2AD132D-B35OB1-BD03-A3N1

What is the cooling advantage of the axial blower in the 2AD132D-B35OB1-BD03-A3N1 motor?

Axial blower cooling ensures continuous airflow over the motor housing, improving thermal dissipation during sustained operation. This enables higher duty cycles and stable performance in enclosed or high-load environments.

How does a smooth shaft without a seal affect motor installation?

A smooth shaft without a seal requires careful environmental consideration, as it offers no protection against fluid ingress. It’s best used in dry, controlled applications where contamination risk is minimal.

Does the absence of a holding brake limit vertical load applications?

Yes, without a holding brake, vertical applications must rely on external mechanical locks or controls to prevent unintended movement during power loss or shutdown.

What is the implication of the BD winding code in the 2AD132D-B35OB1-BD03-A3N1?

The BD winding determines electrical characteristics like torque-speed curve and voltage compatibility. Matching the winding code to the drive system ensures optimal motor performance.

What does the "D" motor length code imply in performance terms?

A longer motor typically means higher torque output due to increased stator and rotor length. It supports more demanding mechanical loads without compromising thermal performance.

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The 2AD132D‑B35OB1‑BD03‑A3N1 is an AC induction motor by Bosch Rexroth Indramat. It features a smooth, unsealed shaft, axial blower cooling, standard bearings, high‑resolution motor feedback, mounting via flange and foot, Side B top power terminals, and operates in 0–40 °C with vibration grade R and BD winding. It’s typically used in machine tools, packaging, printing presses, metal forming and automation systems where precision closed‑loop control is required