Cooling Electrical Enclosures Without Condensation
How Condensation Forms in an Enclosure
Condensation forms when warm, humid air comes into contact with a significantly cooler surface. The moisture in the warm air changes from gas to liquid when it cools, forming drops of condensation. In air-conditioned electrical enclosures, heated air can condense on the surfaces of the cooled enclosure, and the condensation can gradually erode and damage sensitive electrical components.
How to Keep Cool Without Condensation
Unlike air conditioning or compressed air, the air within a Noren heat exchanger is not forcibly chilled through compression or with an additional refrigerant. On the contrary, our green energy heat exchangers harness energy-efficient solutions, such as natural and forced convection, to keep the internal atmosphere of the enclosure just above the ambient temperature outside. Ambient heat exchangers also operate within a closed-loop system, so condensation and air contamination from outside never reach the equipment inside the enclosure.
Customized Ways to Cool Electrical Enclosures More Efficiently
Condensation is one of many potential pitfalls of relying on air conditioning units to cool your electrical enclosures continuously. Fortunately, our ambient and below-ambient cooling units can address most of them. To learn more about heat exchangers' ability to keep up with advanced computer technology, call Noren Thermal, Inc. in Taylor, TX, at 512 595-5700.