**SPECIFICATION**

**FOR**

**SWITCHING POWER AMPLIFIER FOR**

**NSTX RESISTIVE WALL MODE COILS**

**NSTX-SPEC-5-84**

**REVISION 0**

**DATED September 24, 2003**

PREPARED BY:\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\*

S. Ramakrishnan

REVIEWED BY:\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\*

R. Hatcher

REVIEWED BY:\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\*

C. Neumeyer

REVIEWED BY:\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\*

Quality Assurance

APPROVED BY:\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\*

Supervisor / RLM

**PRINCETON UNIVERSITY**

**PLASMA PHYSICS LABORATORY**

**P.O. BOX 451**

**PRINCETON, N.J. 08543**

**609-243-2000**

# SCOPE

> This specification is for a switching power amplifier (SPA) and input
> filter capacitor to be used in a closed‑loop feedback system in a
> plasma research experiment.
>
> The SPA will be powered by a single 6-pulse thyristor rectifier DC
> source power supply provided by PPPL (see Figure 1).
>
> The SPA Unit shall consist of three independently controlled sub-unit
> SPA's which can be configured for operation as three independent units
> or as a single unit. In all cases the SPA will be fed from the same
> single DC source power supply.
>
> Each SPA sub-unit shall consist of an H-bridge chopper capable of
> 4-quadrant operation (+/-voltage and +/- current to load).

1.  **APPLICABLE DOCUMENTS**

> ANSI C34.2 Practices and requirements for Semiconductor Power
> Rectifiers\
> \
> ANSI IEEE 18 Shunt Power Capacitors\
> \
> ANSI/IEEE 4 Techniques for Dielectric Tests\
> \
> ANSI/EIA RS-197-A Power Filter Inductors for Electronic Equipment\
> \
> ANSI/NEMA ICS 1 Industrial Control and Systems General Requirements\
> \
> ANSI C2 National Electrical Safety Code\
> \
> ANSI/NFPA National Electrical Code No. 70\
> \
> ANSI/IPC-A-610, Acceptability of Electronic Assemblies -- Class 2
>
> NEMA PV-3 Safety Code for Semiconductor Power Converters

2.  

3.  **[REQUIREMENTS]{.underline}**

3.1 Input DC

PPPL will provide a 6-pulse thyristor rectifier DC source power supply
with a variable (thyristor phase controlled) output. The connection
between the DC source and the SPA will consist of a cable run of
approximately TBD' of 500MCM cable in series with a 267uH inductor.

The output ratings of the DC source power supply are as follows:

> DC Voltage: adjustable via phase control from 0-1kV DC
>
> Peak of Rectified AC Voltage: sqrt(2)\*750=1060V peak
>
> Maximum Continuous Output: 3.25kA
>
> Maximum Pulsed Output: 24kA-6 seconds once every 300 seconds
>
> Short Circuit Current: 60kA peak

3.2 Output DC

3.2.1 Load Circuit

There are three independent load circuits. Each load circuit consists of
a cable run of approximately TBD' of 500MCM cable in series with a load.

Characteristics of load circuit including cable run are as follows:

> Resistance: R = TBD mohms
>
> Inductance: L = TBD uH.

In all cases one SPA sub-unit will be connected to one load circuit.

When configured for independent operation, each sub-unit shall follow
its own reference input signal and shall be electrically separate from
the other sub-units.

When configured for parallel operation, all three sub-units shall be
electrically paralleled via bus links internal to the SPA enclosure and
shall follow a common reference signal.

3.2.2 Pulse Output

Output of SPA will be pulsed. Each sub-unit shall be capable of
delivering a current pulse to the load as follows.

Peak Current: 3.33 kA

Pulse Waveshape: DC to 100Hz sinusoidal AC

Pulse Duration: 5.0 seconds

Repetition Period: 300.0 seconds

3.2.3 Harmonics

3.1.3 Cooling

If cooling water is required, PPPL will supply same with an inlet
temperature of 30 degrees C maximum @ 90 psig. Vendor shall specify flow
requirements with technical proposal.

**The SPA shall be DC coupled with performance requirements as
follows:**

**3.1** **[PERFORMANCE REQUIREMENTS]{.underline}**

**[Refer to Figure 1]{.underline}**

**3.1.1 CURRENT RATINGS**

a\) Single SPA Configuration: +/- 10000 A, DC to 100 Hz;

b\) Three SPA Configuration: +/- 3333.3 A, DC to 100 Hz.

