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Protecting an electric motor correctly determines its life and the continuity of the operation just as much as buying it does. Among the most common causes of failure in asynchrono... More Details

How fast an electric motor will turn is the most fundamental selection criterion, coming even before the power printed on its label. This is because two motors with the same kilowa... More Details

One of the most critical decisions in pump and fan motors is whether the load will be driven by direct drive (coupling) or by belt-pulley drive. This choice is not merely a mountin... More Details

A very large share of the electricity consumed in industry goes to electric motors that turn pumps, fans, compressors, conveyors, and process lines. This leads to a simple but powe... More Details

Brick and tile factories are among the most demanding industrial environments, where heavy dust, high temperature, and the pressure of uninterrupted production all come together. F... More Details

IE5 class synchronous reluctance (SynRM) motors are a new generation of high-efficiency motors that operate on the principle of reluctance torque with a magnet-free rotor structure... More Details

In large-power industrial drives, the correct motor selection affects much more than the investment cost; in a continuously running machine, every efficiency point translates into ... More Details

In cast iron framed induction motors, one of the decisive factors for performance and service life is how the motor is cooled. The cooling method affects not only temperature but a... More Details

An impact crusher sits at the heart of heavy-duty processing of rock, basalt, limestone and recycled material, breaking them apart through impact energy. At the core of these machi... More Details

If your facility has an IE2 electric motor that has been running for years and appears to work without any problems, you may be paying the price of keeping it alive on your energy ... More Details

The moment an asynchronous motor (squirrel cage motor) is connected to the grid, it draws a current far above its rated value. This phenomenon, called starting current (inrush curr... More Details

11 kW and 15 kW electric motors are the best-selling and most frequently requested ratings in the mid-power class that truly forms the backbone of industry. From conveyor lines to ... More Details

Agricultural irrigation is one of the most demanding applications, requiring the motor to deliver uninterrupted performance under harsh field conditions and long seasonal operating... More Details

In industrial plants, a significant share of total electricity consumption comes from electric motors. Pumps, fans, compressors, conveyors and machine-tool drives run around the cl... More Details

A metalworking or CNC machining plant looks from the outside like a single cluster of machines; inside, however, dozens of electric motors run with very different drive requirement... More Details

When buying an IE5 synchronous reluctance motor, looking only at the sticker price is like seeing only the visible tip of an iceberg. The real cost of an industrial motor to a busi... More Details

Whether to choose a 30 kW or a 37 kW motor for a plant looks, at first glance, like a simple power preference. In reality this decision shapes everything from the payback period of... More Details

Lifting a heavy cast iron electric motor may look at first glance like a simple crane job, but it is in fact a safety matter that must rest on the right calculation and the right e... More Details

In quarries, aggregate plants, port terminals and large stockyards, piling bulk material in an orderly way is a critical part of modern logistics. One of the central pieces of equi... More Details

In industrial drive systems, the belt-pulley connection is one of the most common and economical methods of transmitting a motor's power to a machine. However, this seemingly simpl... More Details