Automatic Control System

The Allen-Bradley MP-Series Low-Inertia, high-output brushless servo motors use innovative design characteristics to reduce motor size while delivering signifi cantly higher torque. These compact and highly dynamic brushless servo motors from Rockwell Automation are designed to meet the demanding requirements of high-performance motion systems.

The Allen-Bradley MP-Series Low-Inertia, high-output brushless servo motors use innovative design characteristics to reduce motor size while delivering signifi cantly higher torque. These compact and highly dynamic brushless servo motors from Rockwell Automation are designed to meet the demanding requirements of high-performance motion systems.

The Allen-Bradley MP-Series Low-Inertia, high-output brushless servo motors use innovative design characteristics to reduce motor size while delivering signifi cantly higher torque. These compact and highly dynamic brushless servo motors from Rockwell Automation are designed to meet the demanding requirements of high-performance motion systems.

The Allen-Bradley MP-Series Low-Inertia, high-output brushless servo motors use innovative design characteristics to reduce motor size while delivering signifi cantly higher torque. These compact and highly dynamic brushless servo motors from Rockwell Automation are designed to meet the demanding requirements of high-performance motion systems.

The MP-Series (MPM) medium inertia servo motors offer IEC metric mounting dimensions and rotatable DIN connectors that provide flexible connector orientation for ease of cable routing. The motors feature similar speed and torque performance, feedback devices and rotor inertias as the 1326AB medium inertia servo motors they are designed to replace, helping provide a smooth migration path for users of the legacy motors.

The MP-Series (MPM) medium inertia servo motors offer IEC metric mounting dimensions and rotatable DIN connectors that provide flexible connector orientation for ease of cable routing. The motors feature similar speed and torque performance, feedback devices and rotor inertias as the 1326AB medium inertia servo motors they are designed to replace, helping provide a smooth migration path for users of the legacy motors.