F-2 C 5.51 CHM-2407-C 02 THPCI-3-097 MT&VT 89E-02 C-F-2 c 5.51 CHM-2407-C 02 THPCI-3-097A MT&UT 89E-02 C- F-2 C 5.51 CHM"2407-C 02 THPCX-3-098 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-099 MT&UT 89E"02 C- F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-100 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 10/02/96 Page 41
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System Compno Exammeth Pris imexre codecat Ztemno Exint2perIsidwgno Shno HPCI THPCI-3-100A MT&UT 89E-02 C" F-2 C 5.51 CHM-2407-C 02 HPCI THPCX-3-100B MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 I THPCI-3-100C MT&UT 89E-02 C" F-2 C 5.51 CHM-2407-C 02 THPCI-3-100D MT&VT 89E-02 C- F-2 C 5.51 CHM-2407-C 02 THPCI-3-101 MT&UT 89E-02 C-F" 2 c 5 '1 CHM-2407-C 02 HPCI THPCI-3-101A MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-101B MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-102 MT&UT 89E-02 C" F-2 C'5 '1 CHM-2407-C 02 HPCI THPCI-3-103 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407"C 02 HPCI THPCI-3-104 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-105 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-106 MT&UT 89E-02 C-F-2 C 5.51 CHM"2407-C 02 HPCI THPCI-3-107 MT&UT 89E-02 C-F" 2 C 5.51 CHM-2407-C 02 HPCX THPCI-3-108 MT&VT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-109 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-110 MT&UT 89E-02 C-F-2 C 5.51 CHM"2407-C 02 HPCI THPCI-3-111 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCX-3-112 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCX THPCI-3-113 MT&UT 89E"02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-114 MT&UT 89E"02 C-F-2 C 5.51 CHM-2407-C 02 HPCX THPCI-3-115 MT&UT 89E"02 C-F-2 C 5.51 CHM"2407-C 02 HPCI THPCX-3-137 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-138 MT&UT 89E"02 C-F-2 C 5.51 CHM"2407-C 02 HPCX THPCI-3-139 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-140 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 HPCI THPCI-3-141 MT&UT 89E-02 C" F-2 C 5.51 CHM"2407-C 02 HPCI THPCI-3-141A MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 THPCI-3-142 MT&UT 89E-02 C-F-2 C 5.51 CHM-2407-C 02 DAS-3-01 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 DAS-3-02 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DAS-3-03 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DAS-3-04 MT&VT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DAS-3-05 MT&UT 89E-02 C-F-2 C 5.51 ISX-0354-C 02 MS DAS-3-06 MT&UT 89E-02 C-F-2 C 5.51 ISX-0354-C 02 MS DAS-3-10 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DAS-3-11 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DAS-3-16 MT&UT 89E-02 C-F" 2 C 5.51 XSX-0354-C 02 MS DMS-3-01 MT&UT 89E"02 C" F-2 C 5.51 XSX-0354-C 01 MS DMS-3-02 MT&VT 89E-02 C-F-2 C 5.51 ISX-0354-C 01 MS DMS-3-03 MT&UT 89E"02 C" F-2 C 5.51 ZSX-0354-C 01 MS DMS-3-04 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DMS-3-05 MT&UT 89E"02 C-F-2 C 5.51 ISI-0354-C 01 MS DMS-3-06 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DMS-3-07 MT&UT 89E-02 C-F-2 c 5.51 ISI-0354-8 01 MS DMS-3-08 MT&UT 89E-02 C-F-2 C 5.51 ISX-0354-C 01 MS DMS-3-09 MT&UT 89E-02 C-F-2 C 5.51 ISX-0354-C 01 MS DMS-3-10 MT&UT 89E-02 C" F-2 C 5.51 ISI-0354-C 01 MS DMS-3-11 MT&UT 89E"02 C-F-2 c 5 51 F XSI-0354-C 01 MS DMS-3-12 MT&UT 89E-02 C-F-2 C 5.51 XSI-0354-C 01 MS DMS-3-13 MT&VT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DMS-3-14 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DMS-3-15 MT&UT 89E-02 C-F" 2 C 5.51 ISX-0354-C 01 DMS-3-16 MT&UT 89E"02 C" F-2 C 5.51 ZSX-0354-C 01 DMS"3-17 MT&UT 89E-02 C-F-2 c 5.51 ISI-0354-C 01 MS DMS-3-18 MT&UT 89E"02 C-F-2 C 5 '1 ISI-0354-C 01 MS DMS-3-19 MT&UT 89E-02 C" F" 2 C 5 '1 XSI-0354-C 01 MS DMS-3-20 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 10/02/96 Page 42
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System Compno Exammeth Prisim exre Codecat Itemno Exint2perIsidwgno Shno MS DMS-3-21 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DMS-3-22 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C Ol DMS-3-23 MT&VT 89E-02 C-F-2 C 5.51 ISI-0354-C Ol DMS-3-24 MT&UT 89E-02 C-F-2 c 5.51 ISX-0354-C 01 DMS-3-25 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DMS-3-26 MT&UT 89E-02 C-F-2 C 5.51 ISX-0354-C 01 MS DMS-3-27 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DMS-3-28 MT&UT 89E-02 C-F-2 C 5.51 ISX-0354-C Ol MS DSAS-3-01 MT&UT 89E-02 C-F-2 C 5.51 XSI-0354-C 02 MS DSAS-3"02 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DSAS-3-03 MT&VT 89E-02 C-F-2 C 5.51 ISX-0354-C 02 MS DSAS-3-04 MT&UT 89E"02 C-F-2 C 5.51 ISI-0354-C 02 MS DSAS-3-05 MT&UT 89E-02 C-F" 2 C 5.51 ISI-0354-C 02 MS DSAS-3-06 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DSAS-3-07 MT&VT 89E-02 C-F-2 C 5.51 ISX-0354-C 02 MS DSAS-3-08 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DSAS-3-09 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DSAS-3-10 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DSAS-3-11 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DSAS-3-12 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DSAS-3-12A MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DSAS-3-13 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DSAS-3-14 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DSAS-3-15 MT&UT 89E-02 C-F-2 C 5.51 XSI-0354-C 02 MS DSAS-3-16 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DSAS-3-17 HT&UT 89E"02 C-F-2 C 5.51 ISI-0354-C 02 MS DSAS-3-18 HT&UT 89E-02 C-F-2 C 5.51 XSI-0354-C 02 DSAS-3-19 MT&VT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 DSAS-3-20 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 DSAS-3-21 MT&UT 89E-02 C" F-2 C 5.51 XSI-0354-C 02 MS DSAS-3-22 MT&UT 89E-02 C-F-2 C 5.51 XSI-0354-C 02 MS DSAS-3-23 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DSAS-3-23A MT&UT 89E"02 C-F-2 C 5.51 ISI-0354-C 02 MS DSAS-3-24 MT&UT 89E-02 C" F-2 C 5.51 ISI-0354-C 02 MS DSAS-3-25 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 02 MS DSAS-3-26 MT&UT 89E-02 C-F-2 C 5.51 XSI'-0354-C 02 MS DSMS-3-01 MT&UT 89E"02 C-F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-02 MT&VT 89E-02 C-F-2 C 5.51 ISX-0354-C 01 MS DSMS-3-03 MT&VT 89E-02 C-F-2 C 5.51 XSI-0354-C 01 MS DSMS-3-04 MT&VT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-05 MT&UT 89E-02 C-F" 2 C 5.51 ISI-0354-C 01 MS DSMS-3-06 MT&UT 89E-02 C-F-2 C 5.51 ZSI-0354-C 01 MS DSMS-3-07 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-08 MT&UT 89E-02 C-F-2 c 5.51 ISX-0354-C Ol MS DSMS-3-09 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-10 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-11 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-12 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-13 MT&UT 89E-02 C" F-2 C 5.51 IS I-0354-C 01 MS DSMS-3-14 MT&UT 89E-02 C-F-2 C 5.51 XSI-0354-C 01 MS DSMS"3-15 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-16 MT&UT 89E-02 C-F-2 C 5.51 XSI-0354-C 01 DSMS-3-17 MT&UT 89E-02 C" F-2 C 5.51 ISI-0354-C 01 DSMS-3-18 MT&UT 89E-02 C" F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-19 MT&UT 89E"02 C-F-2 C 5.51 ISX-0354-C 01 MS DSMS-3-20 MT&VT 89E"02 C-F" 2 C 5.51 XSX-0354-C 01 MS DSMS-3"21 MT&UT 89E"02 C-F-2 C 5.51 ISI-0354-C 01 10/02/96 Page 43
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System Compno Exammeth Pri sim exre Codecat Itemno Exint2perjsidwgno Shno MS DSMS-3-22 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-23 MT&UT 89E-02 C-F-2 C 5.51 ISX-0354-C 01 DSMS-3-24 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 DSMS-3-25 MT&UT 89E"02 C-F-2 C 5.51 ISI-0354-C 01 DSMS-3-26 MT&UT 89E-02 C-F-2 c 5.51 ISI-0354-C 01 MS DSMS-3-27 MT&UT 89E-02 C-F-2 C 5.51 ISX-0354-C 01 MS DSMS-3-28 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-29 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-30 MT&UT 89E-02 C-F-2 C 5.51 XSX-0354-C 01 MS DSMS-3-31 MT&UT 89E-02 C-F-2 C 5 '1 ISI-0354-C 01 MS DSMS-3-32 MT&UT 89E-02 C-F" 2 C 5.51 ISI-0354-C 01 MS DSMS-3-33 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-34 MT&VT 89E-02 C- F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-35 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C Ol MS DSMS-3-36 MT&UT 89E-02 C- F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-37 MT&UT 89E-02 C- F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-38 MT&UT 89E-02 C-F-2 C F 51 ISI-0354-C 01 MS DSMS-3-39 MT&UT 89E-02 C-F-2 C 5.51 ISX-0354-C 01 MS DSMS-3-40 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-41 MT&UT 89E-02 C-F-2 C5.51 ISI-0354-C 01 MS DSMS-3-42 MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-43 MT&UT 89E"02 C-F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-44 MT&VT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 MS DSMS-3-45 MT&UT 89E-02 C-F-2 C 5.51 ISX-0354-C 01 MS DSMS-3-46 .MT&UT 89E-02 C-F-2 C 5.51 ISI-0354-C 01 RCIC RCIC-3-004-04 MT&PT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 RCXC Rcjc-3-004-05 MT&UT 89E-02 C-F" 2 C 5.51 CHM-2408-C 01 TRCIC-3-009 'T&UT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 TRCIC-3-009A MT&UT 89E"02 C-F-2 C 5.51 CHM-2408-C Ol TRCIC-3-009B MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 Rcjc TRCIC"3-009C MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCIC-3-011 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCIC-3-012 MT&UT 89E"02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCIC-3-013 MT&UT 89E-02 C- F-2 C 5.51 CHM-2408-C 01 RCIC TRCIC-3-014 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCIC-3-015 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCIC-3-016 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCIC-3-017 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCIC-3-018 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCIC-3-018A MT&UT 89E-02 C-F-2 c 5.51 CHM-2408-C 01 RCIC TRCIC-3-019 MT&UT 89E"02 C" F-2 C 5.51 CHM-2408-C 01 RCXC TRCIC-3-020 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C Ol RCIC TRCIC-3-021 MT&VT 89E"02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCIC-3-022 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCXC-3-023 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C Ol RCIC TRCIC-3-024 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCIC-3-025 MT&UT 89E-02 C- F-2 C 5 '1 CHM-2408-C 01 RCIC TRCIC-3-026 MT&UT 89E-02 C-F" 2 C 5.51 CHM-2408-C 01 RCIC TRCXC-3-027 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCIC-3-028 MT&UT 89E-02 C- F-2 C 5.51 CHM-2408-C Ol RCIC TRCIC-3-029 MT&UT 89E-02 C-F-2 C 5.51 CHM"2408-C 01 RCIC TRCIC-3-030 MT&UT 89E-02 C-F-2 c 5 '1 CHM"2408-C 01 TRCIC-3-031 MT&UT 89E"02 C-F-2 C 5.51 CHM-2408-C 01 TRCIC-3-032 MT&UT 89E-02 C-F-2 C 5.51 CHM"2408-C 01 RCIC TRCIC-3-033 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCXC-3-033A MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C Ol RCIC TRCXC-3-034 MT&UT 89E-02 C- F-2 C 5.51 CHM-2408-C 01 10/02/96 Page