**3.1.2 Output Current Ripple:** \< 100 A max p-p

**3.1.3 Phase Shift** \< 2.5 degrees max at 100Hz.

(Output current relative to reference)

4.  **Minimum Switching Frequency**: 7 kHz.

5.  **Harmonics:**

> The manufacturer shall provide and estimate the harmonic content in
> the input and output systems

6.  **Duty Factor**

> Five seconds every 300 seconds (1.66%). The manufacturer shall provide
> the steady state rating.

Note: Manufacturer to provide the steady state rating.

7.  **Load:** R = 16 -- 40 mohms

> L = 60 -150 uH.

More accurate numbers will be provided at the time of placing the order.

> The load indicated is for each of the three parallel SPA branches
> either operated independently or in parallel.

8.  **Environment:**

> The SPA will be located indoors, in a general access area and in close
> proximity to other power supplies. The indoor facility is heated and
> ventilated but lacks air conditioning. The maximum ambient temperature
> is 35\*C.

9.  **Reliability:**

> The manufacturer shall submit one (1) copy of the Reliability and
> Maintainability document for PPPL's review and approval within
> three(3) weeks after the receipt of order

10. **Maintainability and Access Requirements:**

> Maintainability and Access Requirements: Panels on all four sides
> shall be removable. Front panel shall be hinged and the latch shall
> have a key lock. An interlock switch (ACCESS) will change states when
> the front panel is opened.

**\
**

1.  **EQUIPMENT REQUIREMENTS:**

Following are the equipment requirements:

1.  Configuration: The SPA shall be designed to allow internal
    reconfiguration by the customer for the single SPA or the three SPA
    configuration. With the three SPA configuration, each amplifier
    shall be capable of independent control but with an output current
    that is less than or equal to one third the single SPA
    configuration. The transfer from single to three SPA operation
    should take no longer than 4 hours when performed by two qualified
    technicians.

2.  Controls: The SPA shall be provided with both a) Output Current
    Control and b) Output Voltage Control , one per each parallel SPA
    (Three total for the Equipment). A selector switch shall be provided
    in the front panel to select the mode of control.

The SPA will normally be monitored and controlled remotely, but will
have local controls capable of stand‑alone operation for test and
maintenance purposes. A LOCAL/REMOTE switch (key lock) shall be provided
to select between a locally supplied input reference signal or a
remotely supplied input reference signal.

1.  Digital Signals: All digital inputs shall be opto-coupled by the
    manufacturer. An input current of 20 mA shall not damage the
    optocoupler.\
    All digital outputs shall be isolated contact closures or isolated
    solid state closures capable of passing up to 1 Amp and withstanding
    at least 24 V DC in the open state. The interface for all digital
    signals shall be a terminal strip accessible from the front entry.
    Digital signal cables will enter/exit the cabinet through the top
    via a 1‑1/4\" conduit.

2.  Analog Signals: All analog inputs and outputs shall penetrate the
    cabinet through the top via two 1‑1/4\" conduits and
    terminate/originate from terminal strips. All analog inputs and
    outputs shall be +/‑ 10 V maximum.\
    \
    A Burr‑Brown INA‑117 or equivalent differential input,
    instrumentation amplifier having at least a 50 V common mode range
    shall be used to receive all analog inputs. The input signals from
    the remote source shall be connected to the input amplifiers in the
    Remote Mode. In the Local Mode the analog inputs from the remote
    source shall be opened and the input to the amplifiers shall be from
    a set of Twinax connectors located on the front panel.\
    \
    The reference signal analog inputs shall be ‑10 to + 10 volts
    corresponding to ‑10000 to +10000 Amps for single SPA configuration
    or ‑3333.3 to +3333.3 Amps for three SPA configuration.\
    \
    All analog outputs shall be single ended with a separate return for
    each signal. The source resistance for each analog output shall be
    less than 120 Ohms in each lead (signal and return). A set of Twinax
    connectors located on the front panel shall be made available to
    monitor the analog outputs. This set of connectors shall be buffered
    from the source by a 1 kΩ resistor.

