MAC112D-0-ED-4-C/130-A-2/WI574LX/S018

The Bosch Rexroth Indramat MAC112D-0-ED-4-C/130-A-2/WI574LX/S018 is a robust servo motor from the MAC AC Servo Motors series designed for precise motion control in industrial automation. Boasting an IP65 protection rating and F-class insulation, this model ensures reliable performance in harsh environments. With a continuous torque at standstill of 35 Nm and a nominal motor speed of 3000 rpm, the MAC112D-0-ED-4-C/130-A-2/WI574LX/S018 excels in applications demanding sustained torque and rapid response. Its primary function is to deliver accurate rotational motion for positioning, indexing, and conveyor systems in manufacturing and process control.

The MAC112D AC servo motor is engineered with a range of advanced technical specifications to meet stringent performance requirements. It operates on a continuous current of 63 A at standstill, supported by a winding resistance of 0.070 Ω and a winding inductance of 1.3 mH for smooth current flow. The motor employs natural convection cooling, achieving a thermal time constant of 120 min to manage internal temperature without external fans. Feedback precision is ensured through both tacho feedback and an incremental or absolute encoder. A heavy-duty holding brake delivers a holding torque of 40 Nm, enabling secure load retention when power is removed.

Constructed with a durable black housing featuring primer coating, the MAC112D-0-ED-4-C/130-A-2/WI574LX/S018 resists diluted acids, oxidation, yellowing, and chalky deposits, making it suitable for outdoor and washdown areas. The motor’s moment of inertia of 230 x 10^-4 kg·m² optimizes dynamic responsiveness, while its centering diameter of 130 mm simplifies integration. Rated for ambient temperatures from 0 to +45 °C during operation and transport tolerances from -20 to +70 °C, this servo motor maintains performance across temperature extremes. Certified to IP65 for dust and water ingress and F-class insulation, it upholds industry standards for safety and longevity. In industrial settings, users benefit from enhanced reliability, reduced downtime, and precise control, ensuring optimal productivity in complex automation tasks.