MAC071C-0-GS-3-C/095-B-0/5001

The Bosch Rexroth Indramat MAC071C-0-GS-3-C/095-B-0/5001 is a precision Servo Motor in the MAC AC Servo Motors series, engineered to deliver reliable motion control in demanding industrial applications. With a Power Rating of 500W and a wide Voltage range of 110-220V, this permanent magnet motor provides the torque and flexibility needed for automation, robotics, and general machinery tasks. Its lightweight Aluminum housing and compact Frame Size 71 design ensure easy integration into existing machine architectures while maintaining structural strength and durability.

This motor features dual communication options, including USB and Ethernet interfaces, facilitating seamless diagnostics and real-time control in modern control systems. The GS windings and natural convection Cooling Type ensure efficient heat dissipation without the need for auxiliary cooling equipment. Engineered with a Frame Length C profile, the MAC071C motor occupies minimal space while providing consistent performance under continuous operation. Its Ingress Protection IP67 rating guarantees complete dust tightness and protection against temporary immersion in water, preserving internal components and reducing maintenance intervals. The design adheres to a compact footprint and robust construction, making it well suited for both centralized and decentralized drive architectures.

Certified to CE UL US Approved standards, the MAC071C-0-GS-3-C/095-B-0/5001 offers one-year warranty coverage and assured compliance with international safety regulations. It operates reliably across a broad Operating Temperature range from -20°C to +60°C, ensuring consistent performance in harsh environments, including outdoor or unconditioned spaces. The combination of aluminum construction, IP67 sealing, and wide temperature tolerance contributes to exceptional durability. By leveraging its versatile interfaces, rugged sealing, and optimized power density, this servo motor delivers precise speed and position control, reduced downtime, and enhanced system efficiency in various industrial automation scenarios.