Distorted waveforms can cause wasteful heat, more frequent equipment failure and added costs from increased power usage.
Motors
Motors are the most common source of power used by pumping systems. This technology is heavily regulated. Pumps by themselves are not variable speed, an option that many systems need to operate with peaks and ebbs during the run cycle, such as power generation. The addition of a variable frequency drive (VFD) gives it that capability.
Variable mixing can provide a homogeneous process volume, consistent temperature and improved biological contact.
Artificial intelligence and machine learning were hot topics at the show
EASA specialist says artificial intelligence and machine learning are here to stay.
Engineers are eschewing large motors for less centralized systems.
How electronic speed control drives, adjustable frequency drives, magnetic drives and steam turbine drives work to achieve true variable speed control.
VFDs can extend life by reducing wear on equipment and motors.
Consider these methods to help protect systems from high-frequency current damage.
Understand these concepts before starting squirrel cage induction motors.
Harmful common mode shaft voltages can damage motor bearings and cause premature machine failure.
Separation can improve delivery time and allow exact replacement.
Furnace blower motor design transformation was fueled by new end user and government standards.
This technology can help reduce blockages, detect damaged equipment and avoid dry runs, thus reducing motor stress.
Understand accessories, sizing, electrical performance and color.
What makes motors standard and what could make them special?
Most pumps are driven by AC induction motors.
Motion leader describes upcoming challenges in motors and drives.
Avoid operational problems during installation and startup
How fluid drive, eddy current drive and wound rotor motors work to achieve true variable speed control.
New requirements in 2020 offer opportunities for improving system function.