Woodward 5417-1251

Product Introduction
The Woodward 5417-1251 is a precision control module or actuator component within the Woodward product ecosystem. The 5417 series typically relates to electro-hydraulic or electro-pneumatic control elements, and this specific part number denotes a customized or calibrated variant.

Category:

Description

Woodward 5417-1251

Technical Specifications

  • Base Series: Woodward 5417.
  • Part Number: 5417-1251.
  • Function: Signal conversion, amplification, or actuator positioning.

Functional Features

  • Accurate Positioning: Provides precise mechanical movement or fluid control based on electrical input signals.
  • Robust Design: Engineered for high-cycle operation and resistance to industrial contaminants.
  • System Integration: Interfaces directly with Woodward electronic governors or PLCs.

Application Scenarios
Deployed in steam and gas turbine fuel valve actuation, hydraulic governor systems, and industrial process control valves.

Performance Parameters

  • Response Time: Fast and linear dynamic response to control signals.
  • Force/Stroke: Calibrated to provide specific mechanical output characteristics.

Material Composition
High-strength metals, precision-machined internal components, and industrial-grade seals.

Structural Characteristics

  • Mounting: Designed for direct mounting to valves or actuator brackets.
  • Connections: Features standard hydraulic/pneumatic ports and electrical connectors.

Working Principle
Converts an electrical control signal (e.g., 4-20 mA) into a proportional mechanical displacement or hydraulic pressure to modulate a valve or fuel rack.

Installation Requirements

  • Mechanical Linkage: Ensure proper alignment and free movement of the mechanical linkage.
  • Fluid Cleanliness: Maintain strict fluid cleanliness standards if hydraulic.

Usage Precautions

  • Calibration: Do not attempt to adjust internal calibration springs or potentiometers without proper procedures.
  • Pressure Limits: Never exceed the maximum rated fluid pressure.