MPL-B310P-RJ22AA

The MPL-B310P-RJ22AA servo motor is an MP series rotary servo motor that is manufactured by Allen-Bradley/Rockwell Automation. These motors use smart motor technology and provides features such as a high level of performance, a high torque to size ratio, the Hiperface encoder protocol, a speed up to 8000 RPM, and compatibility with Allen-Bradley Kinetix and Ultra 3000 servo drives. The series offers servo motor variants in 9 different frames and with different specification parameters in order to cover applications that have various levels of difficulty. These motors come with a high-resolution feedback encoder that is available as a single or multi-turn encoder. The single-turn encoder provides 1-turn position feedback while the multi-turn encoder allows for position feedback within 4096 turns. The MPL-B310P-RJ22AA servo motor is equipped with durable SpeedTec DIN connectors and flexible cables that are available in various lengths.

The MPL-B310P-RJ22AA AC brushless servo motor features a rotor inertia of 0.000044 kilograms per square meter and a rated speed of 5000 RPM. In addition to that, the motor operates on a 460 Volts AC input voltage and it has a rated power output of 0.77 kilowatts. This premium servo motor also features a continuous stall torque of 1.58 N-m and a peak stall torque of 3.61 N-m. In regard to the physical characteristics of the MPL-B310P-RJ22AA servo motor, it comes with a flange mount (IEC metric) with type FF free mounting holes, a frame size of 100 millimeters, and 25.4 millimeters (1 inch) magnet stack. The users of the MPL-B310P-RJ22AA servo motor can take advantage of the included feedback encoder with a resolver that applies only to a couple of unique motor models from this series. Besides that, the servo motor comes with shaft key (but no shaft seal), standard factory control options, and circular bayonet connectors that face the shaft. This model does not include an optional brake function. The servo motor requires adequate clearance, heatsink mass, and proper airflow in order to operate within its allowed operating temperature range (0 to 40 degrees Celsius).