MAC090C-0-GD-4-C/110-B-1/WI520LV/S001

The Bosch Rexroth Indramat MAC090C-0-GD-4-C/110-B-1/WI520LV/S001 is a permanent magnet AC servo motor from the MAC AC Servo Motors series, engineered for high-performance industrial automation. This robust servo motor delivers a peak torque of 45 Nm and achieves a rated speed of 2000 rpm while drawing a rated current of 24.8 A. Its primary function is to provide precise motion control and dynamic response in manufacturing, material handling, and process automation systems where accuracy and reliability are essential.

Featuring a natural convection cooling system, the MAC090C-0-GD-4-C/110-B-1/WI520LV/S001 maintains optimal operating temperatures without auxiliary fans or liquid circuits. An incremental encoder feedback mechanism ensures high-resolution position and speed monitoring for closed-loop control. The motor's construction includes a 427 mm motor length, a moment of inertia of 0.097 kg·m², and a torque constant of 0.85 Nm/A, which together provide exceptional responsiveness under varying load conditions. Additional technical specifications include a voltage constant of 0.72 V/krpm, a motor size of 90, and a 10-pole winding that enhances smooth torque delivery and low vibration during continuous operation. The IP65-rated housing guarantees protection against dust ingress and water jets, ensuring durability in harsh environments.

This servo motor is compatible with WI520LV connectors, simplifying installation and maintenance. Weighing 18 kg, it strikes an ideal balance between structural rigidity and portability, facilitating easier handling during machine integration. The natural convection design contributes to energy efficiency and reduces maintenance requirements by eliminating external cooling components. Rated for industrial use with a rugged enclosure and precise incremental feedback, the MAC090C-0-GD-4-C/110-B-1/WI520LV/S001 meets stringent performance standards and supports seamless integration into automated systems. In industrial applications, its combination of high torque, accuracy, and robustness translates into improved productivity, lower downtime, and long-term operational efficiency.