Overview

The Woodward 8516‑045 Governor Electronic Control Module is designed to deliver precise and reliable control for turbine and engine governor systems. It functions as the central electronic unit, coordinating fuel flow and speed regulation to ensure stable operation under varying load conditions.

Moreover, its advanced digital architecture allows seamless integration with Woodward actuators, sensors, and automation platforms. In addition, the rugged construction ensures dependable performance in harsh industrial environments, reducing downtime and maintenance costs.

This module is widely recognized for its accuracy and durability, enabling operators to maintain efficiency and compliance with performance standards. Therefore, it is frequently selected by OEMs and plant operators requiring dependable governor control.

Technical Data

Typical Applications

• Gas and Steam Turbine Systems: Precise governor control for fuel and speed regulation

• Power Generation Plants: Integration with centralized Woodward automation systems

• Marine Propulsion Systems: Reliable fuel and speed management

• Heavy Industrial Machinery: Robust electronic governor module for turbine or engine control

• Engine Test Benches: Repeatable and accurate speed regulation

For instance, many operators rely on this electronic control module to unify turbine fuel systems and auxiliary equipment, ensuring efficiency and compliance with operational standards.

FAQ

Q1: What is the primary role of the Woodward 8516‑045?
A1: It serves as the electronic governor control unit, regulating fuel flow and speed for turbine and engine systems.

Q2: Can this module 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 module is designed for seamless compatibility, ensuring smooth communication and coordinated control.

Q4: What industries commonly use this governor control module?
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.