Evaporative air cooler, air cooling fan, FKL-JH16

Product Features:
*Super Low Power Consumption
*4-In-1 Cooling, Humidification, Purifying & Fan
*Cools The Air Down Like A Fresh Breeze Flowing Across A Lake;
*Ideal For Targeted Spot Cooling Of Small Areas Such As Bed, Desk, Sofa And Dining Table;
*Ice Compartment & Carbon Dust Filter
*Fast Cooling Up To 10-20 Sq Meters
*No Compressor System Compared To A Air Conditioner, More Efficient And Inexpensive
*Steady And Powerful Air Flow
*Easy Mobility With Built In Wheels And Light Weight
*Big Water Tank Capacity For Easy Filling
*3 Speeds Including High, Medium And Low.
*Performs Best In Hot/Dry Climates Where Humidity Levels Are <60%
*Not Just A Fan – Air Cooler Reduces Temperature Through Water Evaporation
*Moist, Cool Breeze Could Be Used As Humidification During Winter Months
*Big Water Tank Capacity For Easy Filling

Tips:
Evaporative Air Coolers are more effective in environments with maximum relative humidity of 60% or less. If you live in a humid location, air coolers can still be a welcomed, energy saving cooling mechanism for your home by scheduling the air cooler to switch on at specific, drier times during the day. For example, during the hottest hours of the afternoon. Honeywell Air Coolers can also be paired with your air conditioner to extend air conditioner cooling so you can save energy by switching off the air conditioner and extending the cooling effect by switching on a Air Cooler.
Evaporative Air Coolers are an environmentally-friendly and cost-friendly cooling option for your home or office. Much like a breeze flowing across a lake or the refreshing cool air you feel near a waterfall, air coolers produce a comfortable, cool breeze with the natural process of water evaporation.
Evaporative air coolers include two motorized components: a pump and a fan. The pump circulates water around the unit and saturates a honeycomb-shaped irrigation pad. The fan blows air through the wet irrigation pad, causing the moisture to evaporate into vapor. The conversion of heat energy into evaporative energy results in a coolness in the outgoing air. An example of this is felt in a lakeside breeze: the air along a lake or waterfall feels cooler than the air inland. This is because heat has been converted into water vapor.