SEW R47 D26B DRN100LM4/DH SO # 87.7813266001.0001.19.10 Variable Speed Gearmotor - VARIMOT

# Electric Motors - Right Angle AC Gearmotors The SEW Eurodrive R47 D26B DRN100LM4/DH SO # 87.7813266001.0001.19.10 Variable Speed Gearmotor, part of the VARIMOT series, is engineered for optimal performance in a wide range of industrial applications. This right angle AC gearmotor combines superior efficiency with advanced variable speed control, making it an ideal solution for drive automation needs. ## Key Features • **Powerful Performance**: Delivers a rated power of 1.0 kW, ensuring robust operation under varying loads. • **Variable Speed Control**: Features an integrated speed control system that allows for precise adjustment of output speed, enhancing process flexibility. • **Right Angle Design**: Compact configuration facilitates installation in tight spaces while maintaining high torque output. • **Durable Construction**: Constructed from high-quality materials ensuring longevity and resistance to wear and tear in demanding environments. • **High Efficiency**: Designed to exceed efficiency standards, reducing energy consumption and operational costs. ## Applications • **Manufacturing Automation**: Perfect for conveyor systems, packaging machinery, and material handling applications where variable speed is essential. • **Food and Beverage Industry**: Suitable for use in food processing equipment that requires reliable and efficient motion control. • **Textile Machinery**: Offers precise speed control necessary for various textile production processes. ## Benefits • **Enhanced Flexibility**: The variable speed feature allows for adaptability in processes, accommodating varying operational requirements. • **Increased Reliability**: Built by SEW Eurodrive, a recognized leader in drive technology, ensuring high-quality performance with minimal downtime. • **Cost Efficiency**: High-efficiency operation translates to lower energy costs, making it a sustainable choice for industrial applications. --- *Product information compiled with AI assistance for reference purposes.*