Panasonic-KIT-BZ25-ZKE Compact Wall Heat Pump

Panasonic Air Conditioning KIT-BZ25-ZKE Compact Wall Heat Pump 2.5Kw/9000Btu R32 A++ 240V~50Hz

Perfect for tight spaces, the Panasonic Air Conditioning BZ R32 “super compact” low noise indoor wall mounted units have a new design, only 779mm in width, and a height of an amazing 209mm. This allows installation above door openings and windows. The new multiple stage heat exchanger is folded to form a surround to the upper section of the fan enclosure. This ensures low air velocity, and reduced sound levels, whilst delivering high performance and efficiency. Some of the unique features include internal unit filters which can catch PM2.5 particles including hazardous pollutants as well as house dust and pollen and is able to maintain the air quality of the room. Particulate matter (PM2.5) can be found suspended in the air, including dust, dirt, smoke and liquid droplets. The internal unit includes a Aero-wings feature which incorporates two independent blades that concentrate airflow to cool or heat in the shortest time possible. This also helps distribute air evenly throughout the room. After reaching a set temperature, the Aero-wings twin blades direct air towards the ceiling to create the Shower Cooling effect.

Using an energy saving rotary inverter compressor and ozone friendly R32 refrigerant, Panasonic Air Conditioning’s outstanding energy saving performance with Inverter technology and a high-performance compressor provides top-class operating efficiency (A++). This lets you enjoy lower electricity bills while contributing to environmental protection. After reaching the set temperature quickly, the power will be adjusted smoothly to keep the temperature constant. So, there will be no sharp temperature changes and you will save power. The ample range of output powers also guarantees a pleasant temperature at all times, even when the number of people in the room fluctuates. This way, Inverter air conditioners provide more precise temperature control than non-Inverter models.