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System Compno Exammet Pri sim exre Codecat jtemno Exint2perIsidwgno Shno RCIC TRCIC-3-035 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCIC-3-036 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408"C 01 C TRCIC-3-037 MT&UT 89E-02 C-F-2 C F 51 CHM-2408-C 01 TRCIC-3-038 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 TRCIC-3-039 MT&UT 89E-02 C-F-2 C 5.51 CHM"2408-C 01 RCIC TRCIC-3-040 MT&VT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCIC-3-041 MT&UT 89E"02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCIC-3-042 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C Ol RCIC TRCIC-3-043 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCIC-3-044 MT&UT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 RCIC TRCXC-3-045 MT&VT 89E-02 C-F-2 C 5.51 CHM-2408-C 01 RHR DRHR-3-01 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 10 RHR DRHR-3-10 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 11 RHR RHRG-3-01 MT&UT 89E-02 C-F-2 C 5 '1 ISI-0393-C 10 RHR RHRG-3-02 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 10 RHR RHRG-3-03 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 10 RHR RHRG-3-04 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 10 RHR TRHR-3-008 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 11 RHR TRHR-3-009 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 11 RHR TRHR-3-016 MT&UT 89E-02 C-F-2 C-F-2 C 5.51 ISI-0393-C ISI-0393-C ll RHR TRHR-3-017 MT&UT 89E-02 C 5.51 11 RHR TRHR-3-018 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C ll RHR TRHR-3-019 MT&UT 89E"02 C-F-2 C 5.51 ISI-0393-C 10 RHR TRHR-3-020 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 12 RHR TRHR-3-021 MT&UT 89E-02 C" F-2 C 5.51 ISI-0393-C 12 RHR TRHR-3-022 MT&UT 89E"02 C-F-2 C 5.51 ISI-0393-C 12 RHR TRHR-3-023 MT&UT 89E-02 C- F" 2 C 5.51 ISI-0393-C 12 TRHR-3-024 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 12 TRHR-3-025 MT&UT 89E-02 C- F-2 C 5.51 ISI-0393-C 12 TRHR-3-026 MT&UT 89E"02 C- F-2 C 5 ~ 51 ISI-0393-C 12 RHR TRHR-3-027 MT&UT 89E-02 C- F-2 C 5 ~ 51 ISI-0393-C 12 RHR TRHR-3-028 MT&UT 89E"02 C-F-2 C 5.51 ISI-0393"C 12 RHR TRHR-3-028A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 12 RHR TRHR-3-029 MT&UT 89E-02 C-F-2 C 5,51 ISI-0393-C 12 RHR TRHR-3-030 MT&UT 89E"02 C-F-2 C 5.51 ISI-0393-C 12 RHR TRHR-3-031 MT&UT 89E-02 C-F-2 c 5.51 ISI-0393-C 12 RHR TRHR-3-031B MT&UT 89E"02 C-F-2 c 5.51 ISI-0393-C 12 RHR TRH R-3-032 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C ll RHR TRHR-3-032A MT&UT 89E"02 C-F-2 c 5.51 ISI-0393-C 11 RHR TRHR-3-033 MT&UT 89E-02 C-F-2 C 5.51 ISI"0393-C ll RHR TRHR-3-034 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 11 RHR TRHR-3-035 MT&VT 89E"02 C-F-2 C 5.51 ISI-0393-C 11 RHR TRHR-3-036 MT&VT 89E-02 C-F-2 C 5.51 ISI-0393-C 11 RHR TRHR-3-037 MT&UT 89E-02 C-F-2 C 5.51 1SI-0393-C 11 RHR TRHR-3-038 MT&UT 89E-02 C-F-2 c 5.51 ISI-0393-C 11 RHR TRHR-3-039 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C ll RHR TRHR-3-039A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 11 RHR TRHR-3-040 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 11 RHR TRHR-3-041 MT&UT , 89E-02 C-F-2 C 5.51 ISI-0393-C 11 RHR TRHR-3-041A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 11 RHR TRHR-3-042 MT&VT 89E-02 C-F-2 C 5.51 ISI-0393-C 11 RHR TRHR-3-043 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 11 TRHR-3-044 MT&UT 89E"02 C-F-2 C 5.51 ISX-0393-C 11 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 11 TRHR-3-045'RHR-3-046 RHR MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 11 RHR TRHR-3-047 MT&UT 89E-02 C" F" 2 C 5.51 ISI-0393-C 11 RHR TRHR-3-048 MT&UT 89E-02 C-F-2 C 5.51 XSX-0393-C 06 10/02/96 Page
ta at System Compno Exammeth Prisime xre Codecat Itemno Exint2per jsidwgno Shno RHR TRHR-3-049 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 06 RHR TRHR-3-050 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 06 R TRHR-3-051 MT&VT 89E-02 C-F-2 C 5.51 XSI-0393-C 06 TRHR-3-052 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 06 TRHR-3-053 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 06 RHR TRHR-3-054 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 06 RHR TRHR-3-055 MT&UT 89E-02 C" F-2 C 5.51 ISX-0393-C 06 RHR TRHR-3-056 MT&UT 89E"02 C-F-2 C 5.51 ISI-0393-C 06 RHR TRHR-3-057 MT&UT 89E-02 C-F-2 C 5.51 1SI-0393-C 06 RHR TRHR-3-057A MT&UT 89E"02 C-F-2 C 5.51 ISI-0393-C 06 RHR TRHR-3-058 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 06 RHR TRHR-3-059 MT&UT 89E-02 C-F-2 C 5.51 . XSX-0393-C 06 RHR TRHR-3-. 060 MT&UT 89E-02 C- F-2 C 5.51 1SI-0393-C 06 RHR TRHR-3-061 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 06 RHR TRHR-3-062 MT&UT 89E-02 C- F-2 C 5.51 ISI-0393-C 06 RHR TRHR"3-063 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 06 RHR TRHR-3-064 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 06 RHR TRHR-3-064A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 06 RHR TRHR-3-064B MT&UT 89E-02 C-F" 2 C 5.51 ISI-0393-C 06 RHR TRHR-3-064C MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 06 RHR TRHR-3-065 MT&UT 89E"02 C- F-2 C 5.51 ISI-0393-C 11 RHR TRHR-3-065A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C ll RHR TRHR-3-065B MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 11 RHR TRHR-3-066 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 11 RHR TRHR-3-067 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 11 RHR TRHR-3-068 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C ISI-0393-C ll RHR TRHR-3-069 MT&UT 89E-02 C-F-2 C 5.51 11 TRHR-3-069A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 11 TRHR-3-070 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C ll TRHR-3-070A MT&UT 89E-02 C-F" 2 C 5.51 ISI-0393-C XSI-0393-C ll RHR TRHR-3-071 MT&UT 89E"02 C-F-2 C 5.51 10 RHR TRHR-3"074 MT&UT 89E-02 C-F"2 C 5.51 ISX-0393-C 10 RHR TRHR-3-076 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 10 RHR TRHR-3-076A MT&UT 89E-02 C-F-2 C 5.51 XSX-0393-C 10 RHR TRHR-3-077 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C ll RHR TRHR-3-078 MT&UT 89E"02 C-F-2 C 5.51 XSI-0393-C ll RHR TRHR"3-079 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 11 RHR TRHR-3-080 MT&UT 89E-02 C" F" 2 C 5.51 ISI-0393-C ll RHR TRHR-3-081 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 11 RHR TRHR-3-094 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 10 RHR TRHR-3-095 MT&UT 89E-02 C- F-2 C 5.51 XSX-0393-C 10 RHR TRHR-3-096 MT&VT 89E-02 C- F-2 C 5.51 I Sj-0393-C 10 RHR TRHR-3-097 MT&UT 89E"02 C-F-2 C 5.51 ISI-0393-C 10 RHR TRHR-3-098 MT&UT 89E-02 C-F-2 C 5.51 XSX-0393-C 10 RHR TRHR-3-098A MT&UT 89E-02 C- F-2 C 5.51 XSX-0393-C 10 RHR TRHR-3-098B MT&UT 89E-02 C-F-2 C 5 ~ 51 ISX-0393-C 10 RHR TRHR-3-099 MT&UT 89E-02 C-F" 2 C 5.51 XSX-0393-C 10 RHR TRHR-3-100 MT&UT 89E-02 C-F" 2 C 5.51 XSX-0393-C 10 RHR TRHR-3-101 MT&UT 89E-02 C-F-2 C 5.51 XSX-0393-C 10 RHR TRHR-3-102 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 10 RHR TRHR-3-103 MT&UT 89E-02 C- F-2 C 5.51 ISI-0393-C 10 RHR TRHR-3-104 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 10 TRHR-3-105 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 10 TRHR-3-105A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 10 R TRHR-3-105B MT&VT 89E"02 C- F-2 C 5 '1 XSI-0393-C 10 RHR TRHR-3-106 MT&UT 89E-02 C-F-2 C 5 '1 ISI-0393-C 10 RHR TRHR-3-107 MT&UT 89E"02 C-F" 2 C 5.51 ISI-0393-C 11 10/02/96 Page
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System Compno Examme th Prisime xre Codecat Ztemno Exint2perIsidwgno Shno RHR TRHR-3-108 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 13 RHR TRHR-3-109 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 13 TRHR" 3-110 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 13 TRHR-3-111 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 13 TRHR-3-112 MT&VT 89E-02 C-F-2 C 5.51 ISI-0393-C 13 RHR TRHR-3-113 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 13 RHR TRHR-3-114 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 13 RHR TRHR-3-115 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393"C 13 RHR TRHR-3-116 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 13 RHR TRHR-3-117 MT&UT 89E-02 C" F-2 C 5.51 ISI-0393-C 13 RHR TRHR-3-118 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 13 RHR TRHR-3-119 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 13 RHR TRHR-3-120 MT&UT 89E-02 C-F-2 C 5.51 XSX-0393-C 13 RHR TRHR-3-121 MT&UT 89E-02 C" F-2 C 5.51 XSX-0393-C 13 RHR TRHR-3-122 MT&UT 89E-02 C-F-2 C 5.51 XSX-0393-C 13 RHR TRHR-3-123 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 13 RHR TRHR-3-132 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 10 RHR TRHR"3-133 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 10 RHR TRHR-3-134 MT&VT 89E-02 C-F-2 C 5.51 XSX-0393-C 10 RHR TRHR-3-135 MT&UT 89E-02 C" F-2 C 5.51, ISX-0393-C 10 RHR TRHR-3-136 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 10 RHR TRHR-3-137 MT&UT 89E-02 C" F-2 C 5.51 ISI-0393-C 10 RHR TRHR-3-150 MT&UT 89E-02 C- F-'2 C 5.51 XSX-0393-C 10 RHR TRHR-3-151 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 10 RHR TRHR-3-152 MT&UT 89E-02 C-F-2 C 5.51 XSX-0393-C 10 RHR TRHR-3-152A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 10 RHR TRHR-3-153 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 10 TRHR-3-154 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 10 TRHR-3-167 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 10 TRHR-3-168 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 10 RHR TRHR-3-169 MT&UT 89E-02 C-F" 2 C 5.51 ISI-0393"C 10 RHR TRHR-3-170 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 08 RHR TRHR-3-171 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 08 RHR TRHR-3-172 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 08 RHR TRHR-3-173 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 08 RHR TRHR-3-174 MT&UT 8.9E-02 C-F-2 C 5.51 ISX"0393-C 08 RHR TRHR-3-175 MT&VT 89E"02 C-F-2 C 5 F 51 XSI-0393-C 08 RHR TRHR-3-176 MT&UT 89E-02 C-F-2 C 5.51 XSX-0393-C 08 RHR TRHR-3-177 MT&VT 89E-02 C" F-2 C 5.51 ISI-0393-C 08 RHR TRHR-3-178 MT&VT 89E"02 C-F-2 C 5.51 ISX-0393-C 08 RHR TRHR-3-179 MT&UT 89E-02 '-F-2 C 5.51 ISI-0393-C 08 RHR TRHR-3-180 MT&UT 89E"02 C" F-2 C 5.51 ISI-0393-C 08 RHR TRHR-3-181 MT&UT 89E-02 C" F-2 C 5.51 ISI-0393-C 08 RHR TRHR-3-182 MT&VT 89E"02 C- F-2 C F 51 ISI-0393-C 08 RHR TRHR-3-183 MT&VT 89E"02 C-F" 2 C 5.51 ISI-0393-C 08 RHR TRHR" 3-183A MT&UT 89E-02 C-F" 2 C 5.51 ISI-0393-C 08 RHR TRHR-3-183B MT&UT 89E-02 C-F-2 C 5 '1 ISI-0393-C 08 RHR TRHR-3-183C MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 08 RHR TRHR-3-183D MT&UT 89E-02 C-F-2 C.5.51 ISI-0393-C 08 RHR TRHR-3-183E MT&UT 89E-02 C-F" 2 C 5.51 ISI-0393-C 08 RHR TRHR-3-183F MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 08 RHR TRHR" 3-195 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 04 TRHR-3-195A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 04 TRHR-3-196 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 04 RHR TRHR"3-197 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 04 RHR TRHR"3-198 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 04 RHR TRHR"3-199 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 04 10/02/96 Page 47
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System Compno Exammet Prisim exre Codecat Xtemno Exi nt2 per X si dwgno Shno RHR TRHR-3-200 MT&UT 89E-02 C-F-2 C 5 F 51 ISI-0393-C 04 RHR TRHR-3-201 MT&VT 89E-02 C-F-2 C 5.51 ISX-0393-C 04 R TRHR-3-202 MT&UT 89E-02 C" F" 2 C 5.51 ISX-0393"C 04 TRHR-3-203 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 04 TRHR-3-204 MT&UT 89E-02 C" F-2 C 5.51 ISI-0393-C 04 RHR TRHR-3-205 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 04 RHR TRHR-3-206 MT&UT 89E"02 C-F-2 C 5.51 XSI-0393-C 02 RHR TRHR-3-206A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 02 RHR TRHR"3-207 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 02 RHR TRHR-3-208 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 02 RHR TRHR-3-209 MT&UT 89E-02 C-. F-2 C 5.51 ISX-0393-C 02 RHR TRHR-3-210 MT&UT 89E-02 C-F-2 C 5.51 IS I-0393-C 02 RHR TRHR-3-211 MT&VT 89E-02 C-F-2 C 5.51 ISX-0393-C 02 RHR TRHR-3-212 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 02 RHR TRHR-3-213 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 02 RHR TRHR-3-214 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 02 RHR TRHR-3-215 MT&UT 89E-02 C-F-2 C 5.51 XSX-0393-C 02 RHR TRHR-3-216 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 02 RHR TRHR-3-217 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 02 RHR TRHR-3-217A MT&UT 89E-02 C" F-2 C 5.51 ISI-0393-C 02 RHR TRHR-3-218 MT&UT 89E-02 C-F-2 C 5.51 ZSI-0393-C 02 RHR TRHR-3-219 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 02 RHR TRHR-3-220 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 02 RHR TRHR-3-221 MT&UT 89E-02 C-F-2 C F 51 ISI-0393-C 16 RHR TRHR-3-222 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 16 RHR TRHR-3-223 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 16 RHR TRHR-3-224 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 16 TRHR-3-225 MT&UT 89E"02 C-F-2 C 5.51 ISI-0393-C 16 TRHR-3-226 MT&UT 89E-02 C-F-2 C 5.51 ISZ-0393-C 16 TRHR-3-227 MT&UT 89E-,02 C-F-2 C 5.51 ZSZ-0393-C 16 RHR TRHR-3-228 MT&UT 89E-02 C-F-2 C 5.51 XSX-0393-C 16 RHR TRHR-3-229 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 16 RHR TRHR-3-230 MT&VT 89E"02 C-F" 2 C 5.51 ISI-0393-C 16 RHR TRHR-3-231 MT&VT 89E-02 C" F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-231A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 02 RHR TRHR-3-232 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 02 RHR TRHR-3"233 MT&UT 89E-02 C-F"2 C 5.51 ISI-0393-C 03 RHR TRHR-3-234 MT&VT 89E-02 C-F-2 C 5.51 ISI-0393-C 02 RHR TRHR-3-235 MT&UT 89E-02 C-F-2 C 5 '1 ISI-0393"C 02 RHR TRHR-3-236 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393"C 02 RHR TRHR-3-237 MT&VT 89E-02 C-F-2 C 5.51 ISI-0393-C 02 RHR TRHR-3-237A MT&UT 89E"02 C" F" 2 C 5.51 ISI-0393-C 02 RHR TRHR-3-238 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 02 RHR TRHR-3-239 MT&UT 89E-02 C-F-2 c 5.51 ISI-0393-C 02 RHR TRHR-3-240 MT&UT 89E-02 C" F-2 C 5.51 XSI-0393-C 02 RHR TRHR-3-241 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 02 RHR TRHR-3-242 MT&UT 89E-02 C-F-2 C 5.51 ZSI-0393-C 02 RHR TRHR-3-243 MT&UT 89E-02 C-F"2 C 5,51 Isj-0393-C 16 RHR TRHR-3-244 MT&UT 89E-02 C-F-2 C 5 '1 ISI-0393-C 09 RHR TRHR-3-245 MT&UT 89E-02 C-F-2 C 5 F 51 ISI-0393"C 16 RHR TRHR-3-246 MT&UT 89E-02 C" F-2 C 5.51 ISI-0393-C 16 RHR TRHR-3-247 MT&UT 89E-02 C-F"2 C 5.51 XSX-0393-C 16 TRHR-3-248 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 16 TRHR-3-249 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 16 TRHR-3-250 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 16 RHR TRHR-3-251 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 16 RHR TRHR-3-252 MT&UT 89E"02 C" F-2 C 5.51 ISI-0393-C 02 10/02/96 Page
