Electric Motors The SEW Eurodrive FAF57 AMS56 Par.shaft helical gear unit with adapter (Catalog Number: 80.7807586502.0001X19) is a high-performance inline/parallel shaft AC gearmotor designed for efficient power transmission and drive automation in a variety of industrial applications. This robust gear unit integrates seamlessly with various systems, providing exceptional reliability and versatility.

Key Features

• Helical Gear Design: The helical gear configuration ensures smooth operation, high efficiency, and reduced noise levels, making it ideal for sensitive environments.

• Compact Dimensions: Engineered for space-saving installations, this gear unit maximizes productivity without compromising on performance.

• High Load Capacity: Designed to handle substantial torque loads, the FAF57 AMS56 is robust enough for demanding industrial applications.

• Adapters Included: The unit comes with an adapter that facilitates easy installation and compatibility with various motor types.

• Durability: Constructed from high-quality materials, this gear unit is built to withstand harsh operational conditions, ensuring a long service life.

Applications

• Material Handling: Perfect for conveyor systems, packaging machines, and automated warehousing, providing efficient drive solutions.

• Manufacturing: Ideal for use in assembly lines and production equipment where precision and reliability are critical.

• Agricultural Equipment: Suitable for various agricultural machinery, enhancing operational efficiency in farming applications.

• Compatibility: Can be integrated with SEW Eurodrive's extensive range of electric motors and control systems for optimized performance.

Benefits

• Enhanced Efficiency: The helical design minimizes energy losses, leading to lower operational costs and improved overall efficiency.

• Reliability: With a commitment to quality, SEW Eurodrive ensures that the FAF57 AMS56 gear unit provides consistent performance in demanding conditions.

• Versatile Integration: The inclusion of adapters allows for straightforward implementation into existing systems, reducing downtime and installation costs.