Overview

The Woodward 8570‑776 Digital Speed Sensor is engineered to deliver precise and reliable speed measurement for turbine and engine control systems. It converts rotational speed into accurate digital signals, ensuring stable operation across a wide range of industrial applications.

Moreover, its rugged design allows dependable performance in harsh environments, reducing downtime and maintenance costs. In addition, the sensor integrates seamlessly with Woodward electronic governors and control modules, making it a trusted solution for OEMs and operators worldwide.

This sensor is widely recognized for its accuracy and durability, offering consistent output even under variable load conditions. Therefore, it is frequently selected for applications requiring high reliability and repeatable speed monitoring.

Technical Data

Typical Applications

• Gas and Steam Turbine Systems: Precise speed measurement for turbine control

• Power Generation Plants: Integration with Woodward governors for stable operation

• Marine Propulsion Systems: Reliable speed monitoring in shipboard applications

• Heavy Industrial Machinery: Accurate rotational feedback for industrial drives

• Engine Test Benches: Repeatable speed signals for testing and calibration

For instance, many operators rely on this digital speed sensor to maintain stable turbine operation, ensuring efficiency and compliance with performance standards.

FAQ

Q1: What is the primary role of the Woodward 8570‑776?
A1: It measures rotational speed and provides accurate digital signals for turbine and engine control systems.

Q2: Can this sensor operate in harsh environments?
A2: Yes, the rugged housing and wide temperature range allow reliable use in extreme industrial conditions.

Q3: How does it integrate with Woodward governors?
A3: The sensor is designed for seamless compatibility, ensuring smooth communication and coordinated control.

Q4: What industries commonly use this digital speed sensor?
A4: Power generation, marine propulsion, and heavy industrial automation are the most frequent application areas.

Q5: Does it reduce maintenance costs?
A5: Absolutely, its durable design and extended service life minimize downtime and lower total cost of ownership.