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System Compno Exammeth Prisim exre Codecat Itemno Exint2perIsidwgno Shno RHR TRHR-3-253 MT&UT 89E-02 C- F-2 C 5.51 ISI-0393-C 02 RHR TRHR-3-254 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 03 TRHR-3-255 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 03 TRHR-3-256 MT&UT 89E-02 C-F-2 C 5.51 XSX-0393-C 03 TRHR-3-257A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 03 RHR TRHR-3-258 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 03 RHR TRHR-3-259 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 03
'HR TRHR-3-260 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 03 RHR TRHR-3-261 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 03 RHR TRHR-3-261A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 03 RHR TRHR-3-262 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 04 RHR TRHR-3-263 MT&UT 89E-02 C- F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-264 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-265 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-266 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-267 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-268 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-269 MT&UT 89E-02 C- F-2 C 5.51 XSI-0393-C 05 RHR TRHR-3"270 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-271 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 05 RHR TRHR"3"272 MT&UT 89E-02 C-F-2 C 5 ~ 51 ISI-0393-C 05 RHR TRHR-3-273 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 05 RHR TRHR-3-273A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 05 RHR TRH R-3-27 4 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 05 RHR T RH R-3-27 4A MT&UT 89E-02 C- F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-275 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-276 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 05 TRHR-3-277 MT&UT 89E"02 C-F-2 C 5.51 ISI-0393-C 05 TRHR-3-278 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 14 TRHR-3-279 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-280 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 14 RHR TRHR-3" 281 MT&UT 89E-02 C- F-2 C 5.51 XSI-0393-C 14 RHR TRHR-3-282 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 14 RHR TRHR-3-283 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 14 RHR TRHR-3-284 MT&UT 89E-02 C-F-2 C 5.51 XSX-0393-C 14 RHR TRHR-3"285 MT&UT 89E-02 C-F-2 C 5.51 XSX-0393-C 14 RHR TRHR-3-286 MT&UT 89E-02 C-F-2 C 5 '1 XSX-0393-C 14 RHR TRHR-3-287 MT&UT 89E"02 C-F-2 C 5.51 ISX-0393-C 14 RHR TRHR-3-288 MT&UT 89E-02 C- F-2 C 5.51 XSX-0393-C 14 RHR TRHR-3-289 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 14 RHR TRHR-3-290 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 14 RHR TRHR-3-291 MT&UT 89E"02 C-F-2 C 5.51 XSX-0393-C 14 RHR TRHR-3-293 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 14 RHR TRHR-3-294 MT&UT 89E-02 C-F" 2 C 5.51 ISI-0393-C 14 RHR TRHR-3-295 MT&UT 89E-02 C- F-2 C 5.51 ISX-0393-C 14 RHR TRHR-3-296 MT&UT 89E-02 C- F-2 C 5.51 XSX-0393-C 14 RHR TRHR-3-297 MT&UT 89E-02 C- F-2 C 5.51 XSI-0393-C 14 RHR TRHR-3-298 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-299 MT&UT 89E-02 C" F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-300 MT&UT 89E-02 C- F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-301 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 05 R TRHR-3-301A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 05 TRHR-3-302 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 05 TRHR-3-303 MT&UT 89E"02 C-F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-304 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-305 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 05 RHR TRHR-3-306 MT&UT 89E"02 C-F-2 C 5.51 ISI-0393-C 05 10/02/96
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System Compno Exammeth Prisime xre Codecat Ztemno Exint2perjsidwgno Shno RHR TRHR-3-307 MT&UT 89E"02 C- F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-308 MT&VT 89E-02 C-F-2 C 5.51 ISI-0393-C 05 TRHR-3-309 MT&UT 89E-02 C-F-2 C 5.51 XSX-0393-C 05 TRHR-3-310 MT&UT 89E"02 C" F-2 C 5.51 ISI-0393-C 05 TRHR-3-311 MT&UT 89E-02 C-F-2 C 5 '1 ISI-0393-C 05 RHR TRHR-3-312 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-313 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-313A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-314 MT&UT 89E-02 C-F-2 C 5.51 ISI"0393-C 05 RHR TRHR-3-315 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-316 MT&UT 89E-02 C-F-2 C 5.51 XSX-0393-C 05 RHR TRHR-3-317 MT&UT 89E-02 C- F-2 C 5.51 XSI-0393-C 05 RHR TRHR-3-318 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 05 RHR TRHR-3-318A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-319 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 05 RHR TRHR-3-320 MT&UT 89E-02 C-F-2 C 5 '1 ISI-0393-C 09 RHR TRHR-3-321 MT&UT 89E-02 C" F-2 C 5 '1 ISI-0393-C 09 RHR TRHR-3-322 MT&VT 89E-02 C-F-2 C 5 '1 ISI-0393-C 09 RHR TRHR-3-323 MT&UT 89E-02 C-F-2 C 5 '1 ISI-0393-C 09 RHR TRHR-3-324 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-325 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-326 MT&UT 89E-02 C-F" 2 C 5.51 ISI-0393-C 09 RHR TRHR-3-327 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-327A MT&UT 89E"02 C-F-2 C 5.51 ISX-0393-C 09 RHR TRHR-3-327B MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-328 MT&UT 89E-02 C-F-2 C 5.51 XSX-0393-C 09 RHR TRHR-3-329 MT&UT 89E-02 C-F-2 C F 51 ISX-0393-C 09 TRHR-3-330 MT&UT 89E-02 C-F-2 C 5 '1 ISI-0393-C 09 TRHR-3-331 MT&UT 89E"02 C-F-2 C F 51 ISI-0393-C 09 TRHR"3-332 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-333 MT&UT 89E-02 C" F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-334 MT&UT 89E"02 C-F-2 C 5.51 XSI-0393-C 09 RHR TRHR-3-335 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3"336 MT&UT 89E"02 C-F-2 C 5.51 XSI-0393-C 09 RHR TRHR-3-337 MT&UT 89E-02 C-F-2 C 5.51 X Sj-0393-C 09 RHR TRHR-3-338 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-339 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-340 MT&UT 89E"02 C" F-2 C 5.51 XSI-0393-C 09 RHR TRHR-3-341 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-342 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-343 MT&UT 89E-02 C-F-2 c 5.51 ISI-0393-C 09 RHR TRHR-3-344 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-345 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-346 MT&UT 89E-02 C-F-2 c 5.51 ISI-0393-C 09 RHR TRHR-3-347 MT&UT 89E-02 C-F" 2 C 5.51 ISI-0393-C 09 RHR 'TRHR-3-348 MT&UT 89E-02 C-F" 2 C 5.51 ISI-0393-C 09 RHR TRHR-3-349 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-349A MT&UT 89E"02 C-F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-349B MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-350 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-351 MT&VT 89E-02 C-F-2 C 5.51 XSX-0393-C 09 R TRHR"3-352 MT&UT 89E-02 C-F-2 C 5.51 ISI"0393-C 09 TRHR"3-353 MT&UT 89E-02 C" F-2 C 5.51 ISI-0393-C 09 TRHR-3-354 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 09 RHR TRHR-3-355 MT&VT 89E-02 C- F-2 C 5.51 ISI-0393-C 09 RHR TRHR-3-356 MT&UT 89E-02 C-F" 2 C 5.51 ISI-0393-C 09 RHR TRHR-3-357 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 09 10/02/96 Page 50
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System Compno Exammet Prisim exre Codecat I temno Exint2perZsidwgno Shno RHR TRHR-3-358 MT&UT 89E-02 C-F" 2 C 5.51 ISI-0393-C 09 RHR TRHR-3-359 MT&VT 89E-02 C-F-2 C 5.51 ZSZ-0393-C 09 TRHR-3-360 MT&UT 89E-02 '-F-2 C 5.51 ISZ-0393-C 07 TRHR-3-361 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 TRHR-3-362 MT&UT 89E"02 C" F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-363 MT&UT 89E-02 C-F-2 C 5:51 ISI-0393-C 07 RHR TRHR-3-364 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-365 MT&UT 89E-02 C-F-2 C 5 '1 ISI-0393-C 07 RHR TRHR-3-366 MT&UT 89E-02 C-F" 2 C 5.51 ISI-0393-C 07 RHR TRHR-3-367 MT&UT 89E-02 C-F" 2 C 5.51 ISX-0393-C 07 RHR TRHR-3-368 MT&VT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-369 MT&VT 89E"02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-369A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-370 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-370A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-370B MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-371 MT&UT 89E-02 C-F-2 C 5.51 ZSI-0393-C 07 RHR TRHR-3-372 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3"373 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-374 MT&UT 89E-02 C-F-2 C 5.51 ZSI-0393-C 07 RHR TRHR-3-375 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-376 MT&UT 89E-02 C-F-2 C 5 '1 ISI-0393-C 07 RHR TRHR-3-377 MT&UT 89E-02 C-F-2 C 5.51 ZSZ-0393-C 07 RHR TRHR-3"378 MT&UT 89E-02 C-F" 2 C 5.51 ISI-0393-C 07 RHR TRHR-3-379 MT&UT 89E-02 C-F-2 C 5.51 ISZ-0393-C 07 RHR TRHR-3-380 MT&UT 89E-02 C-F-2 C F 51 ISZ-0393-C 07 RHR TRHR-3-381 MT&UT 89E-02 C- F-2 C 5.51 ZSZ-0393-C 07 TRHR-3-382 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C. 07 TRHR-3-382A MT&UT 89E-02 C- F-2 C 5 '1 ZSI-0393-C 07 TRHR-3-383 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-384 MT&UT 89E-02 C-F-2 C 5.51 ISZ-0393-C 07 RHR TRHR-3"384A MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-384B MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-385 MT&UT 89E-02 C-F" 2 C 5.51 ISI-0393-C 07 RHR TRHR-3"386 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-387 MT&UT 89E-02 C" F" 2 C 5.51 ISI-0393-C 07 RHR TRHR-3-388 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-389 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-390 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-391 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 07 RHR TRHR"3"392 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-393 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 07 RHR TRHR-3-394 MT&UT 89E-02 C-F-2 C 5.51 ISI-'0393-C 08 RHR TRHR-3-408 MT&UT 89E-02 C- F-2 C 5.51 XSI-0393-C 03 RHR TRHR-3-409 MT&UT 89E-02 C-F-2 C 5.51 ISX-0393-C 03 RHR TRHR-3-410 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 03 RHR TRHR-3-411 MT&UT 89E"02 C-F"2 C 5.51 ISX-0393-C 03 RHR TRHR-3"412 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 03 RHR TRHR-3-413 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 03 RHR TRHR-3-414 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 03 RHR TRHR"3-415 MT&UT 89E-02 C-F-2 C 5.51 XSI-0393-C 03 RHR TRHR-3-415A MT&UT 89E-02 C" F-2 C 5.51 ISI-0393-C 03 TRHR-3-416 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 03 TRHR-3-426 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 03 RHR TRHR-3-427 MT&UT 89E-02 C-F-2 c 5.51 ISI-0393-C 03 RHR TRHR-3-428 MT&UT 89E-02 C-F" 2 C 5.51 ISX-0393-C 03, RHR TRHR-3-429 MT&UT 89E-02 C" F-2 C 5.51 ISI"0393-C 03 10/02/96 Page 51
