Woodward 5464-414 Digital Speed Sensor

Product Overview

The Woodward 5464-414 Digital Speed Sensor is a high-accuracy, non-contact sensing module designed to detect rotational speed in gas turbines, steam turbines, and reciprocating engines. Engineered for use with Woodward control systems, this sensor converts gear tooth movement or magnetic field variations into digital signals that represent shaft speed, supporting precise and reliable speed monitoring in industrial automation and power generation applications.

Its rugged build and superior signal clarity make it a preferred solution for harsh environments where vibration, temperature extremes, and electrical noise are present.

Key Features

• High-Speed Digital Output – Accurately detects and transmits real-time speed data with high resolution

• Non-Contact Magnetic Sensing – Detects rotating targets without mechanical wear or contact

• Wide Frequency Range – Supports both low and high RPM ranges for flexible deployment

• Industrial-Grade Construction – Withstands harsh conditions including high vibration and extreme temperatures

• Seamless System Integration – Designed for compatibility with Woodward governors and control systems

• Low Maintenance Design – Solid-state electronics for long-term reliability and minimal service requirements

Technical Specifications

3.1 Dimensions and Weight

3.2 Electrical Characteristics

3.3 Environmental Characteristics

3.4 System Compatibility

Industry Applications

• Power Generation – Monitors turbine shaft speed for control and overspeed protection

• Oil & Gas – Tracks rotating equipment speed in compressors and pumps

• Marine Engines – Provides shaft speed signals for propulsion and auxiliary engines

• Industrial Engines – Used in generator sets, compressors, and mechanical drives

• Aerospace Ground Support – Precision speed measurement for test rigs and turbines

The Woodward 5464-414 Digital Speed Sensor offers a highly reliable solution for real-time shaft speed detection, integrating seamlessly into critical control systems. Its rugged design, accuracy, and non-contact operation make it a trusted choice for high-performance industrial and energy applications.