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IS200EDFFH1A

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General Electric IS200EDFFH1A DC Fanned Feedback Board conditions EX2100e generator-field voltage and current and distributes optical frequency feedback to control channels.
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Technical specifications for IS200EDFFH1A

  • Manufacturer:
    General Electric
  • Part Number:
    IS200EDFFH1A
  • Product Family:
    GE Excitation Control
  • Product Type:
    DC Fanned Feedback Board
  • Stock:
    1
  • Control platform:
    GE EX2100e excitation control
  • Board function:
    DC fanned field feedback
  • Measured quantities:
    Field current and field voltage
  • Current source:
    DC-field shunt
  • Voltage source:
    SCR-bridge output
  • Signal conversion:
    Analog voltage-to-frequency
  • Controller interface:
    High-speed fiber-optic feedback
  • Voltage scaling:
    Eight selector positions
  • Fanned control destinations:
    M1, M2 and C
  • Tariff Code:
    8537101190
  • Country of origin:
    USA
  • Place of shipment:
    Xiamen,Fujian,China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Feedback Inputs Fiber Routing Range Selection Control Power

Features:

  • Fans generator-field feedback across the EX2100e control arrangement.
  • Converts bridge current and voltage into separate frequency signals.
  • Uses optical transfer between the high-voltage interface and auxiliary controller electronics.
The fanned-feedback design lets one set of bridge measurements reach the required control sections without conductive signal sharing.

Current information begins at the dc-field shunt, whereas voltage uses an independently scaled bridge-output path.

Range selection occurs before conversion, so selector position and fiber destination are both part of the installed configuration.

For the General Electric IS200EDFFH1A DC Fanned Feedback Board, Apter Power can provide quotation assistance and access to official manufacturer documentation.
General Electric IS200EDFFH1A DC Fanned Feedback Board Manuals, Datasheets, Links Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.

Separating current and voltage acquisition

  • Current source: A shunt in the dc field circuit supplies the current-related measurement.
  • Voltage source: The second path samples regulator or exciter output at the SCR bridge.
  • Independent channels: Each analog quantity has its own voltage-to-frequency converter.
  • Common consequence: Loss of board power can remove both measurements at once.

Preserving isolated signal destinations

  • Optical boundary: Fiber keeps bridge potential outside the controller electronics.
  • Fanned paths: Converted feedback is distributed to the applicable control sections.
  • Channel labels: Each transmitter and receiver pair must retain its original designation.
  • Clean connections: Contaminated or sharply bent fiber can weaken one path without affecting the others.

Matching conversion to the bridge

  • Eight settings: Voltage attenuation can be selected for different bridge applications.
  • Headroom: The chosen range must keep normal operation inside the converter span.
  • Replacement setup: Selector positions should be recorded before the removed board is handled.
  • Signal comparison: Unexpected frequency at a known bridge voltage is a useful scaling check.

Checking the board before signal troubleshooting

  • DC distribution: The EX2100e arrangement supplies 28 V dc control power to the feedback hardware.
  • Common loss: Missing power explains simultaneous current and voltage channel failure.
  • Connector review: Power and fiber plugs should be inspected without disturbing the high-voltage wiring.
  • Return to service: Stable inputs and consistent fanned outputs should be demonstrated together.
Description
General Electric IS200EDFFH1A DC Fanned Feedback Board is the EX2100e interface that acquires field current and field voltage at the SCR bridge for the excitation controllers.

Two conversion paths on IS200EDFFH1A treat the shunt-derived current and scaled bridge voltage independently, turning each analog measurement into a proportional frequency signal.

The optical connections from IS200EDFFH1A separate high-voltage feedback circuitry from the control electronics while carrying the converted signals into the EX2100e auxiliary-interface path.

Because IS200EDFFH1A fans the dc feedback across the control arrangement, channel-specific fiber routing and the selected bridge-voltage scale must be preserved during replacement.
Alternative Names
GE IS200EDFFH1A IS200 EDFF H1A IS-200-EDFFH-1A I5200EDFFH1A IS200EDFF H1A General Electric IS200EDFFH1A IS 200EDFFH1A IS200 EDFFH1A
Technical notes
On IS200EDFFH1A, bridge-voltage range selection affects the common converted measurement before that feedback is distributed to the control paths.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
How should a single lost feedback channel from IS200EDFFH1A be diagnosed?
Trace that IS200EDFFH1A fiber route and receiver channel while comparing the remaining fanned outputs under the same field condition.
Why can the wrong IS200EDFFH1A scale make field voltage appear unstable?
An incorrect IS200EDFFH1A selector range can force the converter toward an unsuitable operating span and distort feedback.
What must be retained when moving IS200EDFFH1A to a replacement auxiliary cabinet?
Preserve the IS200EDFFH1A bridge-voltage selection, shunt polarity, fiber destinations and 28 V dc control-power path.
How can technicians separate an IS200EDFFH1A current-path fault from voltage feedback?
IS200EDFFH1A converts current and voltage independently, so compare the two optical frequencies before changing shared wiring.
Why does IS200EDFFH1A use fiber between bridge feedback and the controller?
The IS200EDFFH1A fiber link isolates the control electronics from bridge potential and resists high electrical noise.
What should be checked if all IS200EDFFH1A fanned outputs disappear together?
Start with IS200EDFFH1A control power and the common measurement path before checking individual receiver fibers.
Can an IS200EDFFH1A fiber pair be reassigned without updating channel records?
No. Each IS200EDFFH1A path must reach its intended control channel, or diagnostics may associate feedback with the wrong section.