18000 Industrial Evaporative Air Cooler With Big Water Tank

Evaporative air cooler

100% virgin PP plastic, top discharge

18000cmh, 1.1KW 380V/220V 50HZ/60HZ

Big water tank: 250L hold by 5 universal wheels

Why choose evaporative air cooler?
Evaporative air coolers are commonly recognized for availablility at lower pricing, and consumption of less electricity and costs related to maintenance than other traditional cooling equipment. Key features are as followings:
1. Environmentally friendly and energy saving: equipment air coolers achieve the same cooling effect as traditional air conditioners, but requiring only a quarter of the energy levels required by traditional air cooling equipment such as central air conditioners.
2. Desirable air conditioning: Air convection eliminates stale air indoors and facilitates bringing in fresh air from outdoors after undergoing a cooling and dust filtration process using the filter screen. The resulting indoor air is fresh, clean and cool with a high oxygen content. This air cooling equipment helps make users comfortable, and reduces rates of air conditioning rates of air conditioning related diseases.
3. After installation, the air cooler is easy to maintain by every day users, and does not uauslly require professional maintenance skills.
4. Free from Freon ,this evaporative air cooler is environmentally friendly and does not pollute the environment.
Cooling principle
Evaporative air coolers use water instead of Freon as refrigerant. The efficient “direct evaporative” refrigeration technology brings air into contact with moisture. Water absorbs heat in the evaporation process, and under the constant enthalpy value, the adsorption of humidity and heat in air reduces the air temperature(dry bulb temperature).
Working process: When the fresh air flows through the core components of the evaporative air cooler(multi-layer corrugated fiber evaporation network, evaporative cooling pad). It causes a heat exchange and filters out the dust in the sir, so that the air temperature drops almost along the constant enthalpy line. The air temperature is then decreased near the wet bulb temperature in the air.