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3.  **Remote Control Interface**:

    1.  **Signal Inputs**:\
        \
        **Digital**:\
        \
        PERMISSIVE to SPA: PPPL will provide a contact closure signal to
        SPA, if all the external interlocks are satisfied. (Note: The
        Customer's DC link input to the SPA has a shorting and grounding
        switch. This is to signal the SPA that the ground switch is open
        and other external interlocks are satisfied.)\
        \
        ARM the SPA: PPPL provide a contact closure signal to ARM the
        SPA. When this contact is closed the SPA firing gates may be
        enabled. When this contact opens the SPA shall DISARM i.e.
        disable the firing gates.\
        \
        \
        Analog:\
        \
        i) INPUT REFERENCE SIGNAL ‑ for each of three SPA modules.\
        \
        Single SPA Configuration: ‑10 to +10 V for ‑10000 to +10000 A\
        \
        Three SPA Configuration: ‑10 to +10 V for ‑10000/3 to +10000/3 A

> ii\) INPUT REFERENCE SIGNAL ‑ for each of three SPA module
>
> Single SPA Configuration: ‑10 to +10 V for ‑1000V to +1000V
>
> Three SPA Configuration: ‑10 to +10 V for ‑1000V to +1000V
>
> (Note: In the Single SPA configuration the equipment is operated with
> all the three paths in parallel giving the full rated output of +/-
> 10,000 Amps. In the three SPA configuration the equipment is operated
> in three independent outputs each feeding a separate load.).

2.  **Signal Outputs:**\
    Following are the PPPL recommended ouputs from the SPA. The Seller
    may recommend their own recommended list of outputs for Purchaser.

> **[Digital:]{.underline}**\
> \
> FAULT (contact opens) ‑ issued by the following signals that are
> marked with an asterisk \*• A normally closed (open on fault) relay
> contact shall be provided to the customer. This contact will be used
> to initiate the shutdown of the input DC power to the SPA.\
> \
> BLOWN FUSE\*(contact opens)\
> \
> ACCESS\*(contact opens) ‑ access door is opened.\
> \
> OVERTEMP\*(contact opens) ‑ temperature above upper limit for each of
> three SPA modules.\
> \
> LOW COOLANT FLOW‑(contact opens) ‑ coolant flow below lower limit.\
> \
> OUTPUT OVERCURRENT (contact opens) ‑ output current is above upper
> limit for each of three SPA modules.\
> \
> READY (contact closure) ‑ all interlocks are \"OK\" and the safety
> dumps are lifted.\
> \
> ARMED (contact closure)‑ SPA gate drivers are enabled.\
> \
> SINGLE/TRIPLE OUTPUT MODE ‑ selection of one or three SPAs.\
> \
> LOCAL/REMOTE MODE ‑ local or remote operating mode.\
> \
> EMERGENCY OFF PUSHBUTTON \*\
> \
> Activation of these interlocks will disable the SPA(s), issue the
> \"FAULT\" signal and drop the safety dump on the capacitor banks.\
> \
> **[Analog]{.underline}**:\
> \
> INPUT VOLTAGE\
> \
> INPUT CURRENT\
> \
> OUTPUT VOLTAGE \[for each of three SPA modules\]\
> ‑10 V to +10V for ‑500V to +500V\
> \
> OUTPUT CURRENT \[for each of three SPA modules\]\
> Single SPA Configuration: ‑10 to +10 V for --10000 A to +10000 A\
> Three SPA Configuration: ‑10 to +10 V for ‑10000/3 A to +10000/3 A\
> \
> FILTERED OUTPUT CURRENT \[for each of three SPA modules\] ‑Four pole
> active Butterworth filter (\~1 kHz).

4.  **Local Control and Instrumentation**

> LOCAL/REMOTE SELECTOR (Key Locked)\
> \
> SINGLE/TRIPLE OUTPUT MODE SELECTOR (Key Locked)\
> \
> FAULT RESET PUSHBUTTON\
> \
> EMERGENCY OFF PUSHBUTTON\
> \
> READY PUSHBUTTON ‑ capacitor safety dumps are lifted, if all the
> interlocks are satisfied.\
> \
> ARM PUSHBUTTON ‑ SPA gate drivers are enabled.\
> \
> DISARM PUSHBUTTON ‑ SPA gate drivers are inhibited. (This function may
> be combined with the ARM PUSHBUTTON.)\
> \
> INPUT REFERENCE SIGNAL INJECTION POINTS (Local Mode only)\
> \
> ANALOG OUTPUT MONITORING POINTS see section 5.2.3.b

5.  Following is the recommended list of signals. The Seller may furnish
    their recommended list for approval by the Purchaser at the time of
    submitting the bids.

