Adobe air inc evaporative cooler portable#

In terms of mounting styles, evaporative coolers can be located on rooftops, exterior walls, or windows. Thicker pads can be more effective than thinner pads because there is more material to absorb water. When choosing pads for evaporative coolers, pad thickness is an important consideration. When water enters the pad, some of it is absorbed by the wood, allowing it to cool the air passing through. Cooling pads often consist of a wool and wood mixture, or plastics and melamin paper inside a containment net. The sides contain a centrifugal fan, an electric motor, and a water pump. Most evaporative coolers have an outer casing of metal or plastic with vented sides. SpecificationsĮvaporative coolers differ in terms of materials of construction and mounting style.

Because the air was pre-cooled and cannot hold as much moisture as warm air, less humidity is added to the air-stream. Other features include ground fault circuit interrupter protection to prevent electrical shock, and. No installation is needed at the units 20-ft, 16-gal power cord can plug into standard 120-V receptacles. (Phoenix) cool 1,400 to 3,000 sq ft as distances of 50 to 75 ft.

Adobe air inc evaporative cooler portable#

With indirect evaporative coolers, the pre-cooled air passes through a permeable, wet pad and picks up humidity. The MasterCool (r) portable evaporative cooling units from AdobeAir, Inc. This second stage is the same as a direct cooler. To prevent this problem, indirect, or two-stage, coolers have an additional heat-exchanging stage that uses a secondary heat exchanger to pre-cool the air. One disadvantage of direct evaporative coolers is that they may increase the humidity. The pad acts like an air filter as it is cooled and humidified. TypesĮvaporative coolers are available in two basic types: direct and indirect.ĭirect evaporative coolers contain a blower that forces air through a water-soaked pad. In areas with high humidity, evaporative coolers do little to cool the air, but can be used for increased ventilation. In such climates, these devices can be used in many locations, including: ApplicationsĮvaporative coolers are best suited for hot climates with low humidity. In addition, they do not use ozone-harming chlorofluorocarbons (CFCs) and hydrochlorofluorocarbons (HCFCs). Evaporative coolers use a quarter of the electricity of air conditioners and are relatively inexpensive. They are sometimes called air coolers, desert coolers, or swamp coolers. Evaporative coolers are cooling devices that use the evaporation of water into the air to cool the air temperature.