MAC041A-0-FS-4-E/050-B-1/WI652LV

The Bosch Rexroth Indramat MAC041A-0-FS-4-E/050-B-1/WI652LV is a high-performance component in the MAC AC Servo Motors series, designed for precision motion control in robotics, packaging machines, and automated systems. Featuring a robust IP65 protection rating and an Insulation class F construction, it ensures reliable operation in environments with dust and water exposure. The motor operates efficiently within an Operating temperature range of 0 to +45 °C, delivering consistent performance under varying ambient conditions. Key features such as a 50 mm Centering diameter and integrated Tachogenerator feedback underline its capability for accurate speed regulation and smooth dynamic response.

Incorporating a Natural convection Cooling type design, this servo motor dissipates heat without the need for auxiliary fans or liquid circuits, ensuring silent operation and reduced maintenance. The unit supports both Incremental or absolute encoder type feedback, providing flexibility for integration with diverse drive controllers and motion profiles. Its housing, treated with a Black prime coat, RAL 9005 Housing coating, resists corrosion and mechanical wear, extending service life in harsh industrial settings. The combination of a sturdy mechanical design and sophisticated feedback options sets this model apart, allowing direct mounting of pinions or belt pulleys to handle substantial radial loads.

Built for durability and ease of integration, the MAC041A-0-FS-4-E/050-B-1/WI652LV features an IP65 rating to guard against ingress, an F class insulation system for thermal resilience, and a compact 50 mm centering diameter for straightforward coupling with machine frames. The housing’s protective black coating prevents surface degradation, maintaining performance in demanding applications. As a versatile Servo motor compatible with standard drive interfaces, it requires minimal installation adjustments when retrofitting existing equipment. In industrial deployments, this motor delivers precise torque control, reduced energy consumption, and low maintenance overhead, making it an ideal choice for long-term, high-throughput operations.