KNX – the global standard for home and building automation, increases energy efficiency, convenience and security with the greatest possible flexibility. This allows all functions in the building to be connected and controlled easily. Whether it's sun shading systems, lighting, air conditioning, heating, or security systems – with the KNX bus system, all these consumers can be centrally controlled via an operating element or automatically using intelligent sensors. WAREMA KNX components integrate seamlessly into KNX networks enabling the perfect automation of sun shading products.

  • Global standard in house and building automation for the use of components and devices from different manufacturers
  • Maximum security in the digital building - KNX secure actuators ensure that access is only possible for authorised participants
  • Easy link between the sun shading system, lighting, air conditioning, heating and safety systems
  • Flexible planning and installation possible thanks to large variety of devices (surface mounted, flush-mounted, connected in series)
  • Commissioning, diagnosis and troubleshooting via smartphone app thanks to actuators with Bluetooth interface
  • The parameters of the WAREMA KNX are perfectly matched to the requirements of the sun shading system.

In a KNX system move commands and weather data are transmitted via the bus line. The sensors transmit current weather data to the actuators. Every actuator filters the signals intended for it out of the bus line and independently initiates the commands for all connected products (sun shading system, light, windows, etc.).

KNX actuators from WAREMA enable the simple and reliable implementation of various convenient and safety functions such as sun position-dependent slat tracking. The BAline KNXMCM extension even enables complex applications such as annual shading or the implementation of a wind report.

The WAREMA KNX weather station received an award from the Red Dot jury in the “Innovative Design” category. Modern ultrasonic sensor technology eliminates the need for moving parts. The weather data provides the basis for automated control of sun shading and other building functions.

    KNX actuator for controlling sun shading drives

      Hardware for transmitting commands from a KNX system to WMS receivers

        Weather station for recording weather data and providing it to the KNX system

        The KNX converter WMS makes it possible to control WMS radio receivers in a KNX system. Commands are transmitted to the KNX converter WMS via KNX and relayed to the WMS receivers by radio. Operation or automation is still possible with the WMS transmitters and the corresponding sensors.

        Due to the quick and simple installation, the solution is optimally suited for the retrofitting and expansion of existing KNX systems.

        • The slats of external venetian blinds are automatically adjusted to the current position of the sun.
        • The cut-off function supports a slat position that reduces direct sunlight while allowing diffuse daylight to be used for room illumination.
        • Slat tracking is a room automation function described in VDI 3813 Part 2.

        • Calculation of the shading pattern for defined window areas over the course of the day and year
        • Consideration of shadows cast by the surroundings, for example by courtyards or neighbouring buildings
        • Window-specific control of the sun shading system based on the calculated shading situation
        • Can reduce movements when window areas are already shaded

        • Results from wind studies can be taken into account when planning and configuring the sun shading control system.
        • Based on the wind study, suitable measuring points on the building can be determined on a project-specific basis.
        • Wind direction and wind speed can be taken into account individually for sun shading products.
        • Enables demand-based, wind-dependent use of the sun shading system.
        • Supports wind-related planning and control of the sun shading system.