Product Overview
The Woodward DB250-397 Speed Controller is engineered for high-precision control of engine, turbine, and generator speed in industrial automation and power systems. It ensures reliable performance by regulating rotational speed under varying load conditions, maintaining operational efficiency and mechanical stability.
Engineers often deploy this module in critical applications where precise speed management affects overall system performance, safety, and reliability. Its integration capabilities allow it to communicate with control units and supervisory systems for coordinated industrial operation.
With a robust industrial design and compact footprint, the DB250-397 provides dependable speed control in environments that demand continuous operation and precise mechanical regulation.
Technical Specifications
| Specification | Details |
|---|
| Manufacturer | Woodward |
| Model Number | DB250-397 |
| Module Type | Speed Controller Module |
| Function | Engine/Turbine Speed Regulation |
| System Application | Industrial Automation / Power Systems |
| Installation | Control Cabinet / Automation Panel Mounting |
| Control Role | Rotational Speed Management |
| Operating Environment | Industrial Automation and Energy Systems |
| Dimensions | 180 × 130 × 70 mm |
| Weight | 5.31 kg |
Applications in Industrial Speed Regulation
The Woodward DB250-397 Speed Controller is designed for precise management of engine, turbine, or generator speed within industrial automation and power systems. By regulating rotational speed, this module ensures operational stability, efficiency, and safety in critical machinery applications.
Common deployment scenarios include:
-
Turbine speed control in power generation plants
-
Engine management in industrial energy systems
-
Marine propulsion control systems
-
Oil and gas facility generators requiring precise speed regulation
-
Industrial machinery with variable-speed drives
-
Process plants where synchronized operation of rotating equipment is critical
By providing precise speed control, the module ensures optimized performance, reduced mechanical wear, and consistent system output.
Operational Advantages
Precise Speed Regulation
Delivers accurate control of rotational speed for engines, turbines, and generators.
Enhanced System Reliability
Maintains stable operation under load variations, minimizing risk of mechanical or operational faults.
Industrial-Grade Design
Built to withstand harsh industrial environments, including vibration, temperature fluctuations, and electrical interference.
Integration with Control Systems
Works seamlessly with automation platforms, control units, and monitoring systems for coordinated operation.
Compact Yet Robust Construction
Despite its small footprint, the module supports high-capacity control requirements in industrial systems.
Technical FAQs
-
What is the primary function of the DB250-397 speed controller?
It manages and regulates the speed of engines, turbines, and generators in industrial applications.
-
Where is this module typically installed?
It is installed in control cabinets or automation panels as part of engine or turbine control systems.
-
Is the module suitable for power generation applications?
Yes. It is commonly used in turbine and generator speed control in energy facilities.
-
How does it contribute to system stability?
By maintaining consistent rotational speed, it ensures synchronized operation and reduces mechanical stress.
-
Can the controller operate continuously in industrial environments?
Yes. It is designed for continuous, long-term operation in demanding industrial settings.
-
Does it integrate with supervisory and control systems?
Yes. It communicates with control units and monitoring platforms for coordinated system management.
-
Which industries commonly deploy this speed controller?
Power generation, oil and gas, marine systems, manufacturing, and process industries.
-
Can it handle load variations effectively?
Yes. It adjusts engine or turbine speed in real time to maintain stable operation under changing conditions.
-
How does it improve operational efficiency?
By regulating speed accurately, it reduces mechanical wear, optimizes performance, and prevents downtime.
-
Why is a dedicated speed controller important in automation systems?
It ensures precise and reliable control of rotating equipment, protecting machinery and maintaining process stability.
A DCS Q Co., Ltd. - PLC and DCS Industrial Control Equipment Wholesale
