Air Handling Unit is a device that allows air taken from the atmosphere or interior space to be sent to the space after passing through various conditions and then brought to the desired climatic conditions. Air Handling Units can be produced with many models and features depending on the structure of the process and the characteristics of the project.
Hygienic Air Conditioning Units are special air conditioning devices used in areas where high hygiene standards are required, i.e. hospitals, pharmaceutical production facilities, food processing facilities, laboratories, etc. Such devices control air quality not only in terms of temperature and humidity control, but also in terms of microbiological purity.
Humidity and temperature control units are units designed to keep the temperature, humidity and air quality of the space stable in all seasons.
Double-walled hoods can be used in kitchens and cooking and frying areas used in large-volume spaces such as food factories, shopping mall restaurants and hotels. Airplus hood units are suitable for double-walled hood applications and offer ideal solutions for kitchen applications with their compact structure, ventilation and air conditioning thanks to the heat recovery -DX battery-outdoor unit option. The automation is on the panel on the device.
Ceiling type heat pump heat recovery devices are devices that provide energy saving by recovering heat energy without mixing exhaust air and fresh air with the help of the fans inside thanks to the special plate heat exchanger designed to meet the exhaust and fresh air needs in closed spaces. The device has a compact structure thanks to its evaporator, condenser, compressor, heating-cooling equipment and control panel. The carcass of the ceiling type heatpump heat pump heat recovery device is made of oven painted galvanized steel sheet. Cell panels are made of 35 mm thick outer wall electrostatic powder painted and inner wall galvanized steel sheet.
Cell fans are high-flow fans, especially in industrial and commercial applications. The term "cell" comes from the special blade structure of the fan design. The blades of these fans are usually arranged in a cell or cage shape, and this structure increases the efficiency of the fan, providing higher air flow rates with lower energy consumption.
