2AD132D-B35OB2-BD03/S015

What kind of bearing design supports long-term reliability in the 2AD132D-B35OB2-BD03/S015 for general-purpose industrial use?

The motor includes standard-grade bearings suited for typical duty cycles and balanced loading. These require scheduled maintenance intervals to ensure performance and minimize downtime.

How does the 2AD132D-B35OB2-BD03/S015 manage heat dissipation during extended high-load operation cycles?

It uses an axial blower with directional airflow from point A to B for consistent thermal control. This active cooling method prevents overheating in demanding, continuous-duty applications.

What mechanical factors must be considered when mounting the 2AD132D-B35OB2-BD03/S015 on a mobile gantry or suspended frame?

The motor's high mass requires structurally reinforced mounts and vibration isolation. This ensures stability and reduces mechanical stress during operation in dynamic environments.

How does the torque output of the 2AD132D-B35OB2-BD03/S015 affect drive design in high-inertia systems?

Its 140 Nm nominal torque supports reliable acceleration under heavy mechanical loads. This results in smooth motion without stressing the drivetrain during frequent speed transitions.

What should engineers expect regarding acoustic behavior from the 2AD132D-B35OB2-BD03/S015 during full-speed operation?

It operates at a moderate sound pressure level suitable for most industrial environments. Proper mounting and enclosure planning can further reduce perceived noise during continuous use.

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The Rexroth Indramat 2AD132D-B35OB2-BD03/S015 is a 3-phase AC induction motor featuring axial blower cooling. You get high-resolution motor feedback and flexible flange and foot mounting, plus a top power connection on side B. It is ideal for industrial automation and CNC machinery applications.