ML18094B224

Simulator NRC Certification, Vols I-III

ML18094B224
Person / Time
Site:	Salem
Issue date:	12/28/1989
From:	Public Service Enterprise Group
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NRC FORM 474 U.S. NUCLEAR REGULATORY COMMISSION 110-861 Al!Provod by OMB 10 CFR § 55.45(bl, 3150-0138 55.4 and 55.5 SIMULATION FACILITY CERTIFICATION Expireo 10-31-89 INSTRUCTIONS.

This form is to be filed for initial certification, recertification (if required), and for any change to a simulation facility performance testing plan made after initial submittal of such a plan. Provide the following information, and check the appropriate box to indicate reason for submittal.

FACILITY I DOCKET NUMBER Salem Generating Station Unit 1 50-272 LICENSEE DPR-70 'DATE 12/28/89 This is to cenify thai: 1. the above named facility licensee is using a simulation facility consisting of a plant-referenced limulator that meets the requirements of 10 CFR' 55.46; 2. this simulation facility meets the guidance contained in ANSI/ ANS 3.5, 1985, .as endorsed by NRC Regulatory Guide 1.149; and 3. documentotion 11 av11Uable for NRC review in accordance with 10 CFR 1 56.461bl.

If there ere any exceptions to the c"ertification of item 2 above, check here D and describe fully on eddrtional pages as necessary.

NAME (or_otheridentification)

AND LOCATION OF SIMULATION FACILITY Salem Simulator, Salem, New Jersey X I SIMULATION FACILITY PERFORMANCE TEST ABSTRACTS A TT ACHED. (For performance conducted in th11 {J<<"iod ending with the dat11 of this certification)

DESCRIPTION OF PER FOR MANCE TESTING COMPLETED (Attach additional page(s) as necessary, identify the item description being continued)

See Attachment 3 SP-206, "Hope Creek/Salem Simulator Procedure", specifically Appendix 9, Appendix 10' Appendix ll, and Appendix 12 XI SIMULATION FACILITY PERFORMANCE TESTING SCHEDULE ATTACHED. (For the conduct of approximately 25'1(, of performance tests per year for the four year period commencing with the date of this certification.)

DESCRIPTION OF PERFORMANCE TESTING TO BE CONDUCTED (Attach additional page(s) as necessary, and identify the item description being continued)

See Attachment 3 SP-206, "Hope Creek/Salem Simulator Procedure", specifically Appendix 12 I PERFORMANCE TESTING PLAN CHANGE. (For any modification to a performance testing plan submitttld on a previous certification)

DESCRIPTION OF PERFORMANCE TESTING PLAN CHANGE (Attach additional page(s) as necessary, and identify the item description being continued}

N/A -Initial Submittal . ' I R ECERTI F !CATION (Describe corrective actions taken, attach results of completed performance testing in accordance with 10 CFR § 55.45(b)(5)(v).

Attach additional oaoelsl as necessarv.

and identify the item descriotion beino continued.)

N/A -Initial Submittal

.. '. ' Any false statement or omission in this document.

including attachments, may be subject to civil and criminal sanctions.

I certify under penalty of perjury that the information in this document and attachments 1s true and correct. 'TITLE IDATE Vice President

-Nuclear Operations 12/28/89 rn accordance with 10 CFR 55.5, Communications, this form shall be submitted to the NRC as follows: BY 1 MAIL ADDRESSED TO: '.;-on 1 o:=:nq\1 n p I -, ** -* * ..,, rR p ADJ1Jt'!+*

O!:t<J00272 PDC Director, Office of Nuclear Reactor Regulation BY DELIVERY IN PERSON

• U.S. Nuclear Regulatory Commission TO THE NRC OFFICE AT: Washington, DC 20555 ------.. 7920 Norfolk Avenue Bethesda, MD -

NRC FORM 474 U.S. NUCLEAR REGULATORY COMMISSION 110*861 A!!P'"""'!

by OMB 10 CFR § 55.45(bl.

SIMULATION FACILITY CERTIFICATION 55.4 and 55.5 ExpiNo 10.3Hl9 INSTRUCTIONS.

This form is to be filed for initial certification, recertification (if required), and for any change to a simulation facility performance testing plan made after initial submittal of such a plan. Provide the following information, and check the appropriate box to indicate reason for submittal.

FACILITY I DOCKET NUMBER Salem Generating Station Unit 2 50-3ll LICENSEE IDATE DPR-75 12/28/89 This is to certify that: 1. the above named facility licensee is using a simulation facility consisting solely of a plant-referenced limulator that meeta the requirementa of 10 CFR

• 56.45; 2. this simulation facility meets the guidance contained in ANSI/ ANS 3.5. 1985. as endorsed by NRC Regulatory Guide 1.149; and 3. documanWion lo avoil-for NRC raview in accordance with 10 CFR

• 56.46(bl.

If there are any exceptions to the certification of item 2 above, check here 0 and describe fully on additional pages as necess1ry.

NAME (ororher idenriticarion}

AND LOCATION OF SIMULATION FACILITY Salem Simulator, Salem, New Jersey xi SIMULATION FACILITY PERFORMANCE TEST ABSTRACTS ATTACHED. (For performance rtmsconducred in rh11periodending with the dare of rhiscertificarionl DESCRIPTION OF PERFORMANCE TESTING COMPLETED (Attach additional page(s} as necessary, identify the irem dtJSCriprion being continued}

See Attachment 3 SP-206, "Hope Creek/Salem Simulator Procedure", specifically Appendix 9, Appendix 10, Appendix 11, and Appendix 12 XI SIMULATION FACILITY PERFORMANCE TESTING SCHEDULE ATTACHED. (Fortheconductofapproximarely 25% of performanc11 rests per year for rhe four yearp11riod commencinq wirh rhe dare of this cerrificarion.J DESCRIPTION OF PERFORMANCE TESTING TO BE CONDUCTED (Arrach additional page(s} as necessary, and identify rhe irem description being continued}

See Attachment 3 SP-206, "Hope Creek/Salem Simulator Procedure", specifically Appendix 12. j PERFORMANCE TESTING PLAN CHANGE. (For any modification to a performance resring plan on a previous certification}

DESCRIPTION OF PERFORMANCE TESTING PLAN CHANGE (Attach additional page(s} as necessary, and identify the irem description being continued}

-N/A -Initial Submittal I R E c ER TI F I CAT ION (Describe corrective actions raken, arrach results of completed performance resting in accordance wirh 10 CF R § 55.45 (b/(51 lvl. -A rrach additional oaae(s} as necessarv, and identifv rhe irem descriorion beina continued.}

N/A -Initial Submittal.

-Any false statement or omission in this document, including attachments, may be subject to civil and criminal sanctions.

I certify under penalty of perjury that the information in this document and attachments is true and correct.

'TITLE 'DATE Vice President

-Nuclear Operations 12/28/89 Jf\"accordance with 10 CFR 55.5, Communications, this form shall be submitted to the NRC as follows: BY MAIL ADDRESSED TO: Director, Office of Nuclear Reactor Regulation BY DELIVERY JN PERSON

• U.S. Nuclear Regulatory Commission TO THE NRC OFFICE AT: 7920 Norfolk .Avenue Washington, DC 20555 Bethesda, MD

.. ,. t---------------------------------------------------------------------------------

REFERENCE Pl.ANT CDHPMistm PHYSICAL llPERATING F'IDELITY PROCEDURES HOPE CREEK & SALEM SIMULATOR CERTIFICATION FLOVCHART ACTUAL NW. YTICH.. SIHILIM BEST Pl.NIT DATA PLANT ESTIMATE PERFORMANCE FIDELITY STEADY-STATE DPERATIDN BASELINE DRin IC-S TEST Sill.LATDR INSTRUCTOR GUIDE DATA BASE SitU.ATDR REAL-TIME TESTS SIMULATOR CPERATING LIMITATIONS TRANSIENT DPERATil>>-il tEAT BH.NICE HALFUNCTIDN TESTING PERF'IRtANCE TESTING VALIDATED DATABASE OPERABILITY TESTING 4-YEAR PLAN CONFIGURATION MANAGEMENT SIGNlf"ICANT EVENTS ANNUAL REVIEV Vl1RfC PACKAGES UPGIWJE LOAD TARGET LOAD PERF'DRHANCE TESTS SI APERTURE CARD _, ..... Also Available On Aperture Card SIMULATOR vs STATION r-------------------___J DIFFERENCES TRAINING LOAD SCENERIO GUIDES 9W/Cflot /0-0 I

• SUBMITTED:

REVIEWED:

• APPROVED:

• HOPE CREEK/SALEM SIMULATOR PROCEDURE NO. 206 ANS. 3-5 VALIDATION orrnance Engineer n ip 1 Training Supervisor

'rnulator Support Training SP-206 11",f Qe, Date : o*s I o 4 I 8 9 Rev. : O ----

• 1. 0 2.0 3.0 4.0 4.1 4 .1.1 4 .1. 2 4 .1. 3 4 .1. 4 4 .1. 5

• 4.1.6 4 .1. 7 4.2 4.2.1 4.2.2 4. 2. 3 4.2.4 4. 2. 5 4.3 4.3.1

4. 3. 3

• 4.3.4 TABLE OF CONTENTS HOPE CREEK/SALEM PROCEDURE NO. 206 "ANS. 3-5 VALIDATION" Purpose References Background Simulator Informati9n General Information Co-Owners Operators

'.1anufacturer Reference Plant Type Date Available for Training Type of Report Control Room Physical Arrangement Control Panels Included in the Simulator Panels/Equipment Not Included in the Simulator Plant Systems Simulated Control Room Environment Instructor Interface Location and Operation of Instructor Controls Initial Conditions Malfunctions Remote Functions i SP-206 Page 1 1 1 1 1 1 2 2 2 2 2 2 3 3 3 3 4 5 5 5 5 5 5 Date: 08/04/89 Rev.: ----'-0 __

SP-206 TABLE OF CONTENTS Cont.

• HOPE CREEK/SALEM PROCEDURE NO. 206 "ANS. 3-5 VALIDATION" Page 4.4 Operating Procedures 5 4.5 Changes Since Last Report 6 5.0 Simulator Database 6 5.1 Document Control 6 5.2 Performance Criteria Objectives 6 5.3 Transient Operating Conditions Database 7 Development 6.0 Simulator Tests 7 6.1 Computer Real Time Verification 7 6 .1.1 Time and Memory Calculations 8

• 6 .1. 2 6.2 Frame Slip Counter 8 Normal Operations 8 6. 2 .1 Mass and Energy Balance 8 6.2.2 Drift Verification 8 6.2.3 Normal Plant Evolutions 8 6.3 Abnormal/Transient Operations 8 6.4 Annual Operability and Malfunction Testing 9 6. 5 Simulator Operating Limitations 10 7.0 Simulator Modification 11 7.1 Modification 11 7.2 Performance Testing 11 7.2.la Full Scope Performance Test 11 7.2.lb Partial Scope Performance Test 11 ., 7.3 Training Load Update 12 Date: 08/04/89 ii Rev.: 0 -----

SP-206 TABLE OF CONTENTS Cont.

• SIMULATOR PROCEDURE NO. 206 "ANS. 3-5 VALIDATION" Page 7.4 Simulator Instructor Guide 12 7.5 },nnual Review 12 *

• Date: 08/04/89 iii Rev.: 0 ----

• *

• L SP-206 DEFINITIONS

• The definitions in ANS. 3.5-1985 apply to this procedure.

The following definitions are additional definitions to or clarifications of the definitions in ANS. 3.5-1985.

All definitions are presented in this procedure and its appendices in boldface italics. ALARM ANTICIPATED RESPONSE CONSISTENT DCR/DCP HOT STANDBY INITIAL CONDITIONS LIMITED USE MALFUNCTIONS MODIFICATIONS OPERABILITY TESTS (OPERABILITY TESTING) DEFINITION A visual warning device originating from either the Overhead Annunciators and/or Control Board Console accompanied by an audible signal. Expected outcome of a test (performance or malfunction) to be performed.

Anticipated events may be based on Plant Reference Data, Analytical Data, or Best Estimate (calculation or tabletop analysis).

Best Estimate may include present simulator configuration and performance based on previous simulated module inputs. Not contradictory and reference parameter.

interpreted as within parameters.

close to the value of the In general, this will. be 10% of the reference Design Change Request and Design Change Package. Reference Plant change documents:-

a DCR, when approved, generates DCP(s) which implement the requested change. Salem: Subcritical and RCS > 350°F Hope Creek: Mode Switch in Startup and average Reactor Coolant at any temperature A set of data that represents the status of reference plant from which real-time simulation can begin. Malfunctions that have been tested and validated, but which have a minor deficiency that will normally not detract from training.

These malfunctions are identified in the Simulator Instructor Guide {Appendix 17), along with a description of the deficiency.

Any change to the simulator that requires a change to the simulator hardware and/or softwqre.

Simulator performance tests required on an annual basis to: Verify overall simulator model completeness and integration Verify simulator Steady-State performance Verify simulator transient performance Date: 08/04/89 iv Rev . : -----'o __ _

• *

• TERM MALFUNCTION TEST* PROCEDURE NON-RECOVERABLE/

RECOVERABLE OPERATOR ERRORS PERFORMANCE

• TEST PROCEDURE REMOTE FUNCTIONS SP-206 DEFINITION Malfunction Test Procedures are test procedures used to test and validate all simulator malfunctions and other plant transients not listed via Performance Test Procedures.

For the purpose of prioritizing differences between the simulator and the reference plant hardware figuration or response, operator errors that may result from these differences are classified as "non-recoverable" or "recoverable" operator errors. In this context, -Non-recoverable operator errors are errors that, once* committed;

1) result in a change in the steady-state operating conditions; or 2) limit or prevent the ability of the operator(s) to control and/or recover the plant to a stable, safe condition in accordance with plant operating procedures.

-Recoverable operator errors are errors, once cbmmitted do not result in either of the conditions listed above. Performance Test Procedures are test procedures used to test and validate those malfunctions and that are required by Section 3.1.2 and Appendix B of ANS-3.5-1985. (Note: only one representative plant malfunction is tested by a Performance Test Procedures for each Section 3.1.2 requirement).

An instructor interface allowing simulation of auxiliary operator actions remote from the control room. SIMULATOR OPERATING Limi tation.s based on design values of selected LIMITATIONS parameters.

Simulation outside these limitations may be beyond known reference plant behavior or the capability of the simulation models. TRANSIENT A transient begins when steady-state critical parameters change from values.

conditions may result from the introduction of malfunction(s), remote function(s), operator action(s), or a combination of the three. A specific instrument failure that causes a single critical parameter to change without affecting other critical parameters is not considered a transient . Date: 08/04/89 v Rev.: 0

• TERM TYPE OF REPORT * *

• SP-206 DEFINITION The report submitted for initial simulator certification is the Initial Report. An Update Report will be submitted as outlined in section 8.0 Simulator Update Reporting . Date: 08/04/89 vi Rev . : ------'o __ _

SP-206 LIST OF APPENDICES

• Appendix 1 Appendix 2 Station vs Simulator Hardware Differences Database Location and Operation of Instructor Controls Appendix 3 Initial Condition Validation Appendix 4 Malfunctions Appendix 5 Remote Functions Appendix 6 Station Procedure Performance Database Appendix 7 Simulator Design Database Appendix 8 Computer Real Time Verification Appendix 9 Mass and Energy Balance & Drift Verification Appendix 10 Normal Plant Evolutions Appendix 11 Performance and Malfunction Tests Appendix 12 Annual Operability and Malfunction Testing Appendix 13 Significant Plant Operating Events

• Appendix*

14 Operator Feedback Appendix 15 Full Scope Performance Testing Appendix 16 Partial Scope Performance Testing Appendix 17 Simulator Instructor Guide Appendix 18 Reference Data Appendix 19 Changes Since Last Report

• Date: 08/04/89 vii Rev. : __ o __ _

• * *-1.0 HOPE CREEK/SALEM SIMULATOR PROCEDURE NO. 206 ANS. 3-5 VALIDATION PURPOSE The purpose of simulator certification is to ensure that the simulator processes a sufficient degree of accuracy and completeness to train safe and efficient operators.

SP-206

2.0 REFERENCES

3.0 4.0 2.1 Nuclear Power Plant Simulators for Use in Operator Training.

2.2 Regulatory Guide 1.149: Nuclear Power Plant Simulation Facilities For Use In Operator License Examinations.

2.3 NUREG-1258

Evaluation Procedure for Simulation Facilities Certified under 10CFR55. 2.4 10CRF55: Operator's Licenses BACKGROUND Paragraph 55.45(b) 10CFR55 requires that candidates for operator or senior operator licenses be examined, in part, on a certified simulator.

Regulatory Guide 1.149 endorses ANS-3.5-1985 as a means by which a simulator may be certified.

NUREG-1258 describes the process by which the NRC will evaluate simulator certification.

Based on these documents, this procedure and its supporting appendices will specify the process by which the Hope Creek & Salem Simulators shall maintain certification.

SIMULATOR INFORMATION-4.1 Information 4.1.1 Co-Owners Hope Creek I Salem Public Service Electric and Gas Public Service Electric and Gas Company Company Atlantic Electric Company Philadelphia Electric Company Atlantic Electric Company Delmarva Power and, Light Page 1 of 14 Date: 08/04/89 Rev. : ---'o __ _

SP-206 4.1.2 Operator:

Public Service Electric and Gas Company

• 4.1.3 Manufacturer:

Hnroe Creek Salem The Singer Company, Link I Electronic Associates, Inc. I Simulations Division 4.1.4 Reference Plant: Hope Creek .. Salem Hope Creek Generating Station, Salem Nuclear Generating Station, Unit 1 Unit 2 4.1.5 Type: Hope Creek I Salem I General Electric Boiling Water Westinghouse Pressurized Water Reactor Reactor

• 4.1.6 Date available for training:

Hope Creek Salem February, 1985 February, 1984 4 .1. 7 Type of Report: Hope Creek Salem Update Initial Page 2 of 14 Date: 08/04/89 Rev.: O -----

SP-206 4.2 Control Room 4.2.1 Physical Arrangement

• The simulators were designed as a virtual replica of the reference plant control room. Notable differences_

required to enhance training and safety include: *

• Video cameras and ceiling mounted microphones used to record and/or monitor operator training sessions Fire detection and suppression equipment protecting

-the simulator complex Appendix 1 contains a complete listing of the physical differences between the station and the simulator control rooms: 4.2.2 Control panels included in the simulator:

ir==;;;e Creek Salem 0 Remote Shutdown Panel 0 TIP Control and Monitoring 0 Power Range Neutron Monitoring 0 RPS Division I/III Logic °Control Rod Test 0 RPS Division II/IV Logic osPDS Console 0 Radiation Monitor A/B Instrument 0 Radiation Monitor C/D Instrument 0 0perator's Monitor Console 0 Main Vertical Board 0 Unit Operator's Console 0 Area/Process/Airborne RMS Console 0 overhead Annunciator Panel 0 BOP Computer Line Printer LPl 0 Hydrogen Recombiner "A" °Control Consoles CCl, CC2, CC3 0 Back Panels RPl thru 9 0 Nuclear Instrumentation 0 SSPS Interface and Test Panels (Train A) °Flux Mapping System 0 Hydrogen Recombiner (21) 0 SPDS Console 0 Radiation Monitoring Controls 0 Remote Shutdown Panel 0 0verhead Annunciator Panel 4.2.3 Panels/equipment not included in the simulator:

Hope Creek Salem 0 Shift Supervisor's Console 0 Reactor Protection System Racks 0 Radiation Monitoring Cabinet 0 22 Hydrogen Recombiner 0 SRV Acoustic Monitoring Cabinet ° Fire Protection System Panel °Fire Detection Status Cabinet_ Test Push Buttons °Communication Equipment Cabinet 0 Hydrogen Recombiner "B" Page 3 of 14 Date: 08/04/89 Rev.: O -----

• * ** 4.2.4 Hope Creek SP-206 Plant Systems The degree of dynamic simulation is considered to be FULL for all systems required to gupport the simulated control room panels and related hardware.

Specific limitations to system models are identified in the associated Final Design Description and/or Simulator Design Proposal.

Listed below are general limitations to all system models unless modified by a malfunction, remote function, or identified station response:

-All systems are filled and vented No boiling occurs in systems in which boiling is not a design feature -All systems operate in an ideal environment; normal wear is not considered

-Piping or other physical barriers of a system do not fail if design pressures or temperatures are exceeded All systems that are normally-operated from the station control room are simulated with the following exceptions:

Salem ° Fire Protection 0 TRIS Terminal 0 Post Accident Sampling 0 Seismic Monitoring System 0 Hydrogen Recombiner II B II 0 Seismic Response Spectrum Annunciator 0 Process Computer ° CRIDS and SPDS computers are not power dependent The following are visually simulated only and are not functional: Creek Salem ° Control Rod Scram Timing Test °CRDM Vent Fans Vibration Jacks 0 Shutdown NIS 0 Rosemont Calibration and Test °Flux Mapping System Jacks 0 SSPS Interface and Test Panel 0 Power Range Neutron Monitoring 0 Nuclear Instrumentation Testing Testing 0 Security and Containment TV 0 Vibration Angle Phase Meter Monitors Filter and Switch Unit 0 Radiation Monitoring System 0 Digital Logic Circuit Disabled Computers Summary Page 4 of 14 Date: 08/04/89 Rev. : __ o __ _

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• 4.2.5 SP-206 Simulated Control Room Environment In an attempt to provide a control room environment similar to that of the station control room, the following features have been incorporated:

-Lighting is similar -Annunciator tones are similar -Carpeting is identical

-Communications are similar -Furniture is similar 4.3 Instructor Interface 4.3.1 Location and Operation of Instructor Controls 4. 3. 2 4. 3. 3 The primary location for operating and monitoring the simulator is the instructor console located in the instructor area. A list and description of the instructor controls is presented in Appendix 2. Initial Conditions The simulators are capable of initializing at a number of possible preset conditions.

Several of the initial conditions (ICs) are password protected and represent the simulated plant status presented in Appendix 3. Those listed in Appendix 3 are validated, recording various stages of the plant operations at three different times in core life. Malfunctions Appendix 4 presents a complete list of the malfunctions available to the instructor.

Documentation supporting the validation of the malfunctions listed is contained in Appendix 11. The malfunction testing schedule is presented in Appendix 12. 4.3.4 Remote Functions Appendix 5 contains a complete list of the remote functions available to the instructor.

4.4 Operating Procedures 4.4.1 The operating procedures located in the simulator will be maintained to duplicate those actually found in reference control room. 4.4.2 All identified procedures are performed and evaluated to determine the ability to accomplish each on the simulator.

The results of each of the evaluations are entered into the Simulator Station Procedure Performance Database presented in Appendix 6 . Page 5 of 14 Date: 08/04/89 Rev. : __ o __ _

• *

• SP-206 4.5 Changes Since Last Report Hope Creek Salem -See Appendix 19 Initial Report 5.0 SIMULATOR DATABASE 5.1 Document Control A complete listing of all reference drawings utilized in the construction and modification

• of the simulator is presented in Appendix 7. 5.2 Performance Criteria*Objectives 5.2.1 The arrangement of the instrumentation and controls of the simulator shall be designed to duplicate the size, shape,-color, and configuration of the reference plant. (ANS 3.5-1985, Section 3.2.1} 5.2.2 The extent of simulation shall be such that the same action is required on the simulator to conduct an operation as on the reference plant using reference plant procedures. (ANS-3.5-1985 Section 3) 5.2.3 The operator shall not be able to discern a difference between the response of the simulator instrumentation and that of the reference plant. (Until actual plant data can be obtain, analytical, design, similar plant *and/or best estimate data shall be used). (ANS 3.5-1985, Section 3.1} 5.2.4 The simulator computed values for steady state, full power, automatic control operation shall not deviate by more than 2% over a 60 minute period. (ANS 3.5-1985, Section 4.1) 5.2.5 The simulator computed values of the critical parameters related to rated full power values and interim power levels for which reference plant data is available shall not deviate by more than 2% with that of the reference plant. (ANS 3.5-1985, Section 4.1) 5.2.6 The simulator computed values of non-critical parameters related to rated full power values and interim power levels for which valid reference plant data is available shall agree within 10% of that of the reference plant. (ANS 3.5-1985, Section 4.1) Page 6 of 14 Date: 08/04/89 Rev.:

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• SP-206 5.2.7 The simulator shall demonstrate the ability to perform the minimum evolutions specified in 3.1.1 and-3.1.2 of ANS 3.5-1985.

Where applicable, the acceptance criteria for these evolutions will be the same as the plant startup test criteria. (ANS 3.5-1985, Section 4.2.1) 5.2.8 During transient operations the observable change in the monitored parameters will correspond in direction to those expected from a best estimate analysis and will not violate the physical laws of nature or adversely influence an operators evaluation or decision regarding the event. (ANS 3.5-1985, Section 4.2.1) 5.2.9 The simulator shall not cause or prevent an alarm or automatic action if the reference plant would have caused an alarm or automatic action, and conversely, the simulator shall not cause an alarm or automatic action if the reference plant would not cause an alarm or automatic action. (ANS 3.5-1985, Section 4.2.1) 5.3 Transient Operating Conditions Database Development The simulator is capable of real time simulation of abnormal and emergency conditions resulting from malfunctions, demonstrating plant response and function of automatic controls.

Simulator transient response is modeled and evaluated using one or more of the following:

0 Actual reference plant data 0 Analytic or design data 0 Similar plant data 0 Best estimate data Data documenting the information used from each of these is presented in Appendix 18. This data is used to develop the Sequence of Events data base and to classify each transient tested by Performance and Malfunction Test Procedures (Appendix 11 ) .. 6.0 SIMULATOR TESTS 6.1 Computer Real Time Verification Computer timing is periodically verified to ensure simulation is presented in real time. The results of this evaluation is presented in Appendix 8. Computer timing is accomplished using the methods presented in Appendix 8 at the discretion of the Simulator Configuration Engineer . Page 7 of 14 Date: 08/04/89 Rev. : 0 -----

• *

• SP-206 6.1.1 Time and Memory Calculations Hnne Creek I Salem I This program will display and/or print the time used by each task running in the respective computer N/A system. This method can be used to verify each executive is cycling in the*required time. 6.1.2 Frame Slip Counter Hope Creek .. Salem A frame slip counter datapool variable can be monitored to verify the executives do not halt N/A or go beyond the required run time. 6.2 Normal Operations 6.2.1 Mass and Energy Balance Appendix 9 presents the results of the mass and energy balances performed at three points over the power range for which plant data is available.

The mass and energy balance is performed annually as part of the ANS 3.5 Appendix B Operability testing. 6.2.2 Drift Verification Appendix 9 contains the results of the steady state drift verification test performed at 100% power, equilibrium xenon. The test results are logged every 10 minutes during the one hour demonstration.

Simulator drift verification is performed annually as part of the ANS 3.5 Appendix B Operability testing. 6.2.3 Normal Plant Evolution&

The normal plant evolutions required by ANS-3.5-1985 Section 3.1.1 are presented in Appendix 10. 6.3 Abnormal/Transient Operations 6.3.1 Performance testing is conducted to demonstrate the of the to correctly the evolutions identified in ANS 3.5-19851 Section 3.1.2. The tests are conducted and compared with the established transient databases contained in the Performance or Malfunction Test Procedure (Appendix

11) .. Page 8 of 14 Date: 08/04/89 Rev.: __ o __

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• SP-206 6.3.2 The abnormal/transient performance test results are recorded as part of each Test Procedure.

In the evaluation of multiple components, generally only the results of one component were documented.

In the case of multiple severities usually only the most severe variation was documented.

6. 4 Annual Operability and Tes ting 6.4.1 ,'\s a minimum, simulator operability is demonstrated annually by performance of the following tests: -

and Energy Balance as outlined in Appendix 9 -Simulator Drift Verification as outlined in Appendix 9 -Transient performance by performing all events identified in Appendix 12, Annual Operability and Malfunction Testing The collected data will be evaluated and the applicable appendices updated to reflect the current state of simulator performance; the data replaced will be placed and held in historic files. 6.4.2 All simulator malfunctions are periodically tested to ensure all are evaluated at least once every four years. Appendix 12 contains the Annual Operability and Malfunction Testing Schedule, presenting the rotation schedule for all Performance and Malfunction Tests. Each test is assigned a frequency meeting all of the following criteria:

-all events that are part of ANS 3.5 Appendix B (Operability) are performed once a year -at least 25% of all events identified in ANS-3.5-1985 Section 3.2, Plant Malfunctions, are performed annually, where all are evaluated within the four year cycle -all other malfunctions are evaluated at the rate of 25% per year where all are performed within the four year cycle The collected data will be evaluated and the applicable appendices updated to reflect the current state of simulator performance; the data replaced will be placed. and held in historic files for a minimum of four years . Page 9 of 14 Date: 08/04/89 Rev.: 0 -----

• I

• I

• SP-206 6.5 Simulator Operating Limitations To achieve real time simulation, it is often necessary to simplify the engineering code. A possible result of these simplifications is violation of the physical laws of nature. It is also possible for the simulator model to allow operation beyond the design limitations of the reference plant. During simulation, specific simulator operating limits are continuously monitored in order to avoid negative training.

If one or more of these conditions are reached, simulation may not be correct. It is the responsibility of the instructor to evaluate whether it is necessary to terminate the training exercise.

Hope Creek II Salem 4 If one or more points exceed their If one or more points exceed limit, a }:'el low "LIMITS" light on their limit , OHA 2\-25 (ELEV the instructor console will begin TRBL) will alarm, also at the to flash. This will alert the instructors console the monitor instructor that a simulator CRT will flash "SIMULATOR operating limitation has been OPERATING LIMIT EXCEEDED" (white exceeded.

The instructor can on red background) . These will J then evaluate which operating alert the instructor that a limit was exceeded by typing simulator operating limitation "limits" on any Gould 97 TSM> has been exceeded.

prompt . -When the below parameters reach or exceed the following limits: Hope Creek II Salem 0 Drywel1 pressure >65 psig °Containment Pressure >49 psig 0 Drywell pressure <-3 psig 0 Reactor Coolant System Pressure 0 Drywell temperature

>340 op >2735 0 Suppress ion pool temperature 0 Hot est Inc ore Thermocouple

>212 o F > 1200° F 0 Suppression pool level <O or 0 RCS Void Fraction >50% >180 inches 0 Reactor pressure >1500 psig 0 Any cooling water system at or above its saturation condition I I Page 10 of 14 Date: 08/04/89 Rev. : __ o __ _

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• SP-206 7.0 SIMULATOR MODIFICATION 7.1 Modification 7.1.1 Any discrepancies in simulator performance will be so noted by writing a discrepancy report. The origination, tracking, and resolution of simulator discrepancy reports is covered by SP-203. 7.1.2 The development, implementation, and evaluation of any modifications to the simulator in accordance with SP-205. 7.2 Performance Testing 7.2.1 To ensure validation of the simulator is maintained, performance testing may be required after changes are made to the simulator software/hardware.

All* modifications to the simulator shall be evaluated to determine the appropriate level of performance test required.

7.2.la Full Scope Performance Test A complete performance test may be required if any of the below items is applicable (This is not intended to be a complete list): Change in computer environment

-major change to computer complex -major change in executive structure

-major change to frame tables Major modification to systems where partial scope performance test is questionable.

A description of full scope performance testing, and completed test records is presented in Appendix 15. 7.2.lb Partial Scope Performance Test Due to the limited change in simulator response only those sections of A.NS 3. 5-1985 applicable to the modification is required.

The complexity of the modification will determine the extent of the testing needed. A description of partial scope performance testing, and completed test records is presented in Appendix 16 . Page 11 of 14 Date: 08/04/89 Rev. : 0 -----

7.3

• 7.4

• 7.5

• SP-206 Training Load Update Periodically the training load will be created to incorporate completed modifications and discrepancies . At the direction of the Simulator Performance Engineer, the training load is created in accordance with SP-202, "Training Load Maintenance".

The method described in SP-202 will update the appropriate appendices and databases of this procedure to reflect the new training load. Simulator Instructor Guide The Simulator Instructor Guide provides the simulator instructor with the capabilities and functional limitations of the simulator.

Only those capabilities of the simulator that have demonstrated satisfactory performance are authorized for operator training.

This guide is presented in Appendix 17 of this procedure, providing the following information:

-Outstanding deficiency reports -Validated and authorized malfunctions

-Limited use malfunctions

-Evolutions and or malfunctions not validated

-Procedural differences between the simulator and the station -Physical differences between the simulator and the station -Cause and effects for validated malfunctions

-Simulator "Training Load" Database The Simulator Instructor Guide should be used by the simulator instructor to ensure the selected scenario guides remain within the validation of the simulator.

Annual Review Each year an annual review of the status of the reference plant to the existing simulator configuration is conducted by the Simulator Review Committee.

The Simulator Review Committee is comprised of members of the simulator support, operations training staff and the station operations department; at least one person representing each group. The committee is chaired by the Principal Training Supervisor

-Simulator Support. The committee will review simulator scheduling and any training needs and requests requiring special implementation by the simulator support group. The review encompasses the following:

• DCR/DCP Review All DCR!DCP contained in the DCP Database with a status code of 4A or greater and an impact code of "Y" (YES) will undergo a final evaluation to determine the specific scope of the modification required.

The applicable DCR/DCP's are scheduled for implementation with 12 month following the review date, minimizing impact on the simulator training schedule . Page 12 of 14 Date: 08/04/89 Rev. : __ o __ _

• • *

• SP-206 Station vs Simulator Hardware Differences The photo and audio recording session is conducted as described in Appendix 1 . Operating Procedures Review All operating and test procedures identified in the Station vs Simulator Procedure Differences Database contained in Appendix 6 are checked for current revision.

Any revision greater than the evaluated version of the procedure are scheduled for review and validation as described in Appendix 6. LER Review All LERs in the LER Database contained in Appendix 13 are reviewed for applicability to the reference plant and simulator impact. The resulting list of LERs is presented and evaluated for training impact by the Simulator Review Committee.

Any LERs valuable to training and within the capability of simulator modification are scheduled for implementation.

Operator Feedback Review The outstanding operator inputs concerning simulator performance in the Operator Feedback Database presented in Appendix 14 are reviewed for applicability and impact on the simulator by the Simulator Review Committee.

Discrepancy Reports All DRs outstanding at the time of the annual review are evaluated for impact, adjusting the priority of resolution as necessary.

Simulator Reference Database Review The revisioIT of all drawings listed in the Simulator Reference Database contained in Appendix 7 are compared to the existing revision of the station drawings.

Any differences are evaluated and the simulator database is updated to reflect the higher revision following modification as required.

Malfunction Assessment The following information is evaluated and utilized (when available) in the review of existing, and in the development of new malfunctions:

0 Job Task Analysis 0 Licensee Event Reports 0 Significant Event Reports 0 Operations Reports 0 Significant Event Notification 0 Technical Information Service Bulletins 0 NRC Bulletins and Circulars 0 Local Site Considerations 0 Plant Specific Operating Experience 0 Probabilistic Risk Assessment Studies The above items are evaluated for training merit and simulator capability for the development of new malfunctions.

If the training benefits are desired the simulator is modified as required to support the selected events. All existing malfunctions are also reviewed and recommended for deletion if no longer applicable to the established training programs.

Page 13 of 14 Date: 08/04/89

__ o __ _

• 8.0 *

• SP-206 Based upon the findings and recommendations of the committee, the Principal Training Supervisor

-Simulator Support will prioritize the implementation of any simulator modifications.

The prioritization will account for simulator training usage, manpower availability, and relative merit of the modification.

If the prioritized forecasted implementation schedule is beyond the means of the simulator's support group budget or manpower, the Training Review Group will resolve open issues based on a cost benefit analysis. (The Training Review Group consists *Of management employees responsible for plant operations, training and simulator support}.

Simulator Update Reporting 8.1 A Simulator Update Report will be submitted to the NRC in either of the following circumstances:

8.1.1 Every four years, on the anniversary of initial submittal, identifying any uncorrected performance test discrepancies and a schedule for resolution.

8.1.2 A significant change to the existing configuration management system requiring an updated submittal.

8.2 Each year, following the Annual Review, the Configuration Management System is reviewed to determine if an updated submittal is required.

The review includes, but is not limited to the following areas: 8.2.1 Major administrative changes. 8.2.2 Addition, deletion, or significant modification of Performance Test Procedures.

8.2.3 Revision of the Operability and Malfunction Test Schedule.

8.3 A summary of the Simulator Update Report identifying changes from last report are contained in Appendix 19 . Page 14 of 14 Date: 08/04/89 Rev.: 0 -----

• SP-206 HOPE CREEK & SALEM SIMULATORS Station vs Simulator Hardware Differences Database The physical fidelity between the simulator and station control room hardware is reviewed as part of the Annual Review. The arrangement and control room environment are evaluated utilizing one or more of the following as determined by the Simulator Configuration Engineer:

Static Photography:

All simulated panels of the control room, are photographed in color with sufficient resolution to determine:

all switch, status light, and annunciator engravings all component, meter, recorder, and indicator scale graduations, mimics, and labeling all operator aid lamicoid engravings and placement Video Recording:

The entire control room is recorded on videotape to obtain an overall orientation and placement of movable objects/materials such as tables, bookcases, procedures, etc. Audio Recording:

The control room audio environment is recorded to obtain a background "noise" level. All annunciators are individually recorded for volume, tone, and rate characteristics.

The collected data is reviewed and the simulator panel drawings are updated by the Simulator Support Group as required.

All differences are identified in the associated Simulator Differences Database and evaluated for training impact and assigned one of the following status codes by the Simulator Performance Engineer:

N None s Slight M Moderate L Large No confusion or error likely {e.g. change in font) May result in minor disorientation, no error likely {e.g. smoked vs. clear bezel, letter spacing, etc) May result in confusion, recoverable operator error possible {e.g. labeling or scale graduation errors) May inhibit operator attention/action, recoverable operator error possible {e.g. equipment/control relocation, addition, or removal) All data will be entered into a database from which a monthly Simulator Status Report is generated.

This report will be used to track progress and aid the Principal Training Supervisor

-Simulator Support in material acquisition and work scheduling.

The database is comprised of the following fields: PHOTO NUMBER/VIDEO FRAME Reference documenting the hardware differences.

COMPONENT The affected component/device.

PANEL The affected panel where the difference is located . Appendix 1 Page 1 of 2 Date: 08/04/89 Rev. : 0 -----

• *

• ITEM NUMBER The simulator designator for the affected component/device GROUP NUMBER The bezel group number for the affected component/device SP-206 CATEGORY Component group where the difference exists. Possible entries include: Annunciators Controllers Demarcation lines Meters Mimics Operator Aids Recorders Status lights Switches DESCRIPTION Brief description of the identified difference.

DATE IDENTIFIED Date the hardware difference was noted. IMPACT Impact assessment as assigned by Simulator Performance Engineer. (Not applicable to Salem Simulator vs Salem Reference Plant Unit 1) DATE FIXED Date the hardware difference was corrected . All proposed changes to the simulator hardware are evaluated by the Simulator Configuration Engineer for possible software modification to support the change (i.e. meter scale change, the addition/deletion of a status light, switch, or annunciator).

If a software change is required to support the hardware modification , a work package is developed in accordance with SP-205. If a software change is not required (i.e. a change in font on a label plate, or the addition of an operator aid) the change is made by the Simulator Support Group as scheduled.

The simulator database is then updated to reflect the modification . Appendix 1 Page 2 of 2 Date: 08/04/89 Rev. : ---'o __ _

• *

• PHOTO NUMBER/VIDEO ITEM NUMBER: COMPONENT:

DESCRIPTION:

IMPACT: DATE IDENTIFIED:

HOPE CREEK/SALEM SIMULATOR SIMULATOR vs STATION DIFFERENCES FRAME: PANEL: GROUP NUMBER: CATEGORY:

.. DATE FIXED: SP-206 CATEGORY Possible entries include: Annunciators Demarcation lines Mimics Controllers Meters Operator Aids Status lights Recorders Switches IMPACT Possible entries include: N None s Slight M Moderate L Large No confusion or error likely (e.g. change in font) May result in minor disorientation, no error likely (e.g. smoked vs. clear bezel, letter spacing, etc) May result in confusion, recoverable operator error possible (e.g. labeling or scale graduation errors} May inhibit operator attention/action, recoverable operator error possible (e.g . equipment/control relocation, addition, or -removal}

Appendix 1 Date: 08/04/89 Rev. : __ o __ _

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• Page No . . 12/26/89 PHOTO #/ VIDEO FRAME COMPONENT . PANEL -SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESCRIPTION DATE DATE IDENTIFIED IMPACT FIXED RECORD NUMBER ===========

==

====== ======== ====== 5.45 AH5/6 (1-7) RZ KEY OFF/ON LABEL MISSING 10/20/89 N 5' COLOR OF RING AROUND 10/31/89 N 52 RESET P/B IS INTERLOCK 2R45-2R41 BLACK IS BLACK AT STATION

• PLACKARD MISSING: DO NOT

• 11/03/89 N I I lOJ BLOCK OPEN FIRE DOOR NO 210-2 OHA A17 SHOULD. BE: ANNUN 11/03/89 M 11/03/89 106 GRND DET ? OHA A41 SHOULD BE: 11/03/89 M 11/03/89 107 CNTMT SMP PMP START OHA A43 SHOULD BE: AUX 11/03/89.

M 108 ALM SYS GRND DET OHA D36 SHOULD BE: CH C 11/03/89 s I I 109 DECRE*ASING SHUTDOWN MARGIN OHA D44 SHOULD BE: CH D 11/03/89 s i-10 DECREASING.

SHUTDN MARGIN OHA E24 SHOULD BE: 2/4. 11/03/89 s I I 111 CW BRG LUBE PRESS LO PMP TRIP OBA G3 SHOULD BE: GEN 11/04/89 . M . I 112 LIQ DETS LVL HI OHA G4 SHOULD BE: SEAL 11/04/89 M I 113 OIL SKID MOTOR TRBL OHA Gll: MAIN SEAL OIL 11/04/89 M 114 PMP EMER BKR CLS OHA Gl2: MAIN SEAL OIL 11/04/89 M 115 PMP EMER BKR CLS

• *

• Page No. 2 12/26/89 PHOTO #/ . VIDEO FRAME COMPONENT

• PANEL SALEH SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE.

UNIT 2 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESCRIPTION DATE DATE IDENTIFIED IMPACT FIXED RECORD NUMBER ===========

==

====== ======== ====== OHA G20: EMER SEAL OIL 11/04/89 M 115 PMP MOTOR RUN OHA G27: SMOKE IN GEN 11/04/89 M 117 OHA G28: EMER SEAL OIL 11/04/89 M 118 PRESS LO OHA G44 SHOULD BE: BLANK 11/04/89 M 119 OHA G47: GEN STAT WTR 11/04/89 120 FLOW I PRESS LO OHA G6: GEN EXC FLO 11/04/89 M 121 OVER CURRENT } OHA Gl4: GEN FLD OVR 11/04/89 M I /. 122 VOLT OHA Gl6: GEN & TAANS 11/04/89 123 OVERALL DIFF B.U. & 25 KV GRD. OHA G22: GEN VOLT I REQ 11/04/89 M :24 HI OHA HlO: MN XFMR 03 OIL 11/04/89 s 125 LO I MISC TRBL OHA H34: 22 STA XMFR 11/06/89 s 125 TAP CHANGER TR.BL OHA Jl6: STATION HAS NO 11/06/89 I 127 RED STRIPE ./ OHA K48: 'POPS' CH. 1 11/06/89 M 128 AUX AIR .PRESS LO OHA KS: BLANK 11/06/89 129 OHA K2: 'POPS' CH. 1 11/06/89 M 130 AUX AIR PRESS LO MISSING KEY WITH A 11/06/89 s 136. LABEL: FIRST OUT

• * * ---.. -::

';-. Page Nii. 12126/89 PHOTO #! 7:DEO FRAME COMPONENT PANEL _ SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY D3SCRIPTION DATE DATE IDENTIFIED IMPACT FIXED RECORD NUM:JER ===========

==

====== ======== ====== ANNUNCIATOR UNIT 2 1008: NEXT TO TURBINE ?IRST OUT RESET PARTY CHANNELS 11/06/89 N i37 SOCKETS ON RIGHT HAVE NO LABELS AT STATION C090 SHOULD BE WHITE ON 11/10/89 M I I 201 RED: POWER SYS STABILIZER ON C905H SHOULD BE WHITE ON 11/10/89 M 202 GREEN: POWER SYS STABILIZER OFF C905T 6-19 R2 LENS SHOULD BE WHITE ON 11/10/89 M 204 GREEN: REGULATOR MANUAL LABELS WHITE ON BLACK 12/19/89 216 MANUFACTURERS LABEL ON UPPER LEFT OF HYDROGEN COMBINER CABINET ALSO nLACK ON WHITE LABEL TO THE RIGHT REFERENCES NO. 22 NR-41 SCALE INCORRECT SCALE 0-5 10/27/89 22 AT STATION. (WHITE ON BLACK) AD22 1-2 LABEL BOTTOM LABEL READS: 10/20/89 s I I A-VIB Ll 7 30 PA9670 2CC1 AD22 1-2 LABEL TOP LABEL READS: 10/20/89 s . I I LEAK CONT DETEC-DIFF TION PRESS LEVEL

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• Page No. ;2/25/39 PHOTO '4! VIDEO COMPONENT PANEL -

SI MULA TOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL . ITEM GROUP NUMBER NUM3ER CATEGORY DATE DATE IMPACT 2IXED NUMBER ===========

==

====== ======== ====== ')(I,"'.!

.. ... l 2CC1 2CCl 2CC1 2f'f" 1 * .... \....:.. 2re' vvl ... 2CC1 2CC1 2CC1 AI07 ,08 AI09,:0 Aill,l2 AI12 AOOl/2 A004 AQ6 A409 1-8 RY INDICATOR LEFT (TEMP) BGANK. l -S LABELS PRESS BOTTOM LABEL READS A-VIB PI942 1-8 30TTOM LABELS READ: 22-MAC 1-8 ?-Y INDICATOR RIGHT HAND SCAL2 IS BLANK LABEL ARROW UNDER l -8 [228493i .... ! LABELS 2WL96 2WL97 i -l ! 2WL98 2WL99

---

2WL98 2WG99 2WL96 2WL97 STATION {2-1} LABEL 2WL12 2WL16 2WL15 2WL12 (STATION) (SIM) ( 2-3) LABEL 8MER AIR COMPR SHOULD HAVE RED BKGD 1-i3 RZ P/B SCALE IS NON-LINE, SHOULD BE SIMILAR TO A410 i0/21/S9 N l0/21/39 l0!2ii89 N 10/21/89 I I 10/21/89 10 l0/2l/89 --10/21/89 I I , H 10/21/89 s 'I 11/06/89 110 .!. Ju

. -::-...

• -*

• .:,

• Page No. 5' ---12/26/ 8 9 PHOTO #/ VIDEO fRAME COMPONENT:.*;*_-

_ PANEL _ SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATSGORY JESCRIPTION DATE DATE IMPACT FIXED RECORD NUMBER ===========

==

====== ======== ====== 2CCl HJ LABEL 1-13 (228495) 11/08/89 s 167 2CC1 LABEL ABSOLUTE PRESSURE 11/08/89 169 1-17 SHOULD BE -PRESSURE 2CC1 A807 1-17. RY INDICATOR INDICATOR PA9607 11/14/89 170 INSTALLED AT THAT LOCATION 2CC1 AM04 H LABEL TOP LABEL MISSING: 11/08/89 N 174 IN TEMP: OUT TEMP 2CC1 AMOS 2-8 LABEL TOP LABEL MISSING: 11/08/89 N 17 s DIFF PRESS 2CC1 AN03 2-9 LABEL BOTTOM LABEL 11/08/89 N I 176 MISSING: A-VIB

• 1A5064 2CC1 A605 1-19 LABEL C-VIB. 1A5064 11/08/39 N l58 F1601A

• 2CC1 AA22 HS RY IND. SCALE NON LINEAR 11/08/89 .._I 0 SHOULD BE 0-2-4-6-8-10 LINEAR F1501B 2CC1 AA24 1-15 RY IND. SCALE NON LINEAR, 11/08/89 173 SHOULD BE 0-2-4-6-8-10 LINEAR FA-5241 TO 2CC1 2-4 VENTRACK RECORDER SCALES ARE 10/21/89 N 13 FA-S244 RECORDER WHITE ON BLACK AND 0

,.-, *

,;;' * * -1.2 FA1640k AA20 1-15 RY INDICATOR INCORRECT SCALE 11/08/89 s I I 171 . .' SHOULD BE 0 -75 GPM. X 10 2 LINEAR L1730,PA9607*

2CC1 AD22 1-2 RY INDICATES THIS ITEMS IS DUAL 10/20/89 I I INDICATOR PA9607 ON THE RIGHT OUTLET WATER 2CC1 AD4/8/ RY INDICATO_R SCALE GRADING IS 10/21/89 s I I 12/15/ DIFFERENT

---

20

• 2CC2 H LABEL LABEL: 3-8 228512 10/21/89 N 15

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• Page No. 6 12/26/89 . . ...:._-..

.---: PHOTO #/ VIDEO FRAXE COMPONENT PANEL .. -... SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESCRIPTION DATE DATE IDENTIFIED IMPACT FIXED RECORD NUMBER ===========

===============-

==

====== ======== ====== 2CC2 2CC2 3-6 2CC2 3-10 2CC2 4-1 2CC2 CK03/4 S-1 2CC2 2CC2. *.... :. ., 2CC2 2CC2 IS LOCATED TO THE RIGHT OF HEADERS LABEL GRAPH PLACKARD RCS TEMP GRAPH 10/21/89 PLACKARD IS LOCATED BETWEEN (PRIMARY WATER FLOW) AND 3-5 GROUP LABELS LABELS ON THE 10/21/89 COUNTERS ARE DIFFERENT THAN THAT OF SIMULATOR SCALES REACTOR COOLANT 10/21/89 SYSTEM RECORDER SCALES ARE BLACK LABEL NO TRIP SETPOINT 10/27/89 PLACED NEXT TO NUCLEAR POWER RANGE RECORDER R2 P/B SWITCH 23AR22 COND VLV OPEN 10/28/89 23AR23 PRIME TANK VLV OPEN (AT STATION) LABEL LEFT ALARM ACKNOW 11/06/89 P/B HAS NO LABEL PARTY CHANNEL 11/06/89 SOCKETS ON LEFT HAVE NO LABEL AT STATION LABEL RED P/B HAS NO 11/06/89 LABEL: RADIATION ALERT LABEL SOUND POWER JACKS 11/06/89 HAVE NO LABELS AT STATION LABEL PHONE HANDSET HAS NO 11/06/89 LABEL AT STATION I I 16 H 17 L 18 s I I 20 M I I 29 s

• 1

• lJl N 132 s I I 133 N I ( 134 N I I i35

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• Page No. T 12/26/89 -SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL PHOTO #! ITEM GROUP VIDEO FRAME COMPONENT NUMBER NUMBER CATEGORY DESCRIPTION DATE DATE IDENTIFIED IMPACT FIXED RECORD NUMBER. ===========

==

====== ======== ====== 2CC2 B129 3-21 LABEL WRONG LABEL SHOULD 11/08/89 177 BE: B-VIB 2CC2 Bl45 3-20 PUSHBUTTONS IS YELLOW ADDRESS 11/08/89 s 178 ENGRAVED SHOULD BE RED NO ENGRAVING 2CC2 B532 4-20 LABEL BOTTOM LABEL FAR 11/08/89 N I I 18 o RIGHT INDICATOR SHOULD BE: PA5099 2CC2 B619 4-16 RY SCALE SCALE SHOULD BE 0 11/10/89 I 184 -10 CNTL ROD CNTR 2CC2 COUNTERS TABLE ON EACH 10/27/89 s l 27 COUNTER DIFFERENT AT STATION .. AGRPl AGRP2 *BGRPl BGRP2 CGRPl CGRP2 DGRPl DGRP2 .LA5187 2CC2 B546 4-18 RY SCALE SCALE SHOULD BE 0 -11/08/89 182 32 LOW STEAM PRESS 2CC2 BDOl 4-3,4-R2 P/B LENS P LENS READS: 10/28/89 28 BEOl 4, 4-9 LOW BMOl STEAM PRESS AND IS OLD MYLAR OPP WHITE COLOR NA5155 ,. 4-18 RY IND. SCALE SCALE SHOULD BE 0 -11/08/89 181 }: 10 NR-42 "-,< H SCALE SCALE WHITE ON BLACK 10/27/89 s . 23 AT STATION NR-43 2CC2 4-5 SCALE INCORRECT SCALE 0-5 10/27/89 s 24 AT STATION (WHITE ON BLACK) NR-44 2CC2 H SCALE SCALE WHITE ON BLACK 10/27/89 I I 25

• * * ?age No. 12/26/89 PHOTO *1 VIDEO FRAME COMPONENT PANEL 2CC2 RSACTOR COOLANT 2CC2 3A2292,?15COM XA-S904 2CC2 XA-1740 2CC2 2CC3 2CC3 2CC3 2CC3 _ SALEM SlMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL ITEM GROUP DATE DATE NUMBER.

CATEGORY DESCRI?TION IDENTIFIED IMPACT FIXED B426 4-14 RY 3-12 ECGRDER 8518 4-15 RY SCALE 4-1 LABEL 4-5 3CALE CKll/12 S-1 R2 P/B 13 CK15/15 S-12 RY IND CB15-6-3 RY IND NEXT TO 6-5 CI05 5-6 LABEL SCALES ON LEFT AND 11/08/89 L RIGHT ARE WRONG. 2HCULD BE: o-1n L3FT; J-20 RIGHT ALSO TWO SCALES INSTALLED SIDE BY SIDE 0-1500. 0-120 THE STATION 10/27 /89 L SCALE SHOULD BE 0 -11/10/39 IJ NO LABEL AT THE BCTT 10/21/89 OF XA-5904 (CHART USED TO CALCULATE CCRE BURN UP MARK ALL SPEED AND N.I. CHANGES) SCALE jHITE ON BLACK 10/27/99 SCALE GRADING DIF?ERENT 0-7 2 AT STATION NO BOTTOM LABELSFFERENT RC24-5 RC28-5 10/28/89 10/28/89 L SCALE GRADING 10/28/89 M DIFFERENT 80 40 0 40 80 AT STATION LOAD DISPATCHER 10/28/89 NAMEPLATE DIFFERENT NEXT TO 5-5 TOP LABEL OF CI05 11/10/89 SHOULD BE RED AND SHOULD READ: I I I I ' I I I I 17 9 19 183 2l 26 30 32 33 :85

• * * -----------------------

• .r*. Page No. 9 :2/25/89 PHOTO #/ VIDEO COMPONENT PANEL -SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 BY PANEL ITEM GROU? NUMBER 'UMBER DESCRIPTION JATE DATE IDE9TIFIED FiXED

'.IUMB ===========

==

====== ======== ====== 2CCJ Ci05 5-6 R2 LENS 2CC3 Cl09 6-1 ?/B GENS 2CC3 6-l TAGGED KEY 2CC3 CJlOP 6-11 R2 LENS 2CC3 C310T 6-il R2 2CCJ C510P

• 6-15 R2 LENS 2CC 3 C510T 6-15 R2 LENS 2CC3 C504L 6-15 R2 2CC3 C604A 6-16 R2 LENS 2CC3 C902 5-:9 RY SCALE 2CC3 C903 6-19 R2 LENS 2CC3 C901 5-19 R2 LENS 2CC3 C904 6-19 RY 250 V LENS SHOJLD BE BLANK WHITE P/8 LENS 3HOULD BE 11/lC/89 3LANK . KWY WITH THE TAG: EH CONTROL PANEL UNIT 2 SHOULD BE AT UPPER CORNER Of 6-1 SHOULD 3E WHITE ON 11/10/89 RED: 2E6D CLOSE SHOULD BE WHITE ON !l/lG/89 2EGD OPEfl SHOULD BE WHITE ON 1!/10/89 RED: 2GGD CLOSE SHOULD ON 11/10/89 GREEN: 2GGD OPEN SHOULD BE BLANK SHOULD B8: MIMIC li/10/39 3US CLOSE SELECTION RY IND. SHOULD BE 11/10/89 DUAL INDICATOR, SCALES SHOULD BE 0 -60 SHOULD BE WHITE ON 11/10/89 RED: RAISE OUTPUT VOLTS SHOULD BE WHITE ON 11/10/89 RED: EXCITER FIELD BKR CLOSE SHOULD BE LEFT li/10/89 CHANN. IND. ONLY. M M M M I I 185 187 l8B 190 I ! T c ! I

'. 01 !li:0/89 :?4 I I 1 0 '"1 -JI

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• Page No. 10 l2/26/89 PHOTO #/

?iAME COMPONENT PANEL SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESC.1IPTION DATE DATE IMPACT FIXED RECORD ER ===========

===

• ==========

==

====== ======== ====== SCAlE SHOULD BE 0 -lOJ;XlO 2CC3 C905 5-19 TOP LABEL MISSING: . STABILIZER/REGULATOR 2CC3 C9v5A 5-19 R2 LENS SHOULD BE BLANK llU/89 M 200 WHITE 2CC3 C905P 5-19 R2 LENS *SHOULD BE *WHITE ON li/10/89 M I i 203 I RED: REGULATOR AUTO 1('(' 1 t..1..-v J C9C5 5-19 :ND. SCALE SHOULD BE: lli 10/89 M 205 0 -10 2CC3 C908T 6-10

• J R2 LENS SHOULD BE WHITE ON 11/10/89 M I I 206 GREEN: LOWER AUTO SET PT (DEC VOLTS) 2CC3 C908P 6-19 R2 LENS SHOULD BE WHITE ON 11/10/89 M C.V I RED: RAISE AUTO iINC. VOLTS) 2CC 3 C908L 5-19 R2 LENS SHOULD BE WHITE ON 11/10/89 M I I '\I' Q I ! lJ lJ GREEN: VOLTAGE MATCHING OFF 2CC3 C908H 6-19 R2 LENS SHOULD BE WHITE ON 11/10/89 M 209 RED: VOLTAGE MATCHING ON 2CC3 C908D 6-19 R2 LENS SHOULD BE WHITE ON 11/10/89 M I I 210 GREEN: AUTO TRACKING OFF .. 2CC3 C908A 6-19 .. R2 LENS SHOULD BE WHITE ON 11/10/89 M 211 RED: AUTO TRACKING ON SUPV LIGHTS 2CC3 LABEL I HOLES SUPERVISORY LIGHTS 10/28/89 s I I 34 LABELS ARE ABOVE THE LIGHTS (AT STATION) COLUMN OF HOLES [ 4) --EXISTS TO THE RIGHT OF LAMPS AT STATION !

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• Page No. 11 '.2/25/89 v=JEO FRAME COMPONENT PANEL SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESCRIPTIO!l DATE DATE RECORD IDENTIFIED IMPACT FIXED ===========

==

====== ======== ====== '1 2CC3 MIMIC '.iABEL LABESL AT 10/23/89 ..... 35 RIGHT CORNER OF MIMIC 2ADE BKR. 15 (AT STATlONl EM BP C02 2PR5 CMC SWITCHES THREE 2 POSITION 10131/89 M 11 ,, MAINTAIN SWITHCES ABC ALONG WITH MUST BE INSTALLED AT SIMULATCR MIMIC COLOR CONTAINMENT VENT 10/31/89 I 4 8 PAPER ISOLATION BLOCK IS ALSO GREEN AT STATION 2R?l PLAKARDS RMS CHANNEL 10/31/89 N IOPERAB LE WO# AND RMS CHANNEL SETPOINTS LOWERED PER WO# DATE TECH PLACKARDS ARE MISSING AT SIMULATOR 2RP1 MIMIC AREA CONTAINMENT APD FLOW 10/31/89 N I I O MIMIC HEIGHT IS LOW AT SIMULATOR

'2RP1 MIMIC NOT ENOUGH ROOM POR 10/31/89 LABEL. VC7 & VCll. IN CONTAINMENT APD REG ISOL VALVES 2RP1 INDICATORS CHANNEL C AND D 11/01/89 I I SHUTDOWN NIS INDICATORS ARE PICTURE MIMICS AT SIMULATOR

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• Page No. 12 12/26/89 PHOTO #I VIDEO COMPONENT PANEL -SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DATE DATE IDENTIFIED FIXED N:JMBE:R ===========

==

====== ======== ====== 2RP1 DIGITAL CHANNEL C AND D 11/01/39 I I 59 I INDICATORS SHUTDOWN NIS MONITORS ARE ercTURE MIMICS AT SIMULATOR 2RP1 LABELS NO LABELS: SERVICE 11/01/89 I I r ,, :Jl1 WATER VALVE ?OS IT ION: 2 ,\DC BREAKER 3: CN TOP OF INDICATOR AT SIMULATOR lBQ 1-1850 2RPl LABELS EACH WINDOW SHOULD 11/01/89 I I 61 A LABEL AT THE LOWER POSITION lBOl-1850 2RP1 INDICATOR FOLLOWING WINDOWS 11/01/89 M 11/01/89 '1 0< WINDOWS ARE MISPLACED AT SIMULATCR:

22SW134. 22SW174, 24SW223, 23SW223, 22SW223, 21SW223, 21SW57, 23SW2l8, 24SW223, 21SW55, 22SW85, 23SW85 2RP1 LABEL INSTRUMENT NUMBER 11/01/89 r 1 OJ LA3390 MISSING PROM ITEM 1923 .. *. . fRPl LABEL INSTRUMENT NUMBER 01/11/89 54 LABEL LA3389 MISSING FROM ITEM 1922 2RP1 LABEL INSTRUMENT NUMBER 01/11/89 I I 65 LABEL LRB-0010 MISSING FROM ITEM 1924 2RP1 RAD DETECTION RADIATION DETECTION 11/03/89 M 104 MISSING IN THE CORNER OF ROOM ABOVE

p:::'***'. . . :

. '* 12/26/89 -SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2

• SORTED BY PANEL PHOTO !/

• .. * . !IBM GROUP VIDEO FRAME NUMBER NUMBER CATEGORY . -:-:. ...

DESCRIPTION DATE DATE IDENTIFIED IMPACT FIXED RECORD NUMBER . ===========

.

====== ======== ====== 2PA4144 2RP1 RECORDER 2PA4146 2RP1 RECORDER 2PA4147 2RP1 . RECORDER PAN ALARM 2RP1 LABEL TA6124 2RP1 RECORDER

• 2RP2 LABEL LABELS 2RP2 KEY SWITCH * ' -* RMS MONITOR BELOW ITEM 1905 AT 11/01/89 M STATION BELOW ITEM 1903 AT 11/01/89 M STATION BELOW ITEM 1904 AT 11/01/89 M STATION THE FOLLOWING LABELS 10/31/89 ARE NOT PRESENT AT THE LEFT SIDE OF PANALARM 1 6 11 16 21 26 31 36 41 INSTRUMENT NUMBER 11/01/89 (TA6124) LABEL MISSING FROM CONTAINMENT DEWPOINT & TEMP RECORDER OUTER AND ELECTRIC 01/11/89 S PENETRATION AREA EXHAUST: IS OFF CENTER OF ITS BLOCK. ELEC PENETRATION AREA EXHAUST FANS MISSING AT SIMULATOR MISSING FROM 01/11/89 S RECORDERS AT SIMULATOR:

HA3280 ITEM 2501 . KA3277 2502 KA3278 2503 KA3279 2504 KEY SWITCH NEEDS TO 11/01/89 S BE INSTALLED AT CONTAINMENT EVACUATION HARM TEST 56 54 I -I 55 I 53 I I 57 I I 66 I I 67 I I 70

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• Page No. 14 12/26/89 PHOTO #/. VIDEO COMPONENT PANEL , SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL ITEM GROUP NUMBER NUM3ER CATEGORY DESCRIP'I':ON DATE DATE IMPACT FIXED RECORD NUMBER ===========

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====== ======== ====== nP2.

LABEL: REACTOR HEAD 11/01/89 I I 71 VENT VALVES: MUST BE IN ONE LINE 2RP2 LB LI WIND IND ORDER OF REACTOR 11/01/89 M IL .. KEY SWT HEAD VENT VALVES SHOULD BE: 2RC40 2RC43 2RC41 2RC42; 2407 2408 2409 2410 BATTERY RM 2RP2 CMC SWITCH MUST BE A 4 QUADRANT 01/11/89 L I 69 EXHAUST ?AN TYE SWITCH EACS 2RP2 CMC SWITCHES WRONG TYPE OF SWITCH 01/11/89 L 68 FANSWITCH 21 & AT SIMULATOR MUST BS "!"! !.:.!.. A 4 QUADRANT SRC TYPE 2RP4 SOME LONG NARROW ll/02/89 N 73 LABELS ABOVE AS BELOW DESCRIPTIVE LABELS ARE MISSING AT STATION 2RP4 LABELS P2, P6, PiO, P4, 11/02/89 N I I . 7 4 Pll, P12 LABELS ARE MISSING AT STATION 2RP4 LABELS INSTR.

• LABEL 11/02/89 N 1 -I J MISSING XA3979 AND 3980 AND TA2228 2RP4 P/B SWITCH 22 REACTOR NOZZEL 11/02/89 N I I 75 SUPPLY VENT FAN AND 22 REACTOR SHIELD VENT FAN THESES LENSES ARE SWAPPED AT THE STTION ITEMS 4721 AND 4722

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• Page No. 15 12/26/89 ?HOTO ii VIDEO COMPONENT PANEL . ; .. *.--SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESCRIPTION DATE DATE IDENTIFIED IMPACT FIXED RECORD llUMB ER ===========

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====== ======== ====== 2RP4 SWITCH 2RP4 CMC SWITCHES 2RP4 SABELS 2RP4 LABEL 2RP4 LABEL 2RP4 LABEL 2RP4 P/B SWITCHES *;,:* _,,. 2RP4 P/B SWITCHES 2RP 5 LABEL ITEM 4N01 IS POWER 11/02/89 SUPPLY A AT THE STATION ITME 4Hl8 IS POWER li/02/89 SUPPLY C AT THE STATION INS # LABEL LA3977 11/02/89 MISSING ON SIMULATOR (STEAM GENERATOR LEVEL) RECORDER LEFT # LABEL LA3978 11/02/89 MISSING ON SIMULATOR (STEAM GENERATOR LEVEL) RECORDER RIGHT LABEL: RECIRCULATION 11/02/89 PHASE; MUST BE REPLACED BY; MANUAL LABEL ECCS POWER 11/02/89 LOCKOUT SWITCHES SHOULD BE ON TOP OF LOWER ROW OF SWITCHES SWITCHES:

21RH4, 11/02/89 22RH4, 2SJ69, 21SJ44, 22SJ44, 21CC16, 22CC16 DO NOT OCCUPY SOME LOCATION AT STATION SWITCHES 21SJ113, 11/02/89 22SJ113 DO NOT EXIST AT THE STATION. ONE LESS CUTOUT AT THE PLANT AT THAT ROW ------LABEL "COOLING FANS 10/31/89 AND PUMPS" NOT CENTERED AT M M 77 0 I U 79 I I 8 O I I 81 8 *1 l I I 8 3 84 I I

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• Page No. 16 12/25/89 PHOTO #/ V!DEC ?RAME COMPONENT PANEL SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESCRI?TION DATE DATE IDENTIFIED IMPACT FIXED RECORD NUMBER ===========

==

====== ======== ====== SIMULATOR IN (2 GEN MAIN TRANSFORMER)

BLACK 2RP5 5203 P/B LENS SHOULD BE ENGRAVED:

11114/89 M 139 AUX BLDG ELEV 55 2RP5 5204

• P/B LENS SHOULD BE ENGRAVED:

!l/14/89 M 140 SI? & CCP 84 2RP5 5205 P/B LENS SHOULD BE ENGRAVED:

11114/89 M 141 C02 EQUIP RUN CHG PMP & SIP CS PMP ELEV 84 *** 2RP5 5206 P/B LENS SHOULD BE ENGRAVED:

11/14/89 M I 142 PIPING PENETRATION EL 78 2RP5 5207 SHULD BE 11/14/89 M I I 143 AUX FEED PUMP EL 84 2RP5 5208 P/B LENS LENS IS ENGRAVED:

11/14/89 CONTROL AREA JANITORS EQUIPMENT ROOM E. CORRIDOR 2RP5 P/B LENS LENS IS ENGRAVED:

11/14/89 145 CONTROL AREA E. CORRIDOR CEILLING VOID SPACE 5210 SHOULD BE ENGRAVED:

11/14/89 M I I 146 SERV WTR PIPE TUNNEL AREA ELEV. 88 2RP5 5217 SHOULD BE: AUX BLDG 11/14/89 M 147 *21 & 22 MONITOR TANKS EL. 64' 2RP5 5218 SHOULD BE: AUX BLDG 11/14/89 M l4S *21 WASTE HOLD-UP TK. EL . 64'

-0;

12/26/89 ,* ,_ -.. :. -*,. * *

• _ SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2

... . . SORTED BY PAHEL PHOTO #/ . , -.*.;;'J";.'

_,_.. ITEM GROUP DATE DATE RECORD VIDEO FRAME NUMBER NUMBER CATEGORY DESCRIPTION IDENTIFIED IMPACT FIXED NUMBER ===========

==

====== ======== ====== 2RP5 5219 2RP5 5220 2RP5 5240 2RP5 5239 2RP5 5227 2RP5 5282 2RP5 5309 2RP5 5316 ., . .. 2RP5 5341 2RP5 5340 SHOULD BE: AUX BLDB 11/14/89 M 122 WASTE HOLD-UP TK. EL. 64' SHOULD BE: AUX BLDG 11/14/89 M 12 WASTE MONITOR EL. 64' SHOULD BE: AUX BLDG 11/14/89 M WEST ISLE 2 EL. 64' SHOULD BE: AUX BLDG 11/14/89 M EAST AISLE 2 EL. 64' SHOULD BE: AUX BLDG 11/14/89 M ELEV 100 COL 14-15.2 FF-LL SHOULD BE: AUX BLDG 11/14/89 M CHG PUMPS EL. 84' SHOULD BE: NO. 21, 11/14/89 M 22 & 23 AUX FEED PUMPS EL. 84 SHOULD BE: NO. 21 11/14/89 M DIESEL F.O. STORAGE TANK EL. 14-BACK-UP SHOULD BE: NO. 22 11/14/89 M DIESEL F.O. STORAGE TANK EL. 84 BACK-UP SHOULD BE: AUX.

• 11/14/89 M BLDG #2 LTDN/SEAL WTR. HX ENTRY EL. 84' SHOULD BE: AUX. 11/14/89 M BLDG WEST AISLE 2 EL. 84 I SHOULD BE: AUX ]LOG 11/14/89 M EAST AISLE 2 EL. 84' I I 149 ! I 150 151 152 I 7; 153 154 155 I I 156 I I 157 . I 158 I I 159 I I 160

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• Page No. 18 12/26/89 _ SALEM SIMULATOR .STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL PHOTO #/ ITEM GROUP DATE DATE RECORD VIDEO FRAME COMPONENT PANEL NUMBER NUMBER CATEGORY DESCRIPTION IDENTIFIED IMPACT FIXED NUMBER ,* ,,_' ===========

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====== ======== ====== 2RP5 5334 SHOULD BE: MAINT *i 11/14/89 M I I . 161 TEST EQUIP ROOM EL. 122 BB15.7 2RP5 5324 SHOULD BE: AUX BLDG 11/14/89 M 162 CORRIDOR AREA EL. 100' 2RP5 5356 SHOULD BE: RELAY 11/14/89 M 163 ROOM 2RP5 5368 SHOULD BE: 11/14/89 M 164 C02/HALON DISCHARGE 2RP5-MISSING: CODE 11/14/89 M I l 165 AUDIBLE ALARMS PLAKARD ON THE RIGHT ,. SIDE OF FIRE & SMOKE DETECTION BLACK 2RP5 MISSING: LAMP TEST 11/14/89 M I I 16 5 SWITCHES ON THE LEFT OF FIRE & SMOKE DETECTION BLACK 110 SWITCHES)

KA-8 5 Si 2RP5 5903 RECORDERS POSITIONED LOWER ON 10/31/89 s 40 2RP5 AT THE STATION R2 ?/B SWITHCES 2RP5 R2 P/B SWITCHES 10 LAMP TEST 10/31/89 M 3 8 . SWITCHES ON THE LEFT -, .. -, OF SMOKE AND FIRE DETECTION BLOCK . ' MISSING AT SIMULATOR

• ,, . 5705 PLAKARDS TABLE PLAKARDS UNDER 10/31/89 .,,. ;-*_ I I 3 9 5706 SECONDARY FEEDWATER TEMPERATURE SELECTOR SWITCHES ARE MISSING AT STATION

• XA-3361, 3362 2RP5 RECORDERS TIGRAPH RECORDERS AT 10/28/89 s I I 3 6 STATION* INDICATORS

& PUSHBUTTONS AT SIMULATOR

• 12/26/89 * *

• SALEM SIMULATOR STATION vs SIMUtATOR DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL PHOTO #I ITEM GROUP DATE DATE RECORD VIDEO FRAME COMPONENT<*.

NUMBER NUMBER CATEGORY DESCRIPTION IDENTIFIED IMPACT PIXED NUMBER fr""1: . .: ===========

==

====== ======== ====== 2RP6 LABELS 2RP6 LABELS 2RP5 5101,6105,5106 2RP6 INDICATORS 6102,6103 2RP6 INDICATORS

• . **-::. "c ::.

• 6401 ro.

,_c-INDICATOR 6412 LABELS 2RP7 LABELS IN SECTION 121 AND 10/31/89 22 STATION POWER TRANSFORMERS)

ALL LABELS: 1, 2, 11, 12, 21, 22 ARE 1 SPT, 2 SPT, ETC AT STATION IN (13KV BUS) 10/31/89 SECTION PART OF MIMIC LINE IS MISSING AT STATION ALSO LABEL: 13 KV BUS ABOVE: BREAKE FAILURE MULTI-TRIPS IS MISSING AT SIMULATOR FIRE EXT1NGUI SHER 11103/89 MISSING FROM THE RIGHT LOWER CORNER OF 2RP6 PANEL CASING.OF INDICATORS 10/31/89 IS PAINTED WHITE AT. STATION CASING WHITE AT THE 10/31/89 STATION INDICATOR FRAME IS 10131/89 PAINTED WHITE LABELS ON EACH 10/31/89 INDICATOR MISSING AT SIMULATOR GENERATOR LABEL MID 11/02/89 POSITION & ABOVE XA-3975 AND XA-3976 IS MISSING AND SO IS MISSING LABEL: s s N N N N M s I I 44 I I 4 5 105 I I 42 43 4' .0 I I 8 5

• '-. 12/26/89

• PHOTO #/ VIDEO FRAME COMPONENT

' _ PANEL .. _,-,;.-SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESCRIPTION DATE DATE IDENTIFIED IMPACT FIXED RECORD NUMBER ===========

==

====== KILOVOLTS; ABOVE XA-3975 AND: KILOAMPERS ABOVE XA-3976 2RP7 LABEL LABEL: XA-0834 11/02/89 ,, " 86 MISSING FROM THE DOOR OF THE RECORDER ITEM 7103 2RP7 LABEL LABEL SA-0884 11/02/89 87 MISSING FROM THE DOOR OF THE RECORDER ITEM 7104 2RP7 LABEL ITEM 7105 MISSING 11/02/89 M 88 LARGE LABEL ABOVE IT: VIBRATION ECCENTRICITY AND

• CASING DIFFERENTIAL EXPANSION; ALSO MISSING LABEL XZ-0883 2RP7 RECORDER MAIN GENERATOR GAS 11103/89 L I 89 MONITORING SYSTEM LABEL AND RECORDER AND P/B PANELS ARE MISSING FROM 2RP7 2RP7 RECORDER MISSING LARGE LABEL 11/03/89 M I I 90 '*-.,, .. ON TOP PORTION OF THE DOOR: GENERATOR STATOR WATER CONDUCTIVITY; ALOS MISSING KA-1952; ALSO MISSING PTS PLACKARD 2RP7 RECORDER ITEM 7107 IS AN L&N 11/03/89 N I I 91 RECORDER AT THE STATION 2RP7 ALARM PANELS ITEM 7500, 7600, 11103;09 H I I 92 .

• 7700 HAVE NO ALARM PLACKARD AFFIXED TO

• * * ------. -.. ...

.. -: *:.-s:. "-* .... :::-.. 7 ::;-.. . . .. \: -*':'

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--.. ' .... .-.. _ Page N'o. 21 12/26/89 .**: -... * ;_, '.:". -i ----* PHOTO #/ VIDEO FRAME COMPONENT---;

' . PKNEL -. SALEM SIMULATOR STATION' vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESCRIPTION

---._ *--. DATE DATE IDENTIFIED IMPACT FIXED RECORD NUMBER ===========

===============*

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====== ======== ====== 2RP7 2RP7 2RP7 2RP7 2RP7 2RP8 2RP9 THE FRONT OF INSTRUMENT AT THE STATION. ALARM PANELS ITEM 7800 IS A 11/03/89 L DIFFERENT STYLE ALARM PANEL ALARM PANEL LABEL LABEL P/B PANEL P/B PANEL RECORDER LABEL PANEL WITH ONLY FOUR INDICATOR LAMPS HAS A LARGE LABEL ITEM 7900 IS PLUGED 11103/89 L UP BLANK ITEM 7AOO HAS TWO 11/03/39 RED LABELS: 427 MILS AND 1010 MILS; AT SIMULATOR SALEM 2 RECORDER 11/03/89 M TA-0885 HAS LARGE LABEL: TURBINE CONTROLLED START-UP TEMPERATURE (xF) ALSO MISSING AT SIMULATOR LABEL TA-0885 2RP7: LABEL MISSING 11/03/89 UPPER RIGHT CORNER P/B (INCORE T/C 11/03/89 S TREND) AND (TW TURB TREND) SHOULD BE RED YELLOW P/B's 11/03/89 FOLLOWING Y SHOULD BE BLACK ITEM 9101 IS L&N 11/03/89 N RECORDER AT STATION LABEL: CONTROL ROOM 11/03/89 N DOORS; MISSING ABOVE CONTROL ROOM ACCESS CONTROL ROOM DOORS P/B's I I 93 94 95 ., I 96 97 98 I I 99 100 101

. -.::: . Page No. 22 12/26/89 **Dai\mi\ .L !1\Jl IJ tf"/ VIDEO ?RAHE COMPONENT PANEL SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 2 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESCRI?TION DATE DATE IMPACT FIXED RECORD NUMBER ===========

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• TONE GENERATOR SONALART ALARM ELEMENT MISSING L/C3/3S N 102

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• Page No. 1 12/09/89 PHOTO #/ VIDEO FRAME COMPONENT PANEL SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL ITEM GROUP NUMBER llUMBER CATEGORY DESCRIPTION DATE DATE IDENTIFIED IMPACT FIXED RECORD NUMBER ===========

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====== ======== ====== 2M: BLANK 11/29/89 I 232 3L READS: LIFT COIL 11/29/89 I I 233 DISC -2A4 4M READS: LIFT COIL 11/29/89 234 DISC -1SA4 7L READS: LIFT COIL 11/29/89 235 DISC -2SA4 BM READS: LIFT COIL 11/29/89 236 DISC -1B2 12M READS: LIFT 11/29/89 I 237 COIL DISC -1SA3 13L READS: T32; 11/29/89 I 238 LIFT COIL DISC -1A3 14M: BLANK 11/29/89 239 13N READS: T45; 11/29/89 I 240 LIFT COIL DISC -1C3 12P: BLANK 11/29/89 241 llN READS: LIFT 11/29/89 242 COIL DISC -2A3 lOP READS: LIFT 11/29/89 I 243 COIL DISC -2D3 9N READS: LIFT COIL 11/29/89 I 244 DISC -2SB3 BP READS: LIFT COIL 11/29/89 245 DISC -1SC4 SN READS: LIFT COIL 11/29/89 246 DISC -1A4 4P READS: T48 11/29/89 247 3N READS: LIFT COIL 11/29/89 248 DISC -1C4

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lCCl A005 1-9 LABEL lCCl A506 1-14 R2 SECTION 1CC1 A903 1-18 LABEL lCCl A903 1-18 LABEL lCCl A905 1-18 LABELS lCCl A909 1-18 LABELS lCCl A909 1-18 LABEL lCCl A911 1-18 LABELS lCCl A912 1-18 LABELS lCCl A913 1-18 LABEL lCCl A915 1-18 LABEL lCCl A916 1-18 LABEL lCCl AA04 1-15 R2 P/B LENS lCCl AA05 1-15 R2 P/B LENS LOWER LABEL READS: 12/02/89 RC12-6 NO R2 STATION 12/02/89 COVERED WITH BLANK PLATE BOTTOM LABEL READS: 12/04/89 RC13-6 TOP LABEL READS: 11 12/04/89 1C-4KV TOP LABEL READS: 12 12/04/89 1C-4KV BOTTOM LABEL READS: RC13-5 TOP LABEL READS: 15 12/04/89 1A-4KV BOTTOM LABEL READS: 12/04/89 RCll-6 BOTTOM LABEL READS: 12/04/89 RCll-5 TOP LABEL READS: 16 1A-4KV BOTTOM LABEL READS: 12/04/89 RC16-5 BOTTOM LABEL READS: 12/04/89 RC16-7 BOTTOM LABEL READS: 12/04/89 RC14-7 BOTTOM LABEL READS: 12/04/89 RClH A P/B IS BLANK A P/B IS BLANK 12/04/89 12/04/89 I I I I I RECORD NUMBER 282 283 289 290 291 292 293 294 295 296 297 298 299 300

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• PHOTO #/ ITEM GROUP DATE DATE RECORD VIDEO FRAME COMPONENT PANEL NUMBER NUMBER CATEGORY DESCRIPTION IDENTIFIED IMPACT FIXED NUMBER ===========

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====== ======== ====== lCCl AA20 1-15 SCALE SCALE IS 0 -75 12/04/89 I I 301 MULTIPLIER LABEL IS: GPM XlOO lCCl AA21 1-15 SCALE BOTTOM LABEL READS: 12/04/89 I 302 RCll -3 lCCl A706 1-16 R2 STATION THIS POSITION 12/04/89 I 303 COVERED WITH BLANK lCCl A807 1-17 RY STATION THIS POSITION 12/04/89 304 COVERED WITH BLANK lCCl AK06 2-6 LABEL TOP LABEL READS: 12/04/89 305 1G-460V; 1E-4KV lCCl AL06 2-7 LABEL TOP LABEL READS: 12/04/89 306 1E-460V; 1F-4KV

• lCCl AM04,05 2-8 LABELS TOP LABELS MISSING 12/04/89 I 307 (SIMULATOR) lCCl AN03 2-9 LABEL BOTTOM LABEL READS: 12/04/89 308 A-VIB lCCl AJOl,06 2-5 LABELS TOP LABELS MISSING 12/04/89 309 (SIMULATOR)

RC 21-3 lCCl A621 1-19 R2 P/B L PUSHBUTTON IS 12/02/89 287 BLANK RC12-7 lCCl A614 1-19 R2 STATION R2 STATION IN PLACE 12/02/89 I 286 TOP LABEL: 12CCHX ALARM & FLOW BOTTOM LABEL: RC 12-7 RC22-3 lCCl A662 1-19 R2 P/B L PUSHBUTTON IS 12/02/89 I I 288 BLANK TI-602A lCCl A612 1-19 RY STATION RY STATION IN PLACE 12/02/89 284 SINGLE INDICATOR TI-602A lCCl A613 1-19 RY STATION TOP LABEL READS: 12 12/02/89 285

• TEMP

• Page No. 12/09/89 PHOTO #/ VIDEO FRAME COMPONENT PANEL 1CC2 1CC2 1CC2 lCC2 lCC2 lCC2 1CC2 1CC2 1CC2 1CC2 lCC2 lCC2 SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL ITEM GROUP DATE DATE NUMBER NUMBER CATEGORY DESCRIPTION IDENTIFIED IMPACT FIXED LOWER LABEL READS: B-VIB TI-602B 8144,45 3-20 P/B ASSEMBLIES THESE ITEMS ARE NOT 12/04/89 54,55, ENGRAVED THEY ARE 56 BLANK 8201 3-14 LABELS B202 3-14 LABEL 3-17 PLACKARD 3-18 PLACKARD B412 4-11 R2 P/B LENS 8413 4-11 R2 P/B LENS B415 4-11 R2 P/B LENS 8416 4-11 R2 P/B LENS B426 4-14 RY SCALE B522 4-15 LABEL B526 4-15 LABEL TOP LABEL READS: 1PR6, lPRl TOP LABEL READS: 1PR7, 1PR2 12/04/89 12/04/89 D/T FEEDS: PLACKARD 12/04/89 IN PLACE NEXT TO ITEM 8221 TAVE FEEDS: PLACKARD 12/04/89 IN PLACE NEXT TO ITEM B307 P PUSHBUTTON LENS 12/04/89 READS: /\ FLUS CHANNEL 1 P PUSHBUTTON LENS 12/04/89 READS: /\ FLUX CHANNEL III P PUSHBUTTON LENS 12/04/89 READS: /\ FLUX CHANNEL II P PUSHBUTTON LENS 12/04/89 READS: /\ FLUX CHANNEL IV LEFT SCALE IS 0 -12/04/89 30; RIGHT SCALE IS 0 -20 TOP LABEL: 12/06/89 EMERGENCY 250V IS BLACK ON WHITE BOTTOM LABEL READS: 12/06/89 D-VIB: SA-2270; I I I I I I I I I I I I I I I I I I I RECORD NUMBER 310 311 312 313 314 315 316 317 318 319 320 321

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• Page No. 12/09/89 PHOTO *I VIDEO FRAME COMPONENT PANEL lCC2 1CC2 1CC2 lCC2 1CC2 1CC2 1CC2 1CC2 1CC2 1CC2 1CC2 1CC2 lCC2 lCC2 SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY B526 4-15 RY SCALES 8527 4-15 RY SCALE B531 4-20 RY SCALES B531 4-20 LABEL 8531 4-20 LABEL 8532 4-20 LABELS 8541 4-18 RY SCALE 8546 4-18 RY SCALE 8549 4-18 RY SCALE 8607 4-13 RY SCALE 8614 4-16 LABEL 8618 4-16 LABEL B618 4-16 SCALES B619 4-16 RY SCALE DATE DATE DESCRIPTION IDENTIFIED IMPACT FIXED F1500K BOTH RIGHT AND LEFT 12/06/89 SCALES ARE 0 -80 RIGHT SCALE IS 0 -12/06/89 10 RIGHT INDICATOR

& 12/06/89 SCALE EXISTS AND IS 0 -24 TOP LABEL READS: SG 12/06/89 INLET PRESS; FW SG DIP DIFF PRESS BOTTOM LABEL READS: 12/06/89 D-VIB; P1508 I PA4932 BOTTOM LABEL READS: 12/06/89 D-VIB; P1509, PA5099 LEFT SCALE IS 0 -10 12/06/89 LEFT SCALE IS 0 -32 12/06/89 RIGHT SCALE DOES NOT 12/06/89 EXIST LEFT SCALE IS 0 -60 12/06/89 TOP LABEL: EMERGENCY 12/06/89 250 V IS BLACK ON WHITE BOTTOM LABEL READS: 12/06/89 D-VIB; SA5106 I Fl 5 0 OM LEFT AND RIGHT 12/06/89 SCALES ARE 0 -80 RIGHT SCALE IS 0 -12/06/89 10 I I I I I I RECORD NUMBER 322 323 324 325 326 327 328 329 330 331 332 333 334 335

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lCC2 B619 H6 LABEL BOTTOM LABEL READS: 12/06/89 I I 336 22 MAC: PA5108, FA598 lRPl LAYOUT, ARRANGEMEllT 11/19/89 I I 167 AND TYPE OF INSTRUMENTS ON lRPl IS RADICALLY DIFFEREllT THAN THAT OF SALEM 2, THEREFORE ITS DIFFERENCES CANNOT BE ACCURATELY DESCRIBED Ill THIS LIST. REFER TO PLANT DRAWING OF THIS PANEL. 1RP2 21B CMC SW WINDOW CMC 2 POSITION 11/19/89 I I 173

• ENGRAV MAINTAIN:

STOP I START, NO. 11 PIPE GALLERY CIRCULATING FAN. TOP LABELl 77 1RP2 2114 CMC SW WINDOW CMC 2 POSITION 11/19/89 I I 174 ENGRAV MAillTAIN:

STOP I START, NO. 12 PIPE GALLERY CIRCULATING FAil TOP LABEL: 12 1RP2 2113,14 LABEL LABEL OVER BOTH 11/19/89 I I 175 SWITCHES READS: PIPE GALLERY CIRCULATING FANS 1RP2 2116,17 CMC SW WlllDOW CMC 2 POSITION SRC 11/19/89 I I 176 EllGRAV SWITCH: AUTO I START STOP -GREEN 1RP2 2203,04 CMC P/B SWITCHES ARE 2 11/27/89 I 177 SWITCHES POSITIOll MAINTAIN 1RP2 2210 CMC SWITHCES SWITCH IS 2 POSITION 11/19/89 178

• SRC WITH 4 WINDOWS I I * *

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1RP2 1RP2 1RP2 1RP2 1RP2 1RP2 1RP2 1RP2 HA-3280,KA-3277 1RP2 TO KA-3279 KA-3277 1RP2 KA-3278 1RP2 2211 2224 2221 2222 2302 2317 2407 -2410 2501 -2504 CMC SWITCHES SWITCH IS 2 POSITION 11/27/89 MAINTAIN WITH 4 CMC SWITCH LABEL LABEL LABEL LABEL KEY SWITCH SWITCHES & LABELS RECORDERS RECORDERS I SCALES WINDOWS SWITCH IS 2 POSITION 11/27/89 SRC WITH 4 WINDOWS TOP LABEL READS: 1CH30 TOP LABEL READS: 1CH151 11/27 /89 11/27/89 RIGHT HAND LABEL 11/27/89 READS: DISCHARGE LOUVER RIGHT HAND LABEL 11/27/89 READS: OUTSIDE AIR INTAKE CONTAINMENT 11/27/89 EVACUATION HORN BLOCK OPERATE KEY SWITCH AND LABEL ABOVE EXIST BELOW ITEM 2406 THE ORDER IN WHICH 11/29/89 THESE ITEMS ARE INSTALLED IS FROM LEFT TO RIGHT: 2RC40 I 2RC43, 2RC41, 2RC42 11/19/89 SCALE IS 0 -1.0 11/19/89 POINT DESCRIPTION PLACKARD IS DIFFERENT POINT PLACKARD TEMPERATURE FOR ALL 11/19/89 4 POINTS IS 25xC [250xc ON SIMULATOR)

I I I I I I I I I I I I I I RECORD NUMBER 179 180 181 182 183 184 185 186 169 170 171 I *1 I

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KA-3279 1RP2 XA-8493 1RP2 1RP3 1RP3 1RP3 1RP3 1RP3 1RP3 1RP3 1RP3 1RP3 1RP3 1RP3 2504 3505 -3507 3605 3607 3617 3615 3613 3611 3609 POINT PLACKARD POINT DESCRIPTION 11/19/89 RECORDER SWITCHES KEYBOARD LABEL LABEL CORE MAP INDICATORS CORE MAP INDICATORS CORE MAP INDICATORS CORE MAP INDICATORS CORE MAP INDICATORS CORE MAP INDICATORS CORE MAP INDICATORS PLACKARD IS DIFFERENT THIS RECORDER EXISTS 11/19/89 ON 1RP2 ORDER OF SWITCHES 11/29/89 FROM LEFT TO RIGHT IS: 11 13 SPDS KEYBOARD IS DRAWER TYPE 11/29/89 LABEL BELOW (REACTOR 11/29/89 CORE) LABEL READS: 270x GAMMAMETRICS CHANN EL C XA6560 LABEL BELOW REACTOR 11/29/89 CORE READS: 90x GAMMAMETRICS CHANNEL D XA6561 9A-IS BLANK llA IS BLANK 12B IS BLANK lOB READS: LIFT COIL DISC -1D2 11/29/89 11/29/89 11/29/89 11/29/89 8B READS: T35; LIFT 11/19/89 COIL DISC -1SC2 6B READS: T39; LIFT 11/29/89 COIL DISC -2Dl 4B BLANK 11/29/89 I I 172 I I 168 I I 187 188 189 I I 190 191 192 193 194 195 196 197

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• Page No. 9 12/09/89 PHOTO #I VIDEO FRAME COMPONENT PANEL SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESCRIPTION DATE DATE IDENTIFIED IMPACT FIXED ===========

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1RP3 3620 CORE MAP 3C READS: LIFT COIL 11/29/89 INDICATORS DISC -lCl 1RP3 3632 CORE MAP 2D BLANK 11/29/89 INDICATORS 1RP3 3622 CORE MAP 5C READS: T33; LIFT 11/29/89 INDICATORS COIL DISC -2Al 1RP3 3634 CORE MAP 4D READS: LIFT COIL 11/29/89 INDICATORS DISC -lSAl 1RP3 3624 CORE MAP 7C READS: T28; LIFT 11/29/89 INDICATORS COIL DISC -2SB1 1RP3 CORE MAP 6D READS: LIFT COIL 11/29/89 INDICATORS DISC 1RP3 CORE MAP 8D READS: T15; LIFT 11/29/89 INDICATORS COIL DISC -lBl 1RP3 CORE MAP llC READS: LIFT 11/19/89 INDICATORS COIL DISC -1A2 1RP3 CORE MAP lOD READS: T23; 11/29/89 INDICATORS LIFT COIL DISC TO VID 1RP3 CORE MAP 13C READS: LIFT 11/29/89 I INDICATORS COIL DISC -1C2 1RP3 CORE MAP 12D READS: T31; 11/29/89 INDICATORS LIFT COIL DISC -1SA2 1RP3 CORE MAP 14D READS: T49 11/29/89 INDICATORS 1RP3 CORE MAP 14F READS: T40; 11/29/89 INDICATORS LIFT COIL DISC -2D2 1RP3 CORE MAP 13E READS: LIFT 11/29/89 INDICATORS COIL DISC -2A2 1RP3 CORE MAP lOF READS: LIFT 11/29/89 I I I I RECORD llUMBER 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 Page No. 10 12/09/89

• PHOTO V VIDEO FRAME COMPONENT PANEL 1RP3 1RP3 1RP3 1RP3 1RP3 1RP3

• 1RP3 1RP3 1RP3 1RP3 1RP3 1RP3 1RP3 1RP3

• 1RP3 SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL ITEt1 GROUP DATE DATE NUMBER NUMBER CATEGORY DESCRIPTION IDENTIFIED IMPACT FIXED INDICATORS COIL DISC -1SD2 CORE MAP 9E READS: T12; LIFT 11/29/89 INDICATORS COIL DISC -2SA2 CORE MAP SF READS: T5; LIFT 11/29/89 INDICATORS COIL DISC -2D2 CORE MAP 6F READS: LIFT COIL 11/29/89 INDICATORS DISC -lSDl CORE MAP 3E READS: LIFT COIL 11/29/89 I INDICATORS DISC -lSCl CORE MAP 2H READS: T34; LIFT 11/29/89 INDICATORS COIL DISC -lSCl CORE MAP 4H READS: T14; LIFT 11/29/89 INDICATORS COIL DISC -2Bl CORE MAP 5G READS: Tll; LIFT 11/29/89 INDICATORS COIL DISC -2SA1 CORE MAP 6H READS: T4; LIFT 11/29/89 INDICATORS COIL DISC -2Cl CORE MAP lOH READS: LIFT 11/29/89 INDICATORS COIL DISC -2C3 CORE MAP 12H READS: LIFT 11/29/89 INDICATORS COIL DISC -2B2 CORE MAP 13G READS: LIFT 11/29/89 INDICATORS COIL DISC -2SB2 CORE MAP 14H READS: LIFT 11/29/89 INDICATORS COIL DISC -1SC3 CORE MAP llJ READS: LIFT 11/29/89 INDICATORS COIL DISC -2SA3 CORE MAP 12K READS: T22; 11/29/89 INDICATORS LIFT COIL DISC CORE MAP lOK READS: LIFT 11/29/89 INDICATORS COIL DISC -2BC RECORD NUMBER 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227

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Page No. 11 12/09/89 SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL

• PHOTO #/ ITEM GROUP DATE DATE RECORD VIDEO FRAME COMPONENT PANEL NUMBER NUMBER CATEGORY DESCRIPTION IDENTIFIED IMPACT FIXED NUMBER ===========

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====== ======== ====== 1RP3 CORE MAP 8K READS: LIFT COIL 11/29/89 228 INDICATORS DISC -2C4 1RP3 CORE MAP 6K READS: T8; LIFT 11/29/89 229 INDICATORS COIL DISC -1SD4 1RP3 CORE MAP 3J READS: LIFT COIL 11/29/89 230 INDICATORS DISC -2SB4 1RP3 CORE MAP 2K READS: T38; LIFT 11/29/89 I 231 INDICATORS COIL DISC 2D4 1RP4 4611 P/B SWITCH LENS READS: 15 11/29/89 249 SERVICE WATER PUKP 1RP4 4612 P/B SWITCH LENS READS: 16 11/29/89 250 SERVICE WATER PUMP 1RP4 4631 P/B SWITCH LENS READS: 25 11/29/89 251

• SERVICE WATER PUMP 1RP4 4633 P/B SWITCH LENS READS: 25 11/29/89 252 SERVICE WATER PUMP 1RP4 4106 P/B SWITCH LENS READS: 15 11/29/89 253 SERVICE WATER PUMP 1RP4 4107 P/B SWITCH LENS READS: 16 11/29/89 254 SERVICE WATER PUMP 1RP4 4728 P/B SWITCH LENS READS: 11 11/29/89 255 SERVICE WATER PUMP 1RP4 4129 P/B SWITCH LENS READS: 12 11/29/89 256 SERVICE WATER PUMP 1RP4 P/B SWITCH 6 R2 P/B SWITCH 11/29/89 257 EXIST DIRECTLY UNDER ITEMS 4C01, 4C02, 4C03, 4C04, 4C05, 4C06 1RP4 4H01 CMC SWITCH LENS READS: OFF I 11/29/89 I I 258 ON -POWER SUPPLY A LOCA SAMPL ISOL VAS *

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• PHOTO #/ ITEM GROUP DATE DATE RECORD VIDEO FRAME COMPONENT PANEL NUMBER NUMBER CATEGORY DESCRIPTION IDENTIFIED IMPACT FIXED NUMBER ===========

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1RP4 4Hl8 CMC SWITCH LENS READS: OFF I 11/29/89 I I 259 ON -POWER SUPPLY C LOCA SAMPL ISOL VAS 11SJ4 4 1RP4 CMC SWITCH EXIST ON THE LEFT OF 11/29/89 260 ITEN 4D04 12SJ44 1RP4 CMC SWITCH EXISTS ON THE LEFT 11/29/89 261 OF ITEM 4D07 I I LA-3977 1RP4 LABEL LABEL MISSING 11/29/89 262 I LA-3977 I I LA-397 8 1RP4 LABEL 11/29/89 263 I LA-8639 1RP4 RECORDER RECORDER EXISTS 11/29/89 264 UNDER THE LABEL OF: TIDE LEVEL

• 1RP5 CMC SWITCH THESE 2 POSITIONS 11/29/89 I I 265 MAINTAIN CMC SWITCHES UNDER LABELS OF: A, B, C, NORMAL I EMERG -POWER AVAIL AND UNDER LARGE LABEL: DIESEL GENERATOR EXHAUST FANS EMERG BYPASS OF C02 SHUTDOWN ARE MISSING ON 1RP5 1RP5 5701,02 LABEL LABEL ABOVE THESE 11/29/89 I I 268 INDICATORS READ: STEAM GENERATOR METAL TEMPERATURE 1RP5 5705,06 LABEL LABEL ABOVE THESE 11/29/89 I I 269 SELECTORS READ: STEAM GENERATOR TEMPERATURE SELECT 1RP5 5705 f 06 LABELS POSITION LABELS 11/29/89 I I 270 ABOVE THESE

• SELECTORS ARE -------I Page No. 13 12/09/89

• PHOTO #/ VIDEO FRAME COMPONENT PANEL 1RP5 1RP5 1RP5 XA-3361 1RP5

• XA-3362 1RP5 1RP6 1RP6 1RP6

• SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESCRIPTION SWAPPED AT THE STATION 5901 LABEL LABEL ON THE LOWER MID SECTION OF RECORDER XA-6846 5902 LABEL LABEL ON THE LOWER AID SECTION OF RECODER XA-8550 5903 LABEL LABEL ON THE LOWER MID SECTION OF RECORDER XA-8551 5500 RECORDERS XA-3361 CONTAINMENT HYDROGEN CONCENTRATION RECORDER IS A TIGRAPH RECORDER 5600 RECORDER XA-3362 CONTAINMENT HYDROGEN CONCENTRATION RECORDER IS A TIGRAPH RECORDER ANALOG 4" ROUND INDICATORS INDICATORS HAVE WHITE FRAME MIMIC NO MIMIC LINE SEPARATING 11 AND 12 POWER TRANSFORMER BLACK AND 13KV BUS BLACK LAMP INDICATORS BREAKER FAILURE MULTI TRIP LAMP INDICATORS ARE SITUATED AS FOLLOWS: INDICATOR LABELED SECTION 1-2 MT 86/3-4 IS DIRECTLY BELOW ITEM 6219 INDICATOR LABELED SECTION 2-3 MT DATE DATE IDENTIFIED IMPACT FIXED 11/29/89 I I 11/29/89 I I 11/29/89 I I 11/29/89 I I 11/29/89 I I 12/02/89 12/02/89 12/02/89 I I RECORD NUMBER 271 272 273 2" 00 267 274 275 27 6 Page No. 14 12/09/89

• PHOTO #/ VIDEO FRAME COMPONENT PANEL 1RP6 1RP6

• 1RP6

• SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESCRIPTION DATE DATE IDENTIFIED IMPACT FIXED RECORD NUMBER ==========

====== ======== ====== 86/2-3 IS DIRECTLY BELOW ITEM 6220 INDICATOR LABELED SECTION 4-5 MT 86/4-5 IS DIRECTLY BELOW ITEM 6322 PANEL SECTION (BREAKER 21X/LINE 12/02/89 5021) THIS SECTION DOES NOT EXIST AT THE SIMULATOR PANEL SECTION (BREAKER llX/LINE 12/02/89 5024) THIS SECTION IS VERY SIMILAR TO: BREAKER 31X/LINE 5037 AT THE SIMULATOR.

