Commercial and industrial buildings which house businesses of all industries rely on electronics for many vital operations. Electronic systems can produce a great deal of heat through their operations, which is contained by the cabinet housing. When exposed to too much heat, these systems can fail, which can cause major issues with production and operations.
Many of the electronic systems used in commercial and industrial facilities can stand up to a great amount of heat. Though at extreme temperatures, these systems can be damaged or fail. When temperatures rise above 40 degrees Celsius, electronic operations will begin to be affected. The heat exposure can cause electronics to slow or stop, and provide false readings.
In commercial and industrial facilities that use electronics in operation commercial air conditioning systems offer crucial protection against overheating. Overheating damages the integrity of electronic equipment, affecting production and cost. Electronics exposed to excess heat can fail prematurely, adding replacement expenses for the facility.
To protect electronics, there are different commercial air conditioning options available for use. Each have pros and cons, and should be evaluated on their ability to protect sensitive electronics as well as cool efficiency. Below are some of the options available which can be utilized in commercial and industrial settings:
Commercial Air Conditioning: Traditional air conditioning systems are ideal for use to cool sensitive electronic equipment. They are effective at cooling equipment in environments where outdoor temperatures do not climb about around 46 degrees Celsius. Commercial air conditioning systems require routine maintenance to ensure all components are working effectively. Maintenance can boost efficiency of these systems as well as prevent system issues which can affect their ability to cool electronics.
Thermoelectric Coolers: Thermoelectric coolers can provide effective cooling power, but can be expensive to operate. Depending on the heat production of the electronics, they may offer minimal efficiency. Their low efficiency levels can generate high cooling costs for facilities. While they can be a valuable choice for some specialized applications, they are not ideal for use in all facilities.
Heat Pipes: Heat pipes wick away the excess heat from inside the electronic cabinet, sending it outside where cooler air exists. This system is effective in commercial and industrial buildings which are air conditioned, where air is much cooler outside electronics cabinets. Heat pipes aren’t effective in hot environments.
Whatever cooling measures are used, you’ll want to also protect sensitive electronic equipment from other environmental elements which can be damaging. For instance, opening cabinet housings and using fans to blow cool air across electronic equipment can also expose the equipment to humidity, oils, and dirt. These contaminants can hurt electronic components just like heat can. Before implementing commercial air conditioning measures, be sure the chosen method will not expose the electronic equipment to additional dangers.