SEW FAF87 R57 DRN80M4/BE1HR 1751/3.4 RPM 519/Infinite 1 Hp 60 Hz 230/460V Parallel Shaft Helical Gearmotor

# Electric Motors ## Overview The SEW Eurodrive FAF87 R57 DRN80M4/BE1HR is a high-performance electric motor designed for efficient power transmission and reliable operation in various industrial applications. This gearmotor features a 1 Hp output, operating at 60 Hz with dual voltage capabilities of 230/460V. The motor achieves a remarkable speed of 1751 RPM, making it ideal for applications requiring precise control and robust performance. Constructed with advanced helical gear technology, this parallel shaft gearmotor ensures smooth and efficient operation, reducing wear and tear while maximizing durability. ## Key Features • **Power Output**: 1 Hp for high-performance applications • **Speed**: Operates at 1751 RPM, ensuring optimal efficiency • **Voltage**: Dual voltage operation at 230/460V for versatile compatibility • **Frequency**: Designed for 60 Hz applications, ensuring stable performance • **Gear Type**: Parallel shaft helical design for smooth, quiet operation • **Torque Characteristics**: Infinite torque output for flexible application needs ## Applications • **Industrial Automation**: Ideal for conveyor systems, packaging machines, and material handling equipment • **Manufacturing Processes**: Suitable for use in assembly lines and robotic applications where precision is critical • **HVAC Systems**: Efficiently used in ventilation and air conditioning systems to maintain airflow • **Water Treatment**: Effective in pump systems for water and wastewater management ## Benefits • **Enhanced Reliability**: Built with high-quality materials and engineering, ensuring long-lasting performance • **Energy Efficiency**: Designed to optimize power usage, reducing operational costs • **Versatility**: Dual voltage capability allows for easy integration into various systems • **Reduced Maintenance**: The helical gear design minimizes wear, leading to lower maintenance needs --- *Product information compiled with AI assistance for reference purposes.*