Product Description

The MSK070C-0300-NN-M3-UG1-NNNN is a powerful industrial motor produced by Rexroth Indramat to operate as a rotary main and servo motor in industrial production and processing systems. This motor is a very flexible device that can meet the kinetic energy requirements of highly sophisticated industrial machines such as robotic machines, food processing machines, paper converting machines, metal forming machines, and lots more. The housing of this motor is specially designed to completely protect the internal components of the motor from foreign particles; this housing is also covered with a prime black coat which prevents the direct interaction between the motor and liquid particles capable of causing the rapid deterioration of the motor.

The MSK070C-0300-NN-M3-UG1-NNNN industrial synchronous motor operates with a rated current of about 8.2 or 9.2 amperes depending on the housing and winding temperature of the motor. At a maximum input current of 32.8 amperes, this industrial motor rotates at a speed of 5,500 revolutions per minute while generating a maximum output torque of 33.0-newton meters. Under normal operating conditions, this industrial synchronous motor can maintain an operational efficiency as high as 90 percent for a motor for seven years without breaking down.

The MSK070C-0300-NN-M3-UG1-NNNN contains a plain output shaft integrated with a sealing ring; this output shaft is designed to securely transfer the kinetic energy generated by this industrial motor into the industrial machine without any risk of wobbling or sudden disconnection. The output shaft of this industrial controller is also connected to a holding brake which helps to retain the load connected to the motor’s shaft when the motor is at a standstill. This industrial motor also connects to the drive controller through two main types of electrical cables; the power cable and the motor feedback cable.  The power cable conducts electrical energy from the drive controller to the motor while the motor feedback cable is used to exchange digital information between the encoder of the motor and the drive controller.