Industries We Serve

To produce efficient, reliable, high-quality drives, VFD manufacturers depend on innovative solutions. At MH&W, we offer products like our Nanotech CMC and DMC to protect VFD motor systems during their service life, strengthening performance and protecting insulation and bearings. OEM VFD manufacturers worldwide use our products to create lasting solutions for their end users.

Wind farms, solar farms, nuclear plants, and geothermal facilities are just some examples of renewable energy sectors that use VFD-run motors for things like cooling towers and turbines. As renewable and alternative energy are newer energy sources, their production and supply must run smoothly and without disruption so that more businesses and the public will be comfortable adopting these sustainable options. VFD’s create damaging currents that will cause lubrication breakdown and electrical discharge machining (EDM) damage in the motor bearing, and electromagnetic interference which affects control signals, encoder feedback, communication links for programmable logic controllers, Remote I/O, metal detectors, pump monitors, and other types of sensors including, ultrasonic sensors, bar code/vision systems, weight, and temperature sensors. Unscheduled system outages are costly and preventing disruptions in the energy industry is crucial for consistent energy supply to the public. MH&W provides VFD motor system protection to lessen maintenance and repair needs.

HVAC systems provide comfortable working environments in hospitals, schools, office and commercial buildings, and industrial workplaces alike. Many of these systems are powered by VFD-driven motors, which must operate reliably for seamless heating and cooling. Optimally functioning VFD drives decrease an HVAC system’s energy consumption and save on electricity costs. VFD’s create damaging currents that will cause lubrication breakdown and electrical discharge machining (EDM) damage in the motor bearing, and electromagnetic interference which affects control signals, encoder feedback, communication links for programmable logic controllers, Remote I/O, metal detectors, pump monitors, and other types of sensors including, ultrasonic sensors, bar code/vision systems, weight, and temperature sensors. Our Nanotech CMC and DMC products protect bearings and systems from expensive damage to ensure functioning VFDs and reliable, energy-efficient HVAC systems.

In pump and fan motors, VFDs offer efficient performance and energy savings while adjusting speeds. VFD’s create damaging currents that will cause lubrication breakdown and electrical discharge machining (EDM) damage in the motor bearing, and electromagnetic interference which affects control signals, encoder feedback, communication links for programmable logic controllers, Remote I/O, metal detectors, pump monitors, and other types of sensors including, ultrasonic sensors, bar code/vision systems, weight, and temperature sensors. Our solutions will reliably extend the life of your VFD-driven motors, setting you up for optimal equipment performance no matter how complex the application.

This industry uses VFD-driven motors for board and paper equipment, machinery for processing pulp, and more. VFDs allow you to reliably manage torque and speed in motors for such paper processing applications, giving you the ability to optimize your processes. Along with the added efficiency, you have the side benefit of consuming less energy for reduced costs.

VFD’s create damaging currents that will cause lubrication breakdown and electrical discharge machining (EDM) damage in the motor bearing, and electromagnetic interference which affects control signals, encoder feedback, communication links for programmable logic controllers, Remote I/O, metal detectors, pump monitors, and other types of sensors including, ultrasonic sensors, bar code/vision systems, weight, and temperature sensors.

Our solutions will reliably extend the life of your VFD-driven motors, setting you up for optimal equipment performance no matter how complex the application.

The food and beverage industry uses electric motors to power many types of equipment. Conveyor systems, pumps, refrigeration compressors, and more must operate without fail to prevent not only unscheduled system downtime but the spoilage of consumable goods, both of which can lead to significant financial losses.

VFD’s create damaging currents that will cause lubrication breakdown and electrical discharge machining (EDM) damage in the motor bearing, and electromagnetic interference which affects control signals, encoder feedback, communication links for programmable logic controllers, Remote I/O, metal detectors, pump monitors, and other types of sensors including, ultrasonic sensors, bar code/vision systems, weight, and temperature sensors.

MH&W brings enhanced reliability to food processing operations by reducing VFD-driven motor damage for reduced repairs and standstill periods.

Before incorporating VFDs, oversized agricultural systems ran inefficiently with pumps that couldn’t optimize operations. Pumping water for irrigation applications was highly expensive, allowing farmers to keep less of their profits. However, farming equipment and irrigation systems continue to evolve, keeping pace with new technological developments. With a VFD motor, pump pressure and flow are easier to control, and agricultural systems no longer require a series of pumps, throttling valves, or bypass lines.

VFD’s create damaging currents that will cause lubrication breakdown and electrical discharge machining (EDM) damage in the motor bearing, and electromagnetic interference which affects control signals, encoder feedback, communication links for programmable logic controllers, Remote I/O, metal detectors, pump monitors, and other types of sensors including, ultrasonic sensors, bar code/vision systems, weight, and temperature sensors.

MH&W brings enhanced reliability to agriculture and dairy farming operations by reducing VFD-driven motor damage for reduced repairs and standstill periods.

Reliable motors are an integral part of the pumping systems within water treatment plants. In these applications, motor failure is costly not only in terms of making repairs but also in the potential for public endangerment. When electrical damage causes a bearing to fail prematurely, this can result in the failure of your motor. Any type of motor can incur such damage, but VFD-driven motors experience it more frequently.

VFD’s create damaging currents that will cause lubrication breakdown and electrical discharge machining (EDM) damage in the motor bearing, and electromagnetic interference which affects control signals, encoder feedback, communication links for programmable logic controllers, Remote I/O, metal detectors, pump monitors, and other types of sensors including, ultrasonic sensors, bar code/vision systems, weight, and temperature sensors.

MH&W brings enhanced reliability to water treatment operations by reducing VFD-driven motor damage for reduced repairs and standstill periods.

If these currents aren’t “absorbed” the effect will be lubrication breakdown and electrical discharge.