Overview

The Woodward DB250-397 Digital Governor Control Module is part of Woodward’s governor control product line. It is engineered to provide accurate and stable regulation of prime movers such as diesel engines, gas turbines, and marine propulsion systems. By integrating advanced control algorithms, it ensures precise management of engine speed, load, and other parameters, even under demanding operating conditions.

This module is widely used in power generation, oil & gas, marine, and industrial automation, where dependable governor control is critical for efficiency and safety.

Technical Specifications

Key Features

• High‑precision control: Delivers accurate and stable regulation for engines and turbines.

• Advanced algorithms: Supports speed and load management with fast response.

• Rugged design: Built to withstand harsh industrial and marine environments.

• Versatile compatibility: Works with a wide range of prime movers.

• User‑friendly interface: Simplifies installation and configuration.

Typical Applications

• Power Generation: Turbine and generator speed/load control.

• Marine Propulsion: Engine governors for ships requiring precise synchronization.

• Oil & Gas: Compressor and pump control in refineries and pipelines.

• Industrial Automation: Reliable control of heavy machinery and process equipment.

FAQ

Q1: What is the main function of the DB250-397?

A1: It provides digital governor control for precise speed and load regulation of engines and turbines.

Q2: Is it suitable for marine applications?

A2: Yes, it is widely used in marine propulsion systems.

Q3: What certifications does it carry?

A3: It is CE and UL compliant, ensuring industrial safety standards.

Q4: What is its typical input voltage?

A4: It operates on 24 V DC.