The topic of window automation systems is certainly the most critical in an industry where home automation is now the central asset in the development strategies of every manufacturer.
To respond to these trends, Master created APRO, its Windows Automation System that enables remote management of the opening of windows and door-sized windows in a building, to allow natural ventilation of rooms and ensure maximum living comfort, while meeting high security standards.
APRO is designed to respond to the need to make the openings of residential, commercial and industrial buildings automatic and intelligent, enhancing the design of these architectures with completely invisible automations or design elements that blend in perfectly with the building, thanks to a range of accessories that can transform any window or door into an integrated Home Automation element.
The range consists of overlaid or built-in actuators with very small dimensions to combine movement efficiency and design, and is complemented by locking systems and control devices via gateways interfaced with a dedicated application.
With the APRO series gateways and the native APRO APP or integrations with popular building automation devices, you can manage access, create profiles with different permissions, and have control of all APRO devices directly on your device.
The program was also designed to achieve the goal of maximum security of a building’s window locking system. By connecting the devices to APRO APP or to your own home automation control unit, any anomalies and malfunctions will be reported. All actuators in the range are equipped with High Speed Function that allows that to be used as NSHEV devices in combination with a smoke and heat evacuation system (EFC ) according to EN 12101-2.
With APRO, the Master group focuses on safety but also on living comfort, as the system is programmed to ensure air exchange through natural ventilation. Automatic opening-closing routines for windows and doors can be provided to improve air health and maintain a constant temperature.