2AD100B-B05OB1-AS00

The Bosch Rexroth Indramat 2AD100B-B05OB1-AS00 is part of the robust 2AD 3-Phase Induction Motors series, engineered for reliable performance in industrial drive applications. This AC Induction Motor is designated as 2AD, featuring a Motor Size Code of 100 and a Motor Length Code of B, delivering an optimal balance of compact design and power output. Equipped with an Axial Blower Voltage of 230V and an Axial Blower cooling system, the motor maintains efficient thermal management under continuous operation. Designed without a holding brake, it excels in applications where braking is managed externally, ensuring smooth start-stop cycles.

In-depth technical specifications highlight the motor’s adaptability and ease of integration. The unit is supplied without a motor encoder as the Feedback Device, simplifying installation in systems where external feedback is utilized. The flange mounting configuration allows for secure attachment to machine frames, while the Power Connection Type of Connector and Power Connection Direction to Side B ensure straightforward electrical interfacing. The power connection position at the top facilitates neat cable routing and minimizes interference with adjacent components. The winding code AS defines the internal coil configuration, supporting consistent torque delivery and low vibration during operation.

Additional features of the 2AD100B-B05OB1-AS00 include a specified Ambient Temperature Range of 0-40 Degrees Celsius, underscoring its reliability in typical industrial environments. Its flange mounting and top-side connector positioning enhance mechanical compatibility and simplify maintenance procedures. Without an integrated holding brake or encoder, this motor offers flexibility for bespoke control systems and external braking devices. The axial blower cooling design increases efficiency by directly channeling airflow over critical heat-generating components, extending service life. In demanding industrial setups, the 2AD100B-B05OB1-AS00 delivers consistent performance, reduced downtime, and streamlined integration, making it an ideal choice for continuous and intermittent duty cycles.