ML20206A966
| ML20206A966 | |
| Person / Time | |
|---|---|
| Issue date: | 04/01/1987 |
| From: | Christopher T, Thompson R NRC OFFICE OF ADMINISTRATION (ADM), WESTINGHOUSE ELECTRIC COMPANY, DIV OF CBS CORP. |
| To: | |
| Shared Package | |
| ML20206A959 | List: |
| References | |
| CON-FIN-B-8778, CON-NRC-05-87-116, CON-NRC-5-87-116 NUDOCS 8704080252 | |
| Download: ML20206A966 (67) | |
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AWARD / CONTRACT M'j,C,0",',s^,73l,,* * ^t,E D 0* D' " k "Y [ "22 o
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- 4. REeut51TIO8v/PWRCMA&E REGUE51/ PROJECT NO.
- 3. EFFECTowE DATE@,
- 5. CONTit ACT s'e.e. Anet Aden t J Peo.
APR 0 i OIE-87-116 NRC-05-87-116
- 5. 855wt O 5 v l
- 6. ADM6MisTI;REO 5V (Fr.sfier Wh.e Jerne AJ l
U.S. Nuclear Regulatory Commission Division of Contracts Washington, D.C.
20555 T. feAME AND ADDRESS OF CONT R ACTO R dN....fs.ef. e8tp. e. eery. Sesse.=d 2IP C.de A
- 8. DE L8 VE R Y Westinghouse Electric Corporation ros OmiciN OTNE R <see Box 3377
.. O..COvNT rOR PROM T PAv.E.,7 Pittsburgh, Pennsylvania 15230
- 10. SUSMIT INvolCES laT[na to e.ees es.iese.mee.
I ed., areernsds TO THE 12 COOE F ACILITY CODE AOORESS SNOWN IN-3 3. sMi. T O/M AR.s FO R 42 PAvMENT -sLL sE MADE ev g
See Section F herein See attached Billing Instructions
- 34. ACCOW9 eta 8*G AND ApFROPit6ATsO9e OAdo. B8778 A
3 3. AUTMORIT V FOR USING OTHE R TMAN FULL AND OPEPs CO8s8 PET 4 B&R No. 30-19-05-01 FIN io us C.23osien i
e u $ C. smu i
APPN No. 31X0200.30
$368,070.00 15A. ITEM NO 158 SUPPLIES /SERveCES 15C QUANTITY 150. UNIT 15E. UNIT PRICE 15F AMOUNT Lease / Purchase of a Westinghouse Pressurized Water Reactor Simulator Firm Fixed Price isG.TOTAt AMOUNT OF CONTRACT > $368.070.00
- 16. TABLE OF CONTENTS Vil$ECl OE SCRIPTION lPAGE IS)
F1 lSEC l OESCRIPTION l PACE LS)
PART e - THE SCHEDULE pasty es-CONTfl ACT CCAU$ES X
A SOLICIT ATION/ CONTRACT FORM i
Xl I l CONTRACT CLAUSES l l8 y
8
$UPPLtES OR SERveCES ANO PRICES / COSTS 2
PART see - Les? OF OOCUMENTS.EMMastTS ApeO OTHER ATT ACM X
C OESCRIPTiON/SPE CS IWORE STATEMENT 1
XlJ l LIST OF ATTACNMENTS l 22 X
0 PACE AGING AND MAREING
/
PART IV - REPRESENWSONS Af40 INST RUCTtONS x
E INSPECTION ANO ACCEPTANCE 7
x R E,R ESE NT AT,0NS. CE RTiF iC ATIONS ANO X
F DELevtRIES OR PE RFORMANcs g
OTHER STATEMENTS OF OFFERORS X
G CONTRACT AOMINISTRATION OATA Q
t INSTRS. CONOS.. ANO NOTICES TO OF F E RORS X
N SPECIAL CONTRACT REOutREMENTS l2 M
EVALUATION FACTORS FOR AWARO CONTRACTING OFFICER Witi COMPL ETE ITEM F10M 18 AS AAFLICActE as. O A-ARO <e e
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CONTRACTOR's NEoOTsaTED oREEMENT ve.ap.eser e e..
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39A feAME APED T 6TLE OF SIGNE R IType.* pelats toA.NAME OF COpeTR ACTsNG OFFICER T. A. Christopher, General Manager l
Nuclear Services Integration Division AnaldD. Thompson
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- c' acc "'* co*a Paos sTANoano roam u. my nu CONTINUATION SHEET NRC-05-87-116 2
22
$*#o[E'[ ^ epj'uli,g N.= ce omeon c co.nucroe ITEM NO.
SUPPUES/$ttYlCES QUANTITY UNIT UNIT PRIG AMOUNT b
Section B - Supplies or Services and Prices / Costs installation and Simulator lease - including (from date of 1.
testing - Fiscal Year 1987 completed testing thru 9/30/87) 1 LOT No Charge No Charge 1.a Simulator Upgrade Effort 1
LOT
$200,000
$200,000 2.
Option: Simulator Lease - Fiscal Year 1988 1
LOT No Charge No Charge 2.a Simulator Warranty - Option - Fiscal Year 1988 1
LOT
$200,000
$200,000 3.
Option: Simulator Lease - Fiscal Year 1989 1
LOT
$200,000
$200,000 4.
Option: Simulator Lease - Fiscal Year 1990 1
.0T
$200,000
$200,000 5.
Option: Simulator Lease - Fiscal Year 1991 1
LOT
$200,000
$200,000 6.
Option: Simulator Lease - Fiscal Year 1992 1
m0T
$200,000
$200,000 7.
Option: Simulator Purchase After Lease Period 1
$ 50,000
$ 50,000 8.
Documentation 1
.0T
$ 21,413
$ 21,413 9.
Training Materials, Training Aids and NRC Instructors Course 1
LOT
$ 13,507
$ 13,507 10.
Simulator Spare Parts per Attachment 4 1
'0T Not separai ely priced 11.
Transportation Rigging and Unloading of Simulator (includes ramp) 1 LOT
$ 35,515
$ 35,515 12.
Installation in NRC facility and startup assistance 1
LOT
$ 22,635
$ 22,635 13.
Training per C.2.9 of Section C herein 1
LOT
$ 72,000
$72,000 14.
Tapes / discs for simulations of other plants 3
$ 1,000
$ 3,000 l
l 15.
Option: For Full Upgrade of Simulator per j
Article H.9, herein, if option is exercised no later than December 31, 1987 1
LOT
$894,712
$894,712 16.
Option: For Full Upgrade of Simulator per Article H.9 if option is exercised no later thati Decem'ver 31, 1988 1
LOT
$940,470
$940,470 I
Contract contains additional UNPRICED l
NOTE:
l OPTIONS. See Section H herein TOTAL AMOUNT OF CONTRACT (EXCLUSIVE OF OPTIONS)
$368,070 1lr u. 5.
G.P.O.
19s3-381-626/8386
NRC-05-87-116 Page 3 Section C - Description / Specifications / Work Statement C.1 Statement of Work Procurement / Lease of a Westinghouse Pressurized Water Reactor (PWR) Simulator
===1.
Background===
The NRC Technical Training Center (TTC) has leased PWR simulator time on the Tennessee Valley Authority's (TVA) Westinghouse PWR simulator for the past several years for the purpose of training NRC staff personnel in PWR technology.
Because of difficulties in obtaining the desired amount of simulator time and the unavailability of any simulator time on day or evening shift, the NRC has decided to lease or lease-purchase a Westinghouse PWR simulator.
This PWR simulator will be available to the NRC staff as specified below.
2.
Work Required a
The contractor shall perform the following tasks:
1.
The Contractor shall provide to the NRC, the existing SNUPPS I simulator, presently located at the Zion Training Center in Zion, Illinois.
This simulator consists of:
the main control bo6rds, back panels and instructor station hardware; the single Gould 32/7780 computer system and supporting equipment; the existing inventory of control board spare parts; the existing simulator documentation; and operating procedures.
l 2.
The contractor shall upgrade the SNUPPS I simulator software and hardware to be the functional equivalent of the SNUPPS II simulator, which is located at the Instrumentation Technology and Training Center, near Pittsburgh.
The NRC and the Contractor will review the list of outstanding Trouble Reports (TR's) for SNUPPS I and II to determine if any have a substantial negative impact on training.
Except for any items identified by this review, no resolution of any existing TR's is included, except as resolution of these TR's may be incidental to this upgrade. The NRC is responsible for any and all maintenance of the simulator during the lease and after the period of the lease if the option to purchase is exercised, a.
The software upgrade will consist of adding the two-phase Reactor Coolant System (RCS), Steam Generators (SG), and core models that are currently being used on SNUPPS II, and adding the Westinghouse Safety Parameter Display System (SPDS).
b.
The hardware upgrade will consist of adding a second Gould 32/7780 computer, a shared memory device, and other items of hardware necessary to accommodate the second computer. Also, hardware for the SPDS will be added, including 2 CRT's and keyboards.
The hardware upgrade will not include any changes to the SNUPPS I control boards.
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NRC-05-87-116 Pagg 4 c.
After completion of the upgrade, the Contractor and the NRC will conduct
. an operating test of the simulator at Zion for up to one week to benchmark its performance; to ensure that the performance of the simulator.is identical to that of SNUPPS II; and to $ identify any discrepancies' that require resolution by the Contractor.
Resolution of any agreed upon discrepancies will be perfomed by the the Contractor prior.to shipment of the si 1
r.
d.
Delivery of the SNUPPS imulator, upgraded as defined above, shall be FOB the NRC Technical raining Center and will be made within three l
months after effective date of contract.
3.. The Contractor will provide transportation from Zion, Illinois, to the NRC's facility in Chattanooga, Tennessee, by exclusive-use truck, and rigging and unloading of the simulator into the NRC's facility.
I 4.
The Contractor will provide installation.of the simulator, including connecting to power and performing verification checks for satisfactory operation of the simulator.
The Contractor will also provided startup assistance by a hardware and a software engineer for a period of 2 weeks after delivery. During this period, these engineers will work at the NRC's direction to assist in the startup of the simulator. Any additional support requested by the NRC beyond this 2-week period will be subject to a supplemental agreement to he contract.
existing.SNUPPSpdocume[ntation d
(listed in Attachment 2) will be 5.
The supplemented by the documentation from the Callaway simulator (listed in the attached Master Index, Attachment 3) which will be reviewed by a Contractor engineer, and a copy of appropriate material will be made for the NRC. The provided documentation must be complete and organized and indexed so as to be readily retrievable and usable by the maintenance contractor.
The documentation will also include the maintenance logs and all existing trouble reports (TR's) for both the SNUPPS I and II simulators.
I 6.
Existing training materials and other training aids that have been developed for use on the SNUPPS simulators will also be provided.
That which currently exists on magnetic media will also be provided on magnetic diskette.
These training materials will' include, but are not limited to, i
Phase II and Phase III materials plus Piping and Instrumentation Diagrams j
(P&ID's) and wiring diagrams.
I 7.
In addition, the Contractor will conduct a course of up to 5 days fsr NRC instructors to learn the operation of the simulator.
The course will consist of hands-on operation of the simulator for 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> per day at:d will i
be conducted by an experienced Contractor instructor.
The course will be l
held at the NRC Technical Training Center after delivery, or at the Contractor's facility if conducted before delivery.
- 8. The Contractor will provide copies of existing tapes / discs of simulations of other 2, 3, and 4-loop plants to assist the NRC in training on other generic Westinghouse PWR plants.
Any existing documentation will be provided with I
these materials as well as instruction in their insertion into the simulator.
I.
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NRC-05-87-116 Page 5
- 9. The Contractor shall provide time in the amount of 2 weeks per month for 3 months (for a total of 288 hours0.00333 days <br />0.08 hours <br />4.761905e-4 weeks <br />1.09584e-4 months <br />) on the SNUPPS II simulator, beginning with the effective date of the contract.
- 10. The NRC shall provide its own maintenance and operational support either through a contractor or by NRC employees.
The NRC may, as part of this operational support, and after the warranty period, perform minor software and hardware modifications, such as label changes, setpoint' adjtstments, constant value changes, and TR fixes, to correct deficiencies and enhance the training effectiveness of the simulator.
A complete log of all modification shall be maintained by the NRC.
The NRC shall not make any major alterations, additions, or improvements to the simulator without the prior written consent of the contractor.
- 11. All additions or improvements of any kind or nature whatsoever made to the simulator by anyone whomsoever shall belong to or become property of the Contractor upon the expiration or earlier termination of this Lease, in the j
event NRC does not choose to purchase the simulator upon termination of the 1
i Lease.
j
- 12. The upgraded SNUPPS I simulator shall have the equivalent capabilities as the SNUPPS II simulator, dated March 1,1987.
