Product Description

This INDRAMAT servo motor belongs to the MAC series, specifically the 112 size, which is engineered for a range of industrial applications demanding high precision and performance. It features a nominal speed of 2000 min-1, a key factor in applications where control and stability during operation are critical. The motor provides a continuous torque at standstill, with values depending on the exact model variant within the 112 series, highlighting its ability to maintain performance even under demanding conditions. The continuous current at standstill, 56 A, furrther illustrates the motor’s efficiency and its capability to operate under continuous load without overheating or performance degradation. This is supported by a rotor moment of inertia that ensures smooth and stable operation, particularly important in applications involving frequent starts and stops. A significant feature of this motor is its torque constant (0.760 Nm/A) at 20 °C, which delivers information about the torque produced per ampere of current, indicating the motor’s efficiency and effectiveness in converting electrical power to mechanical power. Coupled with winding resistance at 20 °C, these parameters highlight the motor's electrical characteristics that contribute to its overall performance and power consumption. The maximum peak of pulse current capability is 260 A, which allows for brief surges of power when needed, such as in rapid acceleration or deceleration situations. The thermal time constant provides insight into how quickly the motor responds to changes in thermal load, an important factor for long-term reliability and performance. Lastly, the mass of the motor is a consideration for the design of the machinery it will be integrated into, affecting the overall system dynamics and the support structure required. With these comprehensive technical attributes, the MAC112D-0-FD-4-C/180-A-1/WI520LV/S011 servo motor is well-suited for a variety of applications requiring high dynamic performance, from CNC machinery to advanced robotics.