ML19322D617
| ML19322D617 | |
| Person / Time | |
|---|---|
| Site: | Crane  |
| Issue date: | 12/06/1973 |
| From: | BABCOCK & WILCOX CO. |
| To: | |
| Shared Package | |
| ML19322D615 | List: |
| References | |
| TASK-TF, TASK-TMR 601-8014, NUDOCS 8002180042 | |
| Download: ML19322D617 (18) | |
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OIRLT!;U OF' 880/A81 CYnTEM TRATilT!!(; PROGRAM b
1 week 880/881 systen training program to be conducted at the Metropolitan Edison Company, Three Mile Island Iluelear Station.
The pror, ram vill be conducted tVice. The Bailey Meter Technical Training Center vill provide one instructor (see attached summary of qualifications) and course, books and inaterials for up to 10 attendees per cource.
The Metropolitan Edison Company will provide a suitable meeting room with chalk boards and an overhead pro-jector,.also a Bailey 880 system and' a Bailey 881 system for demon-stration. The program is designed to teach the student the opera-tion, maintenance, and calibration procedures of the modules and components, also the function of the systems, as outlined in the attached course description. The evaluation of the students vill" be accomplished by a test to be given at the conclusion of each program. These evaluations vill be documented and made available to the training specialist at Three Mile Island ITuclear Station within ene week after the completion of the second 1 week program.
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.s MET ED SPECIAL 880/881 DAY #1 A.M.
Introduction and Functional Description of the Bailey 880 systen The functional description and maintenance procedures for c
nucicar detectors.
12:00-1:00 Lunch P.M.
Reactor trip assembly to include the trip sequence, module interlocks, 2 out of 4 trip logic, and 1 out of 2 x 2 logic.
Theory of operation of system power supplies and their interlock logic.
DAY #2 A.M.
Theory of operation of the Bis-Stable Module, Auxiliary Relay, Detector and Auxiliary Power Supoly.
12:00-1:00 Lunch P.M.
Description of the source range channel including the pre-amp, associated interlocks and calibration procedures.
DAY #3 A.M.
Description of the intermediate range channel and calibration procedure to include compensation' voltage adjustments.
Descrintion of the power range channel and calibration procedures 12:00-1:00 Lunch P.M.
-Description of the reactor coolant flow channel and calibration procedure for the /Os flux to flow function generator.
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l MET ED SPECIAL 880/881 DAY #4 A.M.
Description of the-Reactor outlet temperature channel Lescription of the Reactor pressure channel to include pressure-temperature compensator
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12:00-1:00-Lunch P.M.
Description of the Pump Power Monitor An Explanation of Response Time and a procedure for obtaining this information.
-DAY #5 A.M.
A functional and detailed description of the Bailey 8S] system and P.M.
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OUTLINE OF 721 SYOTEM TRAI!!ING PROGRNt
'l week 721 system training program to be conducted at the Metropol-itan Edison Company, Three Mile Island Nuclear Station.
The program vill be conducted twice. The-Bailey Meter Technical Training Center vill provide one instructor (see attached summar/ of qualifications) and course books and materials for up to 10 attendees per course.
'Ihe Metropolitan Edison Company vill provide a suitable meeting room with chalk boards and an overhead projector, also a Bailey 721 system for demonstration. This program is designed to teach the sthdent the function of each of the sub-systems (listed in the attached descrip-tion) and how it is accomplished. The evaluation of the students will be accomplished by a test to be given at the conclusion of each program. These evaluations vill be documented and made available to the training specialist at Three Mile Island Nuclear Station within one week after the completion of the,second 1 week program
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Page 1 of 3
MET ED SPECIAI. 721 DAY #1 A.M.
Introduction to the Bailey 721 system and it.e. documentt 'on to include the cabinet layout, power supplies, and a derinition of the symbols used in the, documentation.
A detailed explanation of the make-up seal water flow.
12:00-1:00. Lunch P.M.
A detailed explanation of the core flood tank level DAY #2 A.M.
Description of the pressuri:cr' heater control circuit, Icvel temperature compensation, and associated circuitry Introduction and brief description of the integrated control system to include unit load, integrated master, reactor control and feedwater control.