These capabilities shall include the following:-
j a.
The simulator shall consist of control room panels that duplicate the pertinent control room benchboards and consoles in outward appearance and function so that the NRC staff can duplicate modes of reactor operation including
- heatup, startup,
- shutdown, cooldown, normal operations, abnormal operational transients, and accidents. The actual reactor, reactor auxiliary, and balance of plant equipment external to i
the control room of a nuclear plant (including circuits, pumps, pipes.
l and valves) shall be represented by mathematical models programmed to i
operate realistically and in real-time mode on a digital computer.
Peripheral systems such as building ventilation, radwaste, area and process radiation monitoring, and instrument air'stiall be simulated to l
the degree available in the current SNUPPS II simulator, i
b.
The simulator shall be capable of simulating continuously and in real-time a complete hot or cold startup of a Westinghouse PWR power plant to a steady state full load condition, load changes, and a complete shutdown to a hot or cold condition.
It shall also provide the capability for conducting pre-startup checks of systems that are nonnally conducted from the control ~ room to the degree available in the current SNUPPS II simulator.
l c.
The simulator's PWR core simulation shall respond to the transient responses caused by changes in moderator boron concentration, moderator temperature, moderator density, moderator void fraction, fission product inventory, doppler reactivity, and control rod reactivity.
d.
The simulator's modelling shall be capable of two-phase flow and steam bubble formation in the RCS as defined by the current SNUPPS II i
simulator.
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NRC-05-87-116 Page 6 The simulator shall calculate PWR plant system parameters corresponding e.
to particular operating conditions, display these parameters on the 4
l appropriate instrumentation, and provide proper alarm and/or protective l
i system action when predetemined -limits are approached or skceeded..
f.
The simulator shall be capable of being initialized at the instructor's console to any one of a series of initial conditions.
Selection of an initial condition shall cause the simulator to generate and distribute to the appropriate instrumentation the plant parameters corresponding to the selected mode of operation. The software system shall be capable of identifying differences in appropriate switch and instrument settings as part of a switch check in the initialization sequence.
The minimum acceptable number of initial conditions associated with the simulator shall be forty (40).
g.
The siulator shall duplicate real
- system, instrumentation, and l
equipment failures and malfunctions, together with system changes initiated at the instructor's console.
It shall be possible to establish a predetermined sequence of malfunctions, with the sequence being triggered by' actual clock time or by the instructor from the instructor's console or remote control device.
Once a
system malfunction is actuated by the instructor, it shall result in the same logical sequence of-events, including initiation of applicable 4
protective devices, safeguards, and annunciators that would occur under the same conditions in the actual plant. Appropriate malfunctions such as pipe breaks shall have the capability of being changed in magnitude with time.
I h.
The simulator shall have the capability to fail selected / defined controllers and control board meters high, low, or as is, from the instructor's console.
- i. The simulator shall have the capability to fail selected / defined individual bistables in the instrumentation systems high, low, or as is, from the instructor's console.
- j. The simulator shall have the capability to fail selected annunciator windows and status lights on, off, or as is, from the instructor's I
console.
k.
The simulator shall have the capability to simulate a sufficient number of locally operated equipment to provide realistic simulation of the operation of power plant operations.
1.
The simulator shall have a display control system or equivalent which acquires simulator data, converts the data into a meaning)ful fom, and displays the results on colored cathode ray tubes (CRT's on the main l
control board.
The parameters present on these CRT's shall be color coded to aid in locating specific information and decrease comprehension time. The information presented on the CRT screens shall be dynamic in nature in that it changes when the value/ status of the parameter it represents changes.
l l
NRC-05-87-116 Page 7 m.
The - simulator shall have an operable Safety Parameter Display System (SPDS) installed. This SPDS shall consist of two color display screens and associated computer equipment and peripherals to proyide displays which would assist the control room operator determinirAJ the safety status of the plant and in mitigating the effects of abnormal transients to avoid degraded core conditions during abnormal and emergency operations.
n.
The simulator shall have a " snapshot" capability to allow the instructor to store a particular set of conditions that exist at any instant for future recall as additional simulator initialization modes.
o.
The simulator shall have a " freeze" capability to allow the instructor to " freeze" the progression of all dynamic simulation.
All equipment-i shall remain static at the condition existing just prior to the i
initiation of the " freeze".
Removal of the " freeze" shall result in i
continuation of the dynamic simulation with no spurious responses in -
displayed parameters.
p.
The simulator shall have the capability for " fast" and " slow" time operation while maintaining the accuracy of dynamic simulation.
1 Changing between "real, fast and slow", time simulation shall be accomplished without spurious responses in displayed parameters.
q.
The simulator shall be equipped with a wireless, hand-held remote control device to allow the instructor to initiate actions such as malfunctions, freeze, slow time, and fast time.
i r.
The simulator shall have the capability for generating hard copies of l
transient curves of plant parameters on an external multi-point chart recorder or equivalent device.
I Section D - Packaging and Marking Packaging and Marking When Delivering a Product The Contractor shall package material for shipment to the NRC in such a manner that will insure acceptance by common carrier and safe delivery at destination.
Containers and closures shall comply with the Interstate Consnerce Commission Regulations, Uniform Freight Classification Rules, or regulations of other carriers as applicable to the mode of transportation.
On the front of the package, the Contractor shall clearly identify the contract number under which the product is being provided.
Section E - Inspection and Acceptance 3
Place of Inspection and Acceptance i
Inspection and acceptance of the deliverable items to be furnished hereunder j
shall be.nade by the Project Officer at the destination.
l.
i
NRC-05-87-116 Page 8 Section F - Deliveries and Performance F.1 Deliverable End Items a.
Westinghouse PWR NSSS simulator delivered, installed, and successfully completed acceptance testing (per C.2) b.
simulator documentation (per C.2.5) c.
training materials and training aids (per C.2.6) d.
tapes / discs of simulations of other 2, 3, and 4-loop plants (per C.2.8) e.
spare parts (per Attachment No. 4) f, interim training (per C.2.9)
F.2 Place of Delivery.
The items to be furnished hereunder shall be delivereti, with all transportation charges paid by the Contractor, to:
U.S. Nuclear Regulatory Commission Contract Number: NRC-05-87-116 Steven Showe Technical Training Center Osborne Office Center Chattanooga, TN 37411 F.3 Time of Delivery The deliverable end items shall be provided in accordance with the following schedule:
a.
simulator - delivered to NRC Technical Training Center, Chattanooga, TN within three (3) months of the effective date of the contract.
The simulator shall be installed and fully operational no later than l
July 27, 1987.
b.
simulator documentation - no later than July 6, 1987.
c.
training materials and training aids - within two (2) weeks of the effective date of the contract.
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s
NRC-05-87-116 Pag 2 9 d.
tapes / discs of simulations of other 2, 3, and 4-loop plants deliver with the simulator.
spare parts - deliver with the simulator.
e.
- f. _ interim training - per C.2.9 herein.
F.4 Duration of Contract Period This contract shall commence on the effective date reflected in block 3 of the SF-26 and will expire September 30, 1992.
Section G - Contract Administration Data G.1 Project Officer Authority l
a.
The Contracting Officer's authorized representative hereinafter i
referred to as the Project Officer for this contract is:
Name:
Steven Showe Address:
U.S. Nuclear Regulatory Commission Technical Training Center Osborne Office Center Chattanooga, TN 37411 i
j Telephone Number:
(615)899-1267 f
b.
The Project Officer is responsible for:
- 1) Monitoring Contractor performance and recommending to the Contracting Officer changes in requirements.
2)
Inspecting and accepting products / services provided under the contract.
- 3) Reviewing all Contractor invoices / vouchers requesting-payment for products / services provided under the contract and making recommendations for approval, disapproval, or suspension.
The Project Officer is not authorized to make changes to the express c.
termt; and conditions of this contract.
G.2 Method of Payment Payment under this contract will be made by wire transfer through a.
the Treasury Financial Communications System for each individual payment in excess of $25,000 and by Treasury check for each individual payment of $25,000 or less.
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NRC-05-87-116 Pago 10 b.
In the event that the Contractor's financial institution has access to the Federal Reserve Communications System, the Contractor shall forward the following information in writing to the Contracting Officer within seven days after the effective'date of the contract.
1). Name and address of organization.
2).Contactpersonandtelephonenumber.
3). Name and address of financial institution.
4). Contractor's Financial institution's 9-digit ABA identifying number for routing transfer of funds.
5). Telegraphic abbreviation of Contractor's financial institution.
6). Account number at Contractor's financial institution.
7). Signature and title of person supplying this information.
c.
In the event the Contractor's financial institution does not have access to the Federal Reserve Communications System, the Contractor i
shall forward the following infonnation with regard to a
correspondent or alternate financial institution.
The information shall be in writing and submitted to the Contracting Officer within seven days after the effective date of the contract.
1). Name and address of organization.
2). Contact person and telephone number.
3). Name and address of financial institution.
4). Telegraphic abbreviation of Contractor's financial institution.
5). Account number at Contractor's financial institution.
i 6). Name and address of the correspondent financial institution that has access to the Federal Reserve Communications System.
i 7). Correspondent financial institution 9-digit ABA identifying number for routing transfer of funds.
8).Telegraphicabbreviationofcorrespondentfinancialinstitution.
j 9).Signatureandtitleofpersonsupplyingthisinformation.
j d.
Any changes to the information furnished under this clause shall be i
furnished to the Contracting Officer in writing.
It is the Contractor's responsibility to furnish these changes promptly to avoid payments to erroneous bank accounts, i*
NRC-05-87-116 Page 11 G.3 Payment Due Date.
Payments under this contract will be due 30 calendar days after the a.
later of:
- 1) The date of actual receipt of a proper invoice in accordance with the attached " Billing Instructions", or
- 2) The date the final deliverable product / service is accepted by the Government.
b.
For the purpose of determining the due date for payment and for no other purpose, acceptance will be deemed to occur 30 calendar days after the date of delivery of the final deliverable product / service performed in accordance with the terms of the contract.
c.
If the final product / service is rejected for failure to confom to the technical requirements of the contract, the provisions in paragraph b of this clause will apply to the new delivery of the final product / service.
d.
The date of payment by wire transfer through the Treasury Financial Communications System shall be considered the date payment is made for individual payments exceeding $25,000.
The date a check is issued shall be considered the date payment is made for individual payments of $25,000 or less.
l G.4 Interest on Overdue Payments.
a.
The Prompt Payment Act, Public Law 97-177(96 STAT.85,31USC1801) is applicable to payments under this contract and requires the payment of interest to Contractors on overdue payments and improperly taken discounts.
b.
Determinations of interest due will be made in accordance with the provisions of the Prompt Payment Act and Office of Management and Budget Circular A-125, Vol. 47 Federal Register 37321, August 25, 1982. Among other considerations, OMB Circular A-125 provides that:
- 1) Interest penalties are not required when payment is delayed because of a disagreement over the amount of payment or othbr issues concerning compliance with the terms of the contract.
- 2) Whenever a proper invoice is paid after the due date plus 15 days, interest will be included with the payment at the interest rate applicable on the payment date.
Interest will be computed from the day after the due date through the payment date.
l
l NRC-05-87-216 Page 12
'G.5 Payment Schedule All invoices shall be submitted in accordance with the following schedule and shall follow instructions provided in the c16use entitled 1.
" Payment Due Date," and the Billing Instructions, Attachment 1, to the centract.
7 l
Line Item Number 1.
Not applicable.
la.
Upon completion of delivery, installation, testing and acceptance of the simulator 2.
Not applicable L
2a.
No sooner than December 1, 1987 3., 4.,
5., 6.
Invoice at the end of the month in twelve monthly installments of $16,666.67 each, beginning with October of each year, through September of each year 7.
At the time the option is exercised 8.
Upon NRC receipt and acceptance l
9.
Upon NRC receipt and acceptance i
10.
Not applicable 11.
Upon completion of the effort 12.
Upon completion of the effort 13.
Upon completion of the effort 14.
Upon NRC receipt and acceptance
)
15., 16.
Subject to mutual agreement upon exercise of the option Section H - Special Contract Requirements H.1 Safety. Health, and Fire Protection.
The Contractor shall take all reasonable precautions in the performance l-of the work under this contract to protect the health and safety of
[
employees and of members of the public and to minimize danger from all j
hazards to life and property and shall comply with all applicable health, safety, and fire protection regulations and requirements j
(including reporting requirements) of the Comission and the Department of Labor.