> STATUS of the power supply shall be indicated on the front (control)
> panel. The specific cause of any fault or trouble alarm shall be
> latched and included in the display. The first fault to occur shall be
> identified by a flashing light. Fault latch resetting capability shall
> be provided in the LOCAL mode only. The following status indications
> shall be displayed:\
> \
> ACCESS\
> \
> OVERTEMP \[3 Times\]\
> \
> LOW FLOW\
> \
> READY\
> \
> ARMED\
> \
> SINGLE/TRIPLE OUTPUT\
> \
> BLOWN FUSE

6.  **ELECTRICAL ISOLATION**: All control circuits shall be isolated
    from the power circuits and from any other source of high voltage by
    5kV rated insulators and grounded metallic barriers, optical
    isolation capable of a minimum isolation of 3 kV or grounded
    conductive barriers. Isolation between the SPA and remote control is
    to be provided within the SPA by the manufacturer. Isolation may be
    accomplished via isolating A/D or D/A converters, and/or isolating
    transducers.

7.  **Protection**: Self protection for the SPA should follow the
    guidelines set forth in ANSI/IEEE Standard 444. Metal oxide
    varistors shall be employed to protect internal components and to
    provide output protection.

8.  **Capacitor**: Non PCB, input filter capacitor/s, with spill
    containment, shall be provided. A capacitor shorting resistor and
    switch as well as necessary controls shall be provided such that the
    capacitor shall be automatically discharged on command from an
    external signal. The intent of the capacitor shorting system is to
    ensure that the capacitor is safely discharged before entry of
    personnel into the power supply enclosure.

9.  **Cooling**: The SPA is to be water-cooled. Manufacturer to provide
    required flow requirements. Inlet water will be 30 degrees C @ 90
    psig.

10. **Test points**: Test points shall be in sufficient quantity to
    assure rapid and safe measurement and maintenance trouble‑shooting.
    Schematics shall show recommended test points with a distinctive
    symbol and maximum anticipated voltage.

11. **Insulation**: Nema PV‑3, Safety Code for Semiconductor Power
    Converters shall apply for electrical creepage and clearance.

12. **Packaging**: The SPA should be modular and utilize identical
    modules where possible. Modules shall be equipped with lifting
    devices and guides to facilitate their removal and replacement.
    Modules shall be equipped with test plugs, which contain signals
    (such as timing pulses, voltages, currents and signal levels) from
    subassemblies within the module. This is to facilitate the
    identification of improperly functioning subassemblies. The
    enclosure must meet NEMA 12 ratings for dust and moisture. The
    enclosure must be able to be moved via forklift and be fitted with
    lifting eyes on the topside.

13. **Finish**: Cabinet shall be cleaned, primed and painted inside and
    out following good manufacturing practice. The inside shall be white
    enamel and the outside shall be blue (Federal paint standard color
    595‑B25102).\
    \
    Nameplates shall be in accordance with ANSI C34.2, modified to take
    into account the pulsed operating ratings (as well as thermal
    ratings).

14. **Installation Constraints**: Due to site limitations the overall
    size of the SPA shall not exceed \~6' W x 6' D x 8' H.

15. **Electrical Bonding**: Cabinets shall be so constructed as to
    constitute a single contiguous conductive shell.

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2.  **Cabinet Grounding Terminals:** Two \_1/2\"‑13x2\" studs shall be
    located on the bottom corners of the cabinet exterior for attachment
    to ground leads.

3.  **IDENTIFICATION AND MARKING:**

> The internal components shall be provided with identification and name
> tags for easy trouble shooting. These name tags shall be identified in
> the manufacturer's drawings

4.  **Cabling interface:**

    1.  **Power Cabling:** Cut-outs shall be provided at the top and
        bottom, for entry of power cables into the cabinet. Seller shall
        also provide copper pads to connect the Customer's power cables
        (size: 500mcm) using NEMA standard 2 hole lugs. All power cable
        joints as well as the copper pads to receive cables shall be
        silver plated. Customer will install a) two incoming cables from
        the DC link via the bottom cut-out and b) six output cables
        (500mcm) via the top cut-out.