THE DIFFERENCES ARE: 1. MAIN TOP LABEL 2. LABEL: NEW FREEDOM LINE 3. MEGAWATTS INDICATOR SCALE IS 4000-0-4000

4. LABEL TO LAMP INDICATOR NEXT TO VOLTMETER SELECTOR SWITCH NEEDS CARRIER RELAYS 5. VOLTMETER SELECTOR SWITCH HAS LABEL: 5024 VOLTMETER

6. TOGGLE SWITCH UNDER THE LABEL: 500KV SECT 2-6 BKR RECLOSING PANEL SWITCH ALSO LARGER LABEL ON 12/02/89 THE RIGHT OF SWITCH: BS 2-6 BREAKER RECLOSING

7. UNDER BUS SECTION AMPERES LABEL, THE LEFT I I 277 I I 278 I I 279

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• Page No. 15 12/09/89 PHOTO #/ VIDEO FRAME COMPONENT PANEL SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESCRIPTION DATE DATE IDENTIFIED IMPACT FIXED RECORD NUMBER -----------

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1RP6 PANEL SECTION 1RP6 PANEL SECTION 1RP9 9102,03 LABEL 2CC1 KEY & TAG 2CC1 KEY & TAG 2CC1 1-2 LABEL 2CC1 AD03,07 1-2 R2 LENS 11, 15, SMALL LABEL READS: BS 2-6; CENTER SMALL LABEL READS: BS 5-6; RIGHT SMALL LABEL READS BS 1-5. LABELS PHASE 1, PHASE 2, PHASE 3 ARE ON THE RIGHT SIDE OF THE INDICATORS

8. ITEMS 6427 I 6429 HAVE A LABEL: BS 2-10 BREAKER 9. ITEM 6428 HAS A LABEL: BACKUP RELAYS 10 -ITEM 6430 HAS A 12/02/89 LABEL REMOTE TRIP 3 UNIT GAS TURBINE 12/02/89 GENERATOR DOES EXIST AT SALEM 1 BUT WAS REMOVED FROM SIMULAOR I 1988 LABEL OVER THESE 11/19/89 P/B's IS: CONTROL ROOM DOOR KEY & TAG MISSING: 11/19/89 R45 COMPUTER KEYBOARD UNIT 1 KEY & TAG MISSING: 11/19/89 CONTAINMENT EVACUATION HORN BLOCK RMS CONTROL BLOCK TRIP BKR TEST UNIT 1 1004 TOP LABEL IS: 11/19/89 CONTAINMENT FAN COIL UNITS LENS IS ENGRAVED (A) 11/19/89 AUTO 280 I 281 I I 81 I I I I I I I I

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Page No. 16 12/09/89 SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL

• PHOTO #/ ITEM GROUP DATE DATE RECORD VIDEO FRAME COMPONENT PANEL NUMBER NUMBER CATEGORY DESCRIPTION IDENTIFIED IMPACT FIXED NUMBER -----------

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19 2CC1 AD15 H LABEL LOWER LABEL IS: RC 11/19/89 10 12 -7 2CC1 AD19 1-2 LABEL LOWER LABEL IS: RC 11/19/89 11 13 -6 2CC1 AD22 1-2 RY SCALE RIGHT SCALE IS: -2 11/19/89 12 -1 0 +l +2 2CC1 AD22 1-2 LABEL TOP LABEL IS: LK 11/19/89 I I 13 DET LEVEL CONT DIFF PRESS 2CC1 1-7 LABEL TOP LABEL IS: 11/19/89 I I 14 SAFETY INJECTION SYSTEM

• 2CC1 AH13(A) 1-7 R2 LENS LENS IS BLANK 11/19/89 I 15 AH14(A) 2CC1 AH14 1-7 LABEL BOTTOM LABEL IS: RC 11/19/89 16 12-6; RC 12-7 2CC1 AI05 1-8 RY SCALE LEFT SCALE IS BLANK 11/19/89 I I 17 2CC1 AI06 1-8 RY SCALE LEFT SCALE IS 0 -80 11/19/89 18 2CC1 AI07,08 1-8 R2 STATIONS R2 STATION LOCATIONS 11/19/89 19 ARE COVERED WITH BLANK PLATES 2CC1 AI09 1-8 LABEL LOWER LABEL IS: 11/19/89 20 B-VIB; LI-1921 2CC1 AilO 1-8 LABEL LOWER LABEL IS: 11/19/89 21 D-VIB; LI-920 2CCl Aill,12 1-8 RY STATIONS RY STATIONS 11/19/89 22 LOCATIONS ARE COVERED WITH BLANK PLATES

• 2CC1 APOl 2-2 ALL LENSES DO NOT 11/19/89 I I 23

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• I L_ __ Page No. 17 12/09/89 PHOTO #/ VIDEO FRAME COMPONENT PANEL SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESCRIPTION DATE DATE IDENTIFIED IMPACT FIXED RECORD NUMBER -----------

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ADHLPT 2CC1 AP03(T) R2 LENS 2CC1 AP03(P) 2-2 R2 LENS 2CC1 AP05 2 R2 STATION AP09 2CC1 AP04 2-2 LABEL 2CC1 AP05 2 LABEL AP07 2CC1 AP09 2 LABEL APlO 2CC1 AQ04 2-2 TY STATION 2CC1 AQ05 2-3 R2 STATION HAVE SG INLET AS A PREFIX LENS IS ENGRAVED:

11/19/89 PH LO TAPE ACROSS THE LENS 11/19/89 R2 P/B STATION DIST 11/19/89 AT THESE LOCATIONS UNDER THE LABELS OF: 1 DM PUMP 2 DM PUMP 1F-460V 2F-460V 3 DM PUMP DM WTR 1F-460V AUX PUMP ALARM 1A-460V TOP LABEL READS: DM 11/19/89 WTR TO CONT TOP LABEL OVER THESE 11/19/89 R2 STATION READS: DEMINERALIZED WATER TRANSFER PUMPS TOP LABEL OVER THESE 11/19/89 LOCATIONS READS: DEMINERALIZED WATER STORAGE TANKS RY STATION IS A 2 11/19/89 INDICATOR STATION 0 -30 AMP XlO LOWER LABEL IS: 11-MAC LA-5192; LA-5193 R2 STATION AT THIS 11/19/89 LOCATION UNDER THE 24 25 26 28 29 I I 30 I I 31 I I 32

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• Page No. i8 12/09/89 PHOTO #/ VIDEO FRAME COMPONENT PANEL SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESCRIPTION DATE DATE IDENTIFIED IMPACT FIXED ===========

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2CC1 2CC1 2CC1 2CC1 FA-5241 -5244 2CC1 LA-5546 & 5547 2CC1 PA-5511 2CC1 PA-5511 2CC1 PA-5512 2CC1 LABEL: 3 STATION AIR COMPRESSOR AND: 1G-4KV AQ06 2-3 RY INDICATOR RY INDICATOR AT THIS 11/19/89 LOCATION UNDER THE AQ07 2-3 R2 STATION AQ08 2-3 RY STATION ASOl LABEL 2-4 APlO 2-2 RY STATIONS AFOl 1-3 RECORDER AFOl 1-3 RECORDER AF02 1-4 RECORDER LABEL OF: STATION AIR AND: HEADER PRESSURE A B R2 STATION AT THIS 11/19/89 LOCATION UNDER THE LABEL OF: EMER AIR COMPR AllD: 1C-460V RY 2 CHAN. STATION 11/19/89 AT THIS LOCATION UNDER THE LABEL OF: CONTROL AIR HEADER PRESSURE B A TOP LABEL READS: 11/19/89 GROUP 2 RIGHT HAND SCALE IS: 11/19/89 0 TO 1. 0. ALSO LOWER SQUARE LABEL READS: GR WIDE RANGE (GPM); RD NARROW RANGE (GPM) RY STATION EXISTS AT 11/19/89 THIS LOCATION UNDER THE LABEL OF: DEMINERALIZED WATER STORAGE TANKS LEFT SCALE SHOULD BE 11/19/89 -2 TO 160 LOWER LABEL SHOULD 11/19/89 BE PR-948 A AND 1-3 (202071) LEFT SCALE SHOULD BE 11/19/89 -2 TO 160. LOWER I I I I I I I I I I RECORD NUMBER 33 34 35 37 36 27

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D""'" lT ... l uyc nu, 19 12/09/89 SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL

• PHOTO #/ ITEM GROUP DATE DATE RECORD VIDEO FRAME COMPONENT PANEL NUMBER NUMBER CATEGORY DESCRIPTION IDENTIFIED IMPACT FIXED NUMBER ===========

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====== ======== ====== LABELS SHOULD BE PR-9488 1-4 (202071) TA-5489 2CC1 AD04,08 1-2 RY SCALES SCALE IS 0 -20 11/19/89 I I 12,16, 20 2CC2 LABEL LOWER LABEL OF BORID 11/19/89 I I 38 ACID FLOW COUNTERS READS: FD-5300 2CC2 LABEL LOWER LABEL OF 11/19/89 I I 39 PRIMARY WATER FLOW COUNTERS READS: FD-5301 2CC2 GRAPH PRESSURE -11/19/89 I I 40 TEMPERATURE CURVE GRAPH OVER 3 -6 AFFIXED

• 2CC2 BPOl LABEL LABEL ON TOP OF BPOl 11/19/89 41 READS: GROUP 3 2CC2 BC02 H LABEL TOP LABEL SAYS: 1A3 11/H/89 45 POSIT; 1A4 POSIT 2CC2 BC03 4-2 RY STATION RY INDICATORS EXISTS 11/19/89 46 UNDER THE LABEL: 2Al POSIT; 2A2 POSIT 2CC2 BC04 H LABEL TOP LABEL SAYS: 2A3 11/19/89 47 POSIT; 2A4 POSIT 2CC2 BC05 4-2 BLANK 11/19/89 48 2CC2 BC06 4-2 LABEL TOP LABEL READS: 11/19/89 I 49 lBl POSIT; 1B2 POSIT 2CC2 BC07 4-2 LABEL TOP LABEL READS: 11/19/89 I I 50 2Bl POSIT; 2B2 POSIT 2CC2 BKOl -H LABELS ALL LABELS BLACK ON 11/19/89 I I 51

• BK08 WHITE LABELS ON THE

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• Page No, 20 12/09/89 PHOTO #/ VIDEO FRAME COMPONENT PANEL 2CC2 NUCLEAR POWER 2CC2 RANGE RECORDERS SHUTDOWN COUN-2CC2 TERS XA-3269 2CC2 2CC3 2CC3 SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESCRIPTION DATE DATE IDENTIFIED IMPACT FIXED RECORD NUMBER ==========

====== ======== ====== BLOl LABEL BQOl 4-1 LABEL BBOl 6 LABELS BB06 BH02 SCALE CKOl 5-1 LABEL CKOl -CK03 LABELS & R2 LENS DOOR HANDLE SAYS: 4 RODS; LABEL ON THE GLASS SAYS: STEPS TOP LABEL SAYS: GROUP 4 11/19/89 TOP LABEL SAYS: NIS 11/19/89 POWER ALL LABELS ON THE 11/19/89 COUNTERS ARE BLACK ON WHITE. DOOR HANDLE LABEL SAYS: 4 RODS; LABEL ON THE GLASS SAYS: STEPS DUAL SCALE 0 -12; 0 11/19/89 -15 TOP LABEL READS: 11AR25, 1AR19, 11AR14 BOTTOM LABEL READS: RC 14-4, RC 14-5 11/19/89 CK02 TOP LABEL: 11 11/19/89 11AR37 I 1H-460V BOTTOM LABEL RC 14-4 CK03 TOP LABEL: 12 12AR25, 1H-460V BOTTOM LABEL: RC 14-5 CK04 TOP LABEL: 13 13AR25, lF-460 BOTTOM LABEL: RC 16-4, RC 16-5 CK05 TOP LABEL: 14 14AR25, 1F-460V BOTTOM LABEL: RC 16-5 CK06 BOTTOM LABEL: RC 17-3, RC 18-6 52 44 42 43 53 I I 54

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• PHOTO #/ ITEM GROUP DATE DATE RECORD VIDEO FRAME COMPONENT PANEL NUMBER NUMBER CATEGORY DESCRIPTION IDENTIFIED IMPACT FIXED NUMBER ===========

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====== ======== ====== R2 LENS ENGRAVINGS REFERENCE TOP LABEL NUMBERS 2CC3 CK13,14 5-1 RY IND,R2 P/B INSTRUMENTS AT THESE 11/19/89 I I 55 SWITCH LOCATIONS DO NOT EXIST 2CC3 CK12 5-1 RY IND. SINGLE CHANNEL RY 11/19/89 I I 56 INDICATOR ONLY RIGHT SIDE IS BLANK 2CC3 CKll H LABELS TOP LABEL: 21A 11/19/89 57 LEVEL, 21B LEVEL 2CC3 CK12 5-1 LABELS TOP LABEL: 13 LEVEL 11/19/89 58 BOTTOM LABEL: 11 MAC; LA-228

• 2CC3 CNOl P/B SWITCH DOES NOT EXIST AT 11/19/89 I I 59 SIMILAR TO SIMULATOR LOCATION 2CC3 CB03 LABEL LABEL ON TOP OF CB03 11/19/89 60 SAYS: GROUP 6 2CC3 CP08 (D) 6-22 R2 LENS R2 LENS ENGRAVED:

11/19/89 61 CONDENSER VACUUM LO 2CC3 CB04,05 6-2 R2 LENS ALL REFERENCES TO 11/19/89 62 DIESEL GENERATOR ON DG IS REPLACED BY lA 2CC3 CDOl,02 6-7 R2 LENS ALL REFERENCE TO 11/19/89 I I 63 DIESEL GENERATOR ON DG IS REPLACED BY lA 2CC3 6-4 LABEL TOP LABEL IS: 11/19/89 64 STATION POWER 2CC3 CB18 6-4 LABEL TOP LABEL IS: PHASE 11/19/89 65 SELECT 2CC3 6-8 MIMIC RED MIMIC HAS 11/19/89 66

• DIFFERENCES

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Page No, 22 12/09/89 SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL

• PHOTO #/ ITEM GROUP DATE DATE RECORD VIDEO FRAME COMPONENT PANEL NUMBER NUMBER CATEGORY DESCRIPTION IDENTIFIED IMPACT FIXED NUMBER ===========

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====== ======== ====== 2CC3 PLACKARD LOAD DISPATCHER 11/19/89 I I 67 VOLTAGE REQUIREMENTS PLACKARD IS AFFIXED NEXT TO SUPERVISORY LIGHTS 2CC3 6-5 LABEL TOP LABEL SAYS: 11/19/89 68 GRID SYNCHRONIZATION 2RP7 7101 LABEL TOP LABEL IS: 11/19/89 69 KILOVOLTS BOTTOM LABEL IS: XA-3975 2RP7 7102 LABEL TOP LABEL IS: 11/19/89 I I 70 KILOAMPERES BOTTOM LABEL IS: XA-3976

• 2RP7 7101,02 LABELS LARGE LABEL COVERING 11/19/89 I I 71 BOTH RECORDERS IS: GENERATOR 2RP7 METERS TWO KW INPUT DEMAND 11/19/89 I I 74 METERS INSTALLED BETWEEN XA-0883 AND GENERATOR STATION WATER CONDUCTIVITY TA-0885 2RP7 7B01 LABEL BOTTOM LABEL IS: 11/19/89 76 TA-0885 W552 TO W560 2RP7 7200 -THESE INSTRUMENTS 11/19/89 75 7900 HAVE BEEN CROSSED 7AOO OUT BY RED TAPE XA-0883 2RP7 7105 LABEL TOP LABEL IS: LARGE 11/19/89 I I 73 AND BOLD. BOTTOM LABEL IS: XA-0883 XA-0884,SA-0886 2RP7 7103,04 RECORDERS RECORDERS ARE 11/19/89 I I 72 DIFFERENT MAKE * (ESTERLINE ANGUS)

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I Page No. 23 12/09/89 SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL

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2RP8 P/B ENGRAVING INCORE T/C TREND AND 11/19/89 I I 77 TW TURB TREND ARE RED IN COLOR 2RP8 LABEL LABEL OVER GREEN 11/19/89 I I 78 PUSHBUTTON IS: RCS OVERPRESSURIZATION U2027 :RCL SYSTEM PESS. 1/2 AVG" 2RP8 8818 -P/B COVERS THESE P/B's ARE 11/19/89 79 8823 YELLOW 2RP8 8177 -P/B COVERS THESE P/B's ARE 11/19/89 80 8179 BLANK YELLOW ALL PANELS ALL CNTRL RM ALL PLANT EQUIPMENT 11/19/89 INSTRUMENTS REFERENCE NUMBERS BEGIN WITH 1 (AT

• SALEt1 lSTATIONl OHA 25 A ANN. CROSSED OUT BY TAPE 11/19/89 82 OHA 35 A CROSSED OUT BY TAPE 11/19/89 83 OHA 44 A READS: FIRE PROT 11/19/89 84 WTR FLO IN 1/2 AUX BLDG OHA 38 A READS: FIRE PMP 1/2 11/19/89 85 TRBL OHA 36 A READS: ESS CNTRL & 11/19/89 86 EMER LTG INVRT FAIL OHA 30 A READS: FIRE PMP 1/2 11/19/89 I 87 RUN OHA 22 A READS: FIRE PROT 11/19/89 88 WTR PRESS LO OHA 19 B READS: RMS CH. TEST 11/19/89 89

• OHA 43 B READS: SEIS RCDR 11/19/89 90 SYS ACT

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• PHOTO #/ ITEM GROUP DATE DATE RECORD VIDEO FRAME COMPONENT PANEL NUMBER NUMBER CATEGORY DESCRIPTION IDENTIFIED IMPACT FIXED NUMBER -----------

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OHA 44 B READS: AUX BOIL 11/19/89 91 TRBL OHA 36 D READSl HTG WTR STM 11/19/89 I 92 SYS TRBL OHA 29 READS: FRESHWTR 11/19/89 93 PRE-TREAT TRBL OHA 20 B READS: RMS PROCESS 11/19/89 94 FLTR RADI OHA 21 B READS: FRESHWTR 11/19/89 95 STOR TK 1/2 LVL LO OHA 12 B READS: RMS PROCESS 11/19/89 96 RAD HI OHA 13 B READS: FRESHWTR SYS 11/19/89 97

• PRESS LO OHA B READS: FRESHWTR SYS 11/19/89 98 TRBL OHA B READS: FRESHWTR SYS 11/19/89 99 TRBL OHA 41 c CROSSED OUT BY TAPE 11/19/89 I 100 OHA 15 c CROSSED OUT BY TAPE 11/19/89 101 OHA 17 D READS: !JON RAD LIQ 11/19/89 102 WSTE DISP TRBL OHA 26 D READS: VTL HT TRACE 11/19/89 103 TRBL OHA 39 D READS: CH. C 11/19/89 104 DECREASING SHUTDN MARGIN OHA 35 D READS: RWST LVL 11/19/89 105 HI/LO

• OHA 43 D READS: RWST/PWST 11/19/89 106 OVRFLO

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====== ======== ====== OHA 44 D READS: RWST LVL LO 11/19/89 107 LO OHA 46 D READS: CH. D 11/19/89 108 DECREASING SHUTDN MARGIN OHA 36 D READS: RWST LVL LO 11/19/89 109 BU OHA 20 D READS: RH2 NOT FULL 11/19/89 110 CLS & RX PRESS HI OHA 12 D READS: RH 1 NOT 11/19/89 111 FULL CLS & RX PRESS HIGH OHA 41 D READS: BIT DISCH 11/19/89 I 112 PRESS HI

• OHA 24 D READS: ROD DRIVE 11/19/89 113 FAN VIB HI ALERT OHA 44 E READS: BLANK 11/19/89 I 114 OHA 47 E READS: SOUTH PENET 11/19/89 115 AREA AMB TEMP HI OHA 24 E READS: 1/3 CW BRG 11/19/89 116 LUBE PRESS LO/PMP TRIP OHA 39 F CROSSED OUT BY TAPE 11/19/89 117 OHA 43 G READS: BULK H2 TRBL 11/19/89 118 OHA 30 G READS: C02 STOR 11/19/89 119 PRESS HI/LO OHA 40 40 READS: GAS TURB 11/19/89 120 TRBL OHA 27 H READS: AUX XFMR OIL 11/19/89 121

• LVL LO/INERT AIR TRBL L_

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• Page No. 26 i2/09/89 PHOTO #/ VIDEO FRAME COMPONENT PANEL SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL , ITEM GROUP NUMBER NUMBER CATEGORY DESCRIPTION DATE DATE IDENTIFIED IMPACT FIXED ===========

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OHA 33 H OHA 34 H OHA 42 H OHA 43 H OHA 22 H OHA 14 H OHA 31 H OHA 32 H OHA 39 H OHA 40 H OHA 32 J OHA 14 J OHA 15 J OHA 16 J OHA 23 J OHA 2 K OHA 10 K READS: MN XFMR 02 11/19/89 OIL LVL LO/MISC TRBL READS: SMOKE IN GEN 11/19/89 READS: MN XFMR 11/19/89 HARMONIC OVERCURRENT READS: AUX XFMR CLG 11/19/89 TRBL READS: BLANK 11/19/89 READS: 22 STA XFMR 11/19/89 PROT BU READS: ISTA XFMR 11/19/89 CLG TRBL READS: COND POL IMMED BYP 11/19/89 READS: ISTA XPMR 11/19/89 OIL LVL LO/TEMP HI READS: COND POL 11/19/89 WSTE RECOV TRBL READS: 13KV BUS 11/19/89 SECT 4 GRND FAULT READS: 13 KV BUS 11/19/89 SECT 1 GRND FAULT READS: 22 STA PWR 11/19/89 XFMR BKR FAIL CROSSED OUT BY TAPE 11/19/89 BLANK 11/19/89 READS: 500 KV BS 11/19/89 5-6 BKR lOX GRND I FAIL READS: 500 KV BS 11/19/89 I I I I I RECORD NUMBER 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 l

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• Page No. 27 12/09/89 PHOTO #/ VIDEO FRAME COMPONENT PANEL SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL ITEM GROUP NUMBER NUMBER CATEGORY DESCRIPTION DATE DATE IDENTIFIED IMPACT FIXED RECORD NUMBER -----------

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OHA 11 K OHA 18 K OHA 19 K OHA 26 K OHA 27 K OHA 34 K OHA 35 K OHA 42 K OHA 43 K OHA 44 K OHA 45 K OHA 46 K OHA 36 K OHA 37 K OHA 38 K 5-6 BKR lOX TRBL READS: 500KV BS 1-8 11/19/89 BKR 20X TRBL READS: 500KV BS 2-6 11/19/89 BKR llX GRND I FAIL READS: 500 KV BS 11/19/89 2-8 BKR 21X GRND / FAIL READS: 500 KV BS 11/19/89 2-6 BKR llX TRBL READS: 50 KV BS 2-8 11/19/89 BKR 21X TRBL READS: 500 KV BS 11/19/89 1-5 BKR 12X GRND I FAIL READS: BS 1-5/5-6 11/19/89 500KV BKR FLASHOVER READS: 500KV BS 1-5 11/19/89 BKR 12X TRBL READS: BS 1-9/9-10 11/19/89 500 KV BKR FLASHOVR READS: OSCILLO TRBL 11/19/89 READS: 500KV LN llX 11/19/89 RT RECVR TRBL READS: 500KV/LN21X 11/19/89 RT RECVR TRBL READS: 500KV BS 1-9 11/19/89 BKR 32X GRND I FAIL READS: 500KV LN llX 11/19/89 RECVR REN TRIP READS: 500 KV LN 11/19/89 21X RECVR REN TRIP 139 140 I 141 142 143 I 144 I 145 146 147 148 149 150 151 152 I I 153

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Page No, 28 12/09/89 SALEM SIMULATOR STATION vs SIMULATOR HARDWARE DIFFERENCES DATABASE UNIT 1 SORTED BY PANEL

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OHA 28 K READS: CNTMT VENT 11/19/89 I I 154 ISOL RESET W/ACT SIGNL OHA 29 K READS: 500KV LN llX 11/19/89 155 BU CARR TRBL OHA 30 K READS: 500KV LN 21X 11/19/89 156 BU CARR TRBL OHA 20 K READS: 500KV BS 11/19/89 157 2-10 BKR 31X GRND I FAIL OHA 21 K READS: 500KV LN llX 11/19/89 158 REG CARR TRBL OHA 22 K READS: 500KV LN 21X 11/19/89 159 REG CARR TRBL

• OHA 12 K READS: 500KV LN 21X 11/19/89 160 CARR CHK TRBL OHA 13 K READS: 500KV LN llX 11/19/89 161 REG RELAY PWR FAIL OHA 14 K READS: 500KV LN 21X 11/19/89 162 REG RELAY PWR FAIL OHA K READS: 500KV LN llX 11/19/89 163 CARR CHK TRBL OHA K READS: 500KV LN llX 11/19/89 I 164 REG/BU POT FAIL OHA K READS: SOOKV LN 21X 11/19/89 I 165 REG/BU POT FAIL OHA 24 K READS: POPS CH. 1 11/19/89 I I 166 AUX AIR PRESS LO

• *

• SP-206 HOPE CREEK & SALEM SIMULATOR Location and Operation of Instructor Controls The primary location for operating and monitoring the simulator is the instructor console located in the instructor area. Available in this area are: Control Monitor CRT and keyboards Two terminals accessing the simulation computers Communications equipment supporting the simulation of the control room environment Hope Creek Display Monitors (SPDS, CRIDS, RMS) A hand held remote control unit is provided allowing instructor control of the most often used features from the simulator floor. FREEZE(RUN)

The simulator can be placed in "freeze" at any time stopping the stopping the dynamic simulation at the condition just before the freeze. The simulator can be placed in freeze from the instructor control pad or the hand held remote via a single push button switch toggling modes each time the push-button is depressed.

FAST TIME The instructor can select a "fast time" base of 10, 30, or 60 times real time from the initial entry page of the PCM. Operation in fast time is initiated by depressing the FAST TIME push-button on the instructor control pad, and is identified by back-lighting of the switch. Fast time cannot be selected via the hand held remote. Operation in fast time affects only the following portions of dynamic simulation:

0 Main turbine warm-up/cooldown 0 Xenon transients 0 Plant cooldown (RHR shutdown cooling) 0 Post LOCA hydrogen concentration Salem Display Monitors The STATIC CHECK feature provides the instructor with a visual indication of those console and/ or side panels which have digital controls improperly selected for a given IC. The BACKTRACK feature enables the instructor to select an initial condition which existed up to 60 minutes previously, and began the training exercise from that condition.

The FAST TIME feature enables the instructor to control certain process variables up to 10 times their normal speed. (e.g., Xenon concentration, condenser vacuum. The SNAPSHOT feature allows the instructor to record the simulator status into computer memory at any time. A remote device capable of initiating the FREEZE/RUN/EXIT STATIC CHECK functions.

The Safety Parameter Display System (SPDS) "Backtrack" feature provides for the review of critical data as it developed.

Appendix 2 Page 1 of 4 Date: 08/04/89 Rev. : 0 -----

• *

• Hope Creek 0 Hydrogen recombiner operating temperature SLOW TIME The instructor can select a "slow time" base of one half or one tenth of real time on the initial entry page of PCM. Slow time affects all dynamic simulation, permitting the observation of transient conditions.

Slow time is initiated by depressing the SLOW TIME push-button on the instructor control pad and is identified by backlighting of the switch .. Slow time cannot be selected from the hand held remote. RESET/READY Reset of the simulator forces the simulator into freeze and identifies through flashing lights controls that do not agree with the selected initialization condition.

Adjusting the misaligned control to the required position will cause the light to out. When all controls are properly positioned the simulator will "drop through switch check" and initialize at the selected condition.

At this time the simulator interface with the CRIDS, RMS, and SPDS computers

/programs are updated to reflect the new condition.

When completed the READY light on the split bezel RESET/READY push-button will illuminate identifying the simulator may be placed in the RUN mode. On the hand held remote this function is performed through the RST push-button.

SWITCH CHECK OVERRIDE The instructor may override switch check during the reset process by depressing the SWITCH CHECK OVERRIDE push-button, initializing the simulator with all controls at the last position prior to reset. Depressing the SWITCH CHECK OVERRIDE push-button a second time will override the CRIDS, RMS, and SPDS program updating and illuminate the READY light, SP-206 I Salem In addition, SPDS and RMS displays may be changed, while the simulator is in FREEZE, to allow the instructor to emphasize Critical Function Status Tree issues. The override capability of analog /digital inputs/outputs (OVDI, OVDO, OVAI, OVAO) provides the instructor with the means to simulate a wide variety of equipment failures and malfunctions.

Appendix 2 Page 2 of 4 Date: 08/04/89 Rev. : ---"o __ _

• ** ** Hope Creek allowing the simulator to be placed in the RUN mode. On the hand held remote switch check override is performed through depression of the RST push-button.

MALFUNCTIONS The instructor can select up to 50 active or pending malfunctions at anytime during simulator operation.

Malfunctions can only be selected and inserted from the PCM. A selected malfunction can be triggered from the PCM as they are selected, or can be assigned to a "remote" trigger or "event" trigger for activation.

The "remote triggered malfunctions" allow instructor activation from the hand held control unit. "Event triggered malfunctions" are activated by the occurrence of a specific event during simulation, e.g. start of a pump, low vessel water level. Once triggered, the malfunction activation may be instantaneous, or delayed up to 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> (in 1 second intervals).

EVENT-TRIGGERED MALFUNCTIONS Event triggered malfunctions may be activated by the occurrence of an event within the simulated power plant such as a pump trip or low reactor water level. The desired malfunctions can only be selected and assigned from the PCM. REMOTE FUNCTIONS Approximately 400 remote functions are available to simulate local operation of remote equipment.

BACKTRACK The backtrack function allows an alternate method for establishing the initial condition selection.

The simulator can backtrack up to 60 minutes in one minute intervals and initialize at I Salem Appendix 2 Page 3 of 4 SP-206 Date: 08/04/89 Rev . : ----'o'----

• *

• Hope Creek the selected time interval selected.

Initiation of backtrack and step reverse are available on both the instructor control pad and the hand held remote; step forward is only available at the instructor control pad. Initialization at the selected time requires reset of the simulator following selection through the backtrack feature. INSTRUCTOR OVERRIDE Control of any input or output located on the simulator panels may be overridden by the instructor emulating the operation of switches, indicators, and indicating lights. The instructor can also override annunciators causing alarms that do not result from an actual plant condition.

These overrides can only be initiated from the PCM, and can be triggered as discussed under MALFUNCTIONS . INSTRUMENT NOISE Noise characteristic to station instrumentation can be switched on or off from the initial entry page of the PCM. DAILY OPERATIONAL READINESS TEST This feature allows the instructor to check the operability of all lamps, meters, recorders, and switches . Salem Appendix 2 Page 4 of 4 SP-206 Date: 08/04/89 Rev. : 0 -----

• *

• SP-206 HOPE CREEK/SALEM SIMULATOR Initial Condition Validation and Database All simulator modifications or revisions to any procedure used to set the protected ICs must be evaluated for impact on all protected initial conditions by the Simulator Performance Engineer.

All changes to a protected initial condition must also be under the direction of the Simulator Performance Engineer.

Hope Creek Each of the res presented in Appendix 3 were developed from re-01, 02, or 03 representing a cold shutdown plant condition at BOL, MOL, and EOL respectiveiy.

A complete plant startup was performed utilizing all applicable integrated and system operating procedures.

All subsequent res are shot recording the various stages of the startup valuable to training such as initial criticality, reactor feed pump startup, main turbine roll, and main generator synchronization . Salem Each of the res presented in Appendix 3 were developed from the 100% power condition at BOL, MOL, and EOL respectively, and were created utilizing all applicable integrated and system operating procedures.

All subsequent res were created at various plant conditions valuable to training such as initial criticality, steam generator feed pump startup, main turbine roll, and main generator ization etc. Appendix 3 Page 1 of 6 Date: 08/04/89 Rev.: O -----

• Reactor res Power 01 10096 02 l 00°,, () 3 l 0 090 (\ . *J -1 100°t1 05 9 596 06 8 3"0 07 7 5'16 08 7 096 09 7 0°0 10 6 590 11

• 1 ') 50°6 i.W 13 d 7<lo 1 1 25-% _1_--, 15 7'10 16 596 17 390 18 CRITICAL @lEl0-0 AMPS 19 SR *g; 4000 CPS 20 STAR Tl.IP *-SALEM SIMULATOR SIMULATOR INITIAL CONDITIONS Boron PPM 1153 592 709 99 601 1169 121 633 793 109 650 851 1250 892 898 898 1573 898 1573 1573 Rod Rod Bank Step D 228 D 215 D 228 D 213 D 219 D 201 D 1 7 :+/- D 202 D 188 D 178 D 188 n 200 LI D 1 9-+/- D 892 D 125 D 125 D 159 D 108 D 1-+/-4 Appendix 3 Page 1 of 2 Xenon "-**o SL',BLE I:\CRE"\S I\'G :JT_\BL;:::

ST.\BLE STABLE STABLE INCRL\SING I\CREASI:\G STABLE I\"CREASil\'G ST_:',,.BLE RL:',,.S L\CRL.\SI:\G I:\CRL\SI:JG I:\CRL\SI\'G ST.\BLE STA.BLE SP-206 Core II Life Remarks' BOL IOP-'1

• 2-lOL IOP-4 :iOL IOP-.J EOL IOP--+/- '.'IOL IOP--+/- BOL IOP--+/- EOL IOP-4 :JOL IOP-d :VIOL IOP--+/- EOL IOP-4 :101 i I :"10L = (J p ---J I I I BOL IOP--+/- ;I 11 ,, j' :lOL IOP--+/- I I I :IOL IOP-3 I I :VIOL IOP-3 I I I BOL IOP-3 11 STEP 5.20 I I IOP-3 I 11 BOL IOP-3 II STEP II 5.11 II BOL IOP-3 STEP 5.11 Date: 08/04/89 Rev.: ----'-0 __

SIMULATOR

-* Reactor Boron I Cs Power PPM I' 11 21 STARTl'P 896 II !I I 22 STARTUP 1375 I I I i I I 23 :\OP /:\OT 755 I I ? 1 :t CSD 1425 I 25 CSD 1438 I 26 HSD 1425 I I ! I I 27 HSD 1425 I * ! I i ** SP-206 SALEM SIMULATOR INITIAL CONDITIONS CONTINUATION Rod Rod Bank Step Appendix 3 Page 2 of 2 Xenon % SY\BLE STABLE STABLE DECREASDJG DECREASI:\iG DECREA.SI.\JG DECREASI:JG Core Life Remarks II '\10L IOP-3 11 STEP I 5.11 I BCL _IOP-3 I STEP 5.11 I '\IOL IOP-8 I I :101 IOP-2 I '\lOL IOP-2 '\JOL IOP-2 STEP 5.8 '\IOL IOP-2 STEP 5.13 Date: 08/0-J./8S Re\-.: 0 ----

• * * -HOPE CREEK & SALEM SIMULATOR Malfunctions SP-206 Appendix 4 contains a listing of malfunctions available to the simulator instructor.

All malfunctions listed are tabulated identifying Malfunction Test Procedure (MTP} number, Description, and Periodicity of Testing. For Periodicity:

AO = Annual Operability 25%( ) = Indicated test required every. 4 years, with the offset year in parentheses.

Off set ye?r for Hope Creek = 1988 Salem = 1989 Appendix 4 Page 1 of 1 Date: 08/04/89 Rev.: O ----

• 1 MTP* !NUMBER !MTP-001 I I :YITP-002 IMTP-003 ! '1TP--On J 1---v MTP-005 1 MTP-007 IY!TP-008 I ! I :YITP-009

• !

I l :Y1TP-011 i I I :Y!TP--012 I I !, '\-Ff'D -01 3 I -. -L j "'ITP-01 .:1 1 * --l :Y!TP-015 I ::XTP-016 I r1TP-017 I, IMTP-018 I :VITP-019

• XTP-020 I SP-206 SALEM SIMULATOR MALFUNCTION TEST PROCEDURE DATABASE SORTED BY MTP NUMBER DESCRIPTION I REACTOR COOLANT SYSTEM Il\:TERMEDIA.TE LEG I Rl'PTl'RE OF NO. 21, 22, 23,24 {DOUBLE ENDED BREAK) RCS LE_i\K INTO CONTi\L\lMENT LOSS OF RKl\.CTOR COOLANT PUMP NO. 21 OR 22 LOSS OF RKi\CTOR COOLANT PUMP 23 OR 24 RCP 21, 22, 23 OR 24 SHEARED SHAFT RCP 21, 22, 23 OR 24 1 SEAL FAILURE jRCP 21, 22, 23 OR 24 NUMBER 2 SEAL FAILURE RCP 21, 22, 23 OR 24 NUMBER 2 SEAL F_!\ILURE RCP 21, 22, 23 OR 24 BINDING SHAFT IRCP 21, 22, 23 OR 24 LOSS OF ccw TO THE UPPER LUBE OIL COOLER RCP 21, 22, 23 OR 24 HIGH VIBR_i\TION RCP 21, 22, 23 OR 24 THERMAL B.!\RRIER F_i\ILURE LOOP 21, 22; 23 OR 24 HOT LEG RTD OUT OF CALIBRATION LOOP 21, 22, 23 OR 24 COLD LEG RTD OUT OF CALIBRATION NARROW RANGE PRESSURIZER PRESSURE CONTROL TRANSMITTER NO. 457 OUT OF Cl\.LIBRATION HOT CALIBRATED PRESSURIZER LEVEL TR.i\NSMITTER NO. LT 461 OUT OF CALIBRATION, HIGH/LOW PRESSl'RIZER POWER OPERATED RELIEF VALVE 2RP1 OR 2RP2 DEVELOPS VARIABLE LEAK PRESSURIZER SPRAY VALVE 2PS1, 2PS2, 2PS3 FAILS OPEN/CLOSED PRESSURIZER SAFETY VALVE 2PR3, 2PR4, OR 2PR5 FAILS OPEN/CLOSED PERIODICITY 25%(1) 2590(2) 25%(3) 2596(4) 25%(1) 25%(2) 25%(3) 25%(4) 2 596 (1) 25%(2) 25% (2) 2596(4) 2 596 ( 2) 25%(3) 2 596 ( 4) 25%(1) 2 596 ( 2) 25%(3) Appendix 4 Page 1 of 12 Date: 08/04/89 Rev.: 0 ----I I I ! I ' I I

• MTP \NUMBER I I I :'-HP *-021 I l)'ITP-023 I I :'-ITP--025 I MTP*-026 MTP-027 MTP-028 MTP-029

• 1. MTP-0 30 I MTP--0 Jl I I i !"'ITP-032 I --IMTP-033 I I I :ITP-0 3 4 IMTP-035 MTP-036 , :V!TP-037 I I MTP-039 MTP-040 MTP-043 MTP-0 '1:1 , *. SP-206 I SALEM SIMULATOR MALFUNCTION TEST PROCEDURE DATABASE SORTED BY MTP NUMBER jDESCRIPTION I \PERIODICITY i I I PRESSURIZER I -,\UXILIARY SPRAY VALVE L\.ILS OPE:\ J 2590 (-+/-} I I PRESSURIZER BACKUP HEATER 22 FAILURE I I LOSS OF CO'."IPONENT COOLDIG WATER TO NO. 21, 12 596 ( 1} 22, RHR HEAT EXCHANGER (VALVE 21CC15, I 2CC15 FAILS CLDSED} I LOSS OF RESIDL\.L HEAT REMOVAL PUMP NO. 21, 2 596 ( 2) 22 ( ELECTRIC\L TRIP) LETDOWN LK'\K DITO CONT_:\INMENT 2 596 (.3) LETDOW:.:-

ISOLATION V.\LVE 2CV277 FAILURE 25% ( 4) CCW.FLOW CONTROL VALVE TO THE LETDOWN HEAT 12 596 ( 1} EXCH.'\>JGER FAILURE IRCS LEAK INTO CCK THROUGH A TUBE LEAK IN THE 2596(2) LETDOWN.HEAT EXCHANGER

!RCP SL\L I'.'JJECTION FLOW (2CV71) 25 9 o(J) IFAILCRE I I I I J BLENDER BORIC .:\.CID FLOW CO::\TROLLER FAILURE 12596(4) BLE>!DER PRI:-IARY WTR FLOW CONTROLLER FAILURE i 12596(1) I 23 CH2\.RGING PU'.'1P TRIP j2596(2) MASTER CHARGING FLOW CONTROLLER FAILURE 2 596 ( 3) VCT LEVEL TRANSMITTR LT-114 FAILURE 2590(-+/-) VCT LEVEL TR.i'l.NS'."lITTER LT-112 FAILURE 25%(1) VOLUME CNTL TNK RELIEF VALVE 2CV241 FAILURE 25516(2) FUEL LEAK PRODl'CP.JG VARIABLE CONCENTRATIO:\J 2 596 ( 3} OF FISSION PRODUCTS IN RX COOLANT SYSTEM CHARGING LINE LEAK (INSIDE AUXILIARY BLDG} 2596(4) UNCONTROLLED CONTINUOUS ROD WITHDRAWAL:

RODS 2596(1) IN MAND AL CONTROL Appendix 4 Page 2 of 12 Date: 08/04/89 Rev.: ---"-0 __ I II I I I I I I I I

• I !M'T'P I -... 1 NUMBER I ! v['"fD -0 4 8 I ----I I I VFT'P-f't:)1 1------I I l'vf'T'P-0 'J, I --... --j:nP-057 i I I :V1TP-0 5 8 I MTP-Oi::q\

I ---..) --I I ::nP-o 59B

• j "'IT P --n S 1 --V--I , ______ I -064 I :viTo --nh i::, I -. --,_ --ll:!TP-066

.------I :ffP-067 I I I ::ITP-068 I :VITP -0 6 9 I '.'1TP-070 I I :V!TP--071 I I ::ffP-072 i

3 I I I :VITP-076

• • :"ITP-077 I :JTP-079 SP-206 SALEM SIMULATOR MALFUNCTION TEST PROCEDURE DATABASE SORTED BY MTP NUMBER I I DESCRIPTION

!ROD :n SALIG:\'vIE.'\:T, FAILURE OF RCCS H-12 "D" "I'O i lmwPPED RCC_\ H-8 DROPPED CO'.\JTROL ROD 254 . I DROPPED CO::\TROL ROD 251 5AXK lco>rTROL RODS FAIL TO MOVE ON DEMAND (AUTO-I M_l\TIC A'.'JD MANU_:\L)

I I L\ILURE OF _\UTOMATIC RL\CTOR TRIP I FAIU,"RE --Of 'vL\'.\'L\L REACTOR TRIP FAILT_:?_E ni::-:1.\):l' .\L SI/REACTOR TRIP ...... 1 ROD CO:\fTROL SPEED PROGR_\M FAILURE i ! I C'TTTCT/ ROD J....) u ... I I c* O\i'T'R m I ---. --*-* -ROD 1D4 STl 1 CK ITR5 TRIP Dl'E TO FAILURE OF 20ET SOLEKOID VLV EHC SPEED REFERENCE CHANNEL FAILURE EHC ::IAIN SPEED CHANNEL FAILURE FAILURE OF TURBINE TO TRIP EHC LOAD REFERENCE CHANNEL FAILURE LOAD CHAN (PIP UL SE PRESS TRA:"JSDUCER)

FAILURE DC POWER SUPPLY FAILURE TO EHC SYSTEM FAILURE OF ECH M2\l': TR.\CKING OF Al.ITO SIGNAL l'vL\IN TURBINE LOSS OF LUBE OIL LUBE OIL TEivlPERATl'RE HIGH I LOW LUBE OIL PRESSURE LOW GEN TUBE R'CPT'CRE 9::-JO. 21, 22, 23, 24) PERIODICITY 2 5°-o ( 2) I I 2 596 ( 3) 25%(4) 125%(1) 2 596 ( 2) 2596 (3) !259a(cl) i I 12 5?6 ( 1) I I 125 9 6(2) 2 596 ( 3) 2596(4) 2 596 ( 1) 2 596 ( 2) 2596(3) 25%(4) 2 596 (1) 2596(2) 2 5°-o ( 3) 2 596 ( 4) 2 596 ( 1) 2596 ( 2) 25%(3) .l\ppendix 4 Page 3 of 12 Date: 08/04/89 Rev.: 0 ----I I I I I I I I I I II I I I i I I 11 !1 ii

• j '."ITP-080 I IMTP-081 IMTP-082 i"lTP-083 MTP-085 MTP-086 ! l jMTP-088 * ::ITP-089 I I IMTP-090 I I :VITP-091 I i IMTP-092 I i"ITP-093 I 1"1TP-095 i I i"!TP-096 I jMTP-097 I IMTP-098 MTP--099 IMTP-100

• SP-206 SA.LEM SIMULATOR MALFUNCTION TEST PROCEDURE DA.TA.BA.SE SORTED BY MTP NUMBER I DESCRIPTION I :VIEGW.\TT TRA'.'JSDUCER FAILS HIGH/LOW ( L\JPUT jTO EHC) i !TURBINE CONTROL VALVE 21, 22, 23 OR 24 :VIS 2 9 !FAILS OPEN/CLOSED TURBDJE CONTROL VALVE 21, 22, 23 OR 24 :1S29 L\ILS AS IS TURB HIGH VIBRATION LOW PRESS SECTION NO. 23 LOSS OF TURBI:\!E TURNBJG GEAR MOTOR LOSS OF VACUUM (DUE TO AIR I\:LEl1.K_\GE)

MAI'.\! STEAM LINE RUPTURE UPSTREAM OF THE FLOW ORIFICE L\ILURE OF Jl.UTOMATIC TURBDJE RU'NB.\CK TO STOP _\FTER OTD_T/OPD_T CONDITION CLK\RS :V!AI'.\i STEAM LINE RUPTURE I'.\SIDE CONTAL\'ME:\:T jMAI'.\' STEXM LI:\JE BRL;'.l,.K OUTSIDE CONTAINMEXT MSIV FAILlJRE (MS-167) OPE'.'J/CLOSED FAILURE OF TURBI'.\'E BYPASS VALVE CONTROL STE.\M GENER.\ TOR LEVEL TR.i\:'.\JSMITTER FltILURE STEAM GENERATOR NO. 21, 22, 23 OR 24 FEED FLOW CHANNEL I TRANSMITTER FAILS STEAM GENERATOR 21, 22, 23 OR 24 FEED FLOW CHANNEL II FAILURE STEAM GENERATOR STEAM FLOW CHANNEL I TRANS-MITTER FAILURE STK\M GENERATOR STM FLOW CHANNEL II FAILURE STEA:VI GE'.\JER_l\TOR PRESSURE TRANSMITTER CHAN-NEL III (PT-526, PT-536) OR CHANNEL IV-(PT-516, PT-546) 12596(4) , I 12596(1) I 25%(2) 25%(3) 25%(4) 2 5% (1) 2596(2) 2596(3) 2596(4) 2596(1) 25%(2) 2 596 ( 3) 25 9 6(,J) 2 596 ( 1) 2 596 ( 2) 2 596 ( 3) 2 596 ( 4) 2596(1) Appendix 4 Page 4 of 12 Date: 08/04/89 Rev. : ---'-0 __ 'I 1, I I I 1-----* JIMTP j 1 NUMBER I I '1l'P-1 0 l 1-. ---J i ! :VITP-10 3 I I I :VlTP--104 I i j '."JTP-*107 I I I IMTP-110 I '."1TP-111 i vl'TP-11 ') 11 *" ---" Ii II ii v!T P --1 1 4

• lid -I :VITP-116 I ! I ! WT'P -1 1 7 I -. .l. ---'1 "!TP-1 1 R 1 *"' --u I' 1' l !1TP-119 I I I i"ITP*-121

'."1TP *-122 ' I I IMTP-123 l'.v!TP-124 I I MTP-126

• SP-206 SALEM SIMULATOR MALFUNCTION TEST PROCEDURE DATABASE SORTED BY MTP NUMBER I II DESCRIPTION I PERIODICITY

'I PRESSURE FEEDWATER 26A, B, C 25%(2) I Tt'BE LL\K LOW PRESSURE FEEDWATER HEATER NO. 22A, 228 OR 22C TLBE LEAK 12 596 ( 3) I STEA'.vl GENERATOR FEED PU'.v!P NO. 21 OR 22 TRIP 25%(4) FEEDWATER HEATER NO. 26A, B, OR C LEVEL 25%(1) CONTROL SWITCH LSHH FAILS CLOSED FEEDWATER LINE BREAK, OUTSIDE CONTAINMENT MAIX FEED LINE RUPTURE, INSIDE CONTAINMENT I 1 HOTWELL \0. 22 LEVEL TRANSMITTER (LA-0487) 25%(4) I FAILURE I LOSS OF HEATER DRAIN NO. 21, 22, 23 (ELECTRICAL TRIP) I LOSS Of NO. 21, 22, 23 (ELECTRICAL TRIP) MAIN TURBINE STOP VALVE NO. 21, 22, 23, OR 24 MS28 FAILS OPEN/CLOSED MAIN STEAM SAFETY VALVE 21, 22, 23 OR 24 MS14 FAILS OPEN I 125%(3) HEATER DRAIN TANK 2A, B, C LEVEL CONTROLLER 25%(2) LA 1Dl7Z (LA 1D19Z, LA1Dl2Z) FAILS HEATER DRAIN TANK NO. 2A, B, C LEVEL CON-25%(3) TROLLER LA 1Dl7, LA1Dl9, LA1D21 FAILS HIGH GLAND SEAL REGULATOR FAILS CLOSED 25%(4) CONDENSATE POLISHING DEMINERALIZER HIGH 25%(1) DIFFERENTIAL PRESSURE MAIN FEEDWATER REGULATING VALVE 21, 22, 23 OR 21 BF19 FAILS 2 596 ( 2) Appendix 4 Page 5 of 12 Date: 08/04/89 Rev.: 0 ----

• I MTP NUMBER MTP-127 I MTP-128 IMTP-129 MTP-131 "1TP-132 "1TP-133 MTP-134 * :VITP-135 I "1TP -13 6 I I

8 MTP-139 I !lTP-140 IMTP-141 I :ITP-142 I MTP-143 MTP-1-14 MTP-145 MTP-146 :VITP-147

• MTP-148 SP-206 SALEM SIMULATOR MALFUNCTION TEST PROCEDURE DATABASE SORTED BY MTP NUMBER !DESCRIPTION PERIODICITY I i I :\>L\I\' FEED WATER BYPASS VALVE 21, 22, 23 OR 24 2 596 ( 3) BF40 Fl1.ILS FAILURE OF STKi\M GENERATOR FEED REGULATING 125%(4) VALVE BF19 TO RESPOND TO AUTOf-Li\TIC CONTROL I ,T Ti I ("1ANUAL OPERABLE)

I jMAIN STEAM RELIEF VALVE 21, 22, 23 OR 23MS10 I 2 596 ( 1) i STEAM GENER_i\TOR FEED PUMP (SGFP) MASTER 12596(2) CONTROLLER INPUT (PT-508) FAILURE LOSS OF TURB DIE AUXILIARY COOLING WATER 2596(3) PU:\>IP NO. 21, ') ') 23 (ELECTRICAL TRIP) c...c..., LOSS OF STATOR COOLING WATER PU"1P NO. 21, 22 25%(4) LOSS OF LOSS OF LOSS OF LOSS OF LOSS OF LOSS OF LOSS OF LOSS OF LOSS OF LOSS OF LOSS OF LOSS OF LOSS OF LOSS OF LOSS OF ALL OFF SITE POWER 21 ST_i\TION POWER TR.:\NSFORMER 22 STATION POWER TR_i\NSFORMER STA.TION POWER TR.ci\NSFORMER NO. STl1.TION POWER TR'"i\NSFORMER NO. AUXILIARY POWER TRANSFORMER 2H 4 2E 4 2G 4 2F 4 lA 4 2B 4 2C 4 VITAL VIT.ci\L KV GROUP BUS KV GROUP BUS KV GROUP BUS KV GROUP BUS KV VITAL BUS KV VITAL BUS KV VITAL BUS INSTRUMENT BUS INSTURMENT BUS Appendix 4 Page 6 of 12 2A 2B 2 596 ( 1) 2596 ( 2) 2 596 ( 3) 1 2596 ( 4) 2 2 596 (1) 2596(2) 25'?6 ( 3) 25%(4) 2 5'?6 ( 1) 25%(2) 2 596 ( 3) 25%(4) 2 5'?o ( 1) 25%(2) 2 596 ( 3) Date: 08/04/89 Rev.: 0 ----I I I I

• ,MTP I !!NUMBER MTP-149 MTP-150 MTP-155 MTP-156 1 MTP-157 MTP-158 MTP-159 MTP-160 MTP-161 MTP-162

• MTP-163 MTP-167 MTP-168 I I 71 IMTP-172 MTP-173 MTP-177 IMTP-179 MTP-180 MTP-181

• SALEM SIMULATOR MALFUNCTION TEST PROCEDURE DATABASE SORTED BY MTP NUMBER jDESCRIPTION LOSS OF VITAL INSTRUMENT BUS 2C LOSS OF VIT2\L INSTRUMENT BUS 2D LOSS OF 2A 460/230 v VITAL BUSES LOSS OF 2B 460/230 v VITAL BUSES LOSS OF 2C 460/230 v VITAL BUSES LOSS OF 2A 125 VDC BUS LOSS OF 2B 125 VDC BUS LOSS OF 2C 125 VDC BUS EMERGENCY DIESEL GENERATOR 2A TRIP EMERGENCY DIESEL GENERATOR 2B TRIP EMERGENCY DIESEL GENERATOR 2C TRIP AUTOMATIC VOLTAGE REGULATOR FAILURE LOSS OF MAIN GENERATOR EXCITER LOSS OF CONTAINMENT SPRAY PUMP NO. 21 OR LOSS OF COMPONENT COOLING WATER PUMP NO. 22, 23 (ELECTRICAL TRIP) SP-206 I PERIODICITY II 2 596 ( 4) 25%(1) 25%(2) 2 596 ( 3) 25%(4) 25%(1) 25%(2) 2596(3) 2 5% ( 4) 2 596 ( 1) 25%(2) 25%(3) I 25%(4) '1 22 2 596 ( 1) 21, 2596(2) LOSS OF CONTAINMENT FAN COIL UNIT 21, 22, 23 25%(3) 24 OR 25 FALSE CONTAINMENT PHASE .\ ISOLATION SIGNAL 25%(4) (TRAIN A OR B) SI ACCUMULATOR NO 21, 22, -23 OR SPACE LEAK SI ACCUMULATOR NO. 21, 22, SPACE LEAK LOSS OF AUXILIARY FEEDWATER (ELECTRICAL TRIP) Appendix 4 Page 7 of 12 23 OR PUMP 24 WATER 25%(1) 24 GAS 2596(2) NO. 21, 22 25%(3) Date: 08/04/89 Rev. : 0 ----

• I I MTP 'NUMBER :'1TP-182 I 'ITP-185 I :--ITP--187 MTP-189 I MTP--190 MTP-191 * -l :'1TP-192 I :!ITP-19 3 I ::V!TP--194 Ii l'."ITP-195 I i I '-ITP -1 97 1-* -I ! :\lTP-198 I i I __ I :!ITP-199 ffMTP-200 i:1TP-201 I :VlTP-2 0 2 :'-1TP--20 3 *-'."lTP -2 0 4 :nP-205 SP-206 SALEM SIMULATOR MALFUNCTION TEST PROCEDURE DATABASE SORTED BY MTP NUMBER DESCRIPTION I PERIODICITY I I 1 FA.ILT.'RE OF PRESSURE OVERRIDE PROTECTION 0:\ 2 5°6 ( -1) l\'O. 21, 22 AUXILL\RY FEEDWATER Pl}:1P I FAILURE OF S_?\FETY INJECTION Pl'.MP NO. 21, 22 ! j25 9 o(l) TO START ON SI SIGNAL I I I I CHARGING ! jFAILURE OF PU'.1P :'-JO. 21, 22 TO START j 2596 ( 2) \UPO'.'J SAFEGUARD ACTUATION I FALSE OVERPOWER DELL\ -T TRIP SIGNAL 25%(3) (TR_i\IN A. OR B) \LOSS OF CONTROL POWER TO POWER RANGE 1'\J41 I -. --'-, :\!42, N43 OR N44 I I ! jSOTJRCE RANGE CHANNEL '.'Bl I '.'J32 L\.ILS 2 596 ( 1) i !"NOISY" -SOURCE R_'\.\"GE CHANNEL :>J-31 OR ::'-I-32 12596(2) I :LOSS OF INSTR. PWR TO SOURCE

'.'J-31,\"-32 l2s<>o(3)

! jPOWER RANGE CHANNEL N41, N42, '.\J43 / :\:44 FAILS 2596(.J) i I SOURCE RANGE CHA0i;\'EL

>J31, N32 DISCRP.11::'-L\TOR 2 596 ( 1) I I SETTING HIGH/LOW !Ii\:TERMEIDATE RANGE CHANNEL N-35, >i *-3 6 COM-2 5?-o ( 2) I PENS_\TING VOLT,\GE HIGH/LOW INTERMEDIATE RANGE CHANNEL N35, \136 NOISY 2596(3) FAILURE OF INTERMEDL".\TE RANGE P-6 2596(4) BLOCK TO DEENERGIZE SOURCE RANGE DETECTORS POWER RANGE CHANNEL N41, )J42; N43, N44 NOISY 2 596 ( 1) PROCESS RAD 2RlL\ FAILS HIGH/LOW 2596(2) PROCESS RAD 2R12B FAILS HIGH/LOW 2596(3) PROCESS RAD MONITOR 2Rl2A FAILS HIGH/LOW 2 5% ( <+/-) PROCESS RAD :10.NTIOR 2R4L\ FAILS HIGH/LOW 25%(1) PROCESS RAD MONITOR 2R41B FAILS HIGH/LOW 2596 ( 2) PROCESS RAD I TOR 2R41C FAILS HIGH/LOW 2 596 ( 3) Appendix 4 Page 8 of 12 Date: 08/04/89 Rev.: 0 ----I I I I I I ii 11 ' ii I I I I I ii I I i I I ' I I I 'I I I

• ,, ijMTP jNUMBER I I :V1TP-206 I I J :'HP-207 IMTP-209 MTP--210 MTP-211 MTP-212 MTP-215 I !"ITP-216

• l:V!TP-21 7 I j :VlTP-218 I I I I :"ITP--219 IMTP-223A

• MTP-2238 IMTP-231 MTP-232 MTP-233 MTP-234

• IMTP-235 SALEM SIMULATOR MALFUNCTION TEST PROCEDURE DATABASE SORTED BY MTP NUMBER I . I DESCRIPTION I ! jAREA RADIATIO:-J MONITOR 2R1A FAILS HIGH/LOW PROCESS RAD MONITOR 2RllA FAILS HIGH/LOW PROCESS RAD MOI'.'JTOR 2R31A FAILS HIGH/LOW NON lE AREA RADL\TION

vIONITOR Fi\ILURES (2R2, 2R4, 2R5, 2R34 OR 2R42A) FAILl'RE OF NON lE FILTER PROCESS MONITORS FAILURE OF APD PU:--IP FOR 2RllA, 2RllB, AND 2R12A LOSS OF SERVICE WATER PUMP NO. 21, 22, 23, 24, 25 OR 26 SERVICE WATER HEADER LEAK IN THE SERVICE WATER STRUCTURE I SERVICE WATER LEAK -21, 22 NUCLEAR HEADER PENETRATION

_\REA SERVICE WATER LL\K IN CONTAINMENT ON NO. 23 CONTAINMENT FAN COIL LOSS OF CNTL AIR (LK BETWEEN 2CA39 & 2CA54) SEMI-AUTOMATIC SWAPOVER (TRAIN A) FAILS SEMI-AUTOMATIC SWAP OVER (TRAIN B) FAILS PROCESS RADIATION MONITOR 2R31A FAILS HIGH/ LOW (21 FAN COIL UNIT SERVICE WATER MONITOR) PROCESS RADIATION MONITOR 2R31B FAILS HIGH/ LOW ( 22 & 24 FAN COIL UNIT SERVICE WATER MONITOR) PROCESS RADIATION MONITOR 2Rl3C FAILS HIGH/ LOW ( 23 & 25 FAN COIL UNIT SVC WTR MONITOR) PROCESS RADIATION MONITOR 2Rl6 FAILS IpGH/ LOW (PLANT VENT EFFLUENT MONITOR) PROCESS RADIATION MONITOR 2R18 FAILS HIGH/ LOW (LIQUID RADWATSE DISPOSAL MONITOR) SP-206 I I jPERIODICITYI I 25*% ( 4) II I 2596(1) 2596(2) 25%(3) 25%(4) 25%(1) 25%(2) 125%(3) I 2 596 ( 4) Ii I 259a(l) I 2596(2) I 259a(3) 25%(4) 2 596 ( 1) 2 596 ( 2) 25%(3) 2596(4) 2 596 ( 1) I }\ppendix 4 Page 9 of 12 Date: 08/04/89 Rev. : 0 ----

• MTP NUMBER '.'1TP-236 MTP-237 MTP-238 IMTP-239 MTP-240 MTP-241 I I

• I I I

• SP-206 SALEM SIMULATOR MALFUNCTION TEST PROCEDURE DATABASE SORTED BY MTP NUMBER DESCRIPTION PROCESS RADLi'\TION MONITOR 2R19A FAILS HIGH/ 1 LOW (NO. 21 STM GENERATOR BLOWDWON :mNITOR) PROCESS RAD MONITOR 2R19B FAILS HIGH/LOW PROCESS RAD MONITOR 2R19C FAILS HIGH/LOW 1 PROCESS RAD MONITOR 2R19D FAILS HIGH/LOW PROCESS RAD MONITOR 2R44A F."\ILS HIGH/LOW PROCESS RL\D MONTITOR 2R44B FAILS HIGH/LOW PERIODICITY 2596(2) 2596 ( 3) 2 59-o ( 4) 25%(1) 25%(2) 25%(3) Appendix 4 Page 10 of 12 Date: 08/04/89 Rev.: ---=--0 __ I I I l I I

• !! llPTP jNUMBER I I jPTP-001 PTP-002 PTP-003 PTP-004 PTP-005 PTP-006 PTP-007 PTP-008 PTP-009 PTP-010

• PTP-011 PTP-012 PTP-013 PTP-014 PTP-015 PTP-016 PTP-017 PTP-018 PTP-019 PTP-020 PTP-021 PTP-022

• PTP-023 PTP-024 SA.LEM SIMULA.TOR PERFORMANCE TEST PROCEDURE DA.TA.BA.SE SORTED BY PTP NUMBER DESCRIPTION REACTOR TRIP DUE TO MAIN GENERATOR TRIP SIMULTANEOUS TRIP OF BOTH MFP'S I SP1ULTANEOUS TRIP OB ALL MSIV'S TRIP OF ALL RCP'S DUE TO LOSS OF ccw 21 AND 23 RCP TRIP TURBINE TRIP WITHOUT REACTOR TRIP M}1.XIMU:1 RATE POWER RAMP Li\RGE BREAK LOCA WITH LOSS OF OFF-SITE SP-206 I II I PERIODICITY II AO AO jAO II l1_0 AO AO AO POWER AO MAIN STEAM LINE RUPTURE I'.'JSIDE CONT.i\PJMENT

.\0 PRESSURIZER PORV STUCK OPEN STEAM GENEATOR TUBE RUPTURE CHARGING LINE LEAK PRI'.':L\RY SAFETY VALVE STUCK OPEN LOSS OF CONTROL AIR LOSS OF 2C 4KV VITAL BUS LOSS OF 2A 115 VAC BUS LOSS OF 2B 125 VDC BUS LOSS OF CONDENSER VACUUM LOSS OF SERVICE WATER LOSS OF RHR COOLING LOSS OF ALL FEED WATER PRESSURIZER PRSSURE CHANNEL FAILURE CONTROL ROD MALFUNCTIONS PRESSRUIZER SPRAY VALVE FAILS OPEN Appendix 4 Page 11 of 12 l1.0 2596(3) 25%(4) 2 596 ( 3) 25%(2) 25%(1) 2 596 ( 2) 2 596 ( 2) 25%(1) 2596(2) 25%(2) 2596 ( 4) 2596(3) 2 596 ( 1) 2 596 ( 2) Date: 08/04/89 Rev.: -------'-0

__

I I L *

• PTP NUMBER PTP-025 PTP-026 PTP-027 PTP-028 . PTP-029 PTP-030 PTP-031 IPTP-032 iPTP-033 I PTP-:J02 IPTP-\:03 PTP-N04 PTP-N05 PTP-:.'W6 IPTP-RTl .PTP-SSl ! PTP-SS2 PTP-SS3 PTP-SS4 I SALEM SIMULATOR PERFORMANCE TEST PROCEDURE DATABASE SORTED BY PTP NUMBER DESCRIPTION PRESSURIZER LEVEL CHANNEL FAILURE MAIN STEATVJ LINE RUPTURE OUTSIDE CONTAINMENT FUEL CLADDING FAILURE M2\IN FEED OUTSIDE CONTAINMENT

VIAIN FEED LINE RUPTURE INSIDE CONTAINMENT POWER RANGE NI CHANNEL F_Z\ILURE STEAM GENERATOR FEEDWATER FLOW CHAN F.Z\ILURE TURBI'.\JE BYPASS SYSTEM FAILURE ANTICIPATED TR2\NSIENT WITHOUT A TRIP COLD SHUTDOWN TO HOT STANDBY HOT STANDBY TO MINIMUM LOAD POWER OPER.'\TION MINIMUM LOAD TO HOT STANDBY HOT STANDBY TO COLD SHUTDOWN MAINTAINING HOT STANDBY COMPUTER REAL TIME TEST 25% POWER 75% POWER 100% POWER SIMULATOR STABILITY SP-206 PERIODICITY 25%(4) 2596(1) 2596(3) 2596(1) 25%(4) 125%(2) 2 596 ( 1) 2 596 ( 2) ,Z\S REQUIRED _i\S REQUIRED AS REQUIRED AS REQUIRED l1.S REQUIRED AS REQUIRED AO AO AO AO AO Appendix 4 Page 12 of 12 Date: 08/04/89 Rev. : 0 ----

• *

• HOPE CREEK & SALEM SIMULATOR Remote Functions SP-206 Appendix 5 contains a listing of remote functions available to the simulator instructor.

All remote functions are tabulated by either remote function number or system designator and also by the associated description . Appendix 5 Page 1 of 1 Date: 08/04/89 Rev . : _ ___;o;....._

__

• *

• I llMAIN TURBINE AND 11. 2TL45 MTLO LUBE OIL CLR THREE SALEM SIMUL_l\TOR REMOTE FUNCTIONS ANALOG -CAN.l\. WAY VLV I CONDENSATE AND FEEDWATER

1. 21CN15 21 C.\i PMP DISC VLV 2. 22CN15 22 C:J PMP DISC VLV 3. 23CN15 23 CN PMP DISC VLV 4 . 21C0l77 21A CD TO XFER STOP VALVE 5. 22CY.77 22A CD TO XFER STOP VALVE 6 . 23C"':li77 23A CD TO XFER STOP VALVE 7. 21C:'\81 21B CD TO XFER STOP VALVE 8 . 22C:J81 22B CD TO .XFER STOP VALVE 9. 23C:.\f81 23B CD TO XFER STOP VALVE 10. 21CN106 21 C:\l P:"IP DISC BYPASS 11. 22CN106 22 CN PMP DISC BYPASS 12. 23CN106 23 CN PMP DISC BYPASS 13. 21BF3 21 SGFP DISCHARGE VALVE 14. 22BF3 22 SGFP DISCHARGE VALVE 115. 2BF66 CLEANUP BYPASS VLV !AUXILIARY FEEDWATER

1. 2L\F10 23 AF PMP->21 , 2 . 22AF10 23 AF PMP->22 3. 23AF10 23 AF PMP->23 4 . 24AF10 23 AF PMP->24 5. 21AF20 22 AF PMP->21 6 . 22AF20 22 AF PMP->22 SF SF SF SF SF SF STP VLV STP VLV STP VLV STP VLV STP VLV STP VLV Appendix 5 Page 1 of 35 SP-206 (MT) I I (CF) I (AF) I

• *

• SALEM SIMULATOR REMOTE FUNCTIONS A'.\L\LOG

-CANA I AUXILIARY FEEDWATER CONT'D I 7. 23Af20 21 AF PMP->23 SF STP VLV I 8 . 2-L\F20 21 AF PMP->24 SF STP VLV I 9. 2L\F23 21 STM GE:"J 2\UX FD STP CK I I 110. 22AF23 22 STM GE\i AUX FD STP CK 11. 23AF23 23 STM GE'.'J AUX FD STP CK 12. 24AF23 24 STM GE'.'J AUX FD STP CK 13. 21 & 22AF92G CROSSTIE VALVE 1-L .'\FWST LEVEL 115. 2MD216 AF BU FROM DEMIN WATER !SERVICE WATER AND TAC I l. I I '") L.

• I I I 3. I 4 . I 5. 6. 7. 8 . 9 . I 10. 11. 12. 13. 14. RIVER TEMPERATURE RIVER LEVEL 21ST27 21 COOLER INLET 22ST27 21ST58 21ST58 21SW52 22SW52 23SW54 24SW76 21SW121 22SW121 21SW161 22SW161 22 MTLO COOLER INLET 21 TAC HX SW 22 TAC HX SW 21 SW HDR TO 22 SW HDR TO CFCU MANUAL CFCU MANUAL 21 cc HX SW 22 cc HX SW SW SUCTION SW SUCTION IN VLV IN VLV 23 CFCU 23 CFCU ISOL. VLV ISOL. VLV IN IN TO TO VLV VLV AFP AFP Appendix 5 Page 2 of 35 SP-206 (AF) I (SW) I I --

• *

• SALEM SIMULATOR REMOTE FUNCTIONS ANALOG -CANA I SERVICE WATER AND TAC CONT'D 1.5. 21TC5 21 TAC P'.'1P DSC VLV 16. 22TC5 22 TAC P'.'1P DSC VLV J17. 23TC5 23 TAC PMP DSC VLV .. I 1s. 21TC10 21 TAC HX INLET

19. 22TC10 22 TAC HX I'.\JLET VALVE 20.

AREA SUMP DRAIN WASTE DISPOSAL 1. 2WL15 RDCT PMP->WHUT STP VLV 2 . 2WL50 LIQUID WASTE DISC . VALVE 3. 21WL77 WHUT PMP sue VLV<-21WHUT

.:l. 22WL77 WHUT PMP sue VLV<-22WHUT

5. 23WL77 WHUT PMP sue VLV<-23WHUT 6 . 21WL86 WHUT PMP->2 WMHUT RCVLV 7 . 2WL193 RCDT PMP->CVCS HVT VLV 8 . 2WL278. RAD MON ISO VLV 9 . AUX BUILDING SUMP LEVEL 10. WASTE HOLDUP & TANK ACTIVITY (N/S) 11. 21 GAS DECAY TANK PRESSURE 12. 21 GAS DECAY TANK

13. 22 GAS DECAY TANK PRESSURE 14. 23 GAS DECAY TANK PRESSURE 15. 24 GAS DECAY TANK PRESSURE !CHEMICAL AND VOLUME CONTROL I 1. 2CV20 BYPASS AROUND CV18 Appendix 5 Page 3 of 35 SP-206 (SW) I -I (WD) I (CV) I I

• *

• SALEM SIMULATOR REMOTE FUNCTIONS ANALOG -CANA rHRMICAL AND VOLUME CONTROL CONT'D 2 . 3 . 4. 5. 6 . 7. 8 . 9 . 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 2CV24 RC FILTER BYP VLV 2CV26 MIXED BED OM INLET VLV 2CV33 RC FILTER OUTLET VLV ... 2CV48 21 CHRG PMP DISC VLV 2CV53 22 CHRG PMP DISC VLV 2CV64 23 CHRG PMP DISC VLV 2CV73 SEAL INJ BYPASS VLV 2CV149 Bl1.T PMP SUCT X-CONN VLV 21CV155 21 BA FILTER INLET VLV 22CV155 22 BA FILTER INLET VLV 21CV156 21 BA FILTER BYP.\SS VLV 22CV156 22 BA FILTER BYP-7\.SS VLV 21CV157 21 BA FILTER OUTLET VLV 22CV157 22 BA FILTER OUTLET VLV 2CV174 MAN RAPID BORATE VLV 2CV182 BLENDER ISO VLV I 2CV184 BLENDER DISC TO RWST 2CV197 SEAL RETURN TO CHG PMP SUCT 2CV212 DEBORATING DM INLET VLV 2CV225 CATION DEM IN BYPASS VLV 2CV283 BA FILTER OUTLET _VLV 2BR78 eves HUT SLCT (0 TO 21 TNK) 2BR79 eves HUT SLCT 21CV98 RCP SEAL INJ (0 MAN TO 23 TNK) ISOL }\.ppendix 5 Page 4 of 35 SP-206 (CV) I

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• SALEM SIMULATOR REMOTE FUNCTIONS ANALOG -CANA CHEMICAL AND VOLUME CONTROL CONT'D 26. 22CV98 RCP SEAL INJ MAN ISOL 27. 23CV98 RCP SEAL I'.'JJ MAN ISOL J 2s. 24CV98 RCP ,SEAL INJ MAN ISOL .. 29. 2CV130 SEJ'..L RETURN TO VCT 30. 21BR151 VCT RELIEF ISOL. VLV 31. 22BR151 VCT RELIEF ISOL. VLV 32. 23BR151 VCT RELIEF ISOL. VLV 33. 21 BORIC ACID TANK, BORON CONC. 34. 22 BORIC .\CID TA.NK, BORON CO'.'JC. 35. PRIMARY WATER STOR2\GE TANK MASS 36. MAKEUP WATER TO 21 BORIC ACID TANK 37. MAKEUP WATER TO 22 BORIC ACID TANK 38. VCT PRESSURE CONTROLLER SETPOINT 39.

FLOW STOP FOR 2CV55 40. MINI:VlUM FLOW STOP FOR 23 CHG PMP I EMERGENCY CORE COOLING 1. RWST MASS 2 . 21SJ35 21 3. 22SJ35 22 4. 2SJ71 SI RESIDUAL HEAT 1. 21RH12 21 2 . 22RH12 21 3 . 21RH14 21 (3.4E6 NORMAL) SI PMP DISC VLV SI PMP DISC VLV STOP VLV REMOVAL/CONT.

SP ARY RHR PMP HX RHR PMP HX RHR PMP HX BYPASS VLV BYPASS VLV INLET VLV Appendix 5 Page 5 of 35 SP-206 (CV) (EC) I (RH}

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• SALEM SIMULATOR REMOTE FUNCTIONS ANALOG -CANA I RESIDUAL HEAT REMOVAL/CONT.

SP ARY CONT'D I I I 4 . 22RH14 22 RHR PMP HX INLET VLV I 5. 21RH17 LETDOWN FRON RHR ISO VLV 6. 22RH17 LETDOWN FRON THR ISO VLV . 7 . 2RH21 RHR DISCHARGE TO RWST 8 . 21CS1 21 CONT SPY PMP SUCT VLV 9 . 22CS1 22 CONT SPY PMP SUCT VLV 10. 21CS6 21 CONT SPY PMP DISC VLV I 11 I -'-. 22CS6 22 CONT SPY PMP DISC VLV 12. SPRAY ADDITIVE TANK LEVEL I CONTAINMENT I I I 1. RCDT COMPONENT INPUT LEAKOFF 2. CONT2\IN'.'1ENT se:IP LEVEL 3. .\:IBIEXT

4. A!"IBIE:JT PRESSURE 5. A:VIBIE:JT HUMIDITY I REACTOR COOLANT 1. 2PS2 PZR 2 . 2PS4 PZR I MISCELLANEOUS

1. GENERATOR

2. 2GC6 MAIN 3. 2GS14 AUX 4. .:\UXILIARY SPRAY BYPASS VALVE SPRAY BYPASS VALVE SECONDARY HYDROGEN PURITY STM TO STM TO STEAM GLAND SEAL STM GLAND SEAL STM PRESSURE Appendix 5 Page 6 of 35 SP-206 (RH) (CN) I . (RC) I (MC} I

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• SALEM SIMULATOR REMOTE FUNCTIONS ANALOG -C.i\NA jcoMPONENT COOLING 1. 2 . 3. 4. 5. 6 . 7. 8. 9 . 110 . 111. 12. 13. 14. 15. 16. 1 17. 18. 19. 20. 21. 22. 23. 24. 2WR114 TO CCW SURGE TANK 21 cc HX OUT TEMP SETPOINT 22 cc HX OUT TEMP SETPOINT 21CC2 21 ccw PMP DISC VALVE 22CC2 22 ccw PMP DISC VALVE 23CC2 23 ccw PMP DISC VALVE 21CC15 cc WATER TO 21 RHR HX 22CC15 cc WATER TO 22 RHR HX 2CC66 HX ISO VLV -2CC72 LETDOWN HX ISO VLV 2CC143 ccw SURGE TNK DRAIN 2CC14.J: ccw SURGE TANK DRAIN 21CC130 21 RCP THRM BARR ISO VLV *22CC130 22 RCP THRM BARR ISO VLV 23CC130 23 RCP THRM BARR ISO VLV 24CC130 24 RCP THRM BARR ISO VLV 2CC134 THRM BARR COMMON ISOL VLV *-SPENT FUEL PIT HX HEAT SOURCE B.A. EVAP HEAT SOURCE WASTE EVAP HEAT SOURCE SPARE SPARE SPARE SPARE Appendix 5 Page 7 of 35 SP-206 (CC) I ' -

• *

• MAIN STEAM 1. 21MS9 2 . 22MS9 3. 23MS9 4. 24MS9 5. 21MS45 6 . 23'.1S45 7. 2L'!S30 8 . 21MS32 9. 2P1S34 10. 21MS36 jll. 2PIS38 12. 21MS40 13. 22MS30 14. 22MS32 15. 22MS34 16. 22MS36 17. 22MS38 18. 22MS40 19. 21MS42 20. 22MS42 21. 21RS14 22. 21RS14 I SALEM SIMUL\TOR REMOTE FUNCTIONS ANALOG -C.'\:JA STEAM GENERATOR 21 STM GEN ATM ISO VLV 22 STM GEN STM ISO VLV 23 STM GEN ATM ISO VLV .. 24 STM GEN ATM ISO VLV 21 STM GE?ll STM SUP-23 AFP 23 STM GEN STM SUP-23 AFP STM DU'.v!P ISO VLV STM DUMP ISO VLV STM DUMP ISO VLV ST'.1 DUMP ISO VLV STM DUMP ISO VLV STM DUMP ISO VLV STM DUMP ISO VLV STM DUMP ISO VLV STM DUMP ISO VLV STM DUMP ISO VLV STM DUMP ISO VLV STM DUMP ISO VLV 21 SGFP MAIN STM STP VLV 22 SGFP MAIN STM STP VLV 21 SGFP REHEAT STP VLV 22 SGFP REHEAT STP VLV 'PLANT ELECTRICAL I 1. GRID FREQUENCY Appendix 5 Page 8 of 35 SP-206 . (MS) I (PE) I I

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• SALEM SIMULATOR REMOTE FUNCTIONS ANALOG -CANA !jPLANT ELECTRICAL CONT'D I 2. GRID VOLTAGE 3. TI'.'1E DELAY FOR LOAD PICK l 1 P _\FTER SYNC jcoNTAINMENT VENTILATION

.. 1. 21 CF Ce HEP_\ FILT CAPA(0-100)%

2. 22 CFCU HEPA FILT CAPA(0-100)%

') J

• 23 CFCU HEPA FILT CAPA(0-100)96 4 . 24 CFCU HEPA FILT CAPA(0-100)90

5. 25 CFC"C HEP_\ FILT CAPA(0-100)"6 I CONTROL AND STATION A.IR 1. 2CA39 CONTROL AIR HDR ISO VLV 2. 2Cl1.54 CONTROL AIR HDR ISO VLV I NUCLEAR INSTRUMENTATION I 1. SR HI FLUX AT SHUTDOWN !SPDS INPUT 1. #21 REF JCT BOX TEMP T0087A 2 . #21 REF JCT BOX TEMP T0088A 3. #22 REF JCT BOX TEMP T0089A 4. #22 REF JCT BOX TEMP T0090A 5. AMBIE:'-JT TEMP 30 FT ELEV 6 . DELTA TEMP 30 FT -300 FT ELEV 7. DELTA TEMP 30 FT -150 FT ELEV 8 . WIND SPEED 30 FT ELEV 9 . WIND SPEED 150 FT ELEV j10. WIND SPEED 300 FT ELEV Appendix 5 Page 9 of 35 SP-206 {PE) I {VC) I {CA) I {NI) I I {SP) I

• *

• llSPDS INPUT CONT'D 111.

DIRECTION 30 12. WIND DIRECTION 150 113 .. WI0ID DIRECTION 300 FT FT FT SALEM SIMULATOR REMOTE FUNCTIONS ANALOG -CANA ELEV ELEV ELEV ... I VALVES MANUAL CONTROL OVERRIDES

1. .21BF19 2 . 22BF19 3. 23BF19 4. 24BF19 5. 21BF40 I 6 . 22BF40 7. 23BF40 0 u

• 24BF.:+/-0 :Li\NUA.L OVERRIDE MANUAL OVERRIDE '.1ANUAL OVERRIDE MANUAL OVERRIDE :1ANUAL OVERRIDE OVERRIDE :'.vlANUAL OVERRIDE OVERRIDE POSITION POSITION POSITION POSITION POSITION POSITION POSITION POSITION Appendix 5 Page 10 of 35 SP-206 {SP) I {MX) I

• *

• I !MAIN I l. I 2 . 3 . 4. SALEM SP1ULATOR REMOTE FUNCTIONS DIGITAL -CDIG TURBINE AND LUBE OIL :--L\I :.J TlJRBI:'.'JE TUR'.'JDfG GEAR :1AI:\i TURBI'.'JE TlJRNING GEAR MOTOR RESET TSI TROUBLE ALARM ... RESET GEN STAT CLG SYS TRBL ALM l CONDENSATE

& FEEDWATER

1. 21C\T22 2. 21C'.'J22

') 22C:"J22 ..) . I I I 4. 22CN22 5. 23CN22 6 . 23C'.\I22 I 7 . 21C:\:27 I I 8 . 21C:>J27 9. 22C'.'!27

10. 22CN27 11. 23CN27 I I 12. 23CN22 13. 21BF7 114. 21BF7 15. 22BF7 16. 228F7 17. 23BF7 18. 23BF7 19. 22AR22 2L\ 22A HTR IN VLV-l1.uTO

-21A 22A HTR IN VLV-OPEN 21B 22B HTR IN VLV-AUTO 21B 228 HTR IN VLV-OPEN 21C 22C HTR IN VLV-AUTO 21C 22C HTR IN VLV-OPEN 23A 24A 25A HTR IN VLV-l1.UTO 23]\. 24A 25A HTR IN VLV-OPEN 238 248 258 HTR IN VLV-AUTO 238 24B 258 HTR IN VLV-OPEN 23C 24C 25C HTR IN VLV-AUTO 23C 24C 25C HTR IN VLV-OPEN 26A HTR CD INLET VLV-AUTO 26A HTR CD INLET VLV-OPEN 268 HTR CD INLET VLV-AUTO 268 HTR CD INLET VLV-OPEN 26C HTR IN VLV-AUTO 26C HTR* INLET COND VAC PMP VLV-OPEN V.i\LVE OPEN Appendix 5 Page 11 of 35 SP-206 (MT) < {CF) l

• *

• SIMULATOR REMOTE FUNCTIONS DIGIT_i\L

-CDIG II CONDENSATE

& FEEDWATER CONT'D 1 120. 23l1.R23 COND Vl\C PMP VALVE OPEN ii AUXILIARY FEEDWATER I 1. 21 .i\FX FP A.NTI PUMP RESET .. I 2 . 22 AUX FP _\NTI PUMP RESET 3 . 23 AUX FP TRIP RESET IFIRE PROTECTION

1. FIRE-21, 22, 23 CHG, SI, CSP EL 84' 2. FIRE-CONT.

RCP 22 BEL. EL 130' ') FIRE *-:'-1ECHANICAL PEN ET AREA EL 78' J

• 4. FIRE-TURBPJE GEN. ARK\ S.EL 88' 5. FIRE-RELAY ROOM 6 . FIRE-DIESEL GEN CONTROL ROOMS I 7. FIRE-M2\IN TRANSFORMERS I 8 . FIRE-NO. 22 DIESEL F.O. STG TK 9 . FIRE-:'.'JO.

22 FHB EXHAUST FAN 10. DELUGE-MAIN TRANSFORMERS

11. C02-NO. 22 DIESEL F.O. STG TNK 1112. DELUGE-NO.

22 FHB EXHAUST FAN I REACTOR COOLANT 1. OT DELTA T TRIP 2. OT DELTA T TRIP 3. OT DELTA T TRIP 4. OT DELTA T TRIP 5. OT DELTA T RUN CH CH CH CH BACK I BS II BS III BS IV BS CH I BS Appendix 5 Page 12 of 35 SP-206 (CF) I I (AF) I {FP) I I {RC) I --

• *

• SALEM SIMULATOR REMOTE FUNCTIONS DIGITAL -CDIG II REACTOR COOLANT CONT'D I 6. OT DELTA T RUN BACK CH II BS I 7 . OT DELTA T RUN BACK CH III BS I I 8 . OT DELT_l\ T RUN BACK CH IV BS .. 9. OP DELTA T TRIP CH I BS 10. OP DELTA T TRIP CH II BS 11. OP DELT2\ T TRIP CH III BS 12. OP DELTA. T TRIP CH IV BS I 1 J . OP DELTA T RUN BACK CH I BS 14. OP DELTA T RUN BACK CH II BS 115. OP DELT.\ T Rl 1 N B.i\CK CH III BS 16. OP DELT_i\ T RUN BACK CH IV BS 17. LOW T.'\VG CH I BS I 1 8 . LOW T.i\VG CH II BS LOW TAVG CH III BS ,19. 120. LOW TAVG CH IV BS 21. RE.i\CTOR COOL DRN TK PMP STl1.RT 22. REACTOR COOL DRN TK PMP ST.i\RT !REACTOR PROTECTION

1. 2. 3. 4 . 5. 6 . R.i\CK-IN REACTOR .TRIP BYPASS BKR .'\ R.:\CK-IN REACTOR TRIP BYPASS BKR B CLOSE REACTOR TRIP BYPASS BKR *A CLOSE REACTOR TRIP BKR TYING 2E 460V BKR TYING 2G 460V BYP.i\SS BUS TO BUS TO BKR B ROD CONT ROD CONT Appendix 5 Page 13 of 35 SP-206 (RC) I I (RP) I

• *

• Si\LEM SIMULATOR REMOTE FUNCTIONS DIGITAL -CDIG !REACTOR PROTECTION CONT'D 7 . 21 ROD DRIVE MG SET 8. 22 ROD DRIVE MG SET I 9. REACTOR TRIP TO l'\.UTO SI BLOCK P4 JUMPER . I MISCELLANEOUS

1. 2. 3. 4. 5. 6. I PLANT 1. 2. 3. 4 . 5. 6. 7. 8 . 9 . 10. 11. 12. SYSTEMS DEE'.'JERGIZE "A" SEC CABINET DEENERGIZE "B" SEC Cl\.BINET

-DEENERGIZE "C" SEC CABINET SILENCE ALL AUDIBLE ALARMS START TURBI:'.'JE OIL RES VAP EXTRACTOR EN.i\BLE HOT SHUTDOWN P ,i\NEL ELECTRICAL GE'.'JERATOR LOCKOUT RESET "E" GROt'P BUS RESET ANTI-PUMP "F" GP.OU)? BUS RESET ANTI-PUMP "G" GROUP BUS RESET ANTI-PUMP "H" GROUP BUS RESET ANTI-PUMP GP HTR PRIMARY/EMERGENCY KEY INTERLOCK EP HTR PRIMARY/EMERGENCY KEY INTERLOCK MAN. TRIP OF GP MAN. TRIP OF EP 500 KV 2-10 BKR 500 KV 2-10 BKR 500 KV 9-10 BKR PRZR EMERG. FEED BRKR. PRZR EMERG. FEED BRKR. LD REMOTE LD REMOTE LD REMOTE OPEN CLOSE OPEN Appendix 5 Page 14 of 35 SP-206 {RC) ! (MC) I {PE) I

• * * !I PLANT 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. ! i 23. 2,L 25. 26. 27. 28.

29. ELECTRICAL CONT'D SALEM SIMUU\TOR REMOTE FUNCTIONS DIGITAL -CDIG STATUS OF NO. 1 GENERATOR 500 KV 2-6 BKR CLOSE 500 KV 5-6 BKR CLOSE .. 500 KV 1-5 BKR CLOSE 500 KV 2-8 BKR CLOSE 500 KV 1-8 BKR CLOSE 500 KV 1T60 SWITCHER CLOSE 13KV 4 TO 5 BKR 13KV 1 TO 2 BKR 13KV " TO 3 BKR L. 2A VITAL INST INVERTER SOLA BKR 2B VITAL I'.\IST INVERTER SOLA BKR 2C VITAL INVERTER SOLA BKR 2D VITAL INST INVERTER SOLA BKR 21 ESS CNTRL INVERTER SOLA BKR 22 ESS CNTRL INVERTER SOLA BKR 23 EMERG LTG INVERTER SOLA BKR 30. COMPUTER INVERTER SOLA BKR jcoNTA.INMENT

1. 21 CONT. 2 . 21 CONT. 3. 22 CONT . 4 . 22 CONT. SUMP PUMP SUMP PUMP SUMP PUMP SU'.1P PUMP AUTO START AUTO START Appendix 5 Page 15 of 35 SP-206 (PE) I I (CN) I

• * ** SALEM SIMULATOR REMOTE FUNCTIONS DIGITL\L -CDIG II CONTROL AND STATION AIR COMP #1 FIRST TO LOAD, #2 NEXT I 2. COMP #1 FIRST TO LOAD, #3 NEXT 3. COMP #2 FIRST TO LOAD, #1 NEXT .. 4. COMP #2 FIRST TO LOAD, #3 NEXT 5. COMP #3 FIRST TO LOAD, #1 NEXT 6. COMP #3 FIRST TO LOAD, #2 NEXT 7. #1 STATION AIR COMP AUTO 8. #3 STATION AIR COMP AUTO I 9. #1 STATION AIR COMP START 110. # 3 ST_'\TION AIR COMP ST_i\RT !WASTE DISPOSAL 1. START WASTE GAS COMPRESSOR I 2. START WASTE TEST PUMP /I NUCLEAR INSTRUMENTATION I 1. DEFEAT PR N-41 TO AXIAL FLUX 2. DEFEAT PR N-42 TO AXIAL FLUX I 3. DEFEAT PR N-43 TO AXIAL FLUX I 4. DEFEAT PR N-44 TO AXIAL FLUX 5. N-41 PlO BISTABLE RESET 6. N-42 PlO BISTABLE RESET 7. N-43 PlO BISTABLE RESET 8. N-44 PlO BISTABLE RESET Appendix 5 Page 16 of 35 SP-206 (CA) (WD) (NI)

• * ** S.:\LEM SI:HJLATOR fCNCTIONS DIGIT_'i.L

-CDIG BISTABLES Ii 1. PZR HIGH PRESS RX TRIP CH I BS I '1 PZR HIGH PRESS RX TRIP CH II BS ii L.

• i I ') PZR HIGH PRESS RX TRIP CH III BS I J. I .. I I .. 1 PZR HIGH PRESS RX TRIP CH IV BS -.r. I 5. PZR LOW PRESS RX TRIP CH I BS 6 . PZR LOW PRESS RX TRIP CH II BS I 7 . PZR LOW PRESS RX TRIP CH III BS I i 8. PZR LOW PRESS RX TRIP CH IV BS II 9 PZR LOW PRESS SI CH I BS -I 1 n PZR LOW PRESS SI CH II BS 11-.; . .-1111 p7R LOW PRESS SI CH III BS _._ l -----!I 12. PZR LOW. PRESS BLOCK SI CH I BS lr-!11 ')

PZR LOW PRESS BLOCK SI CH II BS I jl4. PZR LOW PRESS BLOCK SI CH III BS I I, i:; PZR HIGH LVL RX TRIP CH I BS lis. PZR HIGH LVL RX TRIP CH II BS I J,17. PZR HIGH LVL RX TRIP CH III BS I 1 8 . COMPARATOR LC460C LOW LVL TRIP I 1 9 i "-. CO:VIP _\RA TOR LC460D 1121 GEN BI STABLES I 1 21 SG HI-HI LEVEL -'-. 2 . 21 SG HI-HI LEVEL I J. 21 SG HI-HI LEVEL c1

• 21 SG LO-LO LEVEL I HI LVL CH II CH III CH IV CH II TRIP BS BS BS BS Appendix 5 Page 17 of 35 SP-206 I I I (PR) I I I I (Sl) I *--

• 1121 5. 6 . 7. 8. 9 . 10. 111. *12. 13.

• l*'L 15. 116. j 17. 18. j22 1. 2. I 3. *L 5. 6 . 7.

• 8. SALEM SIMULATOR REMOTE FUNCTIONS DIGIT.:'\.L

-CDIG STEAM GEN BISTABLES CONT'D 21 SG LO-LO LEVEL CH III BS 21 SG LO-LO LEVEL CH IV BS 21 SG LO LEVEL ( 2 596) CH III BS .. 21 SG LO LEVEL ( 2 596) CH IV BS 21 SG FF CH I SF/FF MISMATCH BS 21 SG FF CH II SF /FF MIS:VIATCH BS 21 SG SF CH I SF/FF MISMATCH BS 21 SG SF CH II SF/FF MISMi\TCH BS 21 SG HI STM FLOW CH I BS 21 SG HI STM FLOW CH II BS 21 SG STM LI:NE DIFF CH I BS 21 SG ST'.1 LINE DIFF CH III BS 21 SG STM LINE DIFF CH IV BS 21 SG LOW PRESS SI CH IV BS STEAM GEN BISTABLES 22 SG HI-HI LEVEL CH 22 SG HI-HI LEVEL CH 22 SG HI-HI LEVEL CH 22 SG LO-LO LEVEL CH 22 SG LO-LO LEVEL CH 22 SG LO-LO LEVEL CH 22 SG LO LEVEL (25%) 22 SG LO LEVEL ( 2 596) I BS III BS IV BS I BS III IV CH CH BS BS III BS lV BS Appendix 5 Page 18 of 35 SP-206 (Sl) i (S2) I

• ij22 I 9. 10. 11. 12. 13. 14. 15. 16. 17.

• 18. I 1123 1. 2. 3. I 4. 5. 6 . 7. 8 . 9. 10. 11.

• 12. 13. SALEM SIMULATOR REMOTE FUNCTIONS DIGITAL -CDIG STEAM GEN BI STABLES CONT'D 22 SG FF CH I SF/FF MISMATCH BS 22 SG FF CH II SF/FF MISMATCH BS 22 SG SF CH I SF /FF BS 22 SG SF CH II SF/FF MISMATCH BS 22 SG HI STM FLOW CH I BS 22 SG HI ST:.'1 FLOW CH II BS 22 SG STM LINE DIFF CH I BS 22 SG STM LINE DIFF CH II BS 22 SG STM LINE DIFF CH III BS 22 SG LOW PRESS SI CH III BS STEAM GEN BI STABLES 23 SG 23 SG 23 SG 23 SG 23 SG 23 SG 23 SG 23 SG 23 SG 23 SG 23 SG 23 SG 23 SG HI-HI LEVEL CH I BS HI-HI LEVEL CH III BS HI-HI LEVEL CH IV BS LO-LO LEVEL CH I BS LO-LO LEVEL CH III BS LO-LO LEVEL CH IV BS LO LEVEL (25%) CH III BS LO LEVEL (25%) CH IV BS FF CH I SF/FF MISMATCH BS FF SF SF HI CH II SF/FF MISMATCH BS CH I SF/FF MISMATCH BS CH II SF/FF MISMATCH BS STM FLOW CH I BS Appendix 5 Page 19 of 35 SP-206 (S2) I ( S3) I

• j23 STEAM I lL 23 I j15. 23 I 16. 23 I I 117. 23 18. 23 124 STEAM 1. 24 ,, 24 6. I ! I i 3. 2 :1 I

• i I ,, 2 -d -:i:. I I 5. 24 I I I 6 . 2.J I 7. 2 ;J j I I 8. 2-1 I 9. 24 I j10. 24 1 ' _J_ J_

• 24 12. 24 l1J. 2 ,, -1 LL 24 115. 24 16. 2 cl ** 17. 24 18. 24 SALE:-1: SPHJLATOR FUNCTIONS DIGITAL -CDIG GEN BI STABLES CONT'D SG HI STM FLOW CH II BS SG ST:VI LINE DIFF CH I BS SG STM LINE DIFF CH II BS SG STi"l LINE DIFF CH III BS SG LOW PRESS SI CH IV BS GEN BI STABLES SG HI-HI LEVEL CH II BS SG HI-HI LEVEL CH III BS SG HI-HI LEVEL CH IV BS SG LO-LO LEVEL CH II BS SG LO-LO LEVEL CH III BS SG LO-LO LEVEL CH IV BS SG LO LEVEL ( 2 596) CH III BS SG LO LEVEL ( 2 596) CH IV BS SG FF CH I SF/FF MISMATCH BS SG FF CH II SF/FF MISMATCH BS SG SF CH I SF/FF :!ISMATCH BS SG SF CH II SF/FF MISMATCH BS SG HI STM FLOW CH I BS SG HI STM FLOW CH II BS SG STM LI:JE DIFF CH I BS SG STM LINE DIFF CH II BS SG STM LINE DIFF CH IV BS SG\LOW PRESS SI CH IV BS Appendix 5 Page 20 of 35 SP-206 (SJ) I I I (S4) I I I I

• * ** SALEM SPIFLATOR REMOTE FUKCTIONS DIGITAL -CDIG II EQUIPMENT TAG OUT 1. 1. 2RH1 Sl'CT. ISOL. TAGGED OUT I 2. 2RH2 COM. SUCT. ISOL. TAGGED OUT I 3. 21SJ54 ACC. TNK OUTLT TAGGED OUT I -L 22SJ54 ACC. TNK OUT LT TAGGED OUT I I 5. 23SJ54 T>JK OUTLT TAGGED OUT 6. 24SJ54 .\CC. T:-!K OUT LT 'L\GGED OUT 7 . 21S.J4.J SIS PU!'lP VALVE TAGGED OUT l 8 . 22SJ4,l SIS PUMP VALVE TAGGED OUT !VALVES MANUAL CONTROL OVERRIDES 11 1. T_?\KE !IA\IUAL CO\TROL ii 2. T_\KE '."!A)i"C AL CO:\"TROL I ') T_\KE :VIA:'-il'AL CONTROL ! I I -L T_\KE ::VLi\:JUAL CONTROL I I 5. TA.KE :VIA?\ UAL CONTROL I I 6 . TAKE :VIA'.'JUAL CONTROL I I I 7. TAKE UAL CONTROL I I 8. T.?\KE MANUAL CONTROL I 9. ;"VJA'.'JUALLY OPEN 21SW20 I 10. :"IA\TALLY OPEN 22SW20 I 11. MA?-JU.\LL Y OPEN 23SW20 12.

