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A price list for IE4 and IE5 motors should be read with a different logic from the standard classes. Because these motors represent more advanced efficiency tiers, the upfront purc... More Details

Electric motor prices are not a fixed list but a dynamic figure that emerges from several technical variables. Two motors of the same power can carry noticeably different costs onc... More Details

High-power AC asynchronous IE3 motors are the backbone of systems that run under continuous heavy load, such as crushers, large fans, centrifugal pumps and main drives. Because eve... More Details

Low-kW 1500 rpm electric motors are the most common motor type in small pumps, fans, conveyors and automation machines. The 1500 rpm speed is the natural result of a 4-pole design ... More Details

For a high-kW electric motor, "affordable" means not just a low sticker price but the most balanced cost relative to its power and service life. In large machines the motor consume... More Details

Electric motor sales within İzmir are a service tied directly to the city's industrial fabric. From the production plants in Kemalpaşa and Çiğli to the workshops in Bornova and Gaz... More Details

The real value of an IE3 motor shows less in the efficiency class on its label than in the manufacturing discipline behind it. A high quality standard is the result of a whole chai... More Details

High-kW IE4 electric motors are designed for energy-intensive plants running long hours that seek the highest point of efficiency. The benefit of the efficiency class grows as powe... More Details

Heavy-duty applications expect a motor to deliver sustained high torque, withstand sudden load swings and run reliably in dusty, humid environments. The selection criteria for a mo... More Details

Izmir, with the Aliağa iron and steel plants, the Kemalpaşa industrial zone and the heavy-machinery operations around its port, is a region where motors running under sustained loa... More Details

An electric motor is a fundamental component that converts electrical energy into rotation and uses that motion to drive machines such as pumps, fans and conveyors. From industry t... More Details

Finding an efficient IE3 motor is only half the job; buying it from the right supplier is what shapes a plant's long-term cost. The true value of an IE3 motor emerges through a cor... More Details

Most of a plant's drive requirement is met by three-phase induction motors. Thanks to a squirrel-cage rotor and a construction with no brushes or commutator, these motors run for m... 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

The efficiency classes of electric motors show how little loss they incur doing the same work. The IEC 60034-30-1 standard defines these classes from IE1 to IE5, with IE3, IE4 and ... More Details

Crane drives are among the most demanding applications for electric motors. In hoisting, long-travel and trolley movements the motor starts and stops frequently, produces high torq... More Details

Low-power IE3 motors provide an efficient, compact solution for small pumps, fans, dosing systems and automation machinery. The price of these motors cannot be reduced to a single ... More Details

The power range needed in industry is very wide; sometimes a drive of a few hundred watts is required, sometimes a main motor of hundreds of kilowatts. At DRG Motor we build both h... More Details

Electric motors fed by alternating current convert the grid's sinusoidal voltage into a rotating magnetic field in the stator, producing mechanical torque. This straightforward pri... More Details

At the heart of an induction motor there is a part that often goes unnoticed but directly determines efficiency: the squirrel-cage rotor. The rotating magnetic field produced by th... More Details