Product Description:

The MTC524C2-M1C1 servo motor is manufactured by Kollmorgen within the MTC Servo Motors series. It is built to deliver precise rotational motion for automated machinery. When paired with a compatible drive, it regulates torque, speed, and position in assembly lines, packaging equipment, and other plant-floor axes.

The motor operates at a rated speed of 4000 rpm, allowing direct coupling to medium-speed shafts without additional gearing. At that operating point, it can deliver a rated mechanical output of 2.2 kW. Generated voltage rises proportionally with speed at a back electromotive force constant of 70.4 VRMS/krpm, and this value must be considered when selecting drive bus voltage so the controller has enough headroom. Continuous load capability at 25 °C is 6.7 N-m, produced while the stator draws a steady phase current of 5.4 ARMS. Those torque and current values reflect the coil inductance and resistance, which affect current rise time and copper losses. The listed torque sensitivity helps estimate developed torque for any commanded current. A 24 VDC supply energizes the electromagnetic brake, enabling static holding when power to the phases is removed.

For short bursts, the drive may feed up to 23.2 ARMS, allowing the motor to reach a peak torque of 21.7 N-m for rapid indexing. The low rotor inertia of 0.00208 kg-m² supports swift acceleration, contributing to a maximum theoretical value of 10 444 rad/s². When the stator temperature reaches 40 °C, the continuous stall torque capability settles at 6.3 N-m, limited by the thermal resistance between the windings and housing. Thermal soak occurs gradually because the assembly has a time constant of 40 min, giving the system some margin for intermittent overloads without immediate overheating. This combination of dynamic response and thermal behavior suits positioning cycles that require both speed and precision.