Radio roller shutter controller 230V - DIN mounting 85÷265V AC/DC FW-STR1D

Radio roller shutter controller – intelligent control of your installation

This multifunctional roller shutter controller is designed for mounting on a DIN rail and allows remote control of roller shutters, blinds or awnings. Compatible with the F&Wave radio system, it offers convenience and flexibility in managing home automation. The device is powered by 230 V AC, and its versatility allows it to work with various types of drives. Installation is simple – just a 35 mm rail.

Functionality and possibilities

The FW-STR1D controller is not only remote control. It offers a range of functions that increase comfort and adapt the operation to individual needs. The ability to connect up to 32 transmitters provides full control over the system from different points in the house. Two local control inputs allow direct operation of the roller shutters using monostable buttons, e.g. doorbell buttons. Additionally, the built-in signal retransmission function allows you to extend the range of remote control, which is particularly useful in larger buildings or in places with a weak radio signal.

The controller has thermal protection, protecting against damage in the event of an overload, which translates into long and trouble-free operation of the device. Small dimensions (1 module – 18 mm) make installation easier even in limited space. Thanks to this, integration with the existing electrical installation is efficient and problem-free.

Application and compatibility

The FW-STR1D controller is an ideal solution for both installers and end-users looking for a simple and reliable roller shutter control system. It can be used in new installations as well as modernized buildings. Compatible with AC 230V motors, it offers a wide range of configuration and customization options to the user's individual needs. Thanks to the radio frequency of 868 MHz, it ensures stable communication with F&Wave transmitters, eliminating interference and ensuring reliable system operation.