2AD132D-B05OA1-AS23-B2N1
The 2AD132D-B05OA1-AS23-B2N1 servo motor from Bosch Rexroth Indramat is a high-performance solution in the 2AD 3-Phase Induction Motors series, designed for precision industrial automation. This AC Induction Motor delivers a base motor speed of 1500 min-1 and a peak speed of 7500 rpm to address demanding motion control tasks. It draws a nominal current of 54 Aeff and requires a minimum connection cross-section of 16 mm2 in compliance with EN 60204 standards. The robust flange mounting and motor length code D support compact installations, while its shaft type without shaft seal, balanced with entire key simplifies coupling to pulleys and gear systems. Standard bearings ensure smooth operation under continuous load.
Performance characteristics are optimized through an electrically released brake, which provides reliable holding torque when de-energized, and an axial blower cooling system that maintains thermal stability. With a thermal time constant of 55 min, the motor reaches thermal equilibrium gradually, minimizing temperature-induced stress. A high-resolution motor feedback device delivers precise encoder signals for closed-loop control, enhancing positioning accuracy. The sealed design requires no maintenance, reducing downtime in continuous production environments. An optional labyrinth seal accessory offers additional protection against dust and moisture ingress.
Engineered for durability, the motor’s vibration grade R compliance ensures consistent performance in high-vibration settings. The absence of a secondary shaft end on side B simplifies integration into tight machine frames, while the power connection direction to Side A and power connection position at Top facilitate convenient cable routing. Its sealed bearing arrangement and reinforced housing support long service life in printing, packaging, and reshaping machines. This combination of reliable construction, precise feedback, and flexible mounting makes the 2AD132D-B05OA1-AS23-B2N1 ideal for demanding industrial automation applications.