In the event that the Contractor fails to comply with said 4
regulations or requirements, the Contracting Officer may, without f
i
NRC-05-87-116 Page 13 prejudice to any other legal or_ contractual rights of the Conslission, issue an order stopping all or any part of the work; thereafter, a start order for resumption of work may be issued at the discretion of the Contracting Officer.
The Contractor shall make. no daim for an extension of time or for compensation or damages by reason of or in connection with such work stoppage.
H.2 Limitation of Liability - General This clause modifies FAR 52.246-24 and FAR 52.246-25 with the addition of the following limitation:
A.
The total cumulative liability of the contractor under this contract for any act or omission in connection therewith or related thereto, whether in contract, in tort (including negligence and strict liability), under any warranty or otherwise, will be limited to the
[
contract price at the time of the loss or damage.
i B.
The provisions of this article, the article entitled " Proprietary
{
Information," and of all other articles of this contract providing for limitation of or protection against liability of the contractor shall also protect its suppliers and subcontractors or any tier and shall apply to the full extent permitted by law, regardless of fault i
and notwithstanding any other provision of this contract, and shall survive any termination, expiration or cancellation of this contract.
H.3 Use of Simulator by NRC l
The NRC shall use the simulator in a careful and proper manner and in accordance with the contractor's operating procedures, which shall be provided hereunder, and in accordance with normal industry practices and standards.
1 H.4 Loss and Damage In the event the NRC does not purchase the sirulator they must return it to Westinghouse at the end of the lease period in the same condition as it was received, reasonable wear and tear excepted, and that any costs E
incurred in restoring the simulator to such condition shall be for the account of the NRC.
H.5 Software Warranty l
A.
Westinghouse warrants that the Software shall materially confom to the Proposal.
In the event any portion thereof fails to comply with this warranty obligation and Westinghouse is promptly notified in writing p)rior to thirty (30) days from the date nf installation or sixty (60 days from delivery of the Software, Westinghouse will, at i
its option and at its cost, either design, code, and/or checkout, and document and deliver any amendments or alterations to the Software that are required to correct any such nonconfomities in w-n.,
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NRC-05-87-116 Pag] 14 l
the Software.
For the purpose of this Article Software shall mean that software developed or upgraded for the Simulator for the purpose of upgrading the simulator from SNUPPS I to SN.UPPS II.
'b 8.
The warranties and remedies set forth in this Article are conditioned upon NRC's operation and maintenance, including ' tasks incident thereto, of the Simulator in a normal and proper manner 4
with competent supervision in accordance with generally accepted industry practice.
In addition, the Software shall also not have been subjected to alteration, accident, abuse or misuse.
C.
EXCEPT AS PROVIDED IN PARAGRAPH A ABOVE, ALL EQUIPMENT AND SOFTWARE IS PROVIDED ON AN "AS IS" BASIS AND WESTINGHOUSE DISCLAIMS ALL.
WARRANTIES, WHETHER STATUTORY, EXPRESS OR IMPLIED (INCLUDING ANY WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ANDANYWARRANTIESARISINGFROMCOURSEOFDEALINGORUSAGEOFTRADE$
4 WITH RESPECT TO SUCH EQUIPMENT AND SOFTWARE.
The only warranties i
made by Westinghouse are those expressly enurerated in this Article.
3 Any other statements of fact or descriptions ' expressed in Westinghouse's proposal, elsewhere in the Contract or attachments to i
the proposal or Contract, shall not be deemed to constitute a warranty of the work or any part thereof. THE WARRANTIES SET FORTH IN THIS ARTICLE ARE EXCLUSIVE AND ARE IN LIEU OF ALL OTHER WARRANTIES WHETHER STATUTORY, EXPRESS, OR IMPLIED (INCLUDING ALL WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, AND ALL WARRANTIES ARISING FROM COURSE OF DEALING OR USAGE OF TRADE).
THE REMEDIES SET FORTH IN THIS ARTICLE ARE THE EXCLUSIVE REMEDIES OF NRC FOR DEFECTIVE OR NONCONFORMING WORK WHETHER CLAIMS BY NRC ARE BASED IN CONTRACT, IN TORT (INCLUDING NEGLIGENCE AND STRICTLIABILITY)OROTHERWISE.
4 H.6 Return of Simulator A.
In the event this contract is terminated or options to continue the 1
j lease are not exercised, the NRC will at its risk and expense move and ship the simulator back to its original location to mitigate the contractor's loss.
However, the NRC shall not be so obligated if i
the option to purchase the simulator at the conclusion of the lease i
term is not exercised. The shipment will be accomplished through a Government Bill of Lading, ) subject to the " Availability of Funds" clause (FARClause 52.232-18 herein.
l B.
Should the NRC decide not to proceed with the purchase of the simulator upon expiration of the lease, the simulator shall be restored to the condition as delivered, except for those alterations, additions, or improvements to the simulator which were i
made with the prior written consent of the contractor.
The as delivered condition (in the condition at the time of completion of i
verification checks and startup assistance specified in paraciraph 2.4 of the Statement of Work in Section C. herein) shall be j
established by a test conducted by the NRC and witnessed by the contractor prior to the contractor dismantling and transporting the simulator to its ultimate destination.
i s
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. _ _ - -., -. - - - - _ -. ~ -
NRC-05-87-116 Page 15 l
H.7 Proprietary Infomation A.
As used in this Article, " License Data" means the contractor's and the contractor's subcontractor's proprietary conqer data and I
simulator documentation (as defined in paragraph 2.5 of the 4
Statement of Work in Section C herein) supplied to the NRC in connection with this contract including, but not limited to computer
- software, computer software documentation, computer software manuals, computer software reports, drawings, and any reproductions made in whole or in part thereof, except for any NRC furnished data included therein.
All such Licensed Data shall be identified as proprietary to the contractor.
The. deliverable data and
[
documentation requirements are defined elsewhere in this contract and nothing in this clause shall be construed as ob11 gating the 1
contractor to provide any additional data or documentation.
i l
B.
The contractor grants to the NRC a perpetual, royalty-free, non-exclusive non-transferrable lease and license to use, perfom, execute and reproduce such Licensed Data, or any portion thereof, for the training of its employees and NRC contract personnel on the simulator, except that nothing herein g) rants the right to the NRC (or implies a license under any patent to sell or cause to have l
sold any goods supplied by the contractor under this contract.
l C.
Title to all Licensed Data provided by the contractor to the NRC and i
all copies made by or for the NRC in whole or in part from such Licensed Data remains with the contractor.
The NRC agrees to keep such Licensed Data confidential, to include the contractor's proprietary markings on all copies thereof and excerpts made therefrom, to use such Licensed Data only for the purposes t
enumerated in the preceding paragraph and not to sell, transfer, i
i sublease, sublicense, disclose or otherwise make available any of i
such Licensed Data to others.
The NRC further agrees to take i
reasonable action, including agreements with contract personnel who are permitted to have access to Licensed Data in accordance with i
this Article, to satisfy its obligations under this clause.
l
+
4 j
D.
Notwithstanding the preceding, this Article and the restrictions on l
the Government contained herein shall not apply to any data or documentation:
l (1) which is in the public domain at the time it was disclosed by the contractor to the NRC or at any time thereafter, except as a result of breach of this clause; (2) which was already known to the NRC at the time of disclosure to l
the NRC by the contractor; or (3)whichtheNRCcandemonstrateitindependentlydeveloped.
E.
The contractor shall have no responsibility for the use or results obtained from such use of the " Licensed Data" as defined elsewhere in this contract.
I l
i C
NRC-05-87-116 Page 16 F.
Any Licensed Data provided under this article and any copies made thereof, ~ in the possession of the NRC and its personnel shall be returned to the contractor upon cancellation of, expiration of, or j
failure to renew the lease, with the exception of an)$ documentation i
and courseware purchased outright by the NRC.
G.
Subject to the tems of this Article, the contractor grants to the NRC permission to allow a third party to operate and maintain the simulator during and, if the NRC elects to purchase the simulator, following expiration of the lease period, provided that such third party is not a direct competitor of the contractor's in the business of training or simulator manufacturing or upgrading, and provided further that it enters into a proprietary infomation agreement with Westinghouse that restricts its use of Westinghouse proprietary information solely to operation and maintenance of the simulator.
The contractor shall have the sole right to determine who is or is not a direct competitor of the contractor's.
In the event Westinghouse exercises its veto and the NRC cannot otherwise obtain maintenance services for the simulator elsewhere at a reasonable price Westinghouse agrees to perfonn comparable services at a rate not to exceed the then current comercial rate being charged to Westinghouse's customers.
H.8 Option to Purchase Other Documents and Spare Parts There is hereby created in the Government an option to purchase:
(1) technical and reference documents and additional training materials; (2) spare parts available from Westinghouse Electric Corporation on an as needed basis at any time during the tem of the contract.
The Contracting Officer will give the contractor 15 days preliminary rotice of its intent to exercise this option at which time the contractor will provide a price quotation for such purchases.
Such preliminary notice shall not be deemed to comit the Government to the exercise of this option.
Any items acquired under the authority of this clause shall be by Supplemental Agreement to the contract, citing this clause.
The exact item descriptions, quantities, prices, and delivery times shall be mutually agreed upon and set forth therein.
H.9 Option for SNUPPS Simulator Software Upgrade At the option of the Government, the scope of work of this contract may be modified to provide an upgrade of the SNUPPS simulator software provided under this contract to include full two-phase flow RCS models and the necessary computer system.
(However, this upgrade will not provide for the expanded plant computer simulation.D This upgrade option is based on technology available as of September 1,1986.
..r.-
NRC-05-87-116 Page 17 1
The Contracting Officer will give the contractor 30 days preliminary notice of its intent to exercise this option. The implementation of the upgrade will be conducted according to a schedule mutually agreed upon by the Government and the contractor at the time the optior$1s exercised and shall be set forth in a Supplemental Agreement to the contract. The price for the upgrade is set forth in the schedule, Section B., herein.
l for calendar years 1987 and 1988.
If the option is exercised at any other time during the contract, the contractor will provide a new technical and price proposal for the Government's consideration and the parties shall mutually agree to a price at such time.
The Government may exercise the option to provide for this upgrade, described above, at any time during the period of this contract.
4 I
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NRC-05-87-116' i
Pag 2 18 i-PART II - CONTRACT CLAUSES i
Section I - Contract Clauses
--g 52.217-9 OPTION TO EXTEND THE TERM 0F THE CONTRACT--SERVICES.
(APR1984)
(a) The Government may extend the term of this contract by written notice to the Contractor within the time specified in the Schedule; provided, that the Government shall give the Contractor a preliminary written notice of its intent to extend at least 60 days before the contract expires. The preliminary notice does not commit the Government to an extension.
l (b) If the Government exercises this option, the extended centract shall be considered to include this option provision.
(c) The total duration of this contract, including the exercise of any options under this clause, shall not exceed six (6) years.
(End of clause (R7-104.27(c) l R 1-1.1508-2(d) 52.233-3 PROTESTAFTERAWARD(JUN1985)
(a) Upon receipt of a notice of protest (as defined in 33.101 of the FAR) i the Contracting Officer may, by written order to the Contractor, direct the i
Contractor to stop performance of the work called for by this contract.
The order shall be specifically identified as a stop-work order issued under this clause. Upon receipt of the order, the Contractor shall immediately comply with its terms and take all reasonable steps to minimize the incurrence of costs i
allocable to the work covered by the order during the period of work stoppage.
Upon receipt of the final decision in the protest, the Contracting Officer shall 3
either--
(1) Cancel the stop-work order; or (2) Teminate the work covered by the order as provided in the Default, j
or the Temination for Convenience of the Government, clause of this contract.
j (b) If a stop-work order issued under this clause is canceled either before or after a final decision in the protest, the Contractor shall resume work. The Contracting Officer shall make an equitable adjustment in the delivery schedule or contract price, or both, and the contract shall be modified, in writing, i
accordingly, if--
(1) The stop-work order results in an increase in the time required for, or in the Contractor's cost properly allocable to, the perfomance of any j
part of this contract; and i
(2) The Contractor requests an adjustment within 30 days after the end of the period of work stoppage; provided, that if the Contracting Officer decides the facts justify the action, the Contracting Officer may receive l
and act upon the request at any time before final payment under this contract.
(c) If a stop-work order is not canceled and the work covered by the order is terminated for the convenience of the Government, the Contracting Officer i
shall allow reasonable costs resulting from the stop-work order in arriving at i
the temination settlement.
i l
NRC-05-87-116 Page 19 (d) If a stop-work order is not canceled and the work covered by the order is terminated for default, the Contracting Officer shall allow, by equitable adjustment or otherwise, reasonable costs resulting from the stop-work order.
2 (e) The Government's rights to terminate this contract at anyf time are not i
affected by action taken under this clause.
