Cabinet Coolers Are Ultimate Solution For Electronic Components Overheating

Are you tired of your electronic components in the essential panels getting overheated time and again? It is time you take a closer look at the issue.

Compact designs and decreasing size of electronic components have given way to construction of smaller enclosures and cabinets for their placement. While this is a great way to save space and make the entire system look non-cluttered, it also creates a major problem for the electronic components and circuits by getting them overheated while operation.

Smaller space makes it harder for air to pass through and thus compromises cooling. Also, in gas and oil industry, military, steel industry, automotive industry, power plants, food processing units, and other such areas the circuits need to be contained within a sealed box to keep it away from any type of dust or oil or other type of contaminants. Allowing external air to pass through the circuitry unchecked is not an option. Thus, cabinet coolers are the perfect solution to this problem.

Cabinet coolers, especially which are designed and manufactured by reputed companies like pelmar engineering, are compact, small and built for operation using the minimal area. These coolers are built to keep the cabinet cool from inside without compromising the seal. The coolers maintain air flow within the enclosure while preventing contamination of any kind. Air passed through the cabinet is purified and thus does not hinder the operation of the circuitry in any way. Additionally, it increases the efficiency as performance of the components is not degraded due to overheating.

Cabinet coolers come in wide variety. Depending upon the type of cabinet, the place it is being put to use, and the type of components being cooled, there are a number of choices available.

  • Vortex electronic cooler is the easiest to install and among the most popular cabinet coolers. It is a panel cooler which maintains the temperature within the cabinet and prevents entry of dust or any type of pollutant. It is easy to install, affordable and low in terms of maintenance. The temperature within the cabinet can be controlled easily using the control panel mounted on top.
  • Some coolers use air exchange mechanism to ensure cooling. Air release valves are important components in such systems. Top grade air release valves ensure that the air being pumped in and out of the system are free from contaminants and does not cause any mal function within the circuit. It allows exchange of heat by replacing the hot air within the cabinet with stream of cold air.
  • Cabinet coolers that employ liquid coolants use a closed or open loop system for heat exchange. These systems depend heavily on the efficiency of the loop to ensure proper cooling. Bag filters are used within the loops to filter out any type of impurity from the liquid stream since the presence of contaminants compromises the efficiency of cooling.

There are other varieties of cabinet cooling units available as well. Depending upon the type of cabinet you are going to cool and the operational temperature of the components, make sure you get the right cooling solution. Modern equipment is highly sensitive to temperature and need to be maintained within a fixed temperature range for best functionality.

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