Parameterization involves configuring values such as start and stop frequencies, voltage range, and protection functions, adapting them to the specific characteristics of each application. Variable frequency drives (VFDs) improve stability, reduce vibrations, and increase the accuracy of the processes performed by the motor.
Adjusting the speed of electric motors according to the actual system needs prevents energy waste, optimizes consumption, and extends equipment lifespan. The checklist of essential steps for variable frequency drive (VFD) parameterization outlines the specific stages for optimal configuration.
According to figures from the European Commission, the 8 billion electric motors installed in the EU consume nearly 50% of all electricity produced in these countries. Therefore, variable frequency drives hold the key to energy efficiency, and all advances that optimize the energy efficiency of motors will directly impact a reduction in consumption, and consequently, in carbon emissions and costs.
