2AD164B-B05OA1-DS26-A2N1
The Bosch Rexroth Indramat 2AD164B-B05OA1-DS26-A2N1 is a high-performance asynchronous motor from the renowned 2AD 3-Phase Induction Motors series. Designed as an AC Induction Motor, it features a substantial Motor Size Code: 164 and a compact Motor Length Code: B for applications where space optimization is critical. Equipped with an Axial Blower cooling system operating at 400V, this motor ensures efficient heat dissipation under continuous loads. A robust electrically released brake delivering a Brake Torque: 100 Nm enables precise stopping and holding capabilities, making the unit ideal for applications requiring rapid response and safety compliance.
In terms of technical sophistication, the 2AD164B-B05OA1-DS26-A2N1 employs Standard bearings to guarantee longevity and reliability under demanding operational cycles. The motor is outfitted with a Digital