    2.  **Control & InstrumentationCables**: Seller shall provide
        terminal blocks to receive AWG#14 control cables. Details of the
        instrumentation cables will be provided when the design of the
        SPA is developed by the Seller.

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3.  **[TEST AND INSPECTION]{.underline}**

    1.  Manufacturer shall provide, at the time of quotation, for
        customer review, a list of dielectric, interlock, control, and
        load tests that will be performed by the manufacturer to
        establish compliance with specifications. Customer reserves the
        right to witness factory tests. As a minimum, the dielectric
        tests should include the following:

    2.  All input and output signal terminal pairs shall be shorted
        together and hi-pot tested to twice the system rating plus 1000
        Volts with respect to chassis common for 1 minute. The Input
        power terminals shall be shorted to the output power terminals
        and hi-pot tested to 3 kV DC with respect to chassis common for
        1 minute. The Input power terminals shall be shorted to the
        output power terminals and hi-pot tested to 3 kV DC with respect
        to the shorted input and output signal terminal pairs.

    3.  At least two weeks prior to the start of fabrication the
        manufacturer shall submit to the customer documentation
        enumerating the differences between the present SPA design and
        those previously purchased. The customer reserves the right to
        reject changes from the previous design that would not allow the
        customer to maintain a single inventory of spare parts and
        boards for all SPA's. At the customers discretion the
        manufacturer may also be required to conduct a final design
        review, at the factory, with customer in attendance before
        beginning construction.\
        Identify each of the performance tests that the vendor is to
        perform on the hardware before shipping and the acceptance
        criteria that must be met. These may include destructive and
        nondestructive tests. The tests should verify that the specified
        performance values have been met.

4.  **[QUALITY ASSURANCE]{.underline}**

    1.  Inspection/Surveillance/Audit by Customer: Representatives of
        the customer shall have the right to visit the manufacturer\'s
        premises during the performance of the procurement as stated in
        the General Provisions of this subcontract. The manufacturer
        shall make available records and documentation necessary for
        this function. The customer recognizes the manufacturer\'s right
        to withhold information concerning proprietary processes.

    2.  Changes to Customer Approved Documents: Revisions or changes by
        the manufacturer to documents approved by the customer shall be
        reviewed and approved by the customer prior to use.

    3.  Submittal of Quality Assurance Manual: As part of the proposal,
        the manufacturer shall submit a copy of its Quality Assurance
        Program Manual, describing the manufacturer\'s quality
        capability and general approach to quality assurance. The manual
        is subject to customer\'s review and acceptance prior to
        contract award.

    4.  Control of Special Processes: Subcontractor shall use trained
        and qualified personnel and qualified written procedures in
        accordance with specified requirements for the performance of
        certain special processes, including but not limited to,
        soldering, electronic assembly, brazing, welding, plating, heat
        treatment, nondestructive examination, etc.

    5.  Design Reviews and Notification of Princeton for Design Reviews
        : Subcontractor shall perform a Preliminary Design Review (PDR),
        and a Final Design Review (FDR) as required and Princeton shall
        have the right, at its option, to participate in these reviews.
        Subcontractor shall give Princeton five (5) working days notice
        of each Review. The PDR shall be held within 3 weeks after
        receipt of the Order.

    6.  Prior to fabrication the Final Design Review shall be
        successfully completed. The completed design shall have the
        concurrence of the Customer.

    7.  During fabrication any changes in the design shall be documented
        and the changes shall be concurred with by the Customer.

    8.  The Seller shall furnish a biweekly progress report on the job
        along with the updated schedule.

    9.  Test procedures shall be developed by the Seller and concurred
        with by the Customer. All test data shall be furnished to the
        Customer after completion of the tests.

    10. Submittal of As Built Configuration: The Subcontractor must
        submit drawings and a listing of the as‑built configuration the
        SPA. The listing may be defined by drawing and revision numbers,
        unique parts lists or other means of positive identification.
        Any discrepancy or nonconformance reports shall be part of this
        configuration documentation package.

    11. Handling, Packaging, Shipping, and Storage: Manufacturer shall
        control items during handling and shipping and while in storage,
        including customer furnished items, and shall assure that
        materials and items are adequately protected from damage or
        deterioration, with special attention to packaging for shipment.

