MPL-B540K-MJ74AA

Allen-Bradley's MPL-B540K-MJ74AA is a member of its MP family, which contains rotary servo motors incorporating permanent magnets. This motor meets the goal of producing larger torques while retaining reduced shaft inertia. Subsequently, it has a greater torque-to-size proportion. It is the synchronous and alternating current (AC) motion system that takes up a value of 400 volts to work. The hardware of the MPL-B540K-MJ74AA includes a magnetic stack for permanent magnets and high-rare earth magnets, with a length of 101.6 millimeters. It also includes a frame, IEC metric, with free holes to mount it on any surface and a length of 165 millimeters. It also includes two (2) rotating DIN connectors. The fittings allow connectors to move 180 degrees both ways. It has a seal-less shaft offering the option of a key for a strong connection. To achieve the appropriate position and velocity, this motor integrates feedback. The battery-free feedback mechanism is made up of a multiturn encoder that provides feedback for the precise location around 4096 rotations. The MPL-B540K-MJ74AA has a maximum rated velocity of 4000 revolutions per minute (rpm). It can constantly output up to 19.4 Newton-meters of stall torque. It has the potential of outputting 8.64 Newton-meters of stall torque in a quite brief span of time. This motor has a rated output power of 5400 watts and inertia of 0.00147 kg-m². The entire motor unit weighs about forty (40) pounds. It is intended to carry radial loads of 90 kilograms and 114 kilograms at 3000 and 2000 revolutions per minute (rpm), respectively. It is also intended to carry axial loads of 26 kilograms and 35 kilograms at 4000 and 1000 revolutions per minute, respectively. To keep the load still at some specified position, it includes a holding brake that is driven by a direct current of 24 volts.