
Three-Phase Asynchronous Electric Motors
DRG Three-Phase Asynchronous Electric Motors DRG three-phase asynchronous electric motors run on a 400 / 690 V three-phase supply across a 0.55 – 355 kW range, with a cast iron bo... More Details

DRG Three-Phase Asynchronous Electric Motors DRG three-phase asynchronous electric motors run on a 400 / 690 V three-phase supply across a 0.55 – 355 kW range, with a cast iron bo... More Details

The three-phase electric motor is the most widely used motor type in industry. Being fed from three phases gives it balanced, efficient and high-power operation, making it the basi... More Details

A three-phase electric motor runs on the rotating magnetic field created by alternating current from three separate phases and is the most widely used motor type in industry. The D... More Details

A three-phase electric motor runs on the rotating magnetic field created by three separate alternating currents that arrive 120 degrees apart. This arrangement produces smooth, vib... More Details

When you look at industrial plants, workshops and large production lines, you will see that almost all of the electric motors in operation are three-phase. The single-phase motors ... More Details

Connecting an electric motor to the supply correctly is the first condition for safe and efficient operation. In three-phase asynchronous motors, this connection is made in the ter... More Details

An electric motor is designed to run at the single voltage and frequency value written on its nameplate; however, in the real world the supply conditions never stay exactly fixed a... More Details

Direct-on-line starting is the oldest and simplest way to start an induction motor. The motor is connected directly to the line through a contactor and is suddenly energized at ful... More Details

A three-phase induction motor works exactly as designed when all three phases are supplied with voltages of equal magnitude and a precise 120-degree phase angle between them. This ... More Details

The first figure most people look at when buying an electric motor is the kW rating, yet the value that actually determines whether the motor will work in harmony with your facilit... More Details

One of the most overlooked details when ordering a motor for a plant is how that motor will actually behave behind a frequency drive. Whether the application is a pump, fan, convey... More Details

The number printed on an electric motor's price tag is only a small fraction of what that motor will actually cost you. An industrial motor runs in your facility for years, often w... More Details

When a machine moves from prototype to volume production, the gap between buying a single motor and securing hundreds of motors at the same specification, the same delivery rhythm ... More Details

0.55 kW Electric Motor: Compact Design, High Efficiency, and Industrial PrecisionModern industry and advanced automation systems do not always require massive drive powers; often, ... More Details