- IE3 Motors: Basic efficiency, cost-effective
- IE4 Motors: High efficiency, energy saving, low operating cost
- IE5 Motors: Ultra-high efficiency, maximum energy saving, long-term economic advantage
- Low power: 0.09 kW – 1 kW
- Medium power: 1.1 kW – 22 kW
- High power: 30 kW – 75 kW
- Very high power: 90 kW – 355 kW
- RPM range: 1000 – 3,000
- GG20 / GG25 cast iron housing
- High resistance to impact, vibration, and mechanical stress
- Long-lasting and stable performance
- Pure copper windings
- High-temperature insulation
- Optimized cooling fins
- Minimal overheating risk
- Designed for S1 continuous duty class
- Stable torque during long operational cycles
- Ideal for factories, production lines, pumps, and industrial machinery
- Rotor balanced according to G 2.5 standard
- Vibration level maintained at ISO 10816 ≤ 1.8 mm/s
- Quieter, longer-lasting motors
- High-quality bearings
- Lubricated with high-temperature grease
- Extended maintenance intervals
- IP55 standard protection
- Double-lip seal system
- High protection against dust, moisture, and particles
- Optional PTC / PT100 temperature sensors
- Real-time temperature monitoring
- Enables proactive maintenance
- IE4 and IE5 motors reduce energy consumption
- Low vibration and optimized winding minimize maintenance costs
- Long-term economic benefits
- Domestic production ensures fast delivery
- Easy access to spare parts
- Professional support for installation, commissioning, and maintenance
Electric Motor Price List
Our Quick Access Phone Numbers:
+90 (542)
666 11 11
+90 (532)
345 49 86
Mail : info@drgmakina.com
DRG Motor provides high-efficiency electric motors suitable for industrial facilities, production lines, and energy systems across Turkey. Our IE3, IE4, and IE5 class motors deliver long-lasting and reliable performance, reducing operating costs.
1. Energy Efficiency Classes
2. Power and Speed Options
Suitable for pumps, fans, conveyors, or compressors according to application.
3. Body and Material
4. Winding and Cooling
5. Continuous Operation and Torque
6. Rotor and Vibration Control
7. Bearings and Durability
8. Protection Class
9. Sensors and Monitoring Options
10. Energy Savings and Operating Costs
11. Logistics and Service Advantage