Our Products

VLT^Ⓡ Micro Drive FC 51 is small and yet powerful and built to last. Panel space can be saved and installation costs reduced thanks to its compact size and minimal commissioning requirements.

VLT^Ⓡ AQUA Drive is designed to provide the highest level of performance of AC-motor-driven water and wastewater applications. Featuring a wide range of powerful standard features, which can be expanded with performance-improving options, the drive is equally suited to both new and retrofit projects.

Reach new levels of performance with the VLT^Ⓡ Midi Drive FC 280, the evolution of the popular VLT^Ⓡ 2800 drive. Profit from new savings with a wide range of features designed to make installing, using and maintaining the AC drive as simple and as easy as possible.

VLT^Ⓡ AutomationDrive FC 360 is a compact, space-saving, general-purpose AC drive available in 5 frame sizes. Designed with ease-of-use, reliability and flexibility in mind, the basic, yet comprehensive features provide precise and energy-efficient motor control for a wide range of industrial applications.

Danfoss’ unsurpassed experience in advanced AC drive technologies makes the VACON^Ⓡ 1000 air-cooled MV drive the preferred choice for industrial medium-voltage general purpose applications, especially for variable torque loads such as pumps and fans in the low and mid-power range. The standalone version, available at 215 A and below, is one of the most compact and versatile multi-level MV drives in its class.

VLT^Ⓡ Sine-wave Filter MCC 101 output filters are differential mode low-pass filters that suppress the switching frequency component from the drive and smooth out the phase-to-phase output voltage of the drive to become sinusoidal. This reduces the motor insulation stress and bearing currents.

dU/dt filters reduce the dU/dt values on the motor terminal phase-to-phase voltage – an issue that is important for short motor cables.

VLT^Ⓡ Common Mode Filters MCC 105 (HF-CM) cores are special nanocrystalline magnetic cores which have superior filtering performance compared to regular ferrite cores. They act like a common-mode inductor (between phases and ground).