2AD132D-B05OA1-AS03-D2N1

2AD 3-Phase Induction Motors

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The Bosch Rexroth Indramat 2AD132D-B05OA1-AS03-D2N1 is a robust member of the 2AD 3-Phase Induction Motors series, designed specifically for demanding industrial automation applications. This AC Induction Motor delivers a nominal power of 22 kW and a nominal torque of 140 Nm, enabling precise and powerful motion control in manufacturing systems. Featuring a base speed of 1500 RPM and a maximum speed of 7500 RPM, it adapts seamlessly to variable speed requirements. The motor’s primary function is to drive mechanical loads with high reliability, making it an ideal choice for conveyor systems, assembly lines, and other continuous-duty processes.

Incorporating advanced technical specifications, the 2AD132D-B05OA1-AS03-D2N1 uses an axial blower cooling type to maintain optimal operating temperatures under heavy load. The motor’s insulation class F and vibration grade R ensure thermal endurance and minimal vibration-induced wear. A high-resolution motor feedback device provides accurate position and speed monitoring, enhancing closed-loop control. The flange mounting configuration and power connection direction to Side A, with the power connection position on Top, allow flexible installation in compact machine layouts. The shaft type features a sealed, balanced design with an entire key, reducing runout and extending bearing life.

Durability is further supported by standard bearings and operation across a temperature range of 0 to 45 degrees Celsius. The motor is supplied without holding brake and has no shaft end on Side B, simplifying mechanical integration when braking functions are handled externally. The winding code AS optimizes electromagnetic performance for smooth torque delivery, while the 135 kg mass contributes to overall stability. This product’s efficient design minimizes energy losses, providing cost-effective operation in high-demand settings. In industrial applications, users benefit from reduced maintenance intervals, consistent performance under rigorous conditions, and seamless integration into automated systems, ensuring maximum uptime and productivity.