Exair dual high-temperature cabinet cooler systems for large electrical enclosures

Monday, 23 July, 2012 | Supplied by: Compressed Air Australia Pty Ltd


Exair’s UL-listed and CE-compliant dual high-temperature cabinet cooler systems purge and cool overheated electrical control panels in harsh environments, up to 93°C.

Available with cooling capacities of 4000, 4800 and 5600 BTUH, applications include variable frequency drives, programmable controllers, industrial computers, motor controls, microprocessors and robotics.

Dual high-temperature cabinet coolers circulate -7°C cold air through the electrical enclosure to eliminate high-temperature malfunctions and protect sensitive electronics from hot, dirty environments, such as in foundries, glass plants or steel mills.

The high cooling capacity (up to 5600 BTUH) is suitable for large electrical enclosures and high heat loads. Models with lower cooling capacities, for NEMA 12, 4 and 4X enclosures, are also available.

Cabinet coolers incorporate a vortex tube that cools ordinary compressed air to cold air without the use of refrigerants. They mount through a standard electrical knockout while maintaining the NEMA 12, 4 or 4X rating of the enclosure.

Systems with thermostat control minimise compressed air use, keeping the enclosure at ±1°C of the temperature setting. An automatic drain filter separator ensures no moisture passes to the inside of the electrical enclosure. There are no moving parts to wear out.

Online: www.caasafety.com.au
Phone: 08 8983 3999
Related Products

Plant Assessor machinery compliance and risk assessment software

Plant Assessor is a machinery safety platform that helps users ensure that machinery is safe for...

Siemens Sicharge electric charging stations for mines

Siemens Australia and Murray Engineering have developed an electric vehicle charging station that...

CR Mining GRIPAssist ground engaging tool (GET) safety solution

The GRIPAssist ground engaging tool (GET) safety solution from CR Mining minimises human contact...


  • All content Copyright © 2022 Westwick-Farrow Pty Ltd