Zeynep Arslan is a content writer at DRG Motor and has been writing about energy efficiency for 2 years. Her focus covers energy savings in electric motors, efficiency standards and related regulations. She explains sustainable and cost-effective motor solutions to readers.
The price of an IE4 super premium efficiency electric motor cannot be reduced to a single list figure; factors such as power, speed, frame material and mounting type directly deter... More Details
A 315 kW electric motor represents one of heavy industry's highest power classes, driving large pump stations, crushers, cranes and big compressors. At this power level, motor sele... More Details
A 5.5 kW three-phase electric motor is one of the most common ratings in small-to-medium pump, fan, compressor and machine-building applications. Its price is not a fixed figure; i... More Details
The asynchronous (induction) motor, whose rotor turns slightly slower than the stator's magnetic field and which needs no brushes or slip rings, is the most widely used motor type ... More Details
IE3 and IE4 are the top two tiers of the IEC 60034-30-1 efficiency classification and the two options most often compared when choosing a motor. The difference between them concern... More Details
Erzurum is a high-altitude province in Eastern Anatolia with a harsh climate; livestock farming, dairy processing, flour and feed plants and cold-storage facilities stand out in th... More Details
Turkey holds a well-established production base in electric motors that both feeds domestic industry and exports abroad. Choosing a local supplier is judged not by price alone, but... More Details
The real cost of an electric motor goes far beyond the price on the label. Most of the lifetime cost is made up of energy consumption and maintenance expense, so a low-maintenance ... More Details
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 IE3, IE4 and IE5 classes mark three consecutive steps in the efficiency design of induction motors. In next-generation machines, loss reduction comes from higher-grade silicon ... More Details
An AC asynchronous (induction) motor runs on the current the rotating field induces in its rotor and needs no permanent magnets, making it the most rugged motor type in industry. A... More Details
Three-phase electric motors run on the rotating magnetic field created by three-phase alternating current and are the most common motor type in industry. New-generation designs do ... More Details
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