Woodward 8200-226 Turbine Valve Position Controller

Woodward 8200-226 Turbine Valve Position ControllerProduct Overview The Woodward 8200 226 serves as a high definition Servo Position Controller designed to bridge the gap between electronic control systems and hydraulic or pneumatic actuators. This module translates low level demand signals into precise, high current bipolar drive outputs to position servo valves with sub millisecond latency. Primarily utilized in turbine and reciprocating engine applications, the 8200 226 ensures exacting fuel

Engineers can mix and match signal types across the four ports to control different equipment types from a single

it converts standard AC line voltage into the regulated DC rails required by up to 12 monitoring modules and their associated transducers (supporting up to 36 channels total)

This Excitation/Application Function (EAF) board executes real-time protocol translation

The following specifications define the hardware capabilities and electrical performance of the 1769-L24ER-QB1B:

The A6312/08 provides deterministic monitoring of rotational speed and phase reference signals

Connect the main grounding terminal via a low-impedance copper strap directly to the primary structural enclosure frame to provide a solid reference plane for the high-resolution measurement electronics

designed for real-time monitoring of rotating machinery

This reverse-acting execution pattern matches unique actuator loop feedback response schedules

making it suitable for other low-voltage specialty sensors

Mount the communication adapter horizontally onto a standard DIN-rail assembly or securely using direct panel-mounting fasteners inside an approved industrial enclosure

and variable speed drives (VSDs)

Module Type: Analog Output