Air conditioner 5.0 kW split console outdoor unit ANERU AN ROTENSO AN50XO R16

Console air conditioner Rotenso Aneru – efficient cooling and heating

The Rotenso Aneru 5.0 kW air conditioner is an efficient solution for cooling and heating rooms up to 50 m². The device from the X series is characterized by a modern design and high energy efficiency, which translates into lower operating costs. This is particularly important for year-round use, as the air conditioner works perfectly both in summer and winter.

Application and construction

The split-type air conditioner, consisting of an indoor (console) and outdoor unit, offers flexible installation. The console design of the indoor unit makes it ideal for rooms with low ceilings or slopes, often found in attics. Thanks to its compact dimensions, it can be easily adapted to various interior arrangements. The outdoor unit is designed to operate efficiently even at low outdoor temperatures, down to -20°C.

Performance and efficiency

The device uses an environmentally friendly R32 refrigerant, which is characterized by a low GWP (Global Warming Potential). Energy class A++ in cooling mode and A+ in heating mode guarantee economical energy consumption. The DC Inverter compressor with 12 speed levels allows for precise adjustment of performance to current needs, while minimizing noise and energy consumption. The turbo eMOTO function provides quick cooling or heating of the room when needed. Additionally, the air conditioner has a drain pan heater and a compressor, which increases its reliability and lifespan.

Comfort of use and additional functions

The Rotenso Aneru air conditioner offers a wide range of functions that ensure comfortable use. Control via a wired remote control enables intuitive operation of the device. The optional WiFi control allows for remote management of the air conditioner from anywhere. The air conditioner also has a preliminary filter that traps dust and other contaminants, improving air quality in the room. Two-way airflow ensures even distribution of temperature throughout the room.