(End of Clause) 52.252-2 CLAUSES INCORPORATED BY REFERENCE.
(APR1984) l This contract incorporates the following clauses by reference, with the same force and effect as if they were given in full text.
Upon request, the Contracting Officer will make their full text available.
I. FEDERAL ACQUISITION REGULATION (48 CFR CHAPTER 1) CLAUSES Section E l
52.246-2 INSPECTION OF SUPPLIES--FIXED-PRICE.
(JUL 1985) 52.246-4 INSPECTION OF SERVICES--FIXED-PRICE.
(APR1984)
Section F 52.212-13 STOP-WORK ORDER.
(APR1984) 52.247-34 F.O.B. DESTINATION.
(APR1984)
Section I 52.202-1 DEFINITIONS.
(APR 1984) 52.203-1 0FFICIALS NOT TO BENEFIT.
(APR1984) 52.203-3 GRATUITIES.
(APR 1984) 52.203-5 COVENANT AGAINST CONTINGENT FEES.
(APR1984) 52.203-6 RESTRICTIONS ON SUBCONTRACTOR SALES TO THE GOVERNMENT l
(JUL 1985) 52.215-1 EXAMINATION OF RECORDS BY COMPTROLLER GENERAL.
(APR1984) 52.215-2 AUDIT--NEGOTIATION.
(APR1984) l 52.215-22 PRICE REDUCTION FOR DEFECTIVE COST OR PRICING DATA.
(APR 1984) 52.215-23 PRICE REDUCTION FOR DEFECTIVE COST OR PRICING DATA--
1 MODIFICATIONS.
(APR1985) 52.215-24 SUBCONTRACTOR COST OR PRICING DATA.
(APR1985) 52.215-25 SUBCONTRACTOR COST OR PRICING DATA--MODIFICATIONS.
(APR 1985) 52.215-26 INTEGRITY OF UNIT PRICES (JUL 1986)--Alternate I (JUL 1986) 52.215-31 ORDER OF PRECEDENCE.
(JAN 1986) l 52.217-7 OPTION FOR INCREASED QUANTITY--SEPARATELY PRICED LINE l
ITEM.
(APR 1984) 52.219-8 UTILIZATION OF SMALL BUSINESS CONCERNS AND SMALL DISADVANTAGED BUSINESS CONCERNS.
(JUN 1985) 52.219-13 UTILIZATION OF WOMEN-0WNED SMALL BUSINESSES.
(AUG 1986) 52.220-3 UTILIZATION OF LABOR SURPLUS AREA CONCERNS.
(APR1984) 52.222-3 CONVICT LABOR.
(APR1984) 52.222-26 EQUAL OPPORTUNITY.
(APR1984) l l
NRC-05-87-116 Page 20 52.222 AFFIRMATIVE ACTION FOR SPECIAL DISABLED AND VIETNAM ERA 1
VETERANS (APR1984)'
52.222-36 AFFIRMATIVEACTIONFORHANDICAPPEDWORKERS(AP.R1984) 52.223-2 CLEAN AIR AND WATER.
(APR 1984) g (APR1984))
52.225-3 BUY AMERICAN ACT--SUPPLIES.
(APR 1984 i
52.227-1 AUTHORIZATION AND CONSENT.
52.227-3 PATENT INDEMNITY.
(APR1984) 52.229-4 FEDERAL, STATE AND LOCAL TAXES (NONCOMPETITIVE CONTRACT).
(APR 1984) 52.229-5 TAXES--CONTRACTS PERFORMED IN U.S. POSSESSIONS OR PUERTO RICO.(APR1984) 52.232-1 PAYMENTS. (APR1984) 52.232-8 DISCOUNTS FOR PROMPT PAYMENT. (JUL1985) 4 52.232-11 EXTRAS.
(APR1984) 52.232-17 INTEREST. (APR1984) 3 52.232-23 ASSIGNMENT OF CLAIMS.
(JAN1986).
52.233-1 DISPUTES.
(APR1984) 52.237-2 PROTECTION OF GOVERNMENT BUILDINGS, EQUIPMENT, AND VEGETATION.(APR1984)(APR1984)--AlternateII.
(APR1984)
CHANGES--FIXED-PRICE.
52.243-1 i
52.244-1 SUBCONTRACTS (FIXED-PRICE CONTRACTS)
(JAN1986) 52.244-5 COMPETITION IN SUBCONTRACTING.
(APR1984) 52.246-24 LIMITATION OF LIABILITY - HIGH VALUE ITEMS (APR 1984) 52.246-25 LIMITATION OF LIABILITY--SERVICES.
(APR1984) 52.249-2 TERMINATION FOR CONVENIENCE OF THE GOVERNMENT (FIXED-PRICE).
(APR1984) 52.249-14 EXCUSABLE DELAYS.
(APR1984) 52.232-18 AVAILABILITYOFFUNDS(APRIL 1984)
I 52.252-4 ALTERATIONS IN CONTRACT.
(APR1984)
Portions of this contract are altered as follows:
(Endofclause)
(R7-105.1(a)1949JUL) i i
52.249-8 DEFAULT (FIXED-PRICE SUPPLY AND SERVICE).
(AFR 1984)
(a) (1) The Government may, subject to paragraphs (c) and (d) below, by written notice of default to the Contractor, terminate this contract in whole or in part if the Contractor fails to--
(1) Deliver the supplies or to perfom the services within the time f
specified in this contract or any extension; (ii) Make progress, so as to endanger performance of this contract (but see subparagraph (a)(2) below); or (1115 Perforin any of the other provisions of this contract (but see 3
subparagraph (a)[2) below).
(1)(11) (and (1)(111) above, may be exercised if the Contractor does not cure
- 2) The Government's right to teminate this contract under subdivisions j
such failure within 10 days (or more if authorized in writing by the Contracting Officer) after receipt of the notice from the Contracting Officer specifying the failure.
f i'
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NRC-05-87-116 Page 21 1
l (b) If the Government terminates this contract in whole or in part, it may acquire, under the terms and in the manner the Contracting Officer considers appropriate, supplies or services similar to those terminated, and the Contractor will be liable to the Government for any excess cosks for those
' supplies or services.
However, the Contractor shall continue the work not teminated.
(c) Except for defaults of subcontractors at any tier, the Contractor shall not be liable for any excess costs if the failure to perform the contract arises from causes beyond the control and without the fault or negligence of the Contractor.
Examples of such causes include (1) acts of God or of the public enemy. (2) acts of the Government in either its sovereign or contractual capacity, (3) fires, (4) floods, (5) ep(idemics, (6) quarantine restrictions (7) strikes, (8) freight embargoes, and
- 9) unusually severe weather.
In each instance the failure to perform must be beyond the control and without the fault j
or negligence of the Contractor.
(d) If the failure to perform is caused by the default of a subcontractor at any tier, and if the cause of the default is beyond the control of both the Contractor and subcontractor, and without the fault or negligence of either, the Contractor shall not be liable for any excess costs for failure to perform, l
unless the subcontracted supplies or services were obtainable from other sources in sufficient time for the Contractor to meet the required delivery schedule.
l (e) DELETED.
i (f) The Government shall pay contract price for completed supplies delivered and accepted. The Contractor and Contracting Officer shall agree on the amount of payment for manufacturing materials delivered and accepted and for the protection and preservation of the property.
Failure to agree will be a dispute 4
under the Disputes clause.
The Government may withhold from these amounts any sum the Contracting Officer determines to be necessary to protect the Government against loss because of outstanding liens or claims of former lien holders.
(g) If, after termination, it is determined that the Contractor was not in default, or that the default was excusable, the rights and obligations of the parties shall be the same as if the termination had been issued for the convenience of the Government.
(h) The rights and remedies of the Government in this clause are in addition to any other rights and remedies provided by law or under this contract.
(Endofclause)
(R 1-8.707)
(R 7-103.11 1959 AUG) l L
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mJ ma NRC-05-87-116 Page 22 PART III - LIST OF DOCUMENTS, EXHIBITS, AND OTHER ATTACHMENTS Section J - List of Attachments
, g Attachments Attachment Number Title 1
Billing Instructions 2
SNUPPS Documentation 3
Master Index 4
SNUPPS I Simulator Spare Parts List i
i a
4 4
1 *
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ATTACHMENT I l
BILLING INSTRUCTIONS FOR FIXED PRICE j
tunrRACI5 AND PURCHA5E unutR5 1
General. The contractor shall submit vouchers or invoices as prescribed herefn.
F ru. Claims shall be submitted on the payee's letterhead, invoice or on vernment's Standard Fom 1034 "Public Voucher for Purchases and Services Other Than Personal," and Standard Form 1035 "Public Voucher for Purchases Order Other Than Personal -- Continuation Sheet." These forms are available from the Government Prfnting Office, 701 North Capitol Street, Washington, DC 20001.
l t
Number of Cooles and Maillne Address. An original and six copfes sha11 be t
j subaf tted to NRC offices fdentiffed below,
~l t
Frecuency. The contractor shall submit an invoice or voucher only after NRc's final acceptance for services rendered or products delivered in performance of the contract unless otherwise speciffed in the contract.
j
_ Preparation and Itemization of the Voucher. The voucher shall be prepared fn fnk or typewrf ter (without strikeovers) and corrected or erasures must be initfalized.
It must include the following:
(a) Payor's name and address.
(f) Address the original voucher (with 4 copies)to:
U.S. Nuclear Regulatory Conefssfon. Division 1
of Accounting Office of the Controller, ATTN: GOV /COM Accounts
(
Sections. Washington, DC 20555.
(if) Address 2 copies to:
U.S.
Nuclear Regulatory Commission, ATTN: E. L. Halman, Director, Divisfon of Contracts, Washington, DC 20555. (111) The original copy of the voucher should indicate that (?) copies have been l
rorwarded to the Contracting Orricer.
(b) Voucher number, 4
t (c) Date of voucher.
l (d) Contract number and date.
i i
j (e) Payee's name and address.
(Show the name of the contractor and its correct address, except when an assignment has been made by the contractor or a different payee has been designated, then i
insert the name and address of the payee.)
1 (f) Description of articles or services, quantity, unit price, and total amount.
4 i
a l
2 (g) Weight and zone of shipment if shipped by parcel post.
(h) Charges for freight or express shipments, and attached prepaid bill. if shipped by freight or express.
(i)
Instructions to consignee to notify Contacting Officer of receipt of shipment.
(j) Final invoice marked: " FINAL INVOICE" Currency.
Billings may be expressed in the currency nornelly used by the contracuor in maintaining his accounting records and payments will be made in that currency. However, the U.S. dollar equivalent for all invoices paid under the contract may not exceed the total U.S. dollars authorized in the contract.
t 9
WESTINGHOUSE PROPRIETARY ATTACHMENT 2 B. EXISTING SNUPPS l DOCUMENTATION There is a twelve-volume simulator documentation package which describes the entire simulator system in detail. The contents of each volume are listed below.
Vol. 1
- General Summary, Computer System, Control Board Equipment, I/O Equipment, Executive Programs, Instructor System, I/O Handlers, Control Panel I/O System I
I/O System Support Programs, Generic Handlers, Component Handlers Vol. 2 ComponentHandlers(cont.),PlantComputerDisplaySystem, Reactor Vol. 3 Core, Control Rod Drive, Reactor Coolant Pump, Pressurizer Relief Tank, Nuclear Instrumentation System, Chemical and Volume Control l
System and its Subsystems, Residual Heat Removal System, Safety injection System, Containment Spray System Containment Cooling, Containment Atmosphere Control, Containment Vol. 4 I
Hydrogen Control, Containment Purge, Component Cooling Water, Service Water, Spent Fuel Pool, Waste Disposal, Main Steam, Main Turbine, Elector-Hydrolic Control Condensate, Feedwater, Feedwater Heater, Auxiliary Feedwater, Vol. 5 Domineralized Water Storage, Condensate Storage and Transfer, Generator Hydrogen and CO, Steam Seal, Stator Cooling Water, 2
Lube Oil Storage and Transfer, Condenser Air Removal Oily Waste, Floor Drain, Main Generator, Excitation and Voltage Vol. 6 Regulation, Synchronizer, Switchyard, Electrical Power System, Main Turbine Control Oil, Main Turbine Lube Oil, Generator Seal Oil, Circulating Water, Auxiliary Steam Generator, Auxiliary Turbine Compressed Air, Diesel Generator, Emergency Fuel Oil, Battery, Load Shed and Sequencer, Plant Control, Plant Protection, Bistables, Control Panel I/0, Annunciators Heat Exchangers
1 WESTINGHOUSE PROPRIETARY Datapool Structure and Maintenance, Instructor System User's Vol. 7 Guide, Software Maintenance, Hardtare Maintenance, MPX Diagnostics Simulator Test Records Vol. 8 Simulator Test Record Vol. 9 Vol. 10 -
Simulator Malfunctions Test Records Vol. 11 -
Simulator Test Records Vol. 12 -
ANSI 3.5 Information This material was acquired from the SNUPPS !!! Simulator and* modified in part to be applicable to SNUPPS !.
