SEW-Eurodrive R27 DRN71M4 helical inline gearmotor, 0.5 HP, 26.21:1 ratio, 66 RPM output, 230/460V, 60 Hz. DRN71M4 IE3 motor with 1730 RPM input. Compact R27 gear unit for light-duty industrial applications.

Electric Motors The SEW Eurodrive R27 DRN71M4 Helical Gearmotor is a high-performance electric motor specifically designed for efficient power transmission in a variety of industrial applications. With its robust construction and innovative design, this gearmotor seamlessly integrates into automated systems, ensuring optimal performance and reliability. ## Key Features • **Power Output**: 0.5 HP, ideal for medium-duty applications requiring consistent torque and efficiency. • **Speed**: Operates at 1730 RPM with a frequency of 60Hz, providing reliable performance across diverse tasks. • **Voltage Compatibility**: Designed for dual voltage operation at 230/460V, offering flexibility for various installation environments. • **Gear Type**: Helical gear design for smooth operation and reduced noise levels, enhancing workplace comfort and safety. • **Durability**: Built with high-quality materials, ensuring a long operational life and resistance to wear and tear in demanding conditions. ## Applications • **Industrial Automation**: Perfect for conveyor systems, material handling, and other automated processes where reliability is critical. • **Compatibility**: Easily integrates with SEW Eurodrive’s extensive range of drive automation solutions, providing comprehensive system compatibility. • **Environmental Suitability**: Suitable for both indoor and outdoor applications, designed to withstand various environmental conditions. ## Benefits • **Efficiency**: High efficiency reduces energy consumption, leading to cost savings and a smaller carbon footprint. • **Reliability**: Engineered for long-lasting performance, minimizing downtime and maintenance costs. • **Versatility**: The dual voltage capability allows for widespread use across different industrial sectors, enhancing operational flexibility. --- *Product information compiled with AI assistance for reference purposes.*