OPEN 24SW20 OF OF OF Of OF OF OF OF TO TO TO TO 21BF19 22BF19 23BF19 24BF19 21BF40 22BF40 23BF40 24BF40 2 596 2 596 2 596 2 596 Appendix 5 Page 21 of 35 SP-206 . (CT) ,, (MX) I I I I

• * * !!REACTOR COOLANT SYSTEM SALEM SIMULATOR REMOTE FUNCTIONS MONITORED VARIABLES I 1. TAVE -T REF DEVIATION

2. RCS PRESSURE-PT-403

3. 21 RC LOOP T AVG 4. 22 RC LOOP T AVG [ s. 23 RC LOOP T AVG 6. 24 RC LOOP T AVG 7. 21 RC LOOP TH 8. 21 RC LOOP TC 22 RC LOOP TH 22 RC LOOP TC 23 RC LOOP TH 23 RC LOOP TC 113. 24 RC LOOP TH 24 RC LOOP TC 21 RC LOOP FLOW 22 RC LOOP FLOW 23 RC LOOP FLOW 24 RC LOOP FLOW I Jl 9. 21 RCP NO 1 SEAL LEAKOFF FLOW SP-206 (RC) j20. 22 RCP 1 SEAL LEAKOFF FLOW 21. 23 RCP NO 1 SEAL LEAKOFF FLOW 24 RCP NO 1 SEAL LEAKOFF FLOW 23. HOTTEST INCORE T/C TEMP. 24. SUBCOOLED Appendix 5 Page 22 of 35

• *

• SALEM SIMULATOR REMOTE VARIABLES

!I REACTOR COOLANT SYSTEM CONT'D I 125. .SUBCOOLED RCS VOID FRACTIO>J I 26. I 127. RX HL\D 9o VOIDS I 23. RX VESSEL LEVEL I CHEMICAL VOLUME CONTROL SYSTEM 1. 2 . I I 3. I 4. 5. I 6. I 7. I 8 . I 9 . 10. 111. 112. I 13. 14. 15. 16. 17. 18. !19. I LETDOWN FLOW CHARGI:\G FLOW (FE-128) 21 RCP SEAL I'.\'JECTION FLOW 22 RCP SEAL L\I,JECTION FLOW 23 RCP SE}\L I'.\JECTIO'.\/

FLOW 24 RCP SE2\L I:\IJECTION FLOW REGEN HX CHARGI:'liG Ol'.TLET TEMP REGE}J HX LETDOWN INLET TE::'1P REGE'.'J HX LETDOWN OUTLET TEL"IP LETDOWN HX OUTLET TEMP LETDOWN HX OUTLET PRESS ccw OUTLET TEMP FROM LETDOWN HX 2CV35 VALVE POS 95DEVERTED VCT TEMP. VCT LEVEL LT-112 VCT LEVEL LT-114 VCT PRESS 21 eves HUT LEVEL 22 eves HUT LEVEL Appendix 5 Page 23 of 35 SP-206 (RC) I I (CV) I I I I I I I I -I I i I I I I

• *

• I SALEM SIMUL\TOR REMOTE FCNCTIONS VARIABLES I CHEMICAL AND VOLUME CONTROL SYSTEM CONT'D ij2o. 23 eves HUT LEVEL II PRESSURIZER Ji 1. PRZ PRESSURE I 2. PRZ LEVEL (HOT CALIB.)

• I 3. PRZ LEVEL (COLD CALIB.} 4. PRZ LEVEL PROGRAM I 5. PRZ \'.\FOR PRZ LIQUID PRZ TEMP. PRZ SPRAYLIXE FLOW SP-206 (CV) {PR) PRT PRESStTRE .

PRT I FLOWRATE INTO PRT 1 14. TEMP DOWNSTEAM PR-3 115. TEMP DOWNSTEAM PR-4 i 16. TEMP DOWNSTEAM PR-5

17. TEMP DOWNSTEAM PORV'S COMPONENT COOLING/SERVICE WATER I 1. 21 SW NUC HDR PRESS 2. 22 SW HDR PRESS 3. TURB BLDG SW HDR PRESS 4. 21 RCP THERMAL BARRIER OUT FLOW Appendix 5 Page 24 of 35 (CC)

• *

• I I I I I .SALEM SIMULATOR REMOTE FUNCTIONS

'10NITORED VARIABLES COMPONENT COOLING/SERVICE WATER CONT'D 5. 22 RCP THER'.1AL BARRIER OlJT fLOW 6 . 23 RCP THERMAL BARRIER OUT fLOW '"7 :H RCP THER;'-'IAL B.i'.\.RRIER OUT FLOW I* 8 . 21 RCP :'."IOTOR COOLER OUTLET FLOW 9. 22 RCP '.10TOR COOLER OUTLET FLOW 10. 23 RCP ':'JOTOR COOLER OUTLET FLOW 11. 2 cl RCP :v!OTOR COOLER OUTLET FLOW 12. ccw SURGE TANK LEVEL A 13. CCW SCRGE T}\NK LEVEL B 1 ,1 J..ct

• 21 ccw HX INLET TE:'1P 15. 21 er:\\' HX Ol!TLET TEMP 16. 22 ccw HX TEMP 17. 22 ccw HX OCT LET TE'.'1P ,,RESID. HEAT REMOVAL/CONT.

SPRAY 1 21 -'-. 2 . 22 3. 21 I 4. 22 5. 21 I 6 . 22 I 7. 21 8. 22 9 . cs RHR PU'.'1P DISCHARGE RHR PU:'-'1P DISCHARGE RHR HX OUTLET TEMP RHR RX OUTLET TEMP RHR RX RHR FLOW RHR HX RHR FLOW CONT SPR.i\Y HDR FLOW CONT SPRAY HDR FLOW ADDITIVE TANK LEVEL FLOW FLOW Appendix 5 Page 25 of 35 SP-206 {CC) (RH) I I

• *

• SALEM SI'.'1lJLi\TOR REMOTE VARIABLES ii EMERGENCY CORE COOLING I 1. BIT FLOW I 2. BIT DISCHARGE PRESSURE I 3 . 21 COLD LEG INJECTION FLOW -L ') ') COLD LEG I:JJECTION Fi ow I 5. 23 COLD LEG INJECTION FLOW 6 . 2 ,, .,. COLD LEG I:'-JJECTION FLOW 7. ') ') .:_,J HOT LEG REC I RC FLOW 8. 24 HOT LEG REC I RC FLOW 9 . RWST LEVEL 110. 21 _\CCl"::Vll7L\TOR LEVEL I I 1 1 i .L -* 22 A.CClJ:"'.!ULATOR LEVEL 112. 23 ACCl7:'1l"L\.TOR LEVEL I I 1 1 2 *J ACCF:1UL\TOR LEVEL l: 21 1\CCUMl'L\TOR PRESSURE l ..L-::l:.

15. 22 ACCl'MUL\TOR PRESSURE 116. 23 .\CCUMULATOR PRESSURE 24 ACCUMULATOR PRESSURE ,17. I I 1 s . 21 SI PUMP DISCHARGE FLOW 19. 22 SI PUMP DISCHARGE FLOW I MALFUNCTION FLOW RATES 1. 21 S/G 2 . 22 S/G ') 23 S/G . J. 4 . 24 S/G PRI->SEC PRI->SEC PRI->SEC PRI --> SEC LEAK}\.GE LEAK.i\GE LEAKAGE LEAK.\ GE Appendix 5 Page 26 of 35 SP-206 (EC) I I (MF) I

• *

• SALEM SIMULATOR REMOTE FCNCTIONS VARIABLES

!I MALFUNCTION FLOW RATES CONT'D I 5. I 6. I 7 . I I 8. I 9 . . 10. 111. 12. I 113. I *1 .1 I -'-er * ! Jis. I 116. 17. I I is. I 119. 120. I 21. ! 22. I 123. 124. 25. 26. 27. I I 2s. i 21 RCP THERM. BARRIER LEAK 22 RCP THERM. BA.RR I ER LEAK 23 RCP THERM. BARRIER LEAK 2'-1 RCP THER::VI.

BARRIER LEAK LETDOW'.\" LI:'.'JE TO CONT . LEAK NO'.\ REG EX HT EX TUBE LL\K PENE. BETWEE'.\I CV71 & CV68 LEAK 21 22 23 24 21 22 23 24 :vlS 21 22 21 22 SW 21 22 23 MS LI:JE RUPTURE BEFORE ORIFICE :vi: C' LI LI:'-iE RlJPTlTRE BEFORE ORIFICE LI:\"E Rl'PTCRE BEFORE ORIFICE '."JC' LI LI'.'JE RUPTURE BEFORE ORIFICE :'-1S LI'.'JE Rl'PTURE AFTER ORIFICE '."1S LI\E RUPTURE AFTER ORIFICE LI:\JE RUPTURE AFTER ORIFICE :VIS LI'.'JE RUPTURE AFTER ORIFICE BREAK A MIXING BOTTLE SW HDR LEAK IN PENE ARK\ SW HDR LEAK IN PENE AREA SW HDR LEAK IN SW STRUCTURE SW HDR LEAK IN SW STRUCTURE LL\K INTO 23 CFCD SI ,\CCDMULATOR SI ACCUMULATOR SI .\CCUMULATOR LEAK LEAK LEAK Appendix 5 Page 27 of 35 SP-206 I (MF) I I 11 I I I I I *, I

• * *-SALEM SIMULATOR REMOTE FUNCTIONS VARIABLES 11 MALFUNCTION FLOW RATES CONT'D 129. 24 SI ACCCMULATOR LEAK 'I CONTAINMENT

1. CONTAINMENT TEMPERATURE i I ') CO>JT.\INMENT PRESSURE . 6. 3. CONTADJMENT HUMIDITY 4. CO>l"TAINMENT SlTMP LEVEL 5. CO.\'T'UNMENT

[H2] '!AUXILIARY FEEDWATER I 1. AFW STORAGE TANK I 2. I I 3. I I -L I 11 5. I STEAM 1. I 2. 3. I I 4. I 5. I 6. 7. 8 . 9. 10. LEVEL ,\FW FLOW TO 21 SIG AFW FLOW TO 22 SIG .. \FW FLOW TO 23 SIG AFW FLOW TO 24 SIG GENERATOR

?1 SIG 22 SIG 23 SIG 24 SIG 21 SIG 22 SIG 23 SIG 24 SIG 21 SIG 22 SIG NARROW RANGE NARROW RANGE NARROW RANGE NARROW RANGE STEAM FLOW STEAM FLOW STEAM FLOW STEAM FLOW FEED FLOW FEED FLOW LEVEL LEVEL LEVEL LEVEL Appendix 5 Page 28 of 35 SP-206 (MF) I I (CN) I I (AF) i I I {SG) I I

• *

• SALEM SIMULATOR REMOTE FUNCTIONS MONITORED VARIABLES ilSTEAM GENERATOR CONT'D Ill. 23 SIG FEED FLOW I 112. 24 SIG FEED FLOW 13. 21 SIG WIDE RA:-IGE LEVEL 14. ') ') SIG WIDE R.\NGE LEVEL. .: . .c ... 15. 23 SIG \\"'IDE RA . .NGE LEVEL 16. ') *1 .w '-:t SIG WIDE RANGE LEVEL 117. 21 STEAM GENERATOR PRESS I 1 s . ') ') STEAM G E:\IER.i\

TOR PRESS c...c... I 119. 23 STE_\:'-1 GENERATOR PRESS 20. 24 STEA;>1 GENERATOR PRESS 21. 21 SIG STE_\:Vl TEMP I 1::: 22 S/G STL\:Vl TEMP 23 S/G STEA:Vl TEMP I I I 2 i I 24 SIG STK\M TEMP I 25. STL\:Vl DC:VIP ( 96 OF FULL CAPACITY)

26. 21 S/G BLOWDOWN FLOW I ') 7 22 S/G BLOWDOWN FLOW I . 23 S/G BLOWDOWN FLOW 28. 29. 24 SIG BLOWDOWN FLOW I SECONDARY SYSTEMS 1. I 2 . I 3 . -L ::-:Li\IN CONDENSER BACK PRESSURE MAIN CONDENSER VACUUM 21 SGFP 22 SGFP SUCT SUCT PRESS PRESS Appendi::;:

5 Page 29 of 35 SP--206 (SG) I I I I I I (SS) I

• *

• SALEM SIMlJLATOR REMOTE FUNCTIONS MONITORED VARIABLES JI SYSTEMS CONT'D ii 5. 21 SGFP SPEED I 6. I I 7. I 8 . 9 . 10. 11. I 1 2 . 113. J._ -* 11 j I 1 c; I ...L....J

• 16. 17. 18. 119. 120. 121. 22. 23. 24. 25. j26. IMAIN I 1. 22 SGFP SPEED '."IAIN STEA'."! PRESS PT-507 .. ST STEAM PRESS PT-506 21 & 22 HJ HTR DI LET TEMP ') ') 6,J Fi'" HTR I::JLET TE'."IP ') ,, 6-:t FW HTR l)JLET TE::VIP 25 f W HTR INLET TEMP 26 f\\' HTR I:'.'JLET TE::VIP 26 FW HTR Ol'TLET TE"'IP 21A HOTWELL LEVEL 218 HOTWELL LEVEL 22A HOTWELL LEVEL 228 HOTWELL LEVEL 23A HOTWELL LEVEL 238 HOTWELL LEVEL 212\ CIRC WATER BOX VACUUM 21B CIRC WATER BOX V,\Cl:U:vi 22A CIRC WATER BOX VACUUM 22B CIRC WATER BOX VACUUM ' 232\ CIRC WATER BOX VACUUM 238 CIRC WATER BOX VACUUM TURBINE I LUBE OIL GENERATOR OUTPUT,:::!W Appendix 5 Page 30 of 35 SP-206 (SS) I I I I ' I I I I I (MT) I I

• *

• SALEM SIMULATOR REMOTE FUNCTIONS MONITORED VARIABLES TURBINE I LUBE OIL CONT'D I 2. !L\IN Tl:RBINE SPEED 3. .:VIAI:\ Tt:RB OIL TEMP I ,1 -+/-

• GOV Vc\LVE POSITION 21:'1S29 5. GOV VALVE POSITION 22MS29 6. GOV VALVE POSITION 23MS29 7 . GOV VALVE POSITION 24MS29 8 .

TURB BK\RINGS #09 ERATURE 9 . :'IAIN TURB BK\RIXGS #10 TE::-1PERATURE I 110. .:VIAIX TCRB BEARINGS #11 TEMP TURE I 111. MAI\" Tl'RB BEARING.S

1. 12 TEMPERATURE I NUCLEAR INSTRUMENTATION

1. ::\41 2 . :\'42 I 3. :.; 4 3 I I I 4. N'44 I 5. IR 6. IR 7. SR 8 . SR 9 . IR 10. IR 11. SR 12. SR 13. N41 REACTOR POWER RL\CTOR POWER RL\CTOR POWER RE2\.CTOR POWER CH I NEUTRON LEVEL CH II NEUTRON LEVEL CH I NEUTRON LEVEL CH II NEUTRON LEVEL CH I SUR CH II SUR CH I SUR CH II SlJR DELT2\ I Appendix 5 Page 31 of 35 SP-206 (MT) I ,I (NI} 'I i I II I

• *

• S_i\LEM SIMULATOR REMOTE FUNCTIONS MONITORED VARIABLES

!I NUCLEAR INSTRUMENTATION CONT'D I 114. :\I42 DELTA I 115. N43 DELTA I >J44 DELTA I I 16. I 17. DELTA I UPPER 18. DELTA I LOWER 19. LOc_i\LIZED FLUX 20. LOCALIZED FLUX ' ') 1 LOCALIZED FLUX 1::* LOCALIZED FLUX I '"6

• I 23. LOCALIZED FLUX 2-L LOCALIZED FLUX j2s. LOC\LIZED FLl'X i 26. LOCALIZED FLUX I i27. Loc_:\LIZED FLUX I 128. LOCALIZED FLUX 29. LOCALIZED FLUX 30. LOC"i\LIZED FLUX il REACTIVITY CONTROL 1. CONTROL BANK A 2 . CONTROL BANK B 3. CONTROL BANK c 4 . CONTROL BANK D 5. RCS BORON CONC 6 . PZR BORON CONC LIMIT LIMIT NODE NODE );ODE >JODE NODE NODE :\JODE NODE '.'JODE NODE NODE NODE I ROD GROUP GROUP GROUP GROUP 4 1 2 3 4 5 6 7 8 9 10 11 12 CONTROL POSITION POSITION POSITION POSITION Appendix 5 Page 32 of 35 SP-206 (NI) .(RR) I -

• * ** REACTIVITY CONTROL I 7 . RX CORE XENON 8. CORE REACTIVITY SALEM SIMULl1.TOR REMOTE FUNCTIONS MONITORED VARIABLES I ROD CONTROL CONT'D I RADIATION MONOTORING J 1. 2 . 3. 4 . 5. 6. 7. 8 . 9 . 10. 11. 12. 13. 14. 15. 16. 17. 1 8 . 19. 20. 21. 2RlA CONTROL ROOM AREA 2R2 CONTAINMENT 2R4 CHARGING PUMP ROOM 2R7 IN-CORE SEAL TABLE 2Rl O_l\ PERSONNEL HATCH EL 100 2R10B 2R34 2R42A 2R42B 2R42C 2R42D 2R47 2R44A 2R44B 2R24A 2R24B 2R25 2R26 2R38 2R40 2R1B PERSONNEL HATCH EL 130 MECH PENT .I.REA EL 100 21 GAS DECAY TANK 22 GliS DECAY TANK 23 GAS DECAY TANK 24 GAS DECAY TANK ELECT PENT AREA EL 78 CONT POST LOCA HIGH RANGE CONT POST LOCA HI_GH RANGE 21 SEAL INJECTION FILTER 22 SEAL INJECTION FILTER SEAL WATER FILTER REACTOR COOL.l\NT FILTER STM GEN SLOWDOWN FILTER CONDENSATE FILTER CONTROL ROOM INTAKE DUCT Appendix 5 Page 33 of 35 SP-206 (RR) I (RM) I I I I

• * ** I RADIATION

22. 2R11A 23. 2R12A 24. 2R12B 25. 2R13A 26. 2R13B 27. 2R13C 28. 2R15 29. 2R16 30. 2R17A 31. 2R17B 32. 2R18 33. 2Rl9A 34. 2R19B 35. 2R19C 36. 2R19D 37. 2R31 138. 2R35 39. 2R41A 40. 2R41B 41. 2R41C SA.LEM SIMULATOR REMOTE FUNCTIONS MONITORED VARIABLES MONITORING CONT'D CONTAINMENT PARTICULATE CONTAINMENT NOBLE GAS CONTAINMENT IODINE 21 CFCU COOLING WATER 22 & 24 CFCU COOLING WATER 23 & 25 CFCU COOLING WATER CONDENSER AIR EJECTOR PLANT VENT GROSS COMPONENT COOLING COMPONENT COOLING LIQUID Wl\STE DISPOSAL 21 STEAM GENERATOR SLOWDOWN 22 STEAM GENERATOR SLOWDOWN 23 STEAM GENERATOR SLOWDOWN 24 STEAM GENERATOR SLOWDOWN LETDOWN FAILED FUEL STEAM GENERATOR SLOWDOWN FILTER PLANT VENT PARTICULATE PLANT VENT IODINE PLANT VENT NOBLE GAS 42. 2R45A-PLANT VENT 43. 2R45B 44. 2R45C 45. 2R45D PLANT VENT PLANT VENT PLANT VENT Appendix 5 Page 34 of 35 SP-206 (RM) I '

• * , *. ' ' SALEM SIMULATOR REMOTE FUNCTIONS MONITORED VARIABLES I RADIATION MONITORING CONT'D 46. 2R46A 22 STEAMLINE MONITOR j47. 2R.:l6B 24 STEA.ML I NE MONITOR I I 48. 2R46C 21 STEAMLINE MONITOR 49. 2R46D 23 STEl1.MLINE

'.'10NITOR 150. 2R46E COMMON DISCHARGE OF R46A-D 1 SQUARE ROOT METER FLOW (ANS TESTING) 1. RHR COOLDOWN REC I RC FLOW ') 21 RHR INJECTION FLOW "' . 3. 22 RHR INJECTION FLOW 4. 21 RHR ccw OLTTLET FLOW I I 5. ') ') RHR ccw OUTLET FLOW I I 6. CO>TTAINME:\"T SPA.RY ADD. TANK FLOW 7. CHG. PUMP DISCHARGE (BIT) FLOW I MISCELLANEOUS I Appendix 5 Page 35 of 35 -SP-206 (RM) I I (SQ} I (MS) I I

• *

• HOPE CREEK & SALEM SIMULATOR Station Procedure Performance Database SP-206 All plant operating procedures located in the simulator are performed to evaluate the ability to accomplish each on the simulator, the evaluation includes all steps of the procedure performed in the control room, and those steps performed in-plant for which REMOTE FUNCTIONS are provided.

Any procedural step performed in-plant for which a REMOTE FUNCTION is not provided is assumed to be satisfactorily completed.

All Integrated Operating Procedures, and the System Operating Procedures required to support them are performed and evaluated in conjunction with the Demonstration of Normal Operations (Appendix 10). Those procedural steps not performed or not accomplished in accordance with this demonstration, and all other procedures are performed and evaluated individually.

The results of the evaluation of each procedure are maintained in the Simulator vs Station Procedure Database, identifying any limitations encountered with the execution of the identified procedure.

All procedural differences are identified in the associated Station Procedural Performance Database and evaluated for training impact and assigned one of the following status codes by the Simulator Performance Engineer:

N None s Slight M Moderate L Large All steps in the procedure can be performed in the simulator . Some steps in the procedure can not be performed in the simulator either because system/component is not simulated or system/component is outside the control room. Performance of this procedure will result in no operator error or equipment failure. Some steps in the procedure can not be performed in the simulator either_ because system/component is not simulated or system/component is outside the control room. Performance of this procedure may result in operator error or equipment failure. Can not perform critical steps of this procedure on the simulator. (operator error or equipment failure is likely) . The database contains the following fields: Procedure number: identifies the procedure performed.

Revision:

the latest revision evaluated.

ACN: Advanced Change Notice.

Description:

the procedure title. Simulator vs Reference Plant: a description of any limitations encountered during the performance of the procedure}.

Appendix 6 Page 1 of 2 Date: 08/04/89 Rev.:

• SAT: N/S: LOCAL: DELETED: SP-206 All steps performed from the control room can be accomplished.

Not simulated.

The evolution performed is beyond the scope of simulation.

All evolutions performed are either local manipulations or observations.

The identified procedure has been deleted by the initiating department.

Unit 1 vs Unit 2: (Salem only) a description of any differences between Unit 1 and Unit 2. VALIDATED:

overall assessment of the procedure.

IMPACT: Impact assessment as assigned by Simulator Performance Engineer.

All revisions to the identified procedures are reviewed and evaluated by the Simulator Configuration Engineer and/or Simulator Performance Engineer to determine limitations encountered.

If the revision incorporated an editorial or organizational change with no impact on the execution of the procedure the revision number in the Station Procedure Performance Database is changed to reflect the higher revision . If the revision incorporated a change that alters the method of performance, the affected sections of the procedure are performed and re-evaluated.

The results are entered in the appropriate fields of the Station Procedure Performance Database.

If the procedural change is initiated as a result of a station modification.

the procedure will be made available for training.

The DCP number will be entered in the database until the modification is incorporated into the simulator.

At that time the entire procedure will be re-evaluated and the Station Procedure Database updated. Appendix 6 Page 2 of 2 Date: 08/04/89 Rev.: _ _.oo __ _

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• SORTED BY PROCEDURE NUMBER PROCEDURE NUMBER REV ACN DESCRIPTION SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

=== ============================== ===========================

==

======== 2-4.0. 5V-DA-6 01 INSERVICE TESTING -VALVES N/S NONE N DIESEL AUXILIARIES 2-4. 0. 5V-MAINT 01 INSERVICE TESTING -VALVES N/S NONE N MAINTENANCE 2-4.0.5V-MISC-1 03 01 INSERVICE TESTING -VALVES COS 2-1 N/S NONE SAT N MISCELLANEOUS 2-4.0.5V-MS-1 01 02 INSERVICE TESTING -VALVES NONE NONE SAT MAIN STEAM AND BOILER FEED 2-4.0.5V-MS-5 01 01 INSERVICE TESTING VALVES MAIN COS 3 H/S NOHE SAT s STEAM AND BOILER FEED 2-4.0.5V-RC-5 00 INSERVICE TESTING -VALVES DELETED DELETED N REACTOR COOLAHT

• 2-4.0.5V-RH-1 04 01 INSERVICE TESTING -VALVES NONE NONE SAT RESIDUAL HEAT REMOVAL 2-4.0.5V-RH-4 00 01 INSERVICE TESTING -RESIDUAL 9/13/89 -NO UNIT SAT HEAT REMOVAL DIFFERENCES 2-4. 0. 5V-RH-6 01 01 INSERVICE TESTING -VALVES N/S NONE N RESIDUAL HEAT REMOVAL 2-4.0.5V-ROOM 02 INSERVICE TESTING -ROOM N/S UNIT I ONLY CHECKS N COOLERS COOLERS 12CS PUMP AND 12 RHR PUMP ROOM COOLERS MODULATING VALVES UNIT II CHECKS ALL ROOM COOLER MODULATING VALVES 2-4.0.5V-RPI-AB 00 02 IST -REMOTE POSITION N/S NONE N VERIFICATION

-AUX BLDG 2-4.0.SV-RPI-CONT 00 02 IST -VLVS REMOTE POSTION N/S UNIT II TESTS N INDICATION VERIFICATION TEST 21-24SJ54's UNIT I CONT DOES NOT 2-4.0.5V-RPI-MD5 00 02 IST -REMOTE POSITION N/S NONE N VERIFICATION

-COLD SHUTDOWN

• Page No. 12/27/89 PROCEDURE NUMBER REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== 2-4.0.5V-RPI-PEN 00 02 IST -REMOTE POSITION N/S 2-4.0.5V-RPI-SW 2-4.0.5V-SJ-1 2-4.0.5V-SJ-3 2-4.0.5V-SJ-5 00 VERIFICATION

-PENETRATION AREA IST -VLVS REMOTE PST N/S INDICATION VERF TEST SVR WTR BLDG 04 03 INSERVICE TESTING -VALVES -COS 2-1 N/S SAFETY INJECTION 00 01 INSERVICE TESTING -VALVES -NONE SAFETY INJECTION 01 03 INSERVICE TESTING -VALVES -COS 2-1 N/S SAFETY INJECTION NONE N NONE N NONE SAT s NONE SAT NONE SAT

• 2-4.0.5V-SJ-6 01 INSERVICE TESTING -VALVES SAFETY INJECTION DELETED DELETED 2-4.0.5V-SS-1 2-4.0.5V-SW-1 2-4.0.5V-SW-5 2-4.0.5V-SW-5A 2-4.0.5V-VC-1 2-4.0.5V-VC-5 2-4.05V-RPI-AB

• 00 01 INSERVICE TESTING -VALVES SAMPLING SYSTEM 02 00 INSERVICE TESTING -VALVES SERVICE WATER INSERVICE TESTING -VALVES SERVICE WATER NONE NONE NONE 00 INSERVICE TESTING -SW79 VALVES N/S 00 01 INSERVICE TESTING -VALVES CONTAINMENT VENTILATION 00 01 INSERVICE TESTING -VAVLES CONTAINMENT VENTILATION 00 IST -VLVS REMOTE PST INDICATION VERF TEST AUX BUILDING NONE N/S N/S NONE SAT UNIT I HAS SAT INSTRUCTIONS FOR BACKWASHING 12 COMPONENT COOLING HEAT EXCHANGER.

UNIT II DIRECTS SAT OPERATOR TO OPEN 2SW26 UNIT I DOES NOT NONE NONE SAT NONE NONE N N N l I I I I I I

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• SORTED BY PROCEDURE NUMBER PROCEDURE NUMBER REV ACN DESCRIPTION SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

=== ===========================

==

======== 2-4.05V-RPI-AB 00 IST -VLVS REMOTE PST N/S NONE N INDICATION VERF TEST AUX BUILDING 2-4.1.2.lA 02 01 INSERVICE TESTING -SAFETY N/S NONE N INJECTION 2-4 .1. 2. lB 04 02 REACTIVITY CONTROL SYSTEMS -NONE UNIT II LINE-UP SAT BO RATION ALLOWS A FLOW PATH THROUGH THE BIT UNIT I DOES NOT 2-4.1.2.2D 02 BORATION FLOW RATE TEST NONE UNIT II ONLY SAT PROCEDURE 2-4.1.2.5A 03 02 REACTIVITY CONTROL SYSTEM -NONE UNIT II ONLY SAT BORATED WATER SOURCES PROCEDURE

• 2-4.1.3.1.2 02 02 REACTIVITY CONTROL SYSTEM -NONE 9/21/89 -NO UNIT SAT ROD CONTROL ASSEMBLIES DIFFERENCES 2-4.2.1.1 02 01 POWER DISTRIBUTION

-AXIAL NONE 9/21/89 -NO UNIT SAT FLUX DIFFERENCE DIFFERENCES 2-4.2.1.1 02 POWER DISTRIBUTION

-AXIAL NONE NO UNIT DIFFERENCES SAT FLUX DIFFERENCE 2-4.2.3.3 00 REACTOR COOLANT SYSTEM FLOW N/S UNIT 2 ONLY N RATE CALCULATION PROCEDURE 2-4.2.4.1 01 . POWER DISTRIBUTION

-QUADRANT NONE NO UNIT DIFFERENCES.

SAT POWER TILT RATIO UNIT 1 PROCEDURE NUMBER IS 4.2.4 2-4.3.1.1.1 00 REACTOR COOLANT PUMP STATUS NONE NONE SAT N INDICATION TEST 2-4.3.2.l(A)l 00 02 ENGINEERING SAFETY FEATURES -N/S NONE N MANUAL SAFETY INJECTION

-SSPS 2-4.3.2.l(A)2 00 03 ENGINEERING SAFETY FEATURES -N/S UNIT II ONLY N SEC SECTION -VITAL BUS 2A PROCEDURE

• 2-4.3.2.l(A)J 00 03 ENGINEERING SAFETY FEATURES -N/S UNIT II ONLY N MANUAL SI -SEC SECTION 2B PROCEDURE

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Page No. 12/27/89 SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2

• SORTED BY PROCEDURE NUMBER PROCEDURE NUMBER REV ACN DESCRIPTION SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT =================== === === ==============================

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======== 2-4.3.2.l(A)4 00 03 ENGINEERING SAFETY FEATURES -N/S UNIT II ONLY N MANUAL SI -SEC SECTION 2C PROCEDURE 2-4.3.2.l(A)5 00 ENG SAFETY FEATURES -MANUAL N/S NONE N SI -TURB TRIP A SEC BLOCK VERF 2-4.3.2.l(B) 02 01 ENGINEERED SAFETY FEATURES -N/S UNIT I PROCEDURE N CONTAINMENT ISOLATION NUMBER IS 4.3.2.l[B) 2-4. 3. 2. l(C) 01 01 ENGINEERED SAFETY FEATURES -N/S UNIT I LISTS N CONTAINMENT ISOLATION PHASE LOCATION OF JUMPERS "A" WHICH MUST BE INSTALLED TO ALLOW OPENING OF CV3, CV4 AND CV5, UNIT II

• DOES NOT. UNIT I PROCEDURES NUMBER IS 4.3.2.1.l(C) 2-4.3.2.l(D)

ENGINEERED SAFETY FEATURES -NONE UNIT 1 PROCEDURE SAT STEAMLINE ISOLATION NUMBER IS 4.3.2.1.l(D) 2-4.3.2.l(E-A) 03 09 ENGINEERED SAFETY FEATURES -N/S PROCEDURES ARE N SSPS SLAVE RELAY TEST TRAIN SPECIFIC FOR EACH "A" UNIT. UNIT I PROCEDURE NUMBER 4.3.2.11.(EB) 2-4.3.2.l(E-A)-1 00 01 ENGINEERED SAFETY FEATURE -DELETED DELETED SSPS SLAVE RELAY TEST TRAIN "A" 2-4.3.2.l(E-B) 04 10 ENGINEERED SAFETY FEATURES -N/S NONE N SSPS SLAVE RELAY TESTS TRAIN B 2-4.3.2.l[E-B)-l 01 ENGINEERED SAFETY FEATURE -DELETED DELETED SSPS SLAVE RELAY TEST TRAIN "B"

• 2-4.3.2.1.3 02 02 ENGINEERED SAFETY FEATURES -N/S NONE N

• Page No. 6 12/27/89 PROCEDURE NUMBER REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

=== ===========================

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======== 2-4.3.3.5 2-4.3.3.7 2-4.3.3.8

• 2-4.3.4.2 2-4.4.1.2.1 2-4.4.4.3 2-4.4.7.2 2-4.4.7.2(D)l 2-4.4.7.2.1 2-4.4.7.2.lD

• 2-4.4.7.2C 01 03 03 03 02 02 03 RESPONSE TIME TESTING INSTRUMENTATION

-REMOTE N/S SHUTDOWN PANEL INSTRUMENTATION

-POST N/S ACCIDENT MONITORING RADIATION MONITORING

-SOURCE CANNOT SOURCE CHECK RMS CHECKS MONITORS FROM SIMULATOR TURBINE OVERSPEED PROTECTION NONE REACTOR COOLANT SYSTEM -RCP NONE STATUS 03 01 PRESSURIZER HEATERS SIMULATOR CANNOT PERFORM REMOTE FUNCTIONS 02 01 UNIDENTIFIED/NOW-IDENTIFIED NONE LEAK RATE DETERMINATION 00 EMERGENCY CORE COOLING SYSTEM N/S -ECCS SUBSYSTEMS 03 EMERGENCY CORE COOLING SYSTEM N/S -ECCS SUBSYSTEMS 01 01 EMERGENCY CORE COOLING SYSTEMS N/S -ECCS SUBSYSTEMS 02 01 REACTOR COOLANT SYSTEMS -NONE NONE NONE PROCEDURES ARE COMPLETELY DIFFERENT.

UNITS HAVE DIFFERENT RADIATION MONITORING SYSTEMS. CANNOT SOURCE CHECK R45 MONITORS FROM SIMULATOR.

UNIT II ONLY PROCEDURE NONE MINOR DIFFERENCES WHICH DO NOT AFFECT PERFORMANCE OF PROCEDURE.

SAT SAT UNIT 1 PROCEDURE IS SAT NUMBERED 4.4.6.2 NONE PROCEDURES ARE SPECIFIC FOR EACH UNIT. UNIT 1 PROCEDURE IS NUMBERED 4.4.6.3 UNIT 2 ONLY PROCEDURE NO UNIT DIFFERENCES.

SAT N N s s s s N

• *

• Page No. 7 12/27/89 PROCEDURE NUMBER REV ACN DESCRIPTION SALEH SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== 2-4.4.7 .2D 03 01 2-4.5.lB 02 01 2-4.5.2B 03 01 2-4.5.2C 03 2-4.5.2D 01 2-4.5.2G 03 01 2-4.5.2H 02 01 CONTROLLED LEAKAGE MEASUREMENT REACTOR COOLANT SYSTEM -WATER NONE INVENTORY BALANCE EMERGENCY CORE COOLING -N/S ACCUMULATORS EMERGENCY CORE COOLING -ECCS N/S SUBSYSTEMS EMERGENCY CORE COOLING -ECCS N/S SUBSYSTEMS EMERGENCY CORE COOLING -ECCS N/S SUBSYSTEM CONTAINMENT SUMP EMERGENCY CORE COOLING -ECCS N/S THROTTLE VALVES THROTTLING VALVE FLOW BALANCE N/S VERIFICATION UNIT 1 PROCEDURE IS NUMBERED 4.4.6.2.C NO UNIT DIFFERENCES.

SAT UNIT 1 PROCEDURE IS NUMBERED 4.4.6.2D NONE S NONE N NONE N NONE 89 -NO UNIT N DIFFERENCES N/A SIMULATOR NONE N WHEN TESTING SAFETY N INJECTION PUMP MINIMUM FLOW FOR UNIT 1 IS 435 GPM MINIMUM FLOW FOR UNIT 2 IS 463 GPM. UNIT 2 HAS ACTUATION TO INSURE LOOP FLOWS ARE WITHIN 5 GPM OF ONE ANOTHER. WHEN TESTING CENTRIFUGAL CHARGING PUMPS UNIT 1 HAS CONTROL PRESSURIZER LEVEL USING 1RH21, THERE ALSO IS A CAUTION THAT IF 1RH21 FAILS AND CANNOT BE CLOSED CLOSE RH19's AND RH20. -1

• *

• Page No. 12/27/89 PROCEDURE NUMBER REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== 2-4.5.3.1 03 01 EMERGENCY CORE COOLING -ECCS NONE UNIT DIFFERNECES SAT SUBSYSTEMS UNIT 2 HAS A STEP TO VERIFY 2SJ1 AND 2SJ2 OPERABLE.

UNIT 1 DOES NOT 2-4.5.4.1 03 EMRGENCY CORE COOLING -BORON DELETED DELETED INJECTION TANK 2-4.5.4.2A 04 EMERGENCY CORE COOLING -VITAL N/S NONE s HEAT TRACING 2-4. 6 .1.1. lAl 04 CONTAINMENT SYSTEMS -PRIMARY N/S NONE N CONTAINMENT II 2-4.6.1.1.1A2 04 CONTAINMENT SYSTEMS -PRIMARY N/S NONE N CONTAINMENT I 2-4.6.1.3A 08 01 CONTAINMENT

-AIR LOCKS N/S NONE N 2-4. 6 .1. 3C 05 CONTAINMENT SYSTEM -AIR LOCKS N/S NONE N 2-4.6.1. 7 03 CONTAINMENT SYSTEM -PURGE CANNOT ISOLATE AIR TO VALVES NONE SAT s SUPPLY & EXHAUST ISOLATION ON SIMULATOR VLVS 2-4.6.2.lA 05 CONTAINMENT SYSTEM -SPRAY N/S NONE N SYSTEM 2-4.6.2.lC 01 CONTAINMENT SYSTEM -SPRAY N/S UNIT I PROCEDURE N SYSTEM NUMBER IS 4.6.2.lB 2-4.6.2.2B 02 CONTAINMENT SYSTEM -SPRAY N/S NONE N ADDITIVE 2-4.6.2.2D 04 01 CONTAINMENT SYSTEM -SPRAY N/S NONE N ADDITIVE 2-4.6.2.3A 03 01 CONTAINMENT SYSTEM -COOLING NONE NONE SAT SYSTEM 2-4.6.2.3B 00 CONTAINMENT SYSTEM -COOLING NONE NONE SAT SYSTEM

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Page No. 9 12/27/89 SALEM SIMULATOR

• PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER PROCEDURE NUMBER REV ACN DESCRIPTION SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== 2-4.6.3.2.lB 03 01 CONTAINMENT SYSTEM -N/S NONE N CONTAINMENT ISOLATION 2-4.7.1.2A 04 PLANT SYSTEMS -AUXILIARY N/S NONE N FEED WATER 2-4.7.1.2B 07 01 PLANT SYSTEMS -AUXILIARY N/S NONE N FEEDWATER 2-4.7.1.2C 03 01 PLANT SYSTEMS -AFWST TO EACH NONE NONE SAT STEAM GENERATOR 2-4.7.1.3.2 02 01 PLANT SYSTEMS -AUXILIARY FEED N/S UNIT 2 MUST EVALUATE N APPLICABILITY OF L.C.O. 3.7.1.3 ACTION B

• 2-4.7.1.3.4 00 AUXILIARY FEEDWATER SYSTEM N/S UNIT 2 ONLY N PROCEDURE 2-4.7.1.5 03 MAIN STEAM ISOLATION VAVLE NONE NONE SAT EMERGENCY CLOSE TIME RESPONSE 2-4.7.3.l 02 PLANT SYSTEMS -COMPONENT NONE NONE SAT COOLING 2-4.7.4A 01 PLANT SYSTEMS -SERVICE WATER N/S UNIT 1 PROCEDURE NUMBER 4.7.4.lA 2-4.7.6.l(D-2) 04 01 PLANT SYSTEMS -CONTROL ROOM DR 89-217 AND 89-218 PROCEDURE IS UNIT UN SAT s VENTILATION SPECIFIC DUE TO DIFFERNECES BETWEEN UNIT 1 AND UNIT 2 RADIATION MONITORING SYSTEMS 2-4.7.6.lA 04 PLANT SYSTEMS -CONTROL ROOM N/S NONE N VENTILATION 2-4.7. 7A 01 01 PLANT SYSTEMS -AUXILIARY NONE UNIT 1 PROCEDURE SAT BUILDING VENTILATION NUMBER 4.7.7.lA

• 2-4.8.1.1.lA 05 ELECTRICAL POWER SYSTEMS -NONE UNTI 1 HAS A BREAKER SAT ALIGNMENT ALIGNMENT THAT MUST BE MAINTAINED,

• Page No. 12/27/89 PROCEDURE NUMBER 10 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== UNIT 2 JUST SPECIFIES TRANSFORMERS 2-4.8.1.1.lB 02 ELECTRICAL POWER SOURCES -BUS ONLY MANUAL BUS TRANSFER IS NONE SAT TRANSFER APPLICABLE TO SIMULATOR 2-4.8.1.1.2 08 03 ELECTRICAL POWER SYSTEMS -N/S PROCEDURES ARE N EMERGENCY DIESELS SLIGHTLY DIFFERENT BUT ACCOMPLISH THE SAME TASK 2-4. 8 .1.1. 2 {Cl) 02 AC SOURCES -DIESEL INSPECTION N/S UNIT 1 PROCEDURE N NUMBER IS 4.8.1.1.2(Bl) 2-4.8.1.1.2[C7Al 00 02 DIESEL GENERATOR ENDURANCE RUN N/S UNIT 2 ONLY N *-& LOAD REJECTION TEST PROCEDURE 00 01 2B DIESEL GENERATOR ENDURANCE N/S UNIT 2 ONLY 2 4.8.1.1.2[C7B)

N RUN & LOAD REJECTION TEST PROCEDURE 2-4.8.1.l.2[C7C) 00 01 2C DIESEL GENERATOR ENDURANCE N/S UNIT 2 ONLY N RUN AND LOAD REJECTION PROCEDURE 2-4.8.1.1.2D 02 ELECTRICAL PWR SYS -DIESEL N/S UNIT 2 ONLY N GENE SIMULTANEOUS STARTING PROCEDURE 2-4.8.l.1.3A 04 01 ELECTRICAL POWER SYSTEMS -N/S NONE N DIESEL FUEL OIL 2-4.8.2.1 02 ELECTRICAL POWER SYSTEMS -AC N/S UNIT 1 AND UNIT 2 N DISTRIBUTION HAVE DIFFERENT VITAL INSTRUMENT INVERTERS PROCEDURE IS UNIT SPECIFIC.

2-4.8.2.3.1 02 ELECTRICAL POWER SYSTEMS -125 N/S NONE N VDC DISTRIBUTION 2-4.8.2.5.1 03 ELECTRICAL POWER SYSTEMS -28 N/S NONE N VDC DISTRIBUTION

• 2-4. 9 .12A 03 REFUELING OPERATIONS

-FUEL N/S NONE HANDLING BUILDING VENTILATION N

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======== 2-4.9.4 04 03 REFUELING OPERTAIONS

-N/S NONE N CONTAINMENT ISOLATION 2-AA ALM LST AUXILIARY ANNUNCIATOR SYS CONTROL ROOM AREA ALARM LIST 2-AATL 00 AUXILIARY ALARM TYPEWRITER LIST 2-AOP-BLACKOUT-1 00 01 STATION BLACKOUT MODES 3 NONE NONE SAT THROUGH 6 2-AOP-CA-l 00 01 COMPLETE LOSS OF CONTROL AIR CAN PERFORM ALL CONTROL ROOM NONE SAT FUNCTIONS 2-AOP-CA-2 00 01 PARTIAL LOSS OF CONTROL AIR NONE NONE SAT

• 2-AOP-CC-1 00 01 LOSS OF COMPONENT COOLING NO LEAK CAPABILITY NONE SAT s 2-AOP-CC-2 00 COMPONENT COOLING SYSTEM NONE NONE SAT s INLEAKAGE 2-AOP-CN-1 00 LOSS OF FEEDWATER PUMP NONE NONE SAT 2-AOP-CN-2 00 LOSS OF HEATER DRAIN PUMP NONE NONE SAT 2-AOP-CN-3 00 LOSS OF CONDENSATE PUMP NONE NONE SAT 2-AOP-COND-l 00 CONDENSER TUBE LEAK CAN'T DRAIN WATER BOXES NONE SAT 2-AOP-COND-2 01 01 LOSS OF CIRCULATING WATER CAN'T THROTTLE CV 74 & 83 NONE SAT s I AND/OR CONDENSER VACUUM I 2-AOP-CONT-1 00 LOSS OF CONTAINMENT INTEGRITY NONE NONE SAT I 2-AOP-ELEC-125V-A 00 LOSS OF lA 125VDC BUS NONE NONE SAT I I 2-AOP-ELEC-125V-B 00 LOSS OF lB 125VDC BUS NONE NONE SAT I I 2-AOP-ELEC-125VDC-C 00 LOSS OF lC 125VDC BUS NONE NONE SAT I 2-AOP-ELEC-21MAC 00 LOSS OF 21 MAC 115V N/S NONE *1

• DISTRIBUTION CABINET 2-AOP-ELEC-22MAC 00 LOSS OF 22 MAC 115V N/S NONE

• *

• Page No. 12/27/89 PROCEDURE NUMBER 12 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== DISTRIBUTION CABINET 2-AOP-ELEC-250-DC 00 LOSS OF 250 VDC BATTERY BUS N/S 2-AOP-ELEC-28V-A 00 LOSS OF lA 28VDC BUS N/S 2-AOP-ELEC-28V-B 00 LOSS OF lB 28VDC BUS N/S 2-AOP-ELEC-460/230V 00 02 LOSS OF lA 460/230V VITAL CAN'T SWAP BATTERY CHANGES -A BUSES 2-AOP-ELEC-460/230V 00 01 LOSS OF lB 460/230V VITAL SIMULATOR CAN'T SWAP BATTERY -B BUSES CHARGERS 2-AOP-ELEC-460/230V 00 01 LOSS OF lC 460/230V VITAL BUS SIMULATOR CAN'T SWAP CHARGERS -c 2-AOP-ELEC-4KV-A 01 01 LOSS OF lA 4KV VITAL BUS NONE 2-AOP-ELEC-4KV-B 01 01 LOSS OF lB 4KV VITAL BUS NONE 2-AOP-ELEC-4KV-C 01 01 LOSS OF lC 4KV VITAL BUS NONE 2-AOP-ELEC-VIB-A 00 LOSS OF lA 115V VITAL NONE INSTRUMENT BUS 2-AOP-ELEC-VIB-B 00 LOSS OF lB 115V VITAL NONE INSTRUMENT BUS 2-AOP-ELEC-VIB-C 00 LOSS OF lC 115V VITAL NONE INSTRUMENT BUS 2-AOP-ELEC-VIB-D 00 LOSS OF lD 115V VITAL NONE NONE NONE NONE NONE UNIT 1 DIRECTS SPDS TO BE MANUALLY SWAPPED TO ALTERNATE POWER SUPPLY UNIT 1 PROCEDURE DIRECTS SPDS TO BE SWAPPED TO IT'S BACKUP POWER WITHIN 30 MINUTES SINCE IT WON'T DO IT AUTOMATICALLY.

NONE UNIT 2 HAS STEP TO VERIFY ST21 OPEN PRIOR TO OPENING SW26 NONE NONE NONE NONE NONE s s SAT s SAT s SAT s SAT SAT SAT SAT SAT SAT SAT

• Page No. 12/27/89 PROCEDURE NUMBER 13 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== 2-AOP-EVAC-1 2-AOP-EVAC-2 2-AOP-FIRE-l 2-AOP-MED-1 2-AOP-NIS-l 2-AOP-NIS-2 2-AOP-NIS-3

• 2-AOP-NIS-4 2-AOP-PZR-1 2-AOP-PZR-2 2-AOP-RAD-l 2-AOP-RAD-2 2-AOP-RAD-3

• 2-AOP-RAD-4 INSTRUMENT BUS 00 03 CONTROL ROOM EVACUATION NONE 00 04 CNTL ROOM EVACUATION DUE TO FIRE IN THE CNTL ROOM/RELAY ROOM 01 CONTROL ROOM FIRE RESPONSE NONE 01 01 EMERGENCY MEDICAL RESPONSE NONE 00 MALFUNCTION OF A POWER RANGE NO RACK 26 00 MALFUNCTION OF AN INTERMEDIATE NONE RANGE 00 MALFUNCTION OF A SOURCE RANGE NONE 00 MALFUNCTION OF THE CHANNEL N/S &/OR DETECTOR CURRENT COMPARATOR 00 PRESSURIZER PRESSURE CONTROL NONE MALFUNCTION

-LOW PRESSURE 00 PRESSURIZER PRESSURE CONTROL NONE MALFUNCTION

-HIGH PRESSURE 00 LOSS OF REFUELING CAVITY N/S LEVELS 00 AREA RADIATION SYSTEM ALARM NONE 00 01 PROCESS RADIATION SYSTEM ALARM NONE 00 PROCESS FILTER RADIATION SYSTEM ALARM NONE NONE SAT NONE SAT NONE SAT NONE SAT s NONE SAT NONE SAT NONE N DEVIATION IN SAT APPENDIX 1 -STEP B 4.1.2 -CLOSE 1C9X NONE SAT NONE s DIFFERENCE IN SAT PROCEDURE DUE TO MONITOR DIFFERENCE DIFFERENCE IN SAT PROCEDURE DUE TO MONITOR DIFFERENCE BETWEEN UNITS. NONE SAT

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======== 2-AOP-RAD-5 00 FUEL HANDLING INCIDENT N/S NONE N 2-AOP-RCP-1 00 01 LOSS OF REACTOR COOLANT PUMP NONE NONE SAT AND OR FLOW 2-AOP-RCP-2 00 02 #1 SEAL FAILURE NONE CV107 NOT MENTIONED SAT IN UNIT 1 PROCEDURE.

STEP 3.15 DIFFERENT 2-AOP-RCP-3 00 01 LOSS OF SEAL INJECTION FLOW NONE NONE SAT 2-AOP-RCP-4 00 01 LOSS OF COMPONENT COOLING NONE NONE SAT WATER TO RCP 2-AOP-RCP-5 00 01 RCP HI VIBRATION NONE NONE SAT

• 2-AOP-RCP-6 00 01 RCP MOTOR RADIAL BEARING OIL N/S NONE s HI/LO LEVEL 2-AOP-RCP-7 00 01 RCP MOTOR BEARING HIGH N/S NONE N TEMPERATURE 2-AOP-RCS-l 00 01 PARTIAL LOSS OF REACTOR NONE NONE SAT COOLANT 2-AOP-RCS-2 00 REACTOR COOLANT HIGH ACTIVITY NONE NONE SAT 2-AOP-RHR-1 00 LOSS OF RHR COOLING NONE NONE SAT 2-AOP-RHR-2 00 01 LOSS OF RHR COOLING -LEVEL N/S NONE H BELOW THE PRESSURIZER EL. 104 2-AOP-ROD-l 00 FAILURE OF A ROD CONTROL BANK tlONE NONE SAT TO MOVE 2-AOP-ROD-2 00 CONTINUOUS ROD INSERTION OR NONE NONE SAT WITHDRAWAL 2-AOP-ROD-3 00 DROPPED ROD CANNOT PERFORM STEPS NONE SAT s ASSOCIATED WITH P/A CONVERTER

• 2-AOP-ROD-4 00 MISALIGNED ROD 2-AOP-ROD-5 00 MALFUNCTION OF INDIVIDUAL ROD NONE NONE SAT

• Page No. 12/27 /89 PROCEDURE NUMBER 15 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== POSITION INDICATORS 2-AOP-SG-l 00 01 STEAM GENERATOR TUBE LEAK NONE DIFFERENCE BETWEEN SAT PROCEDURES DUE R19 INTERLOCKS DIFFERENT BETWEEN UNITS 2-AOP-STM-1 00 01 SECONDARY PLANT LEAKS N/S NONE s 2-AOP-SW-1 00 SERVICE WATER NUCLEAR HEADER NOT ALL MANUAL OPERATIONS ARE NONE SAT s LEAK CAPABLE OF BEING PERFORMED FROM CONTROL ROOM, BUT ARE TRANSPARTENT NOT NECESSARY FOR TRAINING 2-AOP-SW-2 00 01 SERVICE WATER TURBINE HEADER N/S NONE LEAK

• 2-AOP-SW-3 00 SERVICE WATER BAY LEAK NONE NONE 2-AOP-SW-4 00 SW LEAK MODE 5 OR 6 WITH N/S NONE s REDUNDANT SW HEADER OUT FOR MA INT 2-AOP-TURB-1 00 01 TURBINE TRIP BELOW P-9 NONE NONE SAT 2-AOP-TURB-3 00 01 LOSS OF MAIN TURBINE LUBE OIL NONE NONE SAT 2-AOP-VENT-1 01 VITAL VENTIALTION MALFUNCTIONS N/S NONE s 2-AOP-VENT-2 01 LOW AUXILIARY BLDG & FUEL N/S NONE s HANDLING BLDG AMBIENT TEMPERATURE 2-AOP-\HND-1 00 03 FLOODING AND/OR HIGH WIND NONE NONE SAT CONDITION 2-ARP-104 02 ALARM RESPONSE PROCEDURE PANEL N/S NONE N 104 2-ARP-2CC1 00 ALARM RESPONSE PROCEDURE

-CAN'T PERFORM -BEZEL 2-5, EI-420 NO LONGER SAT s CONTROL CONSOLE lCCl 2-6, 2-7 EXISTS

• BEZEL 1-2 OUT WTR RAD HI ONLY ON UNIT 1

• *

• Page No. 12/27/89 PROCEDURE NUMBER 16 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== BEZEL 1-5 11 vs 21 HEPA D/P HI 3" vs 2" BEZEL 1-9, 1-10, 1-11, 1-12 ACCUM LEVEL ALARMS DIFFERENT UNIT 1 TO UNIT 2 2-ARP-2CC2 00 ALARM RESPONSE PROCEDURE

-NONE BEZEL 4-16, 12 vs 22 SAT CONTROL CONSOLE 2CC2 THRUSTHIG OIL PUMP HI 13 vs 8 PSIG 2-ARP-2CC3 00 ALARM RESPONSE PROCEDURE

-NONE 8/3/89 -SAT CONTROL CONSOLE 2CC3 BZ 5-4 -HAS WRONG STPT BZ 5-6 -EHC HI/LO LEVEL DIFFERENT BZ 6-19 -U2 EXCITER FLD BRKR REFERS TO RX TRIP > 10% BZ 6-19 -Ul DOESN'T HAVE VOLT LEG OFF & PWR SP STAB OFF BZ 6-22 -Ul DOESN'T HAVE LOW VAC. ALARM 2-ARP-2RP1 03 ALARM RESPONSE PROCEDURE

-NONE NONE SAT 2RP1 2-ARP-968 STATOR COOLING PANEL ALARM N/S NONE s RESPONSE PROCEDURE 2-ARP-CC-BZL 01 VOID 2-ARP-CC-OHA 01 VOID 2-ARP-DG 02 02 ALARM RESPONSE PROCEDURE

-N/S NONE s DIESEL GENERATORS 2-ARP-GT 02 ALARM RESPONSE PROCEDURE

-GAS N/S UNIT 1 ONLY N TURBINE 2-ARP-OHA-A 03 01 OVERHEAD ANNUNCIATOR ALARM NONE A4 -SLIGHT SAT

• *

• Page No. 12/27/89 PROCEDURE NUMBER 17 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== 2-ARP-OHA-B RESPONSE -WINDOW A 02 06 OVERHEAD ANNUNCIATOR ALARM RESPONSE -WINDOW B NONE DIFFERENCE DUE TO Ul's NEW INVERTERS Al2 -SLIGHT DIFFERENCE DUE TO Ul' s NEW INVERTERS A20 -SLIGHT DIFFERENCE DUE TO Ul's NEW INVERTERS A22 -ONLY ON Ul (FIRE PROT WTR PRESS LO) A28 -SLIGHT DIFFERENCE DUE TO Ul's NEW INVERTERS A30 -FIRE PMP RUN ONLY ON Ul A36 -SLIGHT DIFFERENCE DUE TO Ul's INVERTERS A37 -FIRE PMP TRBL ONLY ON Ul A44 -FIRE PROT WTR FLOW IN AUX BLDG ONLY ON Ul B4 -RMS AREA RAD HI SAT ONLY ON Ul 85 -FRESH WATER SP TRBL ONLY ON Ul B12 -RMS PROCESS RAD HI Ul ONLY B13 -RMS TROUBLE ONLY ON U2 B13 -FW LOS PRESS Ul ONLY B14 -RMS CH TEST ONLY 011 Ul B20 -RMS PROCESS FILTER RAD HI Ul ONLY B29 -FW PRE TREAT TRBL Ul ONLY B30 -SW PMP SMP AREA LVL STPTS DIFFERENT Ul VS U2

• Page No. 12/27/89 PROCEDURE NUMBER 18 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== 2-ARP-OHA-C

• 2-ARP-OHA-D

• 04 01 OVERHEAD ANNUNCIATOR ALARM RESPONSE -WINDOW C 04 04 OVERHEAD ANNUNCIATOR ALARM RESPONSE -WINDOW D NONE NONE B31 -SW SMP AREA LVL STPTS DIFFERENT B36 -HTG WTR STM SP TROUBLE Ul ONLY B43 -SEISMIC RCDR SP ACT Ul ONLY B44 -AUX BOILER TRBLE Ul ONLY B48 -12CC ZX SW FLOW HI -Ul RESPONSE SLIGHTLY DIFFERENT DUE TO PLATE HX NONE SAT Dl -Ul DIRECTS I&C SAT U2 DIRECTS CHEMSITRY RESPONSE D3 -U2 REFERS TO El's D4 -U2 BLANK U2 BIT DISCH PRESS HI Dll -STILL REFERS TO EI Is D12 -U2 BIT DISCH PRESS HI -Ul RHl OPE}! ALARM D13 -U2 DOESN'T MENTION MANUALLY INITIALLY CONTAINMENT EVAC HORM IF BLOCKED D17 -NON RAD LIQ WSTE TRBL ONLY Ul D20 -1R112 NOT FULL CLOSED ONLY ON Ul D24 -Ul CRDM VIB ALARM D26 -VTL HI TRACE TRBL Ul ONLY D34 -U2 BLANK Ul CH. C DEC SDM

• *

• Page No. 12/27/89 PROCEDURE NUMBER 19 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT =================== === === ============================== ==============================

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======== 2-ARP-OHA-E 06 OVERHEAD ANNUNCIATOR ALARM RESPONSE -WINDOW E NONE D35 -RWST HI LO LVL Ul ONLY CONSOLE ALARM ON U2 D36 -RWST LVL LO B/U Ul ONLY D36 -U2 CH. C DEC SDM D40 -U2 STILL REFERS TO El's D43 -LABEL DIFFERENT Ul -U2 BUT RESPONSE EXACTLY THE SAME D44 -U2 CH. D DEC SDM Ul RWST LO LO D46 -U2 BLANK Ul CH. D DEC SDM D47 -U2 STILL REFERS TO El's E5 -U2 STILL REFERS SAT TO El's E13 -U2 STILL REFERS TO El's E21 -U2 STILL REFERS TO El's E24 -U2 STILL REFERS TO EI's E32 -U2 ENTRY CONDTIONS DIFFERENT (SCREEN WAS DIFFERENT?)

E35 -Ul & U2 BOTH REFER TO El's AND CONFLICTS WITH CURRENT AOP E36 -MAN ACTIONS NOT CONSISTENT WITH EOP E37 -MAN ACTIONS NOT CONSISTENT WITH EOP's E44 -AUX FW ISOL INLK -U2 ONLY

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======== 2-ARP-OHA-F 04 02 ALARM RESPONSE PROCEDURE

-NONE F20 -UNIT 1 UNIT 2 SAT WINDOW F STPTS DIFFERENT 75 vs 70 2-ARP-OHA-G 02 05 OVERHEAD ANNUNCIATOR ALARM NONE G4 -DIFF DUE TO SAT RESPONSE -WINDOW G SEAL OIL DIFFERENCES G6 -Ul-2 DIFF. GENERATOR DIFFERENCES Gll -Ul-U2 DIFFERENT GENERATOR DIFFERENCES Gl2 -Ul-U2 DIFFERENT NAME ONLY Gl4 -Ul-U2 NAMES DIFFERENT WITH

• SIMILIAR RESPONSE G20 -DIFFERENT Ul-U2 G22 -DIFFERENT Ul-U2 G27 -DIFFERENT G28 -DIFFERENT G29 -Ul-U2 RESPONSE SLIGHTLY DIFFERENT G30 -DIFFERENT G35 -STPTS AND ACTIONS SLIGHTLY DIFFERENT G37 -ENTRY CONDITIOS DIFFERENT G38 -STPTS DIFFERENT G39 -DIFFERENT G40 -DIFFERENT G43 -DIFFERENT G44 -DIFFERENT G45 -STPTS DIFFERENT 2-ARP-OHA-H 02 05 OVERHEAD ANNUNCIATOR ALARM NONE Al -ENTRY SAT

• RESPONSE -WINDOW H CONDITIONS DIFFERENT ACTIONS THE SAME H2 -ENTRY

• *

• Page No. 12/27/89 PROCEDURE NUMBER 21 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== 2-ARP-OHA-J 02 01 OVERHEAD ANNUNCIATOR ALARM NONE RESPONSE -WINDOW J 2-ARP-OHA-K 02 02 OVERHEAD ANNUNCIATOR ALARM NONE RESPONSE -WINDOW K CONDITIONS DIFFERENT H9 -ENTRY CONDITIONS DIFFERENT HlO -ENTRY CONDITIONS DIFFERENT H22 -U2 ONLY "BLWDN SMPL FLO LO" H25 -ENTRY CONDITIONS DIFFERENT H27 -ENTRY CONDITIONS DIFFERENT H29 -ENTRY CONDITIONS DIFFERENT H31 & 32 -ARE REVERSED BETWEEN Ul & U2 H33 -ENTRY CONDITIONS ARE DIFFERENT H39 & H40 -ARE REVERSED BETWEEN Ul & U2 H42 -Ul ONLY J14 -Ul ONLY J20 -DIFFERENT STPTS FOR BUS UNDERVOLTAGE J22 -Ul ONLY J23 -U2 ONLY 8/7/89 K4 -ALARMS DIFFERENT Kll -ALARMS DIFF. K12 -ALARMS DIFF. Kl3 -ALARMS DIFF. K14 -ALARMS DIFF. K20 -ALARMS DIFF. K21 -Ul ONLY K28 -Ul SAME AS K37 U2 K29 -Ul ONLY SAT SAT

• Page No. 12/27/89 PROCEDURE NUMBER 22 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT =================== === === ==============================

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======== K35 -Ul ONLY K36 -Ul ONLY 2-ARP-PZR-BZL 01 VOID 2-ARP-PZR-OHA 01 VOID 2-ARP-RCS-BZL 01 VOID 2-ARP-SF-OHA 01 VOID 2-CC ALM LIST 04 VOID 2-EI-4.1 08 VOID 2-EI-4 .11 06 VOID

• 2-EI-4.12 06 VOID 2-EI -4 .13 05 VOID 2-EI -4.14 07 VOID 2-EI-4.15 07 VOID 2-EI-4.16 01 VOID 2-EI-4.18 06 VOID 2-EI-4.19 06 VOID 2-EI-4.20 08 VOID 2-EI-4.21 04 VOID 2-EI-4.22 04 VOID 2-EI-4.25 02 VOID 2-EI-4.26 02 VOID 2-EI-4.6 06 VOID

• 2-EI-4.7 09 VOID

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======== 2-EI-4.9 12 VOID 2-EOP-APPX-1 01 COMPONENT COOLING WATER NONE NONE SAT RESTORATION 2-EOP-APPX-2 01 PRESSURIZER HEATER EMERGENCY NONE NONE SAT FEED . f-'EOP-APPX-2 F 01 PRESSURIZER HEATER EMERGENCY FEED APERTURE CARD FLOW CHART

• 2-=EOP-APPX-3 01 SI VERIFICATION NONE UNIT 1 vs UNIT 2 SAT TABLE A SLIGHTLY DIFFERENT DUE TO SJ44 & CCW HX DIFFERENCES

"'

• 2-EOP-APPX-4 01 POST SI SYSTEM RESTORATION STEP 1 CANNOT BE PERFORMED NONE N BECAUSE COS-1 DOES NOT EXIST. 2-EOP-APPX-6 01 RCP SEAL COOLING RESTORATION NONE NONE SAT 2-EOP-CFST-1 01 01 CRITICAL SAFETY FUNCTION NONE NONE SAT STATUS TREES 2-EOP-FRCC-l 01 RESPONSE TO INADEQUATE CORE MSlO'S CAN NOT BE OPERATED NONE SAT s COOLING LOCALLY 2-EOP-FRCC-2 01 RESPONSE TO DEGRADED CORE NONE NONE SAT COOLING 2-EOP-FRCC-3 01 RESPONSE TO SATURATED CORE NONE NONE SAT COOLING INSTRUCTIONS 2-EOP-FRCE-1 01 RESPONSE TO EXCESSIVE NONE NONE SAT CONTAINMENT PRESSURE 2-EOP-FRCE-2 01 RESPONSE TO HIGH CONTAINMENT NONE NONE SAT SUMP LEVEL 2-EOP-FRCE-3 01 RESPONSE TO HIGH CONTAINMENT NONE NONE SAT RADIATION

• 2-EOP-FRCI-1 01 RESPONSE TO HIGH PRESSURIZER NONE NONE SAT LEVEL

• Page No. 12/27/89 PROCEDURE NUMBER 24 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT =================== === === ============================== ==============================

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======== 2-EOP-FRCI-2 01 RESPONSE TO LOW RCS INVENTORY NONE NONE SAT 2-EOP-FRCI-3 01 RESPONSE TO VOID IN REACTOR NONE NONE SAT VESSEL 2-EOP-FRHS-1 01 RESPONSE TO LOSS OF SECONDARY NONE NONE SAT HEAT SINK 2-EOP-FRHS-2 01 RESPONSE TO STEAM GENERATOR SIMULATOR CAN'T PAIL ALL S/G NONE SAT N OVERPRESSURE SAFETIES 2-EOP-FRHS-3 01 RESPONSE TO STEAM GENERATOR NONE NONE SAT HIGH LEVEL 2-EOP-FRHS-4 01 RSVP TO LOSS OF SG ATMOSPHERIC NONE NONE SAT RELIEFS & CONDENSER DUMP VLV

• 2-EOP-PRHS-5 01 RESPONSE TO SG LOW LEVEL NONE NONE SAT 2-EOP-FRSM-1 01 RESPONSE TO NUCLEAR POWER SEVERAL STEPS IN STEP 1 CAN'T NONE SAT N GENERATOR BE DONE BECAUSE THE VALVES NO LONGER EXIST. 2-EOP-FRSM-2 01 RESPONSE TO LOSS OP CORE NONE NONE SAT SHUTDOWN 2-EOP-FRTS-l 01 RESPONSE TO IMMINENT NONE NONE SAT PRESSURIZED THERMAL SHOCK CONDITIONS 2-EOP-FRTS-2 01 RESPONSE TO ANTICIPATED NONE NONE SAT PRESSURIZED THERMAL SHOCK CONDITIONS 2-EOP-LOCA-1 01 01 LOSS OF REACTOR COOLANT NONE STEP 6.3 DEMIN SAT CONTROLLED FROM UNIT 1 2-EOP-LOCA-2 01 01 POST-LOCA COOLDOWN & NONE NONE SAT DEPRESSURIZATION

• 2-EOP-LOCA-3 01 01 TRANSFER TO COLD LEG NONE NOTED UNIT 1, UNIT 2 SAT RECIRCULATION IN "SEMI AUTO SWAPOVER"

• Page No. 12/27/89 PROCEDURE NUMBER 25 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT =================== === === ============================== ==============================

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======== 2-EOP-LOCA-4 01 TRANSFER TO HOT LEG STEP 3 I 5 I 6 CAN'T PERFORM RECIRCULATION EPI-13 PROCEDURE DOESN'T EXIST 2-EOP-LOCA-5 01 LOSS OF EMREGENCY NONE RECIRCULATION 2-EOP-LOCA-6 01 LOCA OUTSIDE OF CONTAINMENT N/S 2-EOP-LOPA-l 01 LOSS OF ALL AC POWER NONE 2-EOP-LOPA-2 01 LOSS OF ALL AC POWER NONE RECOVERY/SI NOT REQUIRED 2-EOP-LOPA-3 01 LOSS OF ALL AC POWER NONE RECOVERY/SI REQUIRED 2-EOP-LOSC-l 01 LOSS OF SECONDARY COOLANT NONE 2-EOP-LOSC-2 01 MULTIPLE SG DEPRESSURIZATION NONE 2-EOP-SGTR-1 01 01 STEAM GENERATOR TUBE RUPTURE NONE

• NONE STEP 29 HAS SAT DIFFERENT S/G PRESSURE STPT NONE STEP 62. 2 DEMIN SAT WATER PUMP CONTROLLED FROM UNIT 1 NONE SAT NONE SAT STEP 10.2 DIFFERENT SAT DUE TO UNIT 1 HAVING DEMIN. WATER CONTROLS.

TABLE A -UNIT 2 DOESN'T HAVE RMS R-21 TABLE D -IS DIFFERENT BETWEEN UNIT 1 & UNIT 2 STEP 10 ONLY UNIT 1 SAT CAN START DEMIN WATER PUMPS STEP 12 ONLY UNIT 1 SAT CAN START DEMIN WATER PUMPS STEP 40.l UNIT 2 HAS STEP TO SWAP WD900 & 901 UNIT 1 DOESN'T, BUT SHOULD s

• *

• Page No. 12/27/89 PROCEDURE NUMBER 26 REV ACN DESCRIPTION SALEH SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== 2-EOP-SGTR-2 01 POST SGTR COOLDOWN NONE STEP 40 UNIT 1 SAT STARTS THE DEMIN WATER PUMPS 2-EOP-SGTR-3 01 01 SGTR WITH LOCA-SUBCOOLED NONE TABLE B DIFFERENT SAT RECOVERY BETWEEN UNITS STEP 12 ONLY UNIT 1 CAN START DEMIN TRANSFER PUMP. 2-EOP-SGTR-4 01 02 SGTR WITH LOCA-SATURATED NONE VAL DATE -7/27/89 SAT RECOVERY SAT. STEP 10.2 ONLY UNIT 1 CAN START DEMIN WATER PUMP 2-EOP-SGTR-5 01 SGTR WITHOUT PZR PRESS CONTROL NONE STEP 4.2 DEMIN WATER SAT PUMP CAN ONLY BE STARTED FROM UNIT 1 2-EOP-TRIP-1 01 04 REACTOR TRIP OR SAFETY NONE DIFFERENCES STEP 20 SAT INJECTION APD LOCATIONS DIFFERENT 22.1 SJ44 POWER LOCK -US -C/T TABLE F UNIT 2 DOESN'T HAVE R-21 MONITOR 2-EOP-TRIP-2 01 REACTOR TRIP RESPONSE NONE NONE SAT 2-EOP-TRIP-3 01 SI TERMINATION NONE TABLE B -UNIT 2 SAT DOESN'T HAVE R-21 STEP 24.2 WATER IN UNIT 1 ONLY . 2-EOP-TRIP-4 01 NATURAL CIRCULATION COOLDOWN NONE STEP 11.1 DEMIN SAT

• Page No. 12/27/89 PROCEDURE NUMBER 27 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== WATER PUMPS CONTROL UNIT 1. 2-EOP-TRIP-5 01 NATURAL CIRCULATION RAPID STEPS CAN BE PHYSCIALLY ALL EXCEPT 38 (VARY UN SAT H COOLDOWN WITHOUT RVLIS PERFORMED BUT YOU CANNOT GET A CHANGING MIN STOP) BUBBLE IN THE HEAD WHICH MAY HAPPEN AFTER STEP 11 2-EOP-TRIP-6 01 NATURAL CIRCULATION RAPID ALL STEPS CAN BE PERFORMED BUT NONE UN SAT H COOLDOWN WITH RVLIS YOU WON'T GET A BUBBLE IN THE HEAD 2-II-1.3.1 05 03 REACTOR COOLANT PUMP OPERATION SIMULATOR CANNOT MONITOR TEMP NONE SAT s VIA DORIC 2-II-1.3.2 03 OPERATION OF METAL IMPACT N/S NONE s

• 2-II-1.3.3 MONITORING SYSTEM 04 01 RELEASE RADIOACTIVE LIQUID WST N/S NONE s FROM i2 WST MONITOR HUT 2-II-1. 3. 4 07 04 FILLING AND VENTING THE RCS N/S NONE L 2-II-1.3.5 REACTOR COOLANT SYSTEM -LEAK REACTOR VESSEL SUMP PUMP N/S NONE SAT M RATE DETECTION 2-II-1.3.6 05 03 DRAINING THE REACTOR COOLANT N/S UNIT 1 REQUIRES EACH L SYSTEM STEP IN THE PROCEDURE BE INITIALED UNIT 2 DOES NOT. UNIT 1 REQUIRES WASTE GAS SYSTEM BE IN SERVICE. UNIT 2 DOES NOT UNIT 1 REMOVES A PRT RUPTURE DISC TO PROVIDE A VENT PATH. UNIT 2 VENTS THE PRT

• TO THE IODINE REMOVAL UNITS VIA TYGON TUBING

• *

• Page No. 12/27/89 PROCEDURE NUMBER 28 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT =================== === === ============================== ==============================

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======== ATTACHED TO VENT VALVES OR TUBINE ATTACHED TO POLY BOTTLE. UNTI 1 REQURES RCDT TO BE ISOLATED AND RCDT PUMPS LOCKED-OUT AND CAUTIONED TAGGED. UNIT 2 DOES NOT. UNIT 1 REQUIRES RCS HIGH TEMPERARTURE ALARM BE OPERATIONAL.

UNIT 2 DOES NOT . UNIT 1 ALIGNS LETDOWN TO eves HOLP-UP TANKS. UNIT 2 ALIGNS LETDOWN TO RWST. UNIT 1 DURING HEAD VENTING DIRECTS THAT IODINE REMOVAL UNITS NOT BE IN SERVICE UNLESS RADIATION PROTECTION PERSONNEL REQUEST THEY BE STARTED. UNIT 2 REQUIRES IODINE REMOVAL UNITS BE IN SERVICE UNLESS RADIATION PROTECTION PERSONNEL REQUEST THEY BE STOPPED. UNIT 1 PROVIDES TABLE 3, MID-LOOP OPERATION PRIMARY SYSTEM JOBS CHECK-LIST.

UNIT 2 DOES NOT.

• *

• Page No. 12/27/89 PROCEDURE NUMBER 29 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== UNIT 1 REQUIRES OPERATORS TO SIGN-OFF ACCEPTANCE OF FIELD LOCATION OF TYGON TUBINE AND SCALE. UNIT 2 DOES NOT. UNIT 1 REQUIRES HERCULITE AND FOREIGN PARTS SCREENS BE INSTALLED WHEN PRESSURIZER SAFETIES ARE REMOVED. UNIT 2 DOES NOT. UNIT 1 REQUIRES SYSTEM ENGINEERING AND I&C BE NOTIFIED IF AT 104 FEET CONSOLE LEVEL INDICATION AND TYGON TUBE LEVEL INDICATION DIFFER BY MORE THAN 3 INCHES. UNIT 2 DOES NOT. UNIT 1 REQUIRES PERSONNEL BE TRAINED ON THE PROCEDURE PRIOR TO IMPLEMENTATION.

UNIT 2 DOES NOT. UNIT 2 REQUIRES AT LEAST TWO STEAM GENERATOR WIDE RANGE LEVEL CHANNELS INDICATE GREATER THAN 70% OR TWO PRIMARY SIDE MANWAYS ARE REMOVED. UNIT 1 DOES NOT . UNIT 2 ALLOWS A MAXIMUM OF TWO STEAM i----------

1 I I I

• Page No. 30 12/27/89 PROCEDURE NUMBER REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 ---, VALIDATED IMPACT =================== === === ==============================

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======== GENERATOR NOZZLE DAMS IN PLACE. UNIT 1 HAS NO LIMIT BUT REQUIRES OPERATIONAL OVERHEAD ALARMS. UNIT 2 PROVIDES DIRECTION FOR REMOVAL OF PRIMARY SIDE MANWAYS. UNIT 1 DOES NOT 2-II-1.3.7 00 RX VESSEL LEVEL MONITORING NONE NONE SAT SYSTEM (RVLIS) NORMAL OPERATION

• 2-II-10.3.1 04 SAMPLING SYSTEM OPERATION NONE NONE SAT 03 GAS AllALYZER OPERATION N/S NONE N 2-II-10. 3. 2 2-II-11. 3 .1 03 WASTE HOLDUP TANK -NORMAL SIMULATOR CAN'T TRANSFER WATER NONE SAT L OPERATION 2-II-11.3.2B 05 03 RLS RADIOACTIVE LQD WST TO LOCAL PROCEDURE UNIT 2 HAS STEPS TO SAT CIRC WTR SYS -21 22 MONITOR OPEN R18 MONITOR TNK RETURN VALVE WHEN LINING UP TO DISCHARGE IN EACH SECTION 2-II-11.3.2C 00 RELEASE OF RADIOACTIVE LIQUID N/S UNIT 2 HAS STEPS TO WASTE FROM #2 WASTE MONTOR OPEN Rl8 MONITOR HOLDUP TANK RETURN VALVE WHEN LINING UP TO DISCHARGE IN EACH SECTION 2-II-11.3.3 01 WASTE EVAPORATOR

-NORMAL N/S UNIT 2 DOESN'T HAVE s OPERATION A WASTE EVAP ONLY A VALVE LINEUP WHILE THEY WAIT FOR A NEW ONE

• 2-II-11.3.4 04 REACTOR COOLANT DRAIN TANK -LOCAL PROCEDURE NONE SAT NORMAL OPERATION

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Page No. 31 12/27I89 SALEM SIMULATOR

• PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER PROCEDURE NUMBER REV ACN DESCRIPTION SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== 2-II-12.3.1 04 02 GASEOUS WASTE DISPOSAL SYSTEM LOCAL PROCEUDRE UNIT 2 HAS PROVISION SAT -NORMAL OPERATION FOR INITIALS FOR EACH STEP 2-II-12.3.2 02 REMOVAL OF MOISTURE FROM GAS N/S NONE N DECAY TANKS 2-II-12.3.3 03 04 DISCHARGE OF GASEOUS WASTE TO LOCAL PROCEDURE NONE SAT THE PLANT VENT 2-II-12.3.3A 00 02 CONTAINMENT PURGE TO THE PLANT NONE NONE SAT VENT 2-II-12. 3. 4 03 01 TRANSFER OF WASTE GAS 2-II-14.3.1 02 CONTAMINATED DRAIN SYSTEM -NONE NONE SAT

• NORMAL OPERATION 03 02 HYDROGEN RECOMBINERS

-NORMAL NONE [SIMULATOR HAS ONLY 1 NONE 2-II-15.3.l SAT OPERATION RECOMBINER) 2-II-15.3.2 04 01 PERSONNEL AIR LOCKS AND N/S NONE N CONTAINMENT ENTRY 2-II-16.3.1 05 02 CONTAINMENT VENTILATION NONE UNIT 1 REFERS TO SAT OPERATION 13A-E (AUTO SW ISOLATION) 2-II-16.3.2 03 SWITCHGEAR AND PENETRATION NONE NONE SAT AREAS VENTILATION OPERATION 2-II-17.3.1 04 01 AUXILIARY BUILDING VENTILATION NONE NONE SAT OPERATION 2-II-17.3.2 05 01 CONTROL ROOM VENTILATION llONE NONE SAT OPERATION 2-II-17 .3.3 02 01 FUEL HANDLING BUILDING NONE NONE SAT VENTILATION OPERATION 2-II-17.3.4 03 DIESEL GENERATOR AREA NONE NONE SAT VENTILATION OPERATION

• 2-II-2.3.1 03 PURGING THE PRESSURIZER RELIEF 11/S NONE s TANK OF OXYGEN

• Page No. 12/27/89 PROCEDURE NUMBER 32 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== 2-II-2. 3. 2 02 PURGING THE PRESSURIZER RELIEF NONE NONE SAT TANK OF HYDROGEN 2-II-2.3.3 03 PRESSURIZER RELIEF TANK -NONE NONE SAT NORMAL OPERATION 2-II-2.3.4 05 PRESSURIZER OVERPRESS PROTCT -NONE NONE SAT OPERABILITY CK OFF PRl & PR2 2-II-2.3.5 02 PRESSURIZER PRESSURE CONTROL NONE NONE SAT SYSTEM OPERATION 2-II-2.3.6 01 ESTABLISHING RCS VENT PATH TO NONE NONE SAT PRESSURIZER RELIEF TANK 2-II-2.3.7 01 TERMINATING RCS VENT PATH TO NONE NONE SAT NONE SAT

• 2-II-2.3.8 PRESSURIZER RELIEF TANK 02 SETTING PRESSURIZER SPRAY NONE BYPASS FLOW 2-II-3.3.1 04 02 ESTABLISHING CHARGING, LETDOWN NONE UNIT 1 HAS SECTION SAT & SEAL INJECTION FLOW OF PROCEDURE FOR PLACING LETDOWN IN AT NOP 2-II-3.3.10 04 01 ESTABLISHING A HYDROGEN NONE UNIT 1 DIRECTS 120 SAT ATMOSPHERE IN THE VOLUME GPM FLOW DURING CONTROL TNK EVALUATION.

UNIT 2 DOES NOT 2-II-3.3.11 03 VOLUME CONTROL TANK NONE NONE SAT DEGASIFICATION 2-II-3.3.12 04 eves DEMINERALIZER

-NORMAL NONE NONE SAT OPERATION 2-II-3.3.15 00 SPENT RESIN STORAGE TANK N/S NONE N OPERATIONS 2-II-3.3.17 08 01 BORIC ACID EVAPORATOR

-NORMAL N/S NONE N OPERATION

• 2-II-3.3.18 00 01 21 BORIC ACID EVAPORATOR FEED N/S NONE N ION EXCHANGER

-RESIN REMOVAL I L_ __ _

I ----------------------

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Page No. 33 I 12/27/89 SALEM SIMULATOR I

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======== 2-II-3.3.19 00 01 23 BORIC ACID EVAPORATOR FEED N/S NONE N ION EXCHANGER

-RESIN REMOVAL 2-II-3.3.2 03 OPERATING THE CHARGING PUMPS NONE NONE SAT 2-II-3.3.20 00 01 21 MIXED BED ION EXCHANGER

-N/S NONE N RESIN REMOVAL 2-II-3.3.21 00 01 2 CATION BED ION EXCHANGER

-N/S NONE N RESIN REMOVAL 2-II-3.3.22 00 01 2 SPENT FUEL PIT DEMINERALIZER N/S NONE N -RESIN REMOVAL 2-II-3.3.23 00 01 22 MIXED BED ION EXCHANGER

-N/S NONE N RESIN REMOVAL

• 2-II-3.3.24 00 01 22 BORIC ACID EVAPORATOR FEED N/S NONE N ION EXCHANGER

-RESIN REMOVAL 2-II-3.3.25 00 01 24 BORIC ACID EVAPORATOR FEED N/S NONE N ION EXCHANGER

-RESIN REMOVAL 2-II-3.3.26 00 01 21 EVAPORATOR DISTILLATE ION N/S NONE N EXCHANGER

-RESIN REMOVAL 2-II-3.3.27 00 01 22 EVAPROATOR DISTILLATE ION N'n NONE N EXCHANGER

-RESIN REMOVAL 2-II-3.3.28 00 01 21 DEBORATING ION EXCHANGER

-N/S NONE N RESIN REMOVAL 2-II-3.3.29 00 01 22 DEBORATING ION EXCHANGER

-N/S NONE N RESIN REMOVAL 2-II-3.3.3 01 EXCESS LETDOWN FLOW NONE NONE SAT 2-II-3.3.4 03 01 PLACING eves HOLDUP TANKS IN NONE #12 eves HUT C/T SAT SERVICE 2-II-3.3.5 09 BORIC ACID SOLUTION LOCAL PROCEDURE NONE SAT PREPARATION AND TRANSFER

• 2-II-3.3.6 02 BORON CONCENTRATION CONTROL NONE NONE SAT

• *

• Page No. 12/27/89 PROCEDURE NUMBER 34 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== 2-II-3.3.7 02 01 BORIC ACID SYSTEM -NORMAL NONE NONE SAT OPERATION 2-II-3.3.8 02 01 RAPID BORATION NONE NONE SAT 2-II-3.3.9 03 PRIMARY WATER SYSTEM -NORMAL N/S NONE N OPERATION 2-II-4. 3 .1 03 SAFETY INJECTION SYSTEM -N/S NONE N NORMAL OPEARATION 2-II-4.3.2 04 FILLING AND VENTING THE SAFETY LOCAL PROCEDURE NONE SAT INJECTION SYSTEM 2-II-4.3.4 03 01 FILLING AND CHARGING SIMULATOR CAN'T PERFORM SEC UNIT 1 HAS A NOTE SAT s ACCUMULATORS 5.6 AFTER STEP 5.1.4 AND UNIT 2 IS BEFORE 2-II-4.3.5 VOID 2-II-5.3.1 03 02 FILLING AND VENTING THE LOCAL PROCEDURE NONE SAT CONTAINMENT SPRAY SYSTEM 2-II-6.3.2 05 01 INITIATING RESIDUAL HEAT NONE ON UNIT 2 PRECAUTION SAT REMOVAL 3.14 HAS SPECIFIC RECIRC FLOW LIMITS. ALSO COS-1 RECIRC FLOW DATA SHEET EVERY STEP IN THE PROCEDURE THAT CALLS FOR STARTING THE RHR PUMP REQUIRES A ENTRY IN COS-1 2-II-6.3.3 04 TERMINATING RESIDUAL HEAT NONE NONE SAT REMOVAL 2-II-6. 3. 4 04 01 FILLING AND VENTING THE RHR LOCAL NONE SAT N SYSTEM 2-II-7.3.2 05 COMPONENT COOLING SYSTEM -NONE UNIT 1 CONTAINS AN SAT NORMAL OPERATION EXTRA PRECAUTION AND AN EXTRA STEP FOR BACKFLUSH OF 12 (PLATE TYPE ICC HX l

• *

• Page No. 12/27/89 PROCEDURE NUMBER 35 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== 2-II-7.3.3 2-II-8.3.1 2-II-8. 3 .10 2-II-8.3.2 2-II-8.3.3 2-II-8.3.4 2-II-8. 3. 5 2-IH.3.9 2-III-1. 3 .1 00 UNIT 2 -22CC HEAT EXCHANGER LOCAL PROCEDURE NORMAL OPERATION 06 01 FILLING THE SPENT FUEL PIT N/S 00 01 TRANSFER POOL BORATED WATER N/S TRANSFER 05 SPENT FUEL COOLING SYSTEM N/S OPERATION 04 01 FILLING THE REACTOR REFUELING N/S CAVITY 03 02 DRAINING THE REACTOR REFUELING N/S CAVITY 03 00 REFUELING WATER PURIFICATION N/S SYSTEM OPERATION EMERGENCY FILLING OF THE SPENT N/S FUEL POOL FROM THE PWST 04 14 TURBINE-GENERATOR OPERATION SIMULATOR USES UNIT 1 PROCEDURE PROCEDURE ENTIRELY SAT DIFFERENT DUE TO HX TYPES DIFFERENT NONE N UNIT 2 ONLY N NONE N STEP 2.3.3 HAS N DIFFERENT BORON SPECS FOR RWST UNIT 1 2300 -2500 UNIT 2 ) 2000 INITIAL COND N DIFFERENT UNIT 1 DIRECTS MONITORING OF VESSEL LEVEL WITH SPECIFIC POINTS UNIT 2 DOESN'T. STEP 3.3 ABOUT RHR MINIMUM FLOW REQUIRES NEO MONITOR CAVITY LEVEL IN CONTAINMENT UNIT 2 DOESN'T. UNIT 1 MONITORS/CONTROLS FLOW & RHR PUMPS APMS DURING DRAIN DOWN UNIT 2 DOESN'T NONE SAT N NONE SAT N PURPOSE INITIAL SAT s COND. SAME PRECAUTIONS ABOUT STATOR COOLING WATER DIFFERENT UNIT 1 HAS

• Page No. 12/27/89 PROCEDURE NUMBER 36 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT =================== === === ==============================

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======== ADDITION PRECAUTIONS IN THE CASE 12 GEAR VALVE GOING SHUT. SECT. 1.5 (TURBINE ROLL UP) SECT. 5.2 DIFFERENT (EXCITATION).

APP. ARE SIMILAR (ALL CURVES ARE DIFFERENT)

NO SI.MULATOR DIFFERENCE 2-III-1.3.2 02 TURBINE OVERSPEED TEST NONE NONE SAT 2-III-1.3.3 03 TURBINE VALVE TESTS NONE INITIAL POWER LEVEL SAT DIFFERENT

• 2-III-1.3.4 02 TURBINE TURNING GEAR OPERATION LOCAL PROCEDURE NONE SAT 04 03 TURBINE SHUTDOWN NONE NONE SAT 2-III-1.3.5 2-III-1.3.6 02 E/H SYSTEM -NORMAL OPERATION LOCAL PROCEDURE NONE SAT 2-III-1.3.7 03 02 TURBINE AUTOMATIC TRIP LOCAL PROCEDURE NONE SAT MECHANISMS OPERATIONAL TESTS 2-III-1.3.8 06 GENERATOR STATOR WINDING N/S ENTIRELY DIFFERENT.

M TEMPERATURE MONITORING SYSTEMS ARE DIFFERENT 2-III-1. 3. 9 00 BUS COOLING SYSTEM LOCAL PROCEDURE NONE SAT 2-III-10.3.1 06 01 AUXILIARY FEEDWATER SYSTEM NONE DIFFERENCES IN AF SAT OPERATION PUMP RUNOUT PROTECTION PRESSURE DIFFERENCE IN THE TURBINE DRIVEN SPEED DEMAND FOR 3450 RPM 2-III-11.3.1 02 01 STEAM GENERATOR FEED PUMP LUBE LOCAL PROCEDURE NONE SAT OIL SYSTEM -NORMAL OPERATION 2-III-11.3.2 02 01 STEAM GENERATOR FEED PUMP OIL N/S NONE N

• SEPARATOR OPERATION 2-III-12.3.1 03 TURBINE DRAINS, BLEED STEAM NONE NONE SAT

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======== AND HEATER DRAINS 2-III-12.3.2 01 01 RETURNING A FEED WATER HEATER N/S NONE N GROUP TO SERVICE 2-III-12.3.3 01 REMOVING A FEEDWATER HEATER N/S NONE N GROUP FROM SERVICE 2-III-13.3.1 02 DRAINING THE STEAM GENERATOR N/S UNIT 1 HAS STEPS TO N NOTIFY CHEMISTRY PRIOR TO DRAINING RADIOACTIVE WATER TO H12 BLOWDOWN TANK 2-III-13.3.2 02 01 STEAM GENERATOR BLOWDOWN -NONE NONE SAT NORMAL OPERATION

• 2-III-14.3.1 03 HEATER VENTS AND MISCELLANEOUS LOCAL PROCEDURE NONE SAT DRAINS -NORMAL OPERATION 2-III-15.3.l 03 DEMINERALIZED WATER TRANSFER -LOCAL PROCEDURE

• UNIT 1 HAS CONTROL SAT NORMAL OPERATION OF PUMPS 2-III-16.3.l 03 01 MISCELLANEOUS CONDENSATE N/S UNIT 2 ALLOWS THE N SYSTEM -NORMAL OPERATION MISC. COND. DUPLEX STRAINER TO BE BYPASSED FOR UP TO 12 HOURS 2-III-17.3.1 03 NITROGEN SYSTEM -NORMAL N/S NONE N OPERATION 2-III-17.3.2 02 01 HYDROGEN SYSTEM -NORMAL N/S NONE N OPERATION 2-III-2.3.1 04 MAIN, REHEAT AND TURBINE LOCAL PROCEDURE NONE SAT BYPASS STEAM WARMUP 2-III-2.3.3 03 MOSITURE SEPARATOR REHEATERS

-NONE SEC. 5.5 ONLY ON SAT MANUAL OPERATION UNIT 1 CONTAINS STEPS TO DRAIN 4TH PATH SIGHT GLASS

• 2-III-2.3.4 02 STEAM DUMP SYSTEM -NORMAL NONE UNIT 2 HAS TABLE SAT OPERATION SHOWING OPENING SEQUENCE

• Page No. 12/27/89 PROCEDURE NUMBER 38 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

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======== 2-III-3.3.1 03 03 MAIN TURBINE LUBRICATION OIL LOCAL PROCEDURE UNIT 1 HAS SAT SYSTEM -NORMAL OPERATION PRECAUTION TO ISOLATE 1, 9, & 10 BRGS BEFORE PERFORMING B/U LIFT PUMP. UNIT 1 HAS EMERGENCY BRG OIL PUMP ALSO 2-III-3.3.2 02 MAIN TURBINE LUBE OIL LOCAL PROCEDURE SEC 5.1 -UNIT 1 HAS SAT PURIFICATION AND TRANSFER STEPS TO VALVE IN A SYSTEM PRE FILTER. UNIT 1 HAS ADDITIONAL SECTION FOR TRANSFERRING LUBE OIL FROM THE TURBINE

• OIL M/U & RECEIVING TANK TO MTLO STORAGE TANKS. 2-III-4.3.1 03 02 TURBINE GLAND SEALING SYSTEM -LOCAL PROCEDURE UNIT 1 ESTABLISHES SAT NORMAL OPERATION 20-24 PSIA SEAL STEAM PRESSURE & SAYS MAINTAIN IT DURING TURBINE LOADING UNIT 2 ESTABLISHES 18.7 TO 24.7 AND GIVES DETAILED STEPS HOW TO MAINTAIN IT DURING TURBINE LOADING 2-III-6. 3 .1 03 TURBINE AUXILIARY COOLING LOCAL PROCEDURE NONE SAT SYSTEM -NORMAL OPERATION 2-III-7 .3.1 04 CIRCULATING WATER SYSTEM -NONE NONE SAT NORMAL OPERATION 2-III-8.3.l 03 CONDENSER AIR REMOVAL SYSTEM -NONE NONE SAT NORMAL OPERATION

• 2-III-9.3.1 04 01 PLACING FEED AND CONDENSATE NONE NONE SAT SYSTEMS IN SERVICE -, I I

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Page No. 39 12/27/89 SALEH SIMULATOR

• PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER PROCEDURE NUMBER REV ACN DESCRIPTION SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT =================== === === ==============================

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======== 2-III-9.3.2 04 02 FEED PUMP OPERATION NONE UNIT 1 HAS STEPS TO SAT REMOVE JUMPERS FROM SGFP CONTROL PANELS PRIOR TO STARTUP. UNIT 1 PLACES BF40 CONTROLLER IN AUTO-MODE AFTER VALVE TEST UNIT 2 DOES IT BEFORE VALVE TEST UNIT 1 HAS OPERATOR VERIFY WOODWARD GOVERNOR ARM TRAVEL WHEN TURBINE LATCHED UNIT 1 HAS STEPS TO INSTALL JUMPERS IN

• SGFP CONTROL PANES AFTER SECURING 2-III-9.3.3 02 PLACING A STEAM GENERATOR IN N/S NONE SAT L WET LAYUP 2-III-9.3.4 01 01 PLACING THE CONDENSATE SYSTEM NONE UNIT 1 CHECKS FOR SAT IN SERVICE FOR CLEANUP REQUIRED SEAL FLOW ON CONDENSAT PUMP. UNIT 2 DOESN'T 2-III-9.3.5 03 CONDENSATE PUMP STRAINER LOCAL PROCEDURE UNIT 1 DOESN'T HAVE SAT CLEANING & MECHANICAL SEAL STEPS TO CLEAN MECH. INJECTION FILTERCLEANING SEAL INJECTION FILTER 2-III-9.3.6 00 FEED PUMP STRAINER CLEANING LOCAL PROCEDURE NONE SAT 2-III-9.3.7 01 01 FEED PUMP TURBINE TESTING N/S NONE N 2-IOP-1 02 01 REFUELING TO COLD SHUTDOWN N/S NONE s 2-IOP-2 04 12 COLD SHUTDOWN TO HOT STANDBY NONE NONE SAT 2-IOP-3 06 13 HOT STANDBY TO MINIMUM LOAD NONE NONE SAT

• 2-IOP-4 04 04 POWER OPERATION NONE NONE SAT 2-IOP-5 03 02 MINIMUM LOAD TO HOT STANDBY NONE NONE SAT Page No. 40 12/27/89 SALEM SIMULATOR

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======== 2-IOP-6 04 HOT STANDBY TO COLD SHUTDOWN NONE NONE SAT 2-IOP-7 03 02 COLD SHUTDOWN TO REFUELING N/S NONE s 2-IOP-8 02 04 MAINTAINING HOT STANDBY NONE NONE SAT 2-IV-1.3.1 04 02 500KV BUS -NORMAL OPERATION NONE NONE SAT 2-IV-1.3.4 01 TAGGING OR RELEASING A 500KV NONE NONE SAT CIRCUIT BREAKER 2-IV-1.3.5 01 5037 500KV LINE TRANSFERRING N/S UNIT 2 ONLY SAT TO THE SPARE PILOT WIRE 2-:IV-10.3.1 04 02 REMOVING RETURNING TO SERV & N/S NONE SAT LOSS OF PROTECTIVE SYS CHANNEL

• 2-IV-11.3.1 04 03 RADIATION MONITORING SYSTEM NONE UNITS 1 AND 2 HAVE SAT NORMAL OPERATION ENTIRELY DIFFERENT PROCEDURES BECAUSE THEY HAVE ENTIRELY DIFFERENT RMS SYSTEMS. UNIT 1 ONLY DETECTORS:

1R6A I 1R8 I 1R21, 1R43 UNIT 2 ONLY DETECTORS:

2R42A-D 2-IV-11.3.2 01 01 OPERATION OF THE RADIATION NONE UNIT 2 ONLY SAT MONITORING SYSTEM SAMPLERS 2-IV-12.3.3 01 TELEPHONE SYSTEM NORMAL AND LOCAL PROCEDURE.