4 In addition to this documentation, there is a program listing library which contains all the current computer program listings used in the simulator system, a wiring list, existing hardware drawings, instructor system operating l
instruction and existing control board equipment manuals.
This is the documentation that will be supplied under the "AS IS" option. For each upgrade item that is acceptable by the NRC, Westinghouse will provide full documentation. New modules, other software and hardware to be provided as part of the upgrade will be fully documented according to Westinghouse's standard simulator practices.
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ATTACHMENT 3 L
NASTER INDEX SNUPPS PWR SIMULATOR FOR UNION ELECTRIC COMPANY REV. O September 1981 REY. 1 June 9, 1982 REV. 2 July 26, 1982 REY. 3 October 5, 1982 REY. 4 April 10, 1986 1960X:4
I t
SECTION 1 SYSTEM OVERVIEW 1.1 Introduction 1.2 Hardware 1.3 Software System Overview
~~
1.3.1 SEL System Software' 1.3.2 Simulato Executive Program 1.3.3 Control Panel Input / Output Hardware 1.3.3.1 Digital Input Handler 1.3.3.2 Analog Tnput Handler 1.3.3.3 Digital Output Handler 1.3.3.4 Analog Output Programs 1.3.4 Component Handler Software 1.3.5 Plant System Nodels 1.3.6 Instructor System Software 1.3.7 Diagnostic Aids 1.3.7.1 Computer Hardware Diagnostics 1.3.7.2 Panel Diagnostics Software I
1.3.7.3 Online Debugging Software 1.4 Software Development and Standards Convention 1.4.1 Naming Convention of Variables 1.4.1.1.
Mathematical Model Variables 1.4.1.2 Value, Pump, and Na1 function Variables 1.4.1.3 Control Panel I/O Signals l
1.4.2 Standard Engineering Units 1.4.3 Programming Standards
. 4.4 Software Documentation Standards 1
1960X:4
f.
SECTION 2 COMPUTER SYSTEM l
2.1 Introduction 2.2 Processor Units (CPU /IPU) 2.3 Memory Bus Controller 2.4
' Memory System 2.5 Input / Output Micro-Progranusable Processors 2.6 Peripheral Equipment 2.6.1 System Control Panel 2.6.2 Moving Head Disc 2.6.3 Magnetic Tape 2.6.4 Card Reader 2.6.5 Line Printer 2.6.6 ADM-3A Display Terminal 2.6.7 KSR-43 Teletypewriter 2.7 System Maintenance and Diagnostic (See Sectior. 13.5 - MPX-22 Diagnostic Handbook) 2 1960X:4
s SECTION 3 CONTROL BOARD AND INSTRUCTOR CONSOLE EQUIPMENT 3.1 Introduction 3.2 Control Board Equipment 3.2.1 Panel Layout Drawing 3.2.2 List Bill of Naterials - Program LBON 3.2.3 Panel Wire List - Program PANWR 3.2.4 Hardware' Programs 3.2.4.1 Program HARDDATA t
3.2.4.2 Program LISTA0, LISTAI 3.2.4.3 Print Panel Wire List (Formatted) Program PRINT 3.2.4.4 Print Panel Wire List (Unformatted) Program PLIST 3.2.4.5 Program TBLST (STRIPLIST)
' 3.2.4.6 Data and Descriptien File Coscarison Program CHECK 3.2.4.7 Input Output Summary by Panel Section Program SLMARY 3.2.4.8 Program 10P00L (UN510P00) 3.2.4.9 Wire Order For:nat-Program PANORDER 3.3 Instructor Console Equipment 3.4 SimilatorPurchaseOrderFile f
,/
/
3 1960X:4 i,
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SECTION 4 C0HPUTER/ CONTROL BOARD INTERFACE 4.1 Introduction 4.2 Input / Output Expander - Model 7410 4.3 Analog / Digital Input / Output Cards 4.3.1 Sixteen-Bit Change of State Interrupt Card-4.3.2 Sixteen-Bit Digital Output Card 4.3.3 Twelve-Bit Relay Output Card 4.3.4 Sixteen Channel Analog / Digital Converter Card 4.3.5 Digital-to-Analog Converter
~
4.4 RTP 7430/20 Digital Controller 4.5 RTP 7430/30 Universal Controller 4.6 RTP 7440/20 Analog Output Controller 4.7 RTP Test Control Panel 4.8 Power Supplies Used with RTP Equipment 4.8.1 550 Series Modular DC Power Supplies 4.8.2 STM Series Power Supplies 4.8.3 LXD-B-062 Power Supply 4.9 Special Hardware Interfaces 4.9.1 Synchroscope Hardware General Overview 4.9.2 Audio Countrate Randomizer 4.9.3 Baron Concentration Digital Display 4.9.4 Analog Output Conversion Module 4.9.5 Interface for G.E. Wattmeters (Type 05-63) 4.9.5.1 Hardware Requirements 4.9.5.2 Software Requirements 4.9.5.3 Wiring List 4.9,5.4 Bill of Materials 4
1960X:4
..m.
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--,-m_,_--
~
SECTION 5 REAL TIME SIMULATION EXECUTIVE SYSTEM 5.1 General Description 5.1.1 Scheduling 5.1.2 Resource Allocation 5.1.3 Overview of Executive System 5.1.4 Overview of SIMEXEC Source Module 5.2 Executive Control Programs 5.2.1 CPU Executive Control Loop - Programs SETCTR, MAINXPS 5.3 Hardware Interrupt Levels and Associated Software Parameters 5.3.1 I/O Interrupts 5.3.2 Arithmetic Exception Trap 5.3.3 Primary Interval Timer Interrupt Handler - Program CLOCK 5.4 Software Levels and Associated Software Parameters 5.4.1 Simulation Software Levels 5.4.2 Software Sublevels i
5.4.2.1 DI Handler 5.4.2.2 Relay I/O Handler 5.4.2.3 Instructor System 5.4.2.4 Plant Computer Display System 5.4.2.5 Periodic Programs 5.4.2.6 Panel I/O Handler 5.5 Initialization 5.5.1 Main Simulator Initialization - Program SIMMAIN 5.5.2 Overlay Initialization - Program MAININIT l
5.5.3 Diagnostic Program Address Initialization - Program DIAGADDR 5.5.4 Periodic Program Scheduling Initialization - Program PGNAMES 5.5.5 In,itialization Entry Points for Loading, Executing and/or Mapping Segments into Extended Memory - Programs MOVLTEMP, RDMOVLIB, READ 0VLY, RDMOV0V, RDX0VLY, RDXMOVLY 5
t 1960X:4
f SECTION 5 REAL TIME SIMULATION EXECUTIVE SYSTEM (Cont) 5.6 Memory Mapping 5.6.1 Logical vs. Physical Memory l
5.6.2 SETMAP, RESETMAP Utility Subroutines 5.6.3 SMAPDRET, SHAPDSET, SMAPLEAR, and SHAPCALL Utility Subroutines 5.6.4 Logical Memory Map i
5.7 MPX-32 Alterations 5.7.1 Datapool Hashing Algorithm 5.7.2 W.ADI - Analog Digital Interface Handler 5.7.3 W.SIM - System Service Level Initialization Handlers 5.7.4 Miscellaneous MPX-32 Changes
~
6 1960X:4
SECTION 6 INSTRUCTOR CONSOLE SYSTEM
- 6.1 General Description 6.1.1 Introduction 6.1.2 Instructor Console Functions 6.1.3 Instructor Console Keyboard 6.1.4 Overview of Instructor System Operations 6.2 General Structure 6 2.1, Instructor System Control 6.2.1.1 Instructor System Root - Program INSTRCON 6.2.1.1.1 Program Title and Program Name 6.2.1.1.2 Functional Descripti'on 6.2.1.1.2.1 Purpose 6.2.1.1.2.1.1 General Description 6.2.1.1.2.1.2 Functional Specification 6.2.1.1.2.2 Operational Requirement 6.2.1.1.2.2.1 Sequence of Operation 6.2.1.1.2.2.2 External Interfaces 6.2.1.1.3 Supporting Documentation 6.2.1.1.3.1 References 6.2.1.1.3.2 Reference Numerical and Logic Data 6.2.1.1.4 Mathematical Description 6.2.1.1.5 Data Organization 6.2.1.1.5.1 Calling Format and Arguments 6.2.1.1.5.2 Input Variables 6.2.1.1.5.3 Output Variables 6.2.1.1.5.4 Internal Variables
- Each program in this section is subdivided in the same manner as Section 6.2.1.1.
7 1960X:4
SECTION 6 INSTRUCTOR CONSOLE SYSTEM (Cont)
- 6. 2.1.1. 5. 5 Constants 6.2.1.1.6 System Communication Diagram 6.2.1.1.7 Program Pse~udo Code 6.2.1.1.8 Program Description o
6.2.1.2 Parameter Module - Program UNPAR 6.2.1.3 SYSCOMM and DRILLIB Common Blocks - Program SYSCOM 6.2.1.4 Instructor System Initialization - Program ISTRINIT 6.2.1.5 Not Applicable 6.2.1.6 Bleck Data. Program - Program BLKDATA 6.2.2 Decode Function Button - Program ISTRFC 6.2.3 Command Parsing - Program ISTRDEC1 6.2.4 Variables Address Generation - Program ISTRDEC2 6.2.5 Display Commands -~ Program ISTRDIS 6.2.6 Set Commands - Program ISTRSET 6.2.7 Malfunction Handler - Program ISTRMALF 6.2.8 Stop, XStop, Step, Run Commands - Program ISTRSTOP 6.2.9 Snapshot, Initialization Control - Program ISTRIC 6.2.10 Monitor Control Panels - Program ISTRMCP 6.2.11 Parameter Monitoring - Program ISTRMONS 6.2.12 Miscellaneous Command Control 6.2.12.1 Program ISTRMIS1 6.2.12.2 Program ENCODE / DECODE l
6.2.12.3 Write Snap ID - Program WRSNAPID 6.2.12.4 Sort Routine - Program SORT l
l 6.2.13 Datapool Find Routine - Program DPFIND 6'2.14 Conditional Malfunction Handler - Prt-gram CONDMALF 6.2.15 Not Applicable 8
1960X:4
SECTION 6 INSTRUCTOR CONSOLE SYSTEM (Cont) 6.2.16 Conditional Malfunction Popper - Program CONDPOP 6.2.1T' Not Applicable 6.2.18 Not Applicable 6.2.19 REPLAY Man-Machine Interface - Program ISTREPLY 6.2.20 REPLAY Periodic Scanner - Program REPLAYPR 6.3 Not Applicable 6.4 Malfunction Descriptions i
i l
i 3
9 1960X:4
SECTION 7 CONTROL = PANEL INPUT /0VTPUT SYSTEM 7.1 Introduction 7.2 General System Description 7.2.1 Digital Input Programs 7.2.2 Analog Input Programs 7.2.3 Digital Output Programs 7.2.4 Analog Output Programs 7.3 Hardware Operation 7.4 Real Time Programs
- 7.4.1 Input / Output Initiation - Program PANIO 7.4.1.1 Functional Description 7.4.1.2 Data Organization 7.4.1.3 Program Description 7.4.1.4 Flow Chart 7.4.1.5 Program Supporting Information 7.4.1.6 Source Inputs for Initialization 7.4.2 Panel Input Data Conversion - Program PAN 1 7.4.3 Panel Output Data Conversion 7.4.3.1 Panel Handler - Program PANHAND 7.4.3.2 Packs Analog Outputs - Program PACKA0 7.4.3.3 Packs Digital Outputs - Program PACKD0 7.4.3.4 Lamp Test - Program LMPTEST 7.4.3.5 Audio Count Rate Conversion - Program NAUDIO 7.4.3.6 DRPI Handler - Program DRPI 7.4.3.7 Packs All Lights - Program PACKALL 7.4.3.8 EHC Panel Handler - Program DEHCRUN
- Each program in this section is subdivided in the same manner as in Section 7.4.1.
