Allen Bradley MPL-A320P-MJ72AA Servo Motor Kinetix 300 PN-11125

# AC Servo Motors The **Allen-Bradley MPL-A320P-MJ72AA Servo Motor** is a high-performance component of the Kinetix 300 series, designed for precise motion control in industrial automation applications. Engineered to meet the demands of modern manufacturing environments, this servo motor enhances operational efficiency and ensures reliable performance in various applications. ## Key Features • **Power Rating**: 3.2 kW, providing optimal torque and speed for demanding tasks. • **Voltage**: Operates at 400 VAC, ensuring compatibility with standard industrial power supplies. • **Feedback Type**: Equipped with a high-resolution encoder for accurate position control, enhancing motion precision. • **Construction**: Features a robust design with high-quality materials, ensuring durability and longevity in harsh environments. • **Compact Design**: Streamlined dimensions facilitate easy integration into existing systems without compromising performance. ## Applications • **Manufacturing**: Ideal for applications requiring precise motion control, such as CNC machinery and robotic assemblies. • **Material Handling**: Suitable for conveyor systems, ensuring smooth and accurate movement of goods. • **Textile and Printing**: Enhances the performance of machines in the textile and printing industries, where speed and precision are critical. • **Compatibility**: Seamlessly integrates with Allen-Bradley Kinetix 300 drive systems for enhanced control and monitoring. ## Benefits • **Enhanced Performance**: Offers superior torque and speed characteristics, optimizing machine productivity. • **Reliability**: Built to withstand demanding industrial conditions, minimizing downtime and maintenance costs. • **Energy Efficiency**: Designed to operate efficiently, reducing overall energy consumption and operational costs. • **User-Friendly Integration**: Simplifies setup and configuration, enabling quick deployment in existing automation systems. --- *Product information compiled with AI assistance for reference purposes.*