Woodward 8200-177 EM Digital Driver

Description

The Woodward 8200-177 EM Digital Driver is a high-performance digital control device from the U.S.-based Woodward product line, designed for precision industrial control applications. Built with advanced digital microprocessor technology, it leverages high-precision algorithms to execute complex control logic, ensuring stable and accurate system operation. Key configurable parameters include position proportional gain, which adjusts system stiffness and position lag response; maximum output torque setting, a percentage of rated torque that provides constant torque limiting; position completion range, which triggers a position confirmation signal when residual pulse counts fall below a set threshold; and acceleration/deceleration time constant, which controls linear speed changes between 0 and 2000 rpm.

This driver supports on-site programming and flexible configuration, with a menu-driven interface for intuitive parameter adjustments. It offers rich input and output configurations to accommodate diverse signal access needs, and is equipped with multiple communication interfaces for seamless integration with DCS/PLC systems for remote monitoring and data collection. Engineered for harsh industrial environments, it features a wide operating temperature range, high protection rating, and robust resistance to vibration and impact, with optional configurations for explosion-proof applications. Typical use cases include turbine, generator, and actuator control in energy, power generation, and heavy industrial sectors.