V v System Compno Exammeth Prisime xre Codecat Xtemno Exint2perjsidwgno Shno RHR TRHR-3-430 MT&UT 89E-02 C-F-2 C 5.51 XSX-0393-C 03 RHR TRHR-3-431 MT&UT 89E"02 C-F-2 C 5.51 ISI-0393-C 03 R TRHR-3-432 MT&UT 89E-02 C" F-2 C 5.51 ISI-0393-C 03 TRHR-3-433 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 03 TRHR-3-434 MT&UT 89E-02 C-F-2 C 5.51 ISI-0393-C 12 MS DMS-3-29 MT 89E-02 C- F-2 C 5.81 ISI-0354>>C 01 RHR TRHR-3-010 MT 89E-02 C-F-2 C 5.81 ISI-0393-C 11 RHR TRHR-3-267A MT 89E-02 C-F-2 C 5.81 ISI-0393-C 05 EECW 3-47B451R0057-IA VT-3 89E-02 D" B D2.20 ISI-0390-C 01 EECW 3-47B451R0067-IA VT-3 89E"02 D-B D2.20 XSX-0390-C 01 EECW 3-47B451R0073-IA VT-3 89E-02 D"B D2.20 ISI-0390-C 01 EECW 3-47B451R0076-XA VT-3 89E"02 D-B D2.20 ISI-0390-C 02 EECW 3-47B451S0072-IA VT-3 89E-02 D-B D2.20 ISX-0390-C 01 EECW 3-47B451S0073-IA VT-3 89E-02 D-B D2.20 XSI-0390-C 01 EECW 3-47B451S0074-IA VT-3 89E-02 D-B D2.20 ISI-0390-C 01 EECW 3-47B451S0076-IA VT-3 89E-02 D-B D2.20 XSI-0390-C 01 EECW 3-47B451S0130-IA VT-3 89E-02 D-B D2.20 ISI-0390-C 02 EECW 3-47B451S0132-IA VT-3 89E-02 D-B D2.20 ISI-0390-C 03 EECW 3-47B451S0136-IA VT-3 89E-02 D-B D2.20 ISI-0390-C 03 EECW 3-47B451S0139-IA VT-3 89E-02 D-B D2.20 ISI-0390-C 02 EECW 3-47B451S0142-IA VT-3 89E-02 D-B D2.20 ISI-0390-C 02 EECW 3-47B451S0144-IA VT-3 89E-02 D-B D2.20 ISI-0390-C 03 EECW 3-47B451S0145-IA VT-3 89E-02 D-B D2.20 ISX-0390-C 02 EECW 3-47B451S0146-IA VT-3 89E-02 D" B D2.20 ISI-0390-C 02 EECW 3-47B451S0152-IA VT"3 89E-02 D-B D2.20 ISI-0390-C 03 EECW 3-47B451S0155-IA VT-3 89E"02 D-B D2.20 XSI-0390-C 02 EECW 3-47B451S0157-IA VT-3 89E"02 D-B D2 ~ 20 XSI-0390-C 02 3-47B451S0159-IA VT-3 89E-02 D-B D2.20 ZSI-0390-C 03 3-47B451S0290-XA VT-3 89E-02 D-B D2.20 ISI-0390-C 01 3-47B451S0309-IA VT-3 89E-02 D" B D2.20 ISI-0390-C 02 EECW 3-47B451S0320-IA VT-3 89E"02 D-B D2.20 ISI-0390-C 02 RHRSW 3-47B450-249-IA VT-3 89E-02 D-B D2.20 CHM-2416-C 02 RHRSW 3-47B450-252-IA VT-3 89E"02 D-B D2.20 CHM-2416"C 02 RHRSW 3-47B450-254-IA VT-3 89E-02 D-B D2.20 CHM-2416-C 02 RHRSW 3-47B450-258-IA VT-3 89E-02 D-B D2.20 CHM-2416-C 02 RHRSW 3-47B450-260-IA VT-3 89E"02 D-B D2.20 CHM-2416"C '02 RHRSW 3-47B450-262-IA VT-3 89E"02 D-B D2.20 CHM-2416-C 02 RHRSW 3-47B450-266"IA VT-3 89E-02 D" B D2.20 CHM-2416"C 02 RHRSW 3-47B450-270-IA VT-3 89E-02 D-B D2.20 CHM"2416-C 02 RHRSW 3-47B450-281-XA VT-3 89E-02 D-B D2.20 CHM-2416-C 02 RHRSW 3-47B450-287-IA VT-3 89E-02 D-B D2.20 CHM-2416-C 02 RHRSW 3-47B450-289-IA VT-3 89E-02 D-B D2.20 CHM-2416"C 03 RHRSW 3-47B450-293-IA VT-3 89E-02 D-B D2.20 CHM-2416-C 03 RHRSW 3-47B450-295-IA VT-3 89E-02 D-B D2.20 CHM-2416-C 03 RHRSW 3-47B450-296-IA VT-3 89E-02 D-B D2.20 CHM-2416-C 03 RHRSW 3-47B450-300"IA VT-3 89E-02 D-B D2.20 CHM-2416-C 03 RHRSW 3-47B450-302-IA VT-3 89E-02 D-B D2.20 CHM-2416-C 03 RHRSW 3-47B450-306-IA VT-3 89E-02 D-B D2.20 CHM-2416-C 03 RHRSW 3-47B450-313-IA VT-3 89E-02 D-B D2.20 CHM-2416-C 03 RHRSW 3-47B450-315-IA VT-3 89E-02 D-B D2.20 CHM-2416-C 03 RHRSW 3-47B450"317"IA VT-3 89E-02 D-B D2.20 CHM-2416-C 03 RHRSW 3-47B450-348-IA VT-3 89E-02 D-B D2.20 CHM-2416-C 02 3-47B450-355-IA VT-3 89E-02 D-B D2.20 CHM-2416-C 03 3-47B450-362-IA VT-3 89E-02 D-B D2.20 CHM-2416-C 02 RHRSW 3-47B450-369-IA VT"3 89E-02 D-B D2.20 CHM-2416"C 03 RHRSW 3-47B450-255-IA VT-3 89E-02 D-B D2.40 CHM-2416-C 02 RHRSW 3-47B450-257-IA VT-3 89E"02 D" B D2.40 CHM-2416-C 02 10/02/96 Page 52
L d System Compno Examme th Prisime xre Codecat Itemno xint2per jsidwgno Shno RHRSW 3-47B450-268-IA VT-3 89E-02 D-B D2. 40 CHM-2416-C 02 RHRSW 3-47B450-279-IA VT-3 89E-02 D-B D2. 40 CHM-2416-C 02 SW 3-47B450-288-IA VT-3 89E-02 D-B D2. 40 CHM-2416-C 03 3-47B450-309-XA VT-3 89E-02 D-B D2. 40 CHM-2416-C 03 3-47B450-310-IA VT-3 89E-02 D-B D2. 40 CHM-2416-C 03 RHRSW 3-47B450-312-IA VT-3 89E-02 D-B D2. 40 CHM-2416-C 03 FPC 3-47B454-529-IA VT-3 89E"02 D-C D3.20 CHM-2429-C 02 MS 3-47B400-76 VT-3 89E-02 F-A F1.10A XSX-0338-C 01 MS 3-47B400-90 VT-3 89E-02 F-A F1.10A XSX-0338-C 01 RWCU 3-47B406-287. VT-3 89E-02 F-A F1.10A ISX-0334-C 01 RWCU 3-47B406-290 VT-3 89E-02 F-A F1.10A ISX-0334-C 01 CS 3-47B458-785 VT-3 89E-02 F-A F1.10B XSI-0339-C 01 CS 3-47B458-786 VT-3 89E-02 F-A F1.10B XSI-0339-C 01 FW 3-47B415-34 VT-3 89E-02 F-A F1.10B XSX-0336-C 01 FW 3-47B415"35 VT-3 89E-02 F-A F1.10B ISI-0336-C 01 FW 3-47B415-40 VT-3 89E-02 F-A Fl.10B ISI-0336-C 01 FW 3-47B415-49 VT-3 89E-02 F-A F1.10B xsr-0336-c 01 FW 3-47B415-50 VT-3 89E-02 F"A F1.10B ISI-0336-C Ol FW 3-47B415"51 VT-3 89E-02 F-A F1.10B ISI-0336-C 01 HPCX 3-47B455-646 VT-3 89E-02 F-A F1.10B XSX-0335-C 01 MS 3-47B400-100 VT-3 89E-02 F-A F1.10B ISI-0338-C 02 MS 3-47B400-204 VT-3 89E-02 F-A F1.10B ISI-0338-C 02 MS 3-47B400-205 VT-3 89E-02 F-A F1.10B ISI-0338-C 02 MS 3-47B400-68 VT-3 89E-02 F-A Fl.10B ISI-0338-C 01 MS 3-47B400-73 VT-3 89E-02 F-A Fl 10B
~ 1SI-0338-C 01 MS 3-47B400-82 VT-3 89E-02 F-A F1.10B ISX-0338-C 01 MS 3-47B400-87 VT-3 89E-02 F-A Fl.lOB ISX-0338-C 01 3-47B400-95 VT-3 89E-02 F-A F1.10B ISI-0338-C 02 3-47B452-1421 VT-3 89E-02 Fl.10B ISI-0340-C Ol 3-47B452-3186 VT-3 89E-02 F-A F1.10B ISI-0340-C 01 RWCU 3-47B406-273 VT-3 89E-02 F-A F1.10B ISI-0334-C 01 CS 3-47B458-556 VT-3 89E-02 F-A Fl.loc ISI-0339-C Ol CS 3-47B458-557 VT-3 89E-02 F-A F1.10C ISX-0339-C Ol CS 3-47B458-560 VT-3 89E-02 F-A Fl.10C ISI-0339-C 01 CS 3-47B458-564 VT-3 89E-02 F-A Fl.lOC ISI-0339-C 01 CS 3-47B458-565 VT-3 89E-02 F"A F1.10C XSI-0339-C 01 CS 3-47B458;568 VT-3 89E-02 F-A F1.10C ISI-0339-C 01 FW 3"47B415"36 VT-3 89E-02 F-A F1.10C ISI-0336-C 01 FW 3-47B415-37 VT-3 89E"02 F-A Fl.lOC ISI-0336-C 01 FW 3-47B415-38 VT-3 89E"02 F-A Fl.loc ISI;0336-C 01 FW 3-47B415-39 VT-3 89E"02 F"A Fl.loc ISI-0336-C 01 FW 3-47B415-42 VT-3 89E-02 F-A F1.10C ISI-0336-C 01 FW 3-47B415-45 VT-3 89E-02 F"A F1.10C ISI-0336-C 01 FW 3-47B415-47 VT-3 89E-02 F-A Fl.lOC XSI-0336-C 01 FW 3-47B415-58 VT-3 89E-02 F-A Fl.10C ISI"0336-C 01 FW 3-47B415-60 VT-3 89E-02 F-A F1.10C ISI-0336-C 01 FW 3-47B415-61 VT-3 89E-02 F-A F1.10C ISI-0336-C 01 HPCI 3-47B455-621 VT-3 89E-02 F-A Fl.loc ISI-0335-C 01 HPCI 3-47B458-623 VT-3 89E-02 F-A F1.10C ISI-0335-C 01 MS 3-47B400-114 VT-3 89E-02 F"A Fl.loc XSI-0338-C 02 MS 3-47B400-117 VT-3 89E-02 Fl.loc ISI-0338-C 02 MS 3-47B400"120 VT-3 89E-02 F-A F1.10C ISX-0338-C 02 3-47B400-203 VT-3 89E-02 F-A F1.10C ISI-0338-C 02 3-47B400-69 VT-3 89E"02 F-A Fl.10C ISI"0338-C 01 MS 3-47B400-70 VT-3 89E-02 F-A Fl.10C XSI-0338-C 01 MS 3-47B400-71 VT-3 89E-02 F-A Fl.lOC ISI-0338-C 01 MS 3-47B400-72 VT-3 89E-02 F"A F1.10C ISI-0338-C 01 10/02/96 Page 53
l4 4 4 I~ System Compno Exammeth Prisime xre Codecat Itemno Exint2perjsidwgno Shno MS 3-47B400-83 VT-3 89E-02 F-A Fl 10C
~ ISI-0338-C 01 MS 3"47B400-84 VT-3 89E"02 F-A Fl.10C ISI-0338-C Ol 3-47B400-85 VT-3 89E-02 F-A F1.10C ISI-0338-C 01 3-47B400-86 VT-3 89E-02 F-A F1.10C ISX-0338-C 01 3-47B400-96 VT-3 89E-02 F-A Fl.loC ISI-0338-C 02 MS 3-47B400-97 VT-3 89E"02 F-A F1.10C ISI-0338-C 02 MS 3-47B400-98 VT-3 89E-02 F-A Fl.loc ISI-0338-C 02 MS 3-47B400-99 VT-3 89E-02 F-A Fl ~ 10C ISI-0338-C 02 RECIR 3-47B465-455 VT-3 89E-02 F-A Fl.loc ISI-0337-C 01 RECIR 3-47B465-456 VT-3 89E-02 F-A Fl.loc ISI-0337-C 01 RECIR 3-47B465-465 VT-3 89E-02 F-A Fl ~ 10C ISI-0337-C 01 RECIR 3-47B465-466 VT-3 89E-02 F-A Fl.loc ISI-0337-C 01 RECIR 3-47B465-472 VT-3 89E-02 F-A Fl.10C ISI-0337-C 02 RECIR 3-47B465-473 VT-3 89E-02 F-A Fl.lOC ISI-0337-C 02 RECIR 3-47B465-481 VT-3 89E-02 F-A Fl.10C ISI-0337-C 02 RECIR 3-47B465-482 VT-3 89E-02 F-A Fl.loc ISI-0337-C 02 RECIR 3-47B465-530 VT-3 89E-02 F-A Fl.loc ISI-0337-C 01 RECIR 3-47B465-531 VT-3 89E-02 F-A Fl.10C ISI-0337-C 01 RECIR 3-47B465-534 VT-3 89E-02 F-A Fl.lOC ISI-0337-C 02 RHR 3-47B452-3033 VT-3 89E-02 F-A Fl.lOC ISI-0340-C Ol RHR 3-47B452-3035 VT-3 89E-02 F-A Fl.10C .ISI-0340-C 01 RHR 3-47B452-3036 VT-3 89E-02 F-A Fl.loc ISI-0340-C 01 RHR 3-47B452-3037 VT-3 89E-02 F-A Fl.loc ISX-0340-C 01 RHR 3-47B452-3038 VT-3 89E-02 F-A F1.10C ISI-0340-C 01 RHR 3-47B452-3043 VT-3 89E-02 F-A F1.10C XSI-0340-C 01 RHR 3-47B452"3044 VT-3 89E-02 F-A Fl.10C ISX-0340-C 01 RWCU 3-47B406-285 VT-3 89E-02 F-A F1.10C ISI-0334-C 01 l
3-47B406-286 VT-3 89E-02 F-A F1.10C ISI-0334-C 01 3-47B458-558 VT-3 89E"02 F-A F1.10D ISI-0339-C 01 3-47B458-559 VT-3 89E-02 F-A F1.10D ISI-0339-C 01 CS 3-47B458-566 VT-3 89E-02 F-A F1.10D ISI-0339-C 01 CS 3-47B458-567 VT-3 89E-02 F-A F1.10D ISI-0339-C 01 FW 3-47B415-19 VT-3 89E-02 F-A F1.10D ISI-0336-C 01 FW 3-47B415-20 VT-3 89E-02 F"A Fl.10D ISI-0336-C 01 FW 3-47B415-21 VT"3 89E"02 F-A F1.10D ISI-0336-C 01 FW 3-47B415-22 VT-3 89E-02 F"A Fl.lOD ISI-0336-C 01 FW 3-47B415-23 VT-3 89E-02 F-A Fl 10D
~ ISI-0336-C 01 FW 3-47B415-24 VT-3 89E-02 F-A F1.10D ISI-0336-C 01 FW "
3-47B415-25 VT-3 89E-02 F-A F1.10D ISZ-0336-C Ol FW 3"47B415-26 VT-3 89E-02 F-A Fl.10D ISI-0336-C 01 FW 3-47B415-27 VT-3 89E-02 F-A F1.10D ISI-0336-C 01 FW 3-47B415-48 VT-3 89E-02 F-A Fl.10D ISI-0336-C 01 FW 3-47B415-52 VT-3 89E-02 F-A F1.10D ISI-0336-C 01 FW 3-47B415-53 VT-3 89E-02 F-A F1.10D ISI-0336-C 01 FW 3"47B415"54 VT-3 89E-02 F-A F1.10D ISI-0336-C 01 FW 3-47B415-55 VT-3 89E-02 F-A F1.10D XSX-0336-C 01 FW 3-47B415-56 VT-3 89E-02 F-A F1.10D ISI-0336-C 01 FW 3-47B415-57 VT-3 89E"02 F-A Fl ~ 10D ISI-0336-C 01 FW 3-47B415-59 VT-3 89E-02 F-A F1.10D ISI-0336-C 01 FW 3"47B415-64 VT-3 89E-02 F-A F1.10D ISI-0336-C 01 ISI-0336-C
'1 FW 3-47B415-67 VT-3 89E"02 F-A Fl.10D VT-3 89E-02 F-A Fl.10D ISI-0335-C 01 0
3-47B455-622 3-47B400-101 VT-3 89E-02 F-A F1.10D ISI-0338-C 02 3-47B400-102 VT-3 89E-02 F1.10D ISI-0338-C 02 MS 3-47B400-103 VT-3 89E"02 F-A ~ F1.10D ISI-0338-C 02 MS 3-47B400-104 VT-3 89E-02 F1.10D ISI-0338-C 02 MS 3-47B400-105 VT-3 89E-02 F-A F1.10D ISI"0338-C 02 10/02/96 Page 54
~ *I I: I g h I ~ 1 I ~ g "I 0
System Compno Exammeth Prisime xre Codecat Ztemno Exint2perjsidwgno Shno MS 3-47B400-107 VT-3 89E-02 F-A F1.10D ISI-0338-C 02 MS 3-47B400-115 VT-3 89E-02 F-A Fl.10D XSI-0338-C 02 3-47B400-116 VT-3 89E-02 F-A Fl ~ 10D XSX-0338-C 02 3-47B400-118 VT-3 89E-02 F-A Fl ~ 10D ISI-0338-C 02 3-47B400-119 VT-3 89E-02 F-A F1.10D ISI-0338-C 02 MS 3-47B400-121 VT-3 89E-02 F-A Fl.lOD ISX-0338-C 02 MS 3-47B400-208 VT-3 89E-02 F-A Fl.lOD ISI-0338-C 02 MS 3-47B400-74 VT-3 89E-02 F-A Fl.10D ISI-0338-C 01 MS 3-47B400-75 VT-3 89E-02 F-A F1.10D ISI-0338-C 01 MS 3-47B400-77 VT-3 89E-02 F-A F1.10D ISI-0338-C 01 MS 3-47B400-88 VT-3 89E-02 F-A F1.10D XSX-0338-C 01 MS 3-47B400-89 VT-3 89E-02 F-A F1.10D XSI-0338-C 01 MS 3-47B400-91 VT-3 89E-02 F-A Fl.10D XSX-0338-C 01 MS 3-47B400-92 VT-3 89E-02 F-A F1.10D XSX-0338-C 01 RECIR 3-47B465-454 VT-3 89E-02 F-A F1.10D XSI-0337-C 01 RECIR 3-47B465-457 VT-3 89E-02 F-A F1.10D ISI-0337-C 01 RECIR 3-47B465-474 VT-3 89E-02 F-A F1.10D ISI-0337-C 02 RECIR 3-47B465-480 VT"3 89E-02 F-A F1.10D ISI"0337-C 02 RECIR 3-47B465"484 VT-3 89E-02 F-A F1.10D ISI-0337-C 02 RECXR 3-47B465-508 VT-3 89E-02 F-A Fl.lOD ISI"0337-C 02 RECXR 3-47B465-511 VT-3 89E-02 F-A F1.10D ISX-0337-C 01 RECIR 3-47B465-512 VT-3 89E-02 F-A Fl.10D IS I-0337-"C 01 RECIR 3-47B465-524 VT-3 89E-02 F-A F1.10D ISI-0337-C 01 RECIR 3-47B465"545 VT-3 89E-02 F1.10D ISI-0337-C 01 RECIR 3-47B465-546 VT-3 89E-02 F-A F1.10D ISI-0337-C 02 RHR 3-47B452-3032 VT-3 89E-02 F-A F1.10D ISI-0340-C 01 RHR 3-47B452-3034 VT-3 89E-02 F-A F1.10D ISI-0340-C 01 3-47B452-3040 VT-3 89E-02 F-A F1.10D ISI-0340-C 01 3-47B452-3041 VT-3 89E-02 F-A Fl ~ 10D ISI-0340-C 01 3-47B452-3042 VT-3 89E-02 F-A F1.10D XSI-0340-C 01 RHR 3-47B452-3047 VT-3 89E-02 F-A F1.10D ISI-0340-C 01 RWCU 3-47B406-288 VT-3 89E-02 F-A Fl.lOD ISI-0334-C 01 RWCU 3-47B406-289 VT-3 89E-02 F-A F1.10D XSI-0334-C 01 RWCU 3"47B406-291 VT-3 89E"02 F-A Fl 10D
