MAC112C-0-ED-2-C/130-A-0/S005

MAC112C-0-ED-2-C/130-A-0/S005, Bosch Rexroth Indramat, MAC AC Servo Motors introduce a robust, high-performance industrial drive solution designed for precision motion control. This AC servo motor delivers consistent output across demanding applications, leveraging a permanent magnet design to balance dynamic response and efficiency. Built with a flange mounting system and a cylindrical connector interface, the unit integrates seamlessly into existing automation frameworks. Its compact footprint belies a resilient construction tailored for continuous operation in harsh factory environments.

Engineered for demanding servo applications, the motor accepts an input voltage of 208-230V and draws a nominal 12.5A to produce a continuous power output of 2.5kW. The rotor achieves speeds up to 3000 rpm while developing a peak torque of 6.7Nm, supported by a motor inertia of 1.2 kg·m² that optimizes responsiveness. Thermal management relies on natural convection cooling, eliminating the need for external fans and simplifying maintenance. A sealed IP65 protection rating guards against dust ingress and water jets, while an approved cULus certification confirms compliance with international safety standards. A high-resolution incremental encoder provides precise feedback for position and velocity loops, and the motor's temperature range of -20°C to 40°C ensures reliable performance across diverse climates. Weighing 13.5 kg, the MAC112C assembly offers a balanced mass for stable operation without oversized mounts.

Designed for seamless integration into multi-axis systems, this servo motor's flange mounting and round connector arrangement expedite installation and reduce cabling complexity. The rugged housing and natural convection cooling deliver exceptional reliability, minimizing downtime and maintenance costs. Ideal for industrial automation tasks—from packaging and labeling to pick-and-place robots—the MAC112C-0-ED-2-C/130-A-0/S005 ensures precise, repeatable motion control and long-term operational stability.