2AD100D-B35OB1-AS03-B2N2
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MPN: R911279993
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Bosch Rexroth Indramat AC Motor in the 2AD Series. This Motor is an Asynchronous Motor Type that has a Motor Size of 100, and a Motor Length of D."
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Product Description:
The reputed Rexroth Indramat created the cutting-edge industrial motor 2AD100D-B35OB1-AS03-B2N2 following American and European specifications. The frame serves as the induction motor's skeleton structure and is an essential part of the motor's construction, not just a container. Its strong structure supports the interior components and keeps them in position, while its design is critical for heat dispersion. An efficient frame, constructed with heat-dissipating characteristics, functions as a heat sink to absorb heat produced by the motor during operation, thereby preventing temperatures from rising above operating limits. The cooling, protection, and overall life of the motor are directly impacted by the robustness and design of the frame.
The 2AD100D-B35OB1-AS03-B2N2 motor has no shaft end and a holding brake. The dual mounting feature of this industrial motor makes configuration, installation, and maintenance simple and safe. The axial fan produces airflow over a wide range of the rate of flow and increasing pressure values. When compared to centrifugal fans, it stands out for having a comparatively minimal pressure rise and a relatively high flow rate. An advantageous feature of the axial fan in ventilation is its ability to generate flow in the opposite direction.
During the transfer of power and torque, the key encounters shearing forces from the hub and the shaft as it fits into the keyway between them. That's why, the key has great crushing and shear strengths. The key design guarantees that it can sustain a high amount of stress. Bearings are mechanical components that enable either linear or rotational movement. These rotating components wear down and possibly shatter without bearings as they scrape against one another. Bearings are essential for effective energy transfer and minimal wear and tear because they reduce friction caused by direct contact.
