2AD132D-B35OB3-AS03-B3V1/S020

How does the 2AD132D-B35OB3-AS03-B3V1/S020 manage consistent current flow in high-demand servo applications?

The motor operates at a nominal current of 54 A, maintaining energy delivery under steady and varying loads. This allows controlled thermal rise and stable current draw across dynamic duty cycles.

Can the 2AD132D-B35OB3-AS03-B3V1/S020 sustain reliable performance in semi-heated enclosures or compact panels?

It supports operation in ambient temperatures ranging from 0°C to 45°C, ensuring thermal tolerance in standard industrial environments. This range helps avoid overheating even in tightly enclosed spaces.

Will the absence of a holding brake in the 2AD132D-B35OB3-AS03-B3V1/S020 compromise positioning in vertical-axis systems?

The motor design does not include a holding brake, which can impact load stability during downtime. Integrators must add external braking hardware for controlled stop or lift-hold operations.

What should I consider when installing the 2AD132D-B35OB3-AS03-B3V1/S020 on mixed mounting frames?

It features both flange and foot mounting, enabling flexible integration across frame systems. Accurate mechanical alignment is essential to avoid stress between mounting surfaces.

How does the 2AD132D-B35OB3-AS03-B3V1/S020 perform under industrial power systems with voltage sensitivity?

With a nominal voltage of 290 V, the motor delivers efficient torque without triggering undervoltage issues. This voltage profile supports compatibility with lower-range three-phase supplies.

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The 2AD132D-B35OB3-AS03-B3V1/S020 is an AC induction motor with flange mounting. It features heavy-duty bearings, radial blower cooling, and high-resolution feedback for precise operation in 0 to 40°C environments. It is ideal for industrial automation systems and demanding mechanical engineering applications.