Woodward 9907-014 Speed ​​Controller

Applications

The Woodward 9907-014 Speed Controller is designed for precision speed regulation in engines, turbines, and industrial machinery. Key applications include:

• Control of gas and diesel engines in power generation systems

• Turbine speed regulation in industrial and marine applications

• Integration with generator sets for load and speed management

• Automation of process machinery requiring precise rotational control

• Industrial facilities, oil & gas plants, and marine propulsion systems

Advantages

This speed controller provides reliability, accuracy, and operational efficiency:

• High-precision speed control enhances engine and generator performance

• Rugged, industrial-grade design ensures continuous 24/7 operation

• Compact and modular form factor for easy installation in control panels

• Fast response to load changes and transient conditions

• Simplifies system integration and maintenance with standardized interfaces

Technical FAQs

1. What is the primary function of the 9907-014?
   It provides precise speed regulation for engines, turbines, and generator sets.

2. Which engines are compatible?
   Gas and diesel engines in industrial, marine, and power generation applications.

3. Can it control generator speed and load simultaneously?
   Yes, it supports coordinated speed and load regulation.

4. Is it suitable for continuous operation?
   Yes, designed for industrial 24/7 use.

5. Does it integrate with automation systems?
   Yes, it can interface with supervisory and PLC control networks.

6. Is installation straightforward?
   Yes, the modular design allows easy mounting in control cabinets.

7. Does it include protection features?
   Yes, it can be configured to prevent overspeed and maintain safe operation.

8. What industries typically use this speed controller?
   Power generation, marine, oil & gas, and industrial manufacturing.

9. Is configuration software required?
   Yes, setup and tuning are performed using Woodward configuration tools.

10. Can it handle rapid load and speed changes?
    Yes, it provides fast response to transient and dynamic conditions.