NOT IN UNIT 2 ONLY SAT s EMERGENCY POWER SUPPLY DATABASE PROCEDURE 2-IV-15.3.2 02 BOOTSTRAPPING THE COMPUTER LOCAL PROCEDURE NONE SAT 2-IV-15.3.3 01 START/STOP SEQUENCE FOR THE LOCAL PROCEDURE NONE SAT COMPUTER 2-IV-16.3.l 04 01 EMERGENCY POWER -DIESEL 5 .1 NONE NONE SAT OPERATION 5.2 LOCAL PROCEDURE

• 2-IV-2.3.1 03 GENERATOR SEAL OIL SYSTEM -LOCAL PROCEDURE OUTSIDE MCR SYSTEM SAT NORMAL OPERATION ENTIRELY DIFFERENT

• Page No. 12/27/89 PROCEDURE NUMBER 41 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT =================== === === ============================== ==============================

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======== 2-IV-2.3.2 07 01 GENERATOR GAS SYSTEM -NORMAL LOCAL PROCEDURE GE vs W GEN SAT OPERATION 2-IV-2.3.3 03 01 STATOR COOLING SYSTEM -NORMAL LOCAL PROCEDURE GE vs W GEN SAT OPERATION 2-IV-3.3.1 03 13KV BUS -NORMAL AND NONE NONE SAT ALTERNATE LINEUPS OF OPERATION 2-IV-4.3.1 03 VITAL INSTRUMENT BUS AND LOCAL PROCEDURES ARE SAT ALTERNATE SHUTDOWN DIFFERENT UNIT 1 HAS NEW INVERTERS 2-IV-4.3.14 00 REMOVING/RETURNING

1. 2 NONE UNIT 2 ONLY SAT SWITCHYARD MISCELLANEOUS POWER TRANSFORMER TO/PROM SERVICE

• 2-IV-4.3.2 02 EMERGENCY PEED TO 2D VITAL LOCAL PROCEDURE UNIT 2 ONLY SAT INSTRUMENT BUS 2-IV-4.3.3 01 4KV GROUP BUSES -NORMAL NONE NONE SAT OPERATION 2-IV-4.3.4 04 4KV VITAL BUSES -NORMAL NONE NONE SAT OPERATION 2-IV-4.3.5 02 OPERATION OP 460 VOLT BREAKERS LOCAL PROCEDURE NONE SAT 2-IV-4.3.6 00 OPERATION OP 4KV BREAKERS LOCAL PROCEDURE NONE SAT 2-IV-4.3.7 02 LIGHTING DISTRIBUTION TRANSFER LOCAL PROCEDURE PROCEDURE DIFFERENCE SAT SWITCH OPERATION LIMITED TO NOTIFICATIONS OF DIFFERENT PEOPLE SERVED BY THE LIGHTING PANELS BEING OPERATED 2-IV-5.3.1 01 BATTERY GROUND DETECTION LOCAL PROCEDURE NONE SAT 2-IV-5.3.2 03 BATTERY CHARGER OPERATION LOCAL PROCEDURE NONE SAT

• 2-IV-5.3.3 03 01 DC BREAKER -ADMINISTRATIVE CONTROL 1------------I I Page No. 42 12/27/89 SALEM SIMULATOR

• PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER PROCEDURE NUMBER REV ACN DESCRIPTION SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

=== ============================== ===========================

==

======== 2-IV-6.3.1 02 01 OPERATION OF THE NUCLEAR NONE NONE SAT INSTRUMENTATION SYSTEM 2-IV-8.3.1 03 01 ROD CONTROL SYSTEM -NORMAL LOCAL PROCEDURE UNIT 2 HAS STEP 2.3 SAT OPERATION UNDER INITIAL COtlDITIONS TO PERFORM COS 1 OR 2. UNIT 1 DOES NOT 2-IV-8.3.2 01 REACTOR TRIP OR REACTOR TRIP LOCAL PROCEDURE NONE SAT BYPASS BREAKER OPERATION 2-IV.11.3.1 04 03 RADIATION MONITORING SYSTEM -NONE DIFFERENT SYSTEMS SAT NORMAL OPERATION 2-V-l. 3 .1 04 SERVICE WATER -NORMAL NONE UNIT 2 PRECAUTIONS SAT

• OPERATION ARE SLIGHTLY DIFFERENT BECAUSE 24 SWP HAS DIFFERENT OIL SIGHT GLASSES 2-V-1. 3 .2 00 04 SERVICE WATER SYSTEM -#21 N/S CAN'T DRAIN RCS TO UNIT 2 REQUIRES ALL SAT L NUCLEAR HEADER OUTAGE CENTERLINE B VITAL RUSSES OPERABLE AND ENERGIZED.

UNIT 1 ONLY REQUIRES A AND B 2-V-1.3.3 00 03 SERVICE WATER SYSTEM -#22 N/S. CAN'T DRAIN RCS TO SAT NUCLEAR HEADER OUTAGE CENTERLINE 2-V-1.3.4 00 SHUTDOWN OF TOTAL UNIT 2 N/S UNIT 1 IN PURPOSE SAT SERVICE WATER SYSTEM STATES THIS PROCEDURE WILL ONLY BE USED DURING THE 7TH REFUELING OUTAGE. IT CURRENTLY EXISTS ON BOTH UNITS. UNIT 1 LISTS 4 PRECAUTIONS THAT ARE RELEVENT TO BOTH UNITS BUT UNIT

• 2 DOESN'T HAVE THEM 2-V-13. 3 .1 01 01 FILLING #21 AND/OR #22 FUEL N/S UNIT 1 ONLY SAT

• Page No. 12/27/89 PROCEDURE NUMBER 43 REV ACN DESCRIPTION SALEM SIMULATOR PROCEDURE LIST -UNIT 1 & UNIT 2 SORTED BY PROCEDURE NUMBER SIMULATOR vs REFERENCE PLANT UNIT 1 vs UNIT 2 VALIDATED IMPACT ===================

=== ============================== ===========================

==

======== OIL STORAGE TANK(SI 2-V-14.3.1 03 PLACING THE HEATING WATER N/S UNIT 1 ONLY SYSTEM IN SERVICE 2-V-2.3.1 02 FRESH WATER SYSTEM -NORMAL N/S UNIT I ONLY SAT OPERATION PROCEDURE 2-V-3.3.1 03 FIRE PROTECTION SYSTEM LOCAL PROCEDURE NONE SAT OPERATION 2-V-3. 3. 5 01 FILLING STATION CARDOX STORAGE LOCAL PROCEDURE NONE SAT TANKS 2-V-4.3.1 02 SERVICE AIR SYSTEM -NORMAL LOCAL PROCEDURE NONE SAT OPERATION

• 2-V-5.3.1 02 CONTROL AIR SYSTEM OPERATION NONE NONE SAT 00 EMERGENCY CONTROL AIR LOCAL PROCEDURE INITIAL CONDITIONS SAT 2-V-5.3.2 COMPRESSOR FLOW CAPACITY CHECK AND PRECAUTIONS ARE DIFFERENT.

PROCEDURES ARE DRAMATICALLY DIFFERENT.

UNIT 1 PROCEDURE IS 5 YEARS NEWER THAN UNIT 2 2-V-5.3.4 00 OPERATION OF TEMPORARY AIR LOCAL PROCEDURE NONE SAT COMPRESSORS 2-V-9.3.l 04 01 CHILLED WATER SYSTEM -NORMAL LOCAL PROCEDURE NONE SAT OPERATION

• *

• Simulator Design Data HOPE CREEK & SALEM SIMULATOR Simulator Design Database SP-206 Appendix 7 contains the simulator reference database listing all references used in the design, development and modification of the simulator.

The database is comprised of the following fields: SYSTEM identifies the system designator code for system identification TITLE identifies the system by title, e.g .. 125 VDC, Station Service Water, etc. DRAWING identifies the drawing number where applicable.

In some cases the vendor assigned drawing number is presented.

In cases where a drawing includes a cover sheet, only the cover sheet is listed: All applicable sheets of that drawing will be referenced on the cover sheet. STATION REVISION identifies the revision number of the drawings as listed in the stat1on drawings database.

TRAINING LOAD (date) identifies the revision of the drawings supporting the training load, and the date the load was created Database Maintenance The station revision column lists the drawing revision numbers as listed in the station drawing data base. This information is derived from the station's Management Information System and/or document distribution (library), and is updated during the Annual Review, or more frequently as directed by the Simulator Configuration Engineer.

• The training load column lists the revision number of each drawing that was used to develop the current training load. As further modifications are made, the work package developed (see lists the drawings and revisions used. When the work package is completed and approved by the Simulator Configuration Engineer, the drawing revision number for the training load column is flagged for update for each applicable drawing. Each time a new training load is created, the drawings flagged for update and incorporated in the new load are updated in the data base

• Appendix 7 Page 1 of 1 Date: 08/04/89 Rev.:

• AB AC AD AE AF AK AM AN AP AQ AR -* AX BB BC BD BE BF BG BH BJ BN CA CB ., cc CD HOPE CREEK SIMULATOR SIMULATOR DATA BASE PLANT SYSTEM DESIGNATIONS Main Steam Main Turbine Condensate Feedwater Extraction Steam, Heater Vents & Drains Condensate Demineralizer Fresh Water Supply Deroin Water Makeup, Storage & Transfer Condensate Storage and Transfer Condensate and Feedwater Chemical Control Fresh Water Pretreatment Hydrogen Water Chemistry Injection Nuclear Boiler and Reactor Recirculation Residual Heat Removal Reactor Core Isolation Cooling Core Spray Control Rod Drive Hydraulic Supply Reactor Water Cleanup Standby Liquid Control High Pressure Coolant Injection Refueling Water Transfer Main Turbine Sealing Steam Main Turbine and Generator Lube Oil Main Generator Gas Control Main Generator Hydrogen Seal Oil Appendix 7 Page 1 of 6 SP-206 Date: 08/04/89 Rev.: __ o __

CE

• CF CG CH CJ DA DB DD DE DF EA EC ED

• EE EG EP EQ FA FB FC FD FW G-GA I GB

• GC Main Generator Stator Water Cooling Lube Oil Storage, Transfer, and Purification Condenser Air Removal Main Turbine Control Oil (EHC) RFP Turbine Lube Oil Circulating Water Cooling Water Circulating Water*Hypochlorination Circulating Water Acid Injection Cooling Tower Blowdown Dechlorination Station Service Water Fuel Pool Cooling and Cleanup Reactor Auxiliaries Cooling Torus Water Cleanup Safety and. Turbine Auxiliaries Cooling Service Water Screens & Backwash Service Water Hypochlorination Auxiliary Boilers, Auxiliary Steam System RCIC Turbine Steam HPCI Turbine Steam RFP Turbine Steam HVAC Systems Plant Heating Steam Chilled Water Administration Bldg HVAC Appendix 7 Page 2 of 6 . SP-206 Date: 08/04/89 Rev.: O ----

GD

• GE GF GH GJ GK GL GM GP GQ GR GS GT GU

• H-HA HB HC HD HG Hll H12 JA JE KA

• KB KC SP-206 Fire Pump House HVAC Turbine Bldg HVAC Miscellaneous Buildings HVAC Radwaste Area HVAC Control Room Chilled Water Control Room HVAC Service Area BVAC I Diesel Generation Area HVAC Primary Containment Leak Rate Test Intake Structure HVAC Reactor Building HVAC Containment Atmosphere Control Drywell HVAC Filtration, Recirculation

& Ventilation (FRVS) Radwaste Gaseous Radwaste Liquid Radwaste Solid Radwaste Decontamination Facilities Building & Equipment Drains Main Control Panels (10C650, 651, 800) Back Panels (10C607, 399, 649, etc.) Auxiliary Boiler Fuel Oil Storage & Transfer Diesel Fuel Oil Transfer & Storage Service Compressed Air Instrument (Control)

Air Protection Appendix 7 Page 3 of 6 Date: 08/04/89 Rev. : ---'-0 __

KD

• KE KF KG KH KJ KL KP LA LB LD LE LF

• LG LX M-MA MB MC MD ME MF MH N-NA NB NG Domestic (Potable)

Water Fuel Handling & Reactor Vessel Servicing Cranes, Hoists & Elevators Breathing Air Service Gases (CO 2 , N 2 & H 2 ) Emergency Diesel Generators Containment Instrument Gas MSIV Steam Sealing ... Building Sewage Storm Drainage Chemical Waste Oily Waste Normal Drains Floor Water Collection CRD Maintenance Generation and Transmission Main Generator

&

Excitation and Voltage Regulation 13.8 KV Station Power Switchyard Buses Switchyard 125 VDC Switchyard Lighting & Auxiliary Power 500 KVAC Non-Safety Relayed Power Systems 7.2 KVAC 4.16 KVAC 480 VAC Substation Power Appendix 7 Page 4 of 6 SP-206 Date: 08/04/89 Rev. : ---'-o __

• *

• NH NJ NK NQ P-PB PE PG PH PJ PK PL QA QB QC QE QF QG QH QJ QK QL QM RC RD RG RH 480 V MCC Power 250 VDC 125 VDC 120 VAC Safety Related Power Systems 4.16 Kvac (Class lE) Standby AC Power (Diesel Generator) 480 VAC (Class 1E1 Substation Power 480 V (Class lE) MCC Power 250 VDC (Class lE) 125 VDC (Class lE) 24 VDC (Class lE) Normal Station Lighting Essential

& Standby Lighting Yard, Roadway & Fence Lighting Public Off-Site Communication In-Plant Communication Site Grounding Cathodic Protection Freeze Protection (Heat Tracing) Fire & Smoke Detection Private Off-Site Communication Special Facilities Process Sampling Meteorological Instrumentation Plant Security Closed Circuit TV Appendix 7 Page 5 of 6 SP-206 Date: 08/04/89 Rev.: O ----

RJ

• RK RL s-SA SB SC SD SE SF SG SH SK

• SL SM SN SP SS ST SU SV VAR zz ** Plant Computer Plant Annunciator Control Complex Nuclear Controls and Monitoring Redundant Reactivity Control Reactor Protection Reactor Instrumentation Area Radiation Monitoring Neutron Monitoring Reactor Manual Control J Seismic Instrumentation Post Accident Monitoring Plant Leak Detection Reactor Building Pressure Relief Primary Containment Isolation Automatic Depressurization Process Radiation Monitoring Rotating Machinery Vibration Monitoring Transient Monitoring Radwaste Controis & Logic Remote Shutdown Various No System Applicable Appendix 7 Page 6 of 6 SP-206 Date: 08/04/89 Rev. : ----"-0 __

• 0000 ClOO CJOO C310 C900 CDOO EllO E120 E130 E140 E150 * . E153

• E160 E170 E180 E210 E220 E230 E300 E400 E500 E540 E550 E555 E560 SALEM SIMULATOR SIMULATOR DATA BASE PLANT SYSTEM DESIGNATIONS Undefined Computer Systems Annunciators

-Visual And Console Annunciators

-Auxiliary RMS .. Loose Parts Monitoring System A-C Power -500 KV Yard A-C Power -13KV AC A-C Power -JKV AC A-C Power -460V AC A-C Power -230V AC A-C Power -115 AC Transformers, Auxiliary Power Transformers, Station Power Transformers, Main Power D-C Power -28V DC D-C Power -125V DC D-C Power -250V DC Diesel Generators Gas Turbine (Unit 3) Generator, Main Generator Stator CW Instr. & Controls Generator

& Aux. Temperature Scanning Steam Generator Feed Pump & Turbine Lube Oil Protective Relaying Appendix 7 Page 1 of 5 Date: Rev.: SP-206 I I I I 11 11 08/04/89 0 _J E570 E570

• E580 E580 E590 E595 E600 F300 F310 F320 F400 F530 F550 F800

• GlOO G216 G220 G220 HWOO IAOO MlOO MllO M200 M255 M510

• M600 Generator Hydrogen & Seal Oil Turbine Generator Hydrogen & SO (w/ Manual) Generator Synchronizing Synchronizing Bulk Carbon Dioxide Supply Bulk Hydrogen Supply Electrical Penetrations Steam Generator

& Condensate Steam Generator Level Control Condenser Air Removal & Priming Auxiliary Feedw.ater FW Chemical Treatment Condeniate Polishing Condensate, Miscellaneous Bleed Steam Heater Drains Steam Generator Drains & Blowdown Main Steam & Turbine By-pass Moisture Separator Reheater Steam & Drains Panel Hardware Instructor Aids Fresh Water Water System -Potable Fire Protection Fuel Oil Public Address System SW System Appendix 7 Page 2 of 5 SP-206 Date: 08/04/89 Rev.: O -----

M700 M800

• M900 M910 M910 M915 M921 :'19 2 2 M930 M940 M941 M941 M942 M943

• M944 M945 M946 M948 M970 M980 M985 MAOO MBOO MCOO MJOO MJlO NlOO

• N210 SP-206 Building & Equipme.nt Drains, Flood & Sump Pumps Heating Water HVAC -Diesel Generator Area HVAC -Aux. Building, Mechanical Area HVAC -Aux. Building, Switchgear

& Penetration Chilled Water HVAC -Control Area HVAC -Fuel Handling Area .. HVAC -Service Building .HVAC -Containment Building HVAC -Containment Pressure -Vacuum Relief HVAC -Iodine Removal System HVAC -Reactor Nozzle Support Ventilation HVAC -Rx Shield Ventilation HVAC -Control Rod Drive Ventilation HVAC -Containment Fan Coil Units HVAC -Containment Penetration Cooling Containment Pressure Rec'd, Ind., & Alarms HVAC -Inner And Outer Penetration Area HVAC -SW Intake Structure HVAC Turbine Generator Area Heat Tracing Compressed Air -Station Air Compressed Air -Control Air Heater Vents & Misc. Drains Contaminated Equipment, Drains & Vents Chemical & Volume Control System Component Cooling System Appendix 7 Page 3 of 5 Date: 08/04/89 Rev.: 0 -----

• *

• N220 RHR N230 N300 N350 N400 N510 N520 N530 N600 N620 P250 RlOO R105 R120 Rl40 R170 R200 R270 R400 R500 R600 R650 R700 TOOO TlOO TlOO T200 Spent Fuel Pit Cooling Fuel Handling Filter Handling Sampling System Waste Disposal System -Gas Waste Disposal System -Solid Waste Disposal System -Liquid SI System Containment Spray PMS Reactor Control & Protection SEC SSPS Process Alarm Interface Racks Status Panel (2RP4) Reactor Coolant Reactor Coolant Pump Shaft Vibration Monitors Instrumentation System, Nuclear Reactor Rod Control Pressurizer Pressurizer Overpressurization Reactor'Coolant Leak Detection Turbine (w/ Manual) E-H Control Turbine EH Control Turbine Drains Appendix 7 Page 4 of 5 SP-206 Date: 08/04/89 Rev.: O -----

T300

• T500 T700 T800 T900 W200 W300 wcoo X380 X390 X500 ** SP-206 Turbine Gland Seal Steam & Leakoff (Unit 2) Turbine, Main, Lube Oil Turbine, Main Circulating Water System Turbine Auxiliaries Cooling Demineralized Water System Waste Disposal System J Non-RAD Chemical Liquid Water Chemistry Hot Shutdown Station Digital Clock & Megawatt Meter Safety Parameters Display Appendix 7 Page 5 of 5 Date: 08/04/89 Rev . : _ __;O:._ __

r----:--:--

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Page No. 11/28/89 SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number

• TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

---

======== ======== E520 108537 05 05 E520 108539 04 04 HWOO AC POWER DISTRIBUTION (2CC1) 170255 01 01 HWOO DC POWER DISTRIBUTION (2CC1) 170255 01 01 AC POWER DISTRIBUTION (2CC2) 170256 01 01 HWOO HWOO DC POWER DISTRIBUTION (2CC2) 170256 01 01 HWOO AC POWER DISTRIBUTION (2CC3) 170257 01 01 HWOO DC POWER DISTRIBUTION (2CC3) 170257 01 01 HWOO AC POWER DISTRIBUTION (2RP1) 170258 01 01

• HWOO DC POWER DISTRIBUTION (2RP1) 170258 01 01 HWOO AC POWER DISTRIBUTION (2RP2) 170259 01 01 HWOO DC POWER DISTRIBUTION (2RP2) 170259 01 01 HWDO AC POWER DISTRIBUTION (2RP3) 170260 01 01 HWOO DC POWER DISTRIBUTION (2RP3) 170260 01 01 R170 AC POWER DISTRIBUTION (2RP4) 170261 01 01 R170 DC POWER DISTRIBUTION (2RP4) 170261 01 01 HWOO AC POWER DISTRIBUTION (2RP5) 170262 01 01 HWOO DC POWER DISTRIBUTION (2RP5) 170262 01 01 NO DRAWING 170263 HWOO AC POWER DISTRIBUTION (2RP7) 170264 01 01 AC POWER DISTRIBUTION (2RP8) 170265 01 01 HWOO DC POWER DISTRIBUTION (2RP8) 170265 01 01

• HWOO AC POWER DISTRIBUTION (2RP9) 170266 01 01 Page No. 2 11/28/89 SALEM SIMULATOR Simulator Design Database

• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

---

======== ======== HWOO AC POWER DISTRIBUTION (NUCLEAR INST. CABINET) 170267 01 01 HWOO DC POWER DISTRIBUTION (NUCLEAR INST. CABINET) 17D267 01 01 HWOO AC POWER DISTRIBUTION (FLUX MAPPING) 170268 01 01 HWOO AC POWER DISTRIBUTION (RADIATION MONITOR) 170269 01 01 HWOO DC POWER DISTRIBUTION (RADIATION MONITOR) 17D269 01 01 HWOO AC & DC POWER DISTRIBUTION (HYDROGEN RECOMBINER) 170270 01 01 HWDO AC & DC POWER DISTRIBUTION (REACTIVITY COMPUTER) 170271 01 01 HWDD AC & DC POWER DISTRIBUTION (SSPS) 170272 Dl 01 E130 NO. 1 & 2 GENERATORS MAIN TRANSFORMERS ONE LINE CONTROL 203000 23 23

• E130 NO. 1 406V GROUP BUSES ONE LINE 2D3DD1 18 18 E13D NO. 1 46D V VITAL BUSES ONE LINE 2D3D02 12 12 E14D NO. 1 46DV & 23D V VITAL BUS ONE LINE CONTROL 2D3003 16 16 E550 GENERATORS INSTRUMENTS

& METERS, D.C. SCHEMATIC, CONTROLS 203009 04 04 E550 GENERATOR INSTRUMENT

& METERS, AC SCHEMATIC, CONTROLS 203011 19 19 E510 GENERATOR ISOLATION TRIP REG & BACK UP, DC SCHEMATIC, 203018 11 11 CONTROLS E130 1A & 2A VITAL BUSES BUS DIFFERENTIAL PROTECTION 203019 12 12 E130 lB & 2B VITAL BUSES BUS DIFFERENTIAL PROTECTION 203D20 11 11 E13D lC & 2C VITAL BUSES BUS DIFFERENTIAL PROTECTION 205021 12 12 E130 1A & 2A 4160V VITAL BUSES lA & 2A EMERGENCY DIESEL GEN., 203035 OD OD SCHEMATIC, CONTROLS E130 1C & 2C 416DV VITAL BUSES lC & 2C EMERGENCY DIESEL GEN., 203036 00 DO SCHEMATIC, CONTROLS ., E130 lB & 2B 416DV VITAL BUSES lB & 2B EMERGENCY DIESEL GEN., 203D38 DD OD SCHEMATIC, CONTROLS

---

Page No. 3 11/28/89 SALEM SIMULATOR Simulator Design Database

• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

---

======== ======== E130 1A & 2A 4160V VITAL BUSES UNDERVOLTAGE TRANSFER RELAY, A.C. 203047 20 20 & D.C. SCHEMATIC, CONTROLS E130 lB & 2B 4160V VITAL BUSES UNDERVOLTAGE TRANSFER RELAY, A.C. 203048 21 21 & D.C. SCHEMATIC, CONTROLS E130 lC & 2C 4160V VITAL BUSES UNDERVOLTAGE TRANSFER RELAY, A.C. 203049 21 21 & D.C. SCHEMATIC, CONTROLS E130 NO. 2 460V VITAL BUSES ONE LINE 203061 09 09 E130 NO. 2 460V VITAL BUSES ONE LINE 203062 15 15 E140 460V & 230V VITAL & NON-VITAL BUS ONE LINE CONTROL 203063 12 12 E130 4160V VITAL BUSES TYPICAL FEEDERS PROTECTION, A.C. 203101 04 04 SCHEMATIC, SHEET 1, CONTROLS

• E130 1A & 2A 4160V VITAL BUSES BUS FEEDER llASD & 21ASD,D.C.

203102 11 11 SCHEMATIC, SHEET 1, CONTROLS E130 1A & 2A 4160V VITAL BUSES BUS FEEDER 11ASD & 21ASD 203103 17 17 E130 1A & 2A 4160V VITAL BUSES BUS FEEDER 12ASD & 22ASD 203105 16 16 E130 1A & 2B 4160V VITAL BUSES BUS FEEDER llBSD & 21BSD 203107 16 16 E130 1B & 2B 4160V VITAL BUSES BUS FEEDER 12BSD & 22BSD, D.C. 203108 11 11 SCHEMATIC, SHEET 1, CONTROLS E130 lB & 2B 4160V VITAL BUSES BUS FEEDER 12BSD & 22BSD, D.C. 203109 17 17 SCHEMATIC, SHEET 2, CONTROLS E130 lC & 2C 4160V VITAL BUSES BUS FEEDER llCSD & 21CSD, D.C. 203110 11 11 SCHEMATIC, SHEET 1, CONTROLS E130 lC & 2C 4160V VITAL BUSES BUS FEEDER llCSD & 21CSD, D.C. 203111 17 17 SCHEMATIC, SHEET 2, CONTROLS E130 lC & 2C 4160V VITAL BUSES BUS FEEDER 12CSD & 22CSD, D.C. 203112 11 11 SCHEMATIC, SHEET 1, CONTROLS E130 NO. 1 & 2 lC & 2C 4160V VITAL BUSES BUS FEEDER 12CSD & 22CSD 203113 17 17

• El30 lA & 2A 4160V VITAL BUSES 4160V/480-240V TRANSF BKRS 1A4D & 203114 12 12 2A4D, DC SCHEMATIC, CONTROLS

• Page No. 4 11/28/89 SYSTEM E130 E130 E550 E130 E130 TITLE SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number ============================================================

1B & 2B 4160V VITAL BUSES 4160V/480-240V TRANSF BKRS 1B4D & 2B4D, DC SCHEMATIC, CONTROLS 1C & 2C 4160V VITAL BUSES 4160/480-240V TRANSF BKRS 1C4D & 2C4D, DC SCHEMATIC, CONTROLS 22 STA. PWR. VOLTMETER SWITCHING

& INDICATION, SCHEMATIC, CONTROLS STATION & AUXILIARY POWER TRANSFS. & 4160V. VITAL & GROUP BUS VOLTMETERS, D.C. SCHEMATIC, CONTROLS 4160V. GROUP BUSES TYPICAL FEEDERS PROTECTION, A.C. SCHEMATIC, SHEET 1, CONTROLS DRAWING 203115 203116 203121 203122 203132 E130-----4-160V-.

GROUP BUSES TYPICAl.:---FEIDERS PROTECTION, A. C. -----203133-* E130 E130 E130 E130 E130 E130 E130 E130 E130

• E130 SCHEMATIC, SHEET 2, CONTROLS lH & 2H 4160V GROUP BUS, BUS FEEDER C.B. 11HSD & 21HSD, D.C. SCHEMATIC, SHEET 1, CONTROLS lH & 2H 4160V GROUP BUS, BUS FEEDER llHSD & 21HSD, D.C. SCHEMATIC, SHEET 2, CONTROLS lH & 2H 4160V GROUP BUSES, BUS FEEDER 1AHGD & 2AHGD, D.C. SCHEMATIC, SHEET 1, CONTROLS lH & 2H 4160V GROUP BUSES, BUS FEEDER 1AHGD & 2AHGD, D.C. SCHEMATIC, SHEET 2, CONTROLS lE & 2E 4160V GROUP BUSES, BUS FEEDER 11ESD & 21ESD, D.C. SCHEMATIC, SHEET 1, CONTROLS lE & 2E 4160V GROUP BUSES, BUS FEEDER 11ESD & 21ESD, D.C. SCHEMATIC, SHEET 2, CONTROLS lE & 2E 4160V GROUP BUSES, BUS FEEDER 1AEDG & 2AEGD, D.C. SCHEMATIC, SHEET 1, CONTROLS 1E & 2E 4160V GROUP BUSES, BUS FEEDER lAEDG & 2AEGD, D.C. SCHEMATIC, SHEET 2, CONTROLS 1F & 2F 4160V GROUP BUSES, BUS FEEDER 12FSD & 22FSD, D.C. SCHEMATIC, SHEET 1, CONTROLS 1F & 2F 4160V GROUP BUSES, BUS FEEDER 12FSD & 22FSD, D.C. SCHEMATIC, SHEET 2, CONTROLS 203134 203135 203136 203137 203138 203139 203140 203141 203142 203143 STATION REVISION ======== 12 12 02 05 06 05 -07 11 05 09 07 11 05 09 07 11 TRAINING LOAD 11/01/89 ======== 12 12 02 05 06 --05-------07 11 05 09 07 11 05 09 07 11

• Page No. 5 11/28/89 SYSTEM E130 E130 E130 E130 E130 TITLE SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number ============================================================

1F & 2F 4160V GROUP BUSES, BUS FEEDER 1BFGD & 2BFGD, D.C. SCHEMATIC, SHEET 1, CONTROLS 1F & 2F 4160V GROUP BUSES, BUS FEEDER 1BFGD & 2BFGD, D.C. SCHEMATIC, SHEET 2, CONTROLS 1G & 2G 4160V GROUP BUSES, BUS FEEDER 12GSD & 22GSD, D.C. SCHEMATIC, SHEET 1, CONTROLS 1D & 2D 4160V GROUP BUSES, BUS FEEDER 12GSD & 22GSD, D.C. SCHEMATIC, SHEET 2, CONTROLS 1G & 2G 4160V GROUP BUSES, BUS FEEDER lBGGD & 2BGGD, D.C. SCHEMATIC, SHEET 1, CONTROLS ------------E-130-----1G--&-2G-H60V-

-&-2BGGD,--D.

C. ----SCHEMATIC, SHEET 2, CONTROLS

• T100 11 & 21 TURBINE HYDRAULIC FLUID PUMP, A.C. & D.C. SCHEMATIC, SHEET 1, CONTROLS TlOO 11 & 21 TURBINE HYDRAULIC FLUID PUMP, A.G. & D.C. SCHEMATIC, SHEET 2, CONTROLS T100 12 & 22 TURBINE HYDRAULIC FLUID PUMP, A.C. & D.C. SCHEMATIC, SHEET 1, CONTROLS TlOO 12 & 22 TURBINE HYDRAULIC FLUID PUMP, A.C. & D.C. SCHEMATIC, SHEET 2, CONTROLS E570 HIGH PRESSURE SEAL OIL BACK-UP PUMP, AC & DC SCHEMATIC, CONTROLS TODD TURBINE VACUUM BREAKER VALVES, AC & DC SCHEMATIC, CONTROLS T700 TURBINE TURNING GEAR, AC & DC SCHEMATIC, CONTROLS F600 12 & 22 HEATER DRAIN PUMPS, DC SCHEMATIC, SHEET 1, CONTROLS T700 BEARING OIL HYDRAULIC LIFT PUMP, AC & DC SCHEMATIC, CONTROLS T500 TURBINE AUXILIARIES ALARMS, AC & DC SCHEMATIC, CONTROLS SCHEMATIC, CONTROLS

• T500 AUXILIARIES BEARING OIL PUMP, AC & DC SCHEMATIC, CONTROLS DRAWING 203144 203145 203146 203147 203148 STATION REVISION ======== 05 09 07 12 04 TRAINING LOAD 11/01/89 ======== 05 09 07 12 04 --203149-----09 -------09-----------------203150 07 07 203151 04 04 203152 07 07 203153 04 04 203154 07 07 203155 07 07 203156 07 07 203157 07 07 203158 09 09 203159 12 12 203160 12 12 Page No. 6 11/28/89 SALEM SIMULATOR Simulator Design Database

• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

---

======== ======== F600 11 & 21 HEATER DRAIN PUMPS, DC SCHEMATIC, SHEET 1, CONTROLS 203161 08 08 T500 EMERGENCY BEARING OIL PUMP, D.C. SCHEMATIC, CONTROLS 203162 08 08 MCOO 1 & 2 EMERGENCY CONTR. AIR COMPRESSORS, SCHEnATIC, SHEET 1, 203164 H 14 CONTROLS MCOO 1 & 2 EMERGENCY CONTR. AIR COMPRESSORS, SCHEMATIC, SHEET 2, 203165 11 11 CONTROLS F600 11 & 21 HEATER DRAIN PUMPS, SCHEMATIC, SHEET 2, CONTROLS 203166 03 03 F600 12 & 22 HEATER DRAIN PUMPS, SCHEMATIC, SHEET 2, CONTROLS 203167 03 03 F600 13 & 23 HEATER DRAIN PUMPS, SCHEMATIC, SHEET 1, CONTROLS 203168 07 07 F600 13 & 23 HEATER DRAIN PUMPS, SCHEMATIC, SHEET 2, CONTROLS 203169 03 03

• T100 TURBINE STOP & GOVERNOR VALVES TEST, A.C. SCHEMATIC, 203170 09 09 CONTROLS E130 1H & 2H 4160V GROUP BUSES 4160/208V TRANSFORMERS FOR 1E6D & 203293 04 04 2E6D, D.C. SCHEMATIC, CONTROLS E130 1E & 2E 4160V GROUP BUSES 4160/480-240V TRANSFORMERS FOR 203294 05 05 1H5D & 2H5D, D.C. SCHEMATIC, CONTROLS E130 1E & 2E 4160V GROUP BUSES 4160/480V TRANSFORMERS FOR C.B. 203295 05 05 1E6D & 2E6D, D.C. SCHEMATIC, CONTROLS E130 1F 4160V GROUP BUS 4160/480 -208V TRANSFS FOR C.B. 1FC 203296 03 03 E130 1F & 2F 4160V GROUP BUSES 4160/480-240 TRANSFORMERS FOR C.B. 203297 05 05 1F5D & 2F5D, D.C. SCHEMATIC, CONTROLS E130 1F 4160V GROUP BUS 4160/208V TRANSF. FOR CB 1F6D 203298 04 04 E130 1G & 2G 4160V GROUP BUSES 4160/480V TRANSFORMERS FOR C.B. 203299 05 05 1G6D & 2G6D, D.C. SCHEMATIC, CONTROLS G100 11 & 21 BLEED STEAM COIL DR. TK. PUMPS, SCHEMATIC, SHEET 1, 203307 06 06 CONTROLS

• G100 11 & 21 BLEED STEAM COIL DR. TK. PUMPS, SCHEMATIC, SHEET 2, 203308 03 03 CONTROLS

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Page No. 7 11/28/89 SALEM SIMULATOR Simulator Design Database

• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== F400 11 & 21 AUXILIARY FEED PUMPS, AC & DC SCHEMATIC, SHEET 2, 203312 22 22 CONTROLS F400 AUX. FEED STORAGE TANK LEVEL lA & 2A AUX. F.W. TEMP. & 203313 10 10 SUCTION PRESS. ALARMS, SCHEMATIC, CONTROLS F400 12 & 22 AUX. FEEDPUMPS, AC & DC SCHEMATIC, CONTROLS 203315 24 24 F400 21 AUXILIARY FEED PUMP, SCHEMATIC, CONTROLS 203316 09 09 F400 22 AUXILIARY FEED PUMP, SCHEMATIC, CONTROLS 203317 F400 13 & 23 AUX. FEED PUMPS & TURBINES, SCHEMATIC, SHEET 1, 203318 10 10 CONTROLS F400 13 & 23 AUX. FEED PUMPS & TURBINES, SCHEMATIC, SHEET 1, 203319 19 19 CONTROLS

• F700 11 & 21 SGFP & TURB. 11A & 21A OIL PUMP, AC & DC SCHEMATIC, 203320 07 07 CONTROLS F700 11 & 21 SGFP & TURB. llB & 21B OIL PUMP, AC & DC SCHEMATIC, 203321 08 08 CONTROLS F700 11 & 21 SGFP & TURB. EMERGENCY OIL PUMP, DC SCHEMATIC, 203322 09 09 CONTROLS F700 11 & 21 SGFP & TURBINES TURN GEAR VAPOR SEPARATOR, AC 203323 08 08 SCHEMATIC, CONTROLS F700 11 & 21 SGFP & TURBINES GOV CONTROL & SUPERV INSTRUMENT, AC 203324 17 17 SCHEMATIC, CONTROLS F700 11 & 21 SGFP & BY PASS VALVES, AC SCHEMATIC, CONTROLS 203325 06 06 F700 11 & 21 SGFP & TURBINES, SCHEMATIC, SHEET 1, CONTROLS 203326 11 11 F700 11 & 21 SGFP & TURBINE, DC SCHEMATIC, SHEET 2, CONTROLS 203327 23 23 F700 11 & 21 SGFP & TURBINES, DC SCHEMATIC, SHEET 3, CONTROLS 203328 10 10 F700 11 & 21 SGFP & TURBINES, DC SCHEMATIC, SHEET 4, CONTROLS 203329 16 16

• F700 12 & 22 SGFP TURBINE, 12A & 22A OIL PUMPS, AC-DC SCHEMATIC, 203330 06 06 CONTROLS _j Page No. 8 11/28/89 SALEM SIMULATOR Simulator Design Database

• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ========

• F700 12 & 22 SGFP & TURBINE, 12B & 228 OIL PUMPS, AC-DC 203331 06 06 SCHEMATIC, CONTROLS F700 12 & 22 SGFP TURB. EMERGENCY OIL PUMP, DC SCHEMATIC, 203332 07 07 CONTROLS F700 12 & 22 SGFP & TURBINE TURNING GEAR, VAPOR EXTRACTOR

& OIL 203333 07 07 SEPARATOR, AC SCHEMATIC, CONTROLS F700 12 & 22 SGFP & TURB. GOV. CONT. & SUPERVISORY 203334 16 16 INSTRUMENTATION, AC SCHEMATIC, CONTROLS F700 12-22 SGFP & TURBINE SUCTION BY-PASS VALVES, SCHEMATIC, 203335 05 05 CONTROLS F700 12 & 22 SGFP & TURBINES, SCHEMATIC, SHEET 1, CONTROLS 203336 10 10 F700 12 & 22 SGFP & TURBINES, DC SCHEMATIC, SHEET 2, CONTROLS 203337 23 23

• F700 12 & 22 SGFP & TURBINES, DC SCHEMATIC, SHEET 3, CONTROLS 203338 10 10 F700 12 & 22 SGFP & TURBINES, AC SCHEMATIC, SHEET 4, CONTROLS 203339 13 13 F200 11 & 21 CONDENSATE PUMPS, AC & DC SCHEMATIC, CONTROLS 203340 17 17 F200 11 & 21 CONDENSATE PUMPS, AC & DC SCHEMATIC, CONTROLS 203341 17 17 F200 13 & 23 CONDENSATE PUMPS, AC & DC SCHEMATIC, CONTROLS 203342 17 17 F700 11 & 21 SGFPS FEEDWATER FLOW RECIRCULATION, ANALOG 203345 09 09 SCHEMATIC, CONTROLS F700 12 & 22 SGFPS FEEDWATER FLOW RECIRCULATION, ANALOG 203346 06 06 SCHEMATIC, CONTROLS R600 lGP 2GP 480V BUS PRESSURIZER HTRS. CONTROLLED GROUP, AC & DC 203347 07 07 SCHEMATIC, CONTROLS R600 1GP & 2GP 480V BUS PRESSURIZER HTRS. 11 & 21 BACK-UP, AC & 203348 07 07 DC SCHEMATIC, CONTROLS R600 lEP & 2EP 480V BUS PRESSURIZER HTRS. 12 & 22 BACK-UP GRP., 203349 09 09 AC & DC SCHEMATIC, CONTROLS

• F500 11 & 12, 21 & 22 SG FEEDWATER CONTROL VALVE, SCHEMATIC, 203360 04 04 CONTROLS

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• Sorted by Drawing Number . TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== F500 13 & 14, 23 & 24 SG FEEDWATER CONTROL VALVE, SCHEMATIC, 203361 04 04 CONTROLS F500 11 & 12, 21 & 22 SG FW BY-PASS VALVE, SCHEMATIC, CONTROLS 203362 11 11 F500 13 & 14, 23 & 24 SG FW BY-PASS VALVE, SCHEMATIC, CONTROLS 203363 11 11 F500 11 & 12, 21 & 22 SG FW STOP VALVE, SCHEMATIC, CONTROLS 203364 10 10 F500 13 & 14, 23 & 24 SG FW STOP VALVE, SCHEMATIC, CONTROLS 203365 10 10 F500 11-14, 21-24 CONTROL & BY-PASS VALVE SCHEMATIC, CONTROLS 203366 06 06 F400 13 & 23 AUX. F.W. PUMP SPEED CONTROL, SCHEMATIC, CONTROLS 203367 07 07 R200 REACTOR COOLANT SYSTEM PRESSURE CONTROLS, SCHEMATIC, 203368 02 02 CONTROLS

• G210 STEAM DUMP CONTROL, SCHEMATIC SHEET 1, CONTROLS 203370 07 07 G210 STEAM DUMP VALVES CONTROL, SCHEMATIC, CONTROLS 203371 09 09 G210 STEAM DUMP CONTROL, SCHEMATIC SHEET NO. 2, CONTROLS 203372 11 11 M800 HEATING STEAM SUPPLY TO SGFP TURBINE CONTROL VALVES, 203379 02 02 SCHEMATIC, CONTROLS F500 11A-12C, 21A-22C LOW PRESSURE FEED WATER HEATER INLET 203380 04 04 VALVES, SCHEMATIC, CONTROLS F500 13A-15C,23A-25C LOW PRESSURE FEEDWATER HEATER INLET VALVES 203381 04 04 SCHEMATIC, CONTROLS F500 11A-15C,21A-25C LOW PRESSURE FEEDWATER HEATER BYPASS VALVES, 203382 04 04 SCHEMATIC, CONTROLS F500 16A-16C,26A-26C HIGH PRESSURE FEEDWATER HEATER INLET VALVES 203384 06 06 SCHEMATIC, CONTROLS F500 16A-16C,26A-26C HIGH PRESSURE FEEDWATER INLET VALVES & 203385 07 07 BYPASS VALVES, SCHEMATIC, CONTROLS F500 FEEDWATER HEATER BYPASS VALVES POSITION INDICATION DRAINS 203386 05 05

• DISCHARGE FLOW LEVEL, SCHEMATIC, CONTROLS R600 PRESSURIZER RELIEF TANK VENT & GAS ANALYZER VALVES, AC & DC, 203387 13 13 SCHEMATIC, CONTROLS

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Page No. 10 11/28/89 SALEM SIMULATOR Simulator Design Database

• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== R600 PRESSURIZER RELIEF TANK SPRAY LINE & N2 !SOL. VALVE DRAIN 203388 07 07 SPRAY & GAS ANALYZER VALVES, DC SCHEMATIC, SHEET 1, CONTROLS R600 PRESSURIZER RELIEF TANK SPRAY LINE & N2 ISOL. VAS. DRAIN 203389 10 10 SPRY & GAS ANALYZER VALVES, DC SCHEMATIC, CONTROLS F500 FEEDWATER HEATERS LEVEL, FW HTRS BYPASS VA. POS. IND & F.W. 203394 02 02 HTRS DRAIN COOLERS OUTLET FLOW, SCHEMATIC, CONTROLS G210 MAIN STEAM DRAIN VALVES 11, 12, 21 & 22 MS26, D.C. 203395 03 03 SCHEMATIC, CONTROLS G216 11-14 SG BLOWDOWN ISOLATION VALVES, SCHEMATIC, CONTROLS 203405 02 02 G216 11-14 SG BLOWDOWN ISOLATION VALVES, SCHEMATIC, CONTROLS 203406 10 10 G216 12 & 22 BLOWDOWN TANKS LEVEL CONTROL & INDICATION, 203407 08 08 SCHEMATIC, CONTROLS

• F400 AUXILIARY F.W. SYS SUCTION PRESSURE, ALT sue PRESS & STORAGE 203408 05 05 TANK LEVEL INDICATION, SCHEMETIC, CONTROLS F400 AUX FEED SUCTION & DISCHARGE PRESS. TRANSMITTER, SCHEMATIC, 203410 09 09 CONTROLS F400 11-12, 21-22AF21 STEAM GENERATOR INLET VALVES, AC & DC 203411 13 13 SCHEMATIC, CONTROLS F400 13-14, 23-24AF21 STEAM GENERATOR INLET VALVES, AC & DC 203412 14 14 SCHEMATIC, CONTROLS F400 11-14, 21-24AF11 STEAM GENERATOR INLET VALVES, SCHEMATIC, 203413 13 13 SHEET 1, CONTROLS F400 11-14, 21-23AF11 STEAM GENERATOR INLET VALVES, AC SCHEMATIC, 203414 02 02 CONTROLS G210 MAIN STEAM NO. 11, 12, 21 & 22 SG ISOLATION VALVES, 203415 11 11 SCHEMATIC, CONTROLS G210 MAIN STEAM NO. 13, 14, 23 & 24 SG ISOLATION VALVES, 203416 11 11 SCHEMATIC, CONTROLS

• G210 MAIN STEAM NO. 11, 12, 21 & 22 SG DRAIN & WARM-UP VALVE, 203U7 12 12 SCHEMATIC, CONTROLS

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== G210 MAIN STEAM NO. 13, 14, 23 & 24 SG DRAIN & WARM-UP VALVE, 203418 12 12 SCHEMATIC, CONTROLS G210 MAIN STEAM NO. 11, 12, 13, 14, 21, 22, 23 & 24 SG STOP 203419 14 14 VALVES, SCHEMATIC, CONTROLS G210 MAIN STEAM NO. 11, 12, 13, 14, 21, 22, 23 & 24 SG STOP 203420 13 13 VALVES, SCHEMATIC, CONTROLS G210 FEEDWATER NO. 11 SG. FEEDWATER FLOW CH. SELECTION, 203425 03 03 SCHEMATIC, CONTROLS G210 FEEDWATER NO. 12 SG. FEEDWATER FLOW CH. SELECTION, 203426 03 03 SCHEMATIC, CONTROLS G210 FEEDWATER NO. 13 SG. FEEDWATER FLOW CH. SELECTION, 203427 03 03 SCHEMATIC, CONTROLS

• G210 FEEDWATER NO. 14 SG. FEEDWATER FLOW CH. SELECTION, 203428 03 03 SCHEMATIC, CONTROLS R600 PRESSURIZER LEVEL RECORDER CHANNEL SELECTION, SCHEMATIC, 203429 04 04 CONTROLS R200 REACTOR COOLANT SYS. PRESS. CONT. & RECORDER CHANNEL 203430 04 04 SELECTION, SCHEMATIC, CONTROLS G216 SG BLOWDOWN SYSTEM, NO. 11 & 21 BLOWDOWN TANK INLET VALVE, 203431 06 06 SCHEMATIC, CONTROLS G216 SG BLOWDOWN SYS. NO. 11 & 21 BLWDN. TK. INLET VALVES, 203432 06 06 SCHEMATIC, CONTROLS G216 SG BLOWDOWN SYS. NO. 12 & 22 BLWDN. TK. INLET VALVES, 203433 07 07 SCHEMATIC, CONTROLS G216 SG BLOWDOWN SYS. NO. 12 & 22 BLWDN. TK. INLET VALVES, 203434 15 15 SCHEMATIC, CONTROLS G216 SG BLOWDOWN SYS. NO. 11-14 & 21-24 SG BLOWDOWN FLOW IND., 203435 07 07 SCHEMATIC, CONTROLS G216 SG BLOWDOWN SYS. NO. 1&2 SG BLOWDOWN TRANSFER PUMP, 203436 04 04

• SCHEMATIC, CONTROLS G216 SG BLOWDOWN SYS. NO. 1&2 SG BLOWDOWN TRANSFER PUMP, 203437 08 08 SCHEMATIC, CONTROLS Page No. 12 11/28/89

• SYSTEM G216 G216 G210 G210 R600 R600

• F700 F700 F700 G210 G220 G210 G210 M910 M910

• M910 M940 TITLE SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number ============================================================

SG BLOWDOWN SYS. NO. 11&21 BLOWDOWN TANKS LVL. & PRESS ALARMS & INDICATION, SCHEMATIC, CONTROLS SG BLOWDOWN SYS. NO. 11&21 SLOWDOWN TANKS LVL. & PRESS ALARMS & INDICATION, SCHEMATIC, CONTROLS MAIN NO. 11, 12, 13 & H S.G. STOP VALVES, 3 PCS. MAINTENANCE VALVES, SCHEMATIC, CONfROLS MAIN STM. ISO. ALARMS & INDICATION SCHEM, CONTRS, SCHEMATIC, CONTROLS PRESSURIZERS NO. 11 & 21 SPRAY CONTROL VALVES, SCHEMATIC, CONTROLS PRESSURIZERS NO. 12 & 22 SPRAY CONTROL VALVES, SCHEMATIC, CONTROLS NO. 12 & 22 S.G.F.P. & TURBINE NO. 12 & 22 FEED PUMP SPEED, SCHEMATIC, CONTROLS NO. 11 & 21 S. G. F. P. & TURBINE NO. 11 & 21 FEED PUMP SPEED, SCHEMATIC, CONTROLS NO. 11, 12, 21 & 22 S.G.F.P. TURBINE NO. 11, 12, 21 & 22 FEED PUMPS SPEED DEMAND, SCHEMATIC, CONTROLS MAIN STEAM, MAIN STEAM PRESSURE, SCHEMATIC, CONTROLS REHEAT STEAM SYS, NO. 11E, 12E&W, 13E&W MSR & MAIN STM, COIL DRAINS FLOW TRANSMITTERS, SCHEMATIC, CONTROLS MAIN STEAM 11, 12, 21 & 22 STOP VALVES HYDRAULIC PUMPS, SCHEMATIC, CONTROLS MAIN STEAM 13, 14, 23 & 24 STOP VALVES HYDRAULIC PUMPS, SCHEMATIC, CONTROLS AUX. BLDG. VENT. EXHAUST FILTER UNITS, SCHEMATIC, CONTROLS AUX. BLDG. VENT. EXHAUST FILTER UNITS, SCHEMATIC, SHEET 2, CONTROLS AUX. BLDG. VENT. EXHAUST FILTER UNITS, SCHEMATIC, CONTROLS CONTAINMENT VENT. PURGE AIR INSIDE ISOL. VALVES, SCHEMATIC, CONTROLS DRAWING 203438 203439 203470 203484 203488 203489 203490 203491 203492 203493 203495 2034 96 203497 203550 203551 203552 203553 STATION REVISION ======== 06 05 09 03 04 05 01 DO 00 01 02 21 18 06 06 09 11 TRAINING LOAD 11/01/89 ======== 06 05 09 03 04 05 01 00 00 01 02 21 18 06 06 09 11

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• Sorted by Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== M940 CONTAINMENT VENT. PURGE AIR OUTSIDE ISOL. VALVES, SCHEMATIC, 203554 11 11 CONTROLS M910 AUX. BLDG. VENT. NO. 11 & 21 SUPPLY UNITS, SCHEMATIC, 203555 08 08 CONTROLS M910 AUX. BLDG. VENT. NO. 11 & 21 SUPPLY UNITS, SCHEMATIC, 203556 11 11 CONTROLS M910 AUX. BLDG. VENT. NO. 12 & 22 SUPPLY UNITS, SCHEMATIC, 203557 08 08 CONTROLS M910 AUX. BLDG. VENT. NO. 12 & 22 SUPPLY UNITS, SCHEMATIC, 203558 10 10 CONTROLS M910 AUX. BLDG. VENT. NO. 11 & 21 EXHAUST FANS, SCHEMATIC, 203559 09 09 CONTROLS

• M910 AUX. BLDG. VENT. NO. 12 & 22 EXHAUST FANS, SCHEMATIC, 203560 09 09 CONTROLS M910 AUX. BLDG. VENT. NO. 13 & 23 EXHAUST FANS, SCHEMATIC, 203561 09 09 CONTROLS M921 FUEL HNDLG. AREA VENT. NO. 1 & 2 SUPPLY UNITS, SCHEMATIC, 203562 07 07 CONTROLS M921 FUEL HNDLG. AREA VENT. NO. 1 & 2 SUPPLY UNITS, SCHEMATIC, 203563 06 06 CONTROLS M921 FUEL HNDLG. AREA VENT. NO. 11 & 21 EXHAUST FANS, SCHEMATIC, 203564 08 08 CONTROLS M921 FUEL HNDLG. AREA VENT. NO. 12 & 22 EXHAUST FANS, SCHEMATIC, 203565 08 08 CONTROLS M921 FUEL HNDLG. AREA VENT. NO. 11, 12, 21 & 22 EXHAUST FILTER 203566 09 09 UNITS, SCHEMATIC, CONTROLS M940 CONT. VENT. NO. 11 & 21 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203567 07 07 M940 CONT. VENT. NO. 11 & 21 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203568 06 06

• M940 CONT. VENT. NO. 11 & 21 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203569 14 14 M940 CONT. VENT. NO. 11 & 21 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203570 23 23

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Page No. 14 11/28/89 SALEM SIMULATOR Simulator Design Database

• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== M940 CONT. VENT. NO. 12 & 22 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203571 07 07 M940 CONT. VENT. NO. 12 & 22 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203572 06 06 M940 CONT. VENT. NO. 12 & 22 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203573 15 15 M940 CONT. VENT. NO. 12 & 22 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203574 24 24 M940 CONT. VENT. NO. 13 & 23 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203575 07 07 M940 CONT. VENT. NO. 13 & 23 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203576 06 06 M940 CONT. VENT. NO. 13 & 23 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203577 15 15 M940 CONT. VENT. NO. 13 & 23 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203578 24 24 M940 CONT. VENT. NO. 14 & 24 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203579

• M940 CONT. VENT. NO. 14 & 24 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203580 M940 CONT. VENT. NO. 14 & 24 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203581 14 14 M940 CONT. VENT. NO. 14 & 24 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203582 24 24 M940 CONT. VENT. NO. 15 & 25 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203583 07 07 M940 CONT. VENT. NO. 15 & 25 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203584 07 07 M940 CONT. VENT. NO. 15 & 25 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203585 16 16 M940 CONT. VENT. NO. 15 & 25 FAN-COIL UNITS, SCHEMATIC, CONTROLS 203586 24 24 M940 CONT. VENT. PRESS. VACUUM RELIEF INSIDE ISOL. VALVE, 203587 11 11 SCHEMATIC, CONTROLS M940 CONT. VENT. PRESS. VACUUM RELIEF OUTSIDE ISOL. VALVE, 203588 11 11 SCHEMATIC, CONTROLS M940 CONT. VENT. NO. 11 & 21 IODINE REMOVAL UNITS, SCHEMA TIC, 203589 09 09 CONTROLS M940 CONT. VENT. NO. 12 & 22 IODINE REMOVAL UNITS, SCHEMATIC, 203590 11 11 CONTROLS

• M940 CONT. VENT. NO. 11 & 21 CONTROL ROD DRIVE VENT FANS, 203591 09 09 SCHEMATIC, CONTROLS

• Page No. 11/28/89 SYSTEM M940 M940 M940 M940 M940 M940

• M940 M940 R120 ' R120 R120 R120 C900 R130 R130

• R130 15 TITLE SALEM SIMULA TOR Simulator Design Database Sorted by Drawing Number ============================================================

CONT. VENT. NO. 12 & 22 CONTROL ROD DRIVE VENT FANS, SCHEMATIC, CONTROLS CONT. VENT. NO. 13 & 23 CONTROL ROD DRIVE VENT FANS, SCHEMATIC, CONTROLS CONT. VENT. NO. 14 & 24 CONTROL ROD DRIVE VENT FANS, SCHEMATIC, CONTROLS CONT. VENT. NO. 11 & 21 REACTOR SHIELD VENT FANS, SCHEMATIC, CONTROLS CONT. VENT. NO. 12 & 22 REACTOR SHIELD VENT FANS, SCHEMATIC, CONTROLS CONT. VENT. NO. 11 & 21 REAC. NOZ. SUP.T. VENT FANS, SCHEMATIC, CONTROLS CONT. VENT. NO. 12 & 22 REAC. NOZ. SUP'T. VENT FANS, SCHEMATIC, CONTROLS CONT. VENT. NO. 13 & 23 REAC. NOZ. SUP'T. VENT FANS, SCHEMATIC, CONTROLS ROD CONTROL SYSTEM, REACTOR TRIP BREAKER 'A' CONTROLS D.C. SSC HEMA TIC ROD CONTROL SYSTEM, REACTOR TRIP BREAKER 'B' CONTROLS D.C. SCHEMA TIC ROD CONTROL SYSTEM, REACTOR TRIP BYPASS BREAKER 'A" CONTROLS D. C. SCHEMA TIC ROD CONTROL SYSTEM, REACTOR TRIP BYPASS BREAKER 'B' CONTROLS D.C. SCHEMATIC RAD. MON. SYSTEM NO. 11 & 21 CONTAINMENT SAMPLE INLET & OUTLET ISOLATION VALVES, SCHEMATIC, CONTROLS SFGDS EMERG. LDG. SEQ.-230V VITAL BUSES lA & 2A CONTROL CTR. L/O, SCHEMATIC, CONTROLS SFGDS EMERG. LDG. SEQ.-230V VITAL BUSES lB & 2B CONTROL CTR. L/O, SCHEMATIC, CONTROLS SFGDS EMERG. LDG. SEQ.-230V VITAL BUSES lC & 2C CONTROL CTR. L/O, SCHEMATIC, CONTROLS DRAWING 203592 203593 203594 203595 203596 203597 203598 203599 203613 203614 203615 203616 203625 203650 203651 203652 STATION REVISION ======== 09 08 08 09 07 09 09 08 07 05 05 05 10 07 08 08 TRAINING LOAD 11/01/89 ======== 09 08 08 09 07 09 09 08 07 05 05 05 10 07 08 08 I I --------Page No. 16 11/28/89 SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number

• TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== M940 CONTAINMENT VENT. NO. 11 & 21 HYDROGEN RECOMBINERS, 203653 08 08 SCHEMATIC, CONTROLS M940 CONTAINMENT VENT. NO. 12 & 22 HYDROGEN RECOMBINERS, 203654 08 08 SCHEMATIC, CONTROLS N600 SAFETY INJECTION SYSTEM ACCUMULATOR VENT CONTROL VALVE, 203655 01 01 SCHEMATIC, CONTROLS G216 S.G. BLOWDOWN SYS. NO. 1GB53 (2GB53) FILTER INLET VA., 203656 09 09 SCHEMATIC, CONTROLS G216 S.G. BLOWDOWN SYS. NO. 1GB53 (2GB53) FILTER INLET VA., 203657 07 07 SCHEMATIC, CONTROLS G216 S.G. BLOWDOWN SYS. BLOWDOWN FILTER UNIT, SCHEMATIC, CONTROLS 203658 11 11 G216 S.G. BLOWDOWN SYS. BLOWDOWN FILTER UNIT, SCHEMATIC, CONTROLS 203659 08 08

• R130 SAFEGUARDS, EMERGENCY LOADING SEQUENCE, LOGIC DIAG. SHEET 1, 203666 05 05 CONTROLS R130 SAFEGUARDS, EMERGENCY LOADING SEQUENCE, LOGIC DIAG. SHEET 2, 203667 04 04 CONTROLS R130 SAFEGUARDS, EMERGENCY LOADING SEQUENCE, LOGIC DIAG. SHEET 3, 203668 04 04 CONTROLS R130 SAFEGUARDS, EMERGENCY LOADING SEQUENCE, LOGIC DIAG. SHEET 4, 203669 04 04 CONTROLS R130 SAFEGUARDS, EMERGENCY LOADING SEQUENCE, LOGIC DIAG. SHEET 5, 203670 05 05 CONTROLS R130 SAFEGUARDS, EMERGENCY LOADING SEQUENCE, LOGIC DIAG. SHEET 6, 203673 05 05 CONTROLS N510 WASTE DISPOSAL SYSTEM NO. 1WL108, 2WL108, 1Wl99 & 2WL99 203675 05 05 REACTOR COOLANT DRAIN TANK ISOLATION VALVES, SCHEMATIC, CONTROLS N510 WASTE DISPOSAL SYSTEM NO. 1WL17, 2WL17, CONT. SUMP, 1WG41 & 203676 15 15 2WG41 GASEOUS WASTE DISCHARGE ISOLATION VALVES, SCHEMATIC,

• CONTROLS N530 WASTE DISPOSAL SYSTEM NO. 1WL98 & 2WL98 RCDT TO VENT HDR. 203678 15 15 NO. 1WL12 & 2WL12 RCDT TO WHT ISOLATION VALVES, SCHEMATIC, CONTROLS __J

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*--------Page No. 17 11/28/89 SALEM SIMULATOR Simulator Design Database

• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== N530 WASTE DISPOSAL SYS. NO. 1WL51 & 2WL51 LIQUID WASTE DISCH. 203679 12 12 VAS. NO. 11, 12, 21 & 22 RC DRAIN TANK PUMPS, SCHEMATIC, CONTROLS N500 WASTE DISPOSAL SYSTEM NO. 1WL13 & 2WL13 RCDT TO WHT, NO. 203680 10 10 1WL96 & 2WL96 RCDT TO GAS ANALYZER ISOLATION VALVES, SCHEMATIC, CONTROLS N500 WASTE DISPOSAL SYSTEM SPENT RESIN STORAGE TANK, CONT. SUMP 203681 12 12 DISCH. ISOLATION

& REACTOR COOLANT DRAIN TANK VALVES, SCHEMATIC, CONTROLS N530 WASTE DISPOSAL SYSTEM NO. 1WL97 & 2WL97 REAC. COOLANT DR. 203685 06 06 TK. TO GAS ANALYZER ISOLATION VALVES, SCHEMATIC, CONTROLS M200 FIRE PROTECTION FIRE ALARM SYSTEM POWER, SCHEMATIC, CONTROLS 203752 H 14 M200 FIRE PROTECTION FIRE ALARM SYSTEM ALARMS, SCHEMATIC, 203753 08 08

• CONTROLS T800 CIRC. WATER INTAKE NO. llA CIRCULATOR, SCHEMATIC, CONTROLS 203810 20 20 T800 CIRC. WATER INTAKE NO. llA CIRCULATOR, SCHEMATIC, CONTROLS 203811 06 06 T800 CIRC. WATER INTAKE NO. 12A CIRCULATOR, SCHEMATIC, CONTROLS 203812 16 16 T800 CIRC. WATER INTAKE NO. 12A CIRCULATOR, SCHEMATIC, CONTROLS 203813 05 05 T800 CIRC. WATER INTAKE NO. 13A CIRCULATOR, SCHEMATIC, CONTROLS 203814 17 17 T800 CIRC. WATER INTAKE NO. 13A CIRCULATOR, SCHEMATIC, CONTROLS 203815 05 05 T800 CIRC. WATER INTAKE NO. llB CIRCULATOR, SCHEMATIC, CONTROLS 203816 16 16 T800 CIRC. WATER INTAKE NO. llB CIRCULATOR, SCHEMATIC, CONTROLS 203817 05 05 T800 CIRC. WATER INTAKE NO. 12B CIRCULATOR, SCHEMATIC, CONTROLS 203818 17 17 T800 CIRC. WATER INTAKE NO. 12B CIRCULATOR, SCHEMATIC, CONTROLS 203819 05 05 T800 CIRC. WATER INTAKE NO. 13B CIRCULATOR, SCHEMATIC, CONTROLS 203820 17 17 T800 CIRC. WATER INTAKE NO. 13B CIRCULATOR, SCHEMATIC, CONTROLS 203821 06 06

• M600 lA & 2A 4160V VITAL BUSES NO. 15 & 21 SERV. WTR. PUMPS, D.C. 203828 18 18 SCH. ( 125V ) CONTROLS

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Page No. 18 11/28/89 SALEM SIMULATOR Simulator Design Database

• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== M600 1A & 2A 4160V VITAL BUSES NO. 15 & 21 SERV. WTR. PUMPS, D.C. 203829 11 11 SCH. ( 28V ) CONTROLS M600 1B & 2B 4160V VITAL BUSES NO. 13 & 23 SERV. WTR. PUMPS, D.C. 203830 15 15 SCH. ( 125V ) CONTROLS M600 lB & 2B 4160V VITAL BUSES NO. 13 & 23 SERV. WTR. PUMPS, D.C. 203831 10 10 SCH. ( 28V ) CONTROLS M600 1C & 2C 4160V VITAL BUSES NO. 11 & 25 SERV. WTR. PUMPS, D.C. 203832 15 15 SCH. ( 125V ) CONTROLS M600 1C & 2C 4160V VITAL BUSES NO. 11 & 25 SERV. WTR. PUMPS, D.C. 203833 1G 10 SCH. ( 28V ) CONTROLS M600 1A & 2A 4160V VITAL BUSES NO. 16 & 22 SERV. WTR. PUMPS, D.C. 203834 15 15 SCH. ( 125V ) CONTROLS

• M600 lA & 2A 4160V VITAL BUSES NO. 16 & 22 SERV. WTR. PUMPS, D.C. 203835 10 10 SCH. ( 28V ) CONTROLS M600 lC & 2C 4160V VITAL BUSES NO. 14 & 24 SERV. WTR. PUMPS, D.C. 203836 15 15 SCH. ( 125V ) CONTROLS M600 1B & 2B 4160V VITAL BUSES NO. 14 & 24 SERV. WTR. PUMPS, D.C. 203837 10 10 SCH. ( 28V ) CONTROLS M600 1C & 2C 4160V VITAL BUSES NO. 12 & 26 SERV. WTR. PUMPS, D.C. 203838 15 15 SCH. ( 125V ) CONTROLS M600 lC & 2C 4160V VITAL BUSES NO. 12 & 26 SERV. WTR. PUMPS, D.C. 203839 10 10 SCH. ( 28V ) CONTROLS T800 CIRC. WATER INTAKE NO. 11A CIRC. WTR. BY-PASS VALVE, 203851 11 11 SCHEMATIC, T800 CIRC. WATER INTAKE NO. 11B CIRC. WTR. BY-PASS VALVE, 203852 10 10 SCHEMATIC, CONTROLS T800 CIRC. WATER INTAKE NO. 12A CIRC. WTR. BY-PASS VALVE, 203853 09 09 SCHEMATIC, CONTROLS T800 CIRC. WATER INTAKE NO. 12B CIRC. WTR. BY-PASS VALVE, 203854 10 10

• SCHEMATIC, CONTROLS T800 CIRC. WATER INTAKE NO. 13A CIRC. WTR. BY-PASS VALVE, 203855 10 10 SCHEMATIC, CONTROLS

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== T800 CIRC. WATER INTAKE NO. 13B CIRC. WTR. BY-PASS VALVE, 203856 11 11 SCHEMATIC, CONTROLS T800 T.G.A. CIRCULATING WATER SYSTEM NO. 11A CIRC. COND. OUTLET 203857 10 10 VALVE, SCHEMATIC, CONTROLS T800 T.G.A. CIRCULATING WATER SYSTEM NO. 11B CIRC. COND. OUTLET 203858 09 09 VALVE, SCHEMATIC, CONTROLS T800 T.G.A. CIRCULATING WATER SYSTEM NO. 12A CIRC. COND. OUTLET 203859 09 09 VALVE, SCHEMATIC, CONTROLS T800 T.G.A. CIRCULATING WATER SYSTEM NO. 12B CIRC. COND. OUTLET 203860 09 09 VALVE, SCHEMATIC, CONTROLS T800 T.G.A. CIRCULATING WATER SYSTEM NO. 13A CIRC. COND. OUTLET 203861 09 09 VALVE, SCHEMATIC, CONTROLS

• T800 T.G.A. CIRCULATING WATER SYSTEM NO. 13B CIRC. COND. OUTLET 203862 10 10 VALVE, SCHEMATIC, CONTROLS T800 CIRC. WATER SYSTEM NO. 11A CIRCULATOR VACUUM BREAKER & 203871 08 08 CONDENSER VAS, D.C. SCHEMATIC, CONTROLS T800 CIRC. WATER SYSTEM, NO. 11B CIRCULATOR VACUUM BREAKER & 203872 07 07 CONDENSER VAS., D.C. SCHEMATIC, CONTROLS T800 CIRC. WATER SYSTEM, NO. 12A CIRCULATOR VACUUM BREAKER & 203873 07 07 CONDENSER VAS., D.C. SCHEMATIC, CONTROLS T800 CIRC. WATER SYSTEM, NO. 12B CIRCULATOR VACUUM BREAKER &

07 07 CONDENSER VAS., D.C. SCHEMATIC, CONTROLS T800 CIRC. WATER SYSTEM, NO. 13A CIRCULATOR VACUUM BREAKER & 203875 07 07 CONDENSER VAS., D.C. SCHEMATIC, CONTROLS T800 CIRC. WATER SYSTEM, NO. 13B CIRCULATOR VACUUM BREAKER & 203876 08 08 CONDENSER VAS., D.C. SCHEMATIC, CONTROLS W100 CONDENSATE F.W., STEAM GENERATOR INLET & BLOWDOWN HIGH 203877 16 16 CONDUCTIVITY ALARM, SCHEMATIC, CONTROLS W100 STEAM GEN. INLET CHEMICAL ANALYSIS ALARMS, SCHEMATIC, 203878 07 07

• CONTROLS W100 STEAM GEN. INLET CHEMICAL ANALYSIS ALARMS, SCHEMATIC, 203879 08 08 CONTROLS

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== M600 NO. 2 UNIT SERVICE WATER INTAKE NO. 21 & 22 DISCH. HEADER 203891 12 12 PRESS. TRANSMITTER, A.C. SCHEMATIC, CONTROLS E120 13KV BUS SECTION 1-2 BKR, SCHEMATIC, SH.1, CONTROLS 203900 07 07 E120 13KV BUS SECTION 4-5 BKR, SCHEMATIC, SH.1, CONTROLS 203901 06 06 E120 13KV BUS SECTION 2-3 BKR, SCHEMATIC, SH.1, CONTROLS 203902 06 06 E120 13KV BUS SECTION 5-6 BKR, SCHEMATIC, SH.1, CONTROLS 203903 06 06 E120 13KV BUS SECTION 3-4 BKR, SCHEMATIC, SH.1, CONTROLS 203904 06 06 E120 13KV BUS SECTION 1-6 BKR, SCHEMATIC, SH.1, CONTROLS 203905 05 05 E510 500KV BUS SECTION 5-6 BKR lOX, SCHEMATIC, SH.1, CONTROLS 203910 09 09 E510 500KV BUS SECTION 5-6 BKR lOX, SCHEMATIC, SH.2, CONTROLS 203911 12 12

• E510 500KV BUS SECTION 2-6 BKR 11X, SCHEMATIC, SH.1, CONTROLS 203912 06 06 E110 500KV BUS SECTION 2-6 BKR 11X, SCHEMATIC, SH.2, CONTROLS 203913 07 07 E510 500KV BUS SECTION 1-5 BKR 12X, SCHEMATIC, SH.1, CONTROLS 203914 09 09 E510 500KV BUS SECTION 1-5 BKR 12X, SCHEMATIC, SH.2, CONTROLS 203915 16 16 EllO 500KV BUS SECTION 1-8 BKR 20X, SCHEMATIC, SH.1, CONTROLS 203916 09 09 E110 500KV BUS SECTION 1-8 BKR 20X, SCHEMATIC, SH.2, CONTROLS 203917 09 09 E110 500KV BUS SECTION 2-8 BKR 21X, SCHEMATIC, SH.1, CONTROLS 203918 08 08 EllO 500KV BUS SECTION 2-8 BKR 21X, SCHEMATIC, SH.2, CONTROLS 203919 09 09 E510 500KV BUS SECTION 9-10 BKR 30X, SCHEMATIC, SH.1, CONTROLS 203920 08 08 E510 500KV BUS SECTION 9-10 BKR 30X, SCHEMATIC, SH.2, CONTROLS 203921 13 13 E110 500KV BUS SECTION 2-10 BKR 31X, SCHEMATIC, SH.1, CONTROLS 203922 08 08 E110 500KV BUS SECTION 2-10 BKR 31X, SCHEMATIC, SH.2, CONTROLS 203923 09 09

• E510 500KV BUS SECTION 1-9 BKR 32X, SCHEMATIC, SH.1, CONTROLS 203924 04 04 E510 500KV SWITCHYARD BUS SECTION 1-9 BKR 32X, SCHEMATIC, SH.2, 203925 06 06 CONTROLS Page No. 21 11/28/89

• SYSTEM E580 E580 E110 E110 E520 E520 E520 E520 E520

• E170 E130 E130 E120 E120 E120 E120 E120 E170

• E170 TITLE SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number ============================================================

UNITS, SYCHRONIZING, D.C. SCHEMATIC, CONTROLS UNITS, SYCHRONIZING, A.C. SCHEMATIC, CONTROLS 500KV BUS SECTION 5-6 BKR. lOX, SCHEMATIC, SH.3, CONTROLS 500KV BUS SECTION 9-10 BKR.* 30X, SCHEMATIC, SH.3, CONTROLS NO. 1 GENERATOR EXCITATION FIELD BREAKER NO. 1 GENERATOR EXCITATION BASE ADJUSTER NO. 2 GENERATOR EXCITATION, VOLTAGE REGULATOR 28V, SCHEMATIC, CONTROLS NO. 1 GENERATOR EXCITATION VOLTAGE REGULATOR

-125V NO. 1 GENERATOR EXCITATION VOLTAGE ADJUSTER NO. 1 & 2 RELAY PROTECTION TRIPPING ARRANGEMENT NO. 11 & 21 STA. PWR. TRANSF. 13/4KV -POTENTIAL TRANSF., AC & DC SCHEMATIC, CONTROLS NO. 12 & 22 STA. PWR. TRANSF. 13/4KV -POTENTIAL TRANSF., AC & DC SCHEMATIC, CONTROLS 13KV METERING POTENTIAL TRANSF., A.G. SCHEMATIC, CONTROLS 13KV SWITCHGEAR NO. 1 GROUND RELAY (REG.) PROT., D.C. SCHEMATIC, CONTROLS 13KV SWITCHGEAR NO. 1 GROUND RELAY (BK-UP) PROT., D.C. SCHEMATIC, CONTROLS 13KV SWITCHGEAR D.C. CONTROL BUS-ALARMS, D.C. SCHEMATIC, CONTROLS UNITS-NO.

11 & 21 STA. PWR. TRAN. 13/4KV COOLING, A.G. SCHEMATIC, CONTROLS UNITS-NO.

11 & 21 STA. PWR. TRAN. 13/4KV TAP CHANGING, A.C. SCHEMATIC, CONTROLS UNITS-NO.

11 & 21 STA. PWR. TRAN. 13/4KV ALARMS, D.C. SCHEMATIC, CONTROLS DRAWING 203930 203931 203944 203946 203950 203951 203952 203953 203954 203970 203977 203980 203981 203982 203983 203989 203990 203991 203992 STATION REVISION ======== 09 16 09 10 12 06 06 07 04 11 11 12 11 09 09 04 04 06 02 TRAINING LOAD 11/01/89 ======== 09 16 09 10 12 06 06 07 04 11 11 12 11 09 09 04 04 06 02

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== E170 UNITS-NO.

11 & 21 STA. PWR. TRANSF. 13/4KV INSTRUMENTS

& 203994 08 08 METERS, A.C. SCHEMATIC, CONTROLS E170 UNIT-NO. 12 & 22 STA. PWR. TRAN. 13/4KV COOLING, A.C. 203995 04 04 SCHEMATIC, CONTROLS El70 UNITS-NO.

12 & 22 STA. PWR. TRAN. 13/4KV ALARMS, D.C. 203997 02 02 SCHEMATIC, CONTROLS E170 UNITS-NO.

12 & 22 STA. PWR .. TRANSF. 13/4KV INSTRUMENTS

& 203999 08 08 METERS, A.C. SCHEMATIC, CONTROLS E110 500KV BUS SECTION 2-6 BREAKER 11X, SCHEMATIC, SHEET 3, 204679 10 10 CONTROLS E110 500KV SWITCHYARD LINE PROTECTION 11X REGULAR RELAY 204681 05 05 PROTECTION, *D.C. SCHEMATIC, ELECTRICAL

• E110 500KV SWITCHYARD LINE POSITION 11X REGULAR RELAY PROTECTION 204682 03 03 LOGIC, D.C. SCHEMATIC, CONTROL E110 500KV SWITCHYARD, LINE POSITION 11X REGULAR PROTECTION, 204683 12 12 AC/DC SCHEMATIC, CONTROLS E110 500KV SWITCHYARD LINE POSITION 11X BACKUP RELAY PROTECTION, 204684 09 09 A.C. SCHEMATIC, CONTROL E110 500KV SWITCHYARD LINE POSITION 11X BACKUP RELAY PROTECTION, 204685 13 13 D.C. SCHEMATIC, CONTROL E110 500KV SWITCHYARD A.C.B. 11X BREAKER FAILURE & GROUND 204686 09 09 PROTECTION, D.C. SCHEMATIC, ELECTRICAL MCOO NO. 1 COMPRESSED AIR 205217 30 30 MCOO NO. 2 UNIT-TURBINE GENERATOR AREA, CONTROL AIR, P&ID SHEET 1 205300 24 24 OF 3, MECHANICAL MCOO NO. 2 UNIT-TURBINE GENERATOR AREA, CONTROL AIR, P&ID SHEET 2 205300 32 32 OF 3, MECHANICAL MCOO NO. 2 UNIT-TURBINE GENERATOR AREA, CONTROL AIR, P&ID SHEET 3 205300 32 32 OF 3, MECHANICAL

• R200 NO. 2 UNIT-REACTOR COOLANT, P&ID SHEET 1 OF 3, MECHANICAL 205301 34 34

-

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== R200 NO. 2 UNIT-REACTOR COOLANT, P&ID SHEET 2 OF 3, MECHANICAL 205301 25 25 R200 NO. 2 UNIT-REACTOR COOLANT, P&ID SHEET 3 OF 3, MECHANICAL 205301 25 25 FOOD NO. 2 UNIT-STEAM GENERATOR FEED & CONDENSATE, P&ID SHEET 1 205302 32 32 OF 3, MECHANICAL FOOD NO. 2 UNIT-STEAM GENERATOR FEED & CONDENSATE, P&ID SHEET 2 205302 34 34 OF 3, MECHANICAL FOOD NO. 2 UNIT-STEAM GENERATOR FEED & CONDENSATE, P&ID SHEET 3 205302 34 34 OF 3, MECHANICAL GODO NO. 2 UNIT-MAIN, REHEAT & TURBINE BY-PASS STEAM, P&ID SHEET 205303 30 30 1 OF 6, MECHANICAL GOOD NO. 2 UNIT-MAIN, REHEAT & TURBINE BY-PASS STEAM, P&ID SHEET 205303 30 30 2 OF 6, MECHANICAL

• GODO NO. 2 UNIT-MAIN, REHEAT & TURBINE BY-PASS STEAM, P&ID SHEET 205303 30 30 3 OF 6, MECHANICAL GOOD NO. 2 UNIT-MAIN, REHEAT & TURBINE BY-PASS STEAM, P&ID SHEET 205303 30 30 4 OF 6, MECHANICAL GOOD NO. 2 UNIT-MAIN, REHEAT & TURBINE BY-PASS STEAM, P&ID SHEET 205303 30 30 5 OF 6, MECHANICAL GODO NO. 2 UNIT-MAIN, REHEAT & TURBINE BY-PASS STEAM, P&ID SHEET 205303 30 30 6 OF 6, MECHANICAL T200 NO. 2 UNIT-TURBINE DRAINS, P&ID SHEET 1 OF 2, MECHANICAL 205304 16 16 T200 NO. 2 UNIT-TURBINE DRAINS, P&ID SHEET 2 OF 2, MECHANICAL 205304 16 16 G100 NO. 2 UNIT-BLEED STEAM & HEATER DRAINS, P&ID SHEET 1 OF 6, 205305 22 22 MECHANICAL G100 NO. 2 UNIT-BLEED STEAM & HEATER DRAINS, P&ID SHEET 2 OF 6, 205305 22 22 MECHANICAL G100 NO. 2 UNIT-BLEED STEAM & HEATER DRAINS, P&ID SHEET 3 OF 6, 205305 22 22 MECHANICAL

• G100 NO. 2 UNIT-BLEED STEAM & HEATER DRAINS, P&ID SHEET 4 OF 6, 205305 22 22 MECHANICAL

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Page No. 24 11/28/89 SALEM SIMULATOR Simulator Design Database

• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ========

G100 NO. 2 UNIT-BLEED STEAM & HEATER DRAINS, P&ID SHEET 5 OF 6, 205305 22 22 MECHANICAL GlOO NO. 2 UNIT-BLEED STEAM & HEATER DRAINS, P&ID SHEET 6 OF 6, 205305 22 22 MECHANICAL MJOO NO. 2 UNIT-HEATER VENTS & MISCELLANEOUS DRAINS, P&ID SHEET 1 205306 12 12 OF 3, MECHANICAL MJOO NO. 2 UNIT-HEATER VENTS & MISCELLANEOUS DRAINS, P&ID SHEET 2 205306 12 12 OF 3, MECHANICAL MJOO NO. 2 UNIT-HEATER VENTS & MISCELLANEOUS DRAINS, P&ID SHEET 3 205306 12 12 OF 3, MECHANICAL T220 NO. 2 UNIT-TURBINE GLAND SEALING STEAM & LEAK-OFF, PIPING 205307 13 13 DIAGRAM, MECHANICAL

• F320 NO. 2 UNIT-CONDENSER AIR REMOVAL AND PRIMING, P&ID SHEET 1 205308 27 27 OF 2, MECHANICAL F320 NO. 2 UNIT-CONDENSER AIR REMOVAL AND PRIMING, P&ID SHEET 2 205308 27 27 OF 2, MECHANICAL T800 NO. 2 UNIT-CIRCULATING WATER, P&ID SHEET 1 OF 4, MECHANICAL 205309 28 28 T800 NO. 2 UNIT-CIRCULATING WATER, P&ID SHEET 2 OF 4, MECHANICAL 205309 28 28 T800 NO. 2 UNIT-CIRCULATING WATER, P&ID SHEET 3 OF 4, MECHANICAL 205309 28 28 T800 NO. 2 UNIT-CIRCULATING WATER, P&ID SHEET 4 OF 4, MECHANICAL 205309 28 28 T900 NO. 2 UNIT-TURBINE AUXILIARIES COOLING, P&ID SHEET 1 OF 4, 205310 22 22 MECHANICAL T900 NO. 2 UNIT-TURBINE AUXILIARIES COOLING, P&ID SHEET 2 OF 4, 205310 22 22 MECHANICAL T900 NO. 2 UNIT-TURBINE AUXILIARIES COOLING, P&ID SHEET 3 OF 4, 205310 22 22 MECHANICAL T900 NO. 2 UNIT-TURBINE AUXILIARIES COOLING, P&ID SHEET 4 OF 4, 205310 22 22 MECHANICAL

• F800 NO. 2 UNIT-MISC.

CONDENSATE, P&ID, SHEET 1 OF 2, MECHANICAL 205311 23 23

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== F800 NO. 2 UNIT-MISC.

CONDENSATE, P&ID, SHEET 2 OF 2, MECHANICAL 205311 23 23 M600 NO. 2 UNIT-SERVICE WATER TURB. AREA, P&ID SHEET 1 OF 1, 205312 19 19 MECHANICAL MBDD NO. 2 UNIT COMPRESSED AIR, P&ID SH. 1 OF 2, MECHANICAL 205317 13 13 MBOO NO. 2 UNIT COMPRESSED AIR, P&ID SH. 2 OF 2, MECHANICAL 205317 13 13 T500 NO. 2 UNIT MAIN TURBINE LUBRICATING OIL, P&ID SHEET 3 OF 3, 205318 15 15 MECHANICAL T500 NO. 2 UNIT MAIN TURBINE LUBRICATING OIL, P&ID SHEET 1 OF 3, 205318 15 15 MECHANICAL T500 NO. 2 UNIT MAIN TURBINE LUBRICATING OIL, P&ID SHEET 2 OF 3, 205318 15 15 MECHANICAL

• F7DD NO. 2 UNIT STEAM GEN. FEED PUMP AND FEED PUMP TURBINE LUBE 205319 08 08 OIL, P&ID SHEET 1 OF 2, MECHANICAL F700 NO. 2 UNIT STEAM GEN. FEED PUMP AND FEED PUMP TURBINE LUBE 205319 08 08 OIL, P&ID SHEET 2 OF 2, MECHANICAL G216 NO. 2 UNIT STEAM GEN. DRAINS & BLOWDOWN, P&ID SHEET 1 OF 2, 205325 30 30 MECHANICAL G216 NO. 2 UNIT STEAM GEN. DRAINS & BLOWDOWN, P&ID SHEET 2 OF 2, 205325 31 31 MECHANICAL N530 NO. 2 UNIT FLOOR DRAINS CONTAMINATED, P&ID SHEET 1 OF 2, 205326 16 16 MECHANICAL N530 NO. 2 UNIT FLOOR DRAINS CONTAMINATED, P&ID SHEET 2 OF 2, 205326 16 16 MECHANICAL N530 NO. 2 UNIT EQUIPMENT VENTS & DRAINS CONTAMINATED, P&ID SHEET 205327 17 17 1 OF 3, MECHANICAL N530 NO. 2 UNIT EQUIPMENT VENTS & DRAINS CONTAMINATED, P&ID SHEET 205327 17 17 2 OF 3, MECHANICAL N530 NO. 2 UNIT EQUIPMENT VENTS & DRAINS CONTAMINATED, P&ID SHEET 205327 17 17

• 3 OF 3, MECHANICAL NlOD NO. 2 UNIT CHEMICAL & VOLUME CONTROL OPERATION, P&ID SHEET 1 205328 33 33 OF 3, MECHANICAL

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== N100 NO. 2 UNIT CHEMICAL & VOLUME CONTROL OPERATION, P&ID SHEET 2 205328 33 33 OF 3, MECHANICAL N100 NO. 2 UNIT CHEMICAL & VOLUME CONTROL OPERATION, P&ID SHEET 3 205328 33 33 OF 3, MECHANICAL N120 NO. 2 UNIT CHEMICAL & VOLUME CONTROL BORIC ACID RECOVERY, 205329 19 19 P&ID SHEET 1 OF 3, MECHANICAL N120 NO. 2 UNIT CHEMICAL & VOLUME CONTROL BORIC ACID RECOVERY, 205329 19 19 P&ID SHEET 2 OF 3, MECHANICAL N120 NO. 2 UNIT CHEMICAL & VOLUME CONTROL BORIC ACID RECOVERY, 205329 18 18 P&ID SHEET 3 OF 3, MECHANICAL N130 NO. 2 UNIT CHEMICAL & VOLUME CONTROL PRIMARY WATER RECOVERY, 205330 14 14 P&ID SHEET 1 OF 1, MECHANICAL

• N210 NO. 2 UNIT COMPONENT COOLING, P&ID SHEET 1 OF 3, MECHANICAL 205331 N210 NO. 2 UNIT COMPONENT COOLING, P&ID SHEET 2 OF 3, MECHANICAL 205331 30 30 N210 NO. 2 UNIT COMPONENT COOLING, P&ID SHEET 3 OF 3, MECHANICAL 205331 N220 NO. 2 UNIT RESIDUAL HEAT REMOVAL, P&ID SHEET 1 OF 2, 205332 15 15 MECHANICAL N220 NO. 2 UNIT RESIDUAL HEAT REMOVAL, P&ID SHEET 2 OF 2, 205332 14 14 MECHANICAL N600 NO. 2 UNIT SAFETY INJECTION, P&ID SHEET 1 OF 4, MECHANICAL 205334 38 38 N600 NO. 2 UNIT SAFETY INJECTION, P&ID SHEET 2 OF 4, MECHANICAL 205334 38 38 N600 NO. 2 UNIT SAFETY INJECTION, P&ID SHEET 3 OF 4, MECHANICAL 205334 39 39 N600 NO. 2 UNIT SAFETY INJECTION, P&ID SHEET 4 OF 4, MECHANICAL 205334 38 38 N620 NO. 2 UNIT CONTAINMENT SPRAY, P&ID SHEET 1 OF 1, MECHANICAL 205335 20 20 F400 NO. 2 UNIT AUXILIARY FEEDWATER, P&ID SHEET 1 OF 1, 205336 21 21 MECHANICAL

• M910 NO. 2 UNIT AUXILIARY BUILDING, VENTILIATION, P&ID SHEET 1 OF 205337 15 15 3, MECHANICAL

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== M910 NO. 2 UNIT AUXILIARY BUILDING, VENTILIATION, P&ID SHEET 2 OF 205337 15 15 3, MECHANICAL M910 NO. 2 UNIT AUXILIARY BUILDING, VENTILIATION, P&ID SHEET 3 OF 205337 15 15 3, MECHANICAL M940 NO. 2 UNIT REACTOR CONTAINMENT, VENTILIATION, P&ID SHEET 1 205338 17 17 OF 3, MECHANICAL M940 NO. 2 UNIT REACTOR CONTAINMENT, VENTILIATION, P&ID SHEET 2 205338 17 17 OF 3, MECHANICAL M940 NO. 2 UNIT REACTOR CONTAINMENT, VENTILIATION, P&ID SHEET 3 205338 17 17 OF 3, MECHANICAL N530 NO. 2 UNIT WASTE DISPOSAL LIQUID, P&ID SHEET 1 OF 3, 205339 20 20 MECHANICAL

• N530 NO. 2 UNIT WASTE DISPOSAL LIQUID, P&ID SHEET 2 OF 3, 205339 20 20 MECHANICAL N530 NO. 2 UNIT WASTE DISPOSAL LIQUID, P&ID SHEET 3 OF 3, 205339 21 21 MECHANICAL N510 NO. 2 UNIT WASTE DISPOSAL GAS, P&ID SHEET 1 OF 3, MECHANICAL 205340 18 18 N510 NO. 2 UNIT WASTE DISPOSAL GAS, P&ID SHEET 2 OF 3, MECHANICAL 205340 18 18 N510 NO. 2 UNIT WASTE DISPOSAL GAS, P&ID SHEET 3 OF 3, MECHANICAL 205340 18 18 M600 NO. 2 UNIT SERVICE WATER NUCLEAR AREA, P&ID SHEET 1 OF 6, 205342 35 35 MECHANICAL NO. 2 UNIT SERVICE WATER NUCLEAR AREA, P&ID SHEET 2 OF 6, 205342 35 35 MECHANICAL M600 NO. 2 UNIT SERVICE WATER NUCLEAR AREA, P&ID SHEET 3 OF 6, 205342 34 34 MECHANICAL M600 NO. 2 UNIT SERVICE WATER NUCLEAR AREA, P&ID SHEET 4 OF 6, 205342 35 35 MECHANICAL M600 NO. 2 UNIT SERVICE WATER NUCLEAR AREA, P&ID SHEET 5 OF 6, 205342 34 34

• MECHANICAL M600 NO. 2 UNIT SERVICE WATER NUCLEAR AREA, P&ID SHEET 6 OF 6, 205342 35 35 MECHANICAL

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== MCOO NO. 2 UNIT AUXILIARY BUILDING CONTROL AIR, P&ID SHEET 1 OF 205343 26 26 2, MECHANICAL MCOO NO. 2 UNIT AUXILIARY BUILDING CONTROL AIR, P&ID SHEET 2 OF 205343 26 26 2, MECHANICAL N400 NO. 2 UNIT SAMPLING, P&ID SHEET 1 OF 3, CONTROLS 205344 20 20 N400 NO. 2 SAMPLING SHEET 1 OF 3 205344 20 20 N400 NO. 2 UNIT SAMPLING, P&ID SHEET 2 OF 3, CONTROLS 205344 20 20 G220 NO. 2 UNIT MOISTURE SEPERATOR REHEATERS STEAM & DRAINS, P&ID 205345 18 18 SHEET 1 OF 3, MECHANICAL G220 NO. 2 UNIT MOISTURE SEPERATOR REHEATERS STEAM & DRAINS, P&ID 205345 19 19 SHEET 2 OF 3, MECHANICAL

• G220 NO. 2 UNIT MOISTURE SEPERATOR REHEATERS STEAM & DRAINS, P&ID 205345 19 19 SHEET 3 OF 3, MECHANICAL MCOO NO. 2 UNIT REACTOR CONTAINMENT

& PENETRATION AREA -CONTROL 205347 24 24 AIR, P&ID SHEET 1 OF 3, MECHANICAL MCOO NO. 2 UNIT REACTOR CONTAINMENT

& PENETRATION AREA -CONTROL 205347 24 24 AIR, P&ID SHEET 2 OF 3, MECHANICAL MCOO NO. 2 UNIT REACTOR CONTAINMENT

& PENETRATION AREA -CONTROL 205347 24 24 AIR, P&ID SHEET 3 OF 3, MECHANICAL M921 NO. 2 UNIT AUX. BLDG. CONTROL AREA AIR CONDITIONING AND 205348 18 18 VENTILATION, P&ID SHEET 1 OF 2, MECHANICAL M921 NO. 2 UNIT AUX. BLDG. CONTROL AREA AIR CONDITIONING AND 205348 18 18 VENTILATION, P&ID SHEET 2 OF 2, MECHANICAL E155 NO 1 CIRC WTR INTAKE 230V CONTROL CENTER SECT NO 2 ONE LINE 207944 15 15 DIAGRAM MK.NO.I-1125, ELECTRICAL E150 NO 2 CIRC WTR INTAKE 230V CONTROL CENTER SECT NO 1 ONE LINE 207945 16 16 DETAILS MK. NO. I-2125, ELECTRICAL E150 NO 1&2 UNITS, NO. 2 CIRC WTR INTAKE 230 CONTROL ENTER SECT 207946 12 12

• NO. 2 ONE LINE, DETAILS MK. NO. I-2125, ELECTRICAL SDOKV SWITCHYARD, ONE LINE CONTROL, DIAGRAM, ELECTRICAL 208625 13 13 EllD

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Page No. 29 11/28/89 SALEM SIMULATOR Simulator Design Database

• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ========

E110 500KV SWITCHYARD, INSTRUMENT

& RELAY POTENTIAL, ONE LINE 208626 06 06 DIAGRAM, ELECTRICAL E110 500KV SWITCHYARD, BUS SECTION 1-8 BREAKER 20X, SCHEMATIC, 208632 15 15 SHEET 3, CONTROLS E110 500KV SWITCHYARD BUS SECTION 2-8 BREAKER 21X, SCHEMATIC, 208634 13 13 SHEET 3, CONTROLS E110 500KV BUS SECTION 2-10 BREAKER 31X, SCHEMATIC, SHEET 3, 208636 13 13 CONTROLS E170 500KV SWYD. NO. 1 STA. PWR. TRANSF DIFF. RELAY PROTECTION, 208675 06 06 A.C. SCH., ELECTRICAL E170 500KV SWYD. NO. 1 STA. *PWR. TRANSF DIFF. RELAY PROTECTION, 208676 08 08 D.C. SCH., ELECTRICAL

• EllO 500KV SWYD. LINE POSITION 21X REG. RELAY PROTECTION, A.C. 208677 14 14 SCHEMATIC, CONTROLS E110 500KV SWICHYARD, LINE POSITION 21X, REGULAR RELAY 208678 09 09 PROTECTION, LOGIC, CONTROLS E110 500KV SWYD. LINE POSITION 21X BACK-UP RELAY PROTECTION, A.C. 208680 14 14 SCHEMATIC, CONTROLS E110 500KV SWYD. LINE POSITION 21X BACK-UP RELAY PROTECTION, D.C. 208681 19 19 SCHEMATIC, CONTROLS EllO 500KV SWYD. LINE POSITION 31X REGULAR PILOT WIRE RELAY 208684 16 16 PROTECTION, A.C. SCHEMATIC, ELEC. SYS. CONTROLS EllO 500KV SWYD. LINE POSITION 31X REGULAR PILOT WIRE RELAY 208686 15 15 PROTECTION, D.C. SCHEMATIC, ELEC. SYS. CONTROLS E110 500KV SWYD. LINE POSITION 31X BACK-UP PILOT WIRE RELAY 208687 12 12 PROTECTION, A.C. SCHEMATIC, ELEC. SYS. CONTROLS E110 500KV SWYD. LINE POSITION 31X BACK-UP PILOT WIRE RELAY 208688 16 16 PROTECTION, D.C. SCHEMATIC, ELEC. SYS. CONTROLS E170 500KV SWITCHYARD, NO. 2 STA. PWR TRANSF. DIFF. RELAY 208695 07 07

• PROTECTION, AC SCHEMATIC, ELECTRICAL E170 500KV SWITCHYARD, NO. 2 STA. PWR TRANSF. DIFF. RELAY 208696 10 10 PROTECTION, DC SCHEMATIC, ELECTRICAL

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======== ========

E110 5DDKV SWITCHYARD, CIRCUIT SWITCHER 2T60, D.C. SCHEMATIC, 208708 02 02 28V., ELECTRICAL E110 500KV SWITCHYARD, CIRCUIT SWITCHER 2T60, D. C. SCHEMATIC, 208709 07 07 125V., ELECTRICAL E17D 500KV SWITCHYARD, NO. 1 & 2 STATION POWER TRANS ALARMS, 208713 05 05 SCHEMATIC, ELECTRICAL E110 500KV BUS SECTION 1-8 BKR. 20X, SCHEMATIC, SHEET 3, CONTROLS 209632 12 12 E120 13KV BUS SECTION 1-2 BKR., SCHEMATIC, SHEET 2, CONTROLS 211005 10 10 E120 13KV BUS SECTION 4-5 BKR., SCHEMATIC, SHEET 2, CONTROLS 211006 13 13 E120 13KV BUS SECTION 2-3 BKR., SCHEMATIC, SHEET 2, CONTROLS 211007 11 11 E120 13KV BUS SECTION 5-6 BKR., SCHEMATIC, SHEET 2, CONTROLS 211008 10 10

• E120 13KV BUS SECTION 3-4 BKR., SCHEMATIC, SHEET 2, CONTROLS 211009 16 16 E120 13KV BUS SECTION 1-6 BKR., SCHEMATIC, SHEET 2, CONTROLS 211010 10 10 E160 UNITS-AUX.

PWR. TRANS. 25/4KV. COOLING, A.C. SCHEMATIC, 211020 05 05 CONTROLS E160 NO. 1 & 2 UNITS AUX. PWR. TRANS. 25/4KV. TAP CHANGING-WIND 211021 06 06 ING 'A', A.C. SCHEMATIC, CONTROLS E160 NO. 1 & 2 UNITS AUXILIARY PWR. TRANS. 25/4KV. TAP 211022 06 06 CHANGING-WINDING

'B', A.C. SCHEMATIC, CONTROLS E160 UNITS-AUX.