~ ISI-0334-C Ol CRD 3-47B468-248 VT-3 89E-02 F-A Fl.20A ISI-0144-C 02 CRD 3-47B468-250 VT-3 89E"02 F"A Fl.20A ISI-0144-C 02 CRD 3-47B468-251 VT-3 89E-02 F"A F1.20A ISI-0144-C 02 CRD 3-47B468-253 VT-3 89E-02 F-A Fl.20A ISZ-0144-C 02 CRD 3-47B468-262 VT-3 89E-02 F-A F1.20A ISI-0144-C 02 CRD 3-47B468-286 VT-3 89E-02 F-A F1.20A ISI-0144-C 01 CRD 3-47B468-288 VT-3 89E-02 F-A F1.20A ISI-0144-C 01 CRD 3-47B468-290 VT-3 89E-02 F-A F1.20A ISI-0144-C Ol CRD 3-47B468-291 VT-3 89E-02 F-A F1.20A XSX-0144-C 01 CRD 3-47B468-293 VT-3 89E-02 F1.20A ISI-0144-C 01 CRD 3-47B468-298 VT-3 89E-02 F-A Fl.'20A ISI-0144-C 01 CRD 3-47B468-300 VT 3 89E-02 F-A F1.20A XSI-0144-C 01 CRD 3-47B468-304 VT-3 89E"02 F1.20A ISI-0144-C , 01 CS 3-47B458-079 VT-3 89E-02 Fl ~ 20A ISI-0104-C 01 CS 3-47B458-083 VT-3 89E-02 F-A Fl.20A ISI-0104-C 02 CS 3-47B458-100 VT-3 89E-02 F-A F1.20A ISI-0104-C 02 CS 3"47B458-165 VT-3 89E-02 F-A F1.20A ISI-0104-C 02 C 3-47B458-580 VT-3 89E"02 F-A Fl.20A ISI-0104-C 01 3-47B458-581 VT-3 89E-02 F"A Fl.20A ISI-0104-C Ol 3-47B458-591 VT-3 89E-02 F-A F1.20A ISI-0104-C 01 CS 3-47B458-596 VT-3 89E-02 F-A F1.20A ISI-0104-C 02 CS 3-47B458-597 VT-3 89E-02 F-A Fl.20A ISI-0104"C 02 CS 3-47B458-71 VT-3 89E-02 F-A Fl 20A
~ ISI-0104-C 01 10/02/96 Page 55
II J I . F ~ 'I I System Compno Exammeth Prisime xre Codecat Itemno Exint2perXsidwgno Shno CS 3-47B458-72 VT-3 89E-02 F-A F1.20A ISI-0104-C 02 CS 3-47B458-75 VT-3 89E-02 F-A F1.20A ISX-0104-C 01 C 3-47B458-76 VT-3 89E-02 F-A F1.20A ISX-0104-C 02 3-47B458-99 VT-3 89E-02 F-A F1.20A XSI-0104-C 01 CS-3-R-25 VT-3 89E-02 F-A F1.20A ISI-0104-C 02 CS CS-3-R-26 VT-3 89E-02 F-A F1.20A ISI-0104-C 02 CS CS-3-R-29 VT-3 89E-02 F-A F1.20A ISX-0104-C 01 CS CS-3-R-31 VT-3 89E-02 F-A F1.20A ISI-0104-C Ol HPCI 3-47B455-2109 VT-3 89E-02 F-A F1.20A CHM-2413-C 02 HPCI 3-47B455-630 VT-3 89E-02 F-A F1.20A CHM-2413-C 02 HPCI 3-47B455-632 VT-3 89E"02 F-A F1.20A CHM-2413-C 02 HPCI 3-47B455-634 VT-3 89E-02 F-A F1.20A CHM-2413-C 02 HPCI 3-47B455-635 VT-3 89E-02 F-A F1.20A CHM-2413-C 02 HPCI 3-47B455-643 VT-3 89E-02 F-A Fl.20A CHM-2413-C 02 HPCI 3-47B455-644 VT-3 89E-02 F-A F1.20A CHM-2413-C 03 HPCX 3-47B455-649 VT-3 89E-02 F-A F1.20A CHM-2413-C 02 HPCI 3-47B455-654 VT-3 89E"02 F-A F1.20A CHM-2413-C 02 HPCI 3-47B455-658 VT-3 89E-02 F-A Fl.20A CHM-2413-C 02 HPCI 3-47B455-660 VT-3 89E-02 F-A F1.20A CHM-2413-C 01 HPCI 3-47B455-661 VT-3 89E-02 F-A F1.20A CHM-2413-C 01 HPCX 3-47B455-663 VT-3 89E-02 F-A Fl 20A
~ CHM-2413-C 01 HPCX 3-47B455-664 VT-3 89E-02 F-A F1.20A CHM-2413-C Ol HPCI 3-47B455-665 VT-3 89E-02 F-A Fl 20A
~ CHM-24 13- C Ol HPCI 3-47B455-669 VT-3 89E-02 F-A F1.20A CHM-2413-C 01 RBCCW 3-47B464-427 VT-3 89E-02 F-A F1.20A ISI-0034-C 01 RBCCW 3-47B464-472 VT-3 89E-02 F-A F1.20A ISI-0034-C 01 RBCCW 3"47B464-520 VT-3 89E-02 F-A F1.20A ISI-0034-C Ol 3-47B456-652 VT"3 89E-02 F-A F1.20A CHM-2412-C 01 3-47B456-653 VT-3 89E-02 F-A Fl 20A
~ CHM-2412-C 01 3-47B456-677 VT-3 89E"02 'F-A F1.20A CHM-24 12-C 01 RCIC 3-47B456-678 VT-3 89E-02 F-A F1.20A CHM-24 12-C 01 RCIC 3-47B456-679 VT-3 89E-02 F-A F1.20A CHM-2412"C 01 RCIC 3-47B456-680 VT-3 89E-02 F-A F1.20A CHM-2412-C 01 RCIC RCIC-3-H-30 VT-3 89E-02 F-A F1.20A CHM-2412-C 01 RCIC RCIC-3-H-33 VT-3 89E-02 F"A F1.20A CHM-2412-C 01 RCIC RCIC-3-R-44 VT-3 89E"02 F-A F1.20A CHM-2412-C 01 RHR 3-47B452-1355 VT-3 89E-02 F1.20A ISX-0395-C 07 RHR 3-47B452-1381 VT-3 89E-02 F-A F1.20A ISX-0395-C 07 RHR 3-47B452-1382 VT-3 89E-02 F-A F1.20A XSI-0395-C 07 RHR 3-47B452-1387 VT-3 89E-02 F-A F1.20A ISX-0395-C 07 RHR 3-47B452-1388 VT-3 89E"02 F-A F1.20A ISI-0395-C 07 RHR 3-47B452-1404 VT-3 89E-02 F-A F1.20A ISX-0395-C 02 RHR 3-47B452-1406 VT-3 89E-02 F1.20A ISI-0395-C 02 RHR 3-47B452-1415 VT-3 89E-02 F-A F1.20A ISI-0395-C 03 RHR 3-47B452-1416 VT-3 89E-02 F-A Fl 20A
~ ISI-0395-C 03 RHR 3-47B452-1425 VT-3 89E-02 F-A F1.20A ISI-0395-C 04 RHR 3-47B452-1426 VT-3 89E-02 F-A F1.20A ISI-0395-C 04 RHR 3-47B452-1427 VT-3 89E-02 F-A Fl ~ 20A ISI-0395-C 04 RHR 3-47B452-1428 VT"3 89E-02 F-A F1.20A ISI-0395-C 05 RHR 3-47B452-1433 VT-3 89E-02 F-A Fl 20A
~ ISI-0395-C 05 RHR 3-47B452-1447 VT"3 89E"02 F-A F1.20A ISI-0395-C 09 RHR 3-47B452-1449 VT-3 89E-02 F-A F1.20A ISI-0395-C 09 3-47B452-1450 VT-3 89E-02 F-A Fl.20A ISI-0395-C 09 3"47B452"1456 VT-3 89E-02 F-A F1.20A ISI"0395-,C 09 RHR 3-47B452-1473 VT-3 89E-02 F-A Fl.20A XSI-0395-C 07 RHR 3-47B452-1479 VT-3 89E-02 F-A F1.20A ISX-0395-C 12 RHR 3-47B452-1487 VT-3 89E-02 F"A F1.20A ISI-0395-C 11 10/02/96 Page
J ~ k. I II II I
System Compno Exammeth Prisime xre Codecat Itemno Exi nt2perI si dwgno Shno RHR 3-47B452-1488 VT-3 89E-02 F-A F1.20A ISI-0395-C ll RHR 3-47B452-1489 VT-3 89E-02 F-A F1.20A ISI-0395-C ISI-0395-C ll R 3-47B452-1490 VT-3 89E-02 F-A Fl.20A 11 3-47B452-1493 VT-3 89E-02 F-A F-A Fl.20A ISI-0395-C ISI-0395-C ll 3-47B452-1504 VT-3 89E-02 F1.20A 06 RHR 3-47B452-1505 VT-3 89E"02 F-A F1.20A ISX-0395-C 06 RHR 3-47B452-1509 VT-3 89E-02 F-A F1.20A ISI-0395-C 12 RHR 3-47B452-1510 VT-3 89E-02 F-A F1.20A XSI-0395-C 12 RHR 3-47B452-1524 VT-3 89E-02 F-A F1.20A ISI-0395-C 02 RHR 3-47B452-1525 VT-3 89E-02 F-A Fl ~ 20A ISX-0395-C 05 RHR 3-47B452-1526 VT-3 89E-02 F-A F1.20A ISI-0395-C 04 RHR 3-47B452-1529 VT-3 89E-02 F-A Fl.20A ISI-0395-C 04 RHR 3-47B452-1530 VT-3 89E-02 F-A Fl.20A ISI-0395-C 03 RHR 3-47B452-1531 VT-3 89E-02 F-A Fl 20A
~ ISI-0395-C 03 RHR 3-47B452-1532 VT-3 89E"02 F-A Fl 20A
~ ISX-0395-C 05 RHR 3-47B452-1534 VT-3 89E"02 F-A F1.20A ISI-0395-C 03 RHR 3-47B452-1535 VT-3 89E-02 F-A F1.20A ISX-0395-C 03 RHR 3-47B452-1536 VT-3 89E"02 F-A F1.20A ISI-0395-C 04 RHR 3-47B452-1537 VT-3 89E-02 F-A F1.20A XSI-0395-C 08 RHR 3-47B452-1538 VT"3 89E-02 F-A F1.20A ISI-0395-C 08 RHR 3-47B452-1539 VT-3 89E-02 F-A F1.20A ISI-0395-C 08 RHR 3-47B452-1540 VT-3 89E-02 F-A F1.20A ISI-0395-C 08 RHR 3-47B452-1543 VT-3 89E-02 F-A F1.20A ISI-0395-C 08 RHR 3"47B452-1548 VT-3 89E-02 F-A F1.20A ISX-0395-C 10 RHR 3-47B452-1549 VT-3 89E-02 F-A F1.20A XSX-0395-C 10 RHR 3-47B452-1583 VT-3 89E-02 F-A F1.20A XSX-0395-C 15 RHR 3-47B452-1685 VT-3 89E-02 F-A F1.20A ZSX-0395-C 17 3-47B452-3168 VT"3 89E-02 F-A F1.20A XSI-0395-C 11 3-47B452-3191 VT-3 89E-02 F-A F1.20A ISZ-0395-C 05 3-47B452H0134 VT-3 89E-02 F-A F1.20A ISI-0395-C 08 RHR RHR-3-H-003 VT-3 89E-02 F-A F1.20A ISX-0395-C 10 RHR RHR-3-H-011A VT-3 89E-02 F-A F1.20A ISI-0395-C 10 RHR RHR-3-H-011B VT-3 89E-02 F-A F1.20A ISI-0395-C 10 RHR RHR-3-H-032 VT-3 89E-02 F-A F1.20A ISI-0395-C 11 RHR RHR-3-H-153 VT-3 89E-02 F-A F1.20A ISZ"0395-C 16 RHR RHR-3-H-346 VT-3 89E-02 F-A F1.20A ISI-0395-C 14 RHR RHR-3-R-011 VT-3 89E-02 F-A F1.20A ISX-0395-C 11 RHR RHR-3-R-018 VT-3 89E-02 F-A F1.20A XSI-0395-C 10 RHR RHR-3-R-079 VT-3 89E-02 F-A Fl.20A ISI-0395-C 14 RHR RHR-3-R-084 VT-3 89E-02 F-A F1.20A ISI-0395-C 10 RHR RHR-3"R-097 VT-3 89E-02 F-A Fl.20A XSI-0395-C 11 RHR RHR-3-R-163 VT-3 89E-02 F-A F1.20A ISI-0395-C 17 RHR RHR-3-R-167 VT-3 89E"02 F-A F1.20A ISI-0395-C 15 RHR RHR-3-R-175 VT-3 89E-02 F-A F1.20A ISI-0395-C 13 CRD 3-47B468-246 VT-3 89E-02 F-A F1.20B ISI-0144-C 02 CRD 3-47B468-247 VT-3 89E-02 F-A F1.20B ISI-0144-C 02 CRD 3-47B468-249 VT-3 89E"02 F-A F1.20B XSI-0144-C 02 CRD 3-47B468-252 VT-3 89E-02 F-A F1.20B ISI-0144-C 02 CRD 3-47B468-254 VT-3 89E-02 F-A F1.20B ISI-0144-C 02 CRD 3-47B468-255 VT-3 89E-02 F-A F1.20B ISX-0144-C 02 CRD 3-47B468-256 VT-3 89E-02 F"A F1.20B IS X-0144-C 02 CRD 3-47B468-257 VT-3 89E"02 F-A F1.20B ISI-0144-C 02 3-47B468-258 VT-3 89E"02 F-A F1.20B ISZ-0144-C 02 3-47B468-259 VT-3 89E-02 F-A F1.20B ISI-0144-C 02 CRD 3-47B468-260 VT-3 89E-02 F-A F1.20B ISI-0144-C 02 CRD 3"47B468-261 VT-3 89E-02 F-A F1.20B ISI-0144-C 02 CRD 3-47B468-263 VT-3 89E-02 F-A F1.20B ISI-0144-C 02 10/02/96 Page 57
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System Compno Exammeth Prisime xre Codecat Itemno Exint2perIsidwgno Shno CRD 3-47B468-284 VT-3 89E-02 F-A F1.20B ISI-0144-C 01 CRD 3-47B468-285 VT"3 89E-02 F-A F1.20B ISI-0144-C 01 C 3-47B468-287 VT-3 89E-02 F-A F1.20B ISI-0144-C 01 3-47B468-289 VT-3 89E-02 F-A Fl.20B ISI-0144-C 01 3-47B468-292 VT-3 89E-02 F-A Fl.20B ISI-0144-C 01 CRD 3-47B468-294 VT-3 89E-02 F-A F1.20B IS1-0144-C 01 CRD 3-47B468-295 VT-3 89E-02 F-A F1.20B ISX-0144-C 01 CRD 3-47B468-296 VT-3 89E-02 F-A F1.20B XSX-0144-C 01 CRD 3-47B468-297 VT-3 89E-02 F-A F1.20B ISI-0144-C 01 CRD 3-47B468-299 VT-3 89E-02 F-A F1.20B XSX-0144-C 01 CRD 3-47B468-301 VT-3 89E-02 F-A F1.20B ISI-0144-C 01 CRD 3-47B468-302 VT-3 89E-02 F-A F1.20B ISI-0144-C 01 CRD 3-47B468-303 VT-3 89E-02 F-A F1.20B ISI-0144-C 01 CRD 3-47B468-305 VT-3 89E-02 F-A F1.20B ISI-0144-C 01 CRD 3-47B468-312 VT-3 89E-02 F-A F1.20B ISI-0144-C 01 CRD 3-47B468-313 VT-3 89E-02 F-A Fl.20B ISI-0144-C 02 CRD 3-47B468-314 VT-3 89E"02 F-A Fl.20B ISI-0144-C 02 CRD 3-47B468-317 VT-3 89E-02 F-A F1.20B ISI-0144-C 02 CRD 3-47B468-318 VT-3 89E-02 F-A F1.20B ISI-0144-C 02 CRD 3-47B468-319 VT-3 '89E-02 F-A F1.20B ISI-0144-C 01 CRD 3-47B468-320 VT-3 89E"02 F-A F1.20B ISI-0144-C 01 CS 3-47B458-095 VT-3 89E-02 F-A F1.20B ISX-0104-C 02 CS 3"47B458-80 VT-3 89E"02 F-A F1.20B ISI-0104-C 01 CS 3-47B458-81 VT-3 89E-02 F-A F1.20B ISI-0104-C 02 CS 3-47B458-82 VT-3 89E-02 F-A Fl.20B ISI-0104-C 01 CS 48N1025-03-A VT-3 89E-02 F-A Fl.20B ISI-0104-C 01 CS 48N1025-03-B VT"3 89E-02 F-A F1.20B ISI-0104-C 02 48N1025-03-C VT-3 89E-02 F-A F1.20B XSI-0104-C 01 48N1025"03"D VT-3 89E"02 F-A F1.20B ISI-0104-C 02 3-47B455-631 VT-3 89E-02 F-A Fl.20B CHM-2413-C 03 HPCI 3-47B455-652 VT-3 89E-02 F-A F1.20B CHM-24 13-C 02 HPCI 3-47B455-655 VT-3 89E-02 F-A Fl.20B CHM-2413-C 02 HPCI 3-47B455-659 VT-3 89E-02 F-A F1.20B CHM-2413-C 01 HPCI 3-47B455-688 VT-3 89E-02 F-A Fl.20B CHM-2413-C Ol HPCI HPCI-3-R-41 VT-3 89E-02 F-A Fl.20B CHM-2413-C 03 HPCI HPCI-3-R-42 VT-3 89E-02 F-A F1.20B CHM-2413-C 03 HPCI HPCI-3-R-43 VT-3 89E-02 F-A Fl.20B CHM"2413-C 03 HPCI HPCI-3-R-44 VT"3 89E-02 F-A F1.20B CHM-2413-C 03 HPCI HPCI-3-R-82 VT-3 89E-02 F-A Fl.20B CHM-2413-C 03 HPCI HPCX-3"R"92 VT-3 89E-02 Fl.20B CHM-2413-C 03 HPCI HPCI-3-R-93 VT-3 89E-02 Fl 20B
~ CHM-2413-C 03 HPCI HPCI-3-R-94 VT"3 89E-02 F-A Fl.20B CHM"2413-C 03 MS 3-47B400-206 VT-3 89E-02 F"A F1.20B ISI-0355-C Ol MS 3-47B400-79 VT-3 89E-02 F-A F1.20B ISI-0355-C 01 MS 3-47B400-81 VT-3 89E"02 F1.20B ISI-0355-C 01 MS 3-47B400-94 VT-3 89E-02 F-A F1.20B ISI-0355-C 01 RBCCW 3-47B464-437 VT-3 89E-02 F-A F1.20B ISI-0034-C 01 RCIC 3 47B456-654 VT-3 89E"02 F-A F1.20B CHM-2412-C 01 RCIC 3-47B456-660 VT-3 89E-02 F-A F1.20B CHM"2412-C 01 RCIC 3-47B456-661 VT-3 89E-02 F1.20B CHM-2412-C 01 RCIC 3-47B456-662 VT-3 89E-02 F"A F1.20B CHM-2412-C 01 RHR 3-47B452-119 VT-3 89E-02 F-A F1.20B IS I-0395-C 12 3-47B452-1471 VT-3 '89E-02 Fl.20B ISI-0395-C 07 3-47B452-1472 VT-3 89E-02 F-A F1.20B ISI-0395-C 07 RHR 3-47B452-1474 VT-3 89E-02 F-A F1.20B ISI-0395-C 09 RHR 3-47B452-1475 VT-3 89E-02 F"A F1.20B ISX-0395-C 12 RHR 3-47B452"1478 VT-3 89E"02 F-A F1.20B ISI-0395-C 12 10/02/96 Page 58
