315 KW 3000 RPM ELECTRIC MOTOR
CONTACT: +90 542 666 11 11
The 315 kW electric motor operating at 3000 revolutions per minute is a high-performance industrial-grade solution designed for demanding heavy-duty applications. Delivering approximately 425 HP, this motor ensures maximum efficiency and reliability in continuous operation environments. It performs excellently in pump stations, high-pressure compressor systems, industrial fans, heavy machinery, conveyor operations, and automation lines within challenging industrial settings.
The motor housing is available in cast iron for enhanced durability and long service life, or in aluminum for a lightweight, corrosion-resistant option. It comes standard with IP55 protection, suitable for dusty and humid environments. For more extreme conditions, an IP65-rated version is also available.
Technically, the motor is equipped with high-purity copper windings and features F-class insulation capable of withstanding temperatures up to 155°C. A dynamically balanced rotor ensures smooth, vibration-free operation, while premium-grade bearings extend maintenance intervals and motor life. It is delivered with IE2 energy efficiency classification, with an IE3 version also available for customers focusing on energy conservation.
Mounting configurations include B3 (foot-mounted), B5 (flange-mounted), and B14 (small flange-mounted). Shaft diameters and flange dimensions comply with industrial standards. The motor is fully compatible with variable frequency drives (VFD), allowing precise speed and torque control for dynamic applications.
Optional accessories include PTC thermistors, PT100 temperature sensors, encoders, electromagnetic brakes, and automatic lubrication systems. Thanks to its modular design, the motor is easy to maintain and quickly integrates into existing systems.
In conclusion, the 315 kW 3000 RPM electric motor is a robust, energy-efficient, and long-lasting solution tailored for high-power heavy industry needs.
You can purchase this and all other motors from DRG Motor.