ATREA aMotion

About ATREA aMotion

The APP enables to control air handling units with aMotion control system.

The mobile APP is fully replacing the aTouch wall-mounted touch controller or web UI interface via PC. It can also be used in combination with controllers, such as the simple aDot wall-mounted controller, as a practical and cost-effective solution for HVAC system control.

Control your ventilation unit by this APP from anywhere around the world thanks to the internet connection and our cloud. Or just use the APP to control the ventilation unit at your home on your local network without an internet connection. The APP also allows you to manage multiple units from your cloud account or local network.

An example of functions available via the mobile APP:
- Quick overview of the current status of important parameters on one screen
- The user can choose which information is essential in his application and wants to keep it available
- Scene settings, which are quick custom presets that can cover a range of operating parameters under one button
- Weekly calendars set up with automatic control; multiple calendars can be set up and switching can be automated according to date or outside temperature.
- Individual adjustment of partial requirements - ventilation power, temperatures, modes, zones, etc.
- Possibility of time-limited ventilation plans for holidays and other exceptional situations
- Monitoring of all operating conditions and overview of the operation of the entire system
- Advanced setting of all user parameters

This APP is provided free of charge to all customers with DUPLEX units equipped with aMotion controls. An aCloud account, which allows connection to the unit via the internet, is also provided free of charge by ATREA.

The aMotion control system is the ATREA's latest self-programmed and self-developed control system for all DUPLEX air handling units. The aMotion provides all the basic functions of the internal components of the ventilation units and at the same time includes a number of additional inputs and outputs for connection to optional peripheries.