Product Description

The Indramat MAC112C-0-HD-4-C/130-A-0/WI520LV/S005 servo motor stands at the pinnacle of drive technology. It delivers unmatched precision and robust performance. This powerhouse is engineered for the high demands of industrial automation, where reliability and accuracy are not just requirements but necessities for operational excellence. With a formidable nominal speed of 2000 rpm, this motor is designed for applications where high-speed precision is paramount. The notable continuous torque of 27.0 Nm ensures the delivery of consistent power even under the most demanding circumstances. This torque, coupled with a formidable peak current of 195 A, allows the motor to perform exceptionally well during sudden surges of load, making it an ideal fit for complex and rapid maneuvers. The MAC112C motor shines in its dynamics, characterized by a torque constant of 0.73 Nm/A and a rotor moment of inertia of 170 x 10^-4 kgm², facilitating swift acceleration and deceleration without sacrificing stability or control. The electrical design is further refined with a low winding resistance of 0.15 Ohm, ensuring that the motor operates with optimal efficiency and a minimized thermal footprint. The winding inductance of 2.5 mH, in sync with the system's electrical parameters, contributes to the motor's ability to handle variable load conditions without electrical overshoots. This servo motor's thermal time constant of 100 (75) min demonstrates its remarkable ability to manage and dissipate heat effectively over extended periods, safeguarding against overheating and potential damage. Weighing 48 kg, the MAC112C motor maintains a balance between heft and functionality, providing enough mass for momentum without impeding the system's responsiveness. The MAC112C-0-HD-4-C/130-A-0/WI520LV/S005 is equipped with a WI520LV encoder, renowned for its precise feedback, which is critical in closed-loop control systems. This addition allows for intricate motion profiles and ensures accuracy is maintained throughout the motor's operational life.