I/O modules

This board functions as a critical interface within GE Speedtronic turbine control systems. You will find the GE IS200DAMAG1A IS200DAMAG1ACA Speedtronic Turbine Control board managing analog signal processing for precise speed regulation. Its robust construction supports continuous operation in harsh power plant environments.

Technical Specifications

This board contains multiple relay outputs for external actuator control. You can also locate several analog input channels for speed sensor connections. The GE IS200DAMAG1A IS200DAMAG1ACA Speedtronic Turbine Control board stores no battery energy for permanent data retention. Instead, it uses small electrolytic capacitors for temporary charge storage during brief power fluctuations.

Electrical Interface Details

The GE IS200DAMAG1A IS200DAMAG1ACA Speedtronic Turbine Control board draws its power directly from the VME backplane connection. Therefore, you do not need any separate external power supply module. Each analog input channel accepts standard 4-20 mA or 0-10 V signals. Moreover, the board isolates each input channel to prevent ground loop interference. This design ensures accurate speed readings from turbine sensors.

Component Layout and Mechanical Integration

You will find four relay outputs arranged along the board’s top edge. The GE IS200DAMAG1A IS200DAMAG1ACA Speedtronic Turbine Control board also includes three configuration jumpers near the center. You must align the board carefully with the two plastic guide rails before insertion. After full seating, secure the board using the two metal ejector tabs. The board measures 30.5 centimeters in length and 20.3 centimeters in width. Its total weight reaches approximately 1.1 kilograms for stable mounting.

Environmental Limits and Storage

You should store this GE IS200DAMAG1A IS200DAMAG1ACA Speedtronic Turbine Control board in a static-shielded bag. The board operates reliably between -30°C and +65°C ambient temperature. Likewise, keep the unit away from conductive dust or condensing humidity. Because the board contains no optical components, it withstands high vibration levels typical for turbines.

Details