Cover
Apple Home
Amazon Alexa
Google Home
Samsung SmartThings
Matter
Homey
Bridge Required
WiFi
230VAC
-1x-1x-1cm
The module for the roller shutter distribution box enables precise control of two connected roller shutter drives. It ensures that both roller shutters operate synchronously to optimally control light incidence and heat regulation. This way, you increase comfort and contribute to an energy-efficient living environment.
You can effortlessly operate the module via an intuitive app, allowing you to set up individual schedules and automations. The operation is self-explanatory, so you can get started immediately without any technical knowledge. With clearly defined functions, you can control both shutters simultaneously and reliably.
The module can be easily integrated into your existing smart home system and supports common standards like Matter. It works harmoniously with other connected devices, allowing you to centrally integrate your blinds into automation scenarios. This creates a unified, future-proof system that makes your everyday life smarter.
Through the central control of the shutters, you can create automated scenarios that optimize energy consumption. For example, the shutters automatically close in strong sunlight to regulate the room temperature. This way, you save costs in the long term while simultaneously increasing your living comfort.
The compact module impresses with a minimalist design that integrates unobtrusively into any distribution box. High-quality materials and precise workmanship guarantee a long service life and reliable operation. Its elegant appearance makes it a stylish, unobtrusive element in your smart home.
The installation of the module is carried out in a few clearly structured steps with the help of a detailed guide in the app. This way, you are ready to go in no time and can immediately benefit from the intelligent functions. If you have any questions or problems, competent support is available to you at any time.
The product requires the following accessories for operation.