GE DS200TCQAG1BGE RST Analog Input/Output Board with Comprehensive Signal Processing 2kg Weight and 1Year Warranty for Mark V Turbine Control

The GE DS200TCQAG1BGE is a critical RST Analog I/O Board for the Mark V Series, designed to support gas turbine control systems. As a central signal hub, it scales, conditions, and routes a wide array of analog and digital signals from terminal boards on I/O cores to other system components. It handles diverse signals—including LVDT inputs, servo valve outputs, thermocouple data, 4-20 mA signals, vibration inputs, pulse signals, and generator/line data—ensuring accurate signal translation for turbine control. It uses dedicated connectors to streamline signal flow, making it indispensable for maintaining turbine operational precision and safety.

Key Features:

Comprehensive Signal Processing Capabilities
The board excels at managing a broad spectrum of signals critical to gas turbine operation. It processes inputs from LVDTs (position sensing), thermocouples, vibration sensors, and magnetic pickups, while driving outputs to servo valves and relay drivers. It also conditions 4-20 mA signals—vital for monitoring parameters like fuel flow and compressor health—and routes generator/line data, ensuring all signals meet the system’s accuracy requirements for control and monitoring.This structured design minimizes signal interference and ensures reliable component communication.

Flexible Hardware & Software Configuration
Hardware customization is enabled via jumpers: J1/J2 select mA output circuits, J5/J6 set output current ranges, J7 supports RS232 port testing, and J8 activates an oscillator. Software configuration uses the operator interface’s I/O Configuration Editor to set constants for thermocouple types, pulse rates, vibration thresholds, LVDT positions, and 4-20 mA scales—allowing tailoring to specific turbine needs without hardware overhauls.

Core-Centric Integration
By focusing on R1/R2/R3 cores and interfacing with critical boards and terminal boards, the board ensures seamless integration into the Mark V system. It centralizes signal management, reducing dependencies on multiple discrete components and enhancing overall system reliability—critical for uninterrupted gas turbine operation.