high power electric motor

High-kW electric motors are three-phase induction motors that drive heavy industrial loads across a power range stretching from above 90 kW up to 355 kW. At this power class, desig... More Details

The power range reaching up to 355 kW covers heavy industry's most demanding applications. Motors in this class drive large pumps, compressors, crushers and main transmission lines... More Details

High-kW electric motors are the prime movers behind power-hungry lines such as stone crushers, large-flow pumps, fan banks and compressors. DRG Motor supplies industrial plants acr... More Details

High-kW electric motors are the backbone of high-power applications such as cranes, crushers, large pump and fan systems, compressors and heavy production lines. For these motors, ... More Details

A plant's machinery covers very different power needs, from a small dosing pump to a large air compressor. To serve this wide span from a single supply point, DRG Motor builds both... More Details

High-power electric motors are the foundation of heavy-industry applications that need high torque and large power. Stone-crushing plants, concrete batching plants, large pump and ... More Details

What makes an electric motor "powerful" is not only high kW; high torque, strong starting capability, effective cooling and a durable housing matter just as much as power. The comb... More Details

DRG Motor's range of low-kW and high-kW electric motors meets a wide span of power needs under one roof, from a small workshop machine tool to a heavy-industry crusher. The first s... More Details

Heavy-duty electric motors are designed to withstand high torque, uninterrupted operation and harsh environments. Because they serve applications such as mining, stone crushing, ce... More Details

Power plants, although they are facilities that generate electricity, also consume a large amount of electricity internally. Most of this consumption comes from the electric motors... More Details

The insulation of large-power electric motors ages silently and over the years. This aging is usually invisible from the outside, until one day the winding insulation collapses and... More Details

One of the most critical components determining the life and reliability of an electric motor is the bearing system. This element carries the shaft, makes rotation possible and tra... More Details

Cement manufacturing represents one of the harshest operating environments in heavy industry. From crushing raw materials to firing clinker, from grinding to packing, hundreds of i... More Details

Rolling mills and metal forming facilities are production environments where electric motors undergo some of their toughest tests. The process of crushing hot metal between rolls t... More Details

Oil and gas facilities are industrial environments where electric motors must operate to the highest standards of reliability and safety. In the processes of refining, pumping, and... More Details

Rubber manufacturing is one of the sectors where heavy-duty conditions and high torque appear most clearly. At every stage, from mixing raw rubber to pressing the finished tire, a ... More Details

The cable cars carrying thousands of passengers safely across a mountainside, or the ski-resort chairlifts turning without interruption all day long, depend on one hidden yet vital... More Details

Mineral processing plants, where raw ore extracted from underground is turned into valuable mineral, host one of the harshest working environments in heavy industry. Abrasive pulp,... More Details

When you are sourcing machines in the 90 kW to 355 kW band that will carry the backbone of a plant, building the right budget takes far more than glancing at a list price. In this ... More Details

In underground galleries and open pits alike, where dust, moisture, mechanical shock and round-the-clock shifts all press on the same equipment, very few drive components survive w... More Details