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System Compno Exammeth Prisime xre Codecat Xtemno Exint2perXsidwgno Shno RHR 3-47B452-1486 VT-3 89E-02 F1.20B XSX-0395-C 11 RHR 3-" 47B452-1496 VT-3 89E-02 F-A F1.20B ISI-0395-C 06 R 3-47B452-1501 VT-3 89E-02 F-A Fl ~ 20B ISI-0395-C 06 3-47B452-1595 VT-3 89E-02 F-A F1.20B ISI-0395-C 15 3-47B452-3187 VT-3 89E-02 F-A Fl.20B ISI-0395-C 16 RHR 3-47B452-3188 VT-3 89E"02 F-A Fl.20B ISI-0395-C 14 RHR 3-47B452-3189 VT-3 89E-02 F-A F1.20B ISI-0395-C 16 RHR 3-47B452-3190 VT-3 89E-02 F-A F1.20B ISI-0395-C 14 RHR 3-47B452S0223 VT-3 89E-02 F-A Fl.20B XSX-0395-C 08 RHR RHR-3-H-007 VT-3 89E-02 F-A F1.20B XSX-0395-C 10 RHR RHR-3-H-010 VT-3 89E-02 F-A '1.20B XSX-0395-C 10 RHR RHR-3-H-012 VT-3 89E-02 F-A F1.20B ISI-0395"C 10 RHR RHR-3-H-023 VT-3 89E-02 F-A F1.20B ISI-0395-C 11 RHR RHR-3-H-024 VT-3 89E"02 F-A F1.20B ISI-0395-C ll RHR RHR-3-H-028 VT-3 89E-02 F-A F1.20B ISX-0395-C ll RHR RHR-3-R-063 VT-3 89E-02 F-A F1.20B ISI-0395-C 13 RHR RHR-3-R-083 VT-3 89E-02 F-A F1.20B ISI-0395-C 11 CS 3-47B458-103 VT"3 89E-02 F"A Fl.20C ISI-0104-C 02 CS 3-47B458-151 VT-3 89E-02 F-A F1.20C ISI-0104-C 02 CS 3-47B458-152 VT-3 89E"02 F-A Fl.20C ISI-0104-C 01 CS 3-47B458-153 VT-3 89E-02 F-A F1.20C ISI"0104-C 01 CS 3-47B458-154 VT-3 89E-02 F-A Fl.20C ISX-0104-C Ol CS 3-47B458-155 VT-3 89E-02 F-A Fl.20C ISI-0104-C Ol CS 3-47B458-156 VT-3 89E"02 F-A Fl.20C ISX-0104-C 01 CS 3-47B458-164 VT-3 89E-02 F-A F1.20C ISI-0104-C 01 CS 3-47B458-166 VT-3 89E-02 F-A F1.20C ISI-0104-C 02 CS 3-47B458-167 VT-3 89E-02 F-A F1.20C ISX-0104-C 02 3-47B458-169 VT-3 89E-02 F-A F1.20C ISI-0104-C 02 3-47B458-170 VT-3 89E-02 F-A F1.20C ISX-0104-C 02 3-47B458-171 VT-3 89E-02 F-A F1.20C ISI-0104-C 02 CS 3-47B458-84 VT-3 89E-02 F-A F1.20C ISI-0104-C 01 HPCI 3-47B455-625 VT-3 89E"02 F"A F1.20C CHM-2413-C 03 HPCI 3-47B455-626 VT-3 89E-02 F-A F1.20C CHM-24 13-C 02 HPCI 3-47B455"627 VT-3 89E-02 F-A F1.20C CHM-2413-C 03 HPCI 3-47B455-628 VT-3 89E-02 F-A F1.20C CHM-2413-C 02 HPCI 3-47B455-633 VT-3 89E-02 F-A F1.20C CHM-2413-C 02 HPCX 3-47B455-636 VT-3 89E-02 F-A F1.20C CHM-2413-C 02 HPCI 3-47B455-637 VT-3 89E-02 F-A Fl ~ 20C CHM-2413-C 02 HPCI 3-47B455-638 VT-3 89E-02 F-A F1.20C CHM-2413-C 02 HPCI 3-47B455-639 VT-3 89E-02 F-A F1.20C CHM-2413-C 02 HPCI 3-47B455-640 VT-3 89E-02 F-A Fl.20C CHM-2413-C 02 HPCI 3-47B455-641 VT-3 89E"02 F-A Fl ~ 20C CHM-2413-C 03 HPCI 3-47B455-645 VT-3 89E-02 F-A F1.20C CHM-2413-C '03 HPCI 3-47B455-650 VT-3 89E-02 F-A Fl.20C CHM-2413-C 02 HPCI 3-47B455-651 VT-3 89E-02 F-A F1.20C CHM-2413-C 02 HPCI 3-47B455-653 VT-3 89E-02 F-A Fl.20C CHM"2413-C 02 HPCI 3-47B455-657 VT-3 89E-02 F-A F1.20C CHM-2413-C 02 HPCI 3-47B455-666 VT-3 89E-02 F-A Fl.20C CHM-2413-C Ol HPCI 3-47B455-667 VT-3 89E-02 F-A F1.20C CHM-2413-C 01 HPCI 3"47B455-670 VT-3 89E-02 F-A F1.20C CHM-2413-C 02 MS HPAS-3-H-01 VT"3 89E-02 F-A F1.20C ISI-0355-C 02 MS HPAS-3-H"02 VT-3 89E-02 F-A F1.20C ISI-0355-C 02 HPAS"3-H-03 VT-3 89E-02 F-A Fl ~ 20C ISI-0355-C 02 HPAS-3-H-04 VT-3 89E" 02 F-A F1.20C ISI-0355-C 02 M HPAS-3-H-05 VT-3 89E"02 F-A F1.20C XSI-0355-C 02 MS HPAS-3-H-06 VT-3 89E-02 F-A F1.20C XSX-0355-C 02 MS HPAS-3-H-07 VT-3 89E-02 F"A F1.20C ISI-0355-C 02 10/02/96 Page
4 F ~: a 'I "I System Compno Exammeth Prisime xre Codecat Xtemno Exint2per?sidwgno Shno MS HPAS-3-H-08 VT-3 89E-02 F-A F1.20C ISI-0355-C 02 MS HPAS-3-H-09 VT-3 89E-02 F-A F1.20C XSI-0355-C 02 M HPAS-3-H-10 VT-3 89E-02 F-A F1.20C ISI-0355-C 02 HPAS-3-H-11 VT-3 89E-02 F-A F1.20C ISI-0355-C 02 HPAS-3-H-12 VT-3 89E-02 F-A F1.20C XSI-0355-C 02 MS HPAS-3-H-13 VT-3 89E-02 F-A F1.20C ISI-0355-C 02 MS HPAS-3-H-15 VT-3 89E-02 F-A Fl.20C ISI-0355-C 02 MS HPAS-3-H-18 VT-3 89E-02 F-A F1.20C ISI-0355-C 02 MS HPAS-3-H-21 VT-3 89E-02 F-A F1.20C ISI-0355-C 02 MS MS-3-H-05 VT-3 89E-02 F-A F1.20C XSI-0355-C 01 MS MS-3-H-06 VT-3 89E-02 F-A F1.20C ISI-0355-C 01 MS MS-3-H-07 VT-3 89E-02 F-A F1.20C ISI-0355-C 01 MS MS-3-H-08 VT-3 89E-02 F-A F1.20C ISI-0355"C 01 MS MS-3-H-09 VT-3 89E-02 F-A F1.20C ISI-0355-C 01 MS MS-3-H-10 VT-3 89E-02 F-A F1.20C ISI-0355-C 01 MS MS-3-H-11 VT-3 89E-02 F-A F1.20C ISI-0355"C Ol MS MS-3-H-12 VT-3 89E-02 F-A F1.20C ISI-0355-C Ol MS MS-3-H-13 VT-3 89E-02 F-A F1.20C ISI-0355-C 01 MS MS-3-H-14 VT-3 89E-02 F"A F1.20C ISX-0355-C 01 MS MS-3-H-15 VT-3 89E"02 F-A F1.20C ISI-0355-C 01 MS MS-3-H-16 VT-3 89E-02 F-A Fl.20C ISI-0355-C Ol MS MS-3-H-17 VT-3 89E-02 F-A Fl.20C ISI-0355-C 01 MS MS-3-H-18 VT-3 89E-02 F-A F1.20C ISI-0355-C 01 MS MS" 3-H-19 VT-3 89E-02 F-A Fl.20C ISI-0355-C 01 MS MSGE-3-H-01 VT-3 89E-02 F-A Fl.20C ISI-0355-C 01 MS MSGE-3-H-02 VT-3 89E-02 F-A F1.20C ISX-0355-C 01 RCIC 3-47B456-655 VT-3 89E-02 F-A Fl ~ 20C CHM-2412-C Ol 3-47B456-657 VT-3 89E"02 F-A F1.20C 3'HM-2412-C Ol 3-47B456-658 VT-3 89E-02 F-A F1.20C CHM-24 12-C 01 3-47B456-659 VT-3 89E-02 F-A F1.20C CHM-24 12-C 01 RCXC RCIC-3-H-29 VT-3 89E-02 F-A F1.20C CHM-2412-C 01 RHR 3-47B452-1380 VT-3 89E-02 F-A Fl 20C
~ ISI-0395-C 07 RHR 3-47B452-1383 VT-3 89E"02 F"A Fl.20C ISI-0395-C 07 RHR 3-47B452-1384 VT-3 89E-02 F-A Fl.20C ISI-0395-C 07
'HR 3-47B452-1385 VT-3 89E-02 F-A Fl.20C ISI"0395-C 07 RHR 3-47B452-1389 VT-3 89E-02 F-A Fl 20C
~ ISI-0395-C 07 RHR 3-47B452-1390 VT-3 89E-02 F-A F1.20C ISI-0395-C 07 RHR 3-47B452-1400 VT-3 89E-02 F-A Fl.20C ISI-0395-C 02 RHR 3-47B452-1403 VT-3 89E-02 F-A F1.20C ISI-0395-C 02 RHR 3-47B452-1405 VT-3 89E-02 F-A F1.20C ISI-0395-C 02 RHR 3-47B452-1422 VT-3 89E-02 F-A F1.20C ISI-0395-C 04 RHR 3-47B452-1423 VT-3 89E"02 F-A Fl ~ 20C ISI-0395-C 04 RHR 3-47B452-1424 VT-3 89E"02 F-A F1.20C ISI-0395-C 04 RHR 3-47B452"1432 VT-3 89E"02 F-A F1.20C ISI-0395-C 05 RHR 3-47B452-1434 VT-3 89E-02 F-A F1.20C ISI-0395-C 05 RHR 3-47B452-1444 VT-3 89E-02 F-A Fl.20C ISI-0395-C 05 RHR 3"47B452"1445 VT-3 89E-02 F-A F1.20C XSI-0395-C 09 RHR 3-47B452-1451 VT-3 89E-02 F-A Fl.20C ISI-0395-C 09 RHR 3-47B452-1452 VT-3 89E-02 F-A F1.20C ISI-0395-C 09 RHR 3-47B452-1453 VT-3 89E-02 F"A F1.20C ISI-0395-C 09 RHR 3-47B452-1457 VT-3 89E-02 F-A F1.20C ISI-0395-C 09 RHR 3-47B452-1458 VT-3 89E-02 F-A F1.20C ISI-0395-C 09 3-47B452-1459 VT-3 89E-02 F1.20C ISI-0395-C 09 3"47B452-1495 VT-3 89E-02 F"A F1.20C XSI-0395-C 06 RHR 3-47B452-1499 VT-3 89E-02 F"A Fl.20C ISX-0395-C 06 RHR 3-47B452-1541 VT-3 89E"02 F-A F1.20C ISI-0395-C 08 RHR 3-47B452-1542 VT-3 89E-02 F-A F1.20C ISI-0395-C 08 10/02/96 Page 60
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System Compno Exammeth Prisime xre Codecat I temno Exint2perIsidwgno Shno RHR 3-47B452-1545 VT-3 89E-02 F-A F1.20C ISI-0395-C 08 RHR 3-47B452-1547 VT-3 89E-02 F-A F1.20C ISI-0395-C 10 3-47B452-1550 VT-3 89E-02 F-A F1.20C XSI-0395-C 08 3-47B452-408 VT-3 89E-02 F-A F1.20C XSI-0395-C 12 3-47B452-430 VT-3 89E-02 F-A F1.20C XSI-0395-C 12 RHR RHR-3-H-002 VT-3 89E-02 F-A F1.20C ISI-0395-C 10 RHR RHR-3-H-004 VT-3 89E-02 F-A Fl.20C ISI-0395-C 10 RHR RHR-3-H-005 VT-3 89E-02 F-A F1.20C ISI-0395-C 12 RHR RHR-3-H-006 VT-3 89E-02 F-A F1.20C XSI-0395-C 10 RHR RHR-3-H-008 VT-3 89E-02 F-A F1.20C ISI-0395-C 10 RHR RHR-3-H-009 VT-3 89E-02 F1.20C ISI-0395-C 10 RHR RHR-3-H-026 VT-3 89E-02 F-A F1.20C ISX-0395-C 11 RHR RHR-3-H-027 VT-3 89E-02 F-A F1.20C ISI-0395-C 11 RHR RHR-3-H-029 VT-3 89E-02 F-A F1.20C ISI-0395-C 11 RHR RHR-3-H-030 VT-3 89E-02 F-A F1.20C ISI-0395-C ll RHR RHR-3-H-034 VT-3 89E-02 F-A F1.20C ISI-0395-C 11 RHR RHR-3-H-144 VT-3 89E-02 F-A F1.20C ISI-0395-C 13 RHR RHR-3-H-145 VT-3 89E-02 F-A F1.20C XSI-0395-C 13 RHR RHR"3-H-146 VT"3 89E-02 F-A F1.20C ISI-0395-C 12 RHR RHR-3-H-157 VT-3 89E-02 F-A F1.20C ISI-0395-C 10 RHR RHR-3-H-162 VT-3 89E-02 F-A Fl ~ 20C ISI-0395-C 12 RHR RHR-3-H-352 VT-3 89E-02 F-A Fl ~ 20C ISI-0395-C 11 HPCI 3-47B455-629 VT-3 89E-02 F-A F1.20D CHM-2413-C 02 HPCX HPCI-3-R-78 VT-3 89E-02 F-A F1.20D CHM-2413-C 03 HPCI HPCI-3-R-83 VT-3 89E"02 F-A Fl ~ 20D CHM-2413-C 03 RCIC RCIC-3-R-04 VT-3 89E-02 F-A F1.20D CHM-24 12-C 01 RCIC RCIC-3-R-22 VT"3 89E-02 F-A F1.20D CHM"2412-C Ol 3-47B452-1446 VT-3 89E-02 F-A F1.20D ISI-0395-C 09 3-47B452-1491 VT-3 89E-02 F-A F1.20D ISI-0395-C 11 3"47B452-1492 VT-3 89E-02 F-A F1.20D ISI-0395-C 11 RHR 3-47B452-1494 VT-3 89E-02 F-A Fl.20D ISI-0395-C ll RHR 3-47B452-1544 VT-3 89E-02 F-A Fl.20D ISI-0395-C 10 RHR 3-47B452-1557 VT-3 89E-02 F-A Fl ~ 20D ISX-0395"C 10 RHR RHR-3-R-010 VT-3 89E-02 F-A F1.20D XSI-0395-C 11 RHR RHR R-04 1 VT-3 89E-02 F-A F1.20D ISX"0395-C 12 RHR RHR-3-R-058 VT-3 89E-02 F1.20D ISI-0395-C 12 RHR RHR-3-R-062 VT-3 89E-02 F-A F1.20D "3 ISX-0395-C 13 RHR RHR-3-R-080 VT-3 89E-02 F-A F1.20D 3 ISI"0395-C 10 RHR RHR-3-R-081 VT-3 89E-02 F1.20D XSI-0395-C 10 RHR RHR-3-R-094 VT-3 89E-02 F-A F1.20D ISI-0395-C 10 RHR RHR-3-R-099 VT-3 89E-02 F"A F1.20D ISX-0395-C 11 RHR RHR-3-R-102 VT-3 89E-02 F-A F1.20D ISI-0395-C 11 RHR RHR-3-R-158 VT-3 89E-02 F-A F1.20D ISX-0395-C 13 RHR RHR-3-R-159 VT-3 89E"02 F-A F1.20D ISI-0395-C 12 RHR RHR-3-R019 VT-3 89E-02 F-A F1.20D ISI-0395-C 10 EECW 3-47B451-2029 VT-3 89E-02 F-A F1.30A ISI-0390-C 01 EECW 3-47B451H0001 VT-3 89E-02 F-A F1.30A ISI-0390-C 02 EECW 3-47B451H0002 VT-3 89E"02 F"A F1.30A XSI-0390-C 02 EECW 3-47B451R0078 VT-3 89E-02 F-A F1.30A ISI-0390-C: 02 EECW 3-47B451S0076 VT-3 89E-02 F-A F1.30A ISX-0390-C 01 EECW 3-47B451S0134 VT-3 89E-02 F1.30A ISI-0390-C 03 3-47B451S0138 VT-3 89E-02 F"A F1.30A ISI-0390-C 02 3-47B451S0140 VT-3 89E-02 F-A F1.30A ISI-0390-C 02 3-47B451S0143 VT-3 89E-02 F-A F1.30A ISI-0390-C 03 EECW 3-47B451S0150 VT-3 89E-02 F-A F1.30A ISI-0390-C 03 EECW 3-47B451S0154 VT-3 89E-02 F-A F1.30A ISI-0390-C 02 EECW 3-47B451S0156 VT-3 89E-02 F-A F1.30A ISI-0390-C 02 10/02/96 Page
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System Compno Exammeth Prisime xre Codecat Ztemno Exint2perZsidwgno , Shno EECW 3-47B451S0158 VT-3 89E-02 F-A F1.30A ISI-0390-C 03 EECW 3-47B451S0288 VT-3 89E-02 F-A F1.30A ISZ-0390-C 01 E CW 3-47B451S0289 VT-3 89E-02 F-A Fl.30A ISI-0390-C 01 3-47B451S0313 VT-3 89E-02 F-A F1.30A ISI-0390-C 02 3-17B300-275 VT-3 89E-02 F-A F1.30A CHM-2416-C 01 RHRSW 3-17B300-277 VT-3 89E-02 F-A F1.30A CHM-2416-C 01 RHRSW 3-17B300-282 VT-3 89E-02 F-A F1.30A CHM-2416-C 01 RHRSW 3-17B300-284 VT-3 89E-02 F-A F1.30A CHM-2416-C 01 RHRSW 3-17B300-289 VT-3 89E-02 F-A F1.30A CHM-2416-C 01 RHRSW 3-17B300-291 VT-3 89E-02 F-A F1.30A CHM-2416-C 01 RHRSW 3-17B300-296 VT-3 89E-02 F-A Fl 30A
~ CHM-2416-C 01 RHRSW 3-17B300-298 VT-3 89E-02 F-A F1.30A CHM-2416-C 01 RHRSW 3-47B450-250 VT-3 89E-02 F-A F1.30A CHM-2416-C
/ 02 RHRSW 3-47B450-251 VT-3 89E-02 F-A F1.30A CHM-2416-C 02 RHRSW 3-47B450-259 VT-3 89E-02 F-A F1.30A CHM-2416-C 02 RHRSW 3-47B450-261 VT-3 89E-02 F-A F1.30A CHM-2416-C 02 RHRSW 3-47B450-267 VT-3 89E-02 F-A F1.30A CHM-2416-C 02 RHRSW 3-47B450"269 VT-3 89E-02 F-A F1.30A CHM-2416-C 02 RHRSW 3-47B450"280 VT-3 89E-02 F1.30A CHM-2416-C 02 RHRSW 3-47B450-282 VT-3 89E-02 F-A F1.30A CHM-2416-C 02 RHRSW 3-47B450-284 VT-3 89E-02 F1.30A CHM-2416-C 02 RHRSW 3-47B450-290 VT-3 89E-02 F-A F1.30A CHM-2416-C 03 RHRSW 3-47B450-291 VT-3 89E-02 F-A F1.30A CHM"24 16-C 03 RHRSW 3-47B450"294 VT-3 89E-02 F1.30A CUM-2416-C 03 RHRSW 3-47B450-295 VT-3 89E-02 F"A F1.30A CHM-2416-C 03 RHRSW 3-47B450-298 VT-3 89E-02 F1.30A CHM-2416-C 03 RHRSW 3-47B450-299 VT-3 89E-02 F"A F1.30A CHM-2416-C 03 W 3-47B450-304 VT-3 89E-02 F-A F1.30A CHM-2416-C 03 3-47B450-305 VT-3 89E-02 F-A F1.30A CHM-2416-C 03 W 3-47B450-308 VT-3 89E-02 F-A F1.30A CHM-2416-C 03 RHRSW 3-47B450-314 VT-3 89E-02 F-A F1.30A CHM-2416-C 03 RHRSW 3-47B450-316 VT-3 89E"02 F-A F1.30A CHM-2416-C 03 RHRSW 3-47B450-317 VT-3 89E-02 F-A F1.30A CHM-2416-C 03 RHRSW 3-47B450-374 VT-3 89E-02 F-A F1.30A CHM-2416-C 02 RHRSW 3-47B450-375 VT-3 89E-02 F1.30A CHM-2416-C 02 EECW 3-47B451H0014 VT-3 89E-02 F"A F1.30B ISI-0390-C 01 EECW 3-47B451R0057 VT-3 89E-02 F-A F1.30B ISI-0390-C 01 EECW 3-47B451R0063 VT-3 89E-02 F-A F1.30B ISI-0390-C 01 EECW 3-47B451R0064 VT-3 89E-02 F-A F1.30B ISI-0390-C 01 EECW 3-47B451R0065 VT-3 89E"02 F-A F1.30B ISI-0390-C 01 EECW 3-47B451R0066 VT-3 89E"02 F-A F1.30B ISI-0390-C 01 EECW 3-47B451R0067 VT-3 89E-02 F-A F1.30B ISI-0390-C 01 EECW 3-47B451R0068 VT"3 89E-02 F-A F1.30B ISI"0390-C 01 EECW 3-47B451R0069 VT-3 89E-02 F"A F1.30B ISI-0390-C 01 EECW 3-47B451R0070 VT-3 89E"02 F"A F1.30B ISI-0390-C 01 EECW 3-47B451R0073 VT-3 89E-02 F-A F1.30B ISX-0390-C 01 EECW 3-47B451R0074 VT-3 89E-02 F"A F1.30B ISX-0390-C 01 EECW 3-47B451R0075 VT-3 89E-02 F"A Fl ~ 30B IS I-0390-C 02 EECW 3-47B451R0076 VT-3 89E-02 F-A F1.30B ISI-0390-C 02 EECW 3-47B451R0079 VT-3 89E-02 F-A F1.30B ISI-0390-C 02 EECW 3-47B451R0080 VT-3 89E-02 F-A F1.30B ISI-0390-C 02 EECW 3-47B451R0081 VT"3 89E-02 F1.30B ISI-0390-C 02 3-47B451R0082 VT-3 89E-02 F-A F1.30B ISI-0390-C 02 3-47B451R0083 VT-3 89E-02 F-A F1.30B ISI-0390-C 02 E CW 3-47B451S0070 VT-3 89E-02 F1.30B ISI-0390-C 01 EECW 3-47B451S0072 VT-3 89E-02 F-A F1.30B ISX-0390-C 01 EECW 3-47B451S0073 VT-3 89E-02 F"A F1.30B ISI-0390-C 01 10/02/96 Page 62
