Single-phase motors are powered from a 220 V single-phase supply and are generally preferred for low-power applications up to 2.2 kW (small pumps, compressors, household equipment). Three-phase motors are powered from a 380 V three-phase supply; producing continuous and balanced torque, they are ideal for industrial applications requiring high power.

At the same power, three-phase motors are more efficient, quieter and longer-lasting. For this reason, DRG Motor's industrial range mainly consists of three-phase asynchronous motors.

IE (International Efficiency) classes indicate a motor's energy-efficiency level according to the IEC 60034-30 standard. IE4 means "super premium" and IE5 "ultra premium" efficiency; IE5 is the highest efficiency class currently available.

A higher IE class means the motor does the same work with less electricity. This reduces operating costs, lowers the carbon footprint and ensures compliance with European Union Ecodesign regulations. DRG Motor produces high-efficiency motors from IE3 to IE5.

In stone crushing and screening plants, motor selection is based on the crusher's capacity, the hardness of the processed material and the need for continuous 24/7 operation. In these applications, high starting torque, resistance to impact and vibration, and a robust body structure are critically important.

DRG Motor's cast iron-bodied, IP55-protected and F insulation-class motors are designed to withstand the demanding conditions of crusher applications. You can get support from our technical team for the right power (kW) and speed (RPM) selection.

Maintenance intervals depend on the motor type, power and operating conditions. In general, bearing lubrication, checking electrical connections and the terminal box, body cleaning and vibration monitoring should be carried out every 6–12 months. In dusty, humid or high-temperature environments, this interval should be shortened.

Regular maintenance extends motor life and prevents unexpected stoppages. High-efficiency, quality motors require less maintenance, lowering the total cost of ownership.

Overheating is prevented by correctly sized motor selection, adequate ventilation, regular maintenance and suitable operating conditions. Overloading the motor, low voltage, a blocked fan cover or insufficient cooling are the main causes of overheating.

DRG Motor's F insulation-class and IP55-protected motors offer high temperature resistance. In critical applications, the use of thermal protection (PTC thermistor) and a frequency inverter additionally protects the motor against overheating.

DRG Motor products are used across a very wide range of sectors, including mining, construction, stone crushing and screening plants, manufacturing, pump and fan systems, food, textiles, ventilation and automation. Our wide power range from 0.55 kW to 355 kW offers a suitable solution for almost every industrial application.

We produce dedicated solutions for different applications, from general-purpose industrial motors to crusher, vibration and smoke extraction motors.

As DRG Motor, we keep all spare parts for our products in our stock. By providing fast supply of bearings, fans, terminal boxes and other components, we secure the service continuity of our customers.

Thanks to our strong İzmir-based stock capacity and logistics network, we can supply the spare part you need in a short time. For spare part requests, simply contact our technical team.

Motor efficiency is improved through correct sizing, the use of high-efficiency (IE3/IE4/IE5) motors, regular maintenance and suitable drive systems. Running the motor close to its rated load is more efficient than using an oversized motor.

In applications requiring variable load, using a frequency inverter (drive) prevents unnecessary energy consumption. Replacing old, low-efficiency motors with IE-class motors provides savings that pay for themselves in a short time.

Well-manufactured and regularly maintained electric motors generally operate trouble-free for 15–20 years or even longer. Motor life is determined by the insulation class, bearing quality, operating temperature, load conditions and maintenance routine.

DRG Motor's motors, with their F insulation class, quality bearings and high efficiency, are designed for long life. When used without overloading, in a suitable environment and with regular maintenance, the motors more than meet their expected service life.

Motor power (kW) is determined by the load requirement of the machine to be driven; the motor should be selected close to but not below the load. Speed (rpm) is related to the number of poles: 2 poles ~3000 rpm, 4 poles ~1500 rpm, 6 poles ~1000 rpm.

An incorrectly selected motor can cause efficiency loss, overheating and early failure. For the correct power and speed calculation, sharing your application with our technical team allows us to find the most suitable solution.

The main advantages of asynchronous (induction) motors are their robust structure, long life, low maintenance need and high efficiency. Since they contain no wearing parts such as brushes or commutators, they operate reliably under demanding industrial conditions.

A wide power range, easy availability and economical operating cost make asynchronous motors the most common choice for industrial and plant applications. These motors form the basis of DRG Motor's product range.

The resistance of electric motors to dust and water is indicated by the IP (Ingress Protection) class. Our standard industrial motors are IP55 rated; this means they are protected against harmful ingress of dust and against water jets from all directions.

For more demanding environments, solutions in higher IP classes can be offered. IP55 protection allows our motors to operate safely for a long time in dusty, humid and outdoor conditions.

Yes. DRG Motor products provide significant energy savings by being manufactured in the IE3, IE4 and IE5 high-efficiency classes. A high-efficiency motor lowers the electricity bill by doing the same work with less electricity.

Especially in industrial motors running 24/7, even a few-point increase in efficiency turns into significant annual savings. For this reason, high-efficiency motors pay back their initial cost in a short time and provide substantial gains in the long term.

The supply process at DRG Motor is fast and transparent. When you share your needs (power, speed, mounting type, quantity) with us, our team provides the most suitable product together with stock and delivery information. Thanks to our strong stock capacity, we offer many motors with a fast delivery option from stock.

During the installation and commissioning stages, our technical team provides consultancy support. This way, your motor starts operating smoothly with the correct connection, alignment and protection settings.

The main criteria to consider when choosing an electric motor are the application area, required power (kW), speed (rpm), energy-efficiency class (IE3/IE4/IE5), mounting type (B3/B5/B35), protection class (IP) and the conditions of the operating environment.

A correctly selected motor provides energy savings, long life and uninterrupted operation. The DRG Motor technical team helps you make the most accurate choice in terms of both performance and cost by determining the most suitable motor for your application.

Electric motors are used in almost every industry that needs power, including manufacturing plants, agricultural machinery, pump and fan systems, HVAC (heating-cooling-ventilation), compressors, conveyors, elevators, cranes and automation systems.

As the basic drive source of modern industry, electric motors play a critical role in every application requiring energy efficiency. DRG Motor offers solutions for all these applications with a wide range of power and type options.

Electric motors are basically divided into four main groups: AC motors, DC motors, synchronous motors and asynchronous motors. AC (alternating current) motors are durable, long-lasting and low-maintenance; they are widely used in pump, fan and general industrial applications. DC (direct current) motors are preferred in applications requiring precise speed control.

Synchronous motors run at constant speed and offer high efficiency; asynchronous (induction) motors, with their robust structure and economical operation, are the most common motor type in industry. The DRG Motor range mainly consists of high-efficiency three-phase asynchronous motors.