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One of the most effective ways to cut the energy bill in pump and fan plants is, instead of running the motor at fixed speed and throttling the flow with a valve, to reduce the mot... More Details

"Should I switch to an IE4 motor, or is IE3 enough?" is one of the most frequent questions businesses ask in this period of rising energy costs. The correct answer is not always "t... More Details

Selecting an electric motor in food, beverage and pharmaceutical plants is very different from selecting an ordinary industrial motor. In these plants the line is washed at the end... More Details

When buying an asynchronous motor, most businesses carefully study the power (kW) and efficiency class (IE3/IE4) but overlook the "cos phi" value on the nameplate. Yet the power fa... More Details

When buying an asynchronous motor, the labels "insulation class: F" and "temperature rise: B (80K)" on the nameplate tell you far more than the rated power figure. These two values... More Details

Some machines are not satisfied with a single fixed speed; they need to run at two different speeds, low and high. Think of a fan turning in two stages summer and winter, an elevat... More Details

Most industrial applications run on 2, 4 or 6-pole motors; but some loads inherently demand very low speed and high torque. This is exactly where 12-pole motors, with a synchronous... More Details

400 kW and 450 kW represent the top power class of the low-voltage asynchronous motor range. These powers are no longer a typical stock item but engineered project deliveries: roug... More Details

200 kW and 250 kW form a critical decision zone in high-power electric motors. In this class you can no longer "grab a motor off the shelf and go"; every order is planned like a pr... More Details

1.5 kW and 2.2 kW are two of the busiest mid-range power classes in Turkish industry. From a small water pump to a short conveyor, from a workshop fan to a compact gearbox input, a... More Details

When electric motors are mentioned, large powers often come to mind; yet a very large part of industrial automation runs on motors in the smallest power class. The 0.12 kW (approxi... More Details

In cement factories, the end of the production line is the packing and bagging section where the product becomes bags and pallets. This section is one of the dustiest and harshest ... More Details

Port and terminal operations depend on long-haul belt conveyors to move bulk cargo (coal, grain, clinker, ore, fertilizer) from ship to storage, and from storage to wagon or truck.... More Details

Paint and varnish production is one of the most sensitive areas of the chemical industry in terms of electric motor selection. Solvent vapors, flammable resins and volatile organic... More Details

Ice cream production plants present one of the food industry's most demanding mechanical environments: continuous low temperature, high humidity, washdown water and hygiene pressur... More Details

Pulp and cellulose production relies on large, continuously running electric motors operating in a humid environment, from grinding the wood and fiber raw material to preparing the... More Details

Battery and cell production relies on electric motors operating in a precise, continuous and often corrosive environment, from mixing the electrode paste to the coating line, from ... More Details

Glass wool and rock wool insulation material production relies on critical electric motors operating in a high-temperature, high-speed and dusty environment, from melting the raw m... More Details

Ceramic, porcelain and glaze-tile production relies on dozens of electric motors operating under high torque, heavy load and a dusty-abrasive environment, from raw material grindin... More Details

Bottle, jar and flat glass production relies on a continuous drive chain stretching from the melting furnace to the blowing machine, from the annealing (lehr) furnace to the packag... More Details