Exair® NEMA 4X Cabinet Cooler System w/240V Thermostat Control 15 CFM 1/4X"NPT 1000 BTU/Hr HZ4815SS-240

Thermostat controlled hazardous location nema 4x (ip66) cabinet cooler systems are engineered and approved for use upon purged electrical enclosures found within classified areas. These hazloc cabinet cooler systems have been tested by ul and meet the stringent ul requirements for these areas. Cabinet cooler systems are a low cost and reliable way to cool purged electric control panels founds in the environments. The areas approved are class i div 1 groups a b c and d; class ii div 1 groups e f and g; and class iii. Hazardous location nema 4x (ip66) cabinet coolers are constructed of stainless steel for food service and corrosive environments and are available in cooling capacities from 1000 btu/hr. To 5600 btu/hr. They can be installed in minutes through a standard electrical knockout. Nema 4x thermostat control systems are the most efficient way to operate a cabinet cooler. They save air by activating the cooler only when internal temperatures approach critical levels. Thermostat controlled cooler systems are the best option when experiencing fluctuating heat loads caused by environment or seasonal changes. Standard thermostat control systems include an adjustable thermostat factory set at 95°f (35°c). Nema 4x (ip66) cabinet coolers (dust-tight oil-tight splash resistant indoor/outdoor service) incorporate a low pressure relief valve which closes and seals when the cooler is not operating to maintain the integrity of a nema 4x enclosure. Each of these systems include a water-dirt filter separator to prevent water condensate and dirt from entering your enclosure and a cold air distribution kit used to direct the air for circulation or on to hot spots. All cabinet coolers are ul classified and ce compliant. Exair's hazloc cabinet cooler systems are not purged and pressurized control systems and should not be relied upon nor used in place of a purged and pressurized controller. They are meant for use in conjunction with a purged and pressurized control syst

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