10 1960X:4
1 SECTION 7 CONTROL PANEL INPUT /0UTPUT SYSTEM (Cont) 7.4.3.9 Calls All I/O Handlers - Program HCALL 7.4.3.10 Calls AUTOSTRT - Program STRTCK 7.4'.3.11 Computes Byte Index - Program GETBINDX 7.4.3.12 Computes Word Index - Program GETWINDX 7.4.3.13 Packs Single Digital Outputs - Program BYTE: BIT 7.4.3.14 Boron Concentration Digital Indicator Handler -
Program DBOR 7.4.3.15 Packs Relay Information - Program RLYOUT.
7.4.3.16 Loads Computer Display Data - Program PCDIS 7.4.3.17 Loads EHC Digital Display Data - Program DEHC 7.4.3.18 Inverts BCD Format - Program INYCODE.
7.4.3.19 Determines Component Malfunction Activity Program MALCK 7.4.3.20 Calls Steam Dump Switch Handler Routine - Program XPCSSDP 4
7.4.4 Relay Output Handler - Program RELAYIO 7.4.5 Not Applicable L
7.4.6 Override Handlers i
7.4.6.1 Digital Input - Program DVERRDDI 7.4.6.2 Analog Input - Program OVERRDAI 7.4.6.3 Digital Output - Program OVERRD00 7.4.6.4 Analog Output - Program OVERRDAO 7.5 Initialization
- 7.5.1 Input /Ouput Source Table Initialization - Program 10 TABLES 7.5.2 Input / Output Source Table Generator - Program SABLE 7.5.3 Input / Output Conversion Table Initialization - Program IOPUPDAT
- Each program in this section is subdivided in the same manner as in Section 7.4.1.
11 1960X:4
i SECTION 7 CONTROL PANEL INPUT /0UTPUT SYSTEN (Cont) 7.5.4 Input / Output Device Table Initialization - Program PANIODAT 7.5.5 Alarm Table Initialization - Program ALMINIT 7.5.6 Analog Scale and Bias Initialization - Program PANATAB 7.5.7 Analog Table Initialization - Program ANATABIN 7.5.8 Rod Step Counter Initialization - Program RODINIT 7.5.9 Digital Table Initialization - Program D0DIUNP 7.5.10 Alarm Handler Generator - Program ALARNGEN 7.5.11 Program Generator - Program PGGEN 7.5.11.1 Digital Input Handler - Program XDIPGS 7.5.11.2 Digital Input Pointer Table - Prpgram PNTRINIT 1
7.5.11.3 Trigger Initialization - Program TRIGINIT 7.5.12 Panel Initialization Verifier - Program PANINIT 7.6
. Simulator Control Panel Diagnostic
- 7.6.1 Panel Diagnostic - Program PANLDIAG 7.6.2 Panel Diagnostics Handler - Program XDGPGS 7.7 Input / Output Control Block Error Check Handler - Program IOCBCK*
- Each program in this section is subdivided in the same manner as in Section 7.4.1.
12 1960X:4
-SECTION 8 HANDLERS 8.1 Introduction 8.2 '
General System Description 8.2.1 Interlock' Handlers 8.2.2 Logic Handlers-8.2.3 Auto-Action Program 8.2.4 Controller Handlers 8.2.5 Valve Handler 8.2.6 Bistable Handler 8.2.7
. Alarm Handler 8.2.8 Heat Exchange Handler 8.3 Datapool, Tables Associated with Handlers 8.4 Real Time Programs
- 8.4.1 Alarm Handler - Program ALMHAND 8.4.1.1 Functional Description 8.4.1.2 Data Organization 8.4.1.3 Program Description 8.4.1.4 Flow Chart 8.4.1.5 Program Supporting Information 8.4.1.6 Source Inputs for Initialization 8.4.2 81 stable Handler - Program BST 8.4.3 Controller Handler - Program CNH 8.4.4 Heat Exchanger Handler - Program HTX 8.4.5 Pump Handlers 8.4.5.1 Program NVRPHP1 1
8.4.5.2 Program NVRPMP1A 8.4.5.3 Program NVRPMPIB
- Each program in this section is divided in the same manner as in Section 8.4.1.
13 1960X:4
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SECTION 8 HANDLERS (Cont) 8.4.5.4 Program NVRPMP2 8.4.5.5 Program NVRPMP2A 8.4.5.6 Program NVRPHP3 8.4.5.7 Program NVRPMP3A 8.4.5.8 Program NVRPMP3B 8.4.5.9 Program NVRPMP4 8.4.5.10 Program NVRPMP12 8.4.5.11 Program NVRPMP13 8.4.5.12 Program NVRPMP13A 8.4.5.13 Program NVRPMP14 8.4.5.14 Program NVRPMP14A 8.4.5.15 Program NVRPMP16 8.4.5.16 Program NVRPMP20 1
8.4.5.17 Program NCHLPKG 8.4.5.18 Program NRNUPMPS 8.4.5.19 Program NVRPHP26 8.4.5.20 Program NVRPMP27 8.4.5.21 Program NVRPMP28 8.4.5.22 Program NVRPMP29 8.4.5.23 Program NVRPP30 8.4.5.24 Program NBROLPMP i
8.4.5.25 Program NPDCHGPP 8.4.5.26 Program NDGFOXPP 8.4.5.27 Program NMTTGMTR 8.4.5.28 Program NVRFAN1 8.4.5.29 Program NVRFAN2 8.4.5.30 Program NVRFAN2A 14 1960X:4 7
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SECTION 8 HANDLERS (Cont) 8.4.5.31 Program NVRFAN3 8.4.5.32 Program NVRFAN3A 8.4.5.33 Program NFRFAN4 8.4.5.34 Program NVARFAN5 8.4.5.35 Program NVARFAN6 8.4.5.36 Program NPZRBHTR 8.4.5.37 Program NP2RHTC 8.4.6 Valve Handlers 8.4.6.1 Program VALVE 01 8.4.6.2 Program VALVE 1A 8.4.6.3 Program VALVE 02 8.4.6.4-Program VALVE 03 8.4.6.5 Program VALVE 03A 8.4.6.6 Program VALVE 038 8.4.6.7 Program VALVE 04 8.4.6.8 Program VALVE 04A 8.4.6.9 Program VALVE 048 8.4.6.10 Program VALVE 05 8.4.6.11 Program VALVE 05A 8.4.6.12 Program VALVE 06A 8.4.6.13 Program VALVE 06B 8.4.6.14 Program VALVE 06C 8.4.6.15 Program VALVE 07 8.4.6.16 Program VALVE 07A 8.4.6.17 Program VALVE 08 8.A.6.18 Program VALVE 08A 8.4.6.19 Program VALVE 08B 15 1960X:4
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-SECTION 8 HANDLERS (Cont) 8.4.6.20 Program VALVE 09 8.4.6.21 Program VALVE 10 8.4.6.22 Program VALVE 11 8.4.6.23 Program VALVE 15 8.4.6.24 Program VALVE 16 8.4.6.25 Program VALVE 16A 8.4.6.26 Program VALVE 168 8.4.6.27 Program VALVE 16C 8.4.6.28 Program VALVE 16D 8.4.6.29 Program VALVE 16E 8.4.6.30 Program VALVE 17 8.4.6.31 Program VALVE 18 8.4.6.32 Program VALVE 18A 8.4.6.33 Program VALVE 19 8.4.6.34 Program VALVE 20 8.4.6.35 PrograniVALVE21 8.4.6.36 Program VALVE 22 8.4.6.37 Program VALVE 23 8.4.6.38 Program VALVE 24 8.4.6.39 Program VALVE 25 8.4.6.40 Program VALVE 26
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8.4.6.41 Program VALVE 27 8.4.6.42 Program VALVE 28 8.4.6.43 Program VALVE 29 8.4.6.44 Program VALVE 30 8.,4.6.45 Program VALVE 31 8.4.6.46 Program VALVE 32 16 1960X:4
, -,~
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Y SECTION 8 HANDLERS (Cont) 8.4.6.47 Program VALVE 32A l
8.4.6.48 Program VALVE 328 8.4.6.49 Program VALVE 33 8.4.6.50 Program VALVE 34 8.4.6.51 Program VALVE 35 8.4.6.52 Program VALVE 36 8.4.6.53 Pr6 gram VALVE 37 8.4.6.54 Program VALVE 38 8.4.6.55 Program VALVE 38A 8.4.6.56' Program VALVE 40 8.4.6.57 Program VALVE 41 8.4.6.58 Program VALVE 42 8.4.6.59 Program VALVE 43 8.4.6.60 Program VALVE 44 8.4.6.61 Program VALVE 45 8.4.6.62 Program VALVE 46 8.4.6.63 Program VALVE 49 8.4.6.64 Program VALVE 50 8.4.6.65 Program VALVE 48 8.4.7 Auto-Action Programs 8.4.7.1 Program AUT0ACT 8.7.7.2 Program AUTOSTRT 8.4.8 Circuit Breaker Handlers 8.4.8.1 Program NVARCBI l
8.4.8.2 Program NVARCB1A 8.4.8.3 Program NVARCB2 8.4.8.4 Program NVARCB2A t
1960X:4
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SECTION 8 HANDLERS (Cont) 8.4.8.5 Program NVARCB3 8.4.8.6 Program NVARCB4 8.4.8.7 Program NVARCB4A 8.4.8.8 Program NVARCBS 8.4.8.9 Program NVARCB6 8.4.8.10 Program NVARCB7 8.4.8.11 Program NVARCB8 8.4.8.12 Program NVARCB9 8.4.8.13 Program NVARCB10 8.4.8.14 Program NVARC11 8.4.8.15 Program NVARC12 8.4.8.16 Program NVARC13 8.4.9 Data File UNSUBCAL - SUBCALLS 8.4.10 Miscellaneous Control Panel Handlers 8.4.10.1 Program NSLCTRSW 8.4.10.2 Program NBTRSLCT 8.4.10.3 Program NRXMAKUP 8.4.10.4 Program BUSLIGHT 8.4.10.5 Program BORTHRGN 8.4.10.6 Program PPMP 8.4.10.7 Program MASTATUS 8.4.10.8 Program DAMPER 12 8.4.10.9 Program DAMPER 12A 8.4.10.10 Program DAMPER 13 8.4.10.11 Program DAMPER 13A
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8.4.10.12 Program DAMPER 13B 8.4.10.13 Program DAMPER 14 18 1960X:4 j
SECTION 8 HANDLERS (Cont) 8.5 Initialization 8.5.1 Alarm Handler Initialization - Program ALMINIT 8.5.2 81 stable Handler Initialization - Program 85TI
~
8.5.3 Controller Handler Initialization - Program CNHI
~8.5.4 Heat Exchanger Handler Initialization - Program HTXI 8.5.5 Valves Stroke Time Initialization - Program Program VSTROKEI 8.5.6 Valves Position Initialization - Program VLVINIT 8.5.7 Input / Output System & Handler Initialization - Program HINITIAL I
i l
1960X:4
SECTION 9 INPLANT COMPUTER 9.1 Introduction 9.2 General System Description 9.3 Hardware Operation 9.4 Software 9.4.1 Initialization Routines and Disc Files 9.4.1.1 Picture Builder Program.- Program WRDISPY 9.4.1.1.1 Input Files for WRDISPY 9.4.1.1.2 Output Files from WRDISPY 9.4.1.2 Symbol Link Program - Program PCDOINIT 9.4.1.2.1 Input Files for PCDOINIT 9.4.1.2.2 Output File from PCDOINIT 9.4.1.2.3 Random Access File Handler - Program PCFILEIO 9.4.2 Real-Time Plant Computer Programs 9.4.2.1 Program ?CDISPY 9.4.2.1.1 Program Calling Sequence 9.4.2.1.2 Program Subroutines 9.4.2.1.3 Program DATAPOOL 9.4.3 Plant Computer Variable List Datapool 9.5 Radiation Monitoring System 20 1960X:4
~
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SECTION 10 SIMULATION MODEL PROGRAMS
- 10.1 Model System Name/Bechtel System Designator Correlations 10.2 Nuclear Steam Supply System (NSSS) Models*
10.2.1 Reactor Core
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10.2.1.1 Systems Function and Description 10.2.1.2 System Scope of Simulation 10.2.1.3 Meters and Instrumentation 10.2.1.3.1 Meters, Recorders, and Indicators 10.2.1.3.2 Switches 10.2.1.3.3 Controllers 10.2.1.3.4 Computer Inputs 10.2.1.4 Pumps, Valves, and Breakers 10.2.1.4.1 Pumps 10.2.1.4.2 Valves - Main Control Board 10.2.1.4.3 Valves - Locally Operated 10.2.1.4.4 Valves - Other 10.2.1.4.-5 Breakers 10.?.1.5 Status Lights 10.2.1.6 Alarms 10.2.1.7 Miscellaneous Components 10.2.1.8 Malfunctions 10.2.1.9 System Diagram 10.2.1.10 Supporting Documentation 10.2.1.11 Mathematical Model Description 10.2.1.11.1 Assumptions 10.2.1.11.2 Description of Equations 10.2.1.11.3 Definition of Variables
- Each model in this section is subdivided in the same manner as Section 10.2.1.
