Multiple Wireless CU with 1 Wireless Remote
A single wireless remote enables control of multiple control units, providing convenient actuator control without wired connections.
Multiple Wireless CU with 1 Wireless Remote
A single wireless remote enables control of multiple control units, with wireless operation that provides convenient actuator control without wired connections. Multiple CU support allows synchronized or individual control based on application requirements.
Built for Wireless Control
Single Wireless Remote
Enables control of multiple Control Units.
Wireless Operation
Provides convenient actuator control without wired connections.
Multiple CU Support
Allows synchronized or individual control based on application requirements.
Compact CU Design
Enables easy integration into existing actuator systems.
See the System in Detail
Technical Specifications
- Control Type: Wireless Actuator Control
- Function: Multiple CU Actuator Control
- Input: 12V / 24V DC
- Application: Linear Actuator & Control Unit
Value Addition Points
Allows multiple actuators/CUs to be controlled using a single remote.
Reduces wiring complexity between the remote and control units.
Improves ease of operation and installation flexibility.
Useful for multi-actuator applications requiring centralized wireless control.
Know More About the Product
Single Wireless Remote
A single wireless remote enables control of multiple control units. Wireless operation provides convenient actuator control without wired connections.
The control type is wireless actuator control, with a 12V / 24V DC input.
Multiple CU Support
Multiple CU support allows synchronized or individual control based on application requirements. The function is multiple CU actuator control.
Compact CU Design
The compact CU design enables easy integration into existing actuator systems, for linear actuator and control unit applications.
Benefits
Multiple actuators/CUs can be controlled using a single remote, and wiring complexity between the remote and control units is reduced.
It improves ease of operation and installation flexibility, and is useful for multi-actuator applications requiring centralized wireless control.