Product number 5464-655
Manufacturer: Woodward
Product type: 4 channel actuator drive controller board
Input voltage: 24 Vdc
Maximum operating current: 12 V
Number of channels: 2
Update time: 5 milliseconds
Operating temperature: -25°C to +70°C
Isolation protection: 3000 VDC
Power supply: 10-60 VDC
Availability: In stock
Weight: 2
Pound producing country: USA
The 5644-655 is a 4-channel actuator driven controller board manufactured and designed by Woodward as part of the 5400 series used in turbine control systems. A 4-channel actuator drive controller board is a device designed to control the operation of four actuators simultaneously. Actuators are devices responsible for converting energy into motion. A controller board typically includes circuits and components that manage power, signal processing, and communication with external devices. Each channel on the board corresponds to an actuator, allowing multiple actuators to be controlled independently.
Features:
Channel control: The ability to control each channel or actuator individually. This allows the precise operation of different components in the system.
Power management: The board can contain a power management system to ensure that the actuator receives the appropriate power level for optimal performance.
Communication interface: Can include PWM (pulse width modulation), I2C (internal integrated circuit) or UART (Universal asynchronous receiver - transmitter) interfaces for communication with external devices or a central controller.
Protection mechanism: Built-in overcurrent protection, thermal protection, short circuit protection and other safety functions to prevent damage to the actuator or controller board.
Compatibility: The controller board can be designed to work with a wide range of actuators, sensors and other peripherals commonly used in mechatronics systems.
Programming and configuration: Some controller boards may offer programmable features or configuration options that allow the user to customize the behavior of the actuator according to specific requirements.
Compact form factor: Depending on the application, the controller board can be designed to fit into a compact space or seamlessly integrate into an existing system.
