SEW R57 DRN100L4 Speed 60Hz 1765/65 Total Ratio 26.97/Infinite 3 HP Voltage 208-230 Double Star/460 Star Helical Gearmotor

# Electric Motors The SEW Eurodrive R57 DRN100L4 Gearmotor is an advanced electric motor designed for high-performance drive automation in industrial applications. With a robust construction and precise engineering, this gearmotor delivers reliable operation and exceptional efficiency, making it an ideal choice for various mechanical systems. ## Key Features • **Power Rating**: 3 HP, providing ample power for demanding applications. • **Voltage Compatibility**: Dual voltage options of 208-230V in double star or 460V in star configuration, ensuring versatile integration. • **Speed and Ratio**: Operates at a frequency of 60Hz, with a total gear ratio of 26.97, providing optimal torque and speed control tailored to the application needs. • **Design**: Helical gearing ensures smooth and quiet operation, minimizing vibrations and extending the life of the motor. • **Durability**: Engineered for long-lasting performance in harsh environments, making it suitable for a wide range of industrial applications. ## Applications • **Industrial Automation**: Perfect for conveyor systems, packaging machinery, and material handling equipment where reliable power transmission is crucial. • **Manufacturing Processes**: Ideal for use in assembly lines and production facilities that require precise speed control and durability. • **Compatibility**: Designed to integrate seamlessly with SEW Eurodrive’s extensive range of drive automation products, enhancing overall system efficiency. ## Benefits • **Enhanced Efficiency**: The high gear ratio and power output enable significant energy savings while maintaining performance. • **Reliability**: Built with high-quality materials and rigorous testing, ensuring consistent operation and minimal downtime. • **Flexibility**: The dual voltage configuration allows for adaptability in various settings and facilitates easy upgrades to existing systems. --- *Product information compiled with AI assistance for reference purposes.*