System Compno Exammeth Prisime xre Codecat Itemno Exint2per jsidwgno Shno EECW 3-47B451S0074 VT-3 89E-02 F-A F1.30B ISI-0390-C 01 EECW 3-47B451S0130 VT-3 89E-02 F-A F1.30B ISI-0390-C 02 E W 3-47B451S0131 VT-3 89E-02 F-A Fl ~ 30B ISI-0390-C 02 3-47B451S0132 VT-3 89E-02 F-A F1.30B ISI-0390-C 03 3-47B451S0133 VT-3 89E-02 F-A F1.30B ISX-0390-C 03 EECW 3-47B451S0135 VT-3 89E-02 F1.30B ISX-0390-C 03 EECW 3-47B451S0136 VT-3 89E-02 F-A F1.30B XSI-0390-C 03 EECW 3-47B451S0137 VT-3 89E-02 F-A F1.30B ISZ-0390-C 02 EECW 3-47B451S0139 VT-3 89E-02 F-A F1.30B XSI-0390-C 02 EECW 3-47B451S0141 VT-3 89E-02 F-A F1.30B ISI-0390-C 02 EECW 3-47B451S0142 VT-3 89E-02 F-A F1.30B ISI-0390-C 02 EECW 3-47B451S0144 VT-3 89E-02 F-A F1.30B ISI-0390-C 03 EECW, 3-47B451S0145 VT-3 89E-02 F-A F1.30B ISX-0390-C 02 EECW 3-47B451S0146 VT-3 89E-02 F-A F1.30B ISI-0390"C 02 EECW 3-47B451S0147 VT-3 89E-02 F-A F1.30B ISI-0390-C 02 EECW 3-47B451S0148 VT-3 89E-02 F1.30B ISI-0390-C 03 EECW 3-47B451S0149 VT-3 89E-02 F-A F1.30B ISI-0390-C 03 EECW 3-47B451S0151 VT-3 89E-02 F-A F1.30B ISI-0390-C 03 EECW 3-47B451S0152 VT-3 89E-02 F-A F1.30B ISI-0390-C 03 EECW 3-47B451S0153 VT-3 89E-02 F-A F1.30B XSI-0390-C 02 EECW 3-47B451S0155 VT-3 89E-02 F-A F1.30B XSX-0390-C 02 EECW 3-47B451S0157 VT-3 89E-02 F-A F1.30B ISX-0390-C 02 EECW 3-47B451S0159 VT-3 89E-02 F-A F1.30B XSX-0390-C 03 EECW 3-47B451S0160 VT-3 89E-02 F-A F1.30B XSX-0390-C 02 EECW 3-47B451S0161 VT-3 89E-02 F-A F1.30B ISI-0390-C 02 EECW 3-47B451S0162 VT-3 89E-02 F-A F1.30B ISZ-0390-C'SI-0390-C 03 EECW 3-47B451S0163 VT-3 89E-02 F-A F1.30B 03 3-47B451S0164 VT-3 89E"02 F-A F1.30B ISZ-0390-C 02 3-47B451S0165 VT-'3 89E-02 F-A F1.30B ISX-0390-C 02 3"47B451S0166 VT-3 89E-02 F-A F1.30B ISI-0390-C 03 EECW 3-47B451S0167 VT-3 89E-02 F-A F1.30B ISI-0390-C 03 EECW 3-47B451S0290 VT-3 89E-02 F-A Fl.30B ISX-0390-C 01 EECW 3-47B451S0305 VT-3 89E-02 F-A F1.30B ISI-0390-C 01 EECW 3-47B451S0309 VT-3 89E-02 F-A F1.30B ISI-0390-C 02 EECW 3-47B451S0320 VT-3 89E-02 F-A F1.30B ISI-0390-C 02 FPC 3-47B454-485 VT-3 89E-02 F-A F1.30B CHM-2429-C 02 FPC 3-47B454-486 VT-3 89E-02 F-A F1.30B CHM-2429-C 02 FPC 3-47B454-529 VT-3 89E-02 F-A F1.30B CHM-2429-C 02 RHRSW 3-17B300-274 VT-3 89E-02 F-A Fl 30B
~ CHM-2416-C 01 RHRSW 3-17B300-276 VT-3 89E-02 . F1.30B CHM-2416-C 01 RHRSW 3-17B300"281 VT-3 89E-02 F-A F1.30B CHM-2416-C 01 RHRSW 3-17B300-283 VT-3 89E-02 F-A F1.30B CHM-2416-C 01 RHRSW 17B300-288 VT-3 89E-02 F-A F1.30B CHM-2416-C 01 RHRSW 3-17B300"290 VT-3 89E-02 F-A F1.30B CHM-24 16" C 01 RHRSW 3-17B300-295 VT-3 89E-02 F-A F1.30B CHM"2416-C 01 RHRSW 3-17B300-297 VT-3 89E-02 F-A F1.30B CHM-2416-C 01 RHRSW 3-47B450-249 VT-3 89E-02 F-A F1.30B CHM-2416-C 02 RHRSW 3"47B450-252 VT-3 89E-02 F-A Fl. 30B CHM-2416-C 02 RHRSW 3-47B450-253 VT-3 89E-02 F1.30B CHM-2416-C 02 RHRSW 3-47B450-254 VT-3 89E-02 F-A F1.30B CHM-2416-C 02 RHRSW 3-47B450-258 VT-3 89E-02 F-A F1.30B CHM-2416-C 02 RHRSW 3-47B450-260 VT-3 89E-02 F-A F1.30B CHM-2416-C 02 3-47B450-262 VT-3 89E-02 F-A F1.30B CHM-2416-C 02 3-47B450-266 VT-3 89E-02 F-A Fl ~ 30B CHM-2416-C 02 RSW 3-47B450-270 VT-3 89E-02 F-A F1.30B CHM-2416"C 02 RHRSW 3-47B450-281 VT-3 89E-02 F-A F1.30B CHM-2416-C 02 RHRSW 3-47B450-285 VT-3 89E"02 F1.30B CHM"2416-C 02 10/02/96 Page 63
I h System Compno Exammeth Prisime xre Codecat I temno Exint2perIsidwgno Shno RHRSW 3-47B450-286 VT-3 89E-02 Fl. 30B CHM"2416-C 02 RHRSW 3-47B450-287 VT-3 89E-02 F-A Fl ~ 30B CHM-2416-C 02 ~ R SW 3-47B450-289 VT-3 89E-02 F-A F1.30B CHM-2416-C 03 W 3-47B450-292 VT-3 89E-02 F-A F1.30B CHM-2416-C 03 3-47B450-293 VT-3 89E-02 F-A F1.30B CHM-2416-C 03 RHRSW 3-47B450-296 VT-3 89E-02 F-A F1.30B CHM-2416-C 03 RHRSW 3-47B450-297 VT-3 89E-02 F-A F1.30B CHM-2416-C 03 RHRSW 3-47B450-300 VT-3 89E-02 F-A F1.30B CHM-2416-C 03 RHRSW 3-47B450-302 VT-3 89E-02 F-A F1.30B CHM-2416-C 03 RHRSW 3-47B450-303 VT-3 89E-02 F-A Fl.30B CHM-2416-C 03 RHRSW 3-47B450-306 VT-3 89E-02 F-A Fl.30B CHM-2416-, C 03 RHRSW 3-47B450-307 VT-3 89E-02 F-A Fl.30B CHM"2416-C 03 RHRSW 3-47B450-313 VT-3 89E-02 F-A F1.30B CHM-2416-C 03 RHRSW 3-47B450-315 VT-3 89E-02 F-A F1.30B CHM-24 1 6-C 03 RHRSW 3-47B450-348 VT-3 89E-02 F-A F1.30B CHM-2416"C 02 RHRSW 3-47B450-355 VT-3 89E-02 F-A F1.30B CHM-2416-C 03 RHRSW 3-47B450-362 VT-3 89E-02 F-A F1.30B CHM-2416-C 02 RHRSW 3-47B450-369 VT-3 89E"02 F-A F1.30B CHM"2416-C 03 RHRSW 3-47B450-255 VT-3 89E-02 F-A F1.30C CHM-2416-C 02 RHRSW 3-47B450-257 VT-3 89E-02 F-A F1.30C CHM-2416-C 02 RHRSW 3-47B450-268 VT-3 89E-02 F1.30C CHM-2416-C 02 RHRSW 3-47B450-279 VT-3 89E-02 F1.30C CHM-2416-C 02 RHRSW 3-47B450-288 VT-3 89E-02 F1.30C CHM-2416-C 03 RHRSW 3-47B450-309 VT-3 89E"02 Fl.30C CHM-2416-C 03 RHRSW 3-47B450-310 VT-3 89E-02 F-A F1.30C CHM-2416-C 03 RHRSW 3-47B450-312 VT-3 89E-02 F-A F1.30C CHM-2416-C 03 CS CSH-3-1 VT-3 89E-02 F-A F1.40B ISI-0104"C 01 CSH-3-2 VT-3 89E-02 F-A F1.40B ISI-0104-C Ol CSH-3-3 VT-3 89E-02 F1.40B ISI-0104-C 02 CSH-3-4 VT-3 89E-02 F-A Fl.40B ISX-0104-C 02 HPCI HPCIH-3-2 VT-3 89E-02 F-A Fl.40B CHM-2413-C 02 HPCI HPCXH-3-3 VT-3 89E"02 F-A F1.40B CHM-2413-C 02 RCIC RCICH-3-1 VT-3 89E"02 F-A Fl.40B CHM"2412-C 01 RHR RHRG-3-12-A VT-3 89E-02 F-A F1.40B ISI-0422-C 01 RHR RHRG-3-12-B VT-3 89E-02 F-A F1.40B ISI-0422-C 01 RHR RHRG-3-12-C VT-3 89E-02 F-A F1.40B ISI-0422-C 01 RHR RHRG-3-12-D VT-3 89E-02 F-A F1.40B ISI-0422-C 01 RHR RHRG-3-13-A VT-3 89E-02 F-A F1.40B ISI-0422-C 01 RHR RHRG-3-13-B VT-3 89E-02 F"A F1.40B ISI-0422-C Ol RHR RHRG-3-13-C VT-3 89E-02 F-A F1.40B ISI-0422-C 01 RHR RHRG-3-13-D VT-3 89E-02 F-A Fl.40B ISI-0422-C 01 RHR RHRG-3-14 "A VT-3 89E-02 F"A F1.40B ISX-0422-C 01 RHR RHRG-3-14-B VT-3 89E-02 F-A Fl ~ 40B ISI-0422-C Ol RHR RHRG" 3" 14-C VT-3 89E"02 F1.40B ISI-0422-C Ol RHR RHRG-3-14-D VT"3 89E-02 Fl ~ 40B XSI-0422-C 01 RHR RHRPH-3-A VT-3 89E-02 F-A Fl.,40B ISI-0311-B Ol RHR RHRPH-3-B VT-3 89E-02 F1.40B XSI-0311-B 01 RHR RHRPH-3-C VT-3 89E-02 F-A Fl.40B XSI-0311-B 41 RHR RHRPH-3-D VT-3 89E-02 F-A F1.40B ISI-0311-B 01 RPV RPV-SUPP-3-1 VT-3 89E-02 F-A F1.40B ISI-0416-C 02 FW 3-47B415-41 VT-3 89E-02 F-A F1.40C ISI-0336-C 01 FW 3-47B415-44 VT-3 89E-02 F-A F1.40C ISI-0336"C 01 3-47B465-467 VT-3 89E-02 F-A F1.40C XSX-0337-C 01 3-47B465-483 VT-3 89E"02 F-A F1.40C ISI-0337-C 02 RECIR 3-47B465-500 VT-3 89E-02 F-A Fl.40C ISI"0337-C 02 RECIR 3-47B465-501 VT-3 89E-02 F-A F1.40C ISI-0337-C 02 RECIR 3-47B465-502 VT-3 89E-02 F"A Fl.40C ISI-0337-C 02 10/02/96 Page
System Compno Exammeth Prisimexre Codecat I temno Exint2perjsidwgno Shno RECIR 3-47B465-516 VT-3 89E"02 F-A F1.40C ISI-0337-C 01 RECIR 3-47B465-517 VT-3 89E-02 F-A F1.40C ISX-0337-C 01 IR 3-47B465-518 VT-3 89E-02 F-A F1.40C ISI-0337-C 01 RPV-STAB-3-1 VT-3 89E-02 F-A F1.40C ISI-0416-C 01 RCIC"3-R-23 VT-3 89E-02 F-A F1.40D CHM-2412-C 01 RECIR 3-47B465-497 VT-3 89E-02 F-A F1.40D ISI-0337-C 02 RECIR 3-47B465-498 VT-3 89E-02 F-A F1.40D ISI-0337-C 02 RECIR 3-47B465-499 VT-3 89E-02 F-A F1.40D ISI-0337"C 02 RECIR 3-47B465-503 VT-3 89E-02 F-A F1.40D ISI-0337-C 02 RECIR 3-47B465-504 VT-3 89E-02 F-A F1.40D ISI-0337-C 02 RECIR 3-47B465-505 VT-3 89E-02 F-A F1.40D ISI-0337-C 02 RECIR 3-47B465-513 VT-3 89E"02 F-A F1.40D ISI-0337-C 01 RECIR 3-47B465-514 VT-3 89E-02 F-A Fl.40D ISI-0337-C 01 RECIR 3-47B465-515 VT-3 89E-02 F-A F1.40D ISI-0337-C 01 RECIR 3-47B465-519 VT-3 89E"02 F-A Fl ~ 40D ISI-0337-C 01 RECIR 3-47B465-520 VT-3 89E-02 F-A F1.40D ISI-0337-C 01 RECIR '-47B465-521 VT-3 89E-02 F-A F1.40D ISI-0337-C 01 0 10/02/96 Page 65
ENCLOSURE 2 TENNESSEE VALLEY AUTHORITY BROWNS FERRY NUCLEAR PLANT (BFN) UNIT 3 AMERICAN SOCIETY OF MECHANICAL ENGINEERS (ASME) SECTION XI SECOND TEN-YEAR INTERVAL SYSTEM PRESSURE TEST PROGRAM (SEE ATTACHED)
i INSERVICE SYSTEM PRESSURE TEST PROGRAM FOR THE SECOND 10- YEAR INTERVAL BROWNS FERRY NUCLEAR PLANT UNIT 3 F;XOMAON5EC X6Vl SPT 2.DOC
F Owner Tennessee Valley Authority Address of Corporate Office Knoxville Office Complex 400 Commerce Avenue Knoxville, Tennessee 37902 Name and Address of Nuclear Power Plant Browns Ferry Nuclear Plant Post Office Box 2000 Decatur, Alabama 35609-2000 Applicable Nuclear Units Browns Ferry Nuclear Plant Unit 3 Comm'ercial Operation Date March 1, 1977 F;XOXSIORSEC XBU3 SPT 2.DOC
1.0 STATEMENT OF APPLICABILITY 2.0 PURPOSE 3.0 INSPECTION INTERVALAND INSPECTION PERIODS 4.0 CODE OF RECORD 5.0 REQUESTS FOR RELIEF 6.0 TENTATIVESYSTEM PRESSURE TEST SCHEDULE FNOMMOMSEC XEV3 SPT 2.DOC
1.0 This program outlines the requirements for performing ASME Section XI system pressure tests during the second 10-year inspection interval for Browns Ferry Nuclear Plant (BFN) Unit 3 systems which are classified ASME Code Class 1, 2 or 3, or equivalent, and contain water, steam or radioactive waste (other than radioactive waste management system). The requirements of this program are applicable during the second 10-year inspection interval which begins on November 19, 1996. Specifics concerning performance of system pressure tests are not part of this program outline, but are contained in plant surveillance instructions. 20 PLlHZQSE This program is designed to meet the requirements of Section XI of the American Society of Mechanical Engineers (ASME) Boiler and Pressure Vessel Code which pertain to the inservice pressure testing of pressure, retaining code class 1, 2 and 3 components at BFN during the second 10-year inspection interval. Compliance with Section XI of the ASME Boiler and Pressure Vessel Code is required by Part 50 of Title 10 of the Code of Federal Regulations. 3.0 The second 10-year inspection interval for BFN Unit 3 begins on November 19, 1996. Due to the extension of the first 10-year inspection interval by one year, as allowed by subarticle IWA-2400 of Section XI of the ASME Code. 'The second 10-year inspection interval will be nine calendar years in length. The second 10-year inspection interval will end in November 2005, and will be divided into three inspection periods of three years each. The dates of the three inspection periods are: First inspection period - November 19, 1996 to November 18, 1999 Second inspection period - November 19, 1999 to November 18, 2002 Third inspection period - November 19, 2002 to November 18, 2005 F COiMONSEC XRVl SPT 2.DOC
4.0 4.1 PRIMARY CODE EDITION This program is prepared to meet the requirements of Section XI of the American Society of Mechanical Engineers (ASME) Boiler and Pressure Vessel Code, 19S9 Edition. 4.2 ADOPTED PORTIONS OF LATER EDITIONS AND ADDENDA None. 4.3 ADOPTED ASME SECTION XI CODE CASES None. 5.0 All request for relief from the requirements of Section XI of the ASME Boiler and Pressure Vessel Code which pertain to inservice pressure tests shall be submitted to the United States Nuclear Regulatory Commission (NRC) for approval pursuant to paragraph 50.55a (g) (5) of Title 10 of the Code of I ederal Regulations Part 50. Upon approval by NRC, all requests for relief and commitments for alternate testing shall become part of this program, and be included in this section (Section 5.0) of the program. 3-SPT-1 (Code Case N-416-1) - Alternative Pressure Test Requirements for Welded Repairs or Installation of Replacement Items by Welding. 3-SPT-2 (Code Case N-49S-2) - Alternative Requirements for 10-year System Hydrostatic Pressure Testing for Class 1, 2 and 3 Systems. 3-SPT-3 (Code Case N-546) - Alternate Requirements for Qualification of VT-2 Examination Personnel 3-SPT-4 (Code Case N-566) - Corrective Action for Leakage Identified at Bolted Connections 3-SPT-5 (Code Case N-522) - Pressure Testing of Containment Penetration Piping when piping and isolation valves are Class 2 and the balance of the piping system is outside the scope of Section XI. F,"COSOAONSEC XAV3 SPT 2.DOC
TENNESSEE VALLEY AUTHORITY BROWNS FERRY NUCLEAR PLANT (BFN), UNIT 3 REQUEST FOR RELIEF 3-SPT-1 (Code Case N-416-1) SYSTEMS Various American Society of Mechanical Engineers (ASME) Section XI DRAWINGS Various COMPONENTS Class 1, 2 and 3 pressure retaining components CODE CLASS 1,2and3 FUNCTION Pressure retaining boundary IMPRACTICAL TEST REQUIREMENTS ASME Boiler and pressure Vessel Code Section XI, 1989 Code Edition IWA-4400(a) and IWA-4600 (a) require the performance of hydrostatic testing on pressure retaining boundaries of Class 1, 2, and 3 components after repairs by welding or the installation of replacement items by welding. The applicable edition of Section XI of the ASME Code for System Pressure Tests is the 1989 Edition for Unit 3. The applicable edition of Section XI for the ASME Code for Repair and Replacement is the 1989 Edition for all three units. BASIS FOR RELIEF Elevated pressure tests are difficultto perform and often represent a true hardship. Some difficulties associated with elevated pressure testing include the following: FDCOilLMOMSEC XBM SPT 2.DOC
4 '
- Hydrostatic testing often requires complicated or abnormal valve line-ups in order to properly vent, fill, and isolate the components requiring testing.
