SEW-Eurodrive FA77 DRN90L4/BE2HR parallel shaft helical gearmotor with DRN90L4 AC motor and BE2HR brake with manual release. The FA77 gear unit delivers efficient parallel shaft helical gearing for demanding industrial applications. Genuine SEW-Eurodrive drive technology.

Electric Motors

Overview The SEW Eurodrive FA77 DRN90L4/BE2HR SO

87.8055171401.0006.21.50 is a high-performance parallel shaft helical gearmotor designed for a wide range of industrial applications. Engineered for efficiency and reliability, this gearmotor combines advanced technology with robust construction to deliver superior performance in demanding environments. With its innovative design, it provides optimal torque transmission and reduced energy consumption, making it a perfect choice for automation and drive technology solutions.

Key Features

• Motor Type: Inline/Parallel Shaft AC Gearmotor, optimized for high torque and compact design
• Power Rating: [Specific power rating not mentioned; insert if available]
• Gear Ratio: [Insert gear ratio if available] for precise speed control and efficiency
• Frame Size: DRN90L4, ensuring compatibility with various industrial setups
• Construction: Durable materials designed to withstand heavy-duty applications and environmental challenges

Applications

• Industrial Automation: Ideal for conveyors, mixers, and other machinery requiring reliable motion control
• Material Handling: Suitable for lifting and transporting systems across manufacturing and warehouse settings
• OEM Applications: Designed for integration into original equipment manufacturing, providing tailored solutions for specific operational demands

Benefits

• Energy Efficiency: Reduces operational costs through optimized power consumption and extended service life
• Reliability: Engineered for robust performance, minimizing downtime and maintenance needs in critical operations
• Versatile Integration: The compact and adaptable design allows for seamless integration into existing systems and machinery --- Product information compiled with AI assistance for reference purposes.