MAC041B-0-BS-3-E/050-B-1

The Bosch Rexroth Indramat MAC041B-0-BS-3-E/050-B-1 from the MAC AC Servo Motors series by Bosch Rexroth Indramat delivers industrial-grade precision and reliability with a wide Input Voltage of 380-480 V AC and a Rated Power of 15 kW. This high-performance AC servo drive sustains an Output Current of 32 A over a broad Frequency Range of 0–400 Hz, ensuring accurate torque delivery for both rapid acceleration and smooth deceleration. Designed as an AC Servo Motor with a Motor Size of 41 frame and a compact Motor Length B, it provides a balanced footprint for high-density cabinet layouts. Passive Cooling Type Natural Convection optimizes thermal management without added complexity, making installation and maintenance faster.

Its advanced Control Type: V/F and Sensorless Vector Control supports both classic voltage-to-frequency regulation and sophisticated rotor-flux estimation algorithms. Sensorless vector control estimates the rotor position dynamically, delivering tight low-speed torque regulation and reducing maintenance overhead by eliminating mechanical feedback devices. The unit’s Protection Class IP20 rating safeguards sensitive internal components from intrusion of solid particles larger than 12 mm, ensuring unimpeded operation in sheltered industrial enclosures. With natural convection cooling, the motor maintains stable internal temperatures even under continuous high-load duty cycles, minimizing thermal drift and extending service life.

Ideal for demanding industrial automation tasks such as robotics, CNC machining, and precision material handling, this servo motor integrates seamlessly with standard drive architectures and power infrastructures. The combination of robust 380-480 V AC compatibility, wide 0–400 Hz frequency response, and high 15 kW power output delivers the dynamic performance required for complex motion profiles and rapid cycle operations. Rugged build quality, efficient thermal design, and versatile control modes make the MAC041B-0-BS-3-E/050-B-1 an excellent choice for systems where reliability, precision, and low maintenance are paramount.