Industrial cabinet coolers can be very effective for reducing temperatures to ensure electronic devices are able to function as effectively as possible, provided they are used under the right conditions. Environments that have low ambient humidity and no exposure to the elements are ideally suited for utilizing cabinet coolers. Making additional efforts to ensure a low risk of airborne contaminants and no risk of corrosive materials that may cause wear or damage to essential parts and components can ensure safer, more dependable and more consistent equipment performance. Utilizing coolers in the wrong environment or setting can lead to no end of technical issues and even safety risks caused by the potential for an electrical fire.
The Importance of Selecting Dry Environments
Conditions that ensure low ambient humidity can greatly reduce the risk of ice build-up which may impede cooling or even cause an electrical short. While industrial cabinet coolers are designed to reduce interior heat, these devices may also create small areas of extremely cold temperatures. Moist and humid environments may cause ice to form which can interfere with equipment operation or even cause damage to electronics and moving components. Selecting conditions that have no exposure to the elements is also important for ensuring that humidity levels stay constant.
Debris and Airborne Contaminants
A low risk of airborne contaminants, debris and other foreign objects that may work their way into the interior of a cabinet can obstruct moving parts and cause damage to internal components. Industrial working environments where air quality may become a concern do not always provide the best conditions for cabinet coolers. Utilizing a filtration system or separate air supply may be necessary in order to ensure cabinet coolers are able to be safely and effectively used within manufacturing environments or settings were circulating contaminants may cause problems.
Protecting Equipment From Harsh Chemicals and Corrosive Materials
Care should be taken to isolate coolers from substances that may cause corrosion. Cleaning agents and materials used during a manufacturing process can seriously damage industrial cabinet coolers and compromise the wiring and electronics they contain. Setting up or operating coolers in conditions where there is no risk of corrosive materials contact or contamination is never a concern that should go overlooked.
Inspecting Equipment and Monitoring Conditions
Ongoing inspections of cabinet coolers may be needed in order to ensure environmental issues do not interfere with their operation. Containing wiring and electronics within an enclosed space can lead to a fire hazard in the event of improper installation or environmental factors that may damage equipment. Continuing to monitor all cabinets and equipment on an ongoing basis ensures that minor issues are able to be addressed before they become larger problems.