12:00-1:00 Lunch P.M.
Description of automatic dispatch system to include auto / manual contact logic.
Description of high load limits of the fe'ed pumps, reactor co61 ant puuos, asymmetric rod, and reactor coolant flow.
DAY #3 A.M.
Continuation of the high load limits discussion started in the P.M. of DAY #2 Description of low load limits of the feed pumps, reactor coolant pumps, asymmetric rod, and reactor coolant flow.
12:00-1:00 Lunch
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Demonstration of the high load limits and the low load limits Par,e 2 of 3
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V MET ED SPECIAL 721 DAY #4 A.M.
Description of frequency control and tracking 12:00-1:00 Lunch a.
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Demonstration of the frequency control and the conditions that P
cause tracking.
DAY # 5 A.M.
Description of.the integrated master sub-system to include Modes of Operation, Turbine Control, Megawatt Effect on Pressure Control, Megawatt Error Effect on Unit Load Demand, Throttle Pressure Effect upon Unit Load Demand, and Turbine By-Pass.
12:00-1:00 Lunch P.M.
Demonstration of integrated master sub-system.
Note:
All demonstrations will be of a dry run nature with the instructor pointing out locations of the equipment and controls.
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1 DUTLIITE OF COMBI!TED CO:rJROL OPERATIC!T TRAITTUlG PROGRA?!
l 1 week combined control operation training program to be conducted at the Metropoliten Edison Compahy, Three Mile Island Ifuelear Station.
The progrs= vill be conducted twice. The Bailey Meter Technical Training Center vill provide one instructor (see attached su== aries of qualifications) and course books and materials for up to 10 attendees per course. The l'etropolitan Edison Company vill provide a suitable meeting room with chalk boards and an overhead projector, also the necessary Bailey systems and controls for the demonstrations outlined in the attached course description. This program is designed to teach the student, that portion of reactor control, where Bailey and Dia=cnd centrols are used in various cc=binations of hand and auto control.
The evaluation of the ;;tudents vill be accomplished by a test that will be given at the conclusion of each one week program.
These evaluations vill be documented and made available to the train-ing specialist at the Three Mile Island !Tuclear Station within two weeks after the completion of the second one-week program.
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MET ED SPECIAL COMBINED CONTROL OPERATION DAY #1 A.M.
Description of Reactor Contrct to include different combinations of Bailey and Diamond in hand ' auto., cross limits, and TAVE control.
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12:00-1:00 Lunch P.M.
Demonstration of the reactor control sub-system discussed in the A.M.
lecture DAY #2 A.M.
Description of the feedwater control sub-system to include
.feedwater temperature compensa, tion, cross' limits, and main and start-uo feedwater valve circuitry.
12:00-1:00 Lunch P.M.
Demonstration of that portion of the feedwater control sub-system discussed in the A.M.
lecture.
DAY #3
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A.M.
Description of 6 RC flow, ATC control, and feedwater ratio circuit.
12:00-1:00 Lunch P.M.
Demonstration of the controls discussed in the A.M.
lecture
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3 MET ED SPECIAL COMBINED CONTROL OPERATION DAY #4 A.M.
Description of BTU limit,s, and S. G. low level and high level limits 12:00-1:00 Lunch P.M.
Demonstration'of the controls d'scussed in the A.M. lecture DAY 85 A.M.
Dese i ion.of S. G. Level, start-up, operating and feedwater valve P
12:00-1:00 Lunch P.M.
Demonstration of the controls discussed in the A.M. lecture and review.
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Note:
All demonstrations will be of a dry run nature with the instructor pointing out locations of equipment and controls.
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eld mnTncr. TI;cIlllICINI TRAI!!It!G, PRocr" 43" e-JEFFREY L. MARS!!
Educational Background Jeffrey has a BS Degree in E16ctrical Engineering from Purdue University.
fs t Technical Experience Jeff joined Bailey Meter in 1969 as' a Field Service Engineer in our Philadelphia Office.