PWR. TRANS. 25/4KV. ALARMS, D.C. SCHEMATIC, 211023 03 03 CONTROLS E180 GENERATOR-MAIN TRANSFS. ALARMS, D.C. SCHEMATIC, CONTROLS 211027 07 07 E17D NO. 11 & 21 STA. PWR. TRANSF. 13/14KV TAP CHANGING, D.C. 211038 07 07 SCHEMATIC, 28V, CONTROLS E170 NO. 12 & 22 STA. PWR. TRANSF. 13/14KV TAP CHANGING, D.C. 211039 07 07 SCHEMATIC, 28V, CONTROLS

• E160 NO. 1 & 2 AUX PWR. TRANS 25/4KV TAP CHANGING -WINDING 'A' 211040 07 07 E160 NO. 1 & 2 AUX. PWR TRANS 25/4KV TAP CHANGING -WINDING 'B' 211041 07 07

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== E120 13KV SWITCHGEAR, NO. 2 GRD. REL. (REG) PROTECTION, D. C. 211042 11 11 SCHEMATIC, CONTROLS E120 13KV SWITCHGEAR, NO. 2 GRD. REL. (BK-UP) PROTECTION, D.C. 211043 10 10 SCHEMATIC, CONTROLS E160 NO. 2 UNIT-NO. 2 AUX. PWR. TRANS. 25/4KV RELAY PROTECTION, 211044 02 02 A.C. SCHEMATIC, CONTROLS E160 NO. 2 UNIT-NO. 2 AUX. PWR. TRANS. 25/4KV RELAY PROTECTION, 211045 03 03 D.C. SCHEMATIC, CONTROLS E560 NO. 1 GENERATOR

& MAIN TRANSFORMER OVERALL DIFF. REG. AND 211052 09 09 NO. 1 GENERATOR MAIN TRANSFORMER COOLING REL PK. 1R1 E560 NO. 1 GENERATOR

& NO. 1 AUXILIARY POWER TRANSFORMER DIFF. 211054 12 12 REG. RELAY PACK 1R2

• MCOO STATION AIR COMPRESSORS AND CONTROL AIR DRYERS 211319 11 11 E230 250V STOR. BATTERY INSTRUMENT

& ALARM CURCUITS, DC-AC 211352 09 09 SCHEMATIC, CONTROLS E220 NO. lB & 2B-125 VOLT STORAGE BATTERY INSTRUMENT

& ALARM 211354 10 10 CIRCUITS, D.C.-A.C.

SCHEMATIC, CONTROLS E110 1A & 2A 28 VOLT BATTERY INSTRUMENT

& ALARM CIRCUITS 211355 10 10 EllO lB & 2B 28 VOLT BATTERY INSTRUMENT

& ALARM CIRCUITS 211356 10 10 E210 28V D.C. ONE LINE, ONE LINE DIAGRAM, ELECTRICAL 211357 04 04 E153 NO. 2 UNIT, 115V CONTROLS SYSTEM, ONE LINE SH. 2, CONTROLS 211370 22 22 N220 RESIDUAL HEAT REMOVAL SYS. NO. 11 & 21 RESIDUAL HEAT REMOVAL 211500 05 05 PUMPS, D.C. SCHEMATIC, CONTROLS N220 RESIDUAL HEAT REMOVAL SYS. NO. 11 & 21 RESIDUAL HEAT REMOVAL 211501 09 09 PUMPS, D.C. SCHEMATIC, CONTROLS N220 RESIDUAL HEAT REMOVAL SYS. NO. 12 & 22 RESIDUAL HEAT REMOVAL 211502 06 06 PUMPS, D.C. SCHEMATIC, CONTROLS

• N220 RESIDUAL HEAT REMOVAL SYS. NO. 12 & 22 RESIDUAL HEAT REMOVAL 211503 09 09 PUMPS, D.C. SCHEMATIC, CONTROLS

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== N220 RESIDUAL HEAT REMOVAL SYS. NO. 11SJ44, 21SJ44, 11RH4, 21RH4, 211504 08 08 1RH2 & 2RH2, SUCTION ISOLATION VALVES, SCHEMATIC, CONTROLS N220 RESIDUAL HEAT REMOVAL SYS. NO. 11SJ44, 21SJ44, 11RH4, 21RH4, 211505 20 20 1RH2 & 2RH2, SUCTION ISOLATION VALVES, SCHEMATIC, CONTROLS N220 RESIDUAL HEAT REMOVAL SYS. NO. 12SJ44, 22SJ44, 12RH4, 22RH4, 211506 06 06 1RH1 & 2RH1, SUCTION ISOLATION VALVES, SCHEMATIC, CONTROLS N220 R.H.R SYSTEM, NO. 12SJ44, 22SJ44, 12RH4, 22RH4, 1RH1 & 2RH1 211507 20 20 SUCTION ISOL. VALVES, SCHEMATIC, CONTROLS N220 R.H.R SYSTEM, NO. 1SJ69, 2SJ69 RWST TO RHRP'S SUCTION VALVES 211508 13 13 & NO. 1RH20, 2RH20 RHX BYPASS CONTROL VALVES, SCHEMATIC, CONTROLS N220 R.H.R SYSTEM, NO. 11SJ49, 21SJ49, 11RH19, 21RH19, 11RH18 & 211509 08 08 21RH18 COOLDOWN CONTROL VALVES, SCHEMATIC, CONTROLS

• N220 R.H.R SYSTEM, NO. 11SJ49, 21SJ49, 11RH19, 21RH19, 11RH18 & 211510 12 12 21RH18 COOLDOWN CONTROL VALVES, SCHEMATIC, CONTROLS N220 R.H.R SYSTEM, NO. 12SJ49, 22SJ49, 12RH18, 22RH18, 12RH19 & 211511 08 08 22RH19 COOLDOWN CONTROL VALVES, SCHEMATIC, CONTROLS N220 R.H.R SYSTEM, NO. 12SH9, 22SJ49, 12RH18, 22RH18, 12RH19 & 211512 12 12 22RH19 COOLDOWN CONTROL VALVES, SCHEMATIC, CONTROLS N220 R.H.R SYSTEM, CONTAINMENT SUMP LEVEL LT-938, SCHEMATIC, 211513 08 08 CONTROLS N220 R.H.R SYSTEM, CONTAINMENT SUMP LEVEL LT-939, SCHEMATIC, 211514 07 07 CONTROLS N220 R.H.R SYSTEM, NO. 1RH26 & 2RH26 HOT-LEG ISOLATION VALVES, 211515 11 11 SCHEMATIC, CONTROLS N210 COMPONENT COOLING SYSTEM, NO. 11 & 21 COMPONENT COOLING 211516 04 04 PUMPS, D.C. SCHEMATIC, CONTROLS N210 COMPONENT COOLING SYSTEM, NO. 11 & 21 COMPONENT COOLING 211517 08 08 PUMPS, D.C. SCHEMATIC, CONTROLS

• N210 COMPONENT COOLING SYSTEM, NO. 12 & 22 COMPONENT COOLING 211518 04 04 PUMPS, D.C. SCHEMATIC, CONTROLS Page No. 33 11/28/89

• SYSTEM N210 N210 N210 N210 N210 N210

• N210 N210 N210 N210 N210 N210 R200 R200

• R200 TITLE SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number ============================================================

COMPONENT COOLING SYSTEM, NO. 12 & 22 COMPONENT COOLING PUMPS, D.C. SCHEMATIC, CONTROLS COMPONENT COOLING SYSTEM, NO. 13 & 23 COMPONENT COOLING PUMPS, D.C. SCHEMATIC, CONTROLS COMPONENT COOLING SYSTEM, NO. 13 & 23 COMPONENT COOLING PUMPS, D.C. SCHEMATIC, CONTROLS COMPONENT COOLING SYSTEM SURGE TANK, NO. 11&21 COMPONENT COOLING HEADER PRESS. ALARMS, SCHEMATIC, CONTROLS COMPONENT COOLING SYSTEM SURGE TANK, NO. 12&22 COMPONENT COOLING HEADER PRESS. ALARMS, SCHEMATIC, CONTROLS COMPONENT COOLING SYS. NO. 1CC149 & 2CC149 SURGE TANK VENT VALVES, SCHEMATIC, CONTROLS COMPONENT COOLING SYS. NO. 1CC131 & 2CC131 THERM. BARRIER CW FLOW CONTROL VALVES, SCHEMATIC, CONTROLS COMPONENT COOLING SYS. NO. 1CC117, 2CC117, 1CC136 & 2CC136 RCP CCW INLET & OUTLET ISOL. VA'S., SCHEMATIC, CONTROLS COMPONENT COOLING SYS. NO. 1CC117, 2CC117, 1CC136 & 2CC136 RCP CCW INLET & OUTLET ISOL. VA'S., SCHEMATIC, CONTROLS COMPONENT COOLING SYS. NO. 1CC118 RCP'S CCW INLET & NO. 1CC113 & 2CC113 ELHX CW OUTLET ISOLATION VALVES, SCHEMATIC, SHEET 1, CONTROLS COMPONENT COOLING SYS. NO. 11 & 21 RHX CW DISCH. !SOL. VALVES NO. 11CC16 & 21CC16, SCHEMATIC, CONTROLS COMPONENT COOLING SYS. NO. 12 & 22 RHX CW DISCH. !SOL. VALVES NO. 12CC16 & 22CC16, SCHEMATIC, CONTROLS REAC. COOLANT SYS. NO. 11 & 21 REACTOR COOLANT PUMPS & OIL LIFT PUMPS, SCHEMATIC, CONTROLS REAC. COOLANT SYS. NO. 11 & 21 REACTOR COOLANT PUMPS, SCHEMATIC, CONTROLS REAC. COOLANT SYS. NO. 12 & 22 REACTOR COOLANT PUMPS & OIL LIFT PUMPS, SCHEMATIC, CONTROLS DRAWING 211519 211520 211521 211522 211523 211524 211525 211526 211527 211528 211529 211530 211531 211532 211533 STATION REVISION ======== 08 04 06 11 10 10 08 04 11 19 09 08 05 15 06 TRAINING LOAD 11/01/89 ======== 08 04 06 11 10 10 08 04 11 19 09 08 05 15 06

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== R200 REAC. COOLANT SYS. NO. 12 & 22 REACTOR COOLANT PUMPS, 211534 14 14 SCHEMATIC, CONTROLS R200 REAC. COOLANT SYS. NO. 13 & 23 REACTOR COOLANT PUMPS & OIL 211535 06 06 LIFT PUMPS, SCHEMATIC, CONTROLS R200 REAC. COOLANT SYS. NO. 13 & 23 REACTOR COOLANT PUMPS, 211536 14 a SCHEMATIC, CONTROLS R200 REAC. COOLANT SYS. NO. 14 & 24 REACTOR COOLANT PUMPS & OIL 211537 06 06 LIFT PUMPS, SCHEMATIC, CONTROLS R200 REAC. COOLANT SYS. NO. 14 & 24 REACTOR COOLANT PUMPS, 211538 14 14 SCHEMATIC, CONTROLS R200 REAC. COOLANT SYS. NO. 11 & 21 REACTOR COOLANT PUMPS-ALARMS, 211539 11 11 SCHEMATIC SHEET 1, CONTROLS

• R200 REAC. COOLANT SYS. NO. 11 & 21 REACTOR COOLANT PUMPS-ALARMS, 211540 08 08 SCHEMATIC SHEET 2, CONTROLS R200 REAC. COOLANT SYS. NO. 11 & 21 REACTOR COOLANT PUMPS-ALARMS, 211541 08 08 SCHEMATIC SHEET 3, CONTROLS R200 REAC. COOLANT SYS. NO. 12 & 22 REACTOR COOLANT PUMPS-ALARMS, 211542 11 11 SCHEMATIC SHEET 1, CONTROLS R200 REAC. COOLANT SYS. NO. 12 & 22 REACTOR COOLANT PUMPS-ALARMS, 211543 08 08 SCHEMATIC SHEET 2, CONTROLS R200 REAC. COOLANT SYS. NO. 12 & 22 REACTOR COOLANT PUMPS-ALARMS 211544 08 08 & RV FLANGE LEAK-OFF VAS. 1RC4 & 2RC4, SCHEMATIC SHEET 3, CONTROLS R200 REAC. COOLANT SYS. NO. 13 & 23 R.C. PUMPS-ALARMS, SCHEMATIC 211545 11 11 SHEET 1, CONTROLS R200 REAC. COOLANT SYS. NO. 13 & 23 R.C. PUMPS-ALARMS, SCHEMATIC 211546 08 08 SHEET 2, CONTROLS R200 REAC. COOLANT SYS. NO. 13 & 23 R.C. PUMPS-ALARMS, SCHEMATIC 211547 08 08 SHEET 3, CONTROLS

• R200 REAC. COOLANT SYS. NO. 14 & 24 R.C. PUMPS-ALARMS, SCHEMATIC 211548 12 12 SHEET 1, CONTROLS

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======== ======== R200* REAC. COOLANT SYS. NO. 14 & 24 R.C. PUMPS-ALARMS, SCHEMATIC 211549 08 08 SHEET 2, CONTROLS R200 REAC. COOLANT SYS. NO. 14 & 24 R.C. PUMPS-ALARMS, SCHEMATIC 211550 07 07 SHEET 3, CONTROLS R200 REAC. COOLANT SYS. NO. 11WR62 & 21WR62 STANDPIPE SUP. VAS. 211551 07 07 NO. 11CV104 & 21CV104 SEAL LEAK-OFF VALVES, SCHEMATIC, CONTROLS R200 REAC. COOLANT SYS. NO. 12WR62 & 22WR62 STANDPIPE SUP. VAS. 211552 07 07 NO. 12CV104 & 22CV104 SEAL LEAK-OFF VALVES, SCHEMATIC, CONTROLS R200 REAC. COOLANT SYS. NO. 13WR62 & 23WR62 STANDPIPE SUP. VAS. 211553 07 07 NO. 13CV104 & 23CV104 SEAL LEAK-OFF VALVES, SCHEMATIC, CONTROLS

• R200 REAC. COOLANT SYS. NO. 14WR62 & 24WR62 STANDPIPE SUP. VAS. 211554 06 06 NO. 14CV104 & 24CV104 SEAL LEAK-OFF VALVES, SCHEMATIC, CONTROLS N220 R.H.R SYSTEM NO. 11RH29 & 21RH29 RHRP'S BYPASS VALVES, 211555 10 10 SCHEMATIC, CONTROLS N220 R.H.R SYSTEM NO. 12RH29 & 22RH29 RHRP'S BYPASS VALVES, 211556 10 10 SCHEMATIC, CONTROLS NlOO eves NO. 1CV140, 2CV140, 1CV69 & 2CV69 CHG. DISCH. & NO. 211563 02 02 1CV79 & 2CV79 RCS CHG. ISOL. VA'S., SCHEMATIC, SHEET 1, CONTROLS NlOO eves NO. 1CV140, 2CV140, 1CV69 & 2CV69 CHG. 'DISCH. & NO. 211564 12 12 1CV79 & 2CV79 RCS CHG. ISOL. VA'S., SCHEMATIC, SHEET 2, CONTROLS NlOO eves NO. 1CV139 & 2CV139 DISCH. TO SWHX & NO. 1CV68 & 2CV68 211565 02 02 DISCH. TO RHX ISOL. VA'S, SCHEMATIC, SHEET 1, CONTROLS NlOO eves NO. 1CV139 & 2CV139 DISCH. TO SWHX & NO. 1CV68 & 2CV68 211566 10 10 DISCH. TO RHX ISOL. VA'S, SCHEMATIC, SHEET 2, CONTROLS NlOO eves NO. 1CV3 & 2CV3 LTDWN. ORIFICE ISOL. VAS. NO. 1CV7 & 211572 02 02

• 2CV7 LTDWN. CONT. ISOL. YAS., SCHEMATIC, SHEET 1, CONTROLS NlOO eves NO. 1CV3 & 2CV3 LTDWN. ORIFICE ISOL. VAS. NO. 1CV7 & 211573 07 07 2CV7 LTDWN. CONT. ISOL. VAS., SCHEMATIC, SHEET 2, CONTROLS Page No. 36 11/28/89

• SYSTEM N100 N100 N100 N100 NlOO

• N100 N100 N100 N100 N100 N100 NlOO NlOO

• N100 TITLE SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number ============================================================

eves NO. 1CV4 & 2CV4 LTDWN. ORIFICE ISOL. VAS.' SCHEMATIC, CONTROLS eves NO. 1CV5 & 2CV5 LTDWN. ORIFICE ISOL. VAS., SCHEMATIC, CONTROLS eves NO. 1CV134 & 2CV134 EXC. LETDOWN FLOW DIV. VAS. NO. 1CV131, 2CV131, 1CV132 & 2CV132 ELHX VALVES, SCHEMATIC, CONTROLS eves NO. 1SJ1 & 2SJ1 CHG. PMP. SUCT. FROM RWST & NO. 1CV116 & 2CV116 SEAL WTR. TO VCT !SOL. VA, SCHEMATIC, SHEET 1, CONTROLS eves NO. 1SJ1 & 2SJ1 CHG. PMP. SUCT. FROM RWST & NO. 1CV116 & 2CV116 SEAL WTR. TO VCT ISOL. VA, SCHEMATIC, SHEET 2, CONTROLS eves NO. 1SJ2 & 2SJ2 CHG. PMP. SUCT. FROM RWST & NO. 1CV284 & 2CV284 SEAL WTR. TO VCT ISOL. VA, SCHEMATIC, SHEET 1, CONTROLS eves NO. 1SJ2 & 2SJ2 CHG. PMP. SUCT. FROM RWST & NO. 1CV284 & 2CV284 SEAL WTR. TO VCT ISOL. VA, SCHEMATIC, SHEET 2, CONTROLS eves NO. 1CV40 & 2CV40 VOLUME CONTROL TANK FIRST DISCHARGE STOP VALVES, SCHEMATIC SHEET 1, CONTROLS eves NO. 1CV40 & 2CV40 VOLUME CONTROL TANK FIRST DISCHARGE STOP VALVES, SCHEMATIC SHEET 2, CONTROLS eves NO. 1CV41 & 2CV41 VOLUME CONTROL TANK SECOND DISCHARGE STOP VALVES, SCHEMATIC, CONTROLS eves NO. 1CV35 & 2CV35 VOLUME CONTROL TANK LEVEL CONTROL VALVES, SCHEMATIC, SHEET 1, CONTROLS eves NO. 1CV35 & 2CV35 VOLUME CONTROL TANK LEVEL CONTROL VALVES, SCHEMATIC, SHEET 2, CONTROLS eves NO. 1CV2 & 2CV2 RCS LETDOWN LINE ISOL. VALVES, SCHEMATIC, CONTROLS eves NO. 1CV277 & 2CV277 RCS LETDOWN ISOL. VALVES, SCHEMATIC, CONTROLS DRAWING 211574 211575 211576 211577 211578 211579 211580 211581 211582 211583 211584 211585 211586 211587 STATION REVISION ======== 07 06 06 02 09 02 11 02 08 10 04 03 06 06 TRAINING LOAD 11/01/89 ======== 07 06 06 02 09 02 11 02 08 10 04 03 06 06

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• TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== NlOO eves NO. 1CV278 & 2CV278 EXCESS LETDOWN HEAT EXCHANGER INLET 211588 02 02 VALVES, SCHEMATIC, CONTROLS NlDO eves NO. 1CV21 & 2CV21 TEMP. CONT. FLOW VAS. TO DM & NO. 211593 04 04 1CV27 & 2CV27 DM DIVERTING VAS., SCHEMATIC, SHEET 1, CONTROLS NlOO eves NO. 1CV21 & 2CV21 TEMP. CONT. FLOW VAS. TO DM & NO. 211594 05 05 1CV27 & 2CV27 DM DIVERTING VAS., SCHEMATIC, SHEET 2, CONTROLS NlOO eves MAKE-UP MODE SELECTION, SCHEMATIC, SHEET 1, CONTROLS 211595 07 07 NlOO eves MAKE-UP MODE SELECTION, SCHEMATIC, SHEET 2, CONTROLS 211596 05 05 N100 eves BA. & PRI. WTR. FLOW DEV. ALARMS, SCHEMATIC, CONTROLS 211597 04 04 N100 eves NO. 1CV185 & 2CV185 CHG. SUCT. MU & NO. 1CV181 & 2CV181 211598 05 05

• VCT MU STOP VAS., SCHEMATIC, CONTROLS NlOO eves NO. 1cv1s5 2CV185, 1CV181, 2CV181, 1CV179, 2CV179, 211599 07 07 1CV172 & 2CV172 MU S&C VAS., SCHEMATIC, CONTROLS R130 NO. 1A, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. CONTROL SYSTEM, 211627 04 04 SCHEMATIC, SHEET 29, CONTROLS I R130 NO. lA, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. CONTROL SYSTEM, 211630 03 03 I SCHEMATIC, SHEET 24, CONTROLS R130 NO. 1A, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. CONTROL SYSTEM, 211631 03 03 SCHEMATIC, SHEET 25, CONTROLS R130 NO. lA, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. CONTROL SYSTEM, 211632 03 03 SCHEMATIC, SHEET 26, CONTROLS R130 NO. lA, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. CONTROL SYSTEM, 211633 03 03 SCHEMATIC, SHEET 27, CONTROLS R130 NO. lA, 1B & lC VITAL BUSES SAFEGUARD EQUIP. CONTROL SYSTEM, 211634 02 02 SCHEMATIC, SHEET 28, CONTROLS N600 SAFETY INJ. SYSTEM TEST LINE VALVE, SCHEMATIC, SHEET 1, 211635 06 06 CONTROLS

• N600 SAFETY INJ. SYSTEM TEST LINE VALVE, SCHEMATIC, SHEET 2, 211636 09 09 CONTROLS

---Page No. 38 11/28/89 SALEM SIMULATOR Simulator Design Database

• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== --------N600 1A & 2A 4160V VITAL BUSES NO. 11 & 21 SAFETY INJ. PUMP, 211637 08 08 SCHEMATIC, CONTROLS N600 lC & 2C 4160V VITAL BUSES NO. 12 & 22 SAFETY INJ. PUMP, 211638 08 08 SCHEMATIC, CONTROLS N620 lA & 2A 4160V VITAL BUSES NO. 11 & 21 CONT. SPRAY PUMP, 211639 12 12 SCHEMATIC, CONTROLS N620 lC & 2C 4160V VITAL BUSES NO. 12 & 22 CONT. SPRAY PUMP, 211640 13 13 SCHEMATIC, CONTROLS N600 SAFETY INJECTION SYSTEMS.I.

PUMP SUCTION & DISCHARGE VALVES 211641 04 04 1SJ30, 12SJ40, 12SJ33, SCHEMATIC, SHEET 1, CONTROLS N600 SAFETY INJECTION SYSTEMS.I.

PUMP SUCTION & DISCHARGE VALVES 211642 u 14 1SJ30, 12SJ40, 12SJ33, SCHEMATIC, SHEET 2, CONTROLS

• N600 SAFETY INJECTION SYSTEM SAFETY INJECTION CONTROL VALVES 211643 04 04 1SJ63, 2SJ63, 1SJ68, 2SJ68, SCHEMATIC, SHEET 1, CONTROLS N600 SAFETY INJECTION SYSTEM SAFETY INJECTION CONTROL VALVES 211644 09 09 1SJ63, 2SJ63, 1SJ68, 2SJ68, SCHEMATIC, SHEET 2, CONTROLS N600 SAFETY INJECTION SYSTEM SAFETY INJECTION CONTROL VALVES 211645 02 02 1SJ19, 2SJ19, 1SJ67, 2SJ67, SCHEMATIC, SHEET 1, CONTROLS N600 SAFETY INJECTION SYSTEM SAFETY INJECTION CONTROL VALVES 211646 10 10 1SJ19, 2SJ19, 1SJ67, 2SJ67, SCHEMATIC, SHEET 2, CONTROLS N600 SAFETY INJECTION SYSTEM BORON INJECTION TK INLET & OUTLET 211647 03 03 VA'S. 1SJ4, 2SJ4, 1SJ12, 2SJ12, SCHEMATIC, SHEET 1, CONTROLS N600 SAFETY INJECTION SYSTEM BORON INJECTION TK INLET & OUTLET 211648 10 10 VA'S. 1SJ4, 2SJ4, 1SJ12, 2SJ12, SCHEMATIC, SHEET 2, CONTROLS N600 SAFETY INJECTION SYSTEM BORON INJECTION TK INLET & OUTLET 211649 03 03 VA'S. 1SJ5, 2SJ5, 1SJ13, 2SJ13, SCHEMATIC, SHEET 1, CONTROLS N600 SAFETY INJECTION SYSTEM BORON INJECTION TK INLET & OUTLET 211650 10 10 VA'S. 1SJ5, 2SJ5, 1SJ13, 2SJ13, SCHEMATIC, SHEET 2, CONTROLS N600 SAFETY INJECTION SYSTEM BIT OUTLET TO BAT. & DISCH. VA. TO 211651 03 03

• RCS 1SJ78, 1SJ135, SCHEMATIC, SHEET 1, CONTROLS SAFETY INJECTION SYSTEM BIT OUTLET TO BAT. & DISCH. VA. TO 211652 11 11 N600 RCS 1SJ78, 1SJ135, SCHEMATIC, SHEET 2, CONTROLS

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======== ======== N600 SAFETY INJECTION SYSTEM BIT OUTLET TO BAT. & DISCH. VA. TO 211653 06 06 RCS 1SJ79, 12SJ134, SCHEMATIC, SHEET 1, CONTROLS N600 SAFETY INJECTION SYSTEM BIT OUTLET TO BAT. & DISCH. VA. TO 211654 09 09 RCS 1SJ79, 12SJ134, SCHEMATIC, SHEET 2, CONTROLS N620 CONTAINMENT SPRAY SYSTEM NO. 11 & 21 SPRAY CONTROL VALVES 211656 01 01 NO. 11CS2, 21CS2, 1CS16, 2CS16, D.C. SCHEMATIC, CONTROLS N620 CONTAINMENT SPRAY SYSTEM NO. 11 & 21 CONTAINMENT SPRAY PUMPS 211657 05 05 11CS2 & 21CS2 DISCHARGE VALVES, SCHEMATIC, CONTROLS N600 SAFETY INJECTION SYSTEM TEST LINE ISOLATION VALVES 1SJ60 & 211658 08 08 2SJ60, SCHEMATIC, CONTROLS N620 CONTAINMENT SPRAY SYSTEM, SPRAY ADDITIVE TANK 1CS16 & 2CS16 211659 04 04 DISCHARGE VALVES, SCHEMATIC, CONTROLS

• N620 CONTAINMENT SPRAY SYSTEM, NO. 12 & 22 SPRAY CONTROL VALVES 211660 01 01 12CS2, 22CS2, 1CS17, 2CS17, D.C. SCHEMATIC, CONTROLS N620 CONTAINMENT SPRAY SYSTEM, NO. 12 & 22 CONTAINMENT SPRAY 211661 05 05 PUMPS 12CS2 & 22CS2 DISCHARGE VALVES, SCHEMATIC, CONTROLS N600 SAFETY INJECTION SYSTEM NO. 11 SI PUMP-LOW CC WTR. FLOW 211662 05 05 ALARM, SCHEMATIC, CONTROLS N620 CONTAINMENT SPRAY SYSTEM, SPRAY ADDITIVE TANK 1CS17 & 2CS17 211663 04 04 DISCHARGE VALVES, SCHEMATIC, CONTROLS N620 CONTAINMENT SPRAY SYSTEM, SPRAY ADDITIVE TANK 1CS14 & 2CS14 211666 07 07 DISCHARGE VALVES, SCHEMATIC, CONTROLS N600 SAFETY INJECTION SYSTEM BORON INJECTION TANK ISOL. VALVES 211667 07 07 1SJ108 & 2SJ108, SCHEMATIC, CONTROLS N600 SAFETY INJECTION SYSTEM NO. 11 & 21 ACCUMULATOR CONTROL 211668 03 03 VALVES 11SJ54, 21SJ54, 11SJ93, 21SJ93, 11SJ58, 21SJ58, D.C. SCHEMATIC, SHEET 1, CONTROLS N6DO SAFETY INJECTION SYSTEM NO. 11 & 21 ACCUMULATOR CONTROL 211669 14 14 VALVES 11SJ54, 21SJ54, 11SJ93, 21SJ93, 11SJ58, 21SJ58, D.C. SCHEMATIC, SHEET 2, CONTROLS

• N600 SAFETY INJECTION SYSTEM NO. 11 & 21 ACCUMULATOR CONTROL 211670 03 03 VALVES 11SJ27, 21SJ27, 11SJ57, 21SJ57, 11SJ20, 21SJ20, D.C. SCHEMATIC, SHEET 1, CONTROLS

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======== ======== N600 SAFETY INJECTION SYSTEM NO. 11 & 21 ACCUMULATOR CONTROL 211671 03 03 VALVES 11SJ27, 21SJ27, 11SJ57, 21SJ57, 11SJ20, 21SJ20, D.C. SCHEMATIC, SHEET 2, CONTROLS N600 SAFETY INJECTION SYSTEM NO. 11 & 21 ACCUMULATOR CONTROL 211672 03 03 VALVES 12SJ58, 22SJ58, 12SJ54, 22SJ54, 12SJ93, 22SJ93, D.C. SCHEMATIC, SHEET 1, CONTROLS N600 SAFETY INJECTION SYSTEM NO. 12 & 22 ACCUMULATOR CONTROL 211673 14 14 VALVES 12SJ54, 22SJ54, 12SJ93, 22SJ93, 12SJ58, 22SJ58, SCHEMATIC, SHEET 2, CONTROLS N600 SAFETY INJECTION SYSTEM NO. 12 & 22 ACCUMULATOR CONTROL 211674 03 03 VALVES 12SJ27, 22SJ27, 12SJ57, 22SJ57, 12SJ20, 22SJ20, D.C. SCHEMATIC, SHEET 1, CONTROLS 500KV SWITCHYARD, 208V MISCELLANEOUS POWER, ONE LINE 211818 12 12 DIAGRAM, ELECTRICAL

• T100 TURBINE E-H GOVERNOR CONTROL, ANALOG COMPARATOR CIRCUITS, 21285 03 03 LOGIC DIAGRAM, CONTROLS T100 TURBINE E-H GOVERNOR CONTROL STOP & GOVERNOR VALVE TEST, 212850 03 03 LOGIC DIAGRAM, CONTROLS T100 TURBINE E-H GOVERNOR CONTROL, BUMPLESS TRANSFER, LOGIC 212851 03 03 DIAGRAM, CONTROLS T100 TURBINE E-H GOVERNOR CONTROL NOS. 11,12,21 & 22 STOP & GOV. 212852 03 03 VALVES TEST, LOGIC DIAGRAM, CONTROLS T100 TURBINE E-H GOVERNOR CONTROL NOS. 13, 14, 23 & 24 STOP & 212853 03 03 GOV. VALVES TEST LOGIC DIAGRAM, CONTROLS T100 TURBINE E-H GOV. CONTROL AUTO. SETTER COUNTER & RATE CLOCK, 212855 03 03 LOGIC DIAGRAM, CONTROLS T100 TURBINE E-H GOV. CONTROL MAN. GOV. VALVE COUNTER & RATE 212856 03 03 CLOCK, LOGIC DIAGRAM, CONTROLS T100 TURBINE E-H GOV. CONTROL AUTO. REF. COUNTER & RATE CLOCK 212857 03 03 LOGIC DIAGRAM, CONTROLS

• T100 TURB. E-H GOV. CONTROL D.S. PROT. TRANSD. FAIL. LOAD CH. & 212858 03 03 REF. FAIL. LOAD DROP ANTICIPATION

& SPEED LOAD IND., LOGIC DIAGRAM, CONTROLS

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======== ======== TlOO TURB. E-H GOV. CONTROL VA. POS. LIMIT SET PT., GO-HOLD, 212859 03 03 OFF-ON TEST AUTO-MAN.

& LOSS OF POWER SUPPLY VOLTAGE, LOGIC DIAGRAM, CONTROLS TlOO TURB. E-H GOV. CONTROL, ANALOG SECTION, LOGIC DIAGRAM, 212860 03 03 CONTROLS T600 TURBINE GENERATOR TURBINE TRIP REGULAR BACK-UP, D.C. 212861 05 05 SCHEMATIC, CONTROLS E130 NO. 2 UNIT 2F 4160V GROUP BUS 4160/208V TRANSF. FDR. C.B. 212864 03 03 2F3D, D.C. SCHEMATIC, CONTROLS E130 NO. 2 UNIT 2F 4160V GROUP BUS 4160/208V TRANSF. FDR. C.B. 212865 03 03 2F6D, D.C. SCHEMATIC, CONTROLS E120 NO. 2 UNIT 13KV BUS SECTION 1&4 VOLTMETERS, D.C. SCHEMATIC, 212866 04 04 CONTROLS

• MBOO NO. 1&2 UNITS-4160V GROUP BUSES NO. 1,2&3 STATION AIR 212872 03 03 COMPRESSORS LOADING SEQUENCE & ALARMS, SCHEMATIC, SHEET 2, CONTROLS MBOO NO. 2 UNIT 2G 4160V GROUP BUS NO. 2 STATION AIR COMPRESSOR 212879 06 06 LOADING SEQUENCE & ALARMS, SCHEMATIC, SHEET 1, CONTROLS E130 NO. 2 UNIT 2G 4160V GROUP BUS NO. 2 STATION AIR COMPRESSOR, 212880 07 07 SCHEMATIC, CONTROLS MBOO NO. 2 UNIT 2G 4160V GROUP BUS NO. 2 STATION AIR COMPRESSOR, 212881 06 06 SCHEMATIC, CONTROLS F200 460 & 230V AUXS. NO. 12 & 22 VAC. & SEAL WTR. PUMPS, 212886 13 13 SCHEMATIC, CONTROLS F200 460 & 230V AUXS. NO. 13 & 23 VAC. & SEAL WTR. PUMPS, 212887 13 13 SCHEMATIC, CONTROLS F200 460 & 230V AUXS. NO. 14 & 24 VAC. & SEAL WTR. PUMPS, 212888 11 11 SCHEMATIC, CONTROLS T900 4160V GROUP BUSES NO. 11 & 21 TURBINE AUX. COOLING PUMPS, 212894 08 08 SCHEMATIC, SHEET 1, CONTROLS

• T900 4160V GROUP BUSES NO. 11 & 21 TURBINE AUX. COOLING PUMPS, 212895 03 03 SCHEMATIC, SHEET 2, CONTROLS

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======== ======== T900 4160V GROUP BUSES NO. 12 & 22 TURBINE AUX. COOLING PUMPS, 212896 05 05 SCHEMATIC, SHEET 1, CONTROLS T900 4160V GROUP BUSES NO. 12 & 22 TURBINE AUX. COOLING PUMPS, 212897 03 03 SCHEMATIC, SHEET 2, CONTROLS T900 4160V GROUP BUSES NO. 13 & 23 TURBINE AUX. COOLING PUMPS, 212898 04 04 SCHEMATIC, SHEET 1, CONTROLS T9DD 4160V GROUP BUSES NO. 13 & 23 TURBINE AUX. COOLING PUMPS, 212899 03 03 SCHEMATIC, SHEET 2, CONTROLS N600 SAFETY INJECTION SYSTEM NO. 12 & 22 ACCUMULATOR CONTROL 217125 04 04 VALVES 12SJ27, 22SJ27, 12SJ57, 22SJ57, 12SJ20, 22SJ20, D.C. SCHEMATIC, SHEET 2, CONTROLS N600 SAFETY INJECTION SYSTEM NO. 13 & 23 ACCUMULATOR CONTROL 217126 03 03 VALVES 13SJ54, 23SJ54, 13SJ93, 23SJ93, 13SJ58, 23SJ58, D.C .

• SCHEMATIC, SHEET 1, CONTROLS N600 SAFETY INJECTION SYSTEM NO. 13 & 23 ACCUMULATOR CONTROL 217127 15 15 VALVES 13SJ54, 23SJ54, 13SJ93, 23SJ93, 13SJ58, 23SJ58, SCHEMATIC, SHEET 2, CONTROLS N600 SAFETY INJECTION SYSTEM NO. 13 & 23 ACCUMULATOR CONTROL 217128 03 03 VALVES 13SJ27, 23SJ27, 13SJ57, 23SJ57, 13SJ20, 23SJ20, D.C. SCHEMATIC, SHEET 1, CONTROLS N600 SAFETY INJECTION SYSTEM NO. 13 & 23 ACCUMULATOR CONTROL 217129 03 03 VALVES 13SJ27, 23SJ27, 13SJ57, 23SJ57, 13SJ20, 23SJ20, D.C. SCHEMATIC, SHEET 2, CONTROLS N600 SAFETY INJECTION SYSTEM NO. 14 & 24 ACCUMULATOR CONTROL 217130 03 03 VALVES 14SJ54, 24SJ54, 14SJ93, 24SJ93, 14SJ58, D.C. SCHEMATIC, SHEET 1, CONTROLS N600 SAFETY INJECTION SYSTEM NO. 14 & 24 ACCUMULATOR CONTROL 217131 15 15 VALVES 14SJ54, 24SJ54, 14SJ93, 24SJ93, 14SJ58, 24SJ58, D.C. SCHEMATIC, SHEET 2, CONTROLS N600 SAFETY INJECTION SYSTEM NO. 14 & 24 ACCUMULATOR CONTROL 217132 03 03 VALVES 14SJ27, 24SJ27, 14SJ57, 24SJ57, 14SJ20, 24SJ20, D.C. SCHEMATIC, SHEET 1, CONTROLS

• N600 SAFETY INJECTION SYSTEM NO. 14 & 24 ACCUMULATOR CONTROL 217133 03 03 VALVES 14SJ27, 24SJ27, 14SJ57, 24SJ57, 14SJ20, 24SJ20, D.C. SCHEMATIC, SHEET 2, CONTROLS ------------------

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======== ======== N600 SAFETY INJECTION SYSTEM ACCUM. N2 SUP. & TEST LINE CONTR. 217134 04 04 VALVES 1NT32, 2NT32, 11SJ50, 21SJ50, SCHEMATIC, SHEET 1, CONTROLS N600 SAFETY INJECTION SYSTEM ACCUM. N2 SUP. & TEST LINE CONTR. 217135 07 07 VALVES 1NT32, 2NT32, 11SJ50, 21SJ50, SCHEMATIC, SHEET 2, CONTROLS N600 SAFETY INJECTION SYSTEM TEST LINE CONTR. VALVES 1SJ123, 217136 04 04 2SJ123, 12SJ50, 22SJ50, SCHEMATIC, SHEET 1, CONTROLS N600 SAFETY INJECTION SYSTEM TEST LINE CONTR. VALVES 1SJ123, 217137 07 07 2SJ123, 12SJ50, 22SJ50, SCHEMATIC, SHEET 2, CONTROLS N600 SAFETY INJECTION SYSTEM RECIRCULATING INTERCONNECTION VALVE 217139 07 07 11SJ113, SCHEMATIC, CONTROLS N600 SAFETY INJECTION SYSTEM RECIRCULATING INTERCONNECTION VALVE 217140 08 08

• 12SJ113 & 22SJ113, SCHEMATIC, CONTROLS N600 SAFETY INJECTION SYSTEM NO. 12 SI PUMP-LOW CC WTR. FLOW 217141 08 08 ALARM, SCHEMATIC, CONTROLS N600 SAFETY INJECTION SYSTEM SPRAY ADDITIVE TK & RWST LEVEL 217142 09 09 ALARMS, SCHEMATIC, CONTROLS N600 NO. 2 UNIT SAFETY INJECTION PUMPS 21SJ45 RECIRCULATION 217152 05 05 VALVE, SCHEMATIC, CONTROLS N620 NO. 2 UNIT CONTAINMENT SPRAY SYSTEM NO. 21, CONTAINMENT 217153 03 03 SPRAY PUMP 21CS36 RECIRCULATION VALVE, SCHEMATIC, CONTROLS N620 CONTAINMENT SPRAY SYSTEM NO. 22 CONTAINMENT SPRAY PUMP 217154 03 03 22CS36 RECIRCULATION VALVE, SCHEMATIC, CONTROLS N600 SAFETY INJECTION SYSTEM NO. 11 S.I. PMP. SUCTION & DISCH. 217156 03 03 VAS. 11SJ33, 11SJ40, SCHEMATIC, SHEET 1, CONTROLS N600 SAFETY INJECTION SYSTEM NO. 11 S.I. PMP. SUCTION & DISCH. 217157 08 08 VAS. 11SJ33, 11SJ40, SCHEMATIC, SHEET 2, CONTROLS N600 SAFETY INJECTION SYSTEM NO. 11 S.I. PMP. DISCH. VAS. TO 217158 04 04 COLDLEG 11SJ134, SCHEMATIC, CONTROLS

• R130 NO. 2 UNIT 2A VITAL BUS SAFEGUARDS EMERGENCY INDICATION, 217163 05 05 SCHEMATIC, SHEET 1, CONTROLS I I L * *

• Page No. 11/28/89 SYSTEM ------R130 R130 R130 R130 R130 M940 T900 F200 F800 T200 T200 T200 T200 T200 T200 T200 44 SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number TITLE ============================================================

NO. 2 UNIT 2A VITAL BUS SAFEGUARDS EMERGENCY INDICATION, SCHEMATIC, CONTROLS NO. 2 UNIT 2B VITAL BUS SAFEGUARDS EMERGENCY INDICATION, SCHEMATIC SHEET 1, CONTROLS NO. 2 UNIT 2B VITAL BUS SAFEGUARDS EMERGENCY INDICATION, SCHEMATIC, CONTROLS NO. 2 UNIT 2C VITAL BUS SAFEGUARDS EMERGENCY INDICATION, SCHEMATIC SHEET 1, CONTROLS NO. 2 UNIT 2C VITAL BUS SAFEGUARDS EMERGENCY INDICATION, SCHEMATIC, CONTROLS CONT. VENT. NO. 14 & 24 REAC. NOZZLE SUP. VENT FANS, SCHEMATIC, CONTROLS 4160V GROUP BUSES, TURBINE AUXILIARY COOLING PUMPS, LOGIC DIAGRAM, CONTROLS CONDENSER PRESSURE TRANSMITTERS, SCHEMATIC, CONTROLS TURBINE GENERATOR L.P. TURB. EXHAUST HOOD SPRAY TEMP. SCHEMATIC, CONTROLS TURBINE GENERATOR START-UP DR. VAS. TO 11-13 CONDS., SCHEMATIC, CONTROLS TURBINE GENERATOR START-UP DR. VAS. TO 11 CONDS., SCHEMATIC SHEET 1, CONTROLS TURBINE GENERATOR START-UP DR. VAS. TO 11 CONDS., SCHEMATIC SHEET 2, CONTROLS TURBINE GENERATOR START-UP DR. VAS. TO 11 CONDS., SCHEMATIC SHEET 3, CONTROLS TURBINE GENERATOR START-UP DR. VAS. TO 12 CONDS., SCHEMATIC SHEET 1, CONTROLS TURBINE GENERATOR START-UP DR. VAS. TO 12 CONDS., SCHEMATIC SHEET 2, CONTROLS TURBINE GENERATOR START-UP DR. VAS. TO 12 CONDS., SCHEMATIC SHEET 3, CONTROLS ---------TRAINING STATION LOAD DRAWING REVISION 11/01/89 -------======== ======== 217164 07 07 217165 05 05 217166 07 07 217167 05 05 217168 06 06 218040 08 08 218459 04 04 218461 02 02 218462 02 02 218463 05 05 218464 06 06 218465 07 07 218466 09 09 218467 04 04 218468 04 04 218469 03 03

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======== ======== T200 TURBINE GENERATOR START-UP DR. VAS. TO 13 CONDS., SCHEMATIC 218470 04 04 SHEET 1, CONTROLS T200 TURBINE GENERATOR START-UP DR. VAS. TO 13 CONDS., SCHEMATIC 21M71 04 04 SHEET 2, CONTROLS T200 TURBINE GENERATOR START-UP DR. VAS. TO 13 CONDS., SCHEMATIC 218472 02 02 SHEET 3, CONTROLS T200 TURBINE GENERATOR TURBINE EXTRACTION STOP VALVES, SCHEMATIC, 218473 08 08 SHEET 1, CONTROLS T200 TURBINE GENERATOR TURBINE EXTRACTION STOP VALVES, SCHEMATIC, 218474 07 07 SHEET 2, CONTROLS R130 NO. 1&2 CONTROL ROOMS RECORDER PANELS 1RP4 & 2RP4 REAC. 218487 00 OD PROT. SYS. STATUS PANEL, DRILLING PLAN, SH. 1, CONTROLS

• R170 2RP4 REACTOR PROTECTION SYSTEM STATUS PANEL FRONT VIEW ( SET 218489 17 17 OF 3 DRAWINGS ) R400 REACTOR PROTECTION SYSTEM STATUS NUC. INST. TRIP SIG. & MAN. 218490 04 04 TRIP, SCHEMATIC, CONTROLS RlOO REACTOR PROTECTION SYSTEM STATUS NUC. INST. PERMISSIVES

& 218491 07 07 BLOCKS, SCHEMATIC, CONTROLS R170 REACTOR PROTECTION SYSTEM STATUS PRIM. COOLANT SYS. TRIP 218492 03 03 SIGNALS, SCHEMATIC SHEET 1, CONTROLS R170 REACTOR PROTECTION SYSTEM STATUS PRIM. COOLANT SYS. TRIP 218493 04 04 SIGNALS, SCHEMATIC SHEET 2, CONTROLS R170 REACTOR PROTECTION SYSTEM STATUS PRESSURIZER TRIP SIGNALS, 218494 05 05 SCHEMATIC, CONTROLS R170 REACTOR PROTECTION SYSTEM STATUS STEAM GENERATOR TRIP 218495 03 03 SIGNALS, SCHEMATIC SHEET 1, CONTROLS R170 REACTOR PROTECTION SYSTEM STATUS STEAM GENERATOR TRIP 218496 03 03 SIGNALS, SCHEMATIC SHEET 2, CONTROLS R170 REACTOR PROTECTION SYSTEM STATUS STEAM GENERATOR TRIP 218497 03 03

• SIGNALS, SCHEMATIC SHEET 3, CONTROLS R170 REACTOR PROTECTION SYSTEM STATUS SAFEGUARD ACT. & STM. DUMP 218498 04 04 CONTR., SCHEMATIC, CONTROLS

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======== ======== R170 REACTOR PROTECTION SYSTEM STATUS TURB. TRIP, RUNBACKS & 218499 03 03 OTHER SIGS.,SCHEMATIC, CONTROLS M921 CONTROL AREA A.C. NO. 11,21,12,22,13&23 CONTROL ROOM AIR 218655 06 06 CONDITIONING FANS, SCHEMATIC, CONTROLS M921 CONTROL AREA A.C. BATTERY ROOMS EXHAUST FAN, SCHEMATIC, 218656 05 05 CONTROLS M940 CONTAINMENT VENTILATION FAN-COIL UNIT INSTRUMENTS, 218658 01 01 SCHEMATIC, CONTROLS M910 AUX. BUILDING VENTILATION R.H.R PUMP ROOM COOLERS, A.C. & 218659 04 04 D.C. SCHEMATIC, CONTROLS M910 AUX. BUILDING VENTILATION CHARGING PUMP ROOM COOLERS, A.C. 218660 06 06 SCHEMATIC, CONTROLS

• M910 AUX. BUILDING VENTILATION CONTAINMENT PUMP ROOM COOLERS, 218661 05 05 A.C. & D.C. SCHEMATIC, CONTROLS M910 AUX. BUILDING VENTILATION SAFETY INJECTION PUMP ROOM 218662 03 03 COOLERS, A.C. SCHEMATIC, CONTROLS M910 AUX. BUILDING VENTILATION COMPONENT COOLING PUMP ROOM 218663 05 05 COOLERS, A.C. SCHEMATIC, CONTROLS M910 AUX. BUILDING VENTILATION AUX. FEEDWATER PUMP COOLERS, A.C. 218664 05 05 SCHEMATIC, CONTROLS M910 AUX. BUILDING VENTILATION SWITCHGEAR ROOM SUPPLY FANS, D.C. 218665 07 07 SCHEMATIC, CONTROLS M910 AUX. BUILDING VENTILATION SWITCHGEAR ROOM EXHAUST FANS, A.C. 218666 03 03 SCHEMATIC, CONTROLS M910 AUX. BUILDING VENTILATION PENETRATION AREA EXHAUST FANS, 218667 04 04 A.C. SCHEMATIC, CONTROLS M921 NO. 1 CONTROL AREA A. C DAMPERS CONTROLS INDICATION 218670 13 13 M921 NO. 1 CONTROL AREA A.C. DAMPERS CONTROLS INDICATION 218671 12 12

• M921 CONTROL AREA A.C. DAMPERS CONTROLS & INDICATION, SCHEMA TIC, 218672 14 14 SHEET 3, CONTROLS

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======== ========

M921 F.H. BUILDING VENTILATION TEMPERATURE

& DIFF. PRESSURE 218673 02 02 CONTROL, SCHEMATIC, CONTROLS M940 CONTAINMENT VENT. FAN-COIL UNITS SERV. WTR. CONTR., 218674 11 11 SCHEMATIC, CONTROLS R400 NUC. INSTR. SYSTEM SR & IR INDICATORS, A.C. & D.C. 218825 06 06 SCHEMATIC, CONTROLS R400 NUC. INSTR. SYSTEM POWER RANGE INDICATORS, A.C. & D.C. 218826 04 04 SCHEMATIC, CONTROLS R400 NUC. INSTR. SYSTEM PR NEUTRON FLUX NR41, NR42 RECORDERS, 218827 02 02 A.C. & D.C. SCHEMATIC, CONTROLS R400 NUC. INSTR. SYSTEM PR NEUTRON FLUX NR43, NR44 RECORDERS, 218828 02 02 A.C. & D.C. SCHEMATIC, CONTROLS

• R400 NUC. INSTR. SYSTEM OVERPOWER RECS. & CHS. ON TEST, A.C. & 218829 05 05 D.C. SCHEMATIC, CONTROLS R400 NUC. INSTR. SYSTEM POWER RANGE REC. NR-45 PEN 1 SEL., D.C. 218830 05 05 SCH. SHEET 1, CONTROLS R400 NUC. INSTR. SYSTEM POWER RANGE REC. NR-45 PEN 2 SEL., D.C. 218831 05 05 SCH. SHEET 2, CONTROLS R400 NUC. INSTR. SYSTEM POWER RANGE REC. NR-45, AC&DC SCH. SHEET 218832 06 06 3, CONTROLS N210 COMPONENT COOLING SYSTEM NO. 1CC187 & 2CC187 RCP CW ISOL 218846 11 11 VA'S., SCHEMATIC, CONTROLS N210 COMPONENT COOLING SYSTEM NO. 1CC190 & 2CC190 RCP THRM. 218847 13 13 BARRIER !SOL VA., SCHEMATIC, CONTROLS N100 eves NO. 1CV243 & 2CV243 VOLUME CONTROL TK. DEGASSER VALVES, 218848 01 01 SCHEMATIC, CONTROLS N100 NO. 2 UNIT eves NO. 21 CHARGING PUMP, SCHEMATIC, CONTROLS 218861 08 08 NlOO NO. 2 UNIT eves NO. 22 CHARGING PUMP & NO. 22 CHARGING PUMP 218862 05 05 AUX. LUBE OIL PUMP, SCHEMATIC, CONTROLS

• N100 NO. 2 UNIT eves NO. 22 CHARGING PUMP, SCHEMATIC, CONTROLS 218863 08 08 I L__ ____ ----

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N110 NO. 2 UNIT eves NO. 23 CHARGING PUMP, SCHEMATIC, CONTROLS 218864 07 07 N100 NO. 2 UNIT CVCS-NO. 22SJ45 CHG. SYS. SUCT. FROM RHR PUMPS & 218865 06 06 NO. 2CV75 RCS AUX. SPRAY !SOL. VAS., SCHEMATIC, CONTROLS NlOO NO. 2 UNIT CVCS-NO. 21 BORIC ACID TRANSFER PUMP, SCHEMA TIC, 218866 05 05 CONTROLS N100 NO. 2 UNIT CVCS-NO. 21 BORIC ACID TRANSFER PUMP, SCHEMATIC, 218867 06 06 CONTROLS N100 NO. 2 UNIT eves-NO. 22 BORIC ACID TRANSFER PUMP, SCHEMATIC 218868 04 04 SHEET 1, CONTROLS N100 NO. 2 UNIT eves-NO. 22 BORIC ACID TRANSFER PUMP, SCHEMATIC 218869 05 05 SHEET 2, CONTROLS N100 NO. 2 UNIT eves-NO. 21 PRI WATER MAKE-UP PUMP, SCHEMATIC, 218870 06 06

• SHEET 1, CONTROLS N100 NO. 2 UNIT CVCS-NO. 21 PRI WATER MAKE-UP PUMP, SCHEMATIC, 218871 05 05 SHEET 2, CONTROLS NlOO NO. 2 UNIT eves-NO. 22 PRI WATER MAKE-UP PUMP, SCHEMATIC, 218872 05 05 SHEET 1, CONTROLS NlOO NO. 2 UNIT CVCS-NO. 22 PRI WATER MAKE-UP PUMP, SCHEMATIC, 218873 03 03 SHEET 2, CONTROLS R140 PROCESS GROUP 1, 115V. AC VITAL INSTR. BUS DISTRIBUTION, 218875 03 03 SCHEMATIC, CONTROLS R140 PROCESS GROUP 1, 115V. AC MAC DISTRIBUTION, SCHEMATIC, 218876 01 01 CONTROLS Rl40 PROCESS GROUP 2, 115V. AC VITAL INSTR. BUS DISTRIBUTION, 218878 03 03 SCHEMATIC, CONTROLS R140 PROCESS GROUP 2, 115V. AC MAC DISTRIBUTION, SCHEMATIC, 218879 01 01 CONTROLS R140 PROCESS GROUP 3, 115V. AC VITAL INSTR. BUS DISTRIBUTION, 218881 05 05 SCHEMATIC, CONTROLS

• R140 PROCESS GROUP 3, 115V. AC MAC DISTRIBUTION, SCHEMATIC, 218882 01 01 CONTROLS

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======== ======== RHO PROCESS GROUP 4, 115V. AC VITAL INSTR. BUS DIST., SCHEMATIC, 218884 07 07 CONTROLS R140 PROCESS GROUP 4, 115V. AC MAC DISTRIBUTION, SCHEMATIC, 218885 02 02 CONTROLS NlOO CVCS-NO. 1CV172 & 2CV172 BA FLOW CONTROL VALVES, SCHEMA TIC, 218891 05 05 CONTROLS NlOO CVCS-NO. 1CV179 & 2CV179 PRIMARY WTR. FLOW CONTROL VALVES, 218892 05 05 SCHEMATIC, CONTROLS N100 eves-NO. 13&23 CHARGING PUMP SPEED CONT. & CHG. FLOW DEMAND 218893 05 05 CONTROL, SCHEMATIC, CONTROLS N100 eves-NO. 1CV71, 2CV71, 1CV55 & 2CV55 CHG. FLOW & PRESS. 218894 05 05 CONTROL VALVES, SCHEMATIC, CONTROLS

• NlOO eves-NO. 1CV8, 2CV8, 1CV18 & 2CV18 LETDOWN FLOW & PRESS. 218895 05 05 CONTROL VALVES, SCHEMATIC, CONTROLS NlOO CVCS-NO. 1CC71, 2CC71 LETDOWN TEMP. CONTROL VALVES, 218896 01 01 SCHEMATIC, CONTROLS NlOO CVCS-NO. 11CV160, 12CV160,21CV160,22CV160 BORIC ACID RECIRC. 218897 03 03 VALVES, SCHEMATIC, CONTROLS R200 OVERPOWER DELTA T, OVERTEMP DELTA T & LOOP DELTA T RECORDER 218898 03 03 TA-5307 RB SELECTION CONTROLS R200 REAC. COOLANT SYS. LOOPS DELTA T SIGNAL DEFEAT SEL., 218899 03 03 SCHEMATIC, CONTROLS R200 REAC. COOLANT SYS. LOOPS T AVG. SIGNAL DEFEAT SEL., 218903 03 03 SCHEMATIC, CONTROLS N210 COMPONENT COOLING SYSTEM NO. 1CC131 & 2CC131 RCP THERMAL 218911 10 10 BARRIER CW FLOW CONTROL VALVES, SCHEMATIC, SHEET 2, CONTROLS R120 REAC. PROT. SYSTEM MANUAL & AUTO. ROD WITHDRAWAL BLOCK & 218913 06 06 TURBINE RUNBACK, SCHEMATIC, CONTROLS ,. R120 REAC. PROT. SYSTEM SR, IR & PR ALARMS & CONTAINMENT 218914 13 13 EVACUATION HORN, SCHEMATIC, CONTROLS ' i J

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======== ======== R120 NO. 1&2 UNITS REAC. PROT. SYSTEM HIGH STEAM LINE FLOW 218916 04 04 REFERENCE REACT. TRIP TRAIN 'A' & 'B' INTERRUPT, SCHEMATIC, CONTROLS E170 13KV. SWITCHGEAR NO. 21 STA. PWR. TRANSF. 13/4KV. RELAY 219350 04 04 PROTECTION, A.C. SCHEMATIC, CONTROLS E170 13KV. SWITCHGEAR NO. 21 STA. PWR. TRANSF. 13/4KV. RELAY 219351 06 06 PROTECTION, D.C. SCHEMATIC, CONTROLS E170 13KV. SWITCHGEAR NO. 22 STA. PWR. TRANSF. 13/4KV. RELAY 219353 04 04 PROTECTION, A.C. SCHEMATIC, CONTROLS E170 13KV. SWITCHGEAR NO. 22 STA. PWR. TRANSF. 13/4KV. RELAY 219354 08 08 PROTECTION, D.C. SCHEMATIC, CONTROLS E120 NO. 2 UNIT-NO. 21 13/4KV MULTI-TRIP RELAY PROTECTION, D.C. 219356 03 03 SCHEMATIC, CONTROLS

• E120 NO. 2 UNIT-NO. 22 13/4KV MULTI-TRIP RELAY PROTECTION, D.C. 219357 04 04 SCHEMATIC, CONTROLS E120 13KV SWITCHGEAR BREAKER MECH. & ELEV. CIRCUITS, SCHEMATIC, 219360 02 02 CONTROLS GlOO 460V BUSES, BLEED STEAM COIL DRAIN TK. PUMPS, LOGIC DIAGRAM, 220262 03 03 CONTROLS E700 NO. 2 UNIT NO. 21-23 AUXS. CONTROL SYSTEM MISC. CONT. CONS. 220268 06 06 IND. A.C. SUP., SCHEMATIC, CONTROLS E700 NO. 2 UNIT NO. 24-26 AUXS. CONTROL SYSTEMS MISC. CONT. CONS. 220269 08 08 IND. A.C. SUP., SCHEMATIC, CONTROLS E700 NO. 2 UNIT NO. 27&28 AUXS. CONTROL SYSTEM MISC. CONT. CONS. 220270 04 04 IND. A.C. SUP., SCHEMATIC, CONTROLS F200 NO. 1 UNIT-460 & 230V. AUXILIARIES, NO. 11 VACUUM & SEAL 220325 WATER PUMPS, LOGIC DIAGRAM, SHEET 1, CONTROLS F200 NO. 1 UNIT-460 & 230V. AUXILIARIES, NO. 11 VACUUM & SEAL 220326 WATER PUMPS, LOGIC DIAGRAM, SHEET 2, CONTROLS

• G100 460V. BUSES #12 & 22 BLEED STEAM COIL DR. TK. PUMPS, 220328 03 03 SCHEMATIC, SHEET 1, CONTROLS

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======== ======== G100 460V. BUSES #12 & 22 BLEED STEAM COIL DR. TK. PUMPS, 220329 02 02 SCHEMATIC, SHEET 2, CONTROLS G220 REHEAT STEAM SYS. POWER DISTRIBUTION, SCHEMATIC, CONTROLS 220331 02 02 G220 REHEAT STEAM SYS. NO. 11&21 L.P. TEMP. CONTROL, SCHEMATIC, 220332 04 04 CONTROLS G220 REHEAT STEAM SYS. NO. 12&22 L.P. TEMP. CONTROL, SCHEMATIC, 220333 04 04 CONTROLS G220 REHEAT STEAM SYS. NO. 13&23 L.P. TEMP. CONTROL, ANALOG 220334 04 04 SCHEMATIC, CONTROLS G220 REHEAT STEAM SYS. NO. 11&21 L.P. INTERLOCKS, SCHEMATIC SHEET 220335 07 07 1, CONTROLS G220 REHEAT STEAM SYS. NO. 12&22 L.P. INTERLOCKS, SCHEMATIC SHEET 220336 07 07

• 1, CONTROLS G220 REHEAT STEAM SYS. NO. 13&23 L.P. INTERLOCKS, SCHEMATIC SHEET 220337 07 07 1, CONTROLS G220 REHEAT STEAM SYS. MASTER & ALARM INTERLOCKS, SCHEMATIC SHEET 220338 07 07 1, CONTROLS G220 REHEAT STEAM SYS. MASTER NO. 11&21 L. P. INPUTS, SCHEMATIC, 220339 04 04 CONTROLS G220 REHEAT STEAM SYS. NO. 12, 13,22&23 L.P. INPUTS, SCHEMATIC, 220340 04 04 CONTROLS E700 NO. 2 UNIT NO. 21 AUXS. CONTROL SYSTEM AUDIBLE ALARMS & 220353 05 05 RESET, SCHEMATIC, SHEET 1, CONTROLS E700 NO. 2 UNIT NO. 21 AUXS. CONTROL SYSTEM AUDIBLE ALARMS & 220354 04 04 RESET, SCHEMATIC, SHEET 2, CONTROLS E700 NO. 2 UNIT NO. 22 AUXS. CONTROL SYSTEM AUDIBLE ALARMS & 220355 05 05 RESET, SCHEMATIC, SHEET 1, CONTROLS E700 NO. 2 UNIT NO. 22 AUXS. CONTROL SYSTEM AUDIBLE ALARMS & 220356 06 06 RESET, SCHEMATIC, SHEET 2, CONTROLS

• E700 NO. 2 UNIT NO. 23 AUXS. CONTROL SYSTEM, SCHEMATIC, SHEET 1, 220357 04 04 CONTROLS

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======== ======== E700 NO. 2 UNIT NO. 23 AUXS. CONTROL SYSTEM AUDIBLE ALARMS & 220358 04 04 RESET, SCHEMATIC, SHEET 2, CONTROLS E700 NO. 2 UNIT NO. 24 AUXS. CONTROL SYSTEM AUDIBLE ALARMS & 220359 06 06 RESET, SCHEMATIC, SHEET 1, CONTROLS E700 NO. 2 UNIT NO. 24 AUX. CONTROL SYSTEM AUDIBLE ALARMS & 220360 11 11 RESET, SCHEMATIC, SHEET 2, CONTROLS E700 NO. 2 UNIT NO. 25 AUXS. CONTROL SYSTEM AUDIBLE ALARMS & 220361 04 04 RESET, SCHEMATIC, SHEET 1, CONTROLS E700 NO. 2 UNIT NO. 25 AUXS. CONTROL SYSTEM AUDIBLE ALARMS & 220362 07 07 RESET, SCHEMATIC, SHEET 2, CONTROLS E700 NO. 2 UNIT NO. 26 AUXS. CONTROL SYSTEM AUDIBLE ALARMS & 220363 04 04 RESET, SCHEMATIC, SHEET 1, CONTROLS

• E700 NO. 2 UNIT NO. 26 AUXS. CONTROL SYSTEM AUDIBLE ALARMS & 220364 07 07 RESET, SCHEMATIC, SHEET 2, CONTROLS R170 REACTOR PROTECTION SYSTEM STATUS 1A SAFEGUARD LOADING 220365 05 05 SEQUENCE, SCHEMATIC, CONTROLS R170 REACTOR PROTECTION SYSTEM STATUS 1B SAFEGUARD LOADING 220366 05 05 SEQUENCE, SCHEMATIC, CONTROLS R170 REACTOR PROTECTION SYSTEM STATUS 1C SAFEGUARD LOADING 220367 03 03 SEQUENCE, SCHEMATIC, CONTROLS R170 REACTOR PROTECTION SYSTEM STATUS CONTAINMENT VENT. & ISOL. 220368 04 04 VALVES, SCHEMATIC SHEET 1, CONTROLS R170 REACTOR PROTECTION SYSTEM STATUS CONTAINMENT VENT. & ISOL. 220369 03 03 VALVES, SCHEMATIC SHEET 2, CONTROLS R170 REACTOR PROTECTION SYSTEM STATUS PHASE 'A' ISOLATION VALVES 220370 04 04 R170 REACTOR PROTECTION SYSTEM STATUS PHASE 'A' ISOLATION VALVES 220371 04 04 R170 REACTOR PROTECTION SYSTEM STATUS STEAM LINE ISOLATION VALVE, 220372 06 06 SCHEMATIC, CONTROLS I

• R170 REACTOR PROTECTION SYSTEM STATUS PHASE 'B' ISOL B CONT. 220373 04 04 I SPRAY VALVES I I I I I ----*--------------

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J

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======== ======== R170 REACTOR PROTECTION SYSTEM STATUS SAFETY INJECTION VALVE, 220374 06 06 SCHEMATIC, CONTROLS R170 REACTOR PROTECTION SYSTEM STATUS SAFETY INJECTION VALVE, 220375 03 03 SCHEMATIC, SHEET 2, CONTROLS R170 REACTOR PROTECTION SYSTEM STATUS SAFETY INJECTION/BLACKOUT, 220376 02 02 SCHEMATIC, CONTROLS Rl70 REACTOR PROTECTION SYSTEM STATUS RECIRCULATION PHASE-COMMON, 220377 05 05 SCHEMATIC, CONTROLS R170 REACTOR PROTECTION SYSTEM STATUS RECIRCULATION PHASE-COLD 220378 05 05 LEG & HOT LEG, SCHEMATIC, CONTROLS G220 REHEAT STEAM SYS. NO. 11&21 L.P. INTERLOCKS, SCHEMATIC SHEET 220380 04 04 2, CONTROLS

• G220 REHEAT STEAM SYS. NO. 12&22 L.P. INTERLOCKS, SCHEMATIC SHEET 220381 04 04 2, CONTROLS G220 REHEAT STEAM SYS. NO. 13&23 L.P. INTERLOCKS, SCHEMATIC SHEET 220382 04 2, CONTROLS G220 REHEAT STEAM SYS. MASTER & ALARM INTERLOCKS, SCHEMATIC SHEET 220383 03 03 2, CONTROLS G220 REHEAT STEAM SYS. MASTER & ALARM INTERLOCKS, SCHEMATIC, 220384 01 01 SHEET 3, CONTROLS G220 REHEAT STEAM SYS., CONTROL INPUTS & INDICATION, LOGIC 220385 03 03 DIAGRAM, CONTROLS G220 REHEAT STEAM SYS., MASTER & ALARM INTERLOCKS, LOGIC DIAGRAM, 220386 03 03 CONTROLS G220 REHEAT STEAM SYS., L.P. INTERLOCKS, LOGIC DIAGRAM, SHEET 1, 220387 03 03 CONTROLS G220 REHEAT STEAM SYS., L.P. INTERLOCKS, LOGIC DIAGRAM, SHEET 2, 220388 03 03 CONTROLS E700 NO. 2 UNIT NO. 28 AUXS. CONTROL SYSTEM AUDIBLE ALARMS & 220391 03 03

• RESET, SCHEMATIC, CONTROLS E700 NO. 2 UNIT NO. 29 AUXS. CONTROL SYSTEM AUDIBLE ALARMS & 220392 DO DD RESET, SCHEMATIC, CONTROLS

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======== ======== E700 NO. 2 UNIT NO. 27 AUXS. CONTROL SYSTEM AUDIBLE ALARMS & 220393 11 11 RESET, SCHEMATIC SHEET 1, CONTROLS E700 NO. 2 UNIT NO. 27 AUXS. CONTROL SYSTEM AUDIBLE ALARMS & 220394 09 09 RESET, SCHEMATIC SHEET 2, CONTROLS N210 FUNCT. DIAGRAMS INDEX & SYMBOLS, CONTROLS 220400 06 06 N220 AUX. COOLING SYS. RHX COOLDOWN RECIRC., OUTLET & BYPASS FLOW 220401 05 05 CONTROL VALVES, FLOW FOR SI & RHRP DISCHARGE PRESS., FUNCTIONAL DIAG., CONTROLS N210 AUX. COOLING SYS. NO. 11, 21, 12 & 22 CC SURGE TANK LEVEL, 220402 06 06 HX FLOW & DISCHARGE TEMP. & RCPS CCW FLOW & TEMP., FUNCTIONAL DIAG., CONTROLS N100 eves CHG. PPS TC & AUX. OIL PRESS., CHG. FLOW, PRESS. & LINE 220403 05 05 PRESS. CONT.; VCT PRESS. & LEVEL CONT., FUNCTIONAL DIAG.,

• CONTROLS N100 eves B.A. FLOW & PRIMARY WATER FLOW CONTROL & BORIC ACID 220404 05 05 BATCHING TANK TEMP. & LEVEL, FUNCTIONAL DIAG., CONTROLS N100 eves NO. 11, 21, 12 & 22 BA TK. TEMP. LVL. & RECIRC. FLOW 220405 05 05 CONTR. & RAPID BOR. FLOW, FUNCTIONAL DIAG., CONTROLS N100 eves LETDOWN HX OUTLET TEMP., LETDOWN LINE PRESS. & FLOW, 220406 07 07 FUNCTIONAL DIAG., CONTROLS N100 eves EXCESS LETDOWN PRESS., FLOW CONTROL & HX OUTLET TEMP., 220407 04 04 FUNCTIONAL DIAG., CONTROLS N100 eves NO. 11 & 21 RCP SEAL INPUT & OUTPUT TEMP. & WTR. DELTA 220408 04 04 P, SEAL LEAK-OFF FLOW & THERM. BARRIER DELTA P, FUNCTIONAL DIAG., CONTROLS N100 eves NO. 12 & 22 RCP SEAL INPUT & OUTPUT TEMP. & WTR. DELTA 220409 04 04 P, SEAL LEAK-OFF FLOW & THERM. BARRIER DELTA P, FUNCTIONAL DIAG., CONTROLS N100 eves NO. 13 & 23 RCP SEAL INPUT & OUTPUT TEMP. & WTR. DELTA 220410 04 04 P, SEAL LEAK-OFF FLOW & THERM. BARRIER DELTA P, FUNCTIONAL DIAG., CONTROLS

• N100 eves NO. 14 & 24 RCP SEAL INPUT & OUTPUT TEMP. & WTR. DELTA 220411 04 04 P SEAL LEAK-OFF FLOW & THERM. BARRIER DELTA P, FUNCTIONAL DIAG., CONTROLS

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======== ========

R200 REAC. COOLANT SYS. REACTOR VESSEL FLANGE LEAK-OFF 220H2 05 05 TEMPERATURE

& NO. 11, 21, 12 & 22 RC LOOPS LOW FLOW, FUNCTIONAL DIAG., CONTROLS R200 REAC. COOLANT SYS. NO. 13, 23, 14 & 24 REAC. CLT. LOOPS LOW 220413 14 a FLOW & REAC. COOLANT PRESS., FUNCTIONAL DIAG., CONTROLS R200 REACTOR COOLANT SYS. NO. 11, 21, 12, 22, 13, 23, 14 & 24 RC 2204a 12 12 LOOPS WIDE RANGE TEMP. RECORDERS, FUNCTIONAL DIAGRAM, CONTROLS R100 REACTOR COOLANT SYS. NO. 11 & 21 REACTOR COOLANT LOOPS DELTA 220415 05 05 T PROTECTION SYSTEM, FUNCTIONAL DIAGRAM, CONTROLS RlOO REACTOR COOLANT SYS. NO. 12 & 22 REACTOR COOLANT LOOPS DELTA 220U6 05 05 T PROTECTION SYSTEM, FUNCTIONAL DIAGRAM, CONTROLS RlOO REACTOR COOLANT SYS. NO. 13 & 23 REACTOR COOLANT LOOPS DELTA 220417 05 05

• T PROTECTION SYSTEM, FUNCTIONAL DIAGRAM, CONTROLS R100 REACTOR COOLANT SYS. NO. 14 & 24 REACTOR COOLANT LOOPS DELTA 220H8 05 05 T PROTECTION SYSTEM, FUNCTIONAL DIAGRAM, CONTROLS R100 REACTOR COOLANT SYS. DELTA T AUCTION & DELTA T DEV., 220419 06 06 FUNCTIONAL DIAG., CONTROLS RlOO REACTOR COOLANT SYS. ROD INSERTION LIMIT, FUNCTIONAL DIAG., 220420 05 05 CONTROLS RlOO REACTOR COOLANT SYS. DELTA T SETPTS. IND. & RECORDING, 220421 05 05 FUNCTIONAL DIAG., CONTROLS RlOO REACTOR COOLANT SYS. T AUCTION INDICATION

& DEVIATION, 220422 07 07 FUNCTIONAL DIAG., CONTROLS RlOO REACTOR COOLANT SYS. T AUCTION & ROD CONTROL, FUNCTIONAL 220423 08 08 DIAG., CONTROLS R200 REACTOR COOLANT SYS. NO. 11, 21, 12 & 22 REACTOR COOLANT 220424 04 04 PUMPS INSTRUMENTATION, FUNCTIONAL DIAG., CONTROLS R200 REACTOR COOLANT SYS. NO. 13, 23, 14 & 24 REACTOR COOLANT 220425 04 04 PUMPS INSTRUMENTATION, FUNCTIONAL DIAG., CONTROLS

• N200 AUX. COOLING SYS. RHR & CC PPS MTR. BRG. TEMP. CCW FLOW, SUMPS LEVEL & LEAK DET., SFP LEVEL & TEMP, FUNCTIONAL DIAG., 220426 10 10 CONTROLS

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======== ======== R200 REAC. COOLANT SYS. T AUCTION & ROD CONTROL, SCALING DIAGRAM, 220429 01 01 CONTROLS G210 FEED & MAIN STEAM SYSTEMS NO. 11 & 21 STEAM GEN. CONTROL & 220430 06 06 PROT. FLOWS & PRESS., FUNCTIONAL DIAG., CONTROLS G210 FEED & MAIN STEAM SYSTEMS NO. 11 & 21 STEAM GEN. CONTROL & 220431 12 12 PROT. LVLS. & ATMOS. STM. DUMP, FUNCTIONAL DIAG., CONTROLS G210 FEED & MAIN STEAM SYSTEMS NO. 12 & 22 STEAM GEN. CONTROL & 220432 06 06 PROT. FLOWS & PRESS., FUNCTIONAL DIAG., CONTROLS G210 FEED & MAIN STEAM SYSTEMS NO. 12 & 22 STEAM GEN. CONTROL & 220433 11 11 PROT. LVLS. & ATMOS. STM. DUMP, FUNCTIONAL DIAG., CONTROLS G210 FEED & MAIN STEAM SYSTEMS NO. 13 & 23 STEAM GEN. CONTROL & 220434 06 06 PROT. FLOWS & PRESS., FUNCTIONAL DIAG., CONTROLS

• G210 FEED & MAIN STEAM SYSTEMS NO. 13 & 23 STEAM GEN. CONTROL & 220435 11 11 PROT. LVLS. & ATMOS. STM DUMP, FUNCTIONAL DIAG., CONTROLS G210 FEED & MAIN STEAM SYSTEMS NO. 14 & 24 STEAM GEN. CONTROL & 220436 07 07 PROT. FLOWS & PRESS., FUNCTIONAL DIAG., CONTROLS G210 FEED & MAIN STEAM SYSTEMS NO. 14 & 24 STEAM GEN. CONTROL & 220437 11 11 PROT. LVLS. & ATMOS. STM. DUMP, FUNCTIONAL DIAG., CONTROLS G210 MAIN STEAM PUMP TO CONDENSER, FUNCTIONAL DIAG., CONTROLS 220438 05 05 FOOD FEEDWATER SYSTEM NO. 11, 12, 21 & 22 S.G. FEED PUMPS & 220439 03 03 TURBINES SPEED CONTROL, FUNCTIONAL DIAG., CONTROLS R600 REAC. COOLANT SYS. PRESS. PRESS. CONTROL & PROT., FUNCTIONAL 220440 07 07 DIAG., CONTROLS R600 REAC. COOLANT SYS. PRESS. LEVEL CONTROL & PROT., FUNCTIONAL 220441 07 07 DIAG., CONTROLS R600 REAC. COOLANT SYS. PRESS. RELIEF TANK CONTROL & PRESSURIZER 220442 04 04 TEMPERATURES, FUNCTIONAL DIAG., CONTROLS N600 SAFETY INJ. SYSTEM, NO. 11 & 21 ACCUMULATOR TANKS LEVEL & 220U3 05 05 PRESSURE, FUNCTIONAL DIAG., CONTROLS

• N600 SAFETY INJ. SYSTEM, NO. 12 & 22 ACCUMULATOR TANKS LEVEL & 220444 05 05 PRESSURE, FUNCTIONAL DIAG., CONTROLS

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======== ======== N600 SAFETY INJ. SYSTEM, NO. 13 & 23 ACCUMULATOR TANKS LEVEL & 220H5 05 05 PRESSURE, FUNCTIONAL DIAG., CONTROLS N600 SAFETY INJ. SYSTEM, NO. 14 & 24 ACCUMULATOR TANKS LEVEL & 220446 05 05 PRESSURE, FUNCTIONAL DIAG., CONTROLS N600 SAFETY INJ. SYSTEM, ACCUM. VENT CONTR. RWST LEVEL & S.I. 220H7 11 11 PUMP DISCH. PRESS. & FLOW, FUNCTIONAL DIAG., CONTROLS N600 SAFETY INJ. SYSTEM, INJ. LINE FLOW & BORON INJ. TANK TEMP. & 220448 07 07 DISCH. PRESS., FUNCTIONAL DIAG., CONTROLS N600 CONT. SPRAY SYSTEM CONTAINMENT PRESSURE, FUNCTIONAL DIAG., 220449 04 04 CONTROLS N600 CONT. SPRAY SYSTEM SPRAY ADDITIVE TANK LEVEL & SPRAY 220450 06 06 ADDITIVE TANK OUTLET FLOW, FUNCTIONAL DIAG., CONTROLS

• R400 NUC. INSTR. SYSTEM, SOURCE RANGE NO. 1-N31, FUNCTIONAL 220451 05 05 DIAG., CONTROLS R400 NUC. INSTR. SYSTEM, SOURCE RANGE NO. 2-N32, FUNCTIONAL 220452 05 05 DIAG., CONTROLS R400 NUC. INSTR. SYSTEM, INTERMEDIATE RANGE NO. 1-N35, FUNCTIONAL 220453 05 05 DIAG., CONTROLS R400 NUC. INSTR. SYSTEM, INTERMEDIATE RANGE NO. 2-N36, FUNCTIONAL 220454 05 05 DIAG., CONTROLS R400 NUC. INSTR. SYSTEM, POWER RANGE NO. 1-N41, FUNCTIONAL DIAG., 220455 08 08 CONTROLS R400 NUC. INSTR. SYSTEM, POWER RANGE NO. 2-N42, FUNCTIONAL DIAG., 220456 08 08 CONTROLS R400 NUC. INSTR. SYSTEM, POWER RANGE NO. 3-N43, FUNCTIONAL DIAG., 220457 08 08 CONTROLS R400 NUC. INSTR. SYSTEM, POWER RANGE NO. 4-N44, FUNCTIONAL DIAG., 220458 08 08 CONTROLS R400 NUC. INSTR. SYSTEM, POWER RANGE FLUX DEVIATION PWR. MISMATCH 220459 06 06 * & ROD STOP BY-PASS, FUNCTIONAL DIAG., CONTROLS NUC. INSTR. SYSTEM, START-UP RATE, AUTDIO COUNT RATE & 220460 03 03 R400 COMPARATOR, FUNCTIONAL DIAG., CONTROLS

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======== ======== M%0 CONTAINMENT VENT. NO. 11, 21, 12 & 22 FAN-COIL UNITS WATER 220461 04 04 FLOW CONTROL, FUNCTIONAL DIAG., CONTROLS M940 CONTAINMENT VENT. NO. 13, 23, 14 & 24 FAN-COIL UNITS WATER 220462 04 04 FLOW CONTROL, FUNCTIONAL DIAG., CONTROLS t1940 CONTAINMENT VENT. NO. 15 & 25 FAN-COIL UNITS, WATER FLOW 220463 04 04 CONTROL, FUNCTIONAL DIAG., CONTROLS E220 NO. 2 AUXILIARY BUILDING CONTROL AREA NO. 2A 125 V.D.C. BUS 220800 06 06 E220 NO. 2 AUXILIARY BUILDING CONTROL AREA NO. 2B 125 V.D.C. BUS 220801 07 07 E220 NO. 2 AUXILIARY BUILDING CONTROL AREA NO. 2C 125 V.D.C. BUS 220839 09 09 M600 NO. 2 UNIT SERVICE WATER INTAKE 2C 230V VITAL BUS, TIE VALVE 220900 07 07 NO. 22SW17, SCHEMATIC, CONTROLS

• M600 NO. 2 UNIT SERVICE WATER INTAKE 2C 230V VITAL BUS, ISOLATION 220901 07 07 VALVE NO. 24SW20, SCHEMATIC, CONTROLS M600 NO. 2 UNIT SERVICE WATER INTAKE 2C 230V VITAL BUS, ISOLATION 220902 11 11 VALVE NO. 23SW20, SCHEMATIC, CONTROLS M600 NO. 2 UNIT SERVICE WATER INTAKE 2B 230V VITAL BUS, ISOLATION 220903 11 11 VALVE NO. 2SW26 SCHEMATIC, CONTROLS M600 NO. 2 UNIT SERVICE WATER INTAKE 2A 230V VITAL BUS, ISOLATION 220904 07 07 VALVE NO. 22SW20 SCHEMATIC, CONTROLS M600 NO. 2 UNIT SERVICE WATER INTAKE 2A 230V VITAL BUS, TIE VALVE 220905 07 07 NO. 21SW17, SCHEMATIC, CONTROLS M600 NO. 2 UNIT SERVICE WATER INTAKE 2A 230V VITAL BUS, ISOLATION 220906 a H VALVE NO. 21SW20, SCHEMATIC, CONTROLS N400 REAC. CONTAINMENT SAMPLE ISOLATION VALVES, SCHEMATIC, 220923 17 17 CONTROLS N400 PENETRATION AREA SAMPLE ISOLATION VALVES, SCHEMATIC, SHEET 220924 16 16 1, CONTROLS N400 PENETRATION AREA SAMPLE ISOLATION VALVES, SCHEMATIC, SHEET 220925 13 13

• 2, CONTROLS AUX. BLDG.-SERVICE WATER SYS NO. 11,21,22 C.C. HEAT EXCHANGE N210 220942 15 15 INLET CONTROL VALVES, SCHEMATIC, CONTROLS

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== M600 NO. 1 & 2 AUXILIARY BUILDING SERVICE WATER SYSTEM NO. 11, 220943 07 07 1221 AND 22 CHARGING PUMP LUBE OIL COOLER INLET CONTROL VALVES M600 NO. 1 & 2 AUXILIARY BUILDING SERVICE WATER SYSTEM NO. 11, 220944 05 05 1221 AND 22 SAFETY INJECTION LUBE OIL COOLER INLET CONTROL VALVES M600 NO. 2 UNIT SERVICE WATER INTAKE NO. 21&22 SERV. WTR. VENT. 22090 11 11 FAN & MISC. DAMPER CONTROLS, SCHEMATIC, CONTROLS M600 NO. 2 UNIT SERVICE WATER INTAKE NO. 23&24 SERV. WTR. VENT. 220948 11 11 FAN & MISC. DAMPER CONTROLS, SCHEMATIC, CONTROLS M700 REAC. CONTAINMENT REACTOR & CONTAINMENT SUMP PUMPS, 220972 11 11 SCHEMATIC, CONTROLS M600 NO. 2 UNIT PENETRATION AREA SERVICE WATER SYSTEM STOP VALVE 220984 06 06

• NO. 21SW22, SCHEMATIC, CONTROLS M600 NO. 2 UNIT AUXILIARY BUILDING SERVICE WATER SYSTEM STOP 220985 07 07 VALVE NO. 21SW21, SCHEMATIC, CONTROLS M600 NO. 2 UNIT PENETRATION AREA SERVICE WATER SYSTEM TIE VALVE 220986 07 07 NO. 21SW23, SCHEMATIC, CONTROLS M600 NO. 2 UNIT PENETRATION AREA SERVICE WATER SYSTEM TIE VALVE 220987 08 08 NO. 22SW23, SCHEMATIC, CONTROLS M600 NO. 2 UNIT PENETRATION AREA SERVICE WATER SYSTEM STOP VALVE 220988 07 07 NO. 22SW22, SCHEMATIC, CONTROLS M600 NO. 2 UNIT AUXILIARY BUILDING SERVICE WATER SYSTEM STOP 220989 07 07 VALVE NO. 22SW21, SCHEMATIC, CONTROLS R100 REAC. PROT. SYSTEM INDEX & SYMBOLS, LOGIC DIAG., SHEET 1, 221050 04 04 CONTROLS R100 REAC. PROT. SYSTEM, REACTOR TRIP SIGNALS, LOGIC DIAGRAM, 221051 08 08 SHEET 2, CONTROLS R100 REAC. PROT. SYSTEM, NUCLEAR INSTR. TRIP SIGNALS & MANUAL 221052 05 05 TRIP, LOGIC DIAG., SHEET 3, CONTROLS

• R100 REAC. PROT. SYSTEM, NUCLEAR INSTR. PERMS. & BLOCKS, LOGIC 221053 05 05 DIAG., SHEET 4, CONTROLS

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ========

R100 REAC. PROT. SYSTEM, PRIM. COOLANT SYS. TRIP SIGNALS, LOGIC 221054 05 05 DIAG., SHEET 5, CONTROLS RlOO REAC. PROT. SYSTEM, PRESSURIZER TRIP SIGNALS, LOGIC DIAG., 221055 07 07 SHEET 6, CONTROLS RlOO REAC. PROT. SYSTEM, STEAM GENERATOR TRIP SIGNALS, LOGIC 221056 04 04 DIAG., SHEET 7, CONTROLS RlOO REAC. PROT. SYSTEM, SAFEGUARDS ACTUATION SIGNALS, LOGIC 221057 12 12 DIAG., SHEET 8, CONTROLS RlOO REAC. PROT. SYSTEM, ROD CONTROL & ROD BLOCKS, LOGIC DIAG., 221058 04 04 SHEET 9, CONTROLS RlOO REAC. PROT. SYSTEM, STEAM DUMP CONTROL, LOGIC DIAG., SHEET 221059 06 06 10, CONTROLS

• RlOO REAC. PROT. SYSTEM, PRESS. PRESSURE & LEVEL CONTROL, LOGIC 221060 06 06 DIAG., SHEET 11, CONTROLS RlOO REAC. PROT. SYSTEM, PRESSURIZER HEATER CONTROL, LOGIC DIAG., 221061 04 04 SHEET 12, CONTROLS RlOO REAC. PROT. SYSTEM, F.W. CONTROL & ISOLATION LOGIC, LOGIC 221062 04 04 DIAG., SHEET 13, CONTROLS RlOO REAC. PROT. SYSTEM, F.W. CONTROL & ISOLATION LOGIC, LOGIC 221063 04 04 DIAG., SHEET 14, CONTROLS R100 REAC. PROT. SYSTEM,AUXILIARY F.W. PUMPS START-UP, LOGIC 221064 05 05 DIAG., SHEET 15, CONTROLS RlOO NO. 1 REACTOR PROTECTION SYSTEM TURBINE TRIP, RUNBACKS & 221065 07 07 GENERATOR PROTECTION M600 NO. 2 UNIT-2A SERVICE WATER INTAKE 230V. VITAL CONTROL 222475 11 11 CENTER, ONE LINE DIAGRAM MK. NO. I-2101, ELECTRICAL M600 NO. 2 UNIT-2B1 SERVICE WATER INTAKE 230V. VITAL CONTROL 222476 05 05 CENTER, ONE LINE DIAGRAM MK. NO. I-2102, ELECTRICAL M600 NO. 2 UNIT-2B2 SERVICE WATER INTAKE 230V. VITAL CONTROL 222477 07 07

• CENTER, ONE LINE DIAGRAM MK. NO. I-2126, ELECTRICAL NO. 2 UNIT-2C SERVICE WATER INTAKE 230V. VITAL CONTROL 222478 12 12 M600 CENTER, ONE LINE DIAGRAM MK. NO. I-2103, ELECTRICAL Page No. 61 11/28/89

• SYSTEM E140

• E140 E140 E140 E140

• E140 TITLE SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number ============================================================

NO. 2 UNIT, NO. 2 SERVICE WATER INTAKE 460-230V.

CONTROL CENTER, ONE LINE DIAGRAM MK. NO. I-2134, ELECTRICAL NO. 2 UNIT, AUXILIARY BUILDING 2A DIESEL 230V. VITAL CONTROL CENTER, ONE LINE DIAGRAM, MK. NO. I-2104, ELECTRICAL NO. 2 UNIT, AUXILIARY BUILDING 2B DIESEL 230V. VITAL CONTROL CENTER, ONE LINE DIAGRAM, MK. NO. I-2105, ELECTRICAL NO. 2 UNIT, AUXILIARY BUILDING 2C DIESEL 230V. VITAL CONTROL CENTER, ONE LINE DIAGRAM, MK. NO. I-2106, ELECTRICAL NO. 2 UNIT, AUXILIARY BUILDING 2A WEST VALVES & MISC. 230V. VITAL CONTROL CENTER, ONE LINE DIAGRAM, MK. NO. I-2136, ELECTRICAL NO. 2 UNIT, AUXILIARY BUILDING 2B WEST VALVES & MISC. 230V. VITAL CONTROL CENTER, ONE LINE DIAGRAM, MK. NO. I-2109, ELECTRICAL NO. 2 UNIT, AUXILIARY BUILDING 2C WEST VALVES & MISC. 230V. VITAL CONTROL CENTER, ONE LINE DIAGRAM, MK. NO. I-2110, ELECTRICAL NO. 2 UNIT, CONDENSATE POLISHING BLDG. 460-230V CONTROL CENTER ONE LINE DIAGRAM, MK. NO. I-2146, ELECTRICAL NO. 2 UNIT, AUXILIARY BUILDING 2A AIR COND. 230V. VITAL CONTROL CENTER, ONE LINE DIAGRAM, MK. NO. I-2112, ELECTRICAL NO. 2 UNIT, AUXILIARY BUILDING 2B AIR COND. 230V. VITAL CONTROL CENTER, ONE LINE DIAGRAM, MK. NO. I-2118, ELECTRICAL NO. 2 UNIT, N0.2E1 AUX. BUILDING 460-230V CONTROL CENTER-460V., SECTION ONE-LINE, DIAGRAM MK. NO. I-2118, ELECTRICAL NO. 2 UNIT, N0.2E1 AUX. BUILDING 460-230V CONTROL CENTER 230V., SECTION ONE-LINE, DIAGRAM MK. NO. I-2118, ELECTRICAL NO. 2 UNIT, N0.2E2 AUX. BUILDING 460-230V CONTROL CENTER ONE-LINE, DIAGRAM MK. NO. I-2119, ELECTRICAL NO. 2 UNIT, N0.2G1 AUX. BUILDING 460-230V CONTROL CENTER 460V., SECTION ONE-LINE, DIAGRAM MK. NO. I-2120, ELECTRICAL DRAWING 22209 222480 222481 222482 222483 222484 222485 222486 222487 222488 222489 222490 222491 222492 STATION REVISION ======== 13 10 10 08 21 18 22 06 07 08 11 13 10 09 TRAINING LOAD 11/01/89 ======== 13 10 10 08 21 18 22 06 07 08 11 13 10 09

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

---

======== ======== E150 NO. 2 UNIT, N0.2G1 AUX. BUILDING 460-230V CONTROL CENTER 222493 24 24 230V SECT. ONE-LINE, DIAGRAM MK. NO. I-2120, ELECTRICAL E140 NO. 2 UNIT, N0.2G2 AUX. BUILDING 460-230V CONTROL CENTER 222494 13 13 ONE-LINE, DIAGRAM MK. NO. I-2121, ELECTRICAL E150 NO. 2 UNIT TURB GEN AREA NO. 21 EAST 230V CONTROL CENTER 222496 19 19 ONE-LINE, DIAGRAM MK. NO. I-2116, ELECTRICAL E150 NO. 2 UNIT TURB GEN AREA NO. 22 EAST 230V CONTROL CENTER 222497 07 07 ONE-LINE, DIAGRAM MK. NO. I-2138, ELECTRICAL E150 NO. 2 UNIT TURB GEN AREA NO. 21 WEST 230V CONTROL CENTER 222498 19 19 ONE-LINE, DIAGRAM MK. NO. I-2117, ELECTRICAL E150 NO. 2 UNIT TURB GEN AREA NO. 22 WEST 230V CONTROL CENTER 222499 08 08 ONE-LINE, DIAGRAM MK. NO. 1-2139, ELECTRICAL

• E150 NO. 2 UNIT TURB GEN AREA 2H HTG. & VENT 230V CONTROL CTR. 222500 09 09 ONE-LINE, DIAGRAM MK. NO. I-2113, ELECTRICAL E150 NO. 2 UNIT TURB GEN AREA 2F HTG. & VENT 230V CONTROL CTR. 222501 11 11 ONE-LINE, DIAGRAM MK. NO. I-2114, ELECTRICAL E150 NO. 2 UNIT TURB GEN AREA N0.2 GENERATOR 230V CONTROL CTR. 222502 08 08 ONE-LINE, DIAGRAM MK. NO. I-2115, ELECTRICAL NO. 2 UNIT PENETRATION AREA 2A EAST VALVES & MISC. 230V. 222505 16 16 VITAL CONTROL CENTER ONE LINE DIAGRAM MK. NO. I-2107, ELECTRICAL NO. 2 UNIT PENETRATION AREA 28 EAST VALVES & MISC. 230V. 222506 15 15 VITAL CONTROL CENTER ONE LINE DIAGRAM MK. NO. I-2137, ELECTRICAL NO. 2 UNIT PENETRATION AREA 2C EAST VALVES & MISC. 230V. 222507 15 15 VITAL CONTROL CENTER ONE LINE DIAGRAM MK. NO. I-2108, ELECTRICAL NO. 2 UNIT PENETRATION AREA 2A VENT. 230V. VITAL CONTROL 222508 11 11 CENTER ONE LINE DIAGRAM MK. NO. I-2131, ELECTRICAL NO. 2 UNIT PENETRATION AREA 28 VENT. 230V. VITAL CONTROL 222509 11 11

• CENTER ONE LINE DIAGRAM MK. NO. I-2132, ELECTRICAL NO. 2 UNIT PENETRATION AREA 2C VENT. 230V. VITAL CONTROL 222510 09 09 CENTER ONE LINE DIAGRAM MK. NO. I-2133, ELECTRICAL

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

---

======== ======== E140 NO. 2 UNIT REACTOR CONTAINMENT 460V. CONTROL CENTER 222514 08 08 ONE-LINE, DIAGRAM MK. NO. I-2124, ELECTRICAL 11200 NO. 1&2 UNITS-FIRE PROTECTION CONTAINMENT ISOLATION VALVES 222692 09 09 1FP147 & 2FP147, SCHEMATIC, CONTROLS R500 RELAY ROOM ROD CONTROL SYSTEM LOGIC CABINET CONTROL & 223163 03 03 SHUTDOWN IN-OUT RELAYS, SCHEMATIC, SHEET 1, CONTROLS E300 NO. 1A & 2A DIESEL GENERATORS CONSOLE CONTROL, SCHEMATIC, 223675 03 03 SHEET 1, CONTROLS E300 NO. 1A & 2A DIESEL GENERATORS CONSOLE CONTROL, SCHEMATIC, 223676 06 06 SHEET 2, CONTROLS E300 NO. 1A & 2A DIESEL GENERATORS CONSOLE CONTROL, SCHEMATIC, 2236 77 13 13 SHEET 3, CONTROLS

• E300 NO. 1A & 2A DIESEL GENERATORS ENGINE-GENERATOR CONTROL, 223678 21 21 SCHEMATIC, CONTROLS E300 NO. 1A & 2A DIESEL GENS.-ALARMS, SCHEMATIC SHEET 2, CONTROLS 223679 11 11 E300 NO. lA & 2A DIESEL GENS. UNIT TRIP & BKR. FAILURE PROT., 223680 18 18 SCHEMATIC, CONTROLS E300 NO. 1B & 2B DIESEL GENS. CONSOLE CONTROLS, SCHEMATIC SHEET 223681 03 03 1, CONTROLS E300 NO. 1B & 2B GENERATORS CONSOLE CONTROL, SCHEMATIC SHEET 2, 223682 07 07 CONTROLS E300 NO. 1B & 2B GENERATORS CONSOLE CONTROL, SCHEMATIC SHEET 3, 223683 13 13 CONTROLS E300 NO. 1B & 2B DIESEL GENERATORS ENGINE-GENERATOR CONTROL, 223684 19 19 SCHEMATIC, CONTROLS E300 NO. 1B & 2B DIESEL GENERATORS ALARMS, SCHEMATIC SHEET 2, 223685 11 11 CONTROLS E300 NO. lB & 2B DIESEL GENERATORS UNIT TRIP & BKR. FAILURE 223686 18 18 PROT., SCHEMATIC, CONTROLS

• E300 NO. lC & 2C DIESEL GENERATORS CONSOLE CONTROL, SCHEMATIC 223687 03 03 SHEET 1, CONTROLS

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== E300 NO. lC & 2C DIESEL GENERATORS CONSOLE CONTROL, SCHEMATIC 223688 07 07 SHEET 2, CONTROLS E300 NO. 1C & 2C DIESEL GENERATORS CONSOLE CONTROL, SCHEMATIC 223689 13 13 SHEET 3, CONTROLS E300 NO. 1C & 2C DIESEL GENERATORS ENGINE-GENERATOR CONTROL, 223690 21 21 SCHEMATIC, CONTROLS E300 NO. 1C & 2C DIESEL GENS.-ALARMS, SCHEMATIC SHEET 2, CONTROLS 223691 12 12 E300 NO. 1C & 2C DIESEL GENS. UNIT TRIP & BKR. FAILURE PROT., 223692 18 18 SCHEMATIC, CONTROLS E300 NO. 1A & 2A DIESEL GENS. ALARMS, SCHEMATIC, CONTROLS 223693 18 18 E300 NO. 1B & 28 DIESEL GENS. ALARMS, SCHEMATIC SHEET 1, CONTROLS 223694 15 15

• E300 NO. 1C & 2C DIESEL GENS. ALARMS, SCHEMATIC SHEET 1, CONTROLS 223695 16 16 E220 NO. 2 UNIT 125V D.C. ONE-LINE, DIAGRAM, ELECTRICAL 223720 09 09 E300 NO. 1A & 2A DIESEL GENS. 230V VITAL CONTROL CENTER, 223825 13 13 SCHEMATIC, CONTROLS E300 NO. 1A & 2A DIESEL GENS. 230V VITAL CONTROL CENTER, 223826 10 10 SCHEMATIC, CONTROLS E300 NO. 1A & 2A DIESEL GENS. 230V VITAL CONTROL CENTER, 223827 19 19 SCHEMATIC, CONTROLS E300 NO. lB & 28 DIESEL GENS. 230V VITAL CONTROL CENTER, 223828 12 12 SCHEMATIC SHEET 1, CONTROLS E300 NO. 18 & 2B DIESEL GENS. 230V VITAL CONTROL CENTER, 223829 08 08 SCHEMATIC SHEET 2, CONTROLS E300 NO. 18 & 2B DIESEL GENS. 230V VITAL CONTROL CENTER, 223830 17 17 SCHEMATIC, CONTROLS E300 NO. lC & 2C DIESEL GENS. 230V VITAL CONTROL CENTER, 223831 11 11 SCHEMATIC SHEET 1, CONTROLS

• E300 NO. lC & 2C DIESEL GENS. 230V VITAL CONTROL CENTER, 223832 08 08 SCHEMATIC SHEET 2, CONTROLS

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1 Page No. 65 11/28/89 SALEM SIMULATOR Simulator Design Database

• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ========

E300 NO. 1C & 2C DIESEL GENS. 230V VITAL CONTROL CENTER, 223833 17 17 SCHEMATIC SHEET 3, CONTROLS R120 REAC. PROT. SYSTEM, HIGH STEAM LINE FLOW INTERLOCKS, LOGIC ' 224300 02 02 DIAG., SHEET 17, CONTROLS N600 SAFETY INJ. SYSTEM NO. 224382 07 07 1SJ163,2SJ163,13SJ162,23SJ162,14SJ162&24SJ162 TEST LINE VALVES, SCHEMATIC, CONTROLS M921 NO. 2 UNIT AIR CONDITIONING SYSTEM CONTROL ROOM INTAKE DUCT 224383 03 03 ISOL. TRAIN 'A' & TRAIN 'B', SCHEMATIC, CONTROLS N210 NO. 1 & 2 UNITS-COMPONENT COOLING SYS. NO. 1CC215 & 2CC15 224384 08 08 EXCESS LETDOWN HX CW INLET ISOLATION VALVES, SCHEMATIC, CONTROLS NlOO ACS-RCS-CVCS-SWS-CWS-MISC.