21
~
1960X:4
SECTION 10 SIMULATION MODEL PROGRAMS * (Cont) 10.2.1.12 Constants Derivation 10.2.1.13 System Communication Diagram 10.2.1.14 System Flow Chart
- 10.2.1.15 Program Oescription e
10.2.2 Full Length Rod Drive 10.2.3 Reactor Coolant Pump 10.2.4 Pressurizer 10.2.5 Pressurizer Relief Tank 10.2.6 Not Applicable 10.2.7 Nuclear Instrumentation System 10.2.8 Steam Generator 10.2.9 Chemical and Volume Control 10.2.10 Residual Heat Removal
'10.2.11 Safety Injection 10.2.12 Containment Spray 10.2.13 Containment Cooling, Atmosphere Control, Hydrogen Control and Purge 10.2.14 Component Cooling Water 10.2.15 Service Water 10.2.16 Spent Fuel Pool 10.2.17 Reactor Coolant 10.2.18 Waste Processing 10.2.19 Radiation Monitoring 10.2.20 Essential Service Water 10.3 Balance of Plant (BOP) Models 10.3.1 Main Steam 10.3.2 MairiTurbine 22 1960X:4
SECTION 10 SIMULATION N00EL PROGRAMS (Cont) 10.3.3 Main Turbine - EHC 10.3.4 Condensate, Condensate Domineralizers, Condensate and Feedwater Chemical Addition 10.3.5 Feedwater
~ I-10.3.6 feedwater Heater Extraction;-Orains and Vents 10.3.7 Auxiliary Feedwater 10.3.8 Domineralized Water and Condensate Storage and Transfer 10.3.9 Generator Hydrogen and Carbon Dioxide I
10.3.10 Steam Seal System l
t 10.3.11 Stator Cooling Water 10.3.12 Lube Oil Storage, Transfer and Purification 10.3.13 Condenser Air Removal 10.3.14 Circulating Water 10.3.15 Closed Cooling Water l
10.3.16 Auxiliary Steam Generator and Auxiliary Steam 10.3.17 Auxiliary Turbines l
10.3.18 Plant HVAC 10.3.19 Compressed Air 10.3.20 Diesel Generator 10.3.21 Emergency Fuel Oil 10.3.22 Oily Waste and Floor and Equipment Drains 10.3.23 Main Generation 10.3.24 Excitation and Voltage Regulation 10.3.25 Synchronizer 10.3.26 Switchyard 10.3.27 Electrical Power System 10.3.28 Mafn Turbine Control Oil 23 1960X:4
SECTION 10 SIMULATION N00EL PROGRAMS (Cont) 10.3.29 Main Turbine Lube Oil 10.3.30 Generator Seal Oil 10.3.31 Not Applicable 10.3.32 Battery 10.3.33 Not Applicable 10.3.34 Load Shed and Sequencer 10.3.35 Fluid Systems 10.3.36 Circulating Water Pumphouse and River Intake Structure Power Systems 10.3.37 Pump Motors and Discharge Valves 10.3.38 Main Steam Line and Feedwater Line Isolation Valves 10.4 Plant Control and Protection 10.4.1 Plant Control 10.4.2 Plant Protective Logic
?
e 24 1960X:4 e
SECTION 11
.DATAP00L STRUCTURE
.11.1 Datapool Structure and Maintenance 11.1.1 Introduction 11.1.2' Datapool Generation Using CN Cards - Program FIXCM 11.1.3 Datapool Array Re-numbering - Program FNUMB (POOLDEL) 11.1.4 Total Datapool Creation - Program CRE. POOL 11.1.5 I/O Datapool Generator - Program POOLTABL 11.1.6 Datapool Editor Format 11.2 Datapool by Address 11.3 Datapool by Alpha
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25 1960X:4
SECTION 12 HARDWARE REFERENCE MANUALS 12.1 Hardware Manuals 12.1.1 AYDIN 5215 Display Generator Operation and Maintenance Manual No. 150-6040-001B 12.1.2 AYDIN Firmware for 5215 Display Generator No. 150-6040-007 1
I-12.1.3 AYDIN 5115A/5116 Display Editor Operation and Maintenance Manual No. 150-6010-011A 12.1.4 AYDIN Addendum to 5215 Display Generator Manuals No.
150-6040-182 12.1.5 AYDIN TVD 193/IOC 193 Operational Differences 12.1.6 AYDIN Engineering Drawings 5115A Keyboard No. 150-6010-025 12.1.7 AYDIN 5215 Display Generator Engineering Drawings No.
150-6040-005 12.1.8 AYDIN Addendum to 5115 Display Editor No. 150-6010-015 12.1.9 AYDIN 5215 Display Generator Communications Programming No.
150-6040-004C 12.1.10 Sorensen SSD Series Instruction Manual No. 167462 12.1.11 Sorensen STM Series Instruction Manual No. 588063
(
l 12.1.12 CONRAC Installation, Operation and Maintenance Manual Model 5711 D.S.
12.1.13 CONRAC Installation, Operation and Maintenance Manual No.
IB 106452-998 12.1.14 Bailey Type RZ Light Station Instruction No. E 91-4 12.1.15 Honeywell Operators Manual No. ~001-8 12.1.16 GOULD Medium Gain DC Preamp Instruction Manual No.
13-804615-10 12.1.17 GOULD Series Recorders Instruction Manual No.
2007-80688XX-XX l
12.1.18 RTP 7430/20 Digital and RTP 7431/30 Universal I/O-Controller Technical Manual No. 980-0070-004P 12.1.19 RTP 7430/53 16-BIT Change-of-State Interrupt and Digital l
Input Card No. 980-0021-113J 12.1.20 RTP 7435/2216-BIT Digital Output Card No. 980-0021-027X I
l 26 1960X:4
SECTION 12 HARDWARE REFERENCE MANUALS (Cont) 12.1.21 RTP 7435/52 12-BIT 100VA Relay Output Card No. 980-0021-114E 12.1.22 RTP 7435 Series 8 and 16 Channel A/D Converter Card No.
980-0021-096/0976 12.1.23,RTP 7440 Series Analog Output Controller No. 980-0070-029L E
12.1.24 RTP 7505/05 Control fanel E 980-0070-044F 12.1.25 ADM-3A Dumb Terminal Operators Manual No. DP-104 12.1.26 DATAPRODUCTS 600 LPM Line Printer Maintenance Guide No. DPC 255067 12.1.27 Tractor M11E Instruction and'Haintenance Manual 12.1.28 Tractor 011E Instruction and Maintenance Manual 12.1.29 Tractor D5E Instruction and Maintenance Manual 12.1.30 Honeywell 1,2, and 3 Pen Vutronik Recorder Operators Manual No. 37-01-66 12.1.31 Sigma Series 1151 and 1251 Installation and Maintenance Instructions 12.1.32 Sorensen CMS and CMD Series Specification Sheet 12.1.33 Wavetec Model 180 and 180LF Sweep / Function Generator Instruction Manual 12.1.34 Power Stat Variable Transformer Instructions 12.1.35 Bogen MT-604 and MT-1258 Amplifier Instruction Sheet 12.1.36 Westinghouse Audio Count Rate Instruction Manual 12.1.37 Betatone III Operators Manual 12.1.38 Beta Product Assembly Drawings l
1 12.1.39 Foxoro Control Station Instruction Sheet No. MI-250-112 1
12.1.40 Foxboro Supporting Literature No. SI 1-01654 12.1.41 Foxboro Display Station Instruction Sheet No. MI-250-125 12.1.42 Foxboro Output Station Instruction Sheet No. MI-250-120 12.1.43 Foxboro Control Station Instruction Sheet No. MI-250-110 12.1.44 Fox' boro Auto / Manual Balance Unit Instruction Sheet No.
MI-2AC-185 l
27 1960X:4
SECTION-12 HARDWARE REFERENCE MANUALS (Cont) 12.1.45-Foxboro Display Station Addendum Sheet No. MI-250-125 12.1.46 Foxboro Output Station Instructior; Sheet No. MI-255-120 12.1.47 Foxboro Installation, Operation & Maintenance Book No. 3007 12.1.48 Foxboro Model 202S Shelf Installation Instructions No. MI
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202-100 Book 3003 12.1.49 Foxboro 2265 Series Recorders Instruction Sheet No. MI 226-100 12.1.50 Foxboro 226S Series Recorders Technical Information No.
TI-226-100 12.1.51 Foxboro 2265 Series Recorders Parts List No. PL 226-100 12.1.52 Lambda Power Supply Instruction Manual No. IM-LXD-8,C 12.1.53 SEL RTOM Interval Timer (326-751032-2908)
- 12.1.54 SEL 32 RTOM Interval Timer (326-321032-290A) 12.1.55 SEL Dise Processor (20/70) (326-751032-953D) 12.1.56 SEL Disc Processor (20/70) (598-751032-9530) 12.1.57 SEL Moving Head Disc (326-751032-9518) 12.1.58 SEL Moving Head Disc (598-751032-9518) 12.1.59 SEL Tape Processor (20/70) (598-751032-941C) 12.1.60 SEL Asynchrous Data Set (20/70) (598-751032-9908) 12.1.61 SEL Highspeed Data Interface (20/70) (598-751032-992A) 12.1.62 SEL 32/70 Series CPU (RM) (301-320070-001) 12.1.63 SEL 32/70 Series CPU (TM) (303-320070-000) 12.1.64 SEL 32/70 Series CPU (DN) (304-320070-001)-
12.1.65 SEL 32/70 Series CPU (FN) (305-320070-004) 12.1.66 SEL Kit Drawings (DM) (304-320118-001) 12.1.67 SEL Cable Drawings (DM) (304-320144-001)
[2.1.68 SEL System 32/75A IPU/ CPU (DM) (304-322005-000) 12.1.69 SEL IPU/ CPU (FM) (305-32005-001) 28 1960X:4
SECTION 12 HARDWARE REFERENCE MANUALS (Cont) 12.1.70 SEL Turnkey Panel (TM) (303-322140-001) 12.1.71 SEL Turnkey Panel (DM) (303-322140-001) 12.1.72 SEL MOS Memory Logic (DM) (304-322160-100) 12.1.73 SEL RTON Copper (TM) (303-322335-001) 12.1.74 SEL RTON Copper (DM) (304-322345-100) 12.1.75 SEL MOS Nemory (TM) (303-322370-000) 12.1.76 SEL MOS Memory (DM) (304-32237,0-001,)
12.1.77 SEL MOS Memory Bus Controller (TM) (303-322372-000)'
12.1.78 SEL MOS Bus Controller (DM) (304-322372-002) 12.1.79 SEL Battery Backup (TM) (303-322374-000) 12.1.80 SELBatteryBackup(DM)(304-322374-000) 12.1.81 SEL High Performance Cabinets (DM) (304-325070-001) 12.1.82 SEL Site Prophration (RM) (313-320000-000) 12.1.83 SEL Circuit Registration Vol. I and 2 (313-325000-002) 12.1.84 SEL Analog / Digital Interface (TM) (325-327410-000) 12.1.85 SEL Analog / Digital Interface (DM) (304-327410-101) l 12.1.86 SEL Analog / Digital Interface (FM) (325-327410-003) 12.1.87 SEL Disc Processor (RM) (301-328055-000) 12.1.88 SELDiscProcessor(TM)(303-328055-000) 12.1.89 SEL Dise Processor II (DM) (304-328055-000) 12.1.90 SEL TLC Controller Copper (TM) (303-329005-000) 12.1.91 SEL TLC Controller Copper (DM) (304-329005-001) 12.1.92 SEL TLC Controller Coper (FM) (305-329005-002) 12.1.93 SEL Tape Processor (TM) (303-329020-001) 12.1.94 SEL Tape Processor (DM) (304-329020-000) 12.1.95 SEL Tape Processor (FM) (305-329020-003) 29 1960X:4
~ SECTION 12' HARDWAREREFERENCEMANUALS(Cont) 12.1.96 SEL Dise Processor (TM) (303-329024-000) 12.1.97 SEL Dise Processor (FM) (305-329024-000) 12.1.98 SEL ADS (TM) (325-329122-000) 12.1.99 SEL Asynchronous Data (DM) (304-329122-001) 12.1.100 SEL ADS (TM) (325-329122-000) i 12.1.101. SEL HSD Interface (TM) (303-329131-000)
' 12.1.102 SEL HSD Interface (DM) (304-329131-000)
~
12.1.103 SELHighSpeedData' Interface (FM)(305-329132-005) 12.1.104 SEL Reg. Proc. Unit (RM) (310-329144-000) 12.1.105 SEL Reg. Proc. Unit (DM) (304-329144-000)
I 12.1.106 SEL Macro Library (598-751030-001) 4 12.1.107 SEL Mainframe I 32/55(326-321031-210)32/75 12.1.108. SEL Mainframe Diag. Part 1 (598-321031-210C)
. 12.1.109 SEL IPU Part 1(326-321031-211A) 12.1.110 SEL IPU Mainframe Diag. Part 1 (598-321031-211A) i 12.1.111 -SEL Mainfrare 2.(326-321031-220) 12.1.112 SEL Mainframe Diag. Part 2(598-321031-220) 12.1.113 SEL IPU Mainframe Diag. Part II (326-321031-221) 12.1.114 SEL IPU Mainframe (598-321031-221) i 12.1.115 SEL Priority Interrupt / Trap 32/75 (326-751031-240) 12.1.116 SEL Priority Interrupt / Trap 32/75(598-751031-240) 12.1.117 SEL Systems 32 Memory Diagnostic (326-321031-250) 12.1.118 SEL Floating Point Diag. 32/75 (598-751032-270) 12.1.119 SEL IPU Floating Point (598-751032-271) 12.1.120 SEL IPU Floating Point Diag. 32/75 (326-751032-271) 12.1.121 SEL RTOM Interval Timer (598-751032-290) 12.1.122 SEL Diagnostic Executive Program (326-751032-900) 30
- 1960X:4 m.
