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VFD: Swap it or upgrade?

There’s a lot to know behind the process of replacing a drive.

Lumber Mill Upgraded with Energy-Efficient Matrix Drives

In order to accomplish the advances in industrial automation, leading edge processors are incorporating variable frequency drives.

In HVAC VFDs, Is 2-Contactor Bypass Really Better than 3-Contactor Bypass?

when all is said and done, neither design is inherently “safer” than the other

Selecting a scope for a variable frequency drive

Select the right oscilloscope to fit a variable frequency drive (VFD) application. Consider scope types, probes, and options. See eight factors to consider when choosing an oscilloscope.

Don’t forget these two things when selecting an amplifier for a servo-motion application

Using software to size motion designs is rewarding because engineers can efficiently predict which products are suitable for the application at hand. But key considerations (sometimes missed) when selecting a servo amplifier are those of dynamic braking and regenerative resistor braking.

Regenerative solutions

Make the right choice to drive electrical efficiency.

Top Tips: Understanding and Using Matrix Drive Technology

These tips will help you explore the latest innovation in variable frequency drives in an easy to read manner.

Yaskawa Launches Digital Product Configurator of Servo Motor 3D Part Models Built by CADENAS PARTsolutions

With instant previews, configurable product options and 3D CAD downloads, the motion control manufacturer gives engineers the tools they need to accelerate their design process

Matrix drive benefits for managing drive harmonics

Trap filters are a common solution for managing drive harmonics, but matrix drives can provide additional benefits for the user without the need for peripheral equipment and costs.

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