
LONG-LIFE CAST IRON BODY ELECTRIC MOTORS
A cast iron frame electric motor stands out for its long life under demanding conditions. The high mass and hardness of cast iron make the motor resistant to vibration, impact and ... More Details
Electric motors convert electrical energy into mechanical (motion) energy and form the backbone of modern industry. From conveyors to pumps, fans to compressors, cranes to stone-crushing plants, an electric motor is involved at nearly every stage of production. Given that a very large share of the world's industrial electricity consumption comes from electric motors, choosing the right motor is a critical decision for both efficiency and cost. At DRG Motor, this category brings together a wide range: from standard and high-efficiency (IE3, IE4, IE5) asynchronous motors to durable cast iron body series, from single-phase and three-phase models to heavy-duty industrial motors.
Asynchronous (induction) electric motors produce rotation through the electromagnetic interaction between the rotating magnetic field created in the stator and the rotor. With no brushes or commutator, this design makes the motor durable, easy to maintain and long-lasting. This reliability makes the asynchronous motor the most preferred motor type in industry.
The following criteria should be considered together when selecting a motor:
Electric motors are used in almost every sector, including food, textile, metal, plastics, cement, mining, water/wastewater, agriculture and general manufacturing. Pumps, fans, blowers, compressors, conveyors, cranes and crushing-screening plants are the most common applications. In continuously running systems, choosing high efficiency motors can significantly reduce energy costs.
DRG Motor offers high quality standards, competitive pricing and fast delivery throughout Türkiye from its İzmir-based stock. All our motors comply with international efficiency standards (IEC 60034-30-1). With current high efficiency electric motors, technical documents and expert support, you can easily determine the most suitable solution for your needs; explore our range to choose the right motor.
For more about our company and the full product range, visit the DRG Motor electric motor supplier homepage.
For quick calculations, use our electric motor calculator (kW⇄HP, RPM, torque, current).

A cast iron frame electric motor stands out for its long life under demanding conditions. The high mass and hardness of cast iron make the motor resistant to vibration, impact and ... More Details

B14 flange-mounted electric motors are compact motors with a small threaded-hole flange on the shaft-side face, connected directly to the machine by being bolted. B14 is a practica... More Details

DRG Motor high-efficiency electric motors are designed for businesses that want to cut energy consumption and expect a long service life. As an Izmir-based supplier, DRG produces t... More Details

Electric motor suppliers are engineering firms that design, cast and wind the machines that convert electrical energy into mechanical motion. A motor's efficiency, durability and q... More Details

The 250 kW class of electric motors drives high-power systems such as crushers, large pumping stations, rolling mills and main fan installations. At this rating, even a small gain ... More Details

Our Quick Access Phone Numbers: +90 (542) 666 11 11 +90 (533) 777 04 44 Mail : [email protected] &nb... More Details

An alternating current (AC) electric motor turns the alternating supply current into a rotating magnetic field and converts that into mechanical motion. Its constant-speed, reliabl... More Details

A high-power electric motor is the driving force of heavy industrial applications that demand high torque and steady running under continuous load. Here power is not only a kW figu... More Details

The DRG Motor IE4 series consists of three-phase asynchronous motors that lift energy efficiency to the super premium level. The range is designed for facilities seeking low losses... More Details

A large slice of the electricity a manufacturing site consumes goes into its electric motors. The belt lines, the compressor room and the process pumps all turn right through the s... More Details

IEC 60034-30-1 places IE4 on the super premium step of the efficiency ladder, and the class exists for one reason: where a shaft turns long hours, what the meter records outweighs ... More Details

Low-kW 1000 rpm electric motors, with their six-pole construction, are designed for small-power applications needing low speed and high torque. The low speed is advantageous where ... More Details

Low-kW electric motors are the foundation of machines that need little power yet must run uninterrupted all day. In many applications, from small pumps to bench equipment, the moto... More Details

Electric motors with 110 kW power and 1500 revolutions per minute (RPM) are asynchronous motors specifically designed for industrial and manufacturing applications that require hig... More Details

In production facilities, conveyors, crushers, large pumps and air systems are usually driven by medium and high-power electric motors. Because the choice of these motors directly ... More Details

In a warehouse, electric motors sit behind almost every movement: ventilation fans, water pumps, conveyor lines and compressors alike. When choosing motors for a plant, you should ... More Details

An IE3 motor is a three-phase asynchronous motor that meets the Premium efficiency class under IEC 60034-30-1 and has become the de facto standard for industrial applications. In i... More Details

For large production lines, crushers and heavily loaded conveyors, high kW electric motors become far more flexible when offered in both IE3 and IE4 efficiency classes. As a suppli... More Details

Premium Efficiency IE3 Electric Motor Contact: +90 (542) 666 11 11 IE3 electric motors represent a high standard of energy efficiency. Known as “Premium Efficiency,” this class m... More Details

A plant's electricity bill mostly leaves through its motors, which makes efficiency the most concrete saving available to an operator. The gain costs no production time: identical ... More Details