ICEqube has been a trusted leader in the manufacturing of packaged Enclosure Air Conditioners since 1995 delivering reliable, long lasting, efficient, and durable solution that protects valuable equipment across a wide range of industrial environments. Our tested designs are built to maintain the integrity of electrical enclosures while preventing heat-related damage and performance issues. Whether you’re in manufacturing, automation, telecommunications, or another critical industry, ICEqube offers the ideal Enclosure Air Conditioner Unit to meet your needs.
ICEqube’s line of packaged air conditioners includes several mounting options to suit your application. These include our Surface Vertical Mount style ranging from1000-27000 Btu/h (293-7913 Watts) of cooling capacity, Inset Surface Vertical Mount style ranging from1000-5000 Btu/h (293-1465 Watts) of cooling capacity, and our Top Mount style ranging from 2000-8000 Btu/h (586-2345 Watts). Each system is engineered for efficient thermal management and designed for ease of installation and maintenance.
ICEqube’s Enclosure Air Conditioners use a Closed-loop cooling system that prevents external air, dust, and moisture from entering the enclosure. Heated air is drawn into the air conditioner by a powerful blower/fan, where it is cooled and dehumidified before being recirculated back into the enclosure. h This process of cooling not only ensures consistent internal temperatures but also helps maintain the NEMA integrity of the enclosure/application.
With proven performance and a reputation for durability, ICEqube continues to deliver high-quality Enclosure AC Units that meet the toughest industrial challenges.
*All of ICEqube’s products are independent agency tested, listed, and/or certified. Before our products are sent out for testing at independent agencies, ICEqube utilizes our multiple in-house testing chambers. Our in-house testing chambers ensure that all our products meet and/or exceed independent agency testing standards before independent agencies verify all testing.