PLCs, Power Supplies & Others

Product Overview

The Woodward 8200-314 Digital Driver Board is engineered to convert control signals into precise actuator commands. It integrates seamlessly with gas turbine control systems, ensuring accurate speed and power regulation. Moreover, its compact design allows easy integration into existing turbine control racks.

This board supports robust operation within an input voltage range of 18–32 VDC and provides 24 VDC, 16 A output, making it suitable for demanding industrial environments.

Functional Highlights

• Signal Processing: Utilizes microprocessors, DACs, and ADCs to efficiently handle digital control signals.
• Actuator Control: Converts digital inputs into analog outputs for turbine actuator precision.
• High Reliability: Maintains stable operation in harsh environments, including temperature extremes up to 55°C.
• Network Isolation: 1000 Vrms isolation ensures interference-free communication with connected systems.
• Power Efficiency: Consumes only 14 W, minimizing energy loss while maintaining optimal actuator performance.

In addition, the board’s design allows quick response to control commands, enhancing overall turbine performance and safety.

Technical Specifications

These specifications ensure safe, precise, and reliable operation in high-performance turbine control applications.

Typical Applications

• Gas Turbine Control Systems: Provides precise actuator commands for speed and load regulation.
• Power Generation: Supports industrial turbines in electricity production with stable performance.
• Industrial Processing: Integrates with process control systems for optimized machinery operation.
• Retrofit Projects: Compact design allows replacement or upgrade of existing digital driver boards.

For instance, this board ensures continuous turbine operation while minimizing downtime during high-demand conditions.

Details