SYS., INDEX & SYMBOLS, LOGIC 224386 05 05

• DIAGRAM, CONTROLS N220 R.H.R. SYSTEM, NO. 11 & 21 R.H.R. PUMPS, LOGIC DIAGRAM, 224387 03 03 CONTROLS N220 R.H.R. SYSTEM, NO. 12 & 22 R.H.R. PUMPS, LOGIC DIAGRAM, 224388 04 04 CONTROLS N220 R.H.R. SYSTEM, NO. 11SJ44, 21SJ44, 11RH4, 21RH4, 1RH2 & 2RH2 224389 05 05 SUCTION !SOL. VALVES, LOGIC DIAGRAM, CONTROLS N220 R.H.R. SYSTEM, NO. 12SJ44, 22SJ44, 12RH4, 22RH4, 1RH1 & 2RH1 224390 05 05 SUCTION ISOL. VALVES, LOGIC DIAGRAM, CONTROLS N220 R.H.R. SYSTEM, NO. 1SJ69, 2SJ69 RWST TO RHRP'S SUCT. VAS & 224391 05 05 NO. 1RH20 & 2RH20 RHX BYPASS CONTROL VALVES, LOGIC DIAGRAM, CONTROLS N220 R.H.R. SYSTEM, NO. 11SJ49, 21SJ49, 11RH18, 21RH18, 11RH19 & 224392 04 04 21RH19 COOLDOWN CONTR. VA., LOGIC DIAGRAM, CONTROLS N220 R.H. R. SYSTEM, NO. 12SJ49, 22SJ49, 12RH18, 22RH18, 12RH19 & 224393 04 04 22RH19 COOLDOWN CONTR. VA., LOGIC DIAGRAM, CONTROLS N220 R.H.R. SYSTEM, NO. 1RH26 & 2RH26 HOT LEG ISOL. VA., LOGIC 2243% 04 04

• DIAGRAM, CONTROLS R.H.R. SYSTEM, NO. 11RH29 & 21RH29 RHRP'S BYPASS VA. & CONT. 224395 08 08 N220 SUMP LVL. IND. LT-938, LOGIC DIAGRAM, CONTROLS

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== N220 R.H.R. SYSTEM, NO. 12RH29 & 22RH29 RHRP'S BYPASS VA. & CONT. 224396 08 08 SUMP LVL. IND. LT-939, LOGIC DIAGRAM, CONTROLS N210 COMP. COOLING SYS., NO. 11 & 21 COMPONENT COOLING PUMPS & 224397 04 04 ALARMS, LOGIC DIAGRAM, CONTROLS N210 COMP. COOLING SYS., NO. 12 & 22 COMPONENT COOLING PUMPS & 224398 05 05 ALARMS, LOGIC DIAGRAM, CONTROLS N210 COMP. COOLING SYS., NO. 13 & 23 COMPONENT COOLING, PUMPS & 224399 03 03 ALARMS, LOGIC DIAGRAM, CONTROLS N210 COMP. COOLING SYS., NO. 1CC131 & 2CC131 RCP THERM. BAR CW 224400 06 06 FLOW CONTR. VAS. & NO. 1CC149 & 2CC149 SURGE TANK VENT. VALVES, LOGIC DIAGRAM, CONTROLS N210 COMP. COOLING SYSTEM,NO.

1CC117, 2CC117, 1CC136 & 2CC136 RCP 224401 06 06 CCW INLET & OUTLET !SOL. VAS., LOGIC DIAGRAM, CONTROLS

• N210 COMPONENT COOLING SYS., NO. 1CC118, 2CC118, 1CC187 & 2CC187 224402 06 06 RCP CCW IN. & OUT. 1CC113 & 2CC113 EL HX CCW OUT. VALVES, LOGIC DIAGRAM, CONTROLS N210 COMP. COOLING SYS., NO. 1CC215, 2CC215, ELHX CCW INLET !SOL. 224403 05 05 VAS. NO. 11 & 21 RHX CW DISCH. !SOL. VAS. 11CC16 & 21CC16, LOGIC DIAGRAM, CONTROLS N210 COMP. COOLING SYS. NO. 1 & 2 UNITS COMP. COOLING SYS., NO. 224404 07 07 1CC190, 2CC190 RCP THERM. BAR ISOL. VAS. NO. 11 & 22 RHX CW DISCH ISOL. VAS. 12CC16 & 22CC16, LOGIC DIAGRAM, CONTROLS R200 REAC. COOLANT. SYSTEM, NO. 11 & 21 REACTOR COOLANT PUMPS & 224405 02 02 NO. 11 & 21 RCP OIL LIFT PUMPS, LOGIC DIAGRAM, CONTROLS R200 REAC. COOLANT. SYSTEM, NO. 12 & 22 REACTOR COOLANT PUMPS & 224406 02 02 NO. 12 & 22 RCP OIL LIFT PUMPS, LOGIC DIAGRAM, CONTROLS R200 REAC. COOLANT. SYSTEM, NO. 13 & 23 REACTOR COOLANT PUMPS & 224407 02 02 NO. 13 & 23 RCP OIL LIFT PUMPS, LOGIC DIAGRAM, CONTROLS R200 REAC. COOLANT. SYSTEM, NO. 14 & 24 REACTOR COOLANT PUMPS & 224408 02 02 NO. 14 & 24 RCP OIL LIFT PUMPS, LOGIC DIAGRAM, CONTROLS

• R200 REAC. COOLANT SYSTEM, NO. 1RC4 & 2RC4 RV FLANGE LEAK-OFF 224409 02 02 VA. & REAC. COOLANT TEMP. ALARMS, LOGIC DIAGRAM, CONTROLS Page No. 67 11/28/89

• SYSTEM R200 R200 R200 R200 NlOO NlOO

• NlOO NlOO NlOO NlOO NlOO NlOO NlOO NlOO

• NlOO TITLE SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number ============================================================

RCS & eves, NO. 11WR62, 21WR62, 11CV104 & 21CV104 VAS. & NO. 11 & 21 RCP ALARMS, LOGIC DIAGRAM, CONTROLS RCS & eves, NO. 12WR62, 22WR62, 12CV104 & 22CV104 VAS. & NO. 12 & 22 RCP ALARMS, LOGIC DIAGRAM, CONTROLS RCS & eves, NO. 13WR62, 23WR62, 13CV104 & 23CV104 VAS. & NO. 13 & 23 RCP ALARMS, LOGIC DIAGRAM, CONTROLS RCS & eves, NO. 14WR62, 24WR62, 14CV104 & 24CV104 VAS. & NO. 14 & 24 RCP ALARMS, LOGIC DIAGRAM, CONTROLS NO. 1 & 2 eve SYSTEM NO. 11 & 12 CHARGING PUMPS & NO. 11 & 12 CHARING PUMP AUXILIARY LUBE OIL PUMPS NO. 1 & 2 eve SYSTEM NO. 12 & 22 CHARGING PUMPS & NO. 12 & 22 CHARGING PUMP AUXILIARY LUBE OIL PUMPS eve SYSTEM, NO. 13 & 23 CHARGING PUMPS, LOGIC DIAGRAM, CONTROLS eve SYSTEM, NO. 1CV55 & 2CV55 CHG. FLOW, 1CV171 & 2CV171 CHARGING PRESS. VALVES & CHARGING FLOW DEMAND, LOGIC DIAGRAM, CONTROLS eve SYSTEM, NO. 1CV77 & 2CV77 CHG. !SOL. VAS. & NO. 1CV114 & 2CV114 RCPS SEAL BYPASS FLOW VALVES, LOGIC DIAGRAM, CONTROLS eve SYSTEM, .NO. 1CV140, 2CV140, 1CV69, 2CV69, 1CV79 & 2CV79 CHG. DISCH. ISOL. VA LOGIC DIAGRAM, CONTROLS eve SYSTEM, NO. 1CV139, 2CV139, 1CV68 & 2CV68 CHG. DISCH. ISOL. VA, LOGIC DIAGRAM, CONTROLS eve SYSTEM, NO. 12SJ45 & 22SJ45 CHG. SUCTION & NO. 1CV75 & 2CV75 RCS SP. ISOL. VA., LOGIC DIAGRAM, CONTROLS eve SYSTEM, NO. 1CV40 & 2CV40 VCT FIRST DISCH. STOP VALVES & VCT LEVEL, INTERLOCKS

& ALARM, LOGIC DIAGRAM, CONTROLS eve SYSTEM, NO. 1CV41 & 2CV41 VCT SEC. DISCH. STOP VALVES & NO. 1CV243 & 2CV243 VCT DEGASSING VALVES, LOGIC DIAGRAM, CONTROLS eve SYSTEM, NO. 1SJ1 & 2SJ1 CHG. PUMP SUCTION & 1CV116 & 2CV116 SEAL WATER TO VCT ISOLATION VALVES, LOGIC DIAGRAM, CONTROLS DRAWING 224410 224411 224412 22H13 224414 224415 224416 224417 224418 224419 224420 224421 224422 224423 224424 STATION REVISION ======== 03 03 03 03 04 04 03 04 03 07 07 03 05 05 05 TRAINING LOAD 11/01/89 ======== 03 03 03 03 04 04 03 04 03 07 07 03 05 05 05

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== N100 eve SYSTEM, NO. 1SJ2 & 2SJ2 CHG. PUMP SUCTION & 1CV284 & 22H25 05 05 2CV284 SEAL WATER TO VCT ISOLATION VALVES, LOGIC DIAGRAM, CONTROLS N100 eve SYSTEM, NO. 1CV35 & 2CV35 VOLUME CONTROL TANK LEVEL 224426 03 03 CONTROL VALVES, LOGIC DIAGRAM, CONTROLS *N100 eve SYSTEM, NO. 1CV2, 2CV2, 1CV277 & 2CV277 RCS LETDOWN LINE 224427 03 03 ISOLATION VALVES, LOGIC DIAGRAM, CONTROLS N100 eve SYSTEM, NO. 1CV8, 2CV8, 1CV18, 2CV18, 1CC71 & 2CC71 224428 03 03 LETDOWN FLOW, PRESS. & TEMP. CONTROL VALVES, LOGIC DIAGRAM, CONTROLS NlOO eve SYSTEM, NO. 1CV3 & 2CV3 LETDOWN ORIFICE & NO. 1CV7 & 22U29 03 03 2CV7 LETDOWN CONTR. VAS., LOGIC DIAGRAM, CONTROLS NlOO eve SYSTEM, NO. 1CV4 & 2CV4 LETDOWN ORIFICE ISOLATION 224430 03 03

• VALVES, LOGIC DIAGRAM, CONTROLS NlOO eve SYSTEM, NO. 1CV5 & 2CV5 LETDOWN ORIFICE ISOLATION 22U31 03 03 VALVES, LOGIC DIAGRAM, CONTROLS NlOO eve SYSTEM, NO. 1eV134, 2CV134, 1CV278, 2CV278, 1CV131, 22H32 03 03 2CV131, 1CV132 & 2CV132 EXC. LETDOWN VALVES, LOGIC DIAGRAM, CONTROLS N100 eve SYSTEM, NO. 11CV160 & 21CV160 B.A. TANK RECIRC. VALVES & 224433 03 03 NO. 11 & 21 BORIC ACID TANK HEATERS, LOGIC DIAGRAM, CONTROLS NlOO eve SYSTEM, NO. 12CV160 & 22CV160 B.A. TANK RECIRC. VALVES & 22H34 03 03 NO. 12 & 22 BORIC ACID TANK HEATERS, LOGIC DIAGRAM, CONTROLS NlOO eve SYSTEM, NO. 11 & 12 B.A. TRANSFER PUMPS, LOGIC DIAGRAM, 224435 03 03 CONTROLS NlOO eve SYSTEM, NO. 12 & 22 B.A. TRANSFER PUMPS, LOGIC DIAGRAM, 224436 03 03 CONTROLS NlOO eve SYSTEM, NO. 11 & 21 PRIM. WTR. MAKEUP PUMP, LOGIC 22H37 03 03 DIAGRAM, CONTROLS N100 eve SYSTEM, NO. 12 & 22 PRIMARY WATER MAKEUP PUMPS & NO. 1 & 22H38 03 03

• 2 PRIMARY WATER TANK HEATING CIRCULATORS, LOGIC DIAGRAM, CONTROLS

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• TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== NlOO eve SYSTEM, BORIC ACID BLEND M/U MODE SEL., LOGIC DIAG., 224439 03 03 SHEET 1, CONTROLS NlOO eve SYSTEM, BORIC ACID BLEND M/U MODE SEL.' LOGIC DIAG., 224440 03 03 SHEET 2, CONTROLS NlOO eve SYSTEM, NO. 1CV185, 2CV185, 1CV181 & 2CV181, MAKE-UP 224441 03 03 STOP VALVES, LOGIC DIAGRAM, CONTROLS NlOO eve SYSTEM, NO. 1CV172, 2CV172, BORIC ACID FLOW CONTROL 224442 '03 03 VALVES, LOGIC DIAGRAM, CONTROLS NlOO eve SYSTEM, NO. 1CV179, 2CV179, PRIMARY WATER CONTROL 224443 03 03 VALVES, LOGIC DIAGRAM, CONTROLS NlOO eve SYSTEM. NO. 1CV21 & 2CV21 TEMP. CONTROL FLOW VALVES TO 224444 05 05 DM. & NO. 1CV27 & 2CV27 DM. & NO. 1CV27 & 2CV27 DM. DIVERT. VALVES, LOGIC DIAGRAM, CONTROLS

• NlOO eve SYSTEM, NO. 1HS67 & 2HS67 B.A. BATCHING STEAM INLET 224445 04 04 VALVES & 1CV175 & 2CV175 RAPID BORATE STOP VALVES, LOGIC DIAGRAM, CONTROLS N210 NO. 2 UNIT COMPONENT COOLING SYSTEM NO. 21 RHRHX CCW OUTLET 224455 04 04 ALARMS, SCHEMATIC, CONTROLS N210 NO. 1&2 UNITS COMPONENT COOING SYSTEM NO. 12 & 22 RHRHX CCW 224456 06 06 OUTLET ALARMS, SCHEMATIC, CONTROLS E130 224630 F310 224803 05 05 F310 224805 04 04 F310 224806 04 04 F310 224807 04 04 R500 NO. 1 & 2 UNITS CONTROL ROOM AREA ROD CONTROL SYSTEM ROD 226062 POSITION INDICATION, SCHEMATIC, SHEET 1, CONTROLS R500 NO. 1 & 2 UNITS CONTROL ROOM AREA ROD CONTROL SYSTEM ROD 226063 01 01

• POSITION INDICATION, SCHEMATIC, SHEET 2, CONTROLS NO. 1 & 2 UNITS CONTROL ROOM AREA ROD CONTROL SYSTEM ROD 226064 02 02 R500 POSITION INDICATION, SCHEMATIC, SHEET 3, CONTROLS

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======== ======== R500 NO. 1 & 2 UNITS CONTROL ROOM AREA ROD CONTROL SYSTEM ROD 226065 02 02 POSITION INDICATION, SCHEMATIC, SHEET 4, CONTROLS R500 NO. 1 & 2 UNITS CONTROL ROOM AREA ROD CONTROL SYSTEM ROD 226066 01 01 POSITION INDICATION, SCHEMATIC, SHEET 5, CONTROLS R500 NO. 1 & 2 UNITS CONTROL ROOM AREA ROD CONTROL SYSTEM ROD 226067 04 04 POSITION INDICATION, SCHEMATIC, SHEET 6, CONTROLS C900 NO. 1 & 2 UNITS RAD. MON. SYSTEM NO. 12 & 22 CONT. SAMPLE 226503 08 08 VENT & OUTLET ISOLATION VALVES, SCHEMATIC, CONTROLS E300 NO. 1 & 2 UNITS DIESEL GENERATORS VOLTAGE REG. & EXCITER 226631 04 04 CONTROL, SCHEMATIC, CONTROLS E300 NO. 1 & 2 UNITS DIESEL GENERATORS PROTECTION AND CONTROL, 226632 06 06 A.C. SCHEMATIC SHEET 1, CONTROLS

• E300 NO. 2 UNIT DIESEL GENERATOR PROTECTION AND CONTROL, A.C. 226633 07 07 SCHEMATIC SHEET 2, CONTROLS E300 NO. 1&2 UNITS DIESEL GENERATORS INSTRUMENTS

& METERS, A.C. 226634 04 04 SCHEMATIC, CONTROLS E300 DIESEL ENGINE & GENERATOR CONTROL SYSTEM, LOGIC DIAGRAM, 226635 07 07 SHEET-1, CONTROLS E300 DIESEL ENGINE & GENERATOR CONTROL SYSTEM, LOGIC DIAGRAM, 226636 05 05 SHEET-2, CONTROLS E300 DIESEL ENGINE & GENERATOR CONTROL SYSTEM, LOGIC DIAGRAM, 226637 07 07 SHEET-3, CONTROLS E300 DIESEL ENGINE & GENERATOR CONTROL SYSTEM, LOGIC DIAGRAM, 226638 08 08 SHEET-4, CONTROLS E300 DIESEL ENGINE & GENERATOR CONTROL SYSTEM, LOGIC DIAGRAM, 226639 07 07 SHEET-5, CONTROLS E300 DIESEL ENGINE & GENERATOR CONTROL SYSTEM, LOGIC DIAGRAM, 226640 06 06 SHEET-6, CONTROLS E300 DIESEL ENGINE & GENERATOR CONTROL SYSTEM, LOGIC DIAGRAM, 226641 04 04

• SHEET-7, CONTROLS E300 DIESEL ENGINE & GENERATOR CONTROL SYSTEM, LOGIC DIAGRAM, 226642 07 07 SHEET-8, CONTROLS

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======== ======== E300 DIESEL ENGINE & GENERATOR CONTROL SYSTEM, LOGIC DIAGRAM, 226643 10 10 SHEET-9, CONTROLS E300 DIESEL ENGINE & GENERATOR CONTROL SYSTEM, LOGIC DIAGRAM, 226644 04 04 SHEET-10, CONTROLS E300 DIESEL ENGINE & GENERATOR CONTROL SYSTEM, LOGIC DIAGRAM, 226645 03 03 SHEET-11, CONTROLS E300 DIESEL ENGINE & GENERATOR CONTROL SYSTEM, LOGIC DIAGRAM, 226646 03 03 SHEET-12, CONTROLS E300 DIESEL ENGINE & GENERATOR CONTROL SYSTEM, LOGIC DIAGRAM, 226647 03 03 SHEET-13, CONTROLS E300 DIESEL ENGINE & GENERATOR CONTROL SYSTEM, LOGIC DIAGRAM, 226648 03 03 SHEET-14, CONTROLS

• E300 DIESEL ENGINE & GENERATOR CONTROL SYSTEM, LOGIC DIAGRAM, 2266/i 9 03 03 SHEET-15, CONTROLS R120 NO. 1&2 UNITS CONTROL ROOM AREA SOLID STATE REACTOR 227975 11 11 PROTECTION SYSTEM TRAIN A INTERFACE CAB. 32, SCHEMATIC, SHEET 1, CONTROLS R120 NO. 1&2 UNITS CONTROL ROOM AREA SOLID STATE REACTOR 227976 09 09 PROTECTION SYSTEM TRAIN A INTERFACE CAB. 32, SCHEMATIC, SHEET 2, CONTROLS R120 NO. 1&2 UNITS CONTROL ROOM AREA SOLID STATE REACTOR 227977 09 09 PROTECTION SYSTEM TRAIN A INTERFACE CAB. 32, SCHEMATIC, SHEET 3, CONTROLS R120 NO. 1&2 UNITS CONTROL ROOM AREA SOLID STATE REACTOR 227978 06 06 PROTECTION SYSTEM TRAIN B INTERFACE CAB. 38, SCHEMATIC, SHEET 1, CONTROLS R120 NO. 1&2 UNITS CONTROL ROOM AREA SOLID STATE REACTOR 227979 08 08 PROTECTION SYSTEM TRAIN B INTERFACE CAB. 38, SCHEMATIC, SHEET 2, CONTROLS R120 NO. 1&2 .UNITS CONTROL ROOM AREA SOLID STATE REACTOR 227980 OB 08 PROTECTION SYSTEM TRAIN B INTERFACE CAB. 38, SCHEMATIC,

• SHEET 3, CONTROLS M921 NO. 1 & 2 UNITS CONTROL AREA A.C. CHILLER MOTORS, SCHEMATIC, 228030 05 05 CONTROLS

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======== ======== M921 NO. 1 & 2 UNITS CONTROL AREA A.G. CHILLED WATER PUMPS, 228031 11 11 SCHEMATIC, CONTROLS M921 NO. 1 & 2 CONTROL AREA A.C. CHILLED WATER ISOLATION VALVES 228033 09 09 X243 NO. 2 UNIT CONTROL CONSOLE BEZEL RESIDUAL HEAT REMOVAL 228475 11 11 PRESSURIZER RELIEF TANK, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL NO. 21 STEAM GENERATOR, 228476 09 09 STEAM GEN.-LEVEL

& FLOW RECORDER, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL COND.-COMPONENT COOLING 228477 10 10 WATER, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL NO. 21 STEAM GENERATOR 228478 06 06 FEEDPUMP & TURBINE HEATER DRAIN PUMPS, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL NO. 22 STEAM GENERATOR 22809 07 07

• FEEDPUMP & TURBINE EXCITATION, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL STEAM GENERATOR FEED PUMPS 228480 07 07 & SAMPLING SYS. TURBINE GEN. AUXS., FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL REHEAT STEAM TEMP.-MAIN 228481 07 07 STEAM, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL SHUT-DOWN PART LENGTH & 228482 03 03 CONTROL ROD COUNTERS, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL FEEDWATER HEATERS 228483 07 07 COMPRESSED AIR, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL CIRCULATING WATER 228484 10 10 CONDENSER, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL NO. 21 REACTOR COOLANT 228485 07 07 PUMP, R.C. PUMP SEAL LEAK-OFF FLOW, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL PRESSURIZER LEVEL & 228486 13 13 TEMPERATURE REACTOR COOLANT PRESSURE, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL NO. 22 REACTOR COOLANT PUMP 228487 06 06 CONT. ROD GR.-POS. & INS. LIMITS, FRONT VIEW, CONTROLS

• X243 NO. 2 UNIT CONTROL CONSOLE BEZEL BORIC ACID & PRIMARY WATER 228488 04 04 FLOW REGISTERS REACTOR COOLANT SYSTEM, FRONT VIEW, CONTROLS

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======== ======== X243 NO. 2 UNIT CONTROL CONSOLE BEZEL CHARGING SYSTEM, NO. 23 228489 07 07 REACTOR COOLANT PUMP, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL REACTOR COOLANT 228490 08 08 TEMPERATURES ROD CONTROL, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL SERVICE WATER TURBINE 228491 05 05 AUXILIARY COOLING WATER, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL NO. 21 & 22 ACCUMULATOR, 228492 07 07 NO. 2A DIESEL GENERATOR, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL SAFETY INJECTION, FRONT 228493 09 09 vmJ, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL NO. 22 STEAM GENERATOR, NO. 228494 10 10 24 STEAM GENERATOR, FRONT VIEW, CONTROLS

• X243 NO. 2 UNIT CONTROL CONSOLE BEZEL CONT. SPRAY CRT PANEL 228495 05 05 ASSEMBLY, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL CONT. VENTILATION

& 228496 07 07 RECORDERS, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL VENTILATION

-AUXILIARY 228497 08 08 BUILDING FUEL -NPLG. BLDG. & CONTAINMENT, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL 4KV-2H & 2E, 2F & 2G GROUP 228499 07 07 BUS, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL 13 & 500KV GROUP BUS 228500 05 05 VOLTMETERS, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL VOLTMETERS, GENERATOR

& 228501 08 08 VITAL BUS 2A, 2B, 2C-SYNCHROSCOPE, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL ROD POSITION, FRONT VIEW, 228502 06 06 CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL NO. 23 STM. GEN. & REAC. 228503 09 09 LEVEL MONITOR, FRONT VIEW, CONTROLS

• X243 NO. 2 UNIT CONTROL CONSOLE BEZEL NUCLEAR INSTRUMENTATION, 228504 06 06 POWER RANGE RECORDERS, FRONT VIEW, CONTROLS Page No. 74 11/28/89 SALEM SIMULA TOR Simulator Design Database

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======== ======== X243 NO. 2 UNIT CONTROL CONSOLE BEZEL AUXILIARY FEED PUMPS AUX. 228505 10 10 FEED, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL CHEMICAL & VOLUME CONTROL, 228506 07 07 FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL NO. 24 REACTOR COOLANT 228507 06 06 PUMP, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL SAFEGUARDS ACT. & CONT. 228508 05 05 PRESSURE PRIM. WTR. & BORIC ACID FLOW REC., FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL STEAM GEN. SLOWDOWN MAIN 228509 10 10 STEAM, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL NO. 2B & 2C DIESEL 228510 07 07 GENERATORS, NO. 23 & 24 ACCUMULATOR, FRONT VIEW, CONTROLS

• X243 NO. 2 UNIT CONTROL CONSOLE BEZEL CHEM. & VOL. CONTROL WASTE 228511 09 09 DISP., FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL NUCLEAR POWER RANGE 228512 02 02 RECORDER, FRONT VIEW, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL E.H. OPERATOR'S PANEL, 228513 03 03 FRONT VIEW, SHEET 1, CONTROLS X243 NO. 2 UNIT CONTROL CONSOLE BEZEL E.H. OPERATOR'S PANEL, 228514 03 03 FRONT VIEW, SHEET 2, CONTROLS M600 SERV. WATER SYSTEM INTAKE ISOL. VA 1SW26 PEN. A. TIE VALVES 231040 05 05 11SW23 & 12SW23, LOGIC DIAGRAM, CONTROLS M600 SERV. WATER INTAKE !SOL. VALVE 11SW20 & 12SW20 TIE VALVE 23104.1 04 04 11SW17 LOGIC DIAGRAM, CONTROLS M600 SERV. WATER INTAKE !SOL. VALVE 13SW20 & 14SW20 TIE VALVE 231042 04 04 12SW17, LOGIC DIAGRAM, CONTROLS T800 CIRCULATING WATER INTAKE NO. 11A-13A TRAVELING SCREENS, 231043 09 09 LOGIC DIAGRAM, CONTROLS

• T800 CIRCULATING WATER INTAKE NO. 11B-13B TRAVELING SCREENS, 231044 08 08 LOGIC DIAGRAM, CONTROLS

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======== ======== M600 SERV. WATER SYSTEM, AUX. BLDG. STOP VALVES 11SW21 & 12SW21 231045 03 03 PENETRATION AREA STOP VALVES 11SW22 & 12SW22, LOGIC DIAGRAM, CONTROLS M600 SERV. WATER TURB. AREA TURB. AUX. COOL. HX. VALVES 11ST58 & 231046 03 03 12ST58 SERVICE WATER HEADER TROUBLE ALARM, LOGIC DIAGRAM, CONTROLS M600 SERV. WATER INTAKE TRAVELING SCREEN WASH & NO. 11 & 12 231047 05 05 DISCH. HEADER PRESS. TRANSMS., LOGIC DIAGRAM, CONTROLS M600 SERV. WATER INTAKE NO. 15 & 21 SERVICE WATER PUMPS, LOGIC 231050 04 04 DIAGRAM, CONTROLS M600 SERV. WATER INTAKE NO. 13 & 23 SERVICE WATER PUMPS, LOGIC 231051 03 03 DIAGRAM, CONTROLS M600 SERV. WATER INTAKE NO. 11 & 25 SERVICE WATER PUMPS, LOGIC 231052 04 04

• DIAGRAM, CONTROLS M600 SERV. WATER INTAKE NO. 16 & 22 SERVICE WATER PUMPS, LOGIC 231053 03 03 DIAGRAM, CONTROLS M600 SERV. WATER INTAKE NO. 14 & 24 SERVICE WATER PUMPS, LOGIC 231054 04 04 DIAGRAM, CONTROLS M600 SERV. WATER INTAKE NO. 12 & 26 SERVICE WATER PUMPS, LOGIC 231055 03 03 DIAGRAM, CONTROLS M600 SERV. WATER SYSTEM AUX. BLDG. NO. 11, 21 & 22 COMP. CLG. 231056 03 03 HEAT EXCHANGER CONTROL VALVES, LOGIC DIAGRAM, CONTROLS T800 CIRC. WATER INTAKE BY-PASS VALVES 11CW9 & 11CW109, LOGIC 231063 02 02 DIAGRAM, CONTROLS T800 CIRC. WATER INTAKE BY-PASS VALVES 12CW9 & 12CW109, LOGIC 231064 02 02 DIAGRAM, CONTROLS T800 CIRC. WATER INTAKE BY-PASS VALVES 13CW9 & 13CW109, LOGIC 231065 02 02 DIAGRAM, CONTROLS T800 CIRC. WATER SYSTEM T.G.A. NO. 11A & 116 CIRCULATOR 231066 02 02 CONDENSEROUTLET VALVE, LOGIC DIAGRAM, CONTROLS

• T800 CIRC. WATER SYSTEM T.G.A. NO. 12A & 126 CIRCULATOR CONDENSER 231067 02 02 OUTLET VALVE, LOGIC DIAGRAM, CONTROLS

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======== ======== T800 CIRC. WATER SYSTEM T.G.A. NO. 13A & 138 CIRCULATOR CONDENSER 231068 02 02 OUTLET VALVE, LOGIC DIAGRAM, CONTROLS TBOO CIRC. WATER INTAKE NO. 11A CIRCULATOR VACUUM 8RKER. & 231069 02 02 CONDENSER VALVES LOGIC DIAGRAM, CONTROLS T800 CIRC. WATER INTAKE NO. 118 CIRCULATOR VACUUM 8RKER. & 231070 02 02 CONDENSER VALVES LOGIC DIAGRAM, CONTROLS T800 CIRC. WATER INTAKE NO. 12A CIRCULATOR VACUUM 8RKER. & 231071 01 01 CONDENSER VALVES, LOGIC DIAGRAM, CONTROLS T800 CIRC. WATER INTAKE NO. 128 CIRCULATOR VACUUM 8RKR. & 231072 02 02 CONDENSER VALVES, LOGIC DIAGRAM, CONTROLS T800 CIRC. WATER INTAKE NO. 13A CIRCULATOR VACUUM 8RKER. & 231073 02 02 CONDENSER VALVES, LOGIC DIAGRAM, CONTROLS

• T800 CIRC. WATER INTAKE N0.138 CIRCULATOR VACUUM 8RKER. & 231074 02 02 CONDENSER VALVES, LOGIC DIAGRAM, CONTROLS T800 CIRC. WATER INTAKE NO. 11A CIRCULATOR, LOGIC DIAGRAM, 231076 05 05 CONTROLS T800 CIRC. WATER INTAKE NO. 12A CIRCULATOR, LOGIC DIAGRAM, 231077 05 05 CONTROLS TBOO CIRC. WATER INTAKE NO. 13A CIRCULATOR, LOGIC DIAGRAM, 231078 05 05 CONTROLS T800 CIRC. WATER INTAKE NO. 118 CIRCULATOR, LOGIC DIAGRAM, 231079 05 05 CONTROLS T800 CIRC. WATER INTAKE NO. 128 CIRCULATOR, LOGIC DIAGRAM, 231080 05 05 CONTROLS TBOO CIRC. WATER INTAKE NO. 138 CIRCULATOR, LOGIC DIAGRAM, 231081 05 05 CONTROLS T800 CIRC. WATER INTAKE NO. 12 & 22 SCREEN WASH PUMPS, LOGIC 231083 DIAGRAM, CONTROLS T800 CIRC. WATER INTAKE NO. 14 & 24 SCREEN WASH PUMPS, LOGIC 231085

• DIAGRAM, CONTROLS R600 PRESSURIZER 1WR80, 2WR80, 1NT25 & 2NT25 PRESS. RELIEF TANK & 231350 02 02 N2 TO PRESSURIZER RELIEF TANK ISOLATION VALVES, LOGIC DIAGRAM, CONTROLS

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• Page No. 77 11/28/89 SYSTEM R600 R600 R600 R600 R600 R600 M940 M940 M%.O M940 M940 M940 M940 M940 M940 SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number TITLE ============================================================

PRESSURIZER 1WR82, 2WR82, 1PR14 & 2PR14 PRESS. RELIEF TANK SPRAY & DRAIN VALVES, LOGIC DIAGRAM, CONTROLS PRESSURIZER 1PR15 & 2PR15 RELIEF TANK VENT ALARMS, LOGIC DIAGRAM, CONTROLS PRESSURIZER 1PR18, 2PR18, 1PR17 & 2PR17 PRESS. RELIEF TANK TO GAS ANALYZER CONT. ISOLATION VALVES, LOGIC DIAGRAM, CONTROLS PRESSURIZER 1PR6, 2PR6, 1PR7 & 2PR7 PRESSURIZER RELIEF STOP VALVES, LOGIC DIAGRAM, CONTROLS PRESSURIZER lPRl, 2PR1, 1PR2 & 2PR2 PRESSURIZER POWER RELIEF VALVES, LOGIC DIAGRAM, CONTROLS PRESSURIZER PRZ. PRESS. CONTROL & 1PS1, 2PS1, 1PS3 & 2PS3 SPRAY CONTROL VALVES LOGIC DIAGRAM, CONTROLS CONTAINMENT VENT. NO. 11 & 21 FAN-COIL UNITS, FAN CONTROL, LOGIC DIAGRAM, CONTROLS CONTAINMENT VENT. NO. 11 & 21 FAN-COIL UNITS, DAMPERS & WATER VALVES CONTROL, LOGIC DIAGRAM, CONTROLS CONTAINMENT VENT. NO. 12 & 22 FAN-COIL UNITS, FAN CONTROL, LOGIC DIAGRAM, CONTROLS CONTAINMENT VENT. NO. 12 & 22 FAN-COIL UNITS,DAMPERS

& WATER VALVES CONTROL, LOGIC DIAGRAM, CONTROLS CONTAINMENT VENT. NO. 13 & 23 FAN-COIL UNITS, FAN CONTROL, LOGIC DIAGRAM, CONTROLS CONTAINMENT VENT. NO. 13 & 23 FAN-COIL UNITS, DAMPERS & WATER VALVES CONTROL, LOGIC DIAGRAM, CONTROLS CONTAINMENT VENT. NO. 14 & 24 FAN-COIL UNITS, FAN CONTROL, LOGIC DIAGRAM, CONTROLS CONTAINMENT VENT. NO. 14 & 24 FAN-COIL UNITS, DAMPERS & WATER VALVES CONTROL, LOGIC DIAGRAM, CONTROLS CONTAINMENT VENT. NO. 15 & 25 FAN-COIL UNITS, FAN CONTROL, LOGIC DIAGRAM, CONTROLS DRAWING 231351 231354 231355 231356 231357 231359 231375 231376 231377 231378 231379 231380 231381 231382 231383 STATION REVISION ======== 04 03 04 04 09 02 05 09 05 08 05 08 05 08 05 TRAINING LOAD 11/01/89 ======== 04 03 04 04 09 02 05 09 05 08 05 08 05 08 05

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======== ======== M940 CONTAINMENT VENT. NO. 15 & 25 FAN-COIL UNITS, DAMPERS & 231384 08 08 WATER VALVES CONTROL, LOGIC DIAGRAM, CONTROLS M940 CONTAINMENT VENT. NO. 11, 21, 12 & 22 IODINE REM. UNITS, 231385 02 02 LOGIC DIAGRAM, CONTROLS M940 UNITS-CONTAINMENT VENT. NO. 11, 21, 12 & 22 CONTROL ROD 231386 02 02 DRIVE VENT FANS, LOGIC DIAGRAM, CONTROLS M940 CONTAINMENT VENT. NO. 13, 23, 14 & 24 CONTROL ROD DRIVE VENT 231387 02 02 FANS, LOGIC DIAGRAM, CONTROLS M940 CONTAINMENT VENT. NO. 11, 21, 12 & 22 REACTOR SHIELD VENT 231388 02 02 FANS, LOGIC DIAGRAM, CONTROLS M940 CONTAINMENT VENT. NO. 11, 21, 12 & 22 REACTOR NOZZLE SUPPORT 231389 02 02 VENT FANS, LOGIC DIAGRAM, CONTROLS

• M%0 CONTAINMENT VENT. NO. 13, 23, 14 & 24 REACTOR NOZZLE SUPPORT 231390 02 02 VENT FANS, LOGIC DIAGRAM, CONTROLS M940 CONTAINMENT VENT. NO. 1VC1, 2VC1, 1VC4, 2VC4, 1VC2, 2VC2, 231391 04 04 1VC3 & 2VC3 PURGE AIR OUTLET & INLET ISOLATION VALVES, LOGIC DIAGRAM, CONTROLS M%0 CONTAINMENT VENT. NO. 1VC5, 2VC5, 1VC6, 2VC6 PRESS. VACUUM 231392 04 04 RELIEF ISOL. VALVES & RELIEF FILTER UNIT DAMPERS, LOGIC DIAGRAM, CONTROLS M910 AUX. BLDG. VENT. NO. 11, 21, 12, 22, 13 & 23 EXHAUST HEPA 231393 02 02 FILTER UNITS MODE SELECTION, LOGIC DIAGRAM, SHEET 1, CONTROLS M910 AUX. BLDG. VENT. NO. 11, 21, 12, 22, 13 & 23 EXHAUST HEPA 231394 04 04 FILTER UNITS MODE SELECTION, LOGIC DIAGRAM, SHEET 2, CONTROLS M910 AUX. BLDG. VENT. NO. 11, 21, 12 & 22 EXHAUST FANS, LOGIC 231395 02 02 DIAGRAM, CONTROLS M910 AUX. BLDG. VENT. NO. 13 & 23 EXHAUST FANS & HEPA FILTERS 231396 02 02 BACKDRAFT DAMPERS, LOGIC DIAGRAM, CONTROLS

• M910 AUX. BLDG. VENT. NO. 11, 21, 12 & 22 SUPPLY UNITS, LOGIC 231397 02 02 DIAGRAM, CONTROLS

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======== ======== G210 NO. 1 & 2 UNITS MAIN STEAM NO. 11-14, 21-24 STOP VALVES 231414 07 07 HYDRAULIC PUMP CONTROL, A.G. SCHEMATIC, CONTROLS G220 NO. 1 & 2 UNITS MAIN STEAM SYSTEM NO. 11, 12 & 13 E. & W.M 231419 04 04 STEAM COIL DRAIN TANKS LEVEL TRANSMS., SCHEMATIC, CONTROLS M921 CONTROL AREA A.C. AIR CONDITIONING MODE SELECTION, LOGIC 231421 06 06 DIAG., SHEET 1, CONTROLS M921 CONTROL AREA A.C. AIR CONDITIONING MODE SELECTION, LOGIC 231422 05 05 DIAG., SHEET 2, CONTROLS M921 CONTROL AREA A.C. NO. 11-13, 21-23 CONTROL ROOM AIR 231423 02 02 CONDITIIONING FANS, LOGIC DIAGRAM, CONTROLS M921 CONTROL AREA A.C. NO. 11, 21, 12 & 22 EMERGENCY SUPPLY FANS 231425 04 04 & BATTERY RMS. EXHAUST FANS, LOGIC DIAGRAM, CONTROLS

• M910 AUX. BLDG. VENT. NO. 11, 21, 12, 22, 13 & 23 SWITCHGEAR ROOM 231426 02 02 SUPPLY FANS, LOGIC DIAGRAM, CONTROLS M910 AUX. BLDG. VENT. SWGR. ROOM & PEN. AREA EXH. FANS, LOGIC 231427 02 02 DIAGRAM, CONTROLS F700 MAIN FEEDWATER PUMPS & TURBINES NO. 11A, 11B, 21A & 21B OIL 231430 02 02 PUMPS, LOGIC DIAGRAM, CONTROLS F700 MAIN FEEDWATER PUMPS & TURBINES NO. 11 & 21 EMERGENCY OIL 231431 02 02 PUMPS, OIL SEP. PUMP & MISC. OIL ALARMS, LOGIC DIAGRAM, CONTROLS F700 MAIN FEEDWATER PUMPS & TURBINES NO. 11 & 21 SG FP TURBINE 231432 02 02 TURNING GEAR MOTOR, LOGIC DIAGRAM, CONTROLS F700 MAIN FEEDWATER PUMPS & TURBINES NO. 12A, 12B, 22A & 22B OIL 231433 02 02 PUMPS, LOGIC DIAGRAM, CONTROLS F700 MAIN FEEDWATER PUMPS & TURBINES NO. 12 & 22 EMERGENCY OIL 231434 02 02 PUMPS OIL SEP. PUMP & MISC. OIL ALARMS, LOGIC DIAGRAM, CONTROLS F700 MAIN FEEDWATER PUMPS & TURBINES NO. 12 & 22 SG FP TURBINE 231435 02 02 TURNING GEAR MOTOR, LOGIC DIAGRAM, CONTROLS

• F700 NO. 1 & 2 MAIN FEEDWATER PUMPS AND TURBINES NO. 11 & 12 SGFP 231436 04 04 & TURBINE OIL VAPOR EXTRACTOR, AND NO. 11TD24,26,33, AND 21TD24,24, TURBINE DRAIN VALVES

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======== ======== F700 MAIN FEEDWATER PUMPS & TURBINES NO. 11CN32 & 21CN32 SG FP 231437 02 02 SUCTION VAS. & NO. 11CN36 & 22CN36 SG FP WARM-UP VALVES, LOGIC DIAGRAM, CONTROLS F700 MAIN FEEDWATER PUMPS & TURBINES NO. 11CN48 & 21CN48 SG FP 231438 02 02 BY-PASS VAS. & NO. 11BF32 & 21BF32 SG FP RECIRC. VALVES LOGIC DIAGRAM, CONTROLS F700 MAIN FEEDWATER PUMPS & TURBINES NO. 11 & 21 SG FP & TURBINE 231439 04 04 RESET AND LP & HP STEAM STOP VALVES TEST, LOGIC DIAGRAM, CONTROLS F700 MAIN FEEDWATER PUMPS & TURBINES NO. 21 SG FEED PUMP & 231440 11 11 TURBINE TRIP, LOGIC DIAGRAM, SHEET 2, CONTROLS F700 MAIN FEEDWATER PUMPS & TURBINES NO. 12CN32 & 22CN32 SG FP 231442 02 02 SUCTION VAS. & NO. 12CN36 & 22CN36 SG FP WARM-UP VALVES, LOGIC DIAGRAM, CONTROLS

• F700 MAIN FEEDWATER PUMPS & TURBINES NO. 12CN48 & 22CN48 SG FP 231443 02 02 BY-PASS VAS. & NO. 12BF32 & 22BF32 SG FP RECIRC. VALVES, LOGIC DIAGRAM, CONTROLS F700 MAIN FEEDWATER PUMPS & TURBINES NO. 12 & 22 SG FP & TURBINE 231444 04 04 RESET AND LP & HP STEAM STOP VALVES TEST, LOGIC DIAGRAM, CONTROLS F700 MAIN FEEDWATER PUMPS & TURB*s NO. 22 SG FEED PUMP & TURBINE 231445 10 10 TRIP, LOGIC DIAGRAM, SHEET 2, CONTROLS F400 AUX. F.W. SYSTEM NO. 11 & 21 AUX. FEEDWATER PUMPS, LOGIC 231446 05 05 DIAGRAM, CONTROLS F400 AUX. F.W. SYSTEM NO. 12 & 22 AUX. FEEDWATER PUMPS, LOGIC 231447 05 05 DIAGRAM, CONTROLS F400 AUX. F. W. SYSTEM NO. 13 & 23 AUX. FEEDWATER PUMPS, LOGIC 231448 04 04 DIAGRAM, CONTROLS F400 AUX. F.W. SYSTEM NO. 13 & 23 AUX. FEEDWATER PUMPS, TURBINE 231449 02 02 SPEED CONTROL LOGIC DIAGRAM, CONTROLS M600 NO. 2 SERVICE WATER SYSTEM SERVICE WATER PUMPS 232302 15 15

• MCOO NO. 1 & 2 CONTROL AIR HEADERS 1A & 2A ISOLATION VALVES 232542 09 09

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• LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ========

MCOO NO. 1 & 2 CONTROL AIR HEADERS 1B & 2B ISOLATION VALVES 2325H 08 08 C220 NO. 1 & 2 REHEAT STEAM SYSTEM INDEX AND SYMBOLS 232545 04 04 G220 REHEAT STEAM SY. TEMPERATURE CONTROL ANALOG, FUNCTIONAL 232546 01 01 DIAGRAM, CONTROLS C300 NO. 1 & 2 CONTROL AREA ANNUNCIATOR SYSTEM FIRST OUT ALARMS 232978 04 04 C300 NO. 1&2 UNITS CONTROL AREA ANNUNC. SYSTEM-REFLASH ALARMS, 232979 03 03 SCHEMATIC, CONTROLS C300 NO. 1&2 UNITS CONTROL AREA ANNUC. SYSTEM-CONSOLE ALARMS, 232980 04 04 SCHEMATIC, CONTROLS C300 NO. 2 UNIT-CONTROL ROOM ANNUNCIATOR DESIGNATIONS, FRONT 233982 22 22 VIEW, CONTROLS

• C300 NO. 2 UNIT-CONTROL ROOM ANNUNCIATOR DESIGNATIONS, FRONT 233983 28 28 VIEW, CONTROLS C300 NO. 2 UNIT-CONTROL ROOM ANNUNCIATOR DESIGNATIONS, FRONT 233984 13 13 VIEW, CONTROLS R130 NO. 1 & 2 UNITS NO. 1A,1B & lC VITAL BUSES SAFEGUARD EQUIP. 236250 03 03 CONTROL SYSTEM, SCHEMATIC, SHEET 1, CONTROLS R130 NO. 1 & 2 UNITS NO. 1A, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. 236251 03 03 CONTROL SYSTEM, SCHEMATIC, SHEET 2, CONTROLS R130 NO. 1 & 2 UNITS NO. 1A, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. 236252 01 01 CONTROL SYSTEM, SCHEMATIC, SHEET 3, CONTROLS R130 NO. 1 & 2 UNITS NO. 1A, 1B & lC VITAL BUSES SAFEGUARD EQUIP. 236253 04 04 CONTROL SYSTEM, SCHEMATIC, SHEET 4, CONTROLS R130 NO. 1 & 2 UNITS NO. lA, lB & lC VITAL BUSES SAFEGUARD EQUIP. 236254 01 01 CONTROL SYSTEM, SCHEMATIC, SHEET 5, CONTROLS Rl30 NO. 1 & 2 UNITS NO. lA, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. 236255 02 02 CONTROL SYSTEM, SCHEMATIC, SHEET 6, CONTROLS R130 NO. 1 & 2 UNITS NO. lA, 18 & lC VITAL BUSES SAFEGUARD EQUIP. 236256 03 03

• CONTROL SYSTEM, SCHEMATIC, SHEET 7, CONTROLS R130 NO. 1 & 2 UNITS NO. lA, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. 236257 05 05 CONTROL SYSTEM, SCHEMATIC, SHEET 8, CONTROLS

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======== ======== R130 NO. 1 & 2 UNITS NO. 1A, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. 236258 03 03 CONTROL SYSTEM, SCHEMATIC, SHEET 9, CONTROLS R130 NO. 1 & 2 UNITS NO. 1A, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. 236259 05 05 CONTROL SYSTEM, SCHEMATIC, SHEET 10, CONTROLS R130 NO. 1 & 2 UNITS NO. 1A, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. 236260 01 01 CONTROL SYSTEM, SCHEMATIC, SHEET 11, CONTROLS R130 NO. 1 & 2 UNITS NO. 1A, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. 236261 03 03 CONTROL SYSTEM, SCHEMATIC, SHEET 12, CONTROLS R130 NO. 1 & 2 UNITS NO. 1A, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. 236262 04 04 CONTROL SYSTEM, SCHEMATIC, SHEET 13, CONTROLS R130 NO. 1 & 2 UNITS NO. lA, lB & lC VITAL BUSES SAFEGUARD EQUIP. 236263 04 04 CONTROL SYSTEM, SCHEMATIC, SHEET 14, CONTROLS

• R130 NO. 1 & 2 UNITS NO. 1A, lB & 1C VITAL BUSES SAFEGUARD EQUIP. 236264 04 04 CONTROL SYSTEM, SCHEMATIC, SHEET 15, CONTROLS R130 NO. 1 & 2 UNITS NO. 1A, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. 236265 02 02 CONTROL SYSTEM, SCHEMATIC, SHEET 16, CONTROLS R130 NO. 1 & 2 UNITS NO. lA, 1B & lC VITAL BUSES SAFEGUARD EQUIP. 236266 02 02 CONTROL SYSTEM, SCHEMATIC, SHEET 17, CONTROLS R130 NO. 1 & 2 UNITS NO. lA, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. 236267 01 01 CONTROL SYSTEM, SCHEMATIC, SHEET 18, CONTROLS R130 NO. 1 & 2 UNITS NO. 1A, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. 236268 01 01 CONTROL SYSTEM, SCHEMATIC, SHEET 30, CONTROLS R130 NO. 1 & 2 UNITS NO. 1A, lB & 1C VITAL BUSES SAFEGUARD EQUIP. 236270 02 02 CONTROL SYSTEM, SCHEMATIC, SHEET 19, CONTROLS R130 NO. 1 & 2 UNITS NO. 1A, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. 236271 01 01 CONTROL SYSTEM, SCHEMATIC, SHEET 20, CONTROLS R130 NO. 1 & 2 UNITS NO. lA, lB & 1C VITAL BUSES SAFEGUARD EQUIP. 236272 01 01 CONTROL SYSTEM, SCHEMATIC, SHEET 21, CONTROLS R130 NO. 1 & 2 UNITS NO. 1A, 1B & 1C VITAL BUSES SAFEGUARD EQUIP. 236273 01 01

• CONTROL SYSTEM, SCHEMATIC, SHEET 22, CONTROLS R130 NO. 1 & 2 UNITS NO. 1A, 1B & 1C VITAL BUSES SAFEGURAD EQUIP. 236274 02 02 CONTROL SYSTEM, SCHEMATIC, SHEET 23, CONTROLS

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======== ======== T200 NO. 1&2 UNITS TURBINE GLAND SEALING STEAM & LEAK-OFF ALARMS, 236371 06 06 SCHEMATIC, CONTROLS TlDD TURBINE GENERATOR NO. 11 & 21 TURB. HYDR. FLUID PUMP, LOGIC 237901 03 03 DIAGRAM, CONTROLS TlDO TURBINE GENERATOR NO. 12 & 22 TURB. HYDR. FLUID PUMP, LOGIC 237902 03 03 DIAGRAM, CONTROLS T500 TURBINE GENERATOR HIGH PRESS. SEAL OIL B/U PUMP, LOGIC 237903 03 03 DIAGRAM, CONTROLS TODD TURBINE GENERATOR TURBINE VACUUM BREAKER VALVES, LOGIC 237904 02 02 DIAGRAM, CONTROLS T700 TURBINE GENERATOR TURBINE TURNING GEAR, LOGIC DIAGRAM, 237905 03 03 CONTROLS

• T700 TURBINE GENERATOR BEARING OIL HYDRAULIC LIFT PUMP, LOGIC 237906 05 05 DIAGRAM, CONTROLS T500 TURBINE GENERATOR TURBINE AUXILIARIES ALARMS, LOGIC DIAGRAM, 237907 02 02 CONTROLS T500 TURBINE GENERATOR AUXILIARY BEARING OIL PUMP, LOGIC DIAGRAM, 237908 06 06 CONTROLS T500 TURBINE GENERATOR EMERGENCY BEARING OIL PUMP, LOGIC DIAGRAM, 237909 03 03 CONTROLS TlOO N0.1 TURBINE GENERATOR 11E, 11W INTERCEPTOR

& REHEAT STOP 237913 05 05 VALVES TEST R160 CONTROL ROOM AREA REACTOR PROTECTION SYSTEM MAN.-AUTO.

6 237920 DO DO BUTTON CONTROLLER, SCHEMATIC, SHEET 1, CONTROLS N210 NO. 2 UNIT COMP. COOLING SYSTEM, INSTR. SCHEMATIC, CONTROLS 239084 13 13 M910 NO. 2 AUXILIARY FEEDWATER VENTILATION PUMP ROOMS VENTILATION 239091 08 08 F500 NO. 2 UNIT FEEDWATER L.P. FEEDWATER HEATERS LEVEL, INSTR. 239092 03 03 SCHEMTIC, CONTROLS

• R200 2 UNIT REAC. COOLANT SYSTEM, INSTR. SCHEMATIC, CONTROLS 239093 07 07 NO. 2 UNIT SAFETY INJECTION SYS. NO. 21&22 SAFETY INJECTION 239094 04 04 N600 PUMPS, INSTR. SCHEMATIC, CONTROLS

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======== ======== N220 NO. 2 UNIT R.H.R. SYSTEMS, INSTR. SCHEMATIC, CONTROLS 239095 07 07 F700 NO. 2 UNIT NO. 21 S.G. FEED PUMP & TURBINE STEAM & 239096 10 10 CONDENSATE, INSTR. SCHEMATIC, CONTROLS F400 NO. 2 UNIT AUX. FEEDWATER PUMPS, INSTR. SCHEMATIC, CONTROLS 239097 19 19 F500 NO. 2 UNIT FEEDWATER HEATER BY-PASS STEAM GEN. INLET VALVE 239098 09 09 CONTROL, INSTR. SCHEMATIC, CONTROLS F500 NO. 2 UNIT FEEDWATER H.P. FEEDWATER HEATERS LEVEL, INSTR. 239099 05 05 SCHEMATIC, CONTROLS F500 FEEDWATER

& MAIN STEAM SYSTEMS PROCESS ALARMS, LOGIC DIAG., 239682 02 02 SHEET 1, CONTROLS F500 FEEDWATER

& MAIN STEAM SYSTEMS PROCESS ALARMS, LOGIC DIAG., 239683 02 02 SHEET 2, CONTROLS

• F500 FEEDWATER SYSTEM NO. 11BF19 & 218Fl9 SGFW CONTROL & 118F40 & 239900 04 04 218F40 SGFW VALVES, LOGIC DIAGRAM, CONTROLS F500 FEEDWATER SYSTEM NO. 12BF19 & 228F19 SGFW CONTROL & 128F40 & 239901 04 04 22BF40 SGFW BYPASS VALVES, LOGIC DIAGRAM, CONTROLS F500 FEEDWATER SYSTEM NO. 138F19 & 238F19 SGFW CONTROL & 13BF40 & 239902 04 04 23BF40 SGFW BYPASS VALVES, LOGIC DIAGRAM, CONTROLS F500 FEEDWATER SYSTEM NO. 14BF19 & 24BF19 SGFW CONTROL & 14BF40 & 239903 04 04 24BF40 SGFW BYPASS VALVES, LOGIC DIAGRAM, CONTROLS F500 FEEDWATER SYSTEM NO. 11BF13 & 21BF13 SGFW CONTROL & 118F13 & 239904 04 04 21BF13 SG FW BYPASS VALVES, LOGIC DIAGRAM, CONTROLS F500 FEEDWATER SYSTEM NO. 12BF13 & 22BF13 SG FW INLET STOP 239905 04 04 VALVES, LOGIC DIAGRAM, CONTROLS F500 FEEDWATER SYSTEM NO. 13BF13 & 23BF13 SG FW INLET STOP 239906 04 04 VALVES, LOGIC DIAGRAM, CONTROLS F500 FEEDWATER SYSTEM NO. 14BF13 & 24BF13 SG FW INLET STOP 239907 04 04 VALVES, LOGIC DIAGRAM, CONTROLS

• G210 MAIN STEAM SYSTEM NO. 11MS7 & 21MS7 SG DRAIN VALVES & 11MS18 239908 08 08 & 21MS18 SG WARMUP VALVES, LOGIC DIAGRAM, CONTROLS

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======== ======== G210 MAIN STEAM SYSTEM NO. 12MS7 & 22MS7 SG DRAIN VALVES & 12MS18 239909 08 08 & 22MS18 SG WARMUP VALVES, LOGIC DIAGRAM, CONTROLS G210 MAIN STEAM SYSTEM NO. 13MS7 & 23MS7 SG DRAIN VALVES & 13MS18 239910 08 08 & 23MS18 SG WARMUP VALVES, LOGIC DIAGRAM, CONTROLS G210 MAIN STEAM SYSTEM NO. 14MS7 & 24MS7 SG DRAIN VALVES & 14MS18 239911 08 08 & 24MS18 SG WARMUP VALVES, LOGIC DIAGRAM, CONTROLS G210 MAIN STEAM SYSTEM NO. 11MS10 & 21MS10 RELIEF VALVES & NO. 239912 02 02 11MS26, 21MS26, 12MS26, 22MS26, TURBINE DRAIN VALVES, LOGIC DIAGRAM, CONTROLS G210 MAIN STEAM SYSTEM NO. 12MS10 & 22MS10 RELIEF VALVES, LOGIC 239913 02 02 DIAGRAM, CONTROLS G210 MAIN STEAM SYSTEM NO. 13MS10 & 23MS10 RELIEF VALVES, LOGIC 239914 02 02 DIAGRAM, CONTROLS

• G210 MAIN STEAM SYSTEM NO. 14MS10 & 24MS10 RELIEF VALVES, LOGIC 239915 02 02 DIAGRAM, CONTROLS G210 MAIN STEAM SYSTEM NO. 11 & 21MS169 & 11 & 21MS171, LOGIC 239916 03 03 DIAGRAM, CONTROLS G210 MAIN STEAM SYSTEM NO. 11MS167 & 21MS167 MAIN STEAM STOP 239917 09 09 VALVES HYDRAULIC CONTROL, LOGIC DIAGRAM, CONTROLS G210 MAIN STEAM SYSTEM STOP VALVE VENT VALVES NO. 21 & 22MS169 & 239918 03 03 21 & 22MS171, LOGIC DIAGRAM, CONTROLS G210 MAIN STEAM SYSTEM NO. 12MS167 & 22MS167 MAIN STEAM STOP 239919 09 09 VALVES HYDRAULIC CONTROL, LOGIC DIAGRAM, CONTROLS G210 MAIN STEAM SYSTEM STOP VALVE VENT VALVES NO. 13 & 23MS169 & 239920 03 03 13 & 23MS171, LOGIC DIAGRAM, CONTROLS G210 MAIN STEAM SYSTEM NO. 13MS167 & 23MS167, STOP VALVES 239921 09 09 HYDRAULIC CONTROL, LOGIC DIAGRAM, CONTROLS G210 MAIN STEAM SYSTEM STOP VALVE VENT VALVES, NO. 14&24MS169

& 239922 02 02 14&24MS171, LOGIC DIAGRAM, CONTROLS

• G210 MAIN STEAM SYSTEM NO. 14MS167 & 24MS167 STOP VALVES 239923 09 09 HYDRAULIC CONTROL, LOGIC DIAGRAM, CONTROLS Page No. 86 11/28/89 SALEM SIMULATOR Simulator Design Database

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======== ======== G210 MAIN STEAM SYSTEM NO. 11MS168 THRU 14MS168 & 21MS168 THRU 239924 02 02 24MS168 SG STOP VALVE 3 POS. MAINTENANCE VALVES, LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, NO. 11 & 21 SAFETY INJECTION PUMPS, 239925 02 02 LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, NO. 12 & 22 SAFETY INJECTION PUMPS, 239926 02 02 LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, NO. 1SJ30, 2SJ30, 11SJ33, 21SJ33, 12SJ33 239927 02 02 & 22SJ33 SAFETY INJECTION PUMPS SUCTION VALVES, LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, NO. 11SJ113, 21SJ113, 12SJ113, 22SJ113, 239928 03 03 11SJ45 & 21SJ45 SAFETY INJECTION PUMPS RECIRC. VALVES, LOGIC DIAGRAM, CONTROLS

• N600 SAFETY INJ. SYSTEM, NO. 11SJ40, 21SJ40, 12SJ40 & 22SJ40 239929 02 02 S.I.P. DISCH. VALVES TO HOT LEGS, LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, NO. 11SJ134, 21SJ134, 12SJ134, 22SJ134, 239930 02 02 1SJ135 & 2SJ135 S.I.P. DISCHARGE VALVES TO COLD LEGS, LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, NO. 1SJ67, 2SJ67, 1SJ68, 2SJ68 MINIFLOW 239931 05 05 ISOLATION VALVES FROM SAFETY INJECTION PUMPS TO RWST, LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, S.I.P., R.H.R. & CHARGING PUMPS 239932 02 02 DISCHARGE TEST LINE VALVES, LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, SAFETY INJECTION DISCH. FROM HOT LEGS 239933 02 02 TEST LINE VALVES, LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, TEST LINE CONTROL & ISOL. VALVES, LOGIC 239934 02 02 DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, NO. 1SJ19, 2SJ19, 1NT32, 2NT32, 1NT35 & 239935 02 02 2NT35 ACCUMULATORS SUPPLY & VENT VALVES, LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, NO. 11SJ54, 21SJ54, 11SJ57, 21SJ57, 239936 02 02

• 11SJ58, 21SJ58, 11SJ27 & 21SJ27 NO. 11 ACCUMULATOR OUTLET VALVES, LOGIC DIAGRAM, CONTROLS

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======== ======== N600 SAFETY INJ. SYSTEM, NO. 12SJ54, 22SJ54, 12SJ57, 22SJ57, 239937 02 02 12SJ58, 22SJ58, 12SJ27 & 22SJ27 NO. 12 ACCUMULATOR OUTLET VALVES, LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, NO. 13SJ54, 23SJ54, 13SJ57, 23SJ57, 239938 02 02 13SJ58, 23SJ58, 13SJ27 & 23SJ27 NO. 13 ACCUMULATOR OUTLET VALVES, LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, NO. 14SJ54, 24SJ54, 14SJ57, 24SJ57, 239939 02 02 14SJ58, 24SJ58, 14SJ27 & 24SJ27 NO. 14 ACCUMULATOR OUTLET VALVES, LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, NO. 11SJ20, 21SJ20, 11SJ93 & 21SJ93 NO. 239940 02 02 11 ACCUM. INLET VA. & ALARMS, LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, NO. 12SJ20, 22SJ20, 12SJ93 & 22SJ93 NO. 2399H 02 02 12 ACCUM. INLET VA. & ALARMS, LOGIC DIAGRAM, CONTROLS

• N600 SAFETY INJ. SYSTEM, NO. 13SJ20, 23SJ20, 13SJ93 & 23SJ93 NO. 239942 02 02 13 ACCUM. INLET VA. & ALARMS, LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, NO. 14SJ20, 24SJ20, 14SJ93 & 24SJ93 NO. 239943 02 02 14 ACCUM. INLET VA. & ALARMS, LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, NO. 1SJ4, 2SJ4, 1SJ5 & 2SJ5 NO. 11, 12 & 239944 04 04 13 CHG. PUMP DISCH. CONT. VA., LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, NO. 1SJ12, 2SJ12, 1SJ13 & 2SJ13 BORON 239945 05 05 INJ. TANK ISOLATION VALVES, LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, NO. 1SJ78, 2SJ78, 1SJ79, 2SJ79, 1SJ108 & 239946 02 02 2SJ108 BORON INJ. TANK OUTLET & ISOL. VAS. FROM BA TANK, LOGIC DIAGRAM, CONTROLS N600 SAFETY INJ. SYSTEM, RWST HEATER PUMP & LEVEL ALARMS, LOGIC 239948 04 04 DIAGRAM, CONTROLS N620 CONT .. SPRAY SYSTEM NO. 11 & 21 CONT. SPRAY PUMPS, LOGIC 239949 02 02 DIAGRAM, CONTROLS N620 CONT. SPRAY SYSTEM NO. 12 & 22 CONT. SPRAY PUMPS, LOGIC 239950 02 02 DIAGRAM, CONTROLS

• N620 CONT. SPRAY SYSTEM NO. 11 & 21 SPRAY CONTROL VALVES NO. 239951 02 02 11CS2, 21CS2, 1CS16 & 2CS16, LOGIC DIAGRAM, CONTROLS

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======== ======== N620 CONT. SPRAY SYSTEM NO. 12 & 22 SPRAY CONTROL VALVES NO. 239952 02 02 12CS2, 22CS2, 1CS17 & 2CS17, LOGIC DIAGRAM, CONTROLS N620 CONT. SPRAY SYSTEM NO. 11CS36, 21CS36, 12CS36 & 22CS36 239953 02 02 RECIRCULATION VALVES, LOGIC DIAGRAM, CONTROLS N620 NO. 1 & 2 CONTAINMENT SPARY SYSTEM NO. 1CS14 & 2CS14 SPRAY 239954 02 02 ADDITIVE TANK DISCHARGE VALVES F400 AUX. F.W. SYSTEM NO. 11, 12, 13, 21, 22 & 23 AUX. F.W. PUMP 239955 04 04 ALT. SUCTION VALVES & ALARM, LOGIC DIAGRAM, CONTROLS F400 AUX. F.W. SYSTEM NO. 11, 12, 21, & 22 AUX. F.W. PUMP 239956 03 03 RECIRC. VALVES AUX. F.W. HEATER PUMP & WATER TEMP. ALARM, LOGIC DIAGRAM, CONTROLS F400 AUX. F.W. SYSTEM NO. 11-14 & 21-24 S.G. AUX. F.W. INLET 239957 05 05 VALVES & AUX. F.W. STORAGE LEVEL ALARMS, LOGIC DIAGRAM,

• CONTROLS F400 AUX. F.W. SYSTEM NO. 13AF21, 14AF21, 23AF21 & 24AF21 S.G. 239959 05 05 INLET VALVES, LOGIC DIAGRAM, CONTROLS G216 S.G. DRAINS & BLOWDOWN SYSTEM NO. 11-14 S.G. SLOWDOWN 239960 02 02 ISOLATION VALVES, LOGIC DIAGRAM, CONTROLS G216 S.G. DRAINS & BLOWDOWN SYSTEM NO. 11&12 SLOWDOWN TANKS INLET 239961 04 04 & FLOW VALVES, LOGIC DIAGRAM, CONTROLS 8216 S.G. DRAINS & BLOWDOWN SYSTEM NO. 11 STM. GEN. SLOWDOWN TK. 239962 02 02 TRANSFER PUMP & VA., LOGIC DIAGRAM, CONTROLS G216 S.G. DRAINS & SLOWDOWN SYSTEM SLOWDOWN FLOW TO FILTER & 239963 02 02 EQUIPMENT DRAIN VALVES, LOGIC DIAGRAM, CONTROLS 8216 S.G. DRAINS & SLOWDOWN SYS. BLOWDOWN FILTRATE VALVES & 239964 02 02 ALARMS, LOGIC DIAGRAM, CONTROLS N400 SAMPLING SYSTEM NO. 11-14 S.G. BLOWDOWN SAMPLE ISOLATION 239965 04 04 VALVES, LOGIC DIAGRAM, CONTROLS N400 SAMPLING SYSTEM PZR., REAC. COOLANT & ACCUMULATOR SAMPLE 239966 05 05 ISOL. VALVES-CONT.

AREA, LOGIC DIAGRAM,CONTROLS

• N400 SAMPLING SYSTEM PZR., REAC. COOLANT & ACCUMULATOR SAMPLE 239967 06 06 ISOL. VALVES-PEN.

AREA, LOGIC DIAGRAM, CONTROLS

• *

• Page No. 89 11/28/89 SYSTEM MCOO MCOO MBOO MBOO MBOO F600 F600 F600 F600 M924 M924 M921 M921 N500 N530 SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number TITLE ============================================================

CONTROL AIR SYSTEM NO. 1 & 2 EMERG. CONTROL AIR COMPR., LOGIC DIAGRAM, CONTROLS CONTROL AIR SYSTEM NO. 1 & 2 EMERG. CONTROL AIR COMPR., FAILURES & AIR HDR. !SOL. VALVES, LOGIC DIAGRAM, CONTROLS NO. 2 UNIT SERVICE AIR SYSTEM, NO. 2 STATION AIR COMPRESSOR, LOGIC DIAGRAM, CONTROLS NO. 2 UNIT SERVICE AIR SYSTEM, NO. 2 STATION AIR COMPR. FAILURES, TROUBLES & AUXILIARY OIL PUMP, LOGIC DIAGRAM, CONTROLS NO. 2 UNIT SERVICE AIR SYSTEM, NO. 2 STATION AIR COMPRESSOR LOADING SEQUENCE, LOGIC DIAGRAM, CONTROLS HTR. DRAIN PUMPS SYSTEM NO. 11&21 HEATER DRAIN PUMPS & RECIRCULATING VALVES, LOGIC DIAGRAM, CONTROLS PRESSURIZER NO. 11, 21 B.U. GROUP HEATER, LOGic DIAGRAM, CONTROLS HTR. DRAIN PUMPS SYSTEM NO. 12&22 HEATER DRAIN PUMPS & RECIRCULATING VALVES, LOGIC DIAGRAM, CONTROLS HTR. DRAIN PUMPS SYSTEM NO. 13&23 HEATER DRAIN PUMPS & RECIRCULATING VALVES, LOGIC DIAGRAM, CONTROLS FUEL HANDLING AREA VENT NO. 11, 21, 12 & 22 EXH. FANS, LOGIC DIAGRAM, CONTROLS FUEL HANDLING AREA VENT NO. 1 & 2 SUPPLY UNITS & NO. 11, 21, 12 & 22 EXH. FANS, FILTER UNITS, LOGIC DIAGRAM, CONTROLS CONTROL AREA A.C. NO. 11, 21, 12, 22, 13 & 23, CHILLER MOTORS, LOGIC DIAGRAM, CONTROLS CONTROL AREA A.C. CHILLED WATER ISOLATION VALVES, LOGIC DIAGRAM, CONTROLS WASTE DISP. SYSTEM, RCDT PUMPS NO. 11, 12, 21 & 22, LOGIC DIAGRAM, CONTROLS WASTE DISP. SYSTEM, RCDT TO WASTE HOLDUP TANK CONTROL VALVES 1WL12 & 2WL12, LOGIC DIAGRAM, CONTROLS DRAWING 239968 239969 239972 239973 239977 239979 239985 239986 239987 239988 239989 239990 239992 239993 239994 STATION REVISION ======== 04 02 02 02 02 03 05 02 02 02 02 02 02 02 05 TRAINING LOAD 11/01/89 ======== 04 02 02 02 02 03 05 02 02 02 02 02 02 02 05

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• TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== N500 WASTE DISP. SYSTEM, RCDT !SOL. VAS. 1WL13 & 2WL13 & CONT. 239995 02 02 SUMP PUMP DISCHARGE VALVES, LOGIC DIAGRAM, CONTROLS N500 WASTE DISP. SYSTEM LIQ. WASTE DISCH. VAS. 1WL51 & 2WL51 & 239996 03 D3 RCDT TO GAS ANAL. ISOL. VALVES 1WL97 & 2WL97, LOGIC DIAGRAM, CONTROLS N500 WASTE DISP. SYTEM, RCDT TO GAS ANAL. ISOL. VALVES 1WL96 & 239997 03 03 2WL96 & VENT HOR. VALVES 1WL98 & 2WL98, LOGIC DIAGRAM, CONTROLS N500 WASTE DISP. SYSTEM, RCDT TO N2 MANIFOLD VAS. 1WL108 & 2WL108 239998 02 02 & TO VENT HEADER VALVES 1WL99 & 2WL99, LOGIC DIAGRAM, CONTROLS N500 WASTE DISP. SYSTEM, GASEOUS WASTE DISCHARGE VALVES 1WG41 & 239999 D2 D2 2WG41 & CONTROL SUMP TO WHT ISOL. VALVES 1WL17 & 2WL17, LOGIC DIAGRAM, CONTROLS

• R120 S.S. REACTOR PROTECTION TRAIN A SOURCE RANGE TRIP LOGIC, 240101 01 01 SCHEMATIC, SHEET 2, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN A INTERMEDIATE RANGE TRIP 240102 DO DD LOGIC, SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN A POWER RANGE TRIP LOGIC, 240103 DO 00 SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN A LOGIC TRIP PERMISSIVES, 240104 01 01 SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN A PRESSURIZER PRESS. & LEVEL 240105 DD OD TRIPS, SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN A STEAM GEN. LOW FEED WATER 24D1D6 DD OD FLOW, SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN A LOSS OF REACTOR COOLANT 240107 03 03 FLOW, SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN A TURBINE TRIP, SCHEMATIC, 240108 06 06 CONTROLS

• R120 S.S. REACTOR PROTECTION TRAIN A OVERPWR. & OVERTEMP.

DELTA T 240109 01 01 & R.C.P. U.V. TRIPS, SCHEMATIC, CONTROLS I ' I I I L ________ -----------*-

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== R120 S.S. REACTOR PROTECTION TRAIN A R.C. PUMPS UNDERFREQUENCY 240110 01 01 TRIPS, SCHEMATIC, CONTROLS RlOO S.S. REACTOR PROTECTION TRAIN A REAC. TRIP & B/P BKRS. UV 240111 03 03 OUTPUT, SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN A REAC. COOLANT LOOPS LOW 240112 00 00 TAVG, SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN A STEAM LINE PRESSURE & FLOW, 240113 00 00 SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN A STEAM LINE DIFFERENTIAL 240114 DO OD PRESSURE, SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN A PRESS. PRESS. & LEVEL 240115 02 02 SAFEGUARDS, SCHEMATIC, CONTROLS

• R120 S.S. REACTOR PROTECTION TRAIN A STEAM GENERATOR LOW WATER 240116 00 00 LEVEL, SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN A CONTAINMENT PRESSURE, 240117 DO 00 SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN A SAFEGUARDS ACTUATION, 240118 07 07 SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN A STEAM GEN. FEEDWATER 240119 00 OD CONTROL, SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN B SOURCE RANGE TRIP LOGIC, 240137 OD 00 SCHEMATIC SHEET 1, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN B SOURCE RANGE TRIP LOGIC, 240138 DO 00 SCHEMATIC SHEET 2, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN B INTERMEDIATE RANGE TRIP 240139 DO DO LOGIC, SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN B POWER RANGE TRIP LOGIC, 240140 DO DO SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN B LOGIC TRIP PERMISSIVES, 240141 01 01

• SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN B PRESSURIZER PRESS. & LEVEL 240142 00 OD TRIPS, SCHEMATIC, CONTROLS

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• TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== R120 S.S. REACTOR PROTECTION TRAIN B STEAM GEN. LOW FEED WATER 240143 00 DD FLOW, SCHEMATIC, CONTROLS R12D S.S. REACTOR PROTECTION TRAIN B LOSS OF REACTOR COOLANT 2401H 04 04 FLOW, SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN B TURBINE TRIP, SCHEMATIC, 240145 03 03 CONTROLS R120 S.S. REACTOR PROTECTION TRAIN B OVERPWR. & OVERTEMP.

DELTA T 240146 01 01 & R.C.P. U.V. TRIPS, SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN B R.C. PUMPS UNDERFREQUENCY 240147 01 01 TRIPS, SCHEMATIC, CONTROLS R100 S.S. REACTOR PROTECTION TRAIN B REAC. TRIP & B/P BKRS. UV 240148 03 03 OUTPUT, SCHEMATIC, CONTROLS

• R120 S.S. REACTOR PROTECTION TRAIN B REACTOR COOLANT LOOPS LOW 240149 OD DO TAVG, SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN B STEAM LINE PRESSURE & FLOW, 240250 DO OD SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN B STEAM LINE DIFFERENTIAL 240251 OD DO PRESSURE, SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN B PRESS. PRESS. & LEVEL 240252 02 02 SAFEGUARDS, SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN B STEAM GENERATOR LOW WATER 240253 DO OD LEVEL, SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN B CONTAINMENT PRESSURE, 240254 DO 00 SCHEMATIC, CONTROLS R120 S.S. REACTOR PROTECTION TRAIN B SAFEGUARDS ACTUATION, 240255 06 06 SCHEMATIC, CONTROLS Rl20 S.S. REACTOR PROTECTION TRAIN B STEAM GEN. FEEDWATER 240256 DD DD CONTROL, SCHEMATIC, CONTROLS F700 NO. 2 UNIT NO. 21 S.G. FEED PUMP & TURBINE, INSTR. 240625 06 06

• SCHEMATIC, CONTROLS G220 NO. 2 UNIT NO. 21W, 22W & 23W MSR MAIN STEAM & DRAIN 240627 07 07 CONTROL, INSTR. SCHEMATIC, CONTROLS Page No. 93 11/28/89

• SYSTEM F520 R200 N110 N600 N600 N620

• N110 T900 N210 F700 F700 G220 G216 M%0 E570

• M600 TITLE SALEM SIMULA TOR Simulator Design Database Sorted by Drawing Number ============================================================

NO. 2 UNIT FEEDWATER 21A-22C L.P. F.W. HEATER BY-PASS, INSTR. SCHEMATIC, CONTROLS NO. 2 UNIT eves REACTOR COOLANT PUMP SEALS, INSTR. SCHEMATIC, CONTROLS NO. 2 UNIT eves LETDOWN & CHARGING SYSTEM, INSTR. SCHEMATIC, CONTROLS NO. 2 UNIT SAFETY INJECTION SYS. REFUELING WATER STORAGE & BORON INJECTION TANKS, INSTR. SCHEMATIC, CONTROLS NO. 2 UNIT SAFETY INJECTION SYS. ACCUMULATOR PRESSURE & LEVEL, INSTR. SCHEMATIC, CONTROLS NO. 2 UNIT SAFETY INJECTION SYS. CONTAINMENT SPRAY, INSTR. SCHEMATIC, CONTROLS NO. 2 UNIT eves CHEMICAL MAKE-UP LEVEL & FLOW, INSTR. SCHEMATIC, CONTROLS NO. 2 UNIT TURBINE AUXILIARIES COOLING, INSTR. SCHEMATIC, CONTROLS NO. 2 UNIT R.C. PUMPS COMPONENT COOLING SYSTEM, INSTR. SCH., SHEET 2, CONTROLS NO. 2 UNIT NO. 22 S.G. FEED PUMP & TURBINE LUBE & CONTROL OIL, INSTR. SCH., CONTROLS NO. 2 UNIT NO. 22 S.G. FEED PUMP & TURBINE STEAM & CONDENSATE, INSTR. SCH., CONTROLS NO. 2 UNIT NO. 21E,22E&23E MSR MAIN STEAM & DRAIN CONTROL, INSTR. SCH., CONTROLS NO. 2 UNIT STEAM GENERATORS DRAINS & SLOWDOWN, INSTR. SCHEMATIC, CONTROLS NO. 2 CONTAINMENT

& PENETRATION AREA VENTILATION NO. 2 UNIT TURBINE GENERATOR HYDROGEN SEAL OIL SYSTEM, INSTR. SCHEMATIC, CONTROLS NO. 2 UNIT SERVICE WATER SYSTEM TURBINE AREA, INSTR. SCHEMATIC, CONTROLS DRAWING 240628 240629 240630 240631 240632 240633 240634 240635 240637 240638 240639 240640 240643 240M6 240647 240656 -----------------------i STATION REVISION ======== 08 03 15 13 08 12 08 07 06 05 11 07 10 06 05 TRAINING LOAD 11/01/89 ======== 08 03 15 13 08 12 08 07 06 05 11 07 10 14 06 05

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• Sorted by Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== N130 NO. 2 UNIT eves PRIMARY WATER RECOVERY SYSTEM, INSTR. 21'.0657 05 05 SCHEMATIC, CONTROLS N600 NO. 2 UNIT SERVICE WATER CONTAINMENT VENTILATION, INSTR. 240658 07 07 SCHEMATIC, CONTROLS G210 NO. 2 UNIT PENETRATION AREA NO. 21&23 STEAM GENERATORS MAIN 240659 13 13 STEAM PRESSURE, INSTRUMENT SCHEMATIC, CONTROLS G210 NO. 2 UNIT PENETRATION AREA NO. 22&24 STEAM GENERATORS MAIN 240660 14 14 STEAM PRESSURE, INSTRUMENT SCHEMATIC, CONTROLS G210 NO. 2 UNIT TURBINE MAIN & BY-PASS STEAM, INSTRUMENT 240661 10 10 SCHEMATIC SHEET 1, CONTROLS G210 NO. 2 UNIT REACTOR CONTAINMENT NO. 21 S.G. LEVEL & STEAM 240662 05 05 FLOW, INSTRUMENT SCHEMATIC, CONTROLS

• G210 NO. 2 UNIT REACTOR CONTAINMENT NO. 22 S.G. LEVEL & STEAM 240663 05 05 FLOW, INSTRUMENT SCHEMATIC, CONTROLS G210 NO. 2 UNIT REACTOR CONTAINMENT NO. 23 S.G. LEVEL & STEAM 240664 06 06 FLOW, INSTRUMENT SCHEMATIC, CONTROLS G210 NO. 2 UNIT REACTOR CONTAINMENT NO. 24 S.G. LEVEL & STEAM 240665 06 06 FLOW, INSTRUMENT SCHEMATIC, CONTROLS G220 NO. 2 UNIT T.G.A.-REHEAT STEAM CONDENSER VACUUM BASKETS, 240667 06 06 INSTR. SCHEMATIC, CONTROLS R600 NO. 2 UNIT REACTOR CONTAINMENT NO. 2 PRESS. & PRESS. RELIEF 240668 18 18 TKS., INSTR. SCHEMATIC, CONTROLS NO. 2 UNIT CONT. HYDROGEN GAS SAMPLE-SAMPLING

& F.W. ANAL. 240669 13 13 SYS., INSTR. SCHEMATIC, CONTROLS M200 NO. 2 UNIT FIRE PROTECTION, INSTR. SCHEMATIC, CONTROLS 240673 03 03 M910 NO. 2 UNIT AUXILIARY BUILDING VENTILATION SYSTEM, INSTR. 240674 14 14 SCHEMATIC SH. 1, CONTROLS MCOO NO. 2 UNIT EMERGENCY CONTROL AIR COMPRESSOR, INSTR. 240675 15 15 SCHEMATIC, CONTROLS

• M600 NO. 2 UNIT SERVICE WATER SYSTEM NO. 21 HEADERS NUCLEAR AREA, 240676 10 10 INSTR. SCH. SHEET 1, CONTROLS

• -----------------------------

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======== ======== M600 NO. 2 UNIT SERVICE WATER SYSTEM NO. 22 HEADERS NUCLEAR AREA, 240677 14 14 INSTR. SCH. SHEET 1, CONTROLS M921 NO. 2 UNIT CONTROL ROOM AIR CONDITIONING

& VENTILATION, 240678 a 14 INSTR. SCHEMATIC, CONTROLS M924 NO. 2 UNIT FUEL HANDLING AREA VENTILATION SYSTEM, INSTR. 240679 07 07 SCHEMATIC, CONTROLS G216 NO. 2 UNIT STEAM GENERATORS BLOWDOWN FILTER, INSTR. 240680 7 7 SCHEMATIC, CONTROLS F800 NO. 2 UNIT MISC. CONDENSATE, INSTR. SCHEMATIC, CONTROLS 240681 07 07 T800 NO. 2 UNIT CIRC. WATER SYSTEM CIRCULATING WATER CONDENSER 240685 06 06 AREA, INSTR. SCHEMATIC, CONTROLS E540 NO. 2 UNIT GENERATOR STATOR COOLING WATER, INSTR. SCHEMATIC, 240686 07 07

• CONTROLS T500 NO. 2 UNIT GENERATOR LUBE OIL & TURB. TRIP, INSTR. 240687 12 12 SCHEMATIC, CONTROLS TlOO NO. 2 UNIT TURB. ELECTRO-HYDRAULIC CONTROL, INSTR. 240688 02 02 SCHEMATIC, CONTROLS T300 NO. 2 UNIT TURBINE GLAND SEALING STEAM & LEAK-OFF, INSTR. 240689 04 04 SCHEMATIC, CONTROLS T200 NO. 2 UNIT TURBINE DRAINS BLEED STEAM EXTRACTION STOP 240691 03 03 VALVES, INSTR. SCHEMATIC, CONTROLS T200 NO. 2 UNIT TURBINE DRAINS BLEED STEAM F.W. HEATER DRAINS, 240692 05 05 INSTR. SCHEMATIC, CONTROLS T200 NO. 2 UNIT TURBINE DRAINS TURB. MAIN STM,. COLD REHEAT STM. 240693 05 05 TO M.S.R. COILS & LOW PRESSURE TO FEEDWATER PUMP TURBINE, INSTR. SCHEMATIC, CONTROLS N230 NO. 2 UNIT FUEL HANDLING BLDG. SPENT FUEL PIT COOLING LOOP, 2rn6% 06 06 INSTR. SCHEMATIC, CONTROLS F600 NO. 2 UNIT FEEDWATER-NO.

21,22,23 HEATER DRAIN PUMPS 240695 04 04

• RECIRC., INSTR. SCHEMATIC, CONTROLS F500 NO. 2 UNIT FEEDWATER-NO.

23A-25C L.P. F.W. HEATER BYPASS, 240696 02 02 INSTR. SCHEMATIC, CONTROLS Page No. 96 11/28/89

• SYSTEM M%0 M%0 M%0 M940 M940 FOOD

• FOOD M600 M600 R600 F310 M940 M940 M940 R600

• R600 TITLE SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number ============================================================

NO. 2 UNIT CONTAINMENT VENT. NO. 21 FAN COIL UNIT, INSTR. SCHEMATIC, CONTROLS NO. 2 UNIT CONTAINMENT VENT. NO. 22 FAN COIL UNIT, INSTR. SCHEMATIC, CONTROLS NO. 2 UNIT CONTAINMENT VENT. NO. 23 FAN COIL UNIT, INSTR. SCHEMATIC, CONTROLS NO. 2 UNIT CONTAINMENT VENT. NO. 24 FAN COIL UNIT, INSTR. SCHEMATIC, CONTROLS NO. 2 UNIT CONTAINMENT VENT. NO. 25 FAN COIL UNIT, INSTR. SCHEMATIC, CONTROLS NO. 1 UNIT CONDENSER HOTWELLS NO. 12 & 13 CONDENSERS CONDENSATE FEED SYSTEM, INSTR. SCHEMATIC, CONTROLS NO. 2 UNIT CONDENSER HOTWELLS NO. 21,22&23 CONDENSERS CONDENSATE FEED SYSTEM, INSTR. SCHEMATIC, CONTROLS NO. 2 UNIT SERVICE WATER SYSTEM NO. 21 HEADERS NUCLEAR AREA, INSTR. SCH. SHEET 2, CONTROLS NO. 2 UNIT SERVICE WATER SYSTEM NO. 22 HEADERS NUCLEAR AREA, INSTR. SCH. SHEET 2, CONTROLS PRESSURIZERS OVERPRESS.

PROT. SYS. CH. I&II R.C. TEMP. & PRESS. CH. SELEC. SCHEMATIC SHEET 1, CONTROLS NO. 2 CONDENSER CONTROLS MAKEUP NO. 21 & 22 CONDENSATE TRANSFER PUMPS CONTAINMENT VENT. NO. 11 & 12 FAN-COIL UNITS VALVES SW223, S257 & SW65, LOGIC DIAGRAM, CONTROLS CONTAINMENT VENT. NO. 13 & 14 FAN-COIL UNITS VALVES SW223, SW57 & SW65, LOGIC DIAGRAM, CONTROLS CONTAINMENT VENT. NO. 15 FAN-COIL UNIT VALVES SW223, SW57 & SW65, LOGIC DIAGRAM, CONTROLS PRESSURIZERS OVER PRESS. PROT. SYSTEM CH. I CONTROL & INDICATIONS, LOGIC DIAGRAM, CONTROLS PRESSURIZERS OVER PRESS. PROT. SYSTEM CH. II CONTROL & INDICATIONS, LOGIC DIAGRAM, CONTROLS DRAWING 240700 240701 240702 240703 240704 240711 240712 240715 240716 241108 241808 241969 241970 241971 242508 242524 STATION REVISION ======== 04 04 04 04 03 06 07 09 02 03 02 02 02 02 07 TRAINING LOAD 11/01/89 ======== 04 04 04 04 04 03 06 07 09 02 03 02 02 02 02 07 I ----------------------------------

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== C900 NO. 2 RADIATION MONITORING SYSTEM TRIP CHANNELS BYPASS CONT 242625 03 03 ROL, INDICATION

& ALARMS -SHEET 1 OF 3 C900 NO. 2 RADIATION MONITORING SYSTEM TRIP CHANNELS BYPASS CONT 242626 02 02 ROL, INDICATION AND ALARMS -SHEET 2 OF 3 C900 NO. 2 UNIT RAD. MON. SYSTEM TYPE M-861 AREA MONITORS, 242630 DD DD FUNCTIONAL DIAGRAM, CONTROLS C900 NO. 2 UNIT RAD. MON. SYSTEM CONDENSER AIR EJECTOR MON. 2R15, 242631 DO 00 FUNCTIONAL DIAGRAM, CONTROLS C900 NO. 2 UNIT RAD. MON. SYSTEM LIQUID WASTE DISPOSAL MON. 2R18, 242632 00 DD FUNCTIONAL DIAGRAM, CONTROLS C900 NO. 2 UNIT RAD. MON. SYSTEM FAILED FUEL LETDOWN LINE MONITOR 242633 OD DD 2R31, FUNCTIONAL DIAGRAM, CONTROLS

• C900 NO. 2 UNIT RAD. MON. SYSTEM 2R11A, 2R41A PART. SAMPLING 242634 00 DD MON., FUNCTIONAL DIAGRAM, CONTROLS C900 NO. 2 UNIT RAD. MON. SYSTEM 2R12A, 2R41C NOBLE GAS SAMP. 242635 OD DO MON., FUNCTIONAL DIAGRAM, CONTROLS C900 NO. 2 UNIT RAD. MON. SYSTEM 2R12B, 2R41B IODINE SAMP. MONS., 242636 DD DO FUNCTIONAL DIAGRAM, CONTROLS C900 NO. 2 UNIT RAD. MON. SYSTEM CONTROL RM. INTAKE DUCT MON. 242637 00 00 2R1B, FUNCTIONAL DIAGRAM, CONTROLS C900 NO. 2 UNIT RAD. MON. SYSTEM FAN COIL UNITS-PRCS.

MON. 242641 00 OD 2R13A-C, FUNCTIONAL DIAGRAM, CONTROLS C900 NO. 2 UNIT RAD. MON. SYSTEM CONTROL RM. INTAKE DUCT MON. 242642 DO OD 2R1A, FUNCTIONAL DIAGRAM, CONTROLS C900 NO. 2 UNIT RAD. MON. SYSTEM PLANT VENT. (GROSS) PRCS. MON. 242643 DO DD 2R16, FUNCTIONAL DIAGRAM, CONTROLS C900 NO. 2 UNIT RAD. MON. SYSTEM COMP. COOLING LIQ. PRCS. MON. 242644 DD DD 2R17A+B, FUNCTIONAL DIAGRAM, CONTROLS C900 NO. 2 UNIT RAD. MON. SYSTEM S.G. BLOWDOWN PRCS. MON. 242645 DD DD

• 2R19A-D, 2R35, FUNCTIONAL DIAGRAM, CONTROLS NO. 2 UNIT RAD. MON. SYSTEM CONTAINMENT (POST LOCA) MON. 242651 DO 00 C900 2R21, FUNCTIONAL DIAGRAM, CONTROLS I I I I I I I I I I L Page No. 98 11/28/89

• SYSTEM C900 R600 F800 F800 F800 M600

• M600 F700 F700 R600 R600 F320 F320 F320

• F200 TITLE SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number ============================================================

NO. 2 UNIT RAD. MON. SYSTEM CONTROL ROOM RECORDER PANEL 2RP1 HIGH RADIATION ALARMS, ARRANGEMENT, CONTROLS PRESSURIZERS OVER PRESS. PROT. SYS. CH. I & II CONTROL & INDICATIONS, FUNCTIONAL DIAGRAM, CONTROLS NO. 2 UNIT COND. POLISHING SYS. BY-PASS VALVES 21CN108, 22CN108, 23CN108 & INFLUENT VALVE 2CN109, SCHEMATIC, SHEET 1, CONTROLS NO. 2 UNIT COND. POLISHING SYS. BY-PASS VALVES 21CN108, 22CN108, 23CN108, SCHEMATIC, SHEET 2, CONTROLS NO. 2 UNIT COND. POLISHING SYS. INFLUENT VALVE 2CN109, SCHEMATIC, SHEET 3, CONTROLS NO. 2 UNIT SERVICE WATER SYSTEM COMPONENT COOLING WATER HEAT EXCHANGER SERVICE WATER VALVES, LOGIC DIAGRAM, CONTROLS NO. 2 UNIT SERVICE WATER SYSTEM, SERVICE WATER NUCLEAR HEADER BY-PASS RELIEF SYSTEM, LOGIC DIAGRAM, CONTROLS NO. 11 (21) S.G. FEED PUMPS & TURBINES TRIP CONTROL & IND., SCHEMATIC, CONTROLS NO. 12 (22) S.G. FEED PUMPS & TURBINES TRIP CONTROL & IND., SCHEMATIC, CONTROLS 1GP & 2GP 480V BUSES NO. 11&21 BACK-UP GROUP PRESSURIZER HEATER EMERG. FEED, SCHEMATIC, CONTROLS lEP & 2EP 480V BUSES NO. 12&22 BACK-UP GROUP PRESSURIZER HEATER EMERG. FEED, SCHEMATIC, CONTROLS NO. 2 CONDENSER AIR REMOVAL & PRIMING NO. 22 VACUUM AND SEALWATER PUMPS NO. 2 CONDENSER AIR REMOVAL AND PRIMING NO. 22 VACUUM AND SEAL WATER PUMPS NO. 2 460 & 230V AUXILIARIES NO. 23 VACUUM & SEAL WATER PUMPS NO. 2 UNIT CONDENSER AIR REMOVAL & PRIMING, NO. 24 VACUUM & SEAL WATER PUMPS, SCHEMATIC, CONTROLS DRAWING 242772 242880 244850 244851 244852 246686 246688 247404 20405 20922 20992 248340 248341 248342 248343 STATION REVISION ======== 08 05 02 02 03 02 02 10 10 02 02 01 00 01 TRAINING LOAD 11/01/89 ======== 08 05 02 02 03 02 02 10 10 02 02 01 00 01

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• TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== F320 NO. 2 CONDENSER AIR REMOVAL AND PRIMING NO. 25 VACUUM AND 248849 01 01 SEAL WATER PUMPS F320 NO. 2 UNIT-COND.

AIR REM'L & PRIM'G. NO. 23, 24 & 25 VACUUM 248883 02 02 & SEAL WATER PUMPS, LOGIC DIAGRAM, CONTROLS R600 PRESSURIZER, NO. 12 & 22 B.U. GROUP HEATERS & NO. 1 & 2 248891 03 D3 CONTROL GROUP HEATERS, LOGIC DIAGRAM, CONTROLS C3DO NO. 1 & 2 CONTROL ROOM ANNUNCIATOR DISPLAY & CONTROL 249549 00 DO CONSOLEALARM HORNS G210 NO. 11-14, 21-24 STM GENS. LOW POWER FEEDWATER FLOW, 250894 01 01 FUNCTIONAL DIAGRAM, SHEET 1, CONTROLS G210 NO. 11-14, 21-24 STM GENS. LOW POWER FEEDWATER FLOW, 250895 01 01 FUNCTIONAL DIAGRAM, SHEET 2, CONTROLS

• HWOO 2RP1 FRONT VIEW 25140D OD OD HWDO 2RP1 REAR VIEW 251401 DO DO HWOD 2RP1 RAD MON SYS HIGH RAD ALARMS ARRANGEMENT 2514D2 OD 00 HWDD PANEL CUT-OUTS 251403 DO 00 HWDO 2RP2 FRONT VIEW 251404 00 DO HWOO 2RP2 VENT. DAMPER CONTROL-MIMIC LAYOUT ARRANGEMENT 251405 00 00 HWOD 2RP3 FRONT VIEW 251406 DO 00 2RP3 REAR VIEW 251407 00 00 HWOO 2RP3 LIFT COIL DISCONNECT SWITCHES ARRGT. & DRILLING PLAN 251408 DO 00 HWOO 2RP3 REACTOR CORE GRAPHIC DISPLAY ARRANGEMENT 251409 00 DO R170 2RP4 FRONT VIEW 251410 00 00 R170 2RP4 REACTOR PROTECTION SYS STATUS PANEL DRILLING PLAN SH.1 251411 00 DO R17D 2RP4 REACTOR PROTECTION SYS STATUS PANEL DRILLING PLAN SH.2 251412 00 DO

• HWOO 2RP5 FRONT VIEW 251413 00 00

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== HWOO 2RP6 FRONT VIEW 25W4 00 00 HWOO 2RP7 FRONT VIEW 251415 00 00 HWOO 2RP8 FRONT VIEW 251416 DO 00 HWOO 2RP9 FRONT VIEW 251417 00 00 X243 CONTROL CONSOLE DETAILS 251418 00 00 HWOO BASE DETAIL 251U9 00 00 HWOO UNISTRUT DETAIL 251420 OD 00 ' X243 CONTROL CONSOLE (FRONT VIEW OF CCl, CC2, CC3) 251421 00 00 X243 2CC1 DRILLING PLAN 251422 00 DO

• X243 2CC2 DRILLING PLAN 251423 00 00 X243 2CC3 DRILLING PLAN 251424 00 OD X243 CONSOLE CUT-OUTS 251425 00 00 HWDO 2RP1 BASE DETAIL 251426 00 OD HWOO 2RP2 BASE DETAIL 251427 DO 00 HWOO 2RP3 BASE DETAIL 251428 00 00 HWOD DOOR LATCH DETAIL 251429 00 00 HWDO CABLE, DO ASSEMBLY 251430 00 OD HWOO CABLE, DI ASSEMBLY 251431 00 DO HWDD CABLE, DAC ASSEMBLY 251432 DO OD HWOO CABLE, ADC ASSEMBLY 251433 DO 00 X243 MISC VIEWS (CONTROL CONSOLE CCl, CC2, CC3) 251434 02 02 X243 50DKV, 25KV, 13KV, & 4KV MIMIC BUS DETAILS 251435 00 00

• HWOO 2RP9 ASSEMBLY 251435 00 DO

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== X243 RESIDUAL HEAT REMOVAL, PRESSURIZER RELIEF TANK FRONT VIEW 251436 02 02 X243 #21 STM GEN LEVEL & FLOW RECORDER FRONT VIEW 251437 01 01 X243 CONDENSATE

-COMPONENT COOLING WATER FRONT VIEW 251438 02 02 X243 #21 STM GEN FEED PUMP & TURBINE HTR DRAIN PUMPS FRONT VIEW 251439 01 01 X243 #22 STM GEN FEED PUMP & TURBINE EXCITATION FRONT VIEW 251440 01 01 X243 STM GEN FEED PUMPS & SAMPLING SYS TURB. GEN. AUX. FRONT VIEW 251441 01 01 X243 REHEAT STEAM TEMPERATURE MAIN STEAM FRONT VIEW 251442 01 01 X243 SHUT-DOWN, PART LENGTH & CONTROL-ROD COUNTERS FRONT VIEW 251443 01 01 X243 FEEDWATER HEATERS COMPRESSED AIR FRONT VIEW 251444 01 01

• X243 CIRCULATING WATER CONDENSER FRONT VIEW 251445 01 01 X243 #21 RX COOL. PMP,RX COOL. PMP SEAL LEAK-OFF FLOW FRONT VIEW 251446 02 02 X243 PRESSURIZER LVL AND TEMP. RX COOLANT PRESSURE FRONT VIEW 25140 02 02 X243 #22 RX COOL. PMP CONT ROD GRP-POS.&

INS. LIMITS FRONT VIEW 251448 02 02 X243 BORIC ACID & PR!. WTR FLW REGISTERS, RX COOL. SYS FRONT VIEW 251449 01 01 X243 CHARGING SYSTEM #23 RX COOLANT PUMP FRONT VIEW 251450 01 01 X243 RX COOLANT TEMP. ROD CONTROL FRONT VIEW 251451 01 01 X243 SERVICE WATER, TURBINE AUXILIARY COOLING WATER FRONT VIEW 251452 01 01 X243 #21 & #22 ACCUMULATOR

1. 2A DIESEL GENERATOR FRONT VIEW 251453 02 02 X243 SAFETY INJECTION FRONT VIEW 251454 '1 '1 X243 #22 STEAM GENERATOR, #24 STEAM GENERATOR FRONT VIEW 251455 01 01 X243 CONTAINMENT SPRAY, CRT PANEL ASSEMBLY FRONT VIEW 251456 01 01 X243 CONTAINMENT VENTILATION AND RECORDERS FRONT VIEW 251457 01 01

• X243 VENT. AUX. BLDG FUEL HANDLING BLDG & CONTAINMENT FRONT VIEW 251458 02 02

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======== ======== X243 TURBINE PROTECTION

& WATER TREATMENT 251459 01 01 PRESSURIZER LEVEL & PRESSURE X243 4KV-2H & 2E, 2F & 2G GROUP BUS FRONT VIEW 251460 01 01 X243 13 & 500KV GROUP BUS VOLTMETERS FRONT VIEW 251461 01 01 X243 VOLTMETERS-GEN.

& VITAL BUS 2A,2B,2C -SYNCH FRONT VIEW 251462 01 01 X243 ROD POSITION FRONT VIEW 251463 01 01 X243 #23 STEAM GENERATOR, RVLIS DISPLAY FRONT VIEW 251464 02 02 X243 NUCLEAR INSTRUMENTATION POWER RANGE RECORDERS FRONT VIEW 251465 01 01 X243 AUXILIARY FEED PUMPS, AUX. FEED FRONT VIEW 251466 02 02 X243 CHEMICAL & VOLUME CONTROL FRONT VIEW 251467 01 01

• X243 #24 REACTOR COOLANT PUMP FRONT VIEW 251468 01 01 X243 SAFEGUARDS ACT.&CONT PRESS PRI WTR.&BORIC ACID FLW RECORDERS 251469 02 02 X243 STEAM GENRATOR BLOWDOWN MAIN STEAM FRONT VIEW 251470 01 01 X243 NOS. 28 & 2C DIESEL GEN., NOS. 23 & 24 ACCUMULATORS FRONT 251471 02 02 VIEW X243 CHEMICAL & VOLUME CONTROL WASTE DISPOSAL FRONT VIEW 251472 02 02 X243 NUCLEAR POWER RANGE RECORDER FRONT VIEW 251473 01 01 X243 E.H. OPERATOR'S PANEL FRONT VIEW SHEET 1 251474 01 01 X243 E.H. OPERATOR'S PANEL FRONT VIEW SHEET 2 251475 01 01 HWOO CABLE, ADC(16 BIT) ASSEMBLY WIRING 25106 OD DD HWOD GENERAL ARRANGEMENT OF THE SIMULATOR AREA 251477 OD OD HWOO COMPUTER CONSOLE PANEL 2RP8 DETAILS 251478 DD DD HWDO COMPUTER CONSOLE PANEL 2RP8 REAR DOOR DETAIL 251479 OD OD

• HWDO COMPUTER CONSOLE PANEL 2RP8 FRONT DOOR DETAIL 25148D DO OD

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======== ======== NO DRAWING 251481 HWOO 2RP1-2RP6 REAR DOOR DETAILS 251482 OD 00 NO DRAWING 251483 E110 ELEC PWR DIST. SYS, ONE LINE DIAGRAM 500KV, 13KV, 4KV SWYD 251484 00 00 E110 ELECT PWR DIST. SYS, ONE LINE DIAGRAM 500KV, 13KV, 4KV SWYD 251484 DO DD E140 ELECT PWR DIST. SYS, 1 LINE DIAG. 460V & 230V GROUP & VITAL 251485 00 DO BUS E140 ELECT PWR DIST. SYS, 1 LINE DIAG. 460V & 230V GROUP & VITAL 251485 OD DO BUS E140 ELECT PWR DIST. SYS, 1 LINE DIAG. 460V & 230V GROUP & VITAL 251485 00 00 BUS

• E140 ELECT PWR DIST. SYS, 1 LINE DIAG. 460V & 230V GROUP & VITAL 251485 DD 00 BUS E140 ELECT PWR DIST. SYS, 1 LINE DIAG. 460V & 230V GROUP & VITAL 251485 00 00 BUS E140 ELECT PWR DIST. SYS, 1 LINE DIAG. 460V & 230V GROUP & VITAL 251485 OD 00 BUS E140 ELECT PWR DIST. SYS, 1 LINE DIAG. 460V & 230V GROUP & VITAL 251485 00 OD BUS PROCESS SIMULATION SOFTWARE INTERFACE 00 00 HWOO COMPUTER CONSOLE PANEL 2RP8 BASE DETAIL 251487 00 DO HWOO 2RP7 BASE DETAIL 251488 00 00 E500 GEN. & VOLTAGE REG. SYS. SCHEMATIC DIAGRAM 251489 00 DO E500 GENERATION SIMULATION DIAGRAM 251490 00 00 E500 EXCITATION SYSTEM SCHEMATIC DIAGRAM 251491 OD OD

• E500 EXCITATION SYSTEM SIMULATION DIAGRAM 251492 OD 00 STEAM GENERATOR, STEAM FLOW NETWORK & ENERGY 251493 00 OD G220

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======== ========

G22D STEAM GENERATOR, STEAM FLOW NETWORK & ENERGY 251493 DD DO R200 REACTOR COOLANT SYSTEM 251494 00 00 R6DO PRESSURIZER RELIEF TANK AND STANDPIPES 251495 00 00 N6DO SAFETY INJECTION SYSTEM 251496 01 01 N220 -RESIDUAL HEAT REMOVAL SYSTEM 251497 00 DO NlDD CHEMICAL & VOLUME CONTROL SYSTEM 251498 DD DO NlDD CHEMICAL & VOLUME CONTROL SYSTEM 25a99 01 01 M900 CONTAINMENT

& AUXILIARY BUILDINGS VENTILATION SYSTEMS 2515DD DD 00 M900 CONTAINMENT

& AUXILIARY BUILDING VENTILATION SYSTEMS 251500 00 DO

• N620 CONTAINMENT SPRAY SYSTEM 251501 OD 00 N530 CONTAINMENT

& WASTE DISPOSAL, WASTE DISPOSAL LIQUID & GAS 251502 02 D2 NlOD PRIMARY WATER RECOVERY SYSTEM 251503 DD OD F300 LIQUID FLOW NETWORK & ENERGY, CONDENSATE FLOW 251504 00 00 F300 LIQUID FLOW NETWORK & ENERGY, CONDENSATE FLOW 251504 DO DO F300 LIQUID FLOW NETWORK & ENERGY, FEEDWATER FLOW 251505 01 01 F300 LIQUID FLOW NETWORK & ENERGY, HEATER DRAINS SYSTEM 251506 00 00 F320 CONDENSER AIR REMOVAL AND PRIMING 251507 01 01 F800 CONDENSATE

& FEEDWATER MISC 251508 01 01 G216 STEAM GENERATOR SLOWDOWN SYSTEM 251509 Dl 01 GlDD STEAM FLOW NETWORK & ENERGY, BLEED STEAM & REHEATERS 251510 DO 00 GlOO STEAM FLOW NETWORK & ENERGY, BLEED STEAM & REHEATERS 251510 DO DO T700 TURBINE POWER & SUPERVISORY 251511 OD OD

• T5DO TURBINE LUBE OIL & COOLING, MAIN TURBINE 251512 00 00

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======== ======== T500 TURB. LUBRICATING

& COOLING, SGFPT LUBE OIL SYSTEM 251513 00 00 M600 SERVICE WATER SYSTEM 251514 00 00 T800 CIRCULATING WATER SYSTEM 251515 00 00 N210 COMPONENT COOLING SYSTEM 251516 01 01 N210 COMPONENT COOLING SYSTEM 251516 01 01 T900 TURBINE AUXILLARY COOLING & GENERATOR STATOR WATER COOLING 251517 00 00 MCOO COMPRESSED AIR 251518 00 00 HWOO GENERAL ARRANGEMENT FLOOR PLAN 251519 00 00 HWOO GENERAL ARRANGEMENT CABLE ROUTING 251520 00 00

• NO DRAWING 251521 R6DD PRESSURIZER-PRESSURE & LEVEL, PROTECTION

& CONTROL 251522 OD OD R6DO PRESSURIZER-PRESSURE & LEVEL, PROTECTION

& CONTROL 251522 00 00 G210 STEAM DUMP CONTROL, SIMULATION SCHEMATIC 251523 00 DO F300 21-24 STEAM GENRATOR CONTROL

SUMMARY

LEVEL SIM. SCHEMATIC 251524 00 00 (SHEET 13 & 14) F300 21-24 STEAM GENERATOR CONTROL

SUMMARY

LEVEL SIM. SCHEMATIC 251524 00 00 (SHEET 13 & 14) F30D 21-24 STEAM GENERATOR CONTROL

SUMMARY

LEVEL SIM. SCHEMATIC 251524 00 00 (SHEET 13 & 14) SIMULATED SYSTEM PROCESS DIAGRAM LEGENDS & GENERAL REFERENCE 251525 00 OD R1DD REACTOR CONTROL SIMULATION SCHEMATIC 251526 00 00 X243 CONTROL CONSOLE 2CC1 ASSEMBLY 251527 00 00 X243 CONTROL CONSOLE 2CC1 PARTS LIST 251528 00 00

• X243 CONTROL CONSOLE 2CC2 ASSEMBLY 251529 00 00 CONTROL CONSOLE 2CC2 PARTS LIST 251530 01 01 X243

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======== ======== X24.3 CONTROL CONSOLE 2CC3 ASSEMBLY 251531 00 00 X24.3 CONTROL CONSOLE 2CC3 PARTS LIST 251532 OD DO HWOO 2RP7 ASSEMBLY 251533 00 OD HWOO 2RP7 PARTS LIST 251534. 00 DO HWOD 2RP9 PARTS LIST 251536 DO OD HWOD 2RP1 ASSEMBLY 251537 00 00 HWDD 2RP1 PARTS LIST 251538 00 DO HWOO 2RP2 ASSEMBLY 251539 DO DO HWOO 2RP2 PARTS LIST 25154.0 00 OD

• 2RP3 ASSEMBLY 25154.1 DO DO HWOD 2RP3 PARTS LIST 25154.2 00 OD R170 2RP4. ASSEMBLY 25154.3 OD DO R170 2RP4 PARTS LIST 25154.4 DO DO HWOO 2RP5 ASSEMBLY 25154.5 00 00 HWDO 2RP5 PARTS LIST 25154.6 00 DO HWOD 2RP6 ASSEMBLY 251547 OD 00 HWOO 2RP6 PARTS LIST 251548 OD DO F300 tt22 STM GENERATOR CONTROL

SUMMARY

LVL SIMULATION SCHEMATIC 25154.9 DO DO F300 122 STM GENERATOR CONTROL

SUMMARY

LVL SIMULATION SCHEMATIC 25154.9 OD DO F300 #23 STM GENERATOR CONTROL

SUMMARY

LVL SIMULATION SCHEMATIC 251550 DO 00 F300 123 STM GENERATOR CONTROL

SUMMARY

LVL SIMULATION SCHEMATIC 251550 DO DO F300 tt24. STM GENERATOR CONTROL

SUMMARY

LVL SUMULATION SCHEMATIC 251551 DD OD

• F3DD #24. STM GENERATOR CONTROL

SUMMARY

LVL SIMULATION SCHEMATIC 251551 00 DD I -----------

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======== ======== INSTRUMENTATION AND CONTROL LEGEND & GENERAL REFERENCES 251552 00 00 SIMULATOR TASK STRUCTURE 251553 00 00 HWOO #21 HYDROGEN RECOMBINER FRONT VIEW 251554 00 00 HWOO tt21 HYDROGEN RECOMBINER REAR VIEW 251555 00 00 HWOO #22 HYDROGEN RECOMBINER FRONT VIEW 251556 00 00 HWOO tt22 HYDROGEN RECOMBINER REAR VIEW 251557 00 00 HWOO SSPS SYSTEM, OUTPUT TEST & INTERFACE CABINET DOOR #2 251558 00 OD HWOO SSPS SYSTEM, OUTPUT TEST & INTERFACE CABINET DOOR #3 251559 OD DO HWDO SSPS SYSTEM, OUTPUT TEST & INTERFACE CABINET DOOR #4 251560 OD 00

• HWOO SSPS OUTPUT TEST & INTERFACE CAB. FRONT VIEW --TRAIN A 251561 00 00 HWOO SSPS OUTPUT TEST & INTERFACE CAB. REAR VIEW --TRAIN A 251562 00 DO HWOO SSPS OUTPUT TEST & INTERFACE CAB. FRONT VIEW --TRAIN B 251563 00 00 HWOD SSPS OUTPUT TEST & INTERFACE CAB. REAR VIEW --TRAIN B 251564 00 00 HWOO SSPS LOGIC CABINET, LOGIC TEST PANEL 251565 00 OD HWOD SSPS LOGIC CABINET BRACKET, WARNING LAMP 251566 OD 00 E153 ELEC. PWR DIST. SYS. ONE LINE DIAG. 115V AC SUSSES 251567 DD OD HWOD ANNUNCIATOR FRAME, LEFT SIDE FRONT VIEW 251568 DO OD HWDD ANNUNCIATOR FRAME, RIGHT SIDE FRONT VIEW 251569 DD DO HWOD NUC. INSTRUMENTATION, DECTECTOR CAB. COMPARATOR 251570 DO DD HWDD SSPS SYS., OUTPUT TEST & INTERFACE CAB. DOOR #1 251571 00 DD HliDO NUCLEAR INSTRUMENTATION CABINET REAR VIEW 251572 01 01 HWOO NUCLEAR INSTRUMENTATION CABINET REAR VIEW 251573 OD OD ** HWDO FLUX MAPPING SYSTEM FRONT VIEW 251574 01 01

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======== ======== HWDD FLUX MAPPING SYSTEM REAR VIEW 251575 OD DO HWOO SOLID STATE PROTECTION SYS, LOGIC CABINET FRONT VIEW TRAIN-A 251576 OD 00 Hl400 SOLID STATE PROTECTION SYS, LOGIC CABINET REAR VIEW TRAIN-A 251577 00 00 HWOO SOLID STATE PROTECTION SYS, LOGIC CABINET FRONT VIEW TRAIN-B 251578 00 00 Hl400 SOLID STATE PROTECTION SYS, LOGIC CABINET REAR VIEW TRAIN-B 251579 00 OD HWDD RADIATION MONITORING SYSTEM CABINET FRONT VIEW 251580 01 01 HWOO RADIATION MONITORING SYSTEM CABINET REAR VIEW 251581 00 OD HWOO BRACKET, CABLE SUPPORT (2RP1) 251582 DO OD HWOD POWER DIST. PANEL, FLUX MAPPING SYSTEM 251583 DO OD

• HWOO PATH DISPLAY, FLUX MAPPING SYSTEM 251584 00 OD HWOO COMMON CONTROLS FLUX MAPPING SYSTEM 251585 00 00 HWDO 2RP1 FRONT VIEW 251586 01 01 Hl400 2RP1 FRONT VIEW 251587 01 01 HWOO 2RP2 FRONT VIEW 251588 DO 00 HWOO 2RP2 FRONT VIEW 251589 01 01 HWOO 2RP3 FRONT VIEW 251590 00 00 HWOO 2RP3 FRONT VIEW DETAIL 251591 00 OD R170 2RP4 FRONT VIEW 251592 00 OD R170 2RP4 FRONT VIEW DETAIL 251593 00 00 R170 2RP4 FRONT VIEW DETAIL 251594 00 OD HWOO 2RP5 FRONT VIEW 251595 Dl 01 HWOO 2RP5 FRONT VIEW DETAIL 251596 01 Dl

• HWOD 2RP6 FRONT VIEW 251597 01 Dl Page No. 109 11/28/89 SALEM SIMULATOR Simulator Design Database

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======== ======== HWOO 2RP7 FRONT VIEW 251598 DO DO HWOO 2RP8 FRONT VIEW 251599 01 01 HWOD 2RP9 FRONT VIEW 251600 01 01 HWOO PLATE, POWER SUPPLY MTG. 251601 DO DO HWOO PANEL FRONT HYDROGEN RECOMBINER 251602 DO DO HWOO CABINET BASE HYDROGEN RECOMBINER 251603 DO DO HWOO ASSEMBLY HYDROGEN RECOMBINER 251604 DO DO HWOO PARTS LIST HYDROGEN RECOMBINER 251605 OD DO HWOO NUCLEAR INSTRUMENTATION ASSEMBLY 251606 DO DO

• HWOO PARTS LIST NUCLEAR INSTRUMENTATION 251607 DO OD HWOO 2RP1 REAR VIEW 251608 DO OD HWOO 2RP1 REAR VIEW DETAIL 251609 DO DO HWOO 2RP1 REAR VIEW DETAIL 251610 DO DO HWOO 2RP2 REAR VIEW 251611 OD OD HWOO 2RP3 REAR VIEW 251612 DO DO HWOD 2RP3 REAR VIEW DETAIL 251613 DO DD R17D 2RP4 REAR VIEW 251614 DD OD R170 REAR VIEW DETAIL 251615 00 DO R17D 2RP4 REAR VIEW DETAIL 251616 OD DO HWOD 2RP5 REAR VIEW 251617 DO DO HWOD 2RP5 REAR VIEW DETAIL 251618 OD DO HWOO 2RP6 REAR VIEW 251619 00 DO

• HWOO 2RP7 REAR VIEW 251620 DO DO

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======== ======== HWOO 2RP8 REAR VIEW 251621 00 OD HWOO 2RP9 REAR VIEW 251622 DO 00 HWOO TURBINE E-H CONTROL PANEL 251623 00 00 HWOO SSPS LOGIC CABINET FRONT VIEW 251624 00 00 HWOO PANEL, AUXILIARY THERMOCOUPLE SWITCHES FLUX MAPPING SYSTEM 251625 00 00 HWDO PANEL BLANK, FLUX MAPPING SYSTEM 251626 DO 00 HWOO SSPS LOGIC CABINET POWER SUPPLY 251627 DO 00 HWOO ESCUTCHEON PLATE FLUX MAPPING SYSTEM 251628 00 00 HWOO ROTOR VIBRATION PANEL 251629 OD 00

• HWDO CASING/DIFFERENTIAL EXPANSION PANEL 251630 DO DO HWOO ROTOR ECCENTRICITY PANEL 251631 00 00 HWOO DIFFERENTIAL EXPANSION PANEL 251632 00 00 ROTOR POSITION PANEL 251633 DO DO HWDO TSI POWER DRAWER 251634 00 00 HWOO DETECTOR READOUT, FLUX MAPPING SYSTEM 251635 00 00 HWOO OPERATORS PANEL 251636 00 00 HWOO CRT PANEL 251637 00 00 HWOO BATTERY SUPPLY FLUX MAPPING SYSTEM 251638 00 DO HWOD SSPS LOGIC CABINET PANEL, LOGIC TEST 251639 00 00 HWOO SSPS LOGIC CABINET, OUTPUT RELAY TEST PANEL 251640 00 00 HWOO PANEL, ELECTRONIK 15 MT. FLUX MAPPING SYSTEM 251641 OD 00 HWOO WESTRONICS CHART RECORDER MTG. FLUX MAPPING SYSTEM 251642 00 00

• HWDO DETECTOR CONTROL FLUX MAPPING SYSTEM 251643 DO 00

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======== ======== HWOO PANEL, BLANK FLUX MAPPING SYSTEM 251644 DO DO HWOO PROTECTIVE COVER (2RP3) 251645 OD DO HWOO HINGE SUPPORT (2RP3) 251646 DO DO REACTIVITY COMPUTER, 7746A & L&N RECORDERS FRONT VIEW 251647 01 01 HWOO REACTIVITY COMPUTER, 7746A & L&N RECORDERS REAR VIEW 251648 DO 00 HWOO SCALER-TIMER NUCLEAR INSTRUMENTATION 251649 00 00 HWOO BRACKET, NIXIE TUBE MTG. (SCALER-TIMER) 251650 00 00 HWOO SSPS SYS., OUPUT TEST & INTERFACE CABINET FRONT VIEW 251651 Ori 00 HWOO SSPS SYSTEM, OUTPUT TEST & INTERFACE CABINET (INNER PANEL) 251652 OD OD

• HWOO SUPPORT, DECIMAL POINT (SCALER-TIMER) 251653 DO OD HWOO PANEL, BLANK FLUX MAPPING SYSTEM 251654 DO OD HWOO ENGRAVING, SCALER-TIMER PANEL NUCLEAR INSTRUMENTATION 251655 DO 00 R170 2RP4 FRONT & REAR VIEW 251656 01 01 HWOO ANNUNCIATOR, LEFT SIDE FRONT VIEW 251657 00 00 HWOO ANNUNCIATOR, RIGHT SIDE FRONT VIEW 251658 DO DO HWOO ANNUNCIATOR, LEFT SIDE REAR VIEW 251659 OD DO HWOO ANNUNCIATOR, RIGHT SIDE REAR VIEW 251660 DO OD HWOO SALEM SIMULATOR COMPUTER HARDWARE & PERIPHERALS 251661 DO DO Hl400 PARTS LIST FLUX MAPPING 251662 DO OD HWOO FLUX MAPPING ASSEMBLY 251663 OD 00 G220 STEAM DUMP CONTROL SYSTEM (SUBSYSTEM XD1560) 251664 DO 00 E560 ELECTRICAL DISTRIBUTION RELAY ENERGIZATION-1 251665 DO DO

• E560 ELECTRICAL DISTRIBUTION RELAY ENERGIZATION-1 251665 00 DO

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======== ======== E560 ELECTRICAL DISTRIBUTION RELAY ENERGIZATION-2 251666 OD DO E560 ELECTRICAL DISTRIBUTION RELAY ENERGIZATION-2 251666 DO 00 E560 ELECTRICAL DISTRIBUTION RELAY ENERGIZATION-2 251666 00 00 E130 ELEC. DIST. ISOL. TRIP REG. FOR tt2 AUXILIARY TRANSF. 251667 01 01 E110 ELECT. DISTRIBUTION BKR. LOGIC (500KV BKRS.) 251668 00 00 E110 ELECT. DISTRIBUTION BKR. LOGIC (500KV BKRS.) 251668 00 00 E130 ELEC. DISTRIBUTION BKR. LOGIC (DIESEL GEN. BKRS.) 251669 00 00 E130 ELEC. DISTRIBUTION BKR. LOGIC GP I=l,18 251670 01 01 E130 ELEC. DIST. TAP., INTER. & AUTO. CLOS. SIGNAL FOR 4KV GP BUS 251671 00 00 BKR

• E130 ELECT. DIST. TAP., INTER. & AUTO. CLS. SIGNAL FOR 4KV GP BUS 251671 00 00 BKR E130 ELECT. DIST. TAP., INTER. & AUTO. CLS. SIGNAL FOR 4KV GP BUS 251671 00 00 BKR E130 ELECT. DIST. TRIP, INTER. & AUTO CLOSE SIG. FOR 4KV VITAL 251672 DO 00 BUS BKR E130 ELECT. DIST. TRIP. INTER. & AUTO CLOSE SIG. FOR 4KV VITAL 251672 00 00 BUS BKR E130 ELECT. DIST. TRIP. INTRE. & AUTO CLOSE SIG. FOR 4KV VITAL 251672 00 00 BUS BKR E110 INTERL & TRIP SIGNAL FOR 500KV SWITCHER 2T60 251673 00 00 E140 ELEC. DISTRIBUTION BKR. LOGIC (BELOW 4KV GP I=l,11) 251674 OD OD E140 ELEC. DISTRIBUTION BKR. LOGIC (BELOW 4KV GP I=l, 11) 251674 00 00 E130 ELEC. DIST. TRIPPING SIGNAL FOR 4KV BKR. (GP I=l, 11) 251675 00 00 E130 ELECT. DIST. TRIPPING SIGNAL FOR 4KV BKR. (GP I-1.11) 251675 00 00

• E130 ELECT. DIST. TRIPPING SIGNAL FOR 4KV BKR. (GP I=l, 11) 251675 00 00

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• Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== E130 ELEC. DISTRIBUTION TAP CHANGER LOGIC 251676 OD 00 E13D SIM DWG. FOR TAP CHANGER OF TAP CHANGING TRANSFORMERS 251677 00 00 HWDO DISC (DETECTOR CONTROL) FLUX MAPPING SYSTEM 251678 OD DD HWDO PANEL LETTER 'DETECTOR A' FLUX MAPPING SYSTEM 251679 DO DO PANEL LETTER 'DETECTOR B' FLUX MAPPING SYSTEM 251680 OD 00 HWOO PANEL LETTER "DETECTOR C' FLUX MAPPING SYSTEM 251681 DD OD HWOO PANEL LETTER 'DETECTOR D' FLUX MAPPING SYSTEM 251682 DD DO HWOD PANEL LETTER 'DETECTOR E' FLUX MAPPING SYSTEM 251683 DD DD HWOD PANEL LETTER 'DETECTOR F' FLUX MAPPING SYSTEM 251684 OD OD

• E5DD ELEC. GEN. DETAIL DESIGN GEN. EXCITER FIELD BKR LOGIC 251685 01 01 E50D ELEC. GEN. DETAIL DESIGN EXCITATION PROTECTION 251686 00 00 E5DD ELEC. GEN. ENERGIZATION OF GEN. LOCKOUT BACKUP SHDWN LOCKOUT 251687 Dl 01 E5DO ELEC. GEN. DETAIL DESIGN VOLTAGE REGULATOR LOGIC 251688 D1 01 E580 ELEC. GEN. VOLTAGE ADJUSTER LOGIC & BASE ADJUSTER LOGIC 251689 DD DO E5DO ELEC. GEN. DETAIL DESIGN MANUAL CONTROL OF EXCITATION 251690 00 00 E500 ELEC. GEN. DETAIL DESIGN AUTO CONTROL OF EXCITATION 251691 DD DO E500 ELEC. GEN. DETAIL DESIGN EXCITER MODEL 251692 DO DO E580 ELEC. GEN. DETAIL DESIGN TURBINE GENERATOR SPEED MODEL 251693 00 OD E500 ELEC. GEN. DETAIL DESIGN GENERATION POWER 251694 00 00 E3DO DIESEL GEN. DETAIL DESIGN START/STOP CONTROL 251695 02 02 E300 DIESEL GEN. DETAIL DESIGN STOP/START CONTROL 251695 02 02 E30D DIESEL GEN. DETAIL DESIGN LOGIC FOR DIESEL TROUBLES 251696 01 Dl

• E30D DIESEL GEN. ENERGIZATION OF DUTR DIESEL READY TO LOAD 251697 01 01

• *

• Page No. 1a 11/28/89 SYSTEM E300 E300 E300 E300 E300 E300 E300 E400 E400 E400 E400 E400 E400 E400 HWOO HWOO HWOO HWOO HWOO HWOO TITLE SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number ============================================================

DIESEL GEN. DETAIL DESIGN DIESEL GEN. EXCITER & GOVERNOR CONTROL DIESEL GEN. DETAIL DESIGN DIESEL GEN. EXCITER & GOVERNER CONTROL DIESEL GEN. DETAIL DESIGN DIESEL GEN. EXCITER & GOVERNOR CONTROL DIESEL GEN. DETAIL DESIGN & DIESEL GEN. MECHANICAL MODEL DIESEL GEN. DETAIL DESIGN, DIESEL GEN. POWER PANEL DIESEL GEN. DETAIL DESIGN, DIESEL GEN. POWER PANEL DIESEL GEN. DETAIL DESIGN, DIESEL GEN. POWER PANEL GAS TURB. GEN. 13 DETAIL DESIGN LOCKOUT RELAY ENERGIZATION GAS TURB. GEN. tt3 DETAIL DESIGN START/STOP ENGINE GAS TURB. GEN. 13 AUTO CONTROL EXCITATION

& GOVERNOR CONTROL GAS TURB. GEN. 13 DETAIL DESIGN EXCITATION MANUAL CONTROL GAS TURB. tt3 DETAIL DESIGN GEN. MECHANICAL MODEL GAS TURB. GEN. 13 DETAIL DESIGN GEN. VOLTAGE CALCULATION GAS TURB. GEN. 13 DETAIL DESIGN GEN. POWER MODEL PANEL, BLANK FLUX MAPPING SYSTEM BLANK PANEL 13 RADIATION MONITORING SYSTEM BLANK PANEL 14 RADIATION MONITORING SYSTEM CIRCUIT BREAKER PANEL RADIATION MONITORING SYSTEM CIRCUIT BKR PANEL WITH METER RADIATION MONITORING SYSTEM CIRCUIT BREAKER SHIELD RADIATION MONITORING SYSTEM I __

RECORDER PANEL, 236A CABINET RADIATION MONITORING SYSTEM ANNUNCIATOR PANEL, 236B CABINET RADIATION MONITORING SYSTEM DRAWING 251698 251698 251698 251699 251700 251700 251700 251701 251702 251703 251704 251705 251706 251707 251708 251709 251710 251711 251712 251713 251714 251715 STATION REVISION ======== 00 00 00 01 01 01 01 01 00 00 00 OD 00 00 00 00 00 00 TRAINING LOAD 11/01/89 ======== 00 00 00 01 01 01 01 01 00 00 00 00 00 00 00 00 00 00 /

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======== ======== HWOO CONNECTOR PANEL, 236A CABINET RADIATION MONITORING SYSTEM 251716 00 DO HWOO BLANK PANEL 236A CABINET RADIATION MONITORING SYSTEM 251717 OD DO HWOO BLANK PANEL tt2 236B CABINET RADIATION MONITORING SYSTEM 251718 00 OD ASSEMBLY RAD MON SYS CAB, CAB 236A/236B

& I/O CAB 100 251719 DO DO HWOO AIR FILTER PANEL RADIATION MONITORING SYSTEM 251720 DO DO EHD ELECT PWR DIST SYS,1 LINE DIAGRAM 460V GROUP & VITAL BUS 251721 DO DO E140 ELECT PWR DIST SYS, 1 LINE DIAGRAM 460V GROUP & VITAL BUS 251721 DO DO

• EHO ELECT PWR DIST SYS, 1 LINE DIAGRAM 460V GROUP & VITAL BUS 251721 OD DO E130 ELEC. 1 LINE DIA. 500KV SW YARD, 13KV SW GEAR, 4160V, VITAL 251722 DO DO BUS E220 ELEC. POWER DIST. SYS, 1 LINE DIAGRAM -125V DC 251723 00 DO E153 ELEC. POWER DIST. SYS, 1 LINE DIAGRAM -115 AC BUSSES 251724 DO DO HWOO COVER, RECORDER CUTOUT RADIATION MONITORING SYSTEM 251725 00 DO HWOO BAR, CUTOUT COVER RADIATION MONITORING SYSTEM 251726 DO DO NO DRAWING 251727 NO DRAWING 251728 NO DRAWING 251729 HWOD PANEL, REACTIVITY COMPUTER 251730 OD OD HWDO DOOR REACTIVITY COMPUTER PSE&G 251731 OD OD HWDO SSPS, TRAIN A, NAME TAGS 251732 OD DO

• HWOO SSPS, TRAIN A, NAME TAGS 251733 DO DO HWOO SSPS, TRAIN A, NAME TAGS 251734 OD DO HWOO SSPS, TRAIN A, NAME TAGS 251735 OD DO HWOO SSPS, TRAIN A, NAME TAGS 251736 OD DO

• Page No. 116 11/28/89 SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ========

HWOO PARTS LIST RADIATION MONITORING SYSTEM 251737 DD OD HWOO PANEL ENGRAVING, REACTIVITY COMPUTER 251738 DD DD HWDD DOOR ENGRAVING REACTIVITY COMPUTER 251739 OD 00 HWOO FRAME, TOP COVER (2RP9) 251740 DD 00 HWDD COVER, TOP (2RP9) 251741 00 00 HWOO HINGE, REAR (2RP9] 251742 DD 00 HWOD FRAME, FRONT COVER (2RP9) 251743 00 00

• HWOO COVER, FRONT (2RP9) 2517U 00 DO HWOO ANGLE, FRONT COVER (2RP9) 251745 DD OD HWOO HINGE, FRONT (2RP9) 251746 OD DD HWOO STOP, COVER (2RP9) 251747 OD DO HWDD COVER FRAME ASSY. (2RP9) PARTS LIST 251748 DD 00 COVER FRAME ASSEMBLY (2RP9) 251749 OD DD HWOO STRIP SPACER (2RP9) 25175D 00 OD HWOO CPU MAINT. PANEL (P25D) (LINK. USE OF SSPS-TRAIN A) FRONT 251751 00 00 VIEW HWOO CPU MAINT. PANEL (P250) (LINK. USE OF SSPS-TRAIN A) REAR 251752 OD OD VIEW TlOO FIGURE 1 BLOCK DIAGRAM OF EHC SYSTEM SIMULATION 251753 00 00 T100 AUTO GV CONTROL (ERROR SECTION) 251754 01 01 TlOO GOVERNOR VALVE DEMAND LIMITER 251755 01 01

• T100 MANUAL GOVERNOR VALVE CONTROL 251756 01 01 TlDO AUTO GV. CONTROL (DEMAND SECTION) 251757 01 01 T100 DRIVERS (GV-1,2,3,4) 251758 OD OD

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======== ========

TlOO DRIVERS (TV.1,2,3,4 RHSV(1-6), IV(l-6) 251759 DO 00 T100 SPEED LOAD CHANNELS CHECKOUT 251760 01 01 T100 TURBINE OVERSPEED PROTECTION CONTROLLER 251761 01 01 TlDO MODE SELECTION (AUTO-MANUAL, GO-HOLD, OFF-ON TEST) 251762 01 01 T100 BUMPLESS TRANSFER IMP. PRESS IN-OUT 251763 01 Dl T100 TURBINE TRIP SYSTEM 251764 Dl 01 T100 TURBINE EHC STOP & GOVERNOR VALVES TEST 251765 DO 00

• SALEM SIMULATOR HEAT BALANCE 251766 DO DO T100 TURBINE EHC REHEAT & INLET VALVES TEST 251767 DO DO HWOO SOLID STATE PROTECTION SYSTEM RACK ASSEMBLY 251768 DO OD HWOO PARTS LIST SSPS RACK (PSE&G) 251769 DO DO HWOO HINGE MODIFIED RACTIVITY COMPUTER PSE&G 251770 DO DO HWOO HINGE ASSEMBLY REACTIVITY COMPUTER PSE&G 251771 OD 00 HWOO BRACKET, HINGE MOUNTING REACTIVITY COMPUTER PSE&G 251772 OD 00 HWOD 2RP8 ASSEMBLY 251773 DO DO HWOO RECORDER CONSOLE 2RP8 PARTS LIST 251774 0 0 HWOO INSTRUCTORS CONSOLE ASSEMBLY 251775 00 DO HWOO INSTRUCTORS CONSOLE PARTS LIST 251776 DO 00 ZSOV01 -EAI PANEL ITEM B505 251777 00 DO ZSOVDl -EAI PANEL ITEM B505 251777 OD DO

• ZSOV01 -EAI PANEL ITEM B505 251777 OD OD ZSOVOl -EAI PANEL ITEM B505 251777 DO OD ZSOVOl -EAI PANEL ITEM B5D5 251777 00 OD

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1

• Page No. 118 11/28/89 SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/ 89 ------============================================================

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======== ======== R600 ZSOV02(A)

-EA! PANEL ITEM B513 251778 00 00 ZSOV02(B)

-EA! PANEL ITEM A005 251779 00 00 ZSOV02(C)

-EA! PANEL ITEM B236 251780 00 00 ZSOV02(D)

-EAI PANEL ITEM B102 251781 00 00 N400 ZSOV02(E)

-EA! PANEL ITEM B244 251782 00 00 ZSOV03(A)

-EAI PANEL ITEM 8313 251783 00 00 ZSOV03(A)

-EA! PANEL ITEM B313 251783 OD OD

• ZSOV03(A)

-EAI PANEL ITEM B313 251783 00 OD ZSOV03(8)

-EA! PANEL ITEM CGOl 251784 00 00 ZSOV03(C)

-EA! PANEL ITEM 8116 251785 00 00 ZSOV04 -EA! PANEL ITEMS AG06, AG07, AG08, CNTMT HEPA FILTER 251786 00 00 ZSOV04 -CONTAINMENT HEPA FILTER SELECTION 251787 00 00 ZSOV04 -CONTAINMENT HEPA FILTER SELECTION 251788 01 01 G216 ZSOV05(A)

-* EAI PANEL ITEM CPOl 251789 00 00 ZSOV05(8)

-EAI PANEL ITEM ADOl, AD02 251790 00 00 M940 ZSOV05(C]

-EAI PANEL ITEM AG09 251791 00 00 M940 ZSOV05(D)

-EA! PANEL ITEM AB14 251792 00 00 F700 ZSOV05(E)

-EA! PANEL ITEM B523 251793 OD 00 F700 ZSOV05(F)

-EA! PANEL ITEM 8505 251794 00 00 N210 ZSOV05(G)

-EA! PANEL ITEM A608 COMP. COOL. SURGE TK VENT 251795 01 01

• VALVE ZSOV05(H)

-EA! PANEL ITEM CPlO 251796 00 00 ZSOV06(A)

-EA! PANEL ITEM B319 251797 00 00 ZSOV06(B)

-EA! PANEL ITEM BllO 251798 00 00

• *

• I Page No. 119 11/28/89 SYSTEM G216 G216 G210 N400 F700 F700 F700 TITLE SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number ============================================================

ZSOV06(C)

-EAI PANEL ITEM B201 ZSOV06(D)

-EAI PANEL ITEM B252 ZSOV06(E)

-EAI PANEL ITEM AOD2 ZSOVD6[F)

-EAI PANEL ITEM A004 ZSOV06(G)

-EAI PANEL ITEM B257 ZSOV07(A)

-EAI PANEL ITEM A006 ZSOVD7(B)

-EAI PANEL ITEM AOD6 ZSOVD7(C)

-EAI PANEL ITEM AN01 ZSOVD7(D)

-EAI PANEL ITEM AED4, 1409, 1802 ZSOV08(A)

-EAI PANEL ITEM A004 ZSOV08[B)

-EAI PANEL ITEM CP14 ZSOVD8(C)

-EAI PANEL ITEM B122 ZSOV08[D)

-EAI PANEL ITEM B257 ZSOV08(E)

-EAI PANEL ITEM CP10 ZSOV09[A)

-23 AUX. FEED PUMP EAI PANEL ITEM 8514 ZSOV09[B)

-EAI PANEL ITEM CF07 ZSOV09[C)

-EAI PANEL ITEM B241 ZSOV1D(A)

-l[FIRST IN LOOP) 21, 22 STM GEN FEED PMP RESET ZSOVlD[A)

-2[FIRST IN LOOP) 21, 22 STM GEN FEED PMP TRIP RELAY ZSOV10(A)

-2(FIRST IN LOOP) 21,22 STM GEN FEED PMP TRIP RELAY I F700 ZSOV10(B)

-EAI PANEL ITEM 8524, 8616 l ___ -F700 --PANEL HEM 8521, 8616 DRAWING 251799 251800 251801 251802 251803 251804 251805 251806 251807 251808 251809 251810 251811 251812 251813 2518H 251815 251816 251817 251817 251818 251818 STATION REVISION ======== 00 00 DO DD 01 01 01 OD 01 01 01 01 01 01 02 01 OD 01 01 00 TRAINING LOAD 11/01/89 ======== OD DD DD 00 01 01 01 DD 01 01 01 01 01 01 02 01 00 01 01 00

---

,

• Page No. 120 11/28/89 SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== ZSOV11(A]

-EAI PANEL ITEM CK03 251819 00 OD ZSOV11(B]

-EAI PANEL ITEM CM02 251820 DD DD ZSOV11(B)

-EAI PANEL ITEM CMD2 251820 DO DD ZSOV11(C)

-EAI PANEL ITEM CM01 251821 DO DD ZSOV11(C)

-EAI PANEL ITEM CM01 251821 DD OD ZSOV12(A)

-EAI PANEL ITEM CMDl 251822 OD OD ZSOV12(A)

-EAI PANEL ITEM CMOl 251822 DO DO

• ZSOV12(B)

-EAI PANEL ITEM CMOl 251823 DD DD ZSOV12(8)

-EAI PANEL ITEM CMOl 251823 DD DD ZSOV13(A)

-EAI PANEL ITEM A009 251824 DO DO ZSOV13(B)

-EAI PANEL ITEM AD03 251825 00 DD G216 ZSOV13(C]

-EAI PANEL ITEM 8607 251826 DD DD G216 ZSOV13(C)

-EAI PANEL ITEM 8607 251826 DD DD G216 ZSOV13(D)

-EAI PANEL ITEM CP11 251827 DD DD ZSOV13(E)

-EAI PANEL ITEM 8522 251828 DO DO F500 ZSOV14(A)

-EAI PANEL ITEM B535 251829 DD DO ZSOV14(B)

-EAI PANEL ITEM CKD4 251830 DO DD G220 ZSOV15(A]

-21, 22, 23 MSR LP AUTO/MAN SELECTION 251831 OD DD G220 ZSOV15(B]

-MAIN STEAM REHEAT SYS, RELAY 2-2/IPV 251832 OD DO G220 ZSOV15(C]

-MAIN STEAM REHEAT SYS, RELAY 2-1/IPV 251833 OD DO

• G220 ZSOV15(D)

-(CJ06] VLV 21/22RD93 REHEAT STM SYS, BLEED STM 251834 OD DO VENT G220 ZSOV15(E)

-(CJ08] MSR REHEAT LP STOP, VLV 21,22,23MS63

& 251835 DD DO 21,22,23MS67

• Page No. 121 11/28/89 SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number TRAINING STATION . LOAD SYSTEM TITLE DRAWING REVISION 11/Dl/89 ------============================================================

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======== ======== G22D ZSOV15(F)

-VLV 21,22,23MS65

& 21,22,23MS69 REHEAT STEAM 251836 DD DO LP PURGE VALVE ZSOV15(G)

-EAI PANEL ITEM CJ08 -21,22,23 LP CONDENSER 251837 OD DO VALVES G210 ZSOV16(A)

-VLV 21-24MS169 MAIN STM ISO TRIP STM VENT MS167S 251838 ' 01 01 G210 ZSOV16(B) -3 POS MAINT.VENT VLV FOR STOP VLV (2RP5) 251839 OD DD 21-24MS16 G21D ZSOV16(C)

-PNL ITEM BDOl, CGOl VLV 21-24MS167 MAIN STM STOP 251840 01 01 VALVE

• G210 ZSOV16(C)

-PNL ITEM BD01, CGOl VLV 21-24MS167 MAIN STM STOP 251840 D1 01 VALVE F700 ZSOV17(A)

-SGFPT RECIR VLV 21BF32 & 22BF32 251841 OD OD ZSOV17(B)

-TURBINE DRAIN VALVES 251842 01 01 ZSOV17(B)

-TURBINE DRAIN VALVES 251842 ZSOV17(C)

-DEMIN. WTR. LINE TO SURGE TK INLET VLV. 2DR1D7, 251843 01 Dl 2DR29 ZSOV17(D)

-SGFPT OIL PUMP TEST VALVES (B519) 251844 01 01 ZSOV17(E)

-CONDENSATE RECIRCULATION VALVES 21-23CN8 251845 DO DO ZSOV17(F)

-VALVE 2SW191 SERVICE WATER VALVE FOUD IN MESS 251846 OD 00 ZSOV17(G)

-SW VALVE 2SW169 251847 OD DO ZSOV17(G)

-SW VALVE 2SW169 251847 ZSOV17(H)

-2GB24 (LOCAL VALVE) 251848 DO DO ZSOV17(I)

-FP AUX STEAM SUPPLY INLET VALVE 2HS1 251849 01 01

• TlOD TURBINE E-H CONTROL PANEL #2 25185D DO OD ZMOTOl -21, 22 RHR PUMPS 251851 DO DO ZMOT02 23 CONDENSATE PUMPS 251852 OD OD

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• Page No. 122 11/28/89 SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ----------------ZMOTD3 23 COMPONENT COOLING WATER PUMP 251853 DO DD ZMOTD4 23 HEATER DRAIN PUMPS 251854 DD DO T800 ZMOT05 -21A/B, 22A/B, 23A/B CIRCULATORS 251855 00 DD T800 ZMOT05 -21A/B, 22A/B, 23A/B CIRCULATORS 251855 00 00 T800 ZMOTD5 -21A/B, 22A/B, 23A/B CIRCULATORS 251855 00 DO M600 ZMOTD6 26 SERVICE WATER PUMPS 251856 00 00 M600 ZMOTD6 26 SERVICE WATER PUMPS 251856 00 DO

• M60D ZMOT06 26 SERVICE WATER PUMPS 251856 00 DO ZMOT07 -21 22 23 AUX. COOLING PUMPS 251857 DO 00 ZMOT08 -21 22 CONTAINMENT SPRAY PUMPS 251858 00 00 ZMOT08 -21 22 SAFETY INJECTION PUMPS 251859 00 00 NlOO ZMOTD9 -21 AND 22 CHARGING PUMPS 251860 DO OD NlOO ZMOT09 -23 CHARGING PUMP 251861 00 00 ZMOTll(A)

-BORIC ACID TRANSFER PUMP 251862 00 00 ZMOT11(B)

-21, 22 PRIMARY WATER PUMPS 251863 00 00 M940 ZMOT12 25 CONTAINMENT FAN COIL UNITS 251864 00 00 M940 ZMOT12 25 CONTAINMENT FAN COIL UNITS 251864 M940 ZMOT12 25 CONTAINMENT FAN COIL UNITS 251864 ZMOT12 25 CONTAINMENT FAN COIL UNITS 251864 M922 ZMOT14(A)

-FUEL HANDLING AREA SUPPLY FAN 251865 OD OD

• M922 ZMOT14(B)

-21, 22 FUEL HANDLING AREA VENT EXHAUST FANS 251866 DO 00 F30D ZMOT15 -21A-22B SGFPT TURBINE AND 21-22 EMERGENCY OIL PUMP 251867 00 DO F3DO ZMOT15 -21A-22B SGFP TURBINE AND 21-22 EMERGENCY OIL PUMP 251867

• Page No. 123 11/28/89 SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== ZMOT16(A)

-21, 22 IODINE REMOVAL FANS 251868 DO DO M%0 ZMOT16(B) 24 ROD DRIVE VENT FAN 251869 DO DO M910 ZMOT16(C)

-AUX. BLDG. SUPPLY AND EXHAUST FANS 251870 00 OD M910 ZMOT16(C)

-AUX. BLDG. SUPPLY AND EXHAUST FANS 251870 M940 ZMOT16(D) 24 RX NOZZLE SUP. VENT FAN, 21-22 SHIELD VENT 251871 00 00 FAN ZMOT17 -21,22 CONDENSATE TRANSFER PUMPS 251872 00 00 F320 ZMOT17 -22,23,24,25 VACUUM PUMPS 251873 OD 00

• F320 ZMOT17 -22,23,24,25 VACUUM PUMPS 251873 DO 00 ZMOT17 -21,22 BSCDT PUMPS 251874 00 00 F400 ZMOT18 -AFWT HEATER PUMP 251875 00 00 G216 ZMOT18 -BLOWDOWN TRANSFER PUMP 251876 OD DO ZMOT18 -21,22 TURBINE HYDRAULIC PUMPS 251877 OD OD ZMOT18 -21,22 STATOR COOLING WATER PUMPS 251878 DO DO T500 ZMOT19 -HP SEAL OIL BACKUP PUMP, AUXILIARY OIL PUMP, 251879 DO OD BEARING OIL HYDRAULIC LIFT PUMP, EMERGENCY AIR SIDE SEAL PUMP AND EMERGENCY BEARING OIL PUMP. ZMOT20 -21,22 SGFPT TURNING GEAR 251880 00 OD ZMOT20 -21,22 SGFPT OIL TANK VAPOR EXTRACTOR 251881 00 DO ZMOT20 -RSWT HEATER PUMP 251882 OD DO ZMOT21 -REACTOR COOLANT PUMPS, OIL LIFT PUMPS 251883 DO OD

• MCOO ZMOT13 -SHEET 1, STATION AIR COMPRESSORS 251884 01 01 MCOD ZMOT13 -SHEET 2, tt2 EMERGENCY AIR COMPRESSORS 251885 01 01 MCOO ZMOT13 -SHEET 3, AIR COMPRESSOR LOADING SEQUENCE 251886 DO DO MCOO ZMOT13 -SHEET, 4 AIR COMPRESSOR LOADING SEQUENCE 251887 OD DO

• Page No. 11/28/89 SALEM SIMULA TOR Simulator Design Database Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== ZMOT22(A)

-MAIN TURBINE TURNING GEAR 251888 DO DD ZMOT22(B]

-21 & 22 RCDT PUMPS 251889 DO DO ZMOT22(C)

-WASTE GAS COMPRESSOR 251890 01 01 ZMOT22(D)

-CONTAINMENT SUMP PUMPS 251890 DO OD R130 SAFEGUARD EQUIPMENT CONTROL 251891 01 01 R130 SAFEGUARD EQUIPMENT CONTROL 251891 01 01 R130 SAFEGUARD EQUIPMENT CONTROL 251891 01 01

• R130 SAFEGUARD EQUIPMENT CONTROL 251891 01 01 R130 SAFEGUARD EQUIPMEMT CONTROL 251891 01 01 R130 SAFEGUARD EQUIPMENT CONTROL 251891 01 01 R130 SAFEGUARD EQUIPMENT, CONTROL PANEL INDICATION 251892 DO 00 R130 SAFEGUARD EQUIPMENT, CONTROL PANEL INDICATION 251892 00 DO R130 SAFEGUARD EQUIPMENT, CONTROL PANEL INDICATION 251892 00 00 R130 SAFEGUARD EQUIPMENT, CONTROL PANEL INDICATION 251892 DO OD R130 SAFEGUARD EQUIPMENT, CONTROL CONSOLE INDICATION 251892 00 00 R130 SAFEGUARD EQUIPMENT, CONTROL CONSOLE INDICATION 251892 00 00 R130 MANUAL SAFEGUARD ACTUATION 251893 00 00 R130 MANUAL SAFEGUARDS ACTUATION 251893 00 DO R130 MANUAL SAFEGUARRDS ACTUATION 251893 OD DD R130 MANUAL SAFEGUARDS ACTUATION 251893 DO DO

• R130 MANUAL SAFEGUARDS ACTUATION 251893 00 00 R130 MANUAL SAFEGUARDS ACTUATION 251893 OD OD R120 MANUAL SAFEGUARDS ACTUATION 2518% OD OD

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======== ======== R120 MANUAL SAFEGUARDS ACTUATION 251894 OD 00 R120 MANUAL SAFEGUARDS ACTUATION 251894 00 00 R120 MANUAL SAFEGUARDS ACTUATION 251894 00 00 R120 MANUAL SAFEGUARDS ACTUATION 251894 00 00 R120 MANUAL SAFEGUARDS ACTUATION 251894 00 00 SSPS TEST CASE 'A' MOMENTARY CONTACT PLUS BLOCKING 251895 00 00 SSPS-TEST CASE 'B' MAINTAINED CONTACT PLUS BLOCKING 251896 00 00

• SSPS TEST CASE 'c" MOMENTARY CONTACT NO BLOCKING 251897 00 00 SSPS TEST CASE 'D' MAINTAINED CONTACT NO BLOCKING 251898 00 OD ZMSC01 -BORIC ACID BLENDER MODE SELECTION 251899 01 01 ZMSC01 -BORIC ACID BLENDER MODE SELECTION 251899 01 01 ZMSC02(A)

-PRESSURIZER BACKUP HEATERS 251900 00 00 ZMSC02(A)

-PRESSURIZER BACKUP HEATERS 251901 00 00 ZMSC02(B)

-PRZR HTR. CONTROL GROUP EAI PANEL ITEM 6220 251902 01 01 ZMSC11(A)

-RELAY 69/lSC 'SET', 21-23LP STARTUP COMPLETE 251903 00 00 ZMSC11(B)

-RELAY 43/MTGT ENERG., 21-23 TURB INLET TEMP} 300 251904 00 00 T100 ZMSCll(C)

-RELAY 33X/GV DE-ENERGIZED GOV. VALVES CLOSED 251905 00 00 ZMSCll(D)

-CONTAINMENT SUMP LEVEL INDICATION LIGHTS 251906 00 00 ZMSCll(F)

-CNMNT LIGHTING 3-POS SW, ACCESS HATCH LIGHTS 251907 00 00 ZMSC11(G) 25 CONDENSATE SHUTOFF VLV 21-25WD50 251908 DO 00

• ZMSC12[A)

-MISC. LOGIC RELAY WR1 251909 01 01 ZMSC12(B)

-MISC. LOGIC ADDITIONAL CMC'S (ZMOV01, ZMOV07) 251910 00 OD ZMSC12[C)

-MISC. LOGIC 251911 01 01 L _______ ---------

• Page No. 126 11/28/89 SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/01/89 ------============================================================

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======== ======== ZMSC12(D)

-MISC. LOGIC RELAYS SDX11, SDX12, & SDX13 251912 00 00 ZMSC12(E) 24 SERVICE WATER VENT FANS 251913 01 01 5801,5802,5803,5804 ZMSC12(F)

-RMS BYPASS SWITCHES (2RP1) 251914 00 DO ZMSC12(G)

-21 & 22 REGULAR & BAKEUP CONTAINMENT SAMPLE 251915 00 OD INLET & OUTLET ISOLATION VALVES ZMSC12(H)

-CONT. VENT. ISOL. TRAINS A & B 251916 DO DO ZMSC12[I)

-HI RAD IN FUEL HAND. BLDG. HORN ACK. EA! 251917 01 01 PNL.1814

• M910 ZMSC13(B)

-MISC. LOGIC 21 EMERG SUPPLY FAN EAI PNL 2210 251918 OD DO ZMSC13(C)

-MISC. LOGIC 21 CHILLED WATER PMPS EAI PNL 2217 251919 DO 00 ZMSC13(A)

-MISC. LOGIC TURB. BLDG. EAST SUPPLY FAN EAI PNL 251920 00 00 2402 ZMSC13(D)

-MISC. LOGIC 21 CHILLER STATUS EAI PNL ITEM 2213 251921 00 DO ZMSC13(E)

-MISC. LOGIC 21 OUTER PENET. EXH. FAN EA! PANEL 251922 01 01 2118 ZMSC13[F)

-MISC. LOGIC 21 CHARGING PMP ROOM COOL. EAI PNL 251923 OD DO 22D1 ZMSC13(G)

-MISC. LOGIC AUX. FW. PMP. ROOM COOL. EAI PNL 251924 DO DO 21D8 M921 ZMSC13(H)

-CONTROL ROOM INTAKE DUCT ISOL. TRAIN 'A & B' 251925 01 01 ZMSC13(I)

-MISC. LOGIC PENET. AREA EXH. FAN EAI PNL. 251926 DO 00 ITEM 2116 M921 ZMSC13(J)

-MISC. LOGIC 21 CONTROL ROOM AIR COND FANS EAI 251927 00 DO

• PIN 2207 ZMSC13(K)

-MISC. LOGIC CHILLED WTR ISOL. VLV 2CH30 EAI PIN. 251928 00 DO 2221 ZMSC13(L)

-MISC. LOGIC SWGR ROOM SUPPLY FANS EAI PNL 251929 DO 00 2101

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======== ======== ZMSC13(M)

-MISC. LOGIC tt21 SWGR ROOM EXHAUST FAN EAI PNL 251930 DO 00 2105 M921 ZMSC13(0)

-MISC. LOGIC DAMPERS CONTROL 2RP2 EAI PNL ITEM 251931 01 01 2513 M921 ZMSC13(P)

-LOGIC PNL 2301, 2314, 2312, 2310, 2316, 2308, 251932 DO OD 2303 M921 ZMSC13(P)

-MISC. LOGIC DAMP. CNTRL 2RP2, 2CAA2 EAI PNL 2306 251933 DO OD M921 ZMSC13(P)

-MISC. LOGIC DAMP. CNTRL 2CAA19, 2CAA4, 2CAA5 251934 00 00 M921 ZMSC13(P)

-MISC. LOGIC EAI PNL ITEM 2301, 2309, 2311, 2302 251935 DO OD

• ZMSC13(P)

-MISC. LOGIC EAI PANEL ITEM 2317 251936 DO DO ZMSC13(Q)

-MISC. LOGIC 23 OUTER PENET. EXH. FAN EAI PNL 251937 01 01 2215 GOVERNOR VALVE DEMAND LIMITER 251938 01 01 TlOO TURBINE STOP & GOVERNOR VALVES TEST 251939 DO OD TlOO TURBINE EHC REHEAT & INLET VALVES TEST 251940 DO OD ZMOVOl(A)

-VLV TAG 2CS14 CONT. SPRAY ADD. TK. DISCH. VLV. 251941 00 00 ZMOVOl(A)

-VLV TAG 2CS14 CONT. SPRAY ADD. TK. DISH. VLV 251941 00 00 ZMOVOl(A)

-VLV TAG 2CS14 CONT. SPRAY ADD. TK. DISH. VLV 251941 DO OD ZMOVOl(A)

-VLV TAG 2CS14 CONT. SPRAY ADD. TK. DISH. VLV 251941 DO 00 ZMOVOl(A)

-VLV 2SJ4 BORON INJ TK INLET VLV EAI PNL ltAH09 251942 DO DO F500 ZMOVOl(B)

-VLV 21BF13 FW INLET STOP VLV EAI PNL ITEM BD01 251943 00 DO ZMOVOl(C)

-VLV TAG 2CV140 CHG. DISCH. TO SW HX 2519H 01 01

• ZMOV02 -VLV 21CN79, 21A COND. HOTWELL ISOL VLV EAI PNL CK15 251945 00 00 ZMOV02 -VLV 21CN79, 21A COND. HOTWELL ISOL VLV EAI PNL CK15 251945 DO 00 ZMOVD2 -VLV 21CN79, 21A COND. HOTWELL ISOL VLV EAI PNL CK15 251945 DO OD

• Page No. 128 11/28/89 SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number TRAINING STATION LOAD SYSTEM TITLE DRAWING REVISION 11/Dl/89 ------============================================================

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======== ======== ZMOV03(A)

-VLV TAG 2CV116 SEAL WTR TO VCT EAI PNL ITEM 8103 251946 DO OD ZMOVD3(B)

-VLV 2SW26 TURB. AREA SW HEADER EA! PNL ITEM A913 251947 00 OD ZMOV03(C)

-2CC190 RCP THERMAL BARRIER DISCH EA! PNL A616 251948 OD 00 ZMOV04(A)

-VLV 21CW26 21A COND. WTR. OUTLET VLV PANEL CMDl 251949 DD DO T800 ZMOV04(B)

-VLV 21CW9 CIRC. BYPASS VLV PANEL CMOl 251950 00 00 T8DD ZMOV04(B)

-VLV 21CW9 CIRC. BYPASS VLV PANEL CMOl 251950 DO 00 ZMOV05(A)

-VLV 21CN108 COND. POLISH BYPASS VLV EA! PNL CHD6 251951 DO 00

• ZMOV05[B)

-VLV 2CN109 21 CNDS PMP&CNDS POLISH INFLUENT VLV 251952 00 00 ZMOVD5[C)

-2RH1 RHR COMMON SUCTION VLV EA! PNL AA07 251953 00 OD N22D ZMOV06[A)

-21RH29 21RHR PMP BYPASS VLV EA! PNL AA13 251954 00 DO ZMOVD6(B)

-VLV TAG 2SJ1 RWST TO CHG PMP EAI PNL ITEM B1D3 251955 00 OD ZMOVD6(C)

-VLV 2CV40 eves FIRST DISCH. STOP VLV EAI PNL 251956 DO DO B1D1 ZMOV06(D)

-VLV TAG 2CC131 EAI PNL ITEM A615 251957 00 00 ZMOV07 -VLV TAG 2SJ69 RWST SUCTION VLV EAI PANEL ITEM AA08 251958 00 00 ZMOV07 -VLV TAG 2SJ69 RWST SUCTION VLV EAI PANEL ITEM AA08 251958 00 00 ZMOV07 -VLV TAG 2SJ69 RWST SUCTION VLV EA! PANEL ITEM AAD8 251958 DO OD ZMOV07 -VLV TAG 2SJ69 RWST SUCTION VLV EAI PANEL ITEM AAD8 251958 00 DO ZMOVD8[A)

-21RH19 21 RHX CROSS DISCH VLV EAI PNL AA10 251959 OD OD ZMOVD8(B)

-VLV TAG 21RH4 RHR PMP SUCTION VLV EAI PANEL AAD5 251960 00 00

• ZMOV08(C)

-21CS36, FROM 21 RHX CONT. SPRAY (1-13) 21 RECIRC 251961 00 00 VALVE ZMOVD8(D)

-21SJ45, RECIRC. ISOL. VLV TO SI PMPS EAI PNL 251962 DO 00 AH15 ZMOV08(E)

-VLV 21AR65, 22AR65, 23AR65, COND. VAC. BRK. VLV. 251963 01 Dl PIN CKD6

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======== ======== ZMOV09(A)

-21SJ49 RHR PMP DISCH. ISOL. VLV. EAI PNL AA10, 251964 DO DO 4004 ZMOV09(B)

-21SJ44 RHR (1-15) 21 !SOL. SIS SUMP VLV 251965 OD 00 ZMOVlO(A)

-2PR6 PZR RELIEF VLV EAI PNL ITEM 8201, ANOl 251966 01 01 ZMOV10(B)

-2SJ67, SAFETY INJ. FOUR VLV 7.2 MINIFLOW !SOL 251967 00 DO VLV ZMOVlO(C) 23BF7.

NO I/O INDICATIONS 251968 DO DO C300 OVERHEAD ALARM LOGIC 251969 01 01

• C300 CONSOLE ALARM LOGIC 251970 DO OD C300 CONSOLE ALARM LOGIC 251970 \0 \0 C300 CONSOLE ALARM LOGIC 251970 DO DD R130 SAFEGUARD EQUIPMENT CONTROL -SHEET 1 251971 02 02 SAFEGUARDS EMERGENCY LOADING SEQUENCE -SHEET 2 251972 DO DO SAFEGUARDS EMERGENCY LOADING SEQUENCE -SHEET 3 251973 DO DD SAFEGUARDS EMERGENCY LOADING SEQUENCE -SHEET 4 251974 DO OD SAFEGUARDS EMERGENCY LOADING SEQUENCE -SHEET 5 251975 DO OD SAFEGUARDS EMERGENCY LOADING SEQUENCE -SHEET 6 251976 DO 00 CHEMICAL & VOLUME CONTROL SYSTEM 251977 00 00 R500 SUBROUTINE MOTION -BANK & INDIVIDUAL ROD MOTION 251978 00 00 R500 SUBROUTINE MOTION -BANK & INDIVIDUAL ROD MOTION 251978 DO OD R500 SUBROUTINE MOTION -LIMIT BANK & ROD POSITION 251979 DO OD

• R500 SUBROUTINE MOTION -LIMIT BANK & ROD POSITION 251979 OD OD R500 SUBROUTINE MOTION -LIMIT ROD POSITION TO BETWEEN 0 & 228 251980 DO DO STEPS R500 SUBROUTINE MOTION -LIMIT ROD POSITION TO BETWEEN 0 & 228 251980 DO OD STEPS

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======== ======== R500 SUBROUTINE SHTDWN -SHUTDOWN BANKS "C' & 'D' INSERTION AND 251981 00 00 WITHDRAWAL R500 SUBROUTINE SHTDWN -SHUTDOWN BANKS 'c' & 'D' INSERTION AND 251981 OD DO WITHDRAWAL R500 CRDSYS -START-UP PUSH BUTTON, ROD CONTROL SYSTEM RESET 251982 00 00 LOGIC R500 CRDSYS -START-UP PUSH BUTTON, ROD CONTROL SYSTEM RESET 251982 00 DO LOGIC R500 CRDSYS -ROD BOTTOM LITES AND OVERHEAD ALARM LOGIC 251983 OD 00

• R500 CRDSYS -ROD BOTTOM LITES AND OVERHEAD ALARM LOGIC 251983 OD OD R500 CRDSYS -INDIVIDUAL

'CONTROL' BANK SELECT INSERTION OR 251984 DO 00 WITHDRAWAL R500 CRDSYS -INDIVIDUAL "CONTROL' BANK SELECT INSERTION OR 251984 00 DO WITHDRAWAL R500 CRDSYS -INDIVIDUAL

'SHUTDOWN' BANK SELECT INSERTATION AND 251985 00 DO WITHDRAWAL R500 CRDSYS -INDIVIDUAL

'SHUTDOWN' BANK SELECT INSERTATION AND 251985 00 DO WITHDRAWAL R500 CRDSYS -ROD CONTROL SYSTEM MALFUNCTIONS 251986 DO 00 R500 CRDSYS -ROD CONTROL SYSTEM MALFUNCTIONS 251986 DO DO R500 CRDSYS -GO PULSES FOR SLAVE CYCLERS, BANK AND INDIVIDUAL 251987 DO 00 ROD MOTION. (CALLS TO MASTER, BANKOVR, AND INDIVIDUAL BANKS) R500 CRDSYS -GO PULSES FOR SLAVE CYCLERS, BANK AND INDIVIDUAL 251987 OD DO ROD MOTION. (CALLS TO MASTER, BANKOVR, SHUTDOWN AND INDIVIDUAL BANKS)

• R50D SUBROUTINE MANMOT -INDIVIDUAL BANK SELECT (CONTROL 251988 DO OD BNK-A,B,C

& D AND SHUTDOWN BNK-A & B) R50D SUBROUTINE MANMOT -INDIVIDUAL BANK SELECT (CONTROL 251988 OD DO BNK-A,B,C

& D AND SHUTDOWN BNK-A & B)

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======== ======== R500 SUBROUTINE MANMOT -GO PULSES TO STEP CONTROL AND SHUTDOWN 251989 00 00 BANKS R500 SUBROUTINE MANMOT -GO PULSES TO STEP CONTROL AND SHUTDOWN 251989 00 00 BANKS R500 SUBROUTINE MANMOT -GO PULSES TO STEP CONTROL AND SHUTDOWN 251990 00 00 BANKS R500 SUBROUTINE MANMOT -GO PULSES TO STEP CONTROL AND SHUTDOWN 251990 00 00 BANKS R500 SUBROUTINE MANMOT -GO PULSES TO STEP CONTROL AND SHUTDOWN 251991 00 00 BANKS

• R500 SUBROUTINE MANMOT -GO PULSES TO STEP CONTROL AND SHUTDOWN 251991 00 00 BANKS R500 SUBROUTINE MASTER -INCREMENT COUNTER 251992 00 00 R500 SUBROUTINE MASTER -INCREMENT COUNTER 251992 00 00 R500 SUBROUTINE MASTER -INCREMENT COUNTER 251993 00 00 R500 SUBROUTINE MASTER -INCREMENT COUNTER 251993 00 DO R500 SUBROUTINE MASTER -INCREMENT COUNTER 251994 00 00 R500 SUBROUTINE MASTER -INCREMENT COUNTER 251994 00 00 R500 SUBROUTINE BNKOVR -CONTROL BANK OVERLAP COUNTER 251995 00 00 R500 SUBROUTINE BNKOVR -CONTROL BANK OVERLAP COUNTER 251995 00 00 R500 SUBROUTINE BNKOVR -CONTROL BANK OVERLAP COUNTER 251996 00 00 R500 SUBROUTINE BNKOVR -CONTROL BANK OVERLAP COUNTER 251996 00 00 R500 SUBROUTINE BNKOVR -INITIALIZE BANK STEPS 251997 00 00

• R500 SUBROUTINE BNKOVR -INITIALIZE BANK STEPS 251997 00 00 R500 SUBROUTINE BNKOVR -GO PULSES TO CONTROL BANKS 251998 00 00 R500 SUBROUTINE BNKOVR -GO PULSES TO CONTROL BANKS 251998 DO 00

• *

• Page No. 132 11/28/89 SYSTEM TITLE SALEM SIMULATOR Simulator Design Database Sorted by Drawing Number ============================================================

NODE INDEX -BLEED STEAM & REHEATERS DRAWING 251999 R100 REACTOR PROTECTION SYSTEM MANUAL/AUTO 6 BUTTON CONTROLER 251??? BOCA01 -23 FW HEATER LEVEL CONTROLS, DRAINS TO 22 FW HEATER 21,22,23HD30 BOCA01 -26 FW HEATERS LEVEL CONTROLS, DRAINS TO CONDENSER 21,22,23HD2 BOCAOl -BLEED STEAM DRAIN TANK LEVEL CONTROLS, HIGH LEVEL CONTROLS, 21 DRAIN TANK 21RD19, 22 DRAIN TANK 22RD19 BOCA01 -MAIN STEAM REHEAT DRAIN TANK LEVEL CONTROLS, MSR SHELL SIDE LEVEL CONTROLS, EAST 21,22,23RD33, WEST 21,22,23RD60 251??? 251??? 251??? 251??? BOCAOl -25 FW HEATERS LEVEL CONTROLS, HEATER DRAIN PUMP 251??? DISCHARGE VALVES 21,22,23HD15 BOCA01 -22 FW HEATER LEVEL CONTROLS, DRAINS TO 21 FEEDWATER 251??? HEATERS 21,22,23,HD33 BOCAOl -24 FW HEATERS LEVEL CONTROLS, DRAINS TO CONDENSER 251??? 21,22,23HD37 BOCAOl -24 FW HEATERS LEVEL CONTROLS, DRAINS TO 23 FW 251??? HEATERS 21,22,23HD26 BOCAOl -22 FW HEATER LEVEL CONTROLS, DRAINS TO CONDENSER 251??? 21,22,23HD41 BOCA01 -21 FW HEATER LEVEL CONTROL VALVES 21,22,23HD35 251??? BOCA01 -MAIN STEAM REHEAT DRAIN TANK LEVEL CONTROLS, MSR 251??? DRAIN TANK HIGH LEVEL CONTROL, EAST DRAIN TANK 21,22,23RD3, WEST DRAIN TANK 21,22,23RD36 BOCAOl -23 FW HEATERS LEVEL CONTROLS, DRAINS TO CONDENSER 21,22,23HD39 251??? BOCAOl -MAIN STEAM REHEAT DRAIN TANK LEVEL CONTROLS, EAST 251??? DRAIN TANK 21,22,23RD5, WEST DRAIN TANK 21,22,23RD38 BOCAOl -26 FW HEATERS LEVEL CONTROLS, DRAINS TO 25 FW 251??? HEATER 21,22,23HD5 STATION REVISION ======== DO TRAINING LOAD 11/01/89 ======== 00

• *

• Page No. 133 11/28/89 SYSTEM F400 M940 G220 G220 G220 TITLE SALEM SIMULA TOR Simulator Design Database Sorted by Drawing Number ============================================================

DRAWING BCOADl -BLEED STEAM DRAIN TANK LEVEL CONTROLS, NORMAL LEVEL 251??? CONTROLS, 21 DRAIN TANK 21,22RD27, 22 DRAIN TANK 21,22RD56 BCOAOl -25 FW HEATERS LEVEL CONTROLS, DRAINS TO CONDERSER 251??? 21,22,23HD9 BOCA02 24 SG AUX FEED WATER INLET VALVES CONTROLS 21,22,23,24AF21.

AUX FEED PUMPS PRESSURE OVERRIDE AND PRESSURE OVERRIDE DEFEAT 251??? BOCA03 -FEED WATER HEATERS BYPASS CONTROL VALVES 2CN47, 251??? 2BF38, 2CN45 BOCA04 -SERVICE WATER DELTA-P CONTROL VALVES 251??? BOCA05 -SERVICE WATER PRESSURE REGULATING VALVES. BOCA06 -SERVICE WATER FLOW CONTROL VALVES, 21-25 CONTAINMENT FAN COIL UNITS VALVES 21-25SW223.

23 CONTAINMENT FAN COIL UNIT WATER FLOW TROUBLE ALARM. BOCA06 -SERVICE WATER FLOW CONTROL VALVES, 21-25 CONTAINMENT FAN COIL UNITS VALVES 21-25SW223.

23 CONTAINMENT FAN COIL UNIT WATER FLOW TROUBLE ALARM. BOCA07 -LETDOWN HEAT EXCHANGER PRESSURE CONTROL VALVE 2CV18 BOCA07 -FUEL HANDELING BUILDING DIFF PRESSURE CONTROL, 21 & 22 FUEL HANDELING BUILDING EXHAUST FAN DAMPERS 2FHV05 & 2FHV06 BOCAOB -TEMPERATURE CONTROL VALVES 21-23MC31, 21-23MC32, 21,22ST35, 21,22SW127.

BOCA09 -MOISTURE SEPERATOR REHEATER TEMPERATURE CONTROL VALVES21-23MS64

& 21-23MS68 BOCA09 -MOISTURE SEPERATOR REHEATER TEMPERATURE CONTROL VALVES21-23MS64

& 21-24MS68 . BOCA09 -MOISTURE SEPERATOR REHEATER TEMPERATURE CONTROL VALVES21-23MS64

& 21-23MS68 BOCAlO -TURB AUX COOLING BYPASS AND H2 COOLER TEMP CONTROLS, BYPASS TEMP CONTROL VALVE 2TC18, H2 COOLERS TEMP CONTROL VALVE 2TC221 251??? 251??? 251 ??? 251??? 251 ??? 251??? 251??? 251 ??? 251 ??? 251 ??? STATION REVISION ======== TRAINING LOAD 11/01/89 ========

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======== ======== BOCA11 -BORIC ACID AND PRIMARY WATER FLOW CONTROL VALVES 251??? 2CV172, & 2CV179 F400 BOCA12 -23 AUX FEED PUMP SPEED CONTROL ( VALVE POSITION IS 251??? SIMULATED IN MODULE TMGFPT ) BOCA13 -21 & 22 STEAM GEN FEED PUMPS GOVERNOR CONTROL 251??? VALVES 21,22RS16

& 21,22MS44 BOCA13 -21 & 22 STEAM GEM FEED PUMPS GOVERNOR CONTROL 251??? VALVES 21,22RS16

& 21,22MS44 BOCA13 -21 & 22 STEAM GEN FEED PUMPS GOVERNOR CONTROL 251??? VALVES 21,22RS15

& 21,22MS44

• BOCA14 -TURB AUX COOLING CONTROL VALVES 2TC259, 2TC260, 251??? 2TC20 M600 BOCA15 -21 & 22 COMPONENT COOLING HX FLOW CONTROL VALVES 251??? 21,22SW122 BOCA16 -12 SLOWDOWN TANK PRESSURE CONTROL VALVE 2GB12 AND 251??? LEVEL CONTROL VALVE 2GB52 BOCA16 -CONDENSER HOTWELL LEVEL CONTROL VALVE 2CN56 & 251??? 2DM136 BOCA17 -LETDOWN HEAT EXCHANGER LETDOWN TEMPERATURE CONTROL 251??? VALVE 2CC71 & HIGH OUTLET TEMPERATURE ALARM COMPARATOR BOCA18 -VOLUME CONTROL TANK LETDOWN DEVERT VALVE 2CV35, VCT 251??? LOW, LOW-LOW, & HI-HI LEVEL ALARMS. VCT AUTO MAKE-UP START/STOP SETPOINTS.

BOCA18 -VOLUME CONTROL TANK LETDOWN DEVERT VALVE 2CV35, VCT 251??? LOW, LOW-LOW, & HI-HI LEVEL ALARMS. VCT AUTO MAKE-UP START/STOP SETPOINTS.

BOCA19[B)

-STEAM GENERATOR TEMPERATURE DESPLAY ANALOG CODE 251???

• FOR DIGITAL METERS ON 2RP5 BOCA19(A)

-VALVE POSITION FOR 21-24MS18'S 251??? BOCA19(A)

-VALVE POSITION AND MALFUCTION FOR 2CV71 251??? BOCA19(A)

-MANUAL VALVE POSITIONERS FOR 2CV8, 2CV132, 21, 251??? 22CV160, 2NT35, 2RH20. ----------

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===::::====

======== BOCA19(A)

-MANUAL VALVE POSITIONERS FOR 2CV8, 2CV132, 21, 251??? 22CV160, 2NT35, 2RH20. BOCP17 -LOGIC FOR AUTO/MANUAL STATION HC130B. (2CC71) 251??? BTPROG -TEMPERATURES FOR PUMP BEARINGS & STATORS, ALSO ROOM 251??? COOLER AND GENERATOR-ASSOCIATED TEMPERATURES.

E210 ELECT. POWER DIST SYS, 1 LINE DIAGRAM -28V DC 251??? X380 PNL. 684-2 SIM., 22/24 MS-10 CNTRL. STA. FRONT & REAR VIEW 251??? DO DO CUTOUT X380 PNL. 684-2 SIM., 21,22,23,24MS10 CNTRL. STA. DC WIRING DIAG 251??? 00 00

• X380 PNL. 207, 23 AFP CONTROL STATION FRONT VIEW-DETAIL 251??? OD OD X380 CHG PUMPS FLOW & PRESS. CONTROLS, DC WIRING DIAGRAM 251??? DO 00 X380 PNL. 207 SIM., 23 AFP CNTRL. STA. FRONT & VIEW REAR CUTOUTS 251 ??? 00 DO X380 PNL. 684-2, 21,23 MS-10 CNTRL.STA.

FRNT. & REAR VIEW CUTOUTS 251??? 00 00 X380 PNL. 684-2 SIM., 21,22,23,24MS10 CNTRL. STA. DC WIRING DIAG 251??? OD 00 X380 PNL. 216 SIM., CHG. PUMPS. FLOW & PRESS. CNTRLS, FRONT & 251??? 00 00 REAR CUTOUTS X380 PNL. 684-2 SIM., 21/23MS10 CNTRL. STATION FRONT VIEW-DETAIL 251??? 00 OD X380 HOT SHUTDOWN STATION, PNL. 213-2 251??? 00 DO X380 HSD DC WIRING DIAGRAM 251??? X380 CHG. PMPS FLOW & PRESS. CNTRLS, FRONT VIEW-DETAIL 251??? 00 DO X380 HSD PNL. & PERIPHERAL PNLS., ELEC. & SIGNAL WIRING DIAGRAM 251 ??? 00 OD X380 HOT SHUTDOWN PANEL 213, AC WIRING DIAGRAM 251??? OD OD

• X380 PNL. 684-2 SIM., 22/24MS10 CNTRL. STA. FRONT & REAR VIEW 251??? DO 00 DETAIL X380 PNL. 207 SIM., 23 AFP CNTRL. STA. DC WIRING DIAGRAM 251??? R400 NISYST -NUCLEAR INSTRUMENTATION SYSTEM 251??? -

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======== ======== R400 NISYST -NUCLEAR INSTRUMENTATION SYSTEM 251??? R400 NISYST -NUCLEAR INSTRUMENTATION SYSTEM 251??? R600 PRZPNL -PRESSURIZER LEVEL AND PRESSURE CONTROL LOGIC. 251??? R600 PRZR01 -PRESSURIZER LEVEL AND PRESSURE CONTROL ANALOG 251??? COMPONENTS C900 RADIATION MONITORING SYSTEM 251??? C900 RADIATION MONITORING SYSTEM 251??? R100 RCTPNL -OVERPOWER, OVERTEMP & LOOPS DELTA T 251???

• RECORDER SELECT RlOO RPS012 -REACTOR PROTECTION LOGIC, REACTOR TRIP SIGNALS, 251??? "SHEET 2' RlOO RPS012 -REACTOR PROTECTION LOGIC, REACTOR TRIP SIGNALS, 251??? "SHEET 2' R100 RPSD13 -REACTOR PROTECTION LOGIC, NUCLEAR INSTRUMENTATION 251??? TRIP SIGNALS AND MANUAL REACTOR TRIP LOGIC 'SHEET 3' RlOO RPS013 -REACTOR PROTECTION LOGIC, NUCLEAR INSTRUMENTATION 251??? TRIP SIGNALS AND MANUAL REACTOR TRIP LOGIC 'SHEET 3' RlOO RPS013 -REACTOR PROTECTION LOGIC, NUCLEAR INSTRUMENTATION 251??? TRIP SIGNALS AND MANUAL REACTOR TRIP LOGIC 'SHEET 3" RlOO RPS013 -REACTOR PROTECTION LOGIC, NUCLEAR INSTRUMENTATION 251??? TRIP SIGNALS AND MANUAL REACTOR TRIP LOGIC 'SHEET 3' RlOO RPS014 -NUCLEAR INSTRUMENTATION LOGIC, PERMISSIVS AND 251??? BLOCKS LOGIC 'SHEET 4' R100 RPS015 -REACTOR PROTECTION SYSTEM LOGIC, PRIMARY COOLANT 251??? SYSTEM TRIPS. 'SHEET 5'

• RlOO RPS015 -REACTOR PROTECTION SYSTEM LOGIC, PRIMARY COOLANT 251??? SYSTEM TRIPS. "SHEET 5" R100 RPS016 -REACTOR PROTECTION SYSTEM LOGIC, PRESSURIZER TRIP 251??? SIGNALS. 'SHEET 6'

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======== ======== RlOO RPS016 -REACTOR PROTECTION SYSTEM LOGIC, PRESSURIZER TRIP 251??? SIGNALS. "SHEET 6" RlDO RPS017 -REACTOR PROTECTION SYSTEM LOGIC, STEAM GENERATOR 251??? TRIP SIGNALS. 'SHEET 7" RlOO RPS017 -REACTOR PROTECTION SYSTEM LOGIC, STEAM GENERATOR 251??? TRIP SIGNALS. 'SHEET 7' RlDO RPS018 -REACTOR PROTECTION SYSTEM LOGIC, SAFEGUARDS 251??? ACTUATION SIGNALS. 'SHEET 8" RlDO RPS018 -REACTOR PROTECTION SYSTEM LOGIC, SAFEGUARDS 251??? ACTUATION SIGNALS. 'SHEET 8"

• R500 RPS019 -ROD CONTROL SYSTEM, ROD SPEED AUTO AND MANUAL LOGIC 251??? 'SHEET 9' RlDO RPS020 -STEAM DUMP CONTROL "SHEET 10' 251??? RlOO RPSD23 -REACTOR PROTECTION SYSTEM LOGIC, FEEDWATER CONTROL 251??? AND ISOLATION.

'SHEET 13" RlDO RPS026 -REACTOR PROTECTION SYSTEM LOGIC, TURBINE TRIP 251??? 'SHEET 16' STGPNL -STEAM GENERATOR CONTROL, PROTECTION, AND LEVEL 251??? CONTROL. STEAM GENERATOR ATMOSPHERIC STEAM DUMP. (21-2,MSlD)

HOO ZMOT10 -21 & 22 AUXILIARY FEED WATER PUMPS CONTROL LIGIC 251??? C300 ZMSC08 -OVERHEAD ALARMS 251??? R17D ZMSC09 -LOGIC FOR STATUS LITES ON PANEL 2RP' 251??? ZMSC1D(B)

-AUXILIARY FEEDWATER CONTROL VALVES 251??? ZMSC14 -HTDROGEN RECOMBINERS 251???

• M200 ZMSC15 -FIRE PROTECTION SYSTEM LOGIC 251??? N210 COMPONENT COOLING VALVES 2CC17 & 21CC3 CCP CW INLET & OUTLET 252293 OD DD AND 2CC30, 21CCHX OUTLET ISOL. VALVES, LOGIC DIAGRAM, CONTROLS

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======== ======== N210 COMPONENT COOLING VALVES 2CC18 & 22CC3 CCP CW INLET & OUTLET 252294 DO 00 AND 2CC31, 22CCHX OUTLET ISOL. VALVES, LOGIC DIAGRAM, CONTROLS M940 CONTAINMENT HYDROGEN MONITORING SYSTEM, LOGIC DIAGRAM, 252449 03 03 CONTROLS R120 EMERGENCY CORE COOLING SYS RHR & SI & CONT. SUMP VALVES 600000 02 02 EMERGENCY CORE COOLING AUTO. SWITCHOVER, LOGIC DIAGRAM, CONTROLS X190 PANELS 1RP4 & 2RP4 POWER LOCK-OUT SWITCHES, FRONT VIEW, 600007 02 02 CONTROLS

• F320 CONDENSER AIR REMOVAL & PRIMING, 22 VACUUM & SEAL WATER 600149 03 03 PUMPS, LOGIC DIAGRAM, SHEET 1, CONTROLS F320 CONDENSER AIR REMOVAL & PRIMMING 22 VACUUM & SEAL WATER 600213 02 02 PUMPS, LOGIC DIAGRAM, SHEET 2, CONTROLS M921 CONTROL AREA A.C. CHILLER CONDENSER WATER RECIRC. PUMPS & 600218 03 03 CHILLED WATER PUMPS, LOGIC DIAGRAM, CONTROLS HWOO PLATE, POWER SUPPLY MTG PSE&G 600236 00 00 HWOO REACTIVITY RACK 600237 00 00 HWOO PARTS LIST REACTIVITY RACK 600251 DO 00 E520 MAIN GENERATOR VOLTAGE REGULATOR VOLTAGE MATCHING, AUTO 601031 TRACKING AND MANUAL ADJUSTER, SCHEMATIC, CONTROLS E520 MAIN GENERATOR VOLTAGE REGULATOR AUTOMATIC ADJUSTER CONTROLS 601032 SCHEMATIC, CONTROLS E520 MAIN GENERATOR VOLTAGE REGULATOR, REGULATOR AUTO/MAN.

& PWR. 601033 01 01 SYS. STABILIZER TRANSFER, SCHEMATIC, CONTROLS E560 MAIN GENERATOR RELAY PROTECTION, SCHEMATIC, CONTROLS 601034 01 01

• E560 MAIN GENERATORS RELAY PROTECTION, A.C. SCHEMATIC, CONTROLS 601035 02 02 E520 MAIN GENERATOR EXCITATION VOLTAGE REGULATOR 125VDC, 601036 SCHEMATIC, CONTROLS E520 MAIN GENERATOR VOLTAGE REGULATOR EXCITER FIELD BREAKER, D.C. 601037 01 01 SCHEMATIC, CONTROLS

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======== =======::::

E540 MAIN GENERATOR STATOR WATER SYSTEM CONDUCTIVITY RECORDER 601040 ALARMS A.C. SCHEMATIC, CONTROLS T600 TURBINE GENERATOR TURBINE TRIP REGULATOR 601226 00 00 T600 TURBINE GENERATOR TURBINE TRIP BACK-UP 601227 01 01 E110 500KV. SWITCHYARD, 208 V. MISCELLANEOUS POWER ONE-LINE, 601249 00 00 DIAGRAM, ELECTRICAL E540 MAIN GENERATOR NO. 22 STATOR COOLING WATER PUMP, LOGIC 601263 02 02 DIAGRAM, CONTROLS E540 MAIN GENERATOR NO. 21 STATOR WATER COOLING PUMP, LOGIC 601264 02 02

• DIAGRAM, CONTROLS RlOO REACTOR PROTECTION SYSTEM TURBINE TRIP, RUN BACKS & 601265 02 02 GENERATOR PROTECTION, LOGIC DIAGRAM, CONTROLS E140 2A-460V. VITAL BUS ONE-LINE, DIAGRAM, ELECTRICAL 601390 01 01 E140 2B-460V. VITAL BUS ONE-LINE, DIAGRAM, ELECTRICAL 601391 01 01 E140 2C-460V. VITAL BUS ONE-LINE, DIAGRAM, ELECTRICAL 601392 01 01 E140 2E-460V. BUS, ONE-LINE DIAGRAM, ELECTRICAL 601393 01 01 E140 2F-460V. BUS, ONE-LINE DIAGRAM, ELECTRICAL 601394 02 02 E140 2G-460V. BUS, ONE-LINE DIAGRAM, ELECTRICAL 601395 02 02 E140 2H-460V. BUS, ONE-LINE DIAGRAM, ELECTRICAL 601396 01 01 E140 2EP-480V.

PRESSURIZER HEATER BUS, ONE-LINE DIAGRAM, 601397 02 02 ELECTRICAL E140 2GP-480V.

PRESSURIZER HEATER BUS, ONE-LINE DIAGRAM, 601398 01 01 ELECTRICAL

• E140 CIRCULATING WATER INTAKE 2CW-460V.

BUS, ONE-LINE DIAGRAM, 601399 01 01 ELECTRICAL E150 2A-230V. VITAL BUS, ONE-LINE DIAGRAM, ELECTRICAL 601400 04 04 I E150 2B-230V. VITAL BUS, ONE-LINE DIAGRAM, ELECTRICAL 601401 03 03

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======== ======== E150 2C-230V. VITAL BUS, ONE-LINE DIAGRAM, ELECTRICAL 601402 03 03 E150 2F-230V BUS ONE LINE DIAGRAM, ELECTRICAL 601403 01 01 E150 2H-230V BUS ONE LINE DIAGRAM, ELECTRICAL 601404 01 01 E150 2FL 208/12DV LIGHTING BUS ONE LINE DIAGRAM, ELECTRICAL 601405 02 02 HWOO C.C.-1 SHEET 1 601825 DO DO HWOO C.C.-1 SHEET 2 601826 DO 00 HWOO C.C.-2 SHEET 1 601827 DO DO

• HWOO C.C.-2 SHEET 2 601828 DO DO HWOO C.C.-2 SHEET 3 601829 OD DO HWOO C.C.-3 SHEET 1 601830 DO DO HWOO C.C.-3 SHEET 2 601831 00 00 HWOO C.C.-3 SHEET 3 601832 DO DO *

• SALEM SIMULATOR Computer Real Time Verification Real Time Monitoring 32/97 A. Slip Flags and Slip Flag Counters SP-206 Real Time Execution is continually monitored in the executive program by a set of Slip Flags that are set by the executive program in the other processor, i.e., the Slip Flags for the CPU executive program are set by the IPU executive program and vice versa. The Slip Flags are reset by the appropriate executive program. The reason for this is due to the way the executives are suspended and resumed each frame. Pseudo code for CPU: Load Slip Flag for IPU Compare Slip Flag to .True. If not equal set flag to .True. If equal add 1 to counter Call modules Zero Slip Flag for CPU Pseudo code for IPU Load Slip Flag for CPU Compare Slip Flag to .True . If not equal set flag to .True. If equal add 1 to counter Call modules Zero Slip Flag for IPU Before the Slip Flag is set, the Slip Flag is checked to see if it is already set. If set, this would indicate that the exec has not finished and a slip counter is incremented.

By using the 'UPDATER' function on the Salem Simulator, the Slip Counters may be viewed. To accomplish this, enter the 'Updater' under user 'SYSTEM' and batch a file named 'SLIPTIME'.

That file contains the following:

'S2I11CNT' Slip Counter for IPU cycle 1 'S2I12CNT' Slip Counter for IPU cycle 2 'S2I13CNT' Slip Counter for IPU cycle 3 'S2I14CNT' Slip Counter for IPU cycle 4 'S2CllCNT' Slip Counter for CPU cycle 1 'S2Cl2CNT' Slip Counter for CPU cycle 2 'S2C13CNT' Slip Counter for CPU cycle 3 'S2Cl4CNT' Slip Counter for CPU cycle 4 This display shows all the Slip Counters for the exec in the 32/97. The Counters may be reset to zero by using the modify directive in 'UPDATER' or by resetting the simulator to an I.C . Appendix 8S Page 1 of 3 Date: 08/04/89 Rev . : _ __;:o;,___

__

• B. General Executive Execu-tion Time To obtain-percent spare time the following procedure is implemented:

!"--":,* Us*ing 'SYMBOLIC' perform the following instructions:

SYM>$D SYM>IDLEFREQ 1 (THIS SETS A 1 SEC. INTERVAL)

SYM>$T TSM>!ACTI SPARETIM Using 'UPDATER' monitor these variables:

CPU2TIME IPU2TIME SP-206 These variables will display the percent spare time of System 2 per second. The variables may also be ditsplayed on a 'Time vs Percent Spare Time' graph. ? L II. Real Time Monitoring 32/77 A. Slip Flags and Slip Flag Counters The task 'CPUTMRON'/'IPUTMRON' is the controlling program for the CPU/IPU timing process and is catalogued at a higher priority than the executives.

The reason for this is to ensure real time execution.

This process is continually monitored by a set of Slip Flags and Slip Counters that are shared between 'CPUTMRON/IPUTMRON' and the execs. Pseudo code CPUTMRON/

IPUTMRON:

If (Slip Flag set) then Increment Slip Counter End if Set Slip Flags EXECS: Call modules Clear Slip Flags Wait until next frame EverY,(fr,ame

'CPUTMRON'/'IPUTMRON' sets the Slip Flags and the execs&':clear them. Before setting the Slip Flags, 'CPUTMRON'/'IPUTMRON' checks to see if they are already set. If so, this indicates that the exec did not finish and the appropriate Slip Counter is incremented

• Appendix 8S Page 2 of 3 Date: 08/04/89 Rev.: 0 ----

• *

• SP-206* By using the 'UPDATER'*

function on the Salem Simulator the Slip Counters may be viewed. To accomplish this, enter the 'Updater' under user 'SYSTEM' and batch a file named I SLIPTIME I

• That file contains the following:

'SlillCNT' Slip Counter for IPU cycle 1 'SlI12CNT' Slip Counter for IPU cycle 2 'S1Il3CNT' Slip Counter for IPU cycle 3 'SlI14CNT' Slip Counter for IPU cycle 4 'SlCllCNT' Slip Counter for CPU cycle 1 'S1C12CNT' Slip Counter for CPU cycle 2 'S1Cl3CNT' Slip Counter for CPU cycle 3 'SlC14CNT' Slip Counter for CPU cycle 4 'S1Cl5CNT' Slip Counter for CPU cycle 5 This display shows all the Slip Counters for the execs in the 32/77. The Counters may be reset to'zero by using the modify directive in the 'UPDATER' or by resetting the simulator to an I. c. B. General Executive Execution Time To obtain percent spare time the following procedure is implemented:

Using 'SYMBOLIC' perform the following instructions:

SYM>$D SYM>IDLEFREQ 1 (THIS SETS A 1 SEC. INTERVAL}

SYM>$T TSM>!ACTI SPARETIM Using 'UPDATER' monitor these variables:

CPUlTIME IPUlTIME These variables will display the percent spare time of System 1 per second. The variables may also be displayed on a 'Time vs Percent Spare Time' graph . Appendix 8S Page 3 of 3 Date: 08/04/89 Rev. : 0 -----

PCT/S EP CT/SEPC T/SEC T/SE 100. 100. 100. 100 *

• o 90.0 90.0 90.0 80.0 80.0 80.0 80.0 70.0 70.0 70.0 70.0 o.o 60.0 60.0 &o.o 0.0 50.0 50.0 50.0 40.0 40.0 40.0 .co.o 30.0 30.0 30.0 30.0 20.0 20.0 20.0 20.0 10.0 10.0 10.0 10.0

• SALEM SIMULATOR TIMING TEST 11/07/89 HOT FULL POWER , STEADY STATE -+------* .ooo .ooo .ooo 3 1 2 4 3 2 1 60. 0 120. 180. 240. 300. 360. 420. 480. 540. 600. -1

• 77 /80 CPU SPAFE TUE PCT /SEC I -2

• 77 /80 IPU SPARE TIME PCT /SEC . -3

• 97 /BO CPU SPARE T I ME PCT /SEC -4 . 97 /80 IPU SPARE TIME PCT /SEC u -SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA SECONDS RUN DATE : SIMULATOR FILE: TIMING.SIM REFERENCE FILE: N/A

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• *

• SP-206 HOPE CREEK .& SALEM SIMULATOR Mass and Energy Balance/Drift Verification PURPOSE The conduct of the mass and energy balances and drift verification of the Hope Creek and Salem Simulators is required per ANS 3.5-1985 Section 4.1, Performance for Steady State Operation.

INITIAL CONDITIONS Critical Parameters The following parameters were selected as the critical parameters for the conduct of the mass and energy balances and drift verification:

Hope Creek *APRM A *APRM B *APRM C *APRM D *APRM E *APRM F *Core Thermal Power *Total Core Flow *RR Loop A Flow *RR Loop B Flow *RR Pump A Suet Temp *RR Pump B Suet Temp *RX Narrow Rng Press *RX Narrow Rng Lvl A *Total Steam Flow *Feed Flow Loop A *Feed Flow Loop B *Feed Temp Loop A *Feed Temp Loop B *Main Stm Line Press *Main Gen Mwatts Elec .., ____ _ *Neutron Flux {N41} *Thermal Core Power *RC Loop 21 Tc *RC Loop 22 Tc *RC Loop 23 Tc *RC Loop 24 Tc *RC Loop 21 Th *RC Loop 22 Th *RC Loop 23 Th *RC*Loop 24 Th *RC Tave *PZR Pressure *PZR Level *S/G 21 Pressure *SIG 21 Feed Flow *S/G 21 FW In Temp *S/G 21 Level *Gross MWatt Elect Appendix 9 Page 1 of 4 Date: 08/04/89 Rev. : ---"o __ _

• *

• SP-206 Non-Critical Parameters The-following parameters were selected as the non-critical parameters for the conduct of the mass and energy balances and drift verification:

Hope creek *RX Wide Rng Level *CRD Flow *CRD Inlet Temp *RWCU Flow *RWCU Inlet Temp *RWCU Outlet Temp *Turb First Stg Press *Moist Separator Press *Cond Vacuum A *Cond Vacuum B *Cond Vacuum C *Hotwell A Temp *Hotwell B Temp *Hotwell C Temp MASS AND ENERGY BALANCE ACCEPTANCE CRITERIA *Boron Concentration

• PZR Temperature

• Bank 'D' Position *21 Delta T *SIG 21 B/D Flow The calculated values for steady state critical parameters shall agree with the reference data within 2% and shall not detract from training.

The calculated values for the steady state non-critical parameters shall agree the reference data within 10% and shall not detract from training.

DESCRIPTION Three separate mass and energy balances are performed; the actual power levels chosen are dependent upon availability of reference data for the parameters identified.

One heat balance is to be performed as close as practical to rated plant conditions.