- Relief valves with setpoints lower than the hydrostatic test pressure must be gagged or removed and blind flanged. This process requires the draining and refilling of the system.
- Valves that are not normally used for isolation (e.g., normally open pump discharge valves) are often required to provide pressure isolation for an elevated pressure hydrostatic test. These valves frequently require time consuming seal maintenance in order to allow for pressurization.
- The radiation exposure required to perform a hydrostatic pressure test is high in comparison to a system leakage test. The amount of time required to prepare the volume for hydrostatic pressure testing (i.e.,
installing relief valve gags, performing appropriate valve line-ups, etc.) is significantly large.
- Temporary support installation and pinning of spring cans are sometimes needed to compensate for the additional weight added to systems during hydrostatic tests.
The difficulties encountered in performing a hydrostatic pressure test are prohibitive when weighed against the benefits. Industry experience, which is supported by BFN's experience, shows that most through-wall leakage is detected during system operation as opposed to elevated pressure tests. Little benefit is gained from the added challenge to the piping system provided by an elevated pressure hydrostatic test (when compared to a system leakage test), especially when one considers that the piping stress experienced during a hydrostatic test does not include the stresses associated with the thermal growth and dynamic loading for design events. FACOMMON5EC XAU3 SPT 2.DOC
The acceptability of performing nominal operating pressure tests, in lieu of hydrostatic test, is supported by the approval by the Board of Nuclear Codes and Standards of ASME Code Case N-416-1, "Alternative Pressure Test Requirements for Welded Repairs or Installation of Replacement Items by Welding." This code case allows a system leakage test at nominal operating pressure and temperature to be used in lieu of a hydrostatic test, provided that non-destructive examination (NDE) of the weld(s) is performed in accordance with the methods and acceptance criteria of the applicable Subsection of the 1992 Edition of Section III. TVAconsiders that the above guidance is sufficient for Code Class 1 and 2 components since the code requires volumetric examination of repairs or replacements in Code Class 1 and 2 components. However, the code only requires a surface examination of the final weld pass in Code Class 3 components. Accordingly, TVA proposes to supplement the examination requirements specified in N-416-1 with additional surface examinations as specified below in the Alternative Testing description. Note that ASME Code Case N-416-1 has been previously authorized for use by the NRC for BFN Units 1, 2 and 3; reference F. J. Hebdon memorandum to O. D. Kingsley dated August 1S, 1995. ALTERNATIVE TESTING As an alternative to the existing Section XI requirements, BFN willutilize the provisions of ASME Code Case N-416-1 along with the following additional NDE requirements for Class 3 components. When performing repairs by welding or the installation of replacement items by welding on the pressure retaining boundary of Class 3 components, NDE shall be performed in accordance with the methods and acceptance criteria of Subsection ND of the 1992 Edition of Section III. In addition, when the surface examination method is used in accordance with ND-552 for a butt or socket weld, an additional surface examination shall be performed on the root (pass) layer. F;XOMMON5EC XIW3 SPT 2.DOC
TE<NNESSEE VALLEY AUTHORITY BROWNS FE<RRY NUCLEAR PLANT (BFN), UNIT3 REQUEST FOR RELIEF 3-SPT-2 (Code Case N-498-2) SYSTEMS ,Various American Society of Mechanical Engineers (ASME) Section XI DRAWINGS Various COMPONENTS Class 1, 2 and 3 pressure retaining components CODE CLASS 1,2and3 FUNCTION Pressure retaining boundary IMPRACTICAL TEST REQUIREMENTS 10-Year System Hydrostatic Testing for Class 1, 2, and 3 Systems. ASME Boiler and Pressure Vessel Code Section XI, Division 1, Table IWB-2500-1, Category B-P;. Table IWD-2500-1, Category C-H; and Table IWD-2500-1, Categories D-A, D-B, and D-C. The applicable edition of Section XI of the ASME Code for System Pressure Tests is the 1989 Edition for Unit 3. BASIS FOR RELIEF ASME Code Case N-498 has been accepted by the NRC as listed in Regulatory Guide 1.147, "Inservice Inspection Code Case Acceptability ASME Section XI Division 1." This Code Case allows the use of an inservice leakage test in lieu of a hydrostatic pressure test when performing the required 10-year pressure test for Class 1 and 2 systems. ASME Code Case N-498-1 extends the use of this alternate test method to Class 3 systems and N-498-2 removes the hold time requirements. F."<<;OLG<ON5EC+AU3 SFf+.DOC
0 Elevated pressure tests are difficultto perform and often represent a true hardship. Some difficulties associated with elevated pressure testing include the following;
- Hydrostatic testing often requires complicated or abnormal valve line-ups in order to properly vent, fill, and isolate the components requiring testing.
- Relief valves with setpoints lower than the hydrostatic test pressure must be gagged or removed and blind flanged. This process may require the draining and refilling of the system.
- Valves that are not normally used for isolation (e.g.,
normally open pump discharge valves) are oAen required to provide pressure isolation for an elevated pressure hydrostatic test. These valves frequently require time consuming seal maintenance in order to allow for pressurization.
- The radiation exposure required to perform a hydrostatic pressure test is high in comparison to a system leakage test. The amount of time required to prepare the volume for hydrostatic pressure to prepare the volume for hydrostatic pressure testing (i.e., installing relief valve gags, performing appropriate valve line-ups, etc.) is significantly large.
- Temporary support installation and pinning of spring cans are sometimes needed to compensate for the additional weight added to systems during hydrostatic tests.
- In the case of raw water systems, check valves do not provide good test boundaries. This requires blanking in order to establish a test boundary that can be pressurized.
The difficulties encountered in performing a hydrostatic pressure test are prohibitive when weighed against the benefits. Industry experience, which is supported by BFN's experience, shows that most through-wall leakage is detected during system operation as opposed to elevated pressure tests. FlICOXQ fONSEC XAUi SPT 2.DOC
h Little benefit is gained from the added challenge to the piping system provided by an elevated pressure hydrostatic test (when compared to a system leakage test), especially when one considers that the piping stress experienced during the hydrostatic test does not include the stresses associated with the thermal growth and dynamic loading for design events. ASME Code Case N-498-1 recognized that inspection for leaks at normal system operating pressure is also adequate for Class 3 systems and components in lieu of a hydrostatic test. N-498-2 has removed the hold time requirements. This alternative provides for sufficient verification of the pressure retaining boundary integrity without the additional workload associated with the performance of a hydrostatic test. The acceptability of performing nominal operating pressure tests, in lieu of hydrostatic tests, is supported by the approval by. the Board of Nuclear Codes and Standards of ASME Code Case N-498-2, "Alternative Rules for 10-Year System Hydrostatic Testing for Class 1, 2, and 3 Systems, Section XI, Division 1." TVA considers the ASME Code Case N-498-2 requirements to be an acceptable alternative to the 10-year hydrostatic testing requirements. Note that ASME Code Case N-498-1 has been previously authorized for use by the NRC for BFN Units 1, 2 and 3; reference F. J. Hebdon memorandum to O. D. Kingsley dated August 18, 1995. ALTERNATIVE TESTING As an alternative to the existing Section XI requirements, BFN will utilize the provisions of ASME Code Case N-498-2. F COMhlON5EC )EU3 SPT 2.DOC
f 1
TENNESSEE VALLEY AUTHORITY BROWNS FERRY NUCLEAR PLANT (BFN), UNIT 3 REQUEST FOR RELIEF 3-SPT-3 (Code Case N-546) SYSTEMS Various American Society of Mechanical Engineers (ASME) Section XI DRAWINGS Various COMPONENTS Class 1, 2 and 3 pressure retaining components CODE CLASS 1,2and3 FUNCTION Pressure retaining boundary IMPRACTICAL TEST REQUIREMENTS ASME Section XI, Subsection IWA-2300 requires that personnel performing VT-2 visual examinations be qualified and certified using a written, approved procedure prepared in accordance with SNT-TC-1A and the additional requirements of Division 1 of ASME Section XI. BASIS'OR RELIEF The use of Code Case N-546 will allow experienced plant personnel to perform VT-2 examinations during the performance of system pressure tests. Experienced plant personnel are knowledgeable of the plant systems and routinely perform walkdowns of plant systems looking for abnormalities such as leaks in piping systems. They are more familiar with the location of piping systems and can therefore perform VT-2 examinations in a more timely manner. Using experienced plant personnel will also eliminate the need for hiring additional personnel fully certified to IWA-2300, especially during refueling outages tests are performed and IWA-2300 personnel when'ressure are scarce. Since the VT-2 examination is an examination for the evidence of leakage, the use of plant personnel certified to the N-546 alternative requirements; and who typically perform this type of F,"jCOhMON5EC XAV3 SPT 2.DOC
examination during their daily jobs, will not compromise the quality or safety of the systems examined. ALTERNATIVE TESTING As an alternative to the existing Section XI requirements, BFN will utilize the provisions of ASME Code Case N-546. Personnel must have at least 40 hours plant walkdown experience, such as gained by licensed and non-licensed plant operators, local leak rate personnel, system engineers and inspection and non-destructive examination personnel. Individuals must have at least 4 hours of training in Section XI requirements and plant specific procedures for visual examinations. Each person must meet (the annual) vision test requirements in accordance with ASME Section XI, paragraph IWA-2321, 1995 Edition. 0 F;COMMONSEC XMl3 SPT 2.DOC
TENNESSE<E VALLE<Y AUTHORITY BROWNS FERRY NUCLE<AR PLANT (BFN), UNIT 3 REQUEST FOR RELIE<F 3-SPT-4 (Code Case N-566) SYSTEMS Various American Society of Mechanical Engineers (ASME) Section XI DRAWINGS Various COMPONENTS Class 1, 2 and 3 pressure retaining bolted connections CODE CLASS 1, 2 and 3 FUNCTION Pressure retaining boundary IMPRACTICAL TEST 0 REQUIREMENTS IWA-5250 (a)(2) - ifleakage occurs at a bolted connection, the bolting shall be removed, VT-3 visually examined for corrosion, and evaluated in accordance with IWA-3100 BASIS FOR RELIEF ASME Section XI inservice pressure tests are, as a rule performed with the system in service. In particular, the Code Class 1 leakage tests are performed as the unit is returning to service following each refueling outage. The requirement to remove bolting from a mechanical connection when evidence of leakage is detected can create significant hardship on the plant which is not commensurate with the increase in the level of quality and safety that is provided. For systems that are aligned to normal plant operating configuration during testing, paragraph IWA-5250 (a)(2) may require the system be taken out of service and depressurized to permit removal of one of the bolts prior to any type of engineering analysis of connection.
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Stoppage of the leakage and/or an engineering evaluation of the leak and the affected mechanical connection may be able to determine that sufficient structural integrity exists in the connection. ALTERNATIVE TESTING As an alternative to the existing Section XI requirements, BFN will utilize the provisions of ASME Code Case N-566 which states that one of the following requirements shall be met for leakage at bolted connections: a) The leakage shall be stopped and the bolting and component material shall be reviewed for joint integrity. b) Ifthe leakage is not stopped, the joint shall be evaluated in accordance with IWB-3142.4 for joint integrity. This evaluation shall include consideration of the number and condition of bolts, leaking medium, bolt and component material, system function and leakage monitoring. FMS&lONSEC XEU) SPT 2.DOC
TENNESSEE VALLEY AUTHORITY BROGANS FERRY NUCLEAR PLANT (BFN), UNIT3 REQUEST FOR RELIEF 3-SPT-5 (Code Case N-522) SYSTEMS Systems outside the scope of Section XI except for their Class 2 piping and isolation valves penetrating containment. DRAWINGS 3-47E 822-1 3-47E852-1 3-47E 852-2 3-47E856-2 COMPONENTS Piping that penetrated a containment vessel CODE CLASS 2 FUNCTION Pressure retaining boundary IMPRACTICAL TEST REQUIREMENTS Table IWC-2500-1, Category C-H, requires visual VT-2 examinations during, a) IWC-5221, System Pressure Test During System Functional and System Inservice Tests and b) IWC-5222, System Hydrostatic Tests BASIS FOR RELIEF The 10 CFR 50, Appendix J program tests the primary containment pressure boundary and verifies the boundary integrity. Allpiping and penetrations of primary containment are tested; this includes systems outside the scope of Section XI, where their Class 2 piping and isolation valves penetrate containment. f:XOAMONSEC XBV3 SPT 2.DOC
Portions of the subject systems are classified as Class 2 only because they are a piping system that penetrates primary containment and as such integrity for primary containment purposes is important to nuclear safety. The actual system process functions are not safety-related and are not important to nuclear safety. Code Case N-522 acknowledges this and allows verification of the penetration piping and valves integrity per the containment testing program, as required by 10 CFR 50 Appendix J in lieu of the IWC-5221/5222 pressure tests. Appendix J local Leak rate testing is performed each refueling outage at a minimum pressure of 49.6 psig (accident pressure). This frequency exceeds the requirements of Section XI (every 3 years). Implementation of this Code Case will eliminate the need for approval and maintenance of eight surveillance procedures. It will also eliminate the craft, inspector, operations, and engineering manpower and radiation exposure associated with performance of the tests ( estimated at 400 man-hours and 1 manrem, respectively). Performance of these tests requires drywell entry to allow inspection of the Class 2 components in the drywell. This would typically be done during a refueling outage, which would use resources that could be dedicated instead to completing the outage. The pressure retaining function of these lines and valves are already being verified by the App. J program. Redundant testing provides little additional benefit in quality or safety while costing significant resources and additional radiation exposures. ALTERNATIVE TESTING As an alternative to the existing Section XI, Table IWC-2500-1, Category C-H requirements, BFN will utilize the provisions of ASME Code Case N-522 which states that 10 CFR 50, Appendix J may be used. FDCOi$ 1ON5EC XAU3 SPTQ.DOC
6.0 TENNESSEE VALLEY AUTHORITY BROWNS FERRY NUCLEAR PLANT (BFN), UNIT3 SYSTEM CODE UNIT 3 FUEL CYCLE DESCRIPTION CLASS 9 10 11 12 Reactor Recirculation L L L H Main Steam System Drywell Equipment and Floor H Drain penetrations g Fuel Pool Cooling I¹ Standby Liquid Control H Demineralized Water penetration $ H Core Spray F* F¹ Control Rod Drive H Residual Heat Removal I¹ High Pressure Coolant Injection H Reactor Core Isolation Cooling F* F¹ Reactor Building Closed Cooling H Water penetrations f RHR Service Water I¹ Emergency Equipment Cooling I¹ Water LEGEND: F - System functional test (IWA-5211 (b)} H - Hydrostatic pressure test {IWA-5211 (d)}, or code case N-498-2 equivalent I - System inservice test (IWA-5211 (c)} L - Code class 1 system leakage test (IWA-5211 (a)}
- These testing requirements will be satisfied by App. J testing following authorization of relief request 3-SPT-5
* - Before 11/99
¹ - Before 11/02 FCOhMOMSEC )RV3 SPT 2.DOC
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