Allen Bradley TLY-A220P-BJ64AA Servo Motor

# AC Servo Motors The **Allen Bradley TLY-A220P-BJ64AA Servo Motor** is a state-of-the-art solution designed for advanced automation applications. This high-performance AC servo motor is engineered to provide precise control and reliability, making it ideal for a variety of industrial automation tasks. With a focus on efficiency and durability, the TLY series stands as a testament to Allen-Bradley’s commitment to innovation in the automation sector. ## Key Features • **Rated Power**: 2.2 kW - Delivers robust performance for demanding applications. • **Max Speed**: Up to 3000 RPM - Ensures high-speed operation for quick response times. • **Torque**: Continuous torque rating of 6.1 Nm - Provides strong force for effective load handling. • **Feedback Type**: Absolute encoder feedback for accurate position control - Ensures precision in motion applications. • **Mounting Type**: Flange mount - Easy installation and integration into existing systems. ## Applications • **Robotics**: Ideal for applications requiring precise motion control in robotic arms and automated machinery. • **CNC Machinery**: Provides exceptional performance in computer numerical control machines for enhanced production efficiency. • **Packaging Equipment**: Perfect for high-speed packaging systems that demand reliability and speed. • **Assembly Lines**: Supports automated assembly processes where accuracy and swift operation are critical. ## Benefits • **Enhanced Precision**: The advanced encoder system allows for highly accurate positioning, improving overall operation quality. • **Increased Reliability**: Built with high-quality materials, the TLY-A220P-BJ64AA ensures long-term durability and performance. • **Operational Efficiency**: High torque and speed capabilities lead to faster cycle times, optimizing manufacturing processes. • **Compatibility**: Seamlessly integrates with Allen-Bradley's extensive range of automation solutions for a comprehensive operational framework. --- *Product information compiled with AI assistance for reference purposes.*