GE DS200FECBG1A

Product Introduction
The GE DS200FECBG1A is a specialized exciter control board used in turbine and generator excitation systems. It plays a vital role in regulating generator voltage and managing reactive power by controlling the exciter field current.

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Description

GE DS200FECBG1A

Technical Specifications

  • System Compatibility: Part of the GE EX2100 or similar excitation control series.
  • Signal Processing: High-precision analog and digital signal conditioning circuits.
  • Communication: Internal high-speed data bus for integration with main exciter controllers.

Functional Features

  • Voltage Regulation: Executes advanced PID and adaptive control algorithms for precise voltage output.
  • Field Current Limiting: Provides dynamic field current limiting to protect the generator rotor.
  • Redundancy Support: Designed to operate in dual-redundant configurations for maximum system availability.

Application Scenarios
Applied in steam, gas, and hydroelectric power plants for automatic voltage regulation (AVR) and excitation control.

Performance Parameters

  • Response Time: Millisecond-level response to grid disturbances and setpoint changes.
  • Accuracy: High-precision voltage and current measurement capabilities.

Material Composition
Industrial-grade PCB with conformal coating to protect against moisture, dust, and corrosive gases in power plant environments.

Structural Characteristics
Compact board design with multiple multi-pin connectors for interfacing with power bridges, sensors, and redundant controllers.

Working Principle
Receives voltage and current feedback signals, compares them against reference setpoints, and calculates the required firing angles for the thyristor bridge to regulate excitation current.

Installation Requirements

  • Ensure all signal and power connectors are fully seated and locked.
  • Verify jumper settings match the specific generator and exciter configuration.

Usage Precautions

  • Handle with extreme care to avoid damaging sensitive analog components.
  • Ensure proper grounding of the excitation system to prevent ground loops.