    12. Customer Receiving/Inspection: Customer will perform Receiving
        Inspection on items supplied by the manufacturer. Discrepant
        items will be rejected and returned to the manufacturer or
        reworked by customer. Costs caused by rejects will be charged to
        the manufacturer.

    13. General Purchase Order Requirements: Material(s) and/or
        product(s), including those components, parts, and materials
        that are permanently installed into systems, sub‑systems, and/or
        assemblies, etc. furnished under this purchase order/subcontract
        shall be new and unused. Parts and components that have been
        rebuilt, refurbished, or modified are specifically prohibited
        unless approved by customer in writing.\
        \
        Subcontractors (Suppliers) found to be supplying any of the
        following will be reported to the Office of the Inspector
        General, U.S. Department of Energy:\
        • Re manufactured, rebuilt, or used parts represented as new.\
        • Counterfeit parts (fraudulently labeled or marked with another
        manufacturer\'s name).\
        • Misrepresented parts.

    14. Subcontractor's Responsibility for Conformance: Neither
        customer\'s review and/or approval of manufacturer\'s documents
        not customer\'s inspection of manufacturer\'s items or services
        shall relieve the manufacturer of responsibility for full
        compliance with requirements of the purchase order/contract.

    15. Release for Shipment Form: Manufacturer shall have a signed
        \"Product Quality Certification and Shipping Release\" form to
        be provided by Customer\'s Quality Assurance Representative
        prior to Customer acceptance of procured items or services for
        full or partial shipment. Customer reserves the right to refuse
        to accept shipment unless accompanied by a signed \"Shipping
        Release Form\".

    16. Certificate of Compliance: Manufacturer\'s C of C stating that
        the work performed conforms in every respect to the physical
        configuration and functional inspection/test requirements. The
        manufacturer's Quality Assurance Manager shall sign the C of C.
        This shall be furnished with the shipping release request.

    17. Inspections and Test Procedures: Inspections and tests shall be
        performed in accordance with written procedures referencing
        criteria for acceptance or rejection. Three copies of inspection
        and test reports shall be provided to the Customer and shall be
        furnished with the shipping release request.\
        \
        No repairs shall be performed without written customer
        notification and concurrence.

    18. Calibration of Test and Measuring Equipment: Tests shall be
        performed using currently calibrated measuring and test
        equipment traceable to NIST.

5.  SCHEDULE\
    \
    Manufacturer shall include design, fabrication, test and shipping
    schedule with quotation. Required delivery date is March 2004.

6.  SHIPPING AND HANDLING: SPA to be shipped FOB destination. Ship to:\
    \
    Princeton Plasma Physics Laboratory

Princeton University, Forrestal Campus

Receiving 3, Princeton, NJ 08543

7.  WARRANTY\
    \
    Manufacturer is to state their standard warranty at the time of
    quotation.

8.  [DELIVERABLES]{.underline} [When required]{.underline}\
    \
    1 Switching Power Amplifier March 2004\
    \
    1 Copy of manufacturer's QA Include with quotation\
    program manual\
    1 Copy of Acceptance List Include with quotation

> 1 Copy of recommended list of spare parts with price. Include with
> quotation

2 copies of schedule Include with quotation\
\
Manufacturer to provide the following\
information (given 7 kHz minimum\
carrier frequency)\
\
Phase Shift at an Include with quotation\
output frequency of 100 Hz.\
\
Estimate of the harmonic content Include with quotation\
in the input and output systems.

> Sinusoidal waveform\
> \
> Two sets of schematics and one lines including Two weeks prior to FDR\
> self protection scheme, alarm points, and test\
> points. CAD prepared drawings shall be provided.
>
> These shall be submitted also in a compact disk.
>
> Acceptance Test Procedures Two weeks prior to FDR\
> 1 copy of manufacturer's Reliability Two weeks prior to first article
> fabrication\
> and Maintainability Document\
> \
> 3 sets of final schematics and one lines At time of shipment\
> (where different from previous units)\
> CAD prepared drawings shall be provided.
>
> These shall be submitted also in a compact disk.
>
> 3 copies of acceptance test reports At time of shipment\
> \
> 3 sets of operations manuals At time of shipment\
> Also electronic versions shall be furnished.
>
> ![](media/image1.wmf)