Jeff has been working as a start-6p engineer on Bailey analog systems (pneumatic and electric), as well as assisting in computer start-ups and 880/881 systems start-ups.
Jeff is presently ~ in training to become a nuclear project service supervisor.
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- R0ltERT,S. RAND Educational Background Robert hr a BS Degree in Electrical Engineering from Rensselear Polytechnic Institute.
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Technical Experience i
~ Bob joined Bailey Meter in 1962 as a Field Service Engineer'in our Atlanta Office.
In 1969 Bob transferred to Nuclear Sales in Lynchburg and in 1972 was made a Nuclear Project ^Scryice Supervisor.
Bob has both sales and service exncrience in all Bailey systems and-instrumentation.
lie is presently the Project Service Supervisor for Three Mile Island Nuclear Station, Unit #1.
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j J0llN '11. McCURDY Educational Background 4
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John graduated from A.T.E.S. Technical School, Erie, Pennsylvania, where he was second in his class studying electronic engineering technology.
Technical Exocrience John joined Bailey Meter in 1970 as an instructor in. the. Pneumati.c Measurement and Control Courses.
lie has since had ins tracting and coordinating responsibilities in the Bailey 880/881 programs as well as the Bailey 820 Electric Analog Control and Bailey 5000 and 7000 Electric Analog Control Courses.
John has five years technical teaching experience and has conducted many of our programs on the customers job site.
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c.A W. JOIIN CRUMB Educational Background John has an Associated Degre'e gin Applied Science from the State University of New York, Canton, New York, class of 1963.
lie has attended Clarkson College of Technology, Potsdam, New York for two years, with a Business Administration major and State University of New York, Potsdam, New York for one semester with a Liberal Arts major.
Technical Exnerience John joined Bailey Meter in 1963 a's an instructor in the Technical Training Section.
From 1963 to 1969, John instructed in various customer and employee courses, covering measurement, pneumatic and electric analog control and fixed wire logic digital systems.-
In 1969 John transferred to the Software Engineering Group, where he wrote and implemented the 855 software for the Direct Digital Control installed at Louisiana Power 6 Light Co., Ninemile Unit #4.
In 1973 John returned to the Technical Training Section and assumed the responsibility for measurement, pneumatic control, analog
, control seminars and 855 software training.
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AMENDMErlT NUMBER ONE TO LONG-TERM CONTRACT FOR THI I NUCLEAR STATIONS UNITS I AND II OPERATOR.T,RAlfilliG This Amendaent Number One, effective,as of August 1,1976, by and ~oetween The Babcock & Wilcox Company (hereinafter referred to as COMPANY) and the Hetropolitan Edison Company (hereinafter referred to as PURCHASER).
-' > a WITNESSETH THAT:
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UHEREAS,'the CCMPANY and the PURCHASER have previously entered into a 1$ ::. 1 contract effective as of January 1,197S, hereinafter referred to as the Long....
Term Training Contract, for PURCHASER'S Three Mile Island Nuclear Station Units 1 and 2:
NOW, THEREFORE, the COMPANY and the PURCHASER agree to modify the contract as follo.zs:
A.
Delete Article 1.0, Base Scoce of Effort, and substitute the following "1.0 Base Score of Effort During the term of this Contract, or any extension thereof, COMPAriY shall furnish, subject to scheduling as set forth in Article 3.0, the following training services during each calendar year:
1.1 Annual training shall consist of the follow:ng hours of simulator instruction and associated classroom icstruction:
Calendar Year Simulator Hours Classroom Houi s, 1975 280 280 1976 280 280 1977 80 80 1978 280 280 1979 280 280 o
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U O A typical day's schedule would be four (4) hours of classroom instruction followed by four (4).. oars of simulator instruction for groups of three.(3) students each.
Each student will be allowed, to physically rianipulate the control of the simulator.
These programs shall be conducted at the 801 Training Center in
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Lynchburg, Virginia.
