MAC090B-0-JD-4-C/110-B-0/WI524LV/S014

The Bosch Rexroth Indramat MAC090B-0-JD-4-C/110-B-0/WI524LV/S014 is a high-performance AC servo motor from the MAC AC Servo Motors series, engineered for precise motion control in industrial automation. Featuring a nominal motor speed of 3000 rpm and an operable frequency of 50/60 Hz, this motor delivers responsive high-speed rotations ideal for packaging, robotics, and manufacturing applications. Protected to IP65 standards, it is designed for harsh environments, ensuring reliable operation in dusty or moisture-prone settings while maintaining a compact Motor Size of 90 and Motor Length of B.

In technical terms, the MAC090B-0-JD-4-C/110-B-0/WI524LV/S014 operates with a maximum pulse current of 137A and relies on natural convection cooling to stabilize internal temperatures. The rotor exhibits a low moment of inertia (10^-4 Nm), enabling rapid acceleration and deceleration with minimal lag. Its incremental encoder with standard mounting delivers high-resolution feedback for precise positioning, while the absence of a holding brake simplifies integration when external braking systems are preferred. The housing is treated with a durable black-prime coat to enhance corrosion resistance, and the unit sustains continuous duty within an operating temperature range of 0-45 degrees Celsius.

Additional features include a protective design validated for ingress protection category IP65 and a well-balanced mass of 18Kg, facilitating secure mounting on gantry systems and heavy-duty machinery. The motor’s compatibility with common servo drives and programmable logic controllers is underpinned by its standard MAC interface, and it requires only natural convection without auxiliary fans, reducing maintenance points. Without an integrated blocking brake, this servo motor is optimized for systems that incorporate centralized safety and braking solutions. Implementing the MAC090B series in industrial installations yields superior positioning accuracy, efficient thermal management, and robust performance under continuous operation, driving productivity and reliability in demanding automation tasks.