Outdoor unit HAIER Multi 1:2 2U50S2SM1FA

Beat the heat and the cold with the HAIER Multi 1:2 Outdoor Unit 2U50S2SM1FA, part of the multi-split air conditioner range. Designed to work efficiently with no less than two indoor units, this device is an excellent option for large rooms up to 50 square meters.

With a power of 18000 BTU, this Haier product comes with an inverter compressor to maintain the desired temperature in an energy efficient way. Its cooling capacity reaches 5.0 kW, while the heating power is 5.8 kW.

You don't have to worry about electricity consumption either, as it is only 1.43 kW for cooling and 1.54 kW for heating. Also, the noise level is relatively low, only 53 dB, which makes it less disturbing.

This device uses Hladagent R32, which makes this air conditioner a friend of the environment. With a maximum path length of 30 meters and a maximum drop height of 15 meters, it is suitable for installation in the most varied locations.

The external dimensions of the block are 800x280x553 mm and it weighs 36 kg, making it compact and easy to mount. Defeat temperature extremes with the HAIER Multi 1:2 Outdoor Unit 2U50S2SM1FA and make every day perfect in terms of the temperature in your home.

Outdoor units of the MULTI SPLIT air conditioning system are compact and efficient devices that operate on the ecological refrigerant R32. The MULTI SPLIT system allows you to connect up to 5 indoor units to one outdoor unit. It is an ideal solution for single-family houses or apartments where several rooms will be air-conditioned. MULTI SPLIT air conditioning allows you to cool several rooms at the same time. The MULTI SPLIT system saves installation space needed to install outdoor units and saves energy. The inverter technology used in the MULTI SPLIT air conditioning allows each indoor unit to operate on different parameters.

Ecological refrigerant
Compared to the commonly used refrigerant R410A, the Global Warming Potential (GWP) of R32 is almost one-third (GWP is 675 for R32 compared to 2088 for R410A), while allowing a much smaller refrigerant volume and high energy efficiency. .