Overview

The Woodward 8572‑212 Central Control Module is designed to provide reliable and coordinated control for complex turbine and engine systems. It acts as the central processing unit within Woodward’s electronic governor and control architectures, ensuring precise synchronization of multiple subsystems.

Moreover, its advanced logic capabilities allow operators to manage fuel, speed, and load distribution with exceptional accuracy. In addition, the module is built for rugged industrial environments, offering long service life and consistent performance under demanding operating conditions.

This control module is widely trusted in power generation and marine propulsion, where stable operation and safety compliance are critical. Therefore, it is frequently chosen by OEMs and operators seeking dependable integration with Woodward’s automation platforms.

Technical Data

Typical Applications

• Gas and Steam Turbine Systems: Centralized control logic for stable operation

• Power Generation Plants: Coordination of multiple governor subsystems

• Marine Propulsion Systems: Coordinated fuel and speed management

• Heavy Industrial Machinery: Integrated automation modules

• Engine Test Benches: Precise synchronization and monitoring

For instance, many operators use the 8572‑212 to unify control across turbine fuel systems and auxiliary equipment, ensuring efficiency and compliance with operational standards.

FAQ

Q1: What is the primary role of the Woodward 8572‑212?
A1: It serves as the central control unit, coordinating turbine and engine subsystems for stable operation.

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 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.