Woodward 8256-016

Product Introduction
The Woodward 8256-016 is a specialized control or actuator interface module within the Woodward 8256 family. It serves as a critical link between digital control systems and analog or discrete field devices, providing customized signal translation, power amplification, and isolation for reliable operation.

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Description

Woodward 8256-016

Technical Specifications

  • Part Number: 8256-016
  • Function: Signal Translation / Power Amplification / Isolation
  • System Compatibility: Woodward Control Systems
  • Base Series: Woodward 8256

Functional Features

  • Drive Capability: Provides sufficient current/voltage to drive heavy-duty actuators, valves, or relays.
  • Signal Isolation: Protects sensitive control electronics from field-side transients and ground loops.
  • Custom Calibration: Factory-set to match specific actuator or field device requirements.

Application Scenarios
Used in fuel rack actuation, steam valve control, compressor anti-surge valve control, and other critical process modulation applications.

Performance Parameters

  • Output Power: Rated for continuous industrial duty cycles with high reliability.
  • Linearity: High linearity for accurate positioning and process control.

Material Composition
High-power electronic components and robust heat dissipation structures housed in a durable enclosure.

Structural Characteristics

  • Thermal Design: Optimized for heat dissipation in enclosed control panels.
  • Terminals: Heavy-duty terminals for high-current or high-voltage connections.

Working Principle
Amplifies low-level control signals from the governor or PLC to high-power signals required by the actuator, while providing isolated feedback to the controller for closed-loop verification.

Installation Requirements

  • Heat Management: Ensure adequate ventilation and clearance around the module for proper cooling.
  • Wiring: Use appropriately sized wire for output currents to prevent voltage drop and overheating.

Usage Precautions

  • Load Matching: Do not exceed the output current or voltage ratings.
  • Cooling: Do not block airflow to the module; maintain recommended clearances.