2AD132D-B35OB2-BD03-B2N2

How does the 2AD132D-B35OB2-BD03-B2N2 motor handle integration in enclosures near its upper ambient temperature limit?

The motor operates reliably up to 45 °C ambient conditions, but thermal buffering becomes critical near that threshold. Use proper ventilation or external cooling to maintain consistent torque stability.

Does the absence of a sealing ring in this induction motor affect installation in contaminated industrial zones?

Yes, the lack of a sealing ring makes the unit more vulnerable to particulate ingress in dusty or oily environments. Installing in clean enclosures or using external sealing strategies is advisable.

Can the output shaft on the 2AD132D-B35OB2-BD03-B2N2 model introduce alignment complexity during mechanical coupling?

Not necessarily, but proper alignment is essential to avoid vibration at high load conditions. Whole-key balancing reduces stress concentration but demands precision in shaft mating.

What role does the nominal current play in sustained duty cycles under fluctuating loads?

It ensures current stability during extended runtime, even under varying mechanical loads. This supports consistent electromagnetic torque without overcurrent faults in most mid-heavy applications.

Is nominal torque delivery on the 2AD132D-B35OB2-BD03-B2N2 impacted by lack of integrated sealing?

Only in environments where fluid or particulate ingress is likely. Nominal torque remains stable mechanically, but contamination could introduce drag or degrade bearing integrity over time.

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The 2AD132D-B35OB2-BD03-B2N2 is an induction motor by Bosch Rexroth Indramat, featuring axial blower cooling. It includes high-resolution feedback, flange and foot mounting options, and operates efficiently in temperatures from 0 to 40°C. You can use it in automation systems or industrial machinery applications.