MPF-B540K-MJ24AA

The Allen-Bradley MPF-B540K-MJ24AA Rotary Servo Motor is part of the Kinetix family of servo motors that are designed and manufactured by Allen-Bradley for application in motion control and robotics applications in a wide variety of industries. The Allen-Bradley MPF-B540K-MJ24AA Rotary Servo Motor is a food grade industrial component, which means that it has been manufactured to guarantee that it meets strict hygiene requirements during the operation process. This rotary servo motor is made to be mounted in a front-facing position, with a shaft installed on a gearbox or a similar piece of machinery and secured in place by 4 bolts. A sinusoidal voltage wave should be applied for both the power supply and control of motor speed, using a modulation technique called Pulse Width Modulation or PWM, which means the motor will accelerate with higher frequency pulses and decelerate with lower frequency pulses.

The Allen-Bradley MPF-B540K-MJ24AA Rotary Servo Motor uses a 460 Volts AC, 3-phase operating voltage level with a frequency that varies between 0 and 267 Hertz during operation, in order to control the speed of the motor shaft rotation, and this speed can be anywhere in a range from 0 to 4000 RPM. This rotary servo motor has an electrical resistance value of 0.65 Ohms at a temperature of 25 degrees Celsius. The position of the Allen-Bradley MPF-B540K-MJ24AA Rotary Servo Motor shaft is controlled by means of a position encoder that is designed to provide a signal to the servo controller to determine the exact position of the motor. When the travel of the shaft brings it near the desired position, the servo controller will cut the voltage that is being applied and send a 24 Volts pulse to the magnetic brake in order to stop the servo motor.