MPL-A320P-H-X107

The MPL-A320P-H-X229 MPL series low-inertia, high-output brushless servo motor from Allen-Bradley is designed for high-performance motion systems. It is designed for typical industrial applications such as applications in the automotive industry, metal forming industry, packaging industry, and in the converting and material handling industry. The MPL-A320P-H-X229 servo motor is also designed to be used with the Allen-Bradley Kinetix 7000, 5500, 6200/6500, 6000, 300/350, and Ultra 3000 series of high-performance digital AC servo drives. The MPL-A320P-H-X229 servo motor has a durable and compact design that offers a higher torque to size ratio than other servo motors in its class, and it also features a high-grade permanent magnet rotor for quicker and higher levels of acceleration. The MPL-A320P-H-X229 servo motor also features an innovative thermal management system for enhanced heat transfer management and reduced downtimes.

The Allen-Bradley MPL-A320P-H-X229 MPL series servo motor uses “smart motor technology” that allows for easy and convenient integration into an industrial motion control system. It has a built-in controller as well as an onboard motor memory module and a communication link that is used to store and transmit the motor identity to a control system. The MPL-A320P-H-X107 servo motor has a torque rating of 3.05 N-m (27 pounds on an inch) with a peak torque value of 7.9 N-m (70 pounds on an inch) and a rated rotor inertia of 0.000078 kilograms per square meter. The MPL-A320P-H-X107 servo motor has a rated rotor speed of 4500 RPM at a rated motor output and a maximum rotor speed of 5000 RPM. It has an AC voltage rating of 200 Volts AC and a rated motor output of 1.3 kilowatts. The MPL-A320P-H-X107 servo motor has a 2000 lines per revolution incremental encoder that provides precise and accurate motor speed and position feedback. It supports flange mounting and it can be used within a 0 to 40 degrees Celsius temperature range.