..-,---,--n
,,.._---,,,.,-,.-.,.,,.,,-,.._...--n_.,,.
,,--...n..
.w.-.
, s l
SECTION 12 HARDWARE REFERENCE MANUALS (Cont)
O 12.1.123 SEL Diagnostic Executive Program (598-751032-900) 12.1.124 SEL TLC Operators Console (326-751031-910) 12.1.125 SEL Operator's Console (598-751031-910) 12.1.126 SEL Line Printer 32/75 (326-751032-920) 12.1.127 SEL Line Printer 32/75 (598-751032-920) 12.1.128 SEL Card Reader 32/75 (326-751032-930) 12.1.129 SEL Card Recder 32/75 (598-751032-930) 12.1.130 SEL Tape Processor (20/70) (326-751032-941) 12.1.131 SELAsynchronousDataSetInterface(326-[51032-990) e rl 12.1.132 SEL HSD Interface Diag. (326-751032-992)
(
12.1.133 CDC80MDManual(83308600)'l 12.1.134 CDC 80MD Manual (83308500)e 12.1.135 CDC 80MD Manual (83308400) 12.1.136 CDC 80MD Manual (83322200) 12.1.137 CDC 80MD Manual (83322150) 12.1.138 CDC 80MD Manual (83322250) 12.1.139 PERTEC Tape Trans 9377 (103926)-
12.1.140 C/ Reader 285 CPM (00000683) p 12.1.141 Teletype KSR 43 9202 (391) j 12.1.142 Westinghouse Operator Interface Modules Volume I (TP183) 12.1.143 Westinghouse Operator Interface Modul,es Volume II (TP183) 31 1960X:4
p SECTION 13 HANDBOOKS AND USERS GUIDE (Cont) 13.1 Training Simulator Instructor's Station 13.2 Instructor System User's Guide (including Significant Variables and Instructor Station Operating Instructions) 13.3 Simulator Software Maintenance 13.3.1 Model/ Handler Troubleshooting 13.3.1.1 Introduction 13.3.1.2 Concepts 13.3.1.2.1 Use of Run X/FRZ X Commands-13.3.1.2.2 Establishing a " Pre-Problem" Snapshot 13.3.1.2.3 Adjustments to SIMSPEED 13.3.1.2.4 Local Temporary Misuse Problems 13.3.1.2.5 Use of MPX Debug 13.3.1.2.6 Analysis of Computer Halts and Crashes 13.3.1.2.7 Use of Computer's Front Panel 13.3.1.2.8 Processor Interaction Problems 13.3.1.2.9 Use of MCB Diagnostic 13.4 Hardware Maintenance Handbook 13.5 MPX-32 Diagnostic Handbook m
13.6 Simulator Software Users Guide 13.6.1 Naming Conventions 13.6.2 MPX-32 and the Simulator System 13.6.2.1 Internal Processing Unit (IPU) and the Simulation System 13.6.2.2 W.ADI Program Description 13.S.2.3 W.SIM Program Description 13.6.2.4 SYSGEN of Custom Modules into MPX 13.6.2.5 Main System SYSGEN 32 1960X:4
SECTION 13 HANDBOOKS.AND USERS GUIDE (Cont) 13.6.3 Save Tapes 13.6.4 Catalog Operation 13.6.4.1 Datapool Updating 13.6.4.2 Main Cataloging 13.6.4.3 Updates 13.6.5 Simulator Mathematical Modeling Techniques 13.6.5.1 Introduction 13.6.5.2 Modeling Techniques 13.6.6 Reference Manuals l
1 i
l 33 1960X:4 l
SECTION 14
' ACCEPTANCE TEST PROCEDURES 14.1 Introduction 14.2 Hardware Tests 14.2.1 Computer and Peripherals l
14.2.1.1 Processor 14.2.1.1.1 Central Processor Unit (CPU) 14.2.1.1.2 Real Time Option Module (RTOM) 14.2.1.1.2.1 Interrupts and Traps 14.2.1.1.2.2 Interval Timer 14.2.1.1.3 Floating Point 14.2.1.2 Memory 14.2.1.3 Optional Units 14.2.1.3.1 Internal Processing Unit (IPU) 14.2.1.3.2 High-Speed Floating Point 14.2.1.3.3 Asynchronous Data Set (ADS) 14.2.1.3.4 High-Speed Data Interface (HSD) 14.2.2 Control Panels l
14.2.2.1 Indicator Lamp Tests 14.2.2.2 Switch Test 14.2.2.3 Meter and Recorder Test i
14.2.3 Instructor Console l
14 'i.4 Test Equipment 14.2.5 Special Tools l
14.2.6 Soare Parts 14.3 Software Subsystem Test 14.3.1 Instructor Console Functions 14.3.1.1 Initialization 14.3.1.2 Run/ Freeze 34 1960X:4
e SECTION 14 ACCEPTANCE TEST PROCEDURES (Cont) 14.4 Integrated System Tests 14.4.1 Pre-operations Tests 14.4.1.1 InitialConditionChecks(NotApplicable) 14.4.1.2 Steady State Heat Balance (Not Applicable) 14.4.1.3 Start-up Tests 14.4.1.3.1 Hot Functional Testing 14.4.1.3.2 Pressurizer Relief Tank Test 14.4.1.3.3 Charging and Letdown Test 14.4.1.3.4 Boric Acid System Test 14.4.1.3.5 Baron Thermal Regeneration System Test 14.4.1.3.6 Residual Heat Removal Operational Demonstration 14.4.1.3.7 Automatic Reactor Control Test 14.4.1.3.8 Automatic Steam Generator Level Control Test 14.4.1.3.9 Dynamic Automatic Steam Dump Control 14.4.1.3.10 Pressurizer Spray and Heater Capability Test 14.4.1.3.11 Initial Criticality and Lower Power Test Sequence 14.4.1.3.12 Test Sequence at 50 Percent Power 14.4.1.3.13 Test Sequence at 75 Percent Power
^
14.4.1.3.14 Test Sequence at 90 Percent Power 14.4.1.3.15 Test Sequence at 100 Percent Power 14.4.1.3.16 Inverse Count Rate Ratio Monitoring for Approach to Initial Criticality Test 14.4.1.3.17 Initial Criticality Test 14.4.1.3.18 Determination of Core Power Range for Physics Testing 35 1960X:4
m SECTION 14 ACCEPTANCETESTPROCEDURES(Cont) 14.4.1.3.19 Boron Endpoint Determination 14.4.1.3.20 Isothermal Temperature Coefficient Neasurement f
14.4.1.3.21 RCCA or Bank Worth Measurement at Zero Power 14.4.1.3.22 Power Coefficient Determination 14.4.1.3.23 RCCA or Bank Worth Measurement at p,,,7 14.4.1.3.24 Load Swing Tests 1
14.4.1.3.25 Large Load Reduction Tests 14.4.1.3.26 Plant Trip from 100 Percent Power 14.4.1.3.27 Rod' Drop and Plant.-Trip Test 14.4.2 Normal Operations 14.4.2.1 Power Reduction to 75 Percent
'14.4.2.2 Power Reduction to 50 Percent 14.4.2.3 Power Reduction to 2 Percent 14.4.2.4 2 Percent Hot Standby 14.4.2.5 Hot Standby to Hot Shutdown 14.4.2.6 Hot Shutdown to the Refueling Condition 14.4.2.7 Refueling to the Hot Shutdown Condition 14.4.2.8 Hot Shutdown to Hot Standby 14.4.2.9 Hot Standby to 2 Percent Power 14.4.2.10 2 Percent to 100 Percent Power l
14.4.3 Malfunctions 14.4.4 Off Normal Operations 14.4.5 Acceptance Test Procedures 14.5 Availability Tests 14.6 Acceptance Te'st Status i
14.7 Acceptance Test Trouble Report Status 36 1960X:4
--,_-.,,-,---..,-,,__.,,n--.
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WESTIN2H3USE PREPRIETARY ATTACHMENT 4
- 10. SNUPPS I SIMULATOht SUPPLIED SPARE PARTS (D5E-1776-17777 WESTRONICS RECORDER)
ITEM QTY DESCRIPTION PART NO.
1 5
Slidewire Wiper Contact W1019583 (M11-4281 WESTRONICS RECORDER)
ITEM QTY DESCRIPTION PART NO.
1 1
Ink Wheel Assy W1029264 2
2 Drive Cable Assy W1029760-00 3
1 Chart Drive Belt W1032457-00 l
(OPTIMAC RECORDERS) l ITEM QTY DESCRIPTION PART NO.
1 4
Optimac Amplifiers 473993-003 2
1 Optimac Chassis 1437 3
5 Ink Tube 173705-002 l
4 5
Ink T,2be 173705-001 5
5 Ink Tube 173705-003 l
(..
WESTINGHOUSE PROPRIETARY v
(FOR80RO SERIES 2265 RECORDER) f.
ITEM QTY DESCRIPTION PART NO.
1 1
Amplifier Card (Single Pen)
G0109UV 2
2 DriveBelt(Dual)
G0109EY 3
1 Drive Assy G0109JS 4
1 Mote,r and Pinion Assy G0109MV 5-3 Ribbon Indicator (Red)
G01098G' 6
3 RibbonIndicator(Green)
G01098H I
7 1
Cassette Chart Drive Assy G0109LA 8
19 Rotary Switch N0280RN 9
50 Lamp Switch Sockets N0280RM 10 2
Transducers G112R2 11 2
Foxboro Housing N-2AX 3
t!
l (CUTLER-HAMMER SWITCHES)
ITEM QTY DESCRIPTION PART NO.
lll
{
1 1
Switch E30AA l
2 1
Switch i
E30AB
'h 3
3 Switch E30AC 4
6 Switch E30AD 5
4 Switch E30DX14 6
10 Switch E30JX14 7
4 Switch E30JX24 8
24 OneCKTContact(NO)
E30KLA1 e
o e
i WESTINGHOUSE PROPRIETARY (ELECTROSWITCH)
ITEM QTY DESCRIPTION PART NO.
1 2
Switch ESKB01 2
5 Switch ESKB01A 3
5 Switch ESKB03 4
5 Switch ESKB05 5
8 Switch ESKB08 6
8 Switch ESKB24 7
2 Switch ESKB40A 8
2 Switch ESKB40B 9
2 Switch ESKV40C 10 5
Switch ESKD19 11 5
Switch ESDK20 12 5
Switch ESKD33 13 5,
Switch ESDK39 14 5
Switch ESDK40 15 5
Switch ESKD40A i
16 5
Switch ESLB11 17 5
Switch ESLB14 18 7
Switch ESLB16 l
19 3
Switch ESLB18 20 1
Switch ESLD25 21 1
Switch ESLD26 22 5
Switch ESLD26A 23 5
Switch ESLD27 24 5
Switch ESLD27A l
25 5
Switch ESLD278 26 8
Switch ESLD28 27 5
Switch ESP 009A 28 9
Switch ESPJ10 29 2
Switch ESPJ22 30 5
Switch ESXX30 31 5
Switch ESXX31 32 3
Switch ESKL1
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.,-,,,-m-~-
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