SEW 01.1106920501.0001.05 SA57/T DRN80M4/BE2 Helical-worm gearmotor 266V/460V & A 266V BRKE

# Electric Motors The SEW Eurodrive 01.1106920501.0001.05 SA57/T DRN80M4/BE2 Helical-worm gearmotor is a high-performance electric motor designed for efficient power transmission in various industrial applications. With its robust construction and advanced engineering, this gearmotor is ideal for applications requiring reliable and precise drive control. ## Key Features • **Voltage Rating**: Operates at 266V and 460V for versatile application across different setups • **Gear Type**: Helical-worm design ensures smooth and quiet operation while providing high torque output • **Power Output**: Engineered for optimal performance in demanding environments, enhancing operational efficiency • **Compact Design**: Space-saving configuration allows for flexible installation in limited spaces • **Brake Option**: Integrated brake enhances safety and performance for applications requiring stop-and-hold capabilities ## Applications • **Material Handling**: Perfect for conveyors, lifts, and other equipment requiring precise motion control • **Industrial Automation**: Suitable for robotic systems and automated machinery that demand reliability and efficiency • **Food and Beverage**: Designed for environments where hygiene and operational reliability are critical • **Textile and Packaging**: Ideal for applications where precision and torque are paramount ## Benefits • **Enhanced Reliability**: Built with high-quality materials, ensuring long-lasting performance in various operating conditions • **Operational Efficiency**: The helical-worm design reduces energy consumption while maintaining high torque output, resulting in lower operational costs • **Versatility**: The ability to operate at multiple voltage ratings makes it compatible with a wide range of industrial systems • **Safety Features**: The integrated brake provides additional safety measures, making it suitable for vertical applications and critical operations --- *Product information compiled with AI assistance for reference purposes.*