1.2 At PURCHASER'S option, this training shall consist of the following standard' programs:
1.2.1 Requalification Trainino Course.;,
-a, Each course will consist of 40 hours4.62963e-4 days <br />0.0111 hours <br />6.613757e-5 weeks <br />1.522e-5 months <br /> of simulator instruction composed of evolutions r'ecommended by the PURCHASER, as they may be agreed to by COM? Ally, at least two (2) weeks prior to the commencement of the course; and 40 hours4.62963e-4 days <br />0.0111 hours <br />6.613757e-5 weeks <br />1.522e-5 months <br /> of classroom instruction supporting the simulator instruction.
Simulator and classroom instruction v)ill be duplicated for two (2) groups of three (3) students, for each course, such that each group receives 20 hours2.314815e-4 days <br />0.00556 hours <br />3.306878e-5 weeks <br />7.61e-6 months <br /> of' simulator and 20 hours2.314815e-4 days <br />0.00556 hours <br />3.306878e-5 weeks <br />7.61e-6 months <br /> of classroom instruction.
- 1. *z. 2 Reclacement Ocerator Trainino Course This tvo-week program shall consist of forty (40) simulator instruction hours and forty (40) classroom instruction, hours for a group of three (3) students.
Each student will physically manipulate the control of the simulator to demonstrate as a minimum: (a) his/her ability to manipulate the controls and keep the reactor simulator under control during a reactor simulator startup, (b) his/her ability to predict instrument response and use the instrumentation during a reactor simulator startup, (c) his/her ability to follow the applicable startup
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. procedure, and (d) his/her ability to explain alarms and annunciators that may occur during the reactor simulator operation.
Upon a student's satisfactory completion of the training outlined in paragraph 1.2, the COMPAllY will provide the. student and the PURCHASER with written certifications as defined in Article 1S.1, of said satisfactory completion.
Standard Sinulator Trainino Cobrses_
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. Shall consist of any other standard simulator training course as may be mutually agreed.
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B.
Delete Attachments A and B and substitute the revised attachmentsattached hereto.
Except as noted above, the terms and conditions of the Long-Term Traicias Centract remain unchanged.
Ill HITriESS WHERE0F, PURCHASER and COMPANY have caused this /mendment flumber One 19 the Contract to be executed in duplicate by their duly authorized representatives to be effective as of the date and year first mentioned above.
THE METROPOLITAtl EDISON COMPANY
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MITf;ESSED BY:
BY:
/// I TI LE:
Director -. 'daterie n Wi"a-ee W/76 DATE SIGNED:
septerher 29, lo76
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THE BABC0CK & WILC0X COMPANY WITliESSED BY:
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9" TITLE:
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DATE SIGi!ED:
6/21/76
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ATTACHMEtti A l
RATES F0P, BASE SCOPE OF EFF0P.T The below listed rates are firm for calendar years 1975,197G,1977,1978, and 1979 and are subject to adjust.T.cnt' in accordance with Article 8.0 " Price Adjustments" of this proposal.
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-Total Annual Price for Base Year _
Scope of Effort 1975
$122,400 1976
$122,400 1977
$ 35,'200 '
1978
$123,200
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1970
$123,200 NOTE:
Invoices for individual course for calendar years 1977,1978 and 1979 shall be rendered at a base dated rate of.$440 par simulator hour.
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p,e3.,s g,,,, AP7-55 Amendment One p,,, no, Babcock & ?!!!cox- - - -
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..u, ATTActiMEtti B RATES F0P, TPAlt!I :G C0?iTP.ACT
- The below listed rates are fim for the 1976 calendar year and are subject to change for the period after Decembe'r 31, 1976.
Facilities _ (prices include instructor and' associated classroom instruction)
Pre-scheduled simulator training
.$530 per simulator hour -
Pre-scheduled simulator training
$510 per simulator hour (price is applicable to all simulator traini~ng for additional simulator commit-ments over 120 hours0.00139 days <br />0.0333 hours <br />1.984127e-4 weeks <br />4.566e-5 months <br /> annually)
'Other simulater programs
$570 per simulator hour Procurement Purchases
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Total cost plus 15%
Travel and living expenses At cost p,ceesg,,,
AP7-55 Amendment One p, n o, Cal 3COC!( & Wi!COX
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