2AD132D-B35OA1-AS11/S001

What is the thermal dissipation mechanism utilized by the Bosch Indramat Rexroth 2AD132D-B35OA1-AS11/S001 motor under continuous load conditions?

The motor leverages a robust frame design and internal thermal time constant of 55 minutes to manage long-duration thermal buildup via convective and conductive heat transfer pathways.

Where in a multi-axis CNC environment can the Bosch Indramat Rexroth 2AD132D-B35OA1-AS11/S001 motor be optimally implemented?

This motor excels in Z-axis or spindle drive operations requiring precise torque regulation, low vibration, and high base speed for contouring or cutting accuracy.

Does the flange and foot mounting of the Bosch Indramat Rexroth 2AD132D-B35OA1-AS11/S001 motor support dynamic realignment in automated gantry systems?

Yes, dual-mount configuration offers high rigidity and alignment flexibility to accommodate precision linear rail systems in high-speed production lines.

How does the AS winding code influence phase balance in the Bosch Indramat Rexroth 2AD132D-B35OA1-AS11/S001 motor during operation?

The AS winding configuration ensures uniform magnetic flux distribution across phases, minimizing harmonic distortion and maintaining torque symmetry.

How is the rotor inertia managed in the Bosch Indramat Rexroth 2AD132D-B35OA1-AS11/S001 motor for sudden load transitions?

The motor’s mass of 139kg and rotor architecture maintain moment-of-inertia stability, minimizing acceleration delay and overshoot in dynamic load profiles.

2AD132D B35OA1 AS11/S001

2AD132DB35OA1AS11/S001

2AD132D-B350A1-AS11/S001

2AD132D-B35OA1-AS11/SOO1

2AD132D-835OA1-AS11/S001

2AD132D-835OA1-AS11/SOO1

2AD132DB350A1AS11/S001

2AD132DB35OA1AS11/SOO1

The 2AD132D-B35OA1-AS11/S001 3-phase motor is created by Bosch Rexroth Indramat by 2AD series. It features a nominal power of 22kW and 290V nominal voltage with flange and foot mounting configuration. The motor is useful for power generation plants including pumps, motors and turbines.