The simulator is placed in the same operating configuration and power level as indicated by the reference data. Data is then collected for the critical and non-critical parameters identified above . Appendix 9 Page 2 of 4 Date: 08/04/89 Rev.: 0 -----

• SP-206 Collected data is entered i"ntb a pre-formatted spreadsheet with formulas embedded in the entry cells to calculate the minimum and maximum allowable values. The Heat Balance Data Sheet contains the following fields: Hope Creek PARAMETER:

A monitored point associated with the Nuclear Steam Supply System and balance of plant system. COMP PT OR .INDICATOR IDENTIFICATION:

The computer point or indicator from which the data is collected for each parameter.

DATABASE: (date) The reference power level database values for each parameter, obtained from the reference plant or other reference data. MIN VALUE: The minimum allowable value of the simulated parameter.

Based upon the DATABASE value, allowable error, and instrument noise. ACTUAL VALUE: The actual value of the simulated parameter obtained during the heat balance data collection.

MAX VALUE: The maximum allowable value of the simulated parameter.

Based upon the DATABASE value, allowable error, and instrument noise. OBSERVED P-P NOISE: The peak to peak instrument noise associated with the identified parameter (if known). The database and observed P-P noise values are used to calculate the minimum and maximum allowable value for each parameter at each of three power levels chosen as described on the attached heat balance data sheets. Salem PARAMETER:

A monitored point associated with the Nuclear Steam Supply System and balance of plant system. DATABASE: (date) The reference power level database values for each parameter, obtained ffom the reference plant or other reference data. MIN VALUE: The minimum allowable value of the simulated parameter.

Based upon the DATABASE value,

• allowable error, and instrument noise. ACTUAL VALUE: The actual value of the simulated parameter obtained during the heat balance data collection . MAX VALUE: The maximum allowable value of the simulated parameter.

Based upon the DATABASE value. METER SCALE GRADUATION:

Minimum scale graduation that can be read accurately by an operator.

The database and observed meter scale graduation are used to calculate the minimum and maximum allowable value for each parameter at each of three power levels chosen as described on the attached heat balance data sheets. Appendix 9 Page 3 of 4 Date: 08/04/89 Rev.: 0 -----

• *

• DRIFT VERIFICATION ACCEPTANCE CRITERIA SP-206 The calculated values for steady state critical and non-critical parameters monitored shall not deviate by more than 2% of the initial value during the 60 minute test duration.

• DESCRIPTION The drift verification is performed by initializing the simulator at rated power conditions.

Data is then collected for the critical and non-critical parameters identified above. The simulator is placed in RUN and an initial set of data is collected.

Every 10 minutes, another set of data is collected.

Collected data is entered into a pre-formatted spreadsheet identifying the monitored and its' value at each 10 minute interval . Appendix 9 Page 4 of 4 Date: 08/04/89 Rev.:

.( ' . , * * * * * * * * * * * * * * * * * *

• I SALEM SIMULATOR HEAT BALANCE PERFORMANCE DATA 28 % POWER OPERABILITY TEST DATE:l2/20/89 PRIMARY PARAMETER lMETER SCALE l SAT = 1 DATA BASE l MIN. VALUE lACTUAL VALUEIMAX.

VALUE lGRADUATION IUNSAT = 0 lNEUTRON FLUX fN41} lTHERMAL CORE lRC LOOP 21 Tc I I lRC LOOP 22 Tc IRC LOOP 23 Tc I I lRC LOOP 24 Tc lRC LOOP 21 Th I I lRC LOOP 22 Th lRC LOOP 23 Th I I lRC LOOP 24 Th lRC Tave +BORON CONC. PZR PRESSURE PZR LEVEL +PZR TEMPERATURE

+BANK 'D' POSITION +21 Delta T 28.00 % 26.44 % 28.00 % 29.56 % I I l I 955.00 Mwat 935.90 Mwatl 962.00 Mwatl 974.10 Mwatl I I 543.00 degF 527.14 degFl 542.80 degFl 558.86 degFl 543.00 degF 527.14 degFl 542.80 degFl 558.86 degFl 543.00 degF 527.14 degFl 542.90 degFl 558.86 degFl I I 543.00 degFl 527.14 degFl 542.90 degF l 558.86 degF l I I 561.00 degFl 544.78 degFl 561.00 degF 577.22 degFl I I 561.00 degFl 544.78 degFI 561.00 degF 577.22 degFl 561.00 degF 544.78 degF l 561.00 degF 577.22 degF 1 561.00 degF 544.78 degFl 561.00 degF 577.22 degF I I 552.00 degF 539.96 degF[ 551.90 degF 564.04 degF 890.00 ppb 801.00 ppb : 890.20 ppb 979.00 ppb I I I ,2235.00 psigl2180.30 psigl2235.30 psig 2289.70 psig 29.00 % 27.42 % 28.60 % 30.58 % 660.00 degF 589.00 degFI 652.70 degF 731.00 degF I I 184.00 step 165.60 stepl 190.00 step 202.40 step 18.00 degF I I 15.20 degFI 18.20 degF 20.80 degT + NO N-CRITICAL PARAMETER MAXIMUM AND MINIMUM VALUES WERE CALCULATED AS FOLLOWS: CRITICAL PARAMETERS:

THE ALLOWABLE ERROR WAS CALCULATED BY ADDING 2% OF THE 28% DATA BASE VALUE AND THEN ADDING 50% OF THE METER SCALE GRADUATION.

2 % 0 Mwat 10 degF 10 degF 1 0 degFl 10 degFl I I 10 degFI I I 10 degFI 10 degFI 10 degFI I I 2 degFI 0 ppb : I I 20 psigl 2 % 10 degFl 0 stepl 2 degFl THE ALLOWABLE ERROR WAS THEN ADDED TO THE DATA BASE VALUE TO ARRIVE AT THE 'MAXIMUM' ALLOWABLE VALUE, AND SUBTRACTED FROM THE DATABASE VALUE TO ARRIVE AT THE 'MINIMUM' ALLOWABLE VALUE. 1 1 1 1 1 I 1 1 1 1 1 1 1 1 1 1 1 1 ;.". I APERTURE CARD Available 0 *

• Aperture Carr NON-CRITICAL PARAMETERS:

9001o s o11 0-04 THE SAME APPROACH WAS USED EXCEPT THAT 10% OF THE 28% DATA BASE VALUE WAS USED TO CALCULATE THE ALLOWABLE ERROR . ATTACHMENT 1 1 y 8 *

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• 5 e s * * ' .J . SALEM SIMULATOR HEAT BALANCE PERFORMANCE DATA 28 % POWER lMETER SCALE I SAT = 1 I SECONDARY PARAMETER I DATA BASE I MIN. VALUE !ACTUAL VALUElMAX.

VALUE I GRADUATION lUNSAT = 0 I ----------------------------------------------------------------------------------------------

lS/G 21 PRESSURE 905.00 I I lS/G 21 FEED FLOW 26.00 lS/G 21 FW IN TEMP 315.00 I I IS/G 21 LEVEL 44.00 l+S/G 21 BID FLOW 40.00 l I I GROSS Mwatt ELECT I 210.00 I + NON-CRITICAL PARAMETER Klbm = x 1000 lbm/hr psig' 876.90 psigl 933.00 psigl % 24.48 % 24.00 % degF 308.20 degFI 272.50 degF % 42.12 % 43.60 % Klbml 35.50 Klbm 42.90 Klbm Mwatl 200.80 Mwat 213.50 Mwat MAXIMUM AND MINIMUM VALUES WERE CALCULATED AS FOLLOWS: CRITICAL PARAMETERS:

933.10 psigl 27.52 % 321. 80 degF 45.88 % 44.50 Klbm 219.20 Mwat THE ALLOWABLE ERROR WAS CALCULATED BY ADDING 2% OF THE 28% DATA BASE VALUE AND THEN ADDING 50% OF THE METER SCALE GRADUATION.

20 psigl 2 % 1 degF' 2 % 1 Klbm 10 Mwat THE ALLOWABLE ERROR WAS THEN ADDED TO THE DATA BASE VALUE TO ARRIVE AT THE 'MAXIMUM' ALLOWABLE VALUE, AND SUBTRACTED FROM THE DATABASE VALUE TO ARRIVE AT THE 'MINIMUM' ALLOWABLE VALUE. NON-CRITICAL PARAMETERS:

THE SAME APPROACH WAS USED EXCEPT THAT 10% OF THE 28% DATA BASE VALUE WAS USED TO CALCULATE THE ALLOWABLE ERROR. note 1 Reference plant heat balance data is not normally done at 28% power. We have insufficent data to make any tuning of the model at this time. 1 0 0 1 1 1 note 1 note 1 Next year, we will perform the annual heat balance tests at power leve l s that are consistent with the reference plant power levels. Plus, we will collect sufficient secondary plant data necessary to make an accessment on the model's capability.

ATTACHMENT 1 2 .*i. / SI APERTURE CARD Available On } Aperture Card 3

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• SALEM SIMULATOR HEAT BALANCE PERFORMANCE DATA 75 % POWER OPERABILITY TEST DATE:12/20/89 PRIMARY PARAMETER DATA BASE : MIN. VALUE :ACTUAL VALUE:MAX.

VA L UE :METER SCALE : SAT = 1 !GRADUATION

uNSAT = 0 lNEUTROW FLUX {N41} : 75.00 % 72.50 % 75.00 % 77.50 % I I I I I I THERMAL CORE PWR :2558.00 Mwat:2506.84 Mwat 2570.00 Mwat:2609.16 Mwat: RC LOOP 21 Tc RC LOOP 22 Tc RC LOOP 23 Tc RC LOOP 24 Tc ,RC LOOP 21 Th I I IRC LOOP 22 Th I I IRC LOOP 23 Th I I IRC LOOP 24 Th I I IRC Tave l+BORON CONC. IPZR PRESSURE I I IPZR LEVEL :+PZR TEMPERATURE I I l+BANK 'D' POSITION 1+21 Delta T 538.00 degF: 522.24 degF 538.80 degFI 553.76 degF' 538.00 degFI 522.24 degF 538.80 degFI 553.76 degF I I 538.00 degFI 522.24 degF 539.30 degFI 553.76 degF 538.00 degFI 522.24 degFI 538.90 degFI 553.76 degF I I 588.00 degFI 571.24 degFI 586.70 degFI 604.76 degF I I 588.00 degFI 571.24 degF' 586.70 degFI 604.76 degF, I I 588.00 degFI 571.24 degF 586.70 degFI 604.76 degF 588.00 degFI 571.24 degF 586.70 degFI 604.76 degF 563.00 degFI 550.74 degF 562.80 degFI 575.26 degF 633.00 ppb 569.70 ppb I 633.50 ppb I 696.30 ppb I 12235.00 psig 2180.30 psig 2235.90 psig'2289.70 psig 41. 00 % 39.18 % 42.20 % 42.82 % 660.00 degF I 589.00 degF 652.50 degF 731.00 degF I I 228.00 stepl 205.20 step 228.00 step 250.80 step , 50.00 degFI 44.00 degF 47.80 degF 56.00 degTI + NON-CRITICAL PARAMETER MAXIMUM AND MINIMUM VALUES WERE CALCULATED AS FOLLOWS: CRITICAL PARAMETERS:

THE ALLOWABLE ERROR WAS CALCULATED BY ADDING 2% OF THE 75% DATA BASE V ALUE AND THEN ADDING 50% OF THE METER SCALE GRADUATION.

2 % 0 Mwat 10 degF 10 degF 10 degF, 10 degFI 10 degFI 10 degFI 10 degF: 10 degFI 2 degF: 0 ppb : I I 20 psigl 2 % 10 degF 0 step 2 degF THE ALLOWABLE ERROR WAS THE N ADDED TO THE DATA BASE VALUE TO ARRIVE AT THE 'MAXIMUM' ALLOWABLE VALUE, AND SUBTRACTED FROM THE DATABASE VALUE TO ARRIVE AT THE 'MINIMUM' ALLOWABLE VALUE. NON-CRITICAL PARAMETERS:

THE SAME APPROACH WAS USED EXCEPT THAT 10% OF THE 75% DATA BASE VALUE WAS USED TO CALCULATE THE ALLOWABLE ERROR. ATTACHMENT 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

1 1 1 1 9 SI APERTURE CARD Also vailable 0 Aperture Card 01 os o11 0-ob . " .., 2

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• * .8 * * * * * * * * * * * * * * * * "SALEM SIMULATOR HEAT BALANCE PERFORMANCE DATA 75 % POWER I METER SCALE I SAT = 1 I SECONDARY PARAMETER I DATA BASE I MIN. VALUE I ACTUAL VALUE IMAX. VALUE I GRADUATION IUNSAT = 0 I ----------------------------------------------------------------------------------------------

IS/G 21 PRESSURE 820.00 psigl 793.60 psig 821. 90 psigl 846.40 psigl 20 IS/G 21 FEED FLOW 75.00 % 72.50 % 74.00 % 77.50 % 2 I I IS/G 21 FW IN TEMP 397.00 degF 388.56 degF 401.30 degF 405.44 degFI 1 I I IS/G 21 LEVEL 44.00 % 42.12 % 43.60 % 45.88 % 2 l+S/G 21 BID FLOW 40.00 Klbm 35.50 Klbml 41.39 Klbm 44.50 Klbmi 1 I I I I I I I GROSS Mwatt ELECT 820.00 Mwat 798.60 Mwatl 832.00 Mwatl 841.40 Mwati 10 + NON-CRITICAL PARAMETER Klbm = x 1000 lbm/hr MAXIMUM AND MINIMUM VALUES WERE CALCULATED AS FOLLOWS: CRITICAL PARAMETERS:

THE ALLOWABLE ERROR WAS CALCULATED BY ADDING 2% OF THE 75% DATA BASE VALUE AND THEN ADDING 50% OF THE METER SCALE GRADUATION.

THE ALLOWABLE ERROR WAS THEN ADDED TO THE DATA BASE VALUE TO ARRIVE AT THE 'MAXIMUM' ALLOWABLE VALUE, AND SUBTRACTED FROM THE DATABASE VALUE TO ARRIVE 'MINIMUM' ALLOWABLE VALUE. NON-CRITICAL PARAMETERS:

THE SAME APPROACH WAS USED EXCEPT THAT 10% OF THE 75% DATA BASE VALUE WAS USED TO CALCULATE THE ALLOWABLE ERROR . ATTACHMENT 1 2 psigl 1 % 1 degFI 1 % 1 Klbm 1 Mwat 1 AT THE 9 i\ab\e On ure card o1os o11_0-07 * * **

• * * * * * * * * * * * * * * * * * * * *

• SALEM SIMULATOR HEAT BALANCE PERFORMANCE DATA 100 % POWER OPERABILITY TEST DATE:12/20/89 PRIMARY PARAMETER

!METER SCALE I SAT = 1 DATA BASE I MIN. VALUE IACTUAL VALUEIMAX.

VALUE lGRADUATION IUNSAT = 0 !NEUTRON FLUX {N41} I 100.00 % 97.00 % : 100.40 % I 103.00 % !THERMAL CORE PWR IRC LOOP 21 Tc 1 1 IRC LOOP 22 Tc 1 1 IRC LOOP 23 Tc I 1 IRC LOOP 24 Tc IRC LOOP 21 Th RC LOOP 22 Th RC LOOP 23 Th RC LOOP 24 Th RC Tave +BORON CONC . PZR PRESSURE PZR LEVEL +PZR TEMPERATURE

+BANK 'D' POSITION +21 Delta T 13411.00 Mwat 3342.78 Mwatl3400.00 Mwat13479.22 Mwatl I 1 537.00 degF 521.26 degFI 538.20 degF' 552.74 degFI 1 1 537.00 degF 521.26 degFI 538.20 degF 552.74 degFI 537.00 degF 521.26 degFI 538.30 degF 552.74 degFI 537.00 degF 521.26 degF 538.30 degF, 552.74 degFI 601.00 degF 583.98 degF 600.70 degFI 618.02 degF 601.00 degF 583.98 degF 600.70 degFI 618.02 degF 601.00 degFI 583.98 degF 600.70 degFI 618.02 degF 601.00 degFI 583.98 degFI 600.80 degFI 618.02 degF 569.00 degFI 556.62 degFI 569.50 degF 581.38 degF 633.00 ppb I 569.70 ppb I 591.00 ppb 696.30 ppb 2235.00 psigl2180.30 psigl2235.10 psig 2289.70 psig 54.00 % 51. 92 % 52.30 % 56.08 % 660.00 degF I 589.00 degFI 652.70 degF 731.00 degFI 1 I 1 228.00 step: 205.20 stepl 210.00 stepl 250.80 step: 64.00 degFI 56.60 degFI 62.50 degFI 71.40 degTI + NON-CRITICAL PARAMETER MAXIMUM AND MINIMUM VALUES WERE CALCULATED AS FOLLOWS: CRITICAL PARAMETERS:

2 % 1 1 0 Mwatl 1 1 10 degFI 10 degFI 10 degFI 10 degFI 10 degFI 10 degFI 1 1 10 degFI 10 degFI 2 degFI 0 ppb : 1 1 20 psigl 2 % 10 degFI 0 stepl 1 1 2 degF I THE ALLOWABLE ERROR WAS CALCULATED BY ADDING 2% OF THE 100% DATA BASE VALUE AND THEN ADDING 50% OF THE METER SCALE GRADUATION.

THE ALLOWABLE ERROR WAS THEN ADDED TO THE DATA BASE VALUE TO ARRIVE AT THE 'MAXIMUM' ALLOWABLE VALUE, AND SUBTRACTED FROM THE DATABASE VALUE TO ARRIVE AT THE 'MINIMUM' ALLOWABLE VALUE. NON-CRITICAL PARAMETERS:

THE SAME APPROACH WAS USED EXCEPT THAT 10% OF THE 100% DATA BASE VALUE WAS USED TO CALCULATE THE ALLOWABLE ERROR . ATTACHMENT 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 ... ..,.. "'"' 1* SI APERTURE CARD o vailable 0 1 Aperture Card 9 0 0.1os o110-04i , .. ,...... 4 5

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• SALEM SIMULATOR HEAT BALANCE PERFORMANCE DATA 100 % POWER !METER SCALE l SAT = 1 SECONDARY PARAMETER!

DATA BASE I MIN. VALUE !ACTUAL VALUEIMAX.

VALUE !GRADUATION IUNSAT = 0 SIG 21 PRESSURE 790.00 psigl 764.20 psigl 800.00 psigl 815.80 psigl 20 psigl 1 SIG 21 FEED FLOW 100.00 % 97.00 % 99.00 % 103.00 % I 2 % I 1 I I I I I I I I SIG 21 FW IN TEMP 428.00 degF 418.94 degFI 433.40 degFI 437.06 degFl 1 degFI 1 SIG 21 LEVEL 44.00 % 42.12 % 44.30 % 45.88 % 2 % 1 l+SIG 21 BID FLOW 40.00 Klbm 35.50 Klbml 40.80 Klbml 44.50 Klbml 1 Klbml 1 I I I I I GROSS Mwatt ELECT 11150.00 Mwat 1122.00 Mwatl1141.60 Mwatl1178.00 Mwatl 10 Mwat l 1 ----------------------------------------------------------------------------------------------

+ NON-CRITICAL PARAMETER Klbm = x 1000 lbmlhr MAXIMUM AND MINIMUM VALUES WERE CALCULATED AS FOLLOWS: CRITICAL PARAMETERS:

THE ALLOWABLE ERROR WAS CALCULATED BY ADDING 2% OF THE 100% DATA BASE VALUE AND THEN ADDING 50% OF THE METER SCALE GRADUATION.

THE ALLOWABLE ERROR WAS THEN ADDED TO THE DATA BASE VALUE TO ARRI V E AT THE 'MAXIMUM' ALLOWABLE VALUE, AND SUBTRACTED FROM THE DATABASE VALUE TO ARRIVE AT THE 'MINIMUM' ALLOWABLE VALUE . NON-CRITICAL PARAMETERS:

THE SAME APPROACH WAS USED EXCEPT THAT 10% OF THE 100% DATA BASE VALUE WAS USED TO CALCULATE THE ALLOWABLE ERROR . ,

.... --f SI APERTURE CARD Also Available On Aperture Card ATTACHMENT 1 2 9 0 0 1 0 8 O I I 0 ... 0 , *

• 2. 1

• l7 l8

• l 4G 44 7 >81. 59 0 61 62

• 63 64 *s1 66

• 61 q 0. 1 721 731 74. 75 76-J

• SALEM SIMULATOR STEADY STATE OPERATION PROCEDURE SSOP-1 28% POWER TABLE OF CONTENTS I

• OVERVIEW II. REFERENCES III. PERIODICITY IV. INITIAL CONDITIONS

v. ACCEPTANCE CRITERIA VI. RECORDING REQUIREMENTS 1 . VI

I. PROCEDURE

VIII. TEST

SUMMARY

APPENDIX A -EXPECTED PARAMETER VALUES I. II. CRITICAL PARAMETERS NON-CRITICAL PARAMETERS III *.. ENERGY BALANCES IV. MASS BALANCE vl!*l iii;..., , ... ---. . " . J i 1 1 1 1 1 3 4 7 8 9 9 ANS 3.5 10 PERFOHMANCE DATA

o. Energy balances shall be satisfied, to within plus or minus 2%*between;

1. Reactor power and gross electrical output 2. Tc and SG

3. Reactor power and feedwater flow E. Mass balances shall be satisfied for the PZR and the SG's, to within plus or minus 2%. SALEM* SIMULATOR M I: 0-:-*rR j-\0: i t Page 2 of 10 ANS 3.5 PERFO:RMANCE DATA VI. RECORDING REQUIREMENTS A. Critical Parameters

1. Power Range NI Channel N41 2. 21-24 RC Loop Tc's 3. 21-24 RC Loop Th's 4. 21 RC Loop Tave 5. 21 SG Feedwater Flow 6. 21 SG Pressure 7. Gross Electrical Output 8. PZR Pressure -narrow range 9. PZR Level 10. 21 SG Level -narrow range 11. 21 SG Feedwater Inlet Temperature

12. Core Thermal Power B. Non-Critical Parameters 1

• 5, . 6. SAL Sl

.. '* '"' --;-R.

.* -h I*'-i L PZR Temperature Control Rod Bank D Position Terror 21 RC Delta -T 21 SG Slowdown Flow RCS Boron Concentration Page 3 of 10 ANS 3.5. PERFORMANCE DATA VI

I. PROCEDURE

A. General 1. Record all Critical and Non-Critical Parameters on the Data Recording System. Parameters shall be recorded every o.s seconds. 2. The failure of a Critical Parameter, an* Energy Balance, or a Mass Balance to meet the Acceptance Criteria of Section V will result in a failure of this Corrective action will be taken and documented using a Discrepancy Report, then this test shall be conducted again. 3. The failure of a Non-Critical Parameter to meet the Acceptance Criteria of Section V does not result in the failure of this test. Corrective action should be taken and documented using a Discrepancy Report. 4. A Discrepancy Report may be generated, even though a Parameter meets the Acceptance Criteria, if the Test Operator determines that the Parameter could be significantly improved.

B. Sequence of Events 1. Establish the Initial Conditions described in Section IV. 2. Place the simulator in run and record data for 1 minute. 3. End of Test Test Operator Initials ANS 3.5 .*PER FORMAN CE SALEM Page 4 of 10

c. Parameter Comparison Compare the recorded parameters to the Expected Values of Appendix A, using the Acceptance Criteria of Section v. SAT UNSAT 1. Critical Parameters

a. N41 b. 21 Tc c. 22 Tc d. 23 Tc e. 24 Tc f. 21 Th g. 22 Th h. 23 Th i. 24 Th j. 21 Tave k. 21 SG Feedwater Flow *Note 1 . l. 21 SG Pressure m. Gross MWE n. PZR Pressure o. PZR Level P* 21 SG Level q.* 21 SG Feedwater Inlet r. Core Thermal Power Temp*Note , 2. Non-Critical Parameters PZR Temperature PERFO: *NC£ \ I l ' i ' i ! -* ,. , -'"'R (!\ .. !,) -111*. *..J i ','! U L;'"\ i v . , . ,...-rR I\ II . \. i ' . :,' H0 l C. b -----------

Bank D Position DATA Page 5 of 10*----------1 c . Terror d

• 21 Oelta-T e

• 21 SG BIO Flow f. RCS Boron Concentration 3, Energy Balances a. N41/Gross MWE b

• N41/Core MTW c. Tc/SG Pressure d. N41/Feedwater Fl ow 4. Mass Balances a. PZR b. 21 SG c

• 22 SG d

• 23 SG e. 24 SG Note 1: Reference plant heat balance data is not normally done at 28% power. We have insufficient data to make any tuning of the model at this time. Next year, we will perform the annual heat balance tests at power levels that are consistent with the reference plant power levels. Plus, we will collect sufficient secondary plant data necessary to make an assessment on the model's capability.

SALE NI* N ,, :\ 0-:-r ': 'l r \ ' : :-,.) r.u '. -l\

• 1

...

Page 6 of 10 VIII. TEST

SUMMARY

<For any UNSAT items, include the Salem Simulator Discrepancy Report number) A. UNSAT Critical Parameters (this is a critical item> B. UNSAT Non-Critical Parameters

c. UNSAT Energy Balances <this is a critical item) o. UNSAT Mass Balances <this is a critical item) s SAT** SALEM SINlULATOR rvl ;i . f'.v I -Page 7 of' 10 ANS 3.5.

DATA J APPENDIX A EXPECTED PARAMETER RESPONSE FOR STEADY STATE OPERATING PROCEDURE SSOP-1 28% POWER I. CRITICAL PARAMETERS PARAMETER EXPECTED VALUE A. N41 28% B

• 21 Tc 543° F c. 22 Tc 543°F o. 23 Tc 543°F E. 24 Tc 543°F F. 21 Th 56l°F G. 22 Th 561° F H. 23 Th 561°F I. 24 Th 56l°F J. 21 Tave 552°F K'o 21 SG FF 26% L. 21 SG Pressure 905 psig M. Gross MW 210 MWE N. PZR Pressure 2235 psig o. PZR Level 29% P. 21 SG Level 44% Q. FW Inlet Temp 315°F R. Thermal Power 955 MWT Page 8 of 10 ACCEPTANCE BAND REFERENCE 27.5 -28.5% IC-A 532 -554°F B 532 -554°F B 532 -554°F B 532 -554°F B 550 -572°F B 550 -572°F B 550 -572°F B 550 -572°F B 541 -563°F B 24 -28% B 887 -923 psig B 206 -214 MWE B 2190 -2280 psig B 27 -31% B 42 -46% B 309 -321°F B 936 -974 MWT B A NS 3.5.

DATA

11. NON-CRITICAL PARAMETERS PARAMETER A. PZR Temperature

s. Bank D Position c. Terror o. 21 Oelta-T E. 21 SG BID Flow F. RCS Boron Cone 111. ENERGY BALANCES A. s. c. o. PARAMETER N41 @ 28% N41 @ 28% Tc @ 543°F N41 @ 28% SALEM:

MASTER EXPECTED VALUE 660°F 184 steps 0 18° F 40,000 ill hr 890 ppm EXPECTED VALUE 210 mwe 955 mwt Ps/g @ 905 psig FF @ 26% Page 9 of 10 ACCEPTANCE BAND REFERENCE 594 -726°F B 166 -202 steps B -1.s to-+1

• 5° F lC-E 16 -20°F B 36,000-B 44,000 lbm/lir 801 -979 ppm B ACCEPTANCE BAND REFERENCE 208 -214 mwe B 936 -974 mwt B 887 -923 psig B 24 -28% B IV. MASS BALANCES BALANCES A. PZR a. 21 SG c. 22 SG o. 21 SG E. 21 SG SALEM ..

I\\" ii,_. ! W11 I L BALANCE VALUE Level @ 29% VCT Level Constant SF = FF Level @ 44% SF .. = FF Level @ 44% SF = FF Level @ 44% SF = FF Level @ 44% Page 10 of 10 ACCEPTANCE.

BAND REFERENCE 27 -31% 8 + 2% + 2% 8 42 -46% + 2% 8 42 -46% +/- 2% B 42 -46% + 2% B 42 -46% ANS 3.51 DATA . I I DEG F DEG DEG F DEG F 100. 630. 700. 700 .--90.0 620. 630. 630 . -... 80.0 610. 560. 560 70.0 600. 490. 490 .--.o 590. 420. 420 .--0.0 580. 350. 350 .--40.0 570. 280. 280 .--30.0 560. 210. 210 .--20.0 550. 140. 140 .--10.0 540. 70.0 70. o---v .000 530. .000 .00 4 3 2 1 1 21 RC LOOP Tc 2 . 21 RC LOOP Th 3

• 21 RC LOOP TAVG --I 6.00 4

• 21 REACTOR COOLANT LOOP DELTA T ---SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA SALEM SIMULATOR PERFORMANCE TEST SS1 28% POWER I I I --__ ... ---I I I T I . I -2 1 3

• 12.0 18.0 24.0 30.0 36.0 42.0 48.0 54.0 60.0 SECONDS RUN DATE : 12/20/89 SIMULATOR FILE: PTP-SS1.SIM REFERENCE FILE: PTP-SS1 .REF DEG PCT PSIG PCT SALEM SIMULATOR PERFORMANCE TEST SS1 28% POWER 00. 120. 1200 120.*------------------

400. 96.0 960. 96.0-"" -------------------------------------------------4 300. 72.0 720. 72.0--250. 60.0 600. 60.0--200. 48.0 480. 48.0----.., -------.....,, -I !50. -* --_ J _ _ J_ _ -_ J _ --_ 1 _ --_ l _ -_ _l _ -_ J _ -_ J _ --_ J _ --_ ! ' 100. 24.0 240. 24. -------t 1---,---I I I .ooo .ooo l.ooo .00: 0-t--------+----------+--*-------+---------t--:-------+------------1---------+--------4--------**---------1

0. 0 12. 0 120. 12. 0---------+-------4 3 2 1 6.00 12.0 18.0 24.0 1 . 21 STM GEN FEED FLOW 2 . 21 STM GEN PRESSURE 3 . 21 STM GEN LEVEL 4 . 21 STM GEN Af INLET TEMP --SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA 30.0 36.0 SECONDS 42.0 48.0 54.0 60.0 RUN DATE : 12/20/89 SIMULATOR FILE: PTP-SS1.SIM REFERENCE FILE: PTP-SS1 . REF

---

.

DEG F PCT PSIG 700. 100. 250 10--I ..._. -----!O--630. 90.0 242 560. 80.0 234 10--490. 70 . 0 226 ;o--420. 60.0 218 10--350. 50.0 210 10----SALEM SIMULATOR PERFORMANCE TEST SS1 28% POWER I I ---T I I I ---------------

_.__ ----I I -!0-"" 280. 40.0 202 -----210. 30.0 194 10-.. iO-"-140. 20.0 186 70. 10.0 178 10---.000 .000 170 'V 3 2 1 1 . PRESSURIZER PRESSURE 2 . PRESSURIZER LEVEL . . 6.00 3 . PRESSURIZER VAPOR TEMPERATURE

-SOLID LINES indicate SIMULATOR DATA ---DASHED .L INES indicate REFERENCE DATA ---12.0 18.0 -i.---------24.0 30.0 36.0 42.0 SECONDS -I --48.0 54.0 60.0 RUN DATE : 12/20/89 SIMULA TOR FILE: PTP-SS1. SIM REFERENCE FILE: PTP-SS1. REF MWT STEPS MWE PCT 3500 230. 1200 120 --3150 207. 1080 108 .--2800 184. 960. 96. 0--2450 161. 840. 84. o--2100 138. 720. 72. 0-'" 1750 115. 600. 60. o--1400 92. 480. 48. -v 1050 69.0 360. 36. o--700. 46.0 240. 24. -v 350. 23. 120. 12. o---v .000 .000 .000 .0 0 I I 4 3 2 1 6.00 -1 . POWER RANGE N-41 -2 . GROSS ELECTRICAL OUTPUT -3

• CONTROL BANK D POSITION -4

• MEGAWATTS THERMAL CORE -SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA SALEM SIMULATOR PERFORMANCE TEST SS1 28% POWER I I I J ____ --------I I I I I ------------. . -. I -----. 3 3 1 I 12.0 18.0 24.0 30.0 36.0 42.0 48.0 54.0 60.0 SECONDS RUN DATE : 12/20/89 SIMll..ATOR FILE: PTP-SSLSIM REFERENCE FILE: PTP-SS1. REF DEB F OES F SALEM SIMULATOR PERFORMANCE TEST SS1 28% POWER 700. 700.* .. -----------------

630. 630 .-------11-------+------11-------------1---

-+------11------------------i 560.

490. 490.--420. 420.-------;r------t------;----+------+-----1------4----+------+------I 350. 350.--280. 280.--210. 210.--140. 140.--

.000 2 1 2 1 6.00 12.0 18.0 24.0 30.0 36.0 42.0 48.0 54.0 60.0 1 22 RC LOOP Tc 2 22 RC LOOP Th ---SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA SECONDS RUN DATE : 12/20/89 SIMULATOR FILE: PTP-SS1.SIM REFERENCE FILE: PTP-SS1 .REF DEG F OEG F 700. 700 .... 630. 630 .... 560. 560 490. 490 ..... 420. 420 ..... 350. 350 ..... 280. 280 .... 210. 210 .--140. 140 .--70.0 70. o--.000 .00 2 1 -v 1 23 AC LOOP Tc 2 23 AC LOOP Th 6.00 LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA SALEM SIMULATOR PERFORMANCE TEST SS1 28% POWER I I I I I I . . I 2 1 12.0 18.0 24.0 30.0 36.0 42.0 48.0 541.0 60.0 SECONDS AUN DATE : 12/20/89 SIMll.ATOR FILE: PTP-SS1.SIM REFERENCE FILE: PTP-SS1 . REF DEG F DEG F 700. 700 .-... 630. 630 560. 560 490. 490 420. 420 350. 350 280. 280 210. 210 140. 140 70.0 70. .000 .00 2 1 .-.. .-.. .-.. .--.--.-... .--o---v 1 24 RC LOOP Tc 2 24 RC LOOP Th I 6.00 ---SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA SALEM SIMULATOR PERFORMANCE TEST SS1 28% POWER I I I I I I I 2 1 12.0 18.0 24.0 30.0 36.0 42.0 48.0 54.0 60.0 SECONDS RUN DATE : 12/20/89 SIMULA TOR FILE: PTP-SS1. SIM REFERENCE FILE: PTP-851.REF XE 4 LB/HR DEG F 5.00 5.0 v 4.50 4.0 o-i-4.00 3.0 0-...,. ____ 3.50 2.0 0-'" 3.00 1.0 0--2.50 .00 v -2.00-1.0 o-i-1.50-2.0 0-... 1.00-3.0 o-i-.500-4.0 o-i--v ----.000-5.0 2 1 6.00 1 T AVE -T REF DEVIATION 2 21 STM GEN SLOWDOWN FLOW ---SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA -SALEM SIMULATOR PERFORMANCE TEST SS1 28% POWER I I --__ J ____ I ------12.0 18.0 24.0 30.0 36.0 SECONDS ---_J_ ----I ----------

2 2 . . 42.0 -. . . 48.0 54.0 60.0 RlM DATE : 12/20/89 SIMULATOR FILE: PTP-SSLSIM REFC"RENCE FILE: PTP-SS1 . REF I' II. III. IV. v. VI. VII. VIII. OVERVIEW SALEM SIMULATOR STEADY STATE OPERATION PROCEDURE SSOP-2 75% POWER TABLE OF CONTENTS REFERENCES

-PERIODICITY INITIAL CONDITIONS ACCEPTANCE CRITERIA RECORDING REQUIREMENTS PROCEDURE TEST

SUMMARY

APPENDIX A -EXPECTED PARAMETER VALUES I. CRITICAL PARAMETERS II. NON-CRITICAL PARAMETERS III. ENERGY BALANCES 1 1 1 1 1 3 4 7 8 9 9 IV. MASS BALANCE -r*

1 o c:; iJ L l \ . ' . ' .. / _,. -.11 :"""'.,,,,?, ,-'"'\*:""""'\

'. ;'I' ; L 'l

• I '-' \ I' *lj ! I 1' i '1' ...... J. ,,,,\ \. ::""'---. ' ' .. *-.... -p----.. --*--*-**-

--.-....... -. ... -..... , _ __,._,.....

i ANS 3.5 PERFORMANCE DATA

o. Energy balances shall be satisfied, to within plus or minus 2% between; 1. Reactor power and gross electrical output 2. Tc and SG pressure 3. Reactor power and feedwater flow E. Mass balances shall be satisfied for the PZR and the SG's, to within plus or minus 2%. SALENl ., ' ,.. __ '\ : ** ' ' ... 1 ! . . ' I;:., ., .. -*. j;-',\.,, I :_; \ Page 2 of 10 VI. RECORDING REQUIREMENTS A. Critical Parameters

1. Power Range NI Channel N41 2. 21-24 RC Loop Tc's 3. 21-24 RC Loop Th's 4. 21 RC Loop Tave s. 21 SG Feedwater Flow 6. 21 SG Pressure 7. Gross Electrical Output 8. PZR Pressure -narrow range 9. PZR Level 10. 21 SG Level -narrow range 11. 21 SG Feedwater Inlet Temperature

12. Core Thermal Power s. Non-Critical Parameters

1. PZR Temperature

2. Control Rod Bank D Position 3. Terror 4. 21 RC Loop Delta -T s. 21 SG Slowdown Flow 6. RCS Boron Concentration

• "°' 1 I *1 .. : ; ' ... ; ,, -*

; . \ -; ; : ...

• l \ . ,-\ -:-,_ i": ; :

• .. \\ Page 3 of 10 L r Ill .... , ANS 3.5 PERFORMAJVCE DATA J VI

I. PROCEDURE

A. Genera 1 1. Record all Critical and Non-Critical Parameters on the Data Recording System. Parameters shall be recorded every 0.5 seconds. 2. The failure of a Critical Parameter, an Energy Balance, or a Mass Balance to meet the Acceptance Criteria of Section V will result in a failure of this Corrective action will be taken and documented using a Discrepancy Report, then this test shall be conducted again. 3. The failure of a Non-Critical Parameter to meet the Acceptance Criteria of Section V does not result in the failure of this test. Corrective action should be taken and documented using a Discrepancy Report. 4. A Discrepancy Report may be generated, even though a Parameter meets the Acceptance Criteria, if the *Test Operator determines that the Parameter could be significantly improved.

B. Sequence of Events 1. Establish the Initial Conditions described in Section IV. 2. Place the simulator in run and record data for 1 minute. 3. End of Test I Test Operator Initials ANS 3.5.

/l l\i r r _,'

DATA Page 4 of 10

---

=-----

---

c. Parameter Comparison Compare the recorded parameters to the Expected Values of Appendix A, using the Acceptance Criteria of Section v. 1 *

\._jj: '\'* * , ' j j ' I J ...,,, *--* " I ;\ .-'. I '. -'--,; " * '.!I : -, *-l -: '-..J I l I . 0-.J i t V j \. *"' l' .. "-.-r :\/j 1:!_ ., ; :-!i .. I ....... I .... i' Critical Parameters

a. N41 b. 21 Tc c. 22 Tc d. 23 Tc e

• 24 Tc f. 21 Th g. 22 Th h. 23 Th i

• 24 Th j

• 21 Tave k

• 21 SG Feedwater Flow 1

• 21 SG Pressure m. Gross MW n

• PZR Pressure 0. PZR Level p. 21 S_G Leve* 1 q. 21 SG Feedwater Inlet r

• Core Thermal Power Non-rritical Parameters

a. rzR Temperature

b. ,Bank D Position l i I Page 5 of 10 Temp SAT UNSAT

--*.s 1 *ATA

c. Terror -----d. 21 Delta-T -----e

• 21 SG B/D Flow -----3. Energy Balances a. N41/Gross MWE -----b. N41/Core MTW -----c. Tc/SG Pressure -----d. N41/Feedwater Flow. -----4. Mass Balances a. PZR -----b. 21 SG -----c. 22 SG -----d. 23 SG -----e

• 24 SG -----

s i rvl u L/1.T c H '1' i P.lt :J. ,-;1 : '*1 i\J . __ , \ Page 6 of 10 VIII. TEST

SUMMARY

<For any UNSAT items, include the Salem Simulator Discrepancy Report number) A. UNSAT Critical Parameters

<this is a critical item) B. UNSAT Non-Critical Parameters

c. UNSAT Energy Balances <this is a critical item) o. UNSAT Mass Balances <this is a critical item) t"'\ I "I '. l : *\ -,-("\ >'*.'it' ..;j\i'\ ._,,

• I I I *_,/ __ , .... ...., I * '. .* .*. '""" T r :-) ; \t j I I * ;-:*\ .... ,\._,. *-*

i <Signature)

Performance Engineer Salem Simulator

.,--ANS 3.5 PERFORMANCE DATA, Page 7 of 10 ------.:.;,.:_._....__j I t l

• APPENDIX A. EXPECTED PARAMETER RESPONSE FOR STEADY STATE OPERATING PROCEDURE SSOP-2 POWER I. CRITICAL PARAMETERS PARAMETER A. N41 8. 21 Tc c. 22 Tc D. 23 Tc E. 24 Tc F. 21 Th G. 22 Th H. 23 Th I. 24 Th J. 21 Tave K. 21 SG FF EXPECTED VALUE 75% 538° F 538°F 538°F 538°F 588°F 588°F 588°F 588°F 563°F 75% L *. 21 SG Pressure 820 psig M. Gross MW 820 MW N. PZR Pressure 2235 psig Q. PZR Level 41% P. 21 SG Level 44% Q. FW INLET TEMP 397*F R. Thermal Power 2558 MWT ACCEPTANCE BAND 7 4. 5 -75

• 5% . 528 -548°F 528 -548°F 528 -548°F 528 -548°F 576 -599°F 576 -599°F 576 -599°F 576 -599°F 552 -574°F 73 -77% 804 -83.6 p s i g 804 -836 MW 2190 -2280 psig 39 -43% 42 -46% 389 -405° F .

• 2507 -2609 MWT I REFERENCE IC-A 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 c c SALEM Slrv'lULATOR

.. _, , "--R *',11" \. ' I i (. .... .-? Page 8 of 10 ** ANS 3.5 PERFO,Rfil/ANCE DATA '*...., ' -.

II. NON-CRITICAL PARAMETERS PARAMETER EXPECTED VALUE A. PZR Temperature 660°F B. Bank D Position 228 steps c. Terror 0 o. 21 Delta-T S0°F E. 21 SG B/D 40,000 ill Flow hr* F. RCS Boron Cone III. ENERGY BALANCES PARAMETER EXPECTED VALUE A. N41 @ 75% 820 mwe s. N4.1 @ 75% 2258 mwt c. Tc @ 538°F Ps/g @ 820 psig. o. N41 @ 75% FF @ 75% Page 9 of 10 ACCEPTANCE BAND REFERENCE 594 -726°F c 205 -240 steps B -t.5 to +1

• 5° F IC-E 45 -55°F B 36,000-B 44,000 lbm/hr c ACCEPTANCE BAND REFERENCE 804 -836 mwe B 2507 -2609 mwt c 804 836 psig B 73 -77% B ' ANS 3.5 DATA IV. A. B. c. o. E. MASS BALANCES BALANCES PZR 21 SG 22 SG 21 SG 21 SG SALEM SHv1ULATOR i\ '1 i\

c P.\ iV f"'\v Ll BALANCE VALUE r Level @ 41% VCT Level Constant SF = FF Level @ 44% SF*= FF Level @ 44% SF = FF Level @ 44% SF = FF Level @ 44% Page 10 of 10 ACCEPTANCE BAND REFERENCE 39 -43% + 2% + 2% 42 -46% + 2% 42 -46% .:!: 2% 42 -46% + 2% 42 -46% ANS 3.5 PERFOHMANCE DATA B B B B B DEG F DEG DEG F DEG F 100. 630. 700. 700 .--90. 0 620. 630 . 630 ..... 80.0 610. 560. 560 .... 70. 0 600 . 490. 490 .--60. 0 590. 420 . 420 .--SALEM SIMULATOR PERFORMANCE TEST SS2 75% POWER +---+ I I I I I 2 1 50 . 0 580. 350. 350 .----------* -------

---

4 4 40.0 570. 280. 280 .--30.0 560. 210. 210 .--20.0 550. 140. 140 .--10.0 540. 70.0 70. o---v .000 530. .000 .00 4 3 2 1 1 21 RC LOOP Tc 2 . 21 RC LOOP Th ------6.00 3 . 21 RC LOOP TAVG -4 . 21 REACTOR COOLANT LOOP DELTA T --SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA 12.0 ---1---18.0 24.0 30.0 36.0 42.0 SECONDS s ---. . 48.0 54.0 60.0 RUN DATE : 12/20/89 SIMULA TOR FILE: PTP-SS2. SIM REFERENCE FILE: PTP-SS2. REF DEG PCT PSIG PCT 00. 120. 1200 120. 450. 108. 1080 108. SALEM SIMULATOR PERFORMANCE TEST SS2 75% POWER 400. 96. 960.

.........

____ _;.... __________ ------1---------,----1-------------

1----1 100. 24.0 240. 24 . a 1 1 I

• 000 .00 .000 .OO o+-----+-----+------+-----+-------1------+------11-----4-----4----4 4 3 2 1 6. 00 12. 0 18.0 -1 . 21 STM GEN FEED FLOW -2 . 21 STM GEN PRESSURE -3 . 21 STM GEN LEVEL -4

• 21 STM GEN FW INLET TEMP -SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA 24.0 30.0 36.0 42.0 SECONDS 48.0 60.0 RUN DATE : 12/20/89 SIMULA TOR FILE: PTP-SS2. SIM REFERENCE FILE: PTP-SS2. REF DEG F PCT PSIG SALEM SIMULATOR PERFORMANCE TEST SS2 75% POWER 700. 100. ---_ 1_ ---J ---J ---_ l _ --_ 1 _ ---L ---J ---_1 _ -------630. 90.0 2420-'" 560. 80.0 490. 70.0 420. 60.0 350. 50.0 2100---__ ___, ________ _ 280. 40. 0 2020-=--=-=------=-=------------

--:_-----=-------=-=-= --------------

-210. 30.0 1940-.. --------140. 20. 0 70.0 10.0 1780--.00 .000 3 2 1 6.00 12.0 18.0 24.0 30.0 36.0 42.0 48.0 54.0 60.0 1 PRESSURIZER PRESSURE 2 . PRESSURIZER LEVEL 3 . PRESSURIZER VAPOR TEMP LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA SECONDS RUN DATE : 12/20/89 SIMULATOR FILE: PTP-SS2.SIM REFERENCE FILE: PTP-SS2. REF MWT STEPS MWE PCT 3500 230. 1200 120 --31!50 207. 1080 108 . -... 2800 184. 960 . 96. 0-... ---------2450 161. 840. 84. o--------I 2100 138. 720. 72. o---1750 115. 600. 60. o--o--o--o--350. 23.0 120. 12. 0-... .000 .00 .000 .00 -v 4 3 2 1 6.00 1 POWER RANGE N-41 2 . GROSS ELECTRICAL OUTPUT 3 . CONTROL BANK D POSITION 4 . MEGAWATTS THERMAL CORE --

LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA -SALEM SIMULATOR PERFORMANCE TEST SS2 75% POWER ------------------------------I ----1-----1-I I I -------. . . 3 ----------------I I 1 . . 12.0 18.0 24.0 30.0 36.0 42.0 48.0 54.0 60.0 SECONDS RUN DATE : 12/20/89 SIM\1.A TOR FILE: PTP-SS2. SIM REFERENCE FILE: PTP-SS2. REF DES F DEG F 700. 700 .*-630. 630 560. 560 490. 490 420. 420 350. 350 280. 280 210. 210 140. 140 70.0 70. .000 .00 2 1 .... .. .-.. .-.. .-"'" .--.--.--o----1 22 RC LOOP Tc 2 22 RC LOOP Th I 6.00 LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA SALEM SIMULATOR PERFORMANCE TEST SS2 75% POWER -I I I I I I I I . I I a 12.0 18.0 24.0 30.0 36.0 42.0 48.0 54.0 60.0 SECONDS RUN DATE : 12/20/89 SIMULA TOR FILE: PTP-SS2. SIM REFERENCE FILE: PTP-SS2. REF DEG F DEG F 700. 700 ..... 630. 630 560. 560 490. 490 420. 420 350. 350 280. 280 210. 210 140. 140 70.0 70. .000 .00 2 1 .* .... .----.--.--.--.---v -v 1 23 RC LOOP Tc 2 23 RC LOOP Th I . . 6.00 -SOLID LINES indicate SIMULATOR D ATA ---DASHED LINES indicate REFERENCE DATA

• SALEM SIMULATOR PERFORMANCE TEST SS2 75% POWER I T I I -+ I I . . I a 12.0 18.0 24.0 30.0 36.0 42.0 48.0 54.0 60.0 SECONDS RUN DATE : 12/20/89 SIMULATOR FILE: PTP-SS2.SIM REFERENCE FILE: PTP-SS2. REF DEG F DEG F 700. 700 .-... 630. 630 560. 560 490. 490 420. 420 350. 350 280. 280 210. 210 140. 140 70.0 70. .000 .00 2 1 .-... .--.-... .----.--.--o--v 1 24 RC LOOP Tc 2 . 24 RC LOOP Th I 6.00 LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA SALEM SIMULATOR PERFORMANCE TEST SS2 75% POWER -I I I I I I I -. . . . I 2 12.0 18.0 24.0 30.0 36.0 42.0 48.0 5.C.O 60.0 SECONDS RUN DATE : 12/20/89 SIMULA TOR FILE: PTP-SS2. SIM REFERENCE FILE: PTP-SS2. REF XE 4 LB/HR DEG F 5.00 5.00-... 4.5o 4.00 3.00-..... -----3.50 3.00 1.00-'" 2.50 .oou -*--2.00-1. SALEM SIMULATOR PERFORMANCE TEST SS2 75% POWER 2 I I I ----------------------------

-2 1 1 1.50-2.00--

1. 00-3. 00--. 500-4 . 00------'----

---

_________________

..,... .000-5.0 o+v----+-----+----+------f-------*1------+-------1f------!-----4-------I" 2 1 6.0 0 1 T AVE -T REF DEVIATION 2 21 STM GEN SLOWDOWN FLOW --SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA 12.0 18.0 24.0 30.0 36.0 42.0 SECONDS 48.0 54.0 60.0 RUN DATE : 12/20/89 SIMULA TOR FILE: PTP-SS2. SIM REFERENCE FILE: PTP-SS2. REF

---

***--*-----------

.. ===--=** ---I. II. III. Iv. v. VI. VII. VIII. OVERVIEW SALEM SIMULATOR STEADY STATE OPERATION PROCEDURE SSOP-2 75% POWER OF CONTENTS REFERENCES

-PERIODICITY INITIAL CONDITIONS ACCEPTANCE CRITERIA RECORDING REQUIREMENTS PROCEDURE TEST

SUMMARY

APPENDIX A -EXPECTED PARAMETER VALUES I. CRITICAL PARAMETERS Il. NON-CRITICAL PARAMETERS 111. ENERGY BALANCES 1 1 1 1 1 3 4 7 8 9 9 lV. MASS BALANCE r,--..__ ___________

.10 ANS 3.5 PERFO*RMA.NCE DATA :""\ i ' I ' ' ' -...... ". ;';* lL*l 'I l,..1 '. j 1 *lj ! I --\ i' i 'l' J. v*\ '. ::_ ..... __ _ . I ' .. ------*---*-*----**-*'""" --....

.. ,...... i

o. Energy balances shall be satisfied, to within plus or minus 2% between; 1. Reactor power and gross electrical output 2. Tc and SG pressure 3. Reactor power and feedwater -flow E. Mass balances shall be satisfied for the PZR and the SG's, to plus or minus 2%. -*1*"--...... '\ ; '

• f : . ' It:., '\ . -

Page 2 of 10 VI. RECORDING REQUIREMENTS A. Critical Parameters 1

• Power Range NI Channel N41 2. 21-24 RC Loop Tc's 3. 21-24 RC Loop Th's 4. 21 RC Loop Tave s . 21 SG Feedwater Fl ow 6. . 21 SG Pressure 7. Gross Electrical Output 8. PZR Pressure -narrow range 9. PZR* Level 10. 21 SG Level -narrow range 11. 21 SG Feedwater Inlet *Temperature

12.

• Core The r ma 1 Power B. Non-Critical Parameters 1

• PZR Temperatur*e

2. Control Rod Bank D Position 3. Terror 4. 21 RC Loop Delta -T s. 21 SG Slowdown Flow 6. RCS Boron Concentration r ...... . , . . : ; : . \ --;-., . ; : ...

• J l \. Page 3 of 10 *. \ ..-\--!""-\

*. . ,-. ; : . .......,., * -I\ j

• --*--------------*--*

• --*--*-----

VI

I. PROCEDURE

A. General 1. Record all Critical and Non-Critical Parameters on the Data Recording System. Parameters shall be recorded every 0.5 seconds. 2. The failure of a Critical Parameter, an Energy Balance, or a Mass Balance to meet the Acceptance Criteria of Section V will result in a failure of this test.* Corrective action will be taken and documented using a Discrepancy Report, then this test shall be conducted again. 3, The failure of a Non-Critical Parameter to meet the Acceptance Criteria of Section V does not result in the failure of this test. Corrective action should be taken and documented using a Discrepancy Report. 4. A Discrepancy Report may be generated, even though a Parameter meets the Acceptance Criteria, if the Test Operator determines that the Parameter could *be significantly improved.

B. Sequence of Events 1. Establish the Initial Conditions described in Section IV. 2. Place the simulator in run and record data for 1 minute. 3. End of Test ' SALE!vl

! l 1 lTflP., ""' I \.,, -J , l V I Page 4 of 10 Test Operator Initials

c. Parameter Comparison Compare the recorded parameters to the Expected Values of Appendix A, using the Acceptance Criteria of Section v. 1 * <:: .: ' r :-. .t * ;:_\I -*\" ' ' , j j I .11 _, *--** "' I :\ ,-'. I '. . \ ..,.. , .. .,, '-I ! ! ' : ' " j ' * 0-..J l I I j 0>J ._, i t U l \ ,, l' ... f""'\-.-r'.")

\/j 1:l. '-; :-I"'( .. J *,\.... j -j' Critical Parameters

a. N41 b. 21 Tc c. 22 Tc d. 23 Tc e

• 24 Tc f. 21 Th 9* 22 Th h. 23 Th i

• 24 Th j

• 21 Tave k. 21 SG Feedwater Flow 1

• 21 SG Pressure m. Gross MW n

• PZR Pressure a. PZR Level p. 21 SG Level q. 21 SG Feedwater Inlet r

• Core Thermal Power Non-rritical Parameters

a. rzR Temperature

b. 1Bank D Position l i I Page 5 of 10 Temp SAT UNSAT 1 ,ATA 1 I I ! 1 3. 4. ("\; r,1*1 UL;\ -:-t...., '-1l\ 1*-1 .. j'*'*l VII . 'v J, c. Terror -----d. 21 Delta-T -----e

• 21 SG 8/0 Flow -----Energy Balances a. N41/Gross MWE -----b. N41/Core MTW -----c. Tc/SG Pressure -----d. N41/Feedwater Fl ow -----Mass Balances a. PZR -----b. 21 SG -----c. 22 SG -----d. 23 SG -----e

• 24 SG -----Page 6 of

-. ---*-*-----------------

VIII. TEST

SUMMARY

<For any UNSAT items, include the Salem Simulator Discrepancy Report number) A. UNSAT Critical Parameters

<this is a critical item) s. UNSAT Non-Critical Parameters

c. UNSAT Energy Balances <this is a critical item) o. UNSAT Mass Balances <this is a critical item> '. :. '°"' T r-:-\ '1 I I '-I *-* * '. '.: . . ' :_ :

i <Signature>

Performance Engineer Salem Simulator

,--ANS PERFORMANCE DATA, Page 7 of r I l ' APPENDIX A. EXPECTED PARAMETER RESPONSE FOR STEADY STATE OPERATING PROCEDURE SSOP-2 75% POWER I. CRITICAL PARAMETERS PARAMETER EXPECTED VALUE A. N41 75% B. 21 Tc 538aF C. 22 Tc 538aF O. 23 Tc 538aF E. 24 Tc 538aF F. 21 Th 588a F G. 22 Th 588aF H. 23 Th 588aF I. 24 Th 588aF J. 21 Tave

• 563aF K. 21 SG FF 75% L. 21 SG Pressure 820 psig M. Gross MW 820 MW N. PZR Pressure 2235 psig Q. PZR Level 41% P. 21 SG Level 44% Q. FW INLET TEMP 397°F R. Thermal Power 2558 MWT SALEM Slrv'1ULATOR ACCEPTANCE BAND REFERENCE 74.5 -75.5% IC-A 528 -548aF B 528 -548aF B 528 -548aF B 528 -548aF B 576 -599aF a 576 -599aF B 576 -599aF B 576 -599aF B 552 -574aF B 73 -77% B 804 -836 psig B 804 -836 MW B 2190 -2280 psig B 39 -43% B 42 -46% B 389 -405*F.. C 2507 -2609 MWT C , Page 8 of 10 -ANS 3.5 DATA '

• -----------=-=-=-======================--

II. NON-CRITICAL PARAMETERS PARAMETER EXPECTED VALUE A. PZR Temperature 660°F B. Bank D Position 228 steps c. Terror 0 o. 21 Delta-T 50°F E. 21 SG B/D 40,000 ill Flow hr* F. RCS Boron Cone* 111. ENERGY BALANCES PARAMETER EXPECTED VALUE A. N41 @ 75% 820 mwe B. N4.1 @ 75% 2258 mwt c. Tc @ 538°F Ps/g @ 820 psig o. N41 @ 75% FF @ 75% Si*\ LEM S 1 \*11 ; L

_,. I ** *._I I i\/1 /\

11lnv Page 9 of 10 ACCEPTANCE BAND REFERENCE 594 -726°F c 205 -240 steps B -1. 5 to +l

• 5° F IC-E 45 -55°F B 36,000-B 44,000 lbm/hr c ACCEPTANCE BAND REFERENCE 804 -836 mwe B 2507 -2609 mwt c 804 836 psig *B 73 -77% B ' ANS 3.5 DATA rv. A. B. c. o. E. MASS BALANCES BALANCES PZR 21 SG 22 SG 21 SG 21 SG SALEM S1N1ULATOR

!\ '1 ;, "T"I c P.\ iV i'"\v BALANCE VALUE ( Level @ 41% VCT Level Constant SF = FF Level @ 44% SF .. =.FF Leve 1 @ 44% SF = FF Level @ 44% SF = FF Level @ 44% Page 10 of' 10 ACCEPTANCE BAND REFERENCE 39 -43% +/- 2% +/- 2% 42 -46% +/- 2% 42 -46% +/- 2% 42 -46% +/- 2% 42 -46% ANS 3.5

• PERFOHMANCE DATA B 8 8 8 8 DEG F DEG DEG F DEG F 100. 630. 700. 700 .-.. 90.0 620. 630. 630 .-.. 80.0 610. 560. 560 .-.. 70. 0 600 . 490. 490 .-.. 60.0 590. 420. 420 .-.. +---SALEM SIMULATOR PERFORMANCE TEST SS2 75% POWER I t---I I I I ------I a 50. 0 580. 350. 350 .----_,j ____ ,_ ------------4 4 40. 0 570. 280 . 280 --30.0 560. 210. 210 .-.. 20.0 550. 140. 140 10.0 540. 70.0 70. o-.-* 000 530. .000 .00 -v 4 3 2 1 1 21 RC LOOP Tc 2 . 21 RC LOOP Th 3 . 21 RC LOOP TAVG 6.00 4 . 21 REACTOR COOLANT LOOP DELTA T -SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA 12.0 . . . . 18.0 24.0 30.0 36.0 42.0 SECONDS s . . 48.0 54.0 60.0 DATE : 12/20/89 SIMlLA TOR FILE: PTP-SS2. SIM REFERENCE FILE: PTP-SS2. REF DEG PCT PSIG PCT 00. 120. 1200 120. 450. 108. 1080 108. SALEM SIMULATOR PERFORMANCE TEST SS2 75% POWER ::. :. ::: n+--_ ---_ 1 ___ ----1-----,------,------,-----,----_;___T---i----_---=_ -r I I I_ -----------

1 1 I .ooo .00 .000 .001 o+----+-----+----+-----+-----1------+----

.....

4 3 2 1 1 21 STM GEN FEED FLOW 2 . 21 STM GEN PRESSURE 3 . 21 STM GEN LEVEL 6.00 4 . 21 STM GEN FW INLET TEMP LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA 12.0 18.0 24.0 30.0 36.0 42.0 SECONDS 48.0 60.0 RUN DATE : 12/20/89 SIMULATOR FILE: PTP-SS2.SIM REFERENCE FILE: PTP-SS2.REF SALEM SIMULATOR PERFORMANCE TEST SS2 DEG F PCT PSIG 75% POWER 700 ... 0. ____ 1_ -=-=-_________

c ___ 1 _____ 1 ____ ____ 630. 90.0 490. 70.0 --"""'----------'* ----420. 60.0

.. 350. 50.0 280. 40. 0 2020-=------------------

---

210. 30.0 1940--140. 20.0 1860--70.0 10.0 1780--.00 .000 3 2 1 1 PRESSURIZER PRESSURE 2 . PRESSURIZER LEVEL 6.00 3 . PRESSURIZER VAPOR TEMP LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA 12.0 18.0 24.0 30.0 36.0 42.0 SECONDS 48.0 54.0 60.0 RUN DATE : 12/20/89 SIMULATOR FILE: PTP-SS2.SIM REFERENCE FILE: PTP-SS2. REF

---

MWT STEPS MWE PCT SALEM SIMULATOR PERFORMANCE TEST SS2 75% POWER 3500 230. 1200 120.-F*========;::::======::::::::========::::::=======

----------========:::========:::::::::======::::::=====

=-3150 207. 1080 108. -.... 3 ---. 2450 161. 840. 84. o-: -------------------------------- -------------

-I I I I 2100 138. 720. 72.0--J 1 1750 115. 600. so.o-----------4----------"'----------

1400 92. 480. 48.0-'"

1050 69. 0 360. 36. 0--

700. 46.0 240. 24.0--

350. 23.0 120. 12.0--.ooo .ooo .ooo 4 3 2 1 6.00 12.0 18.0 24.0 30.0 36.0 42.0 1 POWER RANGE N-41 2 . BROSS ELECTRICAL OUTPUT 3 . CONTROL BANK D POSITION 4 . MESAWATTS THERMAL CORE --SOLID LINES indicate SIMULATOR DATA ---D A SHED LINES indicate REFERENCE DATA SECONDS 48.0 54.0 60.0 RUN DATE : 12/20/89 SIMULA TOR FILE: PTP-552. SIM REFERENCE FILE: PTP-552. REF DEG F DEG F 700. 700 .*-630. 630 560. 560 490. 490 420. 420 350. 350 280. 280 210. 210 140. 140 70.0 70. . 000 .00 2 1 .... .* -.... .... . -'" . -'" .--.--0-.. --1 22 RC LOOP Tc 2 22 RC LOOP Th I 6.00 ---SOLID LINES indicate S I MULATOR DATA ---D A S H ED LINES indicate REFERENCE DATA SALEM SIMULATOR PERFORMANCE TEST SS2 75% POWER I I I I I I I . . I I a 12.0 18.0 24.0 30.0 36.0 42.0 48.0 54.0 60.0 SECONDS Fl.JN DATE : 12/20/89 SIMULA TOR FILE: PTP-SS2. SIM REFERENCE FILE: PTP-SS2. REF DEG F DEG F 700. 700 --630. 630 --560. 560 .--490. 490 --420. 420 .... 350. 350 ..... 280. 280 ..... 210. 210 ..... 140. 140 .... 70.0 70. 0-... -'" .000 .00 2 1 1 23 RC LOOP Tc 2 23 RC LOOP Th 6.00 LINES indicate SIMULATOR D ATA ---DASHED LINES indicate REFERENCE DATA

• SALEM SIMULATOR PERFORMANCE TEST SS2 75% POWER --------,_ -t-I I I I --. I ---i a . . 12.0 18.0 24.0 30.0 36.0 42.0 48.0 54.0 60.0 SECONDS RUN DATE : 12/20/89 SIMULATOR FILE: PTP-SS2. SIM REFERENCE FILE: PTP-SS2. REF DEG F DEG F 700. 700 .--630. 630 560. 560 490. 490 420. 420 350. 350 280. 280 210. 210 140. 140 70.0 70. .000 .00 2 1 .... * *I-.--.--.--.----.--o---v 1 24 RC LOOP Tc 2 24 RC LOOP Th I --6.00 -SOLID LINES indicate SIMULATOR DATA ---D A SHED LINES indicate REFERENCE DATA SALEM SIMULATOR PERFORMANCE TEST SS2 75% POWER I --+----T I I I I I I 2 12.0 18.0 24.0 30.0 36.0 42.0 48.0 54.0 60.0 SECONDS RUN DATE : 12/20/89 SIMULATOR FILE: PTP-SS2.SIM REFERENCE FILE: PTP-SS2. REF XE 4 LB/HR DEG F 5.00 5.0 10--4.50 4.0 10-* 4.00 3.0 0---10-* 3.50 2.0 3.00 1.0 10-* 2.50 .00 w 2.00-1.0 10-"' 1.50-2.0 1.00-3.0 .500-4.0 .000-5.0 2 1 o---... o---.., ----6.00 1 T AVE -T REF DEVIATION 2 21 STM GEN SLOWDOWN FLOW --

LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA -SALEM SIMULATOR PERFORMANCE TEST SS2 75% POWER I --J ----I ----I --I ___ I ------------------I I I I ---. I ------. 2 2 1 1 12.0 18.0 24.0 30.0 36.0 42.0 48.0 !54.0 60.0 SECONDS FlJN DATE : 12/20/89 SIMULA TOR FILE: PTP-SS2. SIM REFEFENCE FILE: PTP-SS2. REF I I I. II. III. IV. v. VI. VII. VIII. OVERVIEW REFERENCES SALEM SIMULATOR STEADY STATE OPERATION PROCEDURE SSOP-3 100% POWER TABLE OF CONTENTS PERIODICITY INITIAL CONDITIONS ACCEPTANCE CRITERIA RECORDING REQUIREMENTS PROCEDURE TEST

SUMMARY

APPENDIX A -EXPECTED PARAMETER VALUES I. CRITICAL PARAMETERS II. NON-CRITICAL PARAMETERS III. ENERGY BALANCES IV. MASS BALANCE ..... -...........

i -* .. ---.*.. ....... -I ANS_ 3.5, PERFORMANCE DATA 1 1 1 1 1 3 4 7 j 8 9 9 SALEM SIMULATOR STEADY STATE OPERATION PROCEDURE SSOP-3 POWER I. OVERVIEW -This procedure tests the simulator's steady state performance at 100% power and meets the requirements for a 100% pQwer Operability Test described in ANS-3.5 Appendix 8, Section 82.1. The primary technical basis for this prricedure is Salem Unit 2 Statepoint Data Control Room Readings.

• II. REFERENCES A. ANSI/ANS -3.5 -1985, Appendii 8, Section 82.1 8. Salem Unit 2 Statepoint Data dated 1/9/87 c. Salem Unit 2 Strip Charts for 21 SG FF & SF dated 3/12/87 D. Salem Unit 2 Control Room Readings dated 9/30/87 111. PERIODICITY

-Annual IV. INITIAL CONDITIONS A. 100% Power at MOL 8. Equilibrium Xenon c. A 11 Control Systems in AUTO D. Steady E. SG BID at 40;000 lbm/hr F. Tavg on the Program v. ACCEPTANCE CRITERIA A. Instrument error shall not be added to computed values. 8. Critical parameters shall

...... !Jlillolll...,....,._

___

• values to within plus or minus from training.

('"\ *1 1 ::r** 11 Non-Critical parameters sha 11 a values: to within plus or minus *:'*' *1 , 1 from training.

'. : : "ii ; ...:. 1' l it( ! . .,,, . I . j '-i ' ' . ./ J \ *i .--** -...... Page 1 of 10

.. _ -%,

e DATA I i I j o. Energy balances shall be satisfied, to within plus or minus 2% between; 1 *. Reactor power and gross electrical output 2. Tc and SG pressure 3. Reactor power and feedwater flow E. Mass balances shall be satisfied for the PZR and the SG's, to within plus or minus 2%. t'\1\I Page 2 of 10 ANS 3.5 PERFO:RMANCE DATA -----.. --.... .._ ___ _ I J VI. RECORDING REQUIREMENTS A. Critical Parameters

1. Power Range NI Channel N41 2. 21-24 RC Loop Tc's 3. 21-24 RC Loop Th's 4. 21 RC Loop Tave 5. 21 SG Feedwater Flow 6. 21 SG Pressure 7. Gross Electrical Output 8. PZR Pressure -narrow range 9. PZR Level 10. 21 SG Level -narrow range 11. 21 SG Feedwater Inlet Temperature

12. Core Thermal Power B. Non-Critical Parameters

1. PZR Temperature

2. Control Rod Bank D Position 3. Terror 4. 21 RC Loop T 5. 21 SG Blowdown Flow 6. RCS Boron Concentration

(' /'

v1'.L.:..;=:1 Page 3 of 10 ANS 3.5 PERFO:RMANCE DATA VI

I. PROCEDURE

A. General 1. Record all Critical and Non-Critical Parameters on the Data Recording System. Parameters shall be recorded every o.s seconds. 2. The failure of a Critical Parameter, an Energy Balance, or a Mass Balance to meet the Acceptance Criteria of Section V will result in a failure of this test.* Corrective act ion wi 11 be taken and documented using a Discrepancy Report, then this test shall be conducted again. 3. The failure of a Non-Critical Parameter to meet the Acceptance Criteria of Section V does not result in the failure of this test. Corrective action should be taken and documented using a Report. 4. A Discrepancy Report may be generated, even though a Parameter meets the Acceptance Criteria, if the Test Operator determines that the Parameter could be significantly improved.

B. Sequence of Events 1. Establish the Initial Conditions described in Section IV. 2. Place the simulator in run and record data for 1 minute. 3. End of Test Test Operator

___ ££ ____ _ SALEP/1 *1*

n !' r n R 1"-*. \.,,i l * ! v J_,'-\ l 'J l ANS 3.5 PERFOHMANCE DATA Page 4 of 10

c. Parameter Comparison Compare the recorded parameters to the Expected Values of Appendix A, using the Acceptance Criteria of Section v. SAT UNSAT 1

• Critical Parameters

a. N41 -----b. 21 Tc -----c. 22 Tc -----d. 23 Tc -----e

• 24 Tc -----f. 21 Th -----g. 22 Th -----h. 23 Th -----i. 24 Th -----j

• 21 Tave -----k. 21 SG Feedwater Flow -----l . 21 SG Pressure -----m. Gross MW -----n

• PZR Pressure -----0. PZR Level -----p. 21 SG Level -----q. 21 SG Feedwater Inlet Temp -----r

• Care Thermal Power -----, Non-Critical Parameters l a *. PZR Temperature l 1 b.J Bank D Position l , .. , *; -,.12. '. :J. t , .. v*; L

(' ' \ ,, f . I ' -. .._ ;"') ,' r ; \ j J i ; l i .:I : J 1 J I J *._; -*

• o ..,,,/ ,1, \ PERF DA A 1 Page 5 of 10 ___.......__

____________

_

Co Terror d. 21 Delta-T e

• 21 SG B/D Flow f. RCS Boron Concentration

3. Energy Balances a. N41/Gross MWE .. b. N41/Core MTW c. Tc/SG Pressure d. N41/Feedwater Flow 4. Mass Balances a. PZR b. 21 SG c. 22 SG d. 23 SG e

• 24 SG I J 1\/1 t ll R1* \.I

• I\ .J :-'

• I \ "'1 f\ "'cR* l*\1 *. i ,-r Ii I \V * ..._, Page 6 of 10 ------------------------------------------------------------------ANS 3.5 PERFORMANCE DATA VIII. TEST

SUMMARY

<For any UNSAT items, include the Salem Simulator Discrepancy Report number) A. UNSAT Critical Parameters

<this is a critical item> B. UNSAT Non-Critical Parameters

c. UNSAT Energy Balances (this a critical

o. UNSAT Mass Balances <this is a critical item) Page 7 of 10 SAT. ANS 3.5 PERFOHMANCE DATA APPENDIX A I. A. s. c. D. E. F. G. H. I* J. K. L. M. N. o. P. Q. R. EXPECTED PARAMETER RESPONSE FOR STEADY STATE OPERATING PROCEDURE SSOP-3 100% POWER CRITICAL PARAMETERS ACCEPTANCE PARAMETER EXPECTED VALUE BAND N41 100% 98 -102% 21 Tc 537* F 527 -547*F 22 Tc 537°F 527 -547*F 23 Tc 537°F 527 -547*F 24 Tc 537*F 527 -547*F 21 Th 601*F 589 -613*F 22 Th 601 a F 589 -613° F 23 Th 601°F 589 -613° F 24 Th 601° F 589 -613° F 21 Tave 569°F 558 -580°F 21 SG FF 100% 98 -102% 21 SG Pressure 790 psig 775 -805 psig Gross MW 1150 MWE 1127 -1173 MWE PZR Pressure 2235 psig 2190 -2280 psig PZR Level 54% 52 -56% 21 SG Level 44% 42 -46% FW Inlet Temp 428°F 419 -437*F Thermal Power 3411 MWT 3343 ANS REFERENCE IC-A B B B B B B B B B c B D D D D B B 3.5 SALE!Vl PERFOHMANCE

,\-;-nR v .J Lf"'. : .J t DATA rv1 '\ ,,...,....,..

':'""-I ..... i -.. .; {"',\) l *-* \ Page 8 of 10 II. NON-CRITICAL PARAMETERS ACCEPTANCE PARAMETER EXPECTED VALUE BAND REFERENCE A. PZR Temperature 660°F 594 -726°F D s. Bank D Position 228 steps 206 -240 steps D c. Terror 0 -1.5 to +l

• 5° F lC-F o. 21 Delta-T 64°F 58 -70°F 8 E. 21 SG B/D 40,000 .11J2. 36,000-lC-D Flow hr 44,000 lbm/hr F. RCS Boron Cone 633 ppm 570 -696 ppm 111. ENERGY BALANCES ACCEPTANCE PARAMETER EXPECTED VALUE BAND REFERENCE A. N41 @ "100% 1150 mwe 1127 -1173 mwe D s. N41 @ 100% 3411 mwt 3343 -3479 mwt B c. Tc @ 537°F Ps/g @ 790 psig 775 805 psig B o. N41 .@ 100% *FF @ 100% 98 -* 102% c Page 9 of 10 ANS 3.5 PER.FO:RMANCE DATA . I IV. A. B. c. o. E. MASS BALANCES BALANCES PZR 21 SG 22 SG 23 SG 24 SG SALEM SIMULATOR MASTER BALANCE VALUE Level @ 54% VCT Level Constant SF = FF Level @ 44% SF-.= FF Level @ 44% SF = FF Level @ 44% SF = FF Level @ 44% Page 10 of 10 ACCEPTANCE BAND REFERENCE

' 52 -56% +/- 2% +/- 2% 42 -46% +/- 2% 42 -46% +/- 2% 42 -46% + 2% 42 -46% ANS 3.5 PERFO,RMANCE DATA D c D c D c D c D DEG F DEG DEG F DEG F 100. 630. 700. 700 --90.0 620. 630. 630 .o 610. 560. 560 .--70

• 0 600. 490. 490 --I I T SALEM SIMULATOR PERFORMANCE TEST SS3 100% POWER I I I I I I I r 2 I I 60.0 590. 420. 420 ..... --*--0. 0 580. 350

• 350 ... 40.0 570. 280. 280 30.0 560. 210. 210 .--20.0 550. 140. 140 .--10.0 540. 70.0 70. o---w .000 530. .000 .00 4 3 2 1 6.00 12.0 18.0 -1

• 21 RC LOOP Tc -2 . 21 RC LOOP T h -3 . 21 RC LOOP TAVG -4

• 21 REACTOR COOLANT LOOP DELTA T ---SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA _ ..... -I . . 24.0 30.0 36.0 42.0 SECONDS -. -, 48.0 54.0 60.0 XE 0 RUN DATE 12/20/89 SIMULA TOR FILE: PTP-SS3. SIM REFERENCE FILE: PTP-SS3. REF DEG PCT PSIG PCT 00. 120. 1200 120. 450. 108. 1080 108. 400. 96.0 960. 96. SALEM SIMULATOR PERFORMANCE TEST SS3 100% POWER ------+-----

2 1 6.00 12.0 18.0 24.0 -1 . 21 STM GEN FEED FLOW -2

• 21 STM GEN PRESSURE -3

• 21 STM GEN LEVEL -4

• 21 STM GEN FW INLET TEMP -SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA 30.0 36.0 42.0 SECONDS 3 48.0 54.0 60.0 RUN DATE : 12/20/89 SIMULA TOA FILE: PTP-SS3. SIM REFERENCE FILE: PTP-SS3. REF r l SALEM SIMULATOR PERFORMANCE TEST SS3 100% POWER DEG F PCT PSIG 700. 100. 250 ----'----_' _ -----------_ =---'------_ T_ --630. 90.0 242 '0-* -560. 80.0 234 o--490. 70.0 226 10---------420. 60.0 218 10-. ----1 ---t -I I I I I I ---------.----.----.----.----.-------------

.-----350. 50.0 210 ,o-... -280. 40.0 202 :o--210. 30.0 194 o--140. 20.0 186 ,o--10---v . 1 2 2 .000 170 2 1 6.00 12.0 18.0 24.0 30.0 36.0 42.0 48.0 54.0 60.0 1 . PRESSURIZER PRESSURE 2 . PRESSURIZER LEVEL 3 . PRESSURIZER VAPOR TEMPERATURE LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA SECONDS RUN DATE : 12/20/89 SIMULATOR FILE: PTP-SS3. SIM REFERENCE FILE: PTP-SS3. REF S A LEM SIMULATOR PERFORMANCE TEST SS3 MWT STEPS MWE PCT 100% POWER 3500 230. 1200 120 .* ::.. ------------------------------------------------

3 -----------------------a 3150 207. 1080 108 .... 3 96.0* .. 450 161. 840. 84.0* 100 138. 720. 72.0--1750 115. 600. 60.0--1400 92.0 480. 48.0--1050 69.0 360. 36.0*-700. 46.0 240. 24.0--350. 23.0 120. 12.0--* 000 . 000

• 000 . 000,-+------+-----+------+----+-----+----+-----+-

• ----4--------l

'i-------1 4 3 2 1 6.00 12.0 18.0 24.0 -1 . POWER RANGE N-41 -2

• GROSS ELECTRICAL OUTPUT -3

• CONTROL BANK D POSITION -4

• MEGAWATTS THERMAL CORE -SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA 30.0 36.0 42.0 SECONDS 48.0 60.0 RUN D A TE : 12/20/89 S I MULA T OR FI LE: PTP-SS3. S I M REFERENCE FILE: PTP-SS3. REF DES F OES F 700. 700 -630. 630 560. 560 490. 490 420. 420 350. 350 280. 280 210. 210 140. 140 70.0 70. .000 .oo 2 1 .* ... -... .--.--.--.--.--o---v 1 22 RC LOOP Tc 2 22 RC LOOP Th -*-I -. 6.00 LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA SALEM SIMULATOR PERFORMANCE TEST SS3 100% POWER -----I I I I I I -+----* --. . . . I 2 12.0 18.0 24.0 30.0 36.0 42.0 48.0 54.0 60.0 SECONDS RUN DATE : 12/20/89 SIMULA TOR FILE: PTP-SS3. SIM REFERENCE FILE: PTP-SS3. REF DES F DEG F 700. 700 .--630. 630 560. 560 490. 490 420. 420 350. 350 280. 280 210. 210 140. 140 70.0 70. .000 .00 2 1 .... .--.--.-... .--.--.--.--o---v 1 23 RC LOOP Tc 2 23 RC LOOP Th I ------. 6.00 --SOL ID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA SALEM SIMULATOR PERFORMANCE TEST SS3 100% POWER -I I I I I I ----. . . -I -1 2 12.0 18.0 24.0 30.0 36.0 42.0 48.0 54.0 60.0 SECONDS RUN DATE : 12/20/89 SIMULA TOR FILE: PTP-SS3. SIM REFERENCE FILE: PTP-SS3. REF DES F DEG F 700. 700 .--630. 630 560. 560 490. 490 420. 420 350. 350 280. 280 210. 210 140. 140 70.0 70. .000 .00 2 1 .--.--.--. -... ..... .-... .--.-... 0-... -v 1 24 RC LOOP Tc 2 24 RC LOOP Th I 6.00 LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA SALEM SIMULATOR PERFORMANCE TEST SS3 100% POWER I I I I I I I -----. I --1 2 . . . . 12.0 18.0 24.0 30.0 36.0 42.0 48.0 '54.0 60.0 SECONDS RUN DATE : 12/20/89 SIMULA TOR FILE: PTP-SS3. SIM REFERENCE FILE: PTP-SS3. REF XE 4 LB/HR DEG F 5.00 5.00--4.50 4.00-.. SALEM SIMULATOR PERFORMANCE TEST SS3 100% POWER 4.00 3. oo------_j_ ------------

_1 ----.!... ----!..... ----------

---

2 -2 3.50 2.00-"" 3.00 1.00-.. 2.50 .00 0-.-:-----"-----I 1 2.00-1.00-'-

1. 50-2. 00-.. 1.00-3.00-"" ----+----+-----+-----+------+----+------+------1-----4-----1 . 500-4 . 00--

2 1 6.00 12.o 18.0 2*t.O 60.0 1 T AVE -T REF DEVIATION 2 21 STM GEN SLOWDOWN FLOW --SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA 30.0 36.0 SECONDS 42.0 48.0 54.0 RUN DATE : 12/20/89 SIMULATOR FILE: PTP-SS3.SIM REFERENCE FILE: PTP-SS3.REF RX. ENG. MAN. PART 2 SECTION 2.6 CALORIMETRIC CALCULATION DATA SHEET Date -""'-'-11._/""""'1 i....,,./_..e.._9..__

Time o33o Recorded By I ' Gross Gen. Output -""11_Si_o...._._.M".fa RCS Boron Cone S9/2.-cpm Control Bank Position Bank D at ;'Z I steps Tave -Tref .i O.S°F:

• T error 0 Tave (Console)

F 0 Delta T (Console)

F Steam Pressure (PSIG) Slowdown Flow (lbs/hr) Feedwater Temp. °F Feedwater Flow Delta P (Inches) NIS Indicated Power (during Calorimetric)

Calculated

%RTP (Sect. 2. 7) Difference or ... 7-Cal) 0 OF -----Loop 1 '300 2 . 1 f:Joo 2 ---1 8t:J(J 2 1 900 2 3 3 3 3 Avg 9tJo Avg 8tJo Avg Avg Si CID {') Cf Total Slowdown D N41 N42 N43 N44 91/. 8 1 t/ B 91 $ t/o/7. £Lt 7 fC/ 7 11, 7 99-7 # I ., I I I

• I If

-<98% a tolerance no more negative than -2.0% is permissible for difference If Calorimetric power a tolerance no more negative than -1.0% is permissible for difference (NIS-CAL) and the average of the 's shall be equal to or greater than the calo * . / ANS 3.5. /* NIS power after adjustment PERFORMANCE Sr. Reactor Operator

• iss DA OGT 2 9 . Salem Unit 2 Page* 4 of S REM Par.t 2

.. * *

• RX. ENG. MAN. PART 2 SECTION 2.6 CALORIME'l'llIC CALCULATI.OR VORK SBIE'l' STEAM GEN. ENTHALPY RISE Date ___ Time _ M1fe _ gross r.v.

Steam Enth. Feed.water Btu/lbm i:.oop 0 Temp. ( !') {Table 4)

• 21

<It 22 </13'J. <I ¢1/ 23 t.P1/ 24 </-13 '2 . .; </;1 Venturi Delta P ./Delta P

• Steam psiq ()0 DO S'q. Root ot Sp Vt vy-Pressure Btu/lbm psia. (Tabla 4) £311tf Si1l/;.7 e, ,,/;. 7 ,ii, 7 Therm. Expan Factor (Fa) Delta H=hg-hf Btu/lbm 787-b Flow =.Const x Loop (inches H20) (Table 4) (Table. 4) Flow Const. lbm/hr 21 V/4 -.-' 22 tJ /4 -_... 23 ;l; /{J ---24 !U/(Y, -__. Power Delta H Flow Delta. H x Flow Loop Btu/lbm lbm/hr Btu/hr 21 2. t/11/ 'X.t i) 9 22 9 I)(. I tJ 23 (J 9 Pump heat, Slowdown 24* ? (Fig. 21) z. X..10 Sum heat gain J. lt::.6 {) FO t/1/. 2S)u Thermal Power /*

tu ID % Rated Thermal Power x 100 = 11.6388xlo 9 x 100 = Power rounded to the nearest tenth of a percent = 19. 7 Record this power on Calculatioil Data She Completed By Date II l3 = 18978 18997 19139 19023 Thermal Power /, Jt,1 . '5./Y..LDfo

• 3.)\t'vl.

3 . 7 Y.. L c/::; ::,:lXtiJL OGl 2.'.9 '988 Salem Unit 2 Page 5 of 5 , _________

_.._ Part 2 SALEM SIMULATOR STE.ADY STATE OPERATION PROCEDURE SSOP-4 SIMULATOR ST.ABILITY TABLE OF CONTENTS Page I. OVERVIEW 1 II. REFERENCES 1 II I. PERIODICITY 1 IV. INITIAL CONDITIONS 1 v. .ACCEPTANCE CRITERIA 1 VI. RECORDING REQUIREMENTS 3 VI

I. PROCEDURE

4 VII I. TEST

SUMMARY

7 ' c-....

ANS 3.5 PERFORMANCE DATA i .. .

---

*-----

--

---

SALEM SIMULATOR STEADY STATE OPERATION PROCEDURE SSOP-4 SIMULATOR STABILITY I. OVERVIEW -This procedure tests the simulator's steady state performance at 100% power for 60 minutes and meets the requirements for a 100% power Operability Test C stability verification>

described in ANS-3. 5 Appendix B, Section 82. 1. I I. REFERENCES A. ANSI/ANS -3. 5 -1985, Appendix B, Section 82.1 I I I. PERI ODI CI TY -Annual IV. INITIAL CONDITIONS A. 100% Power at MOL B. Equilibrium Xenon c. Al'l Control Sys terns in AUTO D. Steady State E. SG BID at 40,000 1 bm/ hr F. Tavg on the Program V. ACCEPTANCE CRITERIA . -' A. Instrument error shall not be added to computed values. B. All parameters shall vary within a band of no more than plus or minus 2% the initial value. SALEM fv*1ASTER Page 1 of 6 ANS 3.5 PERFORMANCE Dt\TA VI. RECORDING REQUIREMENTS*

A. Critical Parameters

1. Power Range NI Channel N41-2. 21-24 RC Loop Tc's 3.21-24_ RC Loop Th' s 4. 21 RC Loop Tave 5. 21 SG Feedwater Flow 6. 21 SG Pressure 7. Gross Electrical Output 8. PZR Pressure -narrow range 9. PZR Level 10. 21 SG Level -narrow range 11. 21 SG Feedwater Inlet Temperature

12. Core Thermal Power B. Non-Critical Parameters

1. PZR Temperature

2. Control Rod_ Bank D Position 3. Terror 4. 21 RC Loop Delta -T s: 21 SG Blowdown Flow 6. RCS Boron Concentration S!r/iULATOR MASTER Page 2 of 6 , ANS 3.5 DATA VI

I. PROCEDURE

A. General 1. Record all Critical and Non-Critical Parameters on the Data Recording System. Parameters shall be recorded every 0. 5 seconds. 2. The failure of a Critical Parameter, an Energy Balance, or a Mass Balance to meet the Acceptance Criteria of Section V will result in a failure of this test. Corrective action will be taken and documented using a Discrepancy Report, then this test shall *be conducted again. 3. The failure of a Non-Critical Parameter to meet the Acceptance Criteria of Section V does not result in the failure of this test. Corrective action should be taken and documented using a Discrepancy Report. 4. A Discrepancy Report may be generated, even though a Parameter meets the Acceptance Criteria, if the;* Test Operator determines that the Parameter could* be significantly improved.

B. Sequence of Events Test Operator Initials 1. Establish the Initial Conditions described in Section IV. ___ f1_ 2. Place the simulator in run and record data.for 60 minutes. 3. End or Test SALEM SIMULATOR rv1ASTER I Page 3 of 6 ANS 3.5 PERFO-RMANGE DATA1 I --

---

** *-

C. Parameter Stability SALEM SI r\ti U LAT OR Evaluate parameter stability, using the Acceptance Criteria of Section V. SAT UNSAT 1. Critical Parameters

a. N41 b. 21 Tc c. 22 Tc d. 23 Tc e. 24 Tc r. 21 Th .. g, 22 Th '. -----. h. 23 Th i. 24 Th j, 21 Tave k. 21 SG Feedwater Flow 1. 21 SG Pressure m. Gross MW n. PZR Pressure o. PZR Level p. 21 SG Level q. 21 SG Feedwater Inlet Temp r. Thermal Power 2. Non-Critical Parameters

a. PZR Temperature .5. ----b. Bank D Position Page 4 of 6 DATA SALEM l\;1 ..

f_ .

• c. Terror d. 21 Delta-T e. 21 SG BID Flow f. RCS Boron Cone Page 5 of 6 ANS 3.5 PER_tORMANCE DATA VI I I. TEST

SUMMARY

<For any UNSAT items, include the Salem Simulator Discrepancy Report number> A. UNSAT Critical Parameters B. UNSAT Non-Critical Parameters SALEM. SJrAULATOR MASTER Page 6 of 6 r ANS 3.5 PERFORMANCE Ol\TA DEB F DEG DEG F DEG F 100. 630. 700 . 700 --90.0 620. 630. 630 ... 80.0 610. 560. 560 .-... 70.0 600. 490. 490 .-... 60. 0 590 . 420. 420 .-50. 0 580. 350 . 350 .-40. 0 570 . 280. 280 .--30.0 560. 210. 210 .--20. 0 550. 140 . 140 .--10.0 540. 70.0 70. o--.000 530. .000 .00 w 4 3 2 1 1 21 RC LOOP Tc 2 . 21 RC LOOP Th 3 . 21 RC LOOP TAVG -*--T --I I ----+---I I i __ _J _ -I ----;-----i I ! -I -I ----t --I ! I --t-I -r --i I 360. 4 . 21 REACTOR COOLANT LOOP DELTA T LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA SALEM SIMULATOR PERFORMANCE TEST SS4 SIMULATOR STABILITY

--r-----r I I I I i I I ! i-I I ' --i* r ... t -I I I I I I I t I I t ' I t ---r----1 I I l I I I I I I ' l i i f I I -. --------T' t i I I ' : l I ' I I I ----t-----' I i I I I i I i I I I -----i-' + * ---------; + + t t J I I I I I I I I I I I I I I ' I --_ .J__ ___ ------+ t--1-t t-I I I I I I ' i I I ! I i I I I I I I j --l -----i -* r t + I l I I I I r I I I I I I ANS 3.5 t I -!-----.. ----I -l I I I PERFO*RMANlCE ! I I i I I I ' I I ---: eMA-r-----. ---r -------1--I ! I I I I I i I I l I 2 1 3 720. 1080 1440 1800 2160 2520 2880 3240 3600 SECONDS XE 0 RUN DATE 11/21/89 SIMULATOR FILE: PTP-SS4.SIM REFERENCE FILE: N/A DEG PCT PSIG PCT 500. 120 . 1200 120 . 450. 108. 1080 108. 400. 96.0 960. 96. 350. 84.0 840. 84. 300. 72.0 720. 72. 250. 60.0 600. 60. 200. 48.0 480. 48. 150. 36.0 360. 36. 100. 24.0 240. 24. 50.0 12.0 120. 12. ------r ---I t I i I J_ ! t -+-----I I +--1 ' I ----+--SALEM --,----' + I I I j I ! I t-i I I j -L SIMULATOR PERFORMANCE SIMULATOR STABILITY T I t I I -..., I I l .._ -' t I l I I t I I I J f TEST SS4 -T -r---l. ' t--1 I I I -t --I ' I -t I ---r-1 I I r l I I I I i I I __ J 4 1 2 3 .000 .000 .000 4 3 2 1 360. 1 21 STEAM GENERATOR FEED FLOW 2 . 21 STEAM GENERATOR PRESSURE 3 . 21 STEAM GENERATOR LEVEL 4 . 21 STH GEN FW INLET TEMP LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA 720. 1080 1440 1800 2160 2520 SECONDS 2880 3240 3600 RUN DATE 11/21/89 SIMULATOR FILE: PTP-554.SIM REFERENCE FILE: N/ A DEG F PCT PSIG 700. 100. 250 S A LEM SIMULATOR PERFORMANCE TEST SS4 SIMULATOR STABILITY T r I --i------r---

--1 ! l 630. 90.0 242 560. 80.0 234 --t-----1----+--I I 490. 70.0 226 t -' t 350. 50.0 210 280. 40.0 202 l. I I I 210. 30.0 194 I I I 140. 20.0 186 ----t I --+-----1 . PRESSURIZER PRESSURE 2 . PRESSURIZER LEVEL I 360. -3 . PRESSURIZER VAPOR TEMPERATURE -SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA t I l i I r I t t-i l--I I I I I --*--+ -I I I I 720. 1080 -1 r 1 r -y-----, I I 3 -r ! I t-* -I I I I I I ---t 1440 r + I *-----r + I I ---+-------i I 1800 2160 SECONDS I I r I I I I \ I F 2520 I I ----1-1 -+ -+ I r-+----1 1 I -I 2 I --1 t --I I ---ANS 3.5 PERFO: RMANCE---

I I -I -+---I I I 2880 3240 3600 RUN DATE : 11/21/89 SIMULA TOR FILE: PTP-SS.C. SIM REFERENCE FILE: N/ A MWT STEPS MWE PCT SALEM SIMULATOR PERFORMANCE TEST SS4 SIMULATOR STABILITY 3500 230. 1200 120.

3150 207. 1080 108. 2800 184. 960. 96. 2.450 161. 840. 84. 2100 138. 720. 72. 1750 115. 600. 60. T -I + I I --j + -i ! I ---1 -------i ' -------t I I l ! I I --r--. -I i i I I I t ; l + --'"1" i I I ! l. I I i I I t _J I --; *+ + --+ i ----L----<

I I + ' .. ... I -__._ -I I t t I I + r I ---__ 1 I ANS 3.5 . --P'ERFQ 1 RMANGE e-DATA t I I I 1 .000 2 1 360. 1 POWER RANGE N-41 2 . GROSS ELECTRICAL OUTPUT 3 . CONTROL BANK D POSITION 4 . MEGAWATTS THERMAL CORE LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA 720. 1080 1440 1800 2160 2520 SECONDS 2880 3240 3600 RUN DATE : U/21/89 SIMULATOR FILE: PTP-SS.4.SIM REFERENCE FILE: N/A DEG F DEG F 700. 700. 630. 630. 560. 560. 490. 490. 420. 420. 350. 350. 280. 280. 210. 210. 140. 140. 70.0 70. SALEM SIMULATOR PERFORMANCE TEST SS4 SIMULATOR STABILITY

--....,...-

--t I -i------f* I I I ; -----r-----i ---__ l _ ---I I --f-I I ---I I I ! ---r --t I ! ' + I r I L t* -... --I -r I I j I I I t + j. -j-----t --+---+---___ J ------1 I l ii I --JI I ' I I o i ---I* ---i--*---t-----+--i ! I -t------t---------I ' ! ! I I I -L I t -. I t--l I : I l ! --1--+------j_ ___ _, -. I I I I ----T -t I ---I ---ANS 3.5 I PER -I I I 1 -1. DATA --!--

' i 2 1 2 1 360. 720. 1080 1440 1800 2160 2520 2880 3240 3600 1 22 RC LOOP Tc 2 . 22 RC LOOP Th LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA SECONDS XE 0 RUN DATE 11/21/89 SIMULATOR FILE: REFERENCE FILE: N/ A DEG F DEG F 700. 700. 630. 630. 560. 560. 490. 490. 420. 420. 350. 350. ,. 280. 280. 210. 210. 140. 140. 70.0 70. I 1 --+--+ ----' r---------+ SALEM SIMULATOR PERFORMANCE TEST SS4 SIMULATOR STABILITY

-t I I --i -t ----* t----i t I I I -t----i ----* t ----I I I I I I I f I ! l -! f -I + __ , ----t + -+ -f* -t ----I t I I I I I t I -t I I --t ----i I I ----t--1 T r . -. --r--. -1 r -1 r-. . : . r ---r --1 _, ! I ' ANS 3.5 :

---

PERFdRMANtif QA.TA ( I --j I I 1 2 1 .000 2 1 1 . 23 RC LOOP Tc 2 . 23 RC LOOP Th 360.

LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA 720. 1080 1440 1800 SECONDS 2160 2520 2880 3240 3600 RUN DATE : U/21/89 SIMULATOR FILE: PTP-SS4.SIM REFERENCE FILE: N/ A DEG F DEG F 700. 700 --630. 560. 560.-t-490. 490 _.__ 420. 420.* .. SALEM SIMULATOR PERFORMANCE TEST SS4 SIMULATOR STABILITY T I I ! --* j i ----; -1 I ---__ l_ __ ' -------j----l -i I : I : l 1 l ---------* --1 ----t ---** -t ---r-1 i +--i -J i I I I --j _ I -t .. ---1 -I I -I ,_ 1* --* i I 1 I + -1 i ,---1 r t -i r I I __ _J -----350. 350 ..... __ -_ L *t* --t I i f I -I I I i I I t -t ------i I I ----1* I ! 210. 210.*'" I I 280. 280 * " -----: ----.. * ! i 140. 140 ... --I -70.0 -I -. +--** i I I -i . I I I 1 I I I t I I f-I I i I r I I -l__ *--J ! I r i I I I --I .000 2 1 2 1 360. 720. 1080 1440 1800 2160 2520 2880 3240 3600 -1 24 RC LOOP Tc -2 . 24 RC LOOP Th -SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA SECONDS RUN DATE : U/21/89 SIMULATOR FILE: PTP-SS.t. SIM REFERENCE FILE: N/A XE 4 PPM LB/HR DEG F 600. 5.00 5.0 540. 4.50 4.0 480. 4.00 3.0 420. 3.50 2.0 360. 3.00 1.0 300. 2.50 .00 240. 2.00-1.0 180. 1.50-2.0 120. 1.00-3.0 60.0 .500-4.0 ----I -I -----+-! ! -------i. i _ J ___ _ ------" -' I t I t I l I I SALEM SIMULATOR PERFORMANCE TEST SS4 SIMULATOR STABILITY

--r ------r I -+--1 ! I --' I --r--------t-1-I I -I I l + ---.. -+--+ r r I I I I I I I ----r ----i*-----+. --------i--! ---t----I T I I I -i-----I I t ----+ t i I I ! -----1 ---r -I ! r t -l I 1 I ----t -*-1 I I i ! I I I l I I r I I ---r ---1 I I I --l I* l I ---,.-I I t_J I I ------I -----r ---------r I I J ANS -t I I I I P_ERFORMANCE

_j t ' i ! i I I I i -l--I I i OAT I I I .000 .000-5.0 n-t----------------------------------------------1 3 2 1 3 2 1 360. 720. 1080 1440 1800 2160 2520 2880 3240 3600 1 . T AVE -T REF DEVIATION 2 . 21 S T M GEN BLOWDOWN FLOW 3 . RCS BORON CONC -SOLID LINES indicate SIMULATOR DATA ---DASHED LINES indicate REFERENCE DATA SECONDS RUN DATE : 11/21/89 SIMULATOR FILE: PTP-554.SIM REFERENCE FILE: N/ A