Product Description

Centrifugal air cooler of side blowing style
Wind volume: 18000-28000m³ /h Voltage: 220V-380V
External dimensions: 950*1080*1080mm Power: 1.5KW-2.2KW
RDER Evaporative Air Cooler Description
Evaporative air cooler is also called evaporative air conditioner, desert cooler, swamp cooler, air cooler, water-cooled air conditioner, environmental air conditioner.

1. The working concept
Using the circulating pump to pumping the water out of the tank, and trough the water distribution system spray evenly on the evaporation filter layer, the outdoor hot air enter the evaporation cooling medium, in the medium(honeycomb filter layer of special material, so that better cooling efficiency ) to proceeding the fully heat exchange with water. Through the evaporation wet curtain, which the transfer area is several times lager than the surface, to absorb a lot of heat, so as to achieve the purpose of cooling. The cool and clean air cooled by water evaporation absorbs the heat, pressurized by the low-noise fan into the room, and make the indoor hot air exhaust to the outside, and achieve the purpose of cooling the indoor air.

2. The application scope
1). Manufacturing industry such as textile, machinery, ceramics, fine chemical industry, metallurgy, glass, hardware, leather, etc
2). Making processing industry such as electroplating, electron, shoemaking, printing and dyeing, plastic, clothing, printing, packaging, food, etc.
3). Hospital, waiting room, school, reception room, superstore, laundry;
4). Public place such as kitchen, food market, large entertainment center, underground parking place, station, etc;
5). Planting and breeding places such as greenhouse, flowers and plants, poultry, animal husbandry, etc.
6). Refitting and installation of existing air-condition and wind giving machine equipment.
7). For the places needed high moisture such as textile and farm, may adopt part of interior installation;
8). For some places which require lower moisture and more cleanness, please think whether it is suitable.
3. The wind outlet style
A: Top discharge
B: Side discharge
C: Bottom discharge