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Common Issues That Lead to Mechanical Failure in Industrial Power Inverters

An investment into industrial power inverters is a significantly hefty. Upon purchase, you want to ensure that the product that you have acquired runs optimally for as long as possible; however, many companies have found themselves struggling with the mechanical failure of their modular inverters not too long after installation. In order to protect your investment, you must become familiar with the most common issues that result in the mechanical failure of industrial power inverters. In some instances, mechanical failure may only result in repairs; however, there are other instances when mechanical failure results in the complete replacement of modular inverters. Continue reading to learn about the issues that could cost you hundreds and even thousands of dollars in repairs, replacements, and/or loss of workplace productivity.

Environmental Contaminates

One of the most common causes of mechanical failure in industrial power inverters is the exposure of environmental contaminates. It is common knowledge that industrial environments – such as those that oversee the manufacturing of various products – contain an exceptionally high level of contaminates, such as particulate matter and various types of chemicals. These substances have the ability to work their way inside of modular inverters and collect on important components that govern the functionality of the devices. Eventually, these substances can result in massive damage. In order to avoid mechanical failure due to contaminates, it is advised that you purchase inverters that contain the level 3 certification from NEBS.


The next issue that detrimentally impacts the mechanical functionality of industrial power inverters is overload. Each of the modular inverters that are currently on the market have a rating that identifies the amount of load that can be withstood during operation. If you purchase modular inverters that do not have the proper rating for the energy demands of your business, the unit will experience an overload. To avoid this issue, you should have an electrician evaluate the wattage of the area where the inverter will be placed. This wattage determination is the basis for choosing the appropriate load rating.

Wiring Burnout

The next issue that can lead to the failure of industrial power inverters is wiring burnout. That is, the wire that connects the product to the electrical system in the building experiences too high of a current and damages the wire. The best method for avoiding this issue is to ensure that thick wiring is used during the installation process. This type of wiring will ensure that the electricity that flows is evenly distributed. For information on mechanically-sound industrial power inverters that have a level 3 certificate, are able to operate without worry concerning overload, and have the appropriate sized wiring for your needs, visit the following link today: https://www.exeltech.com/products/