Woodward | 9905-387 | ProAct Driver Module
Description
The Woodward 9905-387 is a ProAct Driver Module designed for load sharing and speed control in industrial engines and generators. This high-performance digital module ensures precise control and synchronization in demanding applications.
Specifications
- Type: Digital I/O Module
- Input Voltage: 3V DC
- Output Voltage: 0-3V DC
- Current Range: 0-200 mA control signal
- Operating Voltage: 18-32V DC
- Weight: 0.95 kg
- Compatibility: Works with Woodward accessories such as SPM-A synchronizer, AGLC, and APTL
Features
- Load Sharing and Speed Control: Ensures precise engine load management and speed control.
- Synchronization and Droop Load Sharing: Provides reliable synchronization and droop load-sharing capabilities.
- Fault Data Logging: Records fault data for troubleshooting and analysis.
- Accessory Compatibility: Seamlessly integrates with a variety of Woodward accessories.
This module is engineered for reliability and efficiency, making it ideal for enhancing performance in industrial applications
Woodward | 9905-387 | ProAct Driver Module
Woodward | 9905-387 | ProAct Driver Module
Description
The Woodward 9905-387 is a ProAct Driver Module designed for load sharing and speed control in industrial engines and generators. This high-performance digital module ensures precise control and synchronization in demanding applications.
Specifications
- Type: Digital I/O Module
- Input Voltage: 3V DC
- Output Voltage: 0-3V DC
- Current Range: 0-200 mA control signal
- Operating Voltage: 18-32V DC
- Weight: 0.95 kg
- Compatibility: Works with Woodward accessories such as SPM-A synchronizer, AGLC, and APTL
Features
- Load Sharing and Speed Control: Ensures precise engine load management and speed control.
- Synchronization and Droop Load Sharing: Provides reliable synchronization and droop load-sharing capabilities.
- Fault Data Logging: Records fault data for troubleshooting and analysis.
- Accessory Compatibility: Seamlessly integrates with a variety of Woodward accessories.
This module is engineered for reliability and efficiency, making it ideal for enhancing performance in industrial applications