SEW SA57/T DRN90L4/TF 1767/61 RPM 29.00/finite 2 HP Helical-worm Gearmotor

# Electric Motors - Right Angle AC Gearmotors The SEW Eurodrive SA57/T DRN90L4/TF is a high-performance helical-worm gearmotor meticulously engineered for industrial applications requiring reliable and efficient power transmission. This versatile gearmotor combines robust construction with innovative design, making it ideal for various operational environments. ## Key Features • **Power Rating**: 2 HP (1.5 kW) ensuring substantial torque output for demanding applications. • **Speed**: Operates at a nominal speed of 1767 RPM, delivering precise and consistent performance. • **Design**: Helical-worm design provides smooth operation with minimal noise and vibration. • **Configuration**: Right angle drive configuration allows for flexible installation in tight spaces. • **Durability**: Built with high-quality materials and engineered for longevity, ensuring reduced maintenance costs. ## Applications • **Industrial Automation**: Perfectly suited for conveyor systems, material handling equipment, and automated machinery. • **Packaging and Processing**: Ideal for food processing, bottling, and packaging lines where efficiency is paramount. • **Compatibility**: Designed to work seamlessly within existing SEW Eurodrive systems and compatible with various industrial control systems. • **Environmental Suitability**: Operates efficiently in diverse conditions, including manufacturing and assembly environments. ## Benefits • **Efficiency**: The helical-worm design minimizes energy consumption while maximizing output, leading to lower operational costs. • **Reliability**: Engineered to withstand heavy-duty applications, ensuring continuous operation and reduced downtime. • **Flexibility**: The right angle configuration allows easy integration into various setups, enhancing versatility in installation. • **Quality Assurance**: Backed by SEW Eurodrive's reputation for excellence, providing peace of mind in performance and durability. --- *Product information compiled with AI assistance for reference purposes.*