Improving System Performance with Low Voltage VFDs in Industrial Processes

2023-06-11

As industries continue to evolve, the need for efficiency and improved performance becomes more significant. One of the most critical components of industrial processes is the use of variable frequency drives(VFD). In this article, we will explore how implementing low voltage VFDs can improve system performance and benefit industries.

Understanding low voltage VFDs

Before we delve into the benefits of low voltage VFDs, it is essential to understand what they are. Low voltage VFDs help control the speed of electric motors used in industrial equipment. They work by regulating the frequency of power supplied to the motors and manage motor speed according to energy requirements. Traditional VFDs operate at higher voltage levels, while low voltage VFDs handle varying voltage levels of up to 690V.

Benefits of low voltage VFDs

Implementing low voltage VFDs in industrial processes comes with many benefits that industries cannot ignore. One significant advantage of using low voltage VFDs is energy efficiency. By regulating motor speed, low voltage VFDs ensure that industrial equipment only draws the power required to operate rather than running at full capacity all the time. This results in significant energy cost savings, making it an ideal solution for industries that consume a lot of energy.

Another benefit of using low voltage VFDs is that they help reduce wear and tear on industrial equipment. Prolonged use of electric motors at high speeds can lead to wear and tear, which can be expensive and time-consuming to repair. With low voltage VFDs, electric motors operate within their optimal range, preventing them from undergoing too much stress and increasing their lifespan.

Use of low voltage VFDs in industrial processes

Low voltage VFDs can benefit a wide range of industrial processes. Some industrial equipment that can benefit from the use of low voltage VFDs include centrifugal pumps, fans, and compressors. These pieces of equipment often require variable speeds, and using low voltage VFDs can help achieve this. In addition, low voltage VFDs can also be used in HVAC systems, robotics, and material handling systems.

Industrial processes need to be optimized for efficiency and to reduce costs. The use of low voltage VFDs is a practical solution for industries looking to improve their processes. They offer benefits such as energy efficiency and extended equipment life, making them an excellent investment for industries. Although traditional VFDs have been used for a long time, implementing low voltage VFDs could be the solution industries need for better system performance.