Stylish environmental and excellent cooling effect

Stylish environmental and excellent cooling effect evaporative air conditioner (1)The technical specification ofStylish environmental and excellent cooling effect evaporative air conditioner as follows: Model KLP-B048 Airflow(m3/h) 4800 Air pressure(Pa) 48 Power supply(V/Hz) 220/50(60) Power(W) 240 Rating current (A) 1.48 Air delivery (m) 8 Applicable aream2 25-35 NoisedB ≤54 Air out way sideward Fan type centrifugal Fan motor single phase/3 speed Air outlet(mm) 274x430 Water capacity(L) 30 Water consumption(L/h) 3-4 Product dimension(mm) 580x440x1583 Packing size(mm) 650x510x1620 Net weightkg 38 Gross weight ( kg ) 42 Loading qty(40ft HQ) 104sets 2)The mainfunctions ofStylish environmental and excellent cooling effect evaporative air conditioner:a: Energy saving: Low cost of working. Air cooler estimated energy cost of operation is less than 1/6 -1/8 that of refrigerated air.b: Environment protection: No compressor and no freon.c: Obvious effect of lowering temperature: Lower temperature by water evaporation.Refrigerate in effect, Air cooler can lower temperature 4-12 centigrade.d: Removing dust and ventilation:Air cooler increase the air oxygen, filter the dust and smell, improve the air quality.(3)Main features of Stylish environmental and excellent cooling effect evaporative air conditioner:1. 4 in 1: Air cooler,Fan,Purifer and Humidifier.2. Honeycomb wed pad for optimum performance.3. Adjustable air level to your comfort.4. Touch LCD control panel with full function remote controller.5. Stylish and luxury color-printed glass panel.6.Simple operation and good appearance.7. Intelligent trouble shooting. 8. Over current and overvoltage protection.9. Mounted with castors for easy mobility.(4) The principle of Stylish environmental and excellent cooling effect evaporative air conditioner: The evaporative air cooler cools the air by means of the evaporation of water. When water evaporates into the air, the result is a mixture of air and water molecules. This chemical change requires heat, thus energy or latent heat is taken from the air molecules-dropping the actual temperture of the air.