Products

Midea AF-09N8D0-I inverter air conditioner is a split-type model designed for comfortable cooling and heating in small and medium-sized rooms. With a 9000 BTU capacity, this model is suitable for bedrooms, study rooms, small living rooms, offices and other compact indoor spaces. Thanks to inverter technology, the unit adjusts its operating power according to the room temperature and helps create a more stable indoor climate.This model can be used for cooling during summer and heating during cooler periods. Midea AF-09N8D0-I stands out with easy daily control, quiet operation and balanced energy consumption. Compared to conventional air conditioners, the inverter compressor helps keep the temperature more stable and provides better comfort during long-term use.Midea AF-09N8D0-I is a practical choice for rooms of approximately 20–30 m². Its simple white design fits different interiors, while the wall-mounted installation does not take up much space in the room. This air conditioner is suitable for homes, offices, small shops and service areas.If you are looking for a 9000 BTU split air conditioner with inverter technology and energy-saving performance, Midea AF-09N8D0-I is one of the suitable options. This model is designed for comfortable cooling, heating and stable temperature control in compact spaces.Euroclima.az offers Midea inverter air conditioners for homes, offices and commercial spaces in Baku and across Azerbaijan. Euroclima provides customers with split and inverter air conditioner models in different BTU capacities, combining comfortable cooling, heating and energy efficiency.

Brand: Midea
Model: AF-09N8D0-I
Product type: Split air conditioner
Compressor type: Inverter
Cooling capacity: 9000 BTU
Operating mode: Cooling and heating
Recommended area: approximately 20–30 m²
Energy class: A++
Refrigerant type: R32
Application area: bedroom, study room, small living room, office and compact spaces
Control: remote control
Color: white
Installation type: wall-mounted indoor unit and outdoor unit system