Product Description

The MAC112D-0-FD-3-C/130-A-1 from INDRAMAT represents a sophisticated design in servo motor technology, tailored for the high-end industrial automation sector. It boasts a considerable standstill torque of 38.0 Nm, which ensures powerful motion and high load capacity, while its nominal speed of 2000 min-1 enables swift and agile machine operations.

This motor's capability is not only evident in its mechanical output but also in its electrical performance, with a standstill current of 56.0 A, reflecting its readiness to sustain heavy loads without performance lag. The rotor's moment of inertia at 230 x 10^-4 kgm^2 demonstrates the motor's capacity for stability and control during high-speed operations. Moreover, the torque constant at 20 °C stands at 0.760 Nm/A, emphasizing the efficient energy conversion for a motor of its class.

The windings resistance is marked at 0.110 Ohm, minimizing electrical losses, while the inductance at 1.8 mH ensures that the motor can cope with variable power supply conditions without compromising on the torque production. It can withstand a peak pulse current of 260 A, indicative of its ability to manage sudden surges in power requirement — a common scenario in industrial applications.

With a thermal time constant of 120 minutes, the MAC112D-0-FD-3-C/130-A-1 can maintain operational temperatures for sustained periods, suitable for processes requiring long-term continuous operation. Weighing 59 kg, the motor is encased in a durable structure, emphasizing its readiness for industrial environments where mechanical robustness is just as crucial as operational precision. Its IP65 protection rating ensures that it remains impervious to dust and moisture ingress, maintaining performance integrity in various environmental conditions.

Whether implemented in manufacturing automation, material handling systems, or precision assembly processes, the MAC112D-0-FD-3-C/130-A-1 is engineered to deliver high performance with unwavering consistency, underscoring INDRAMAT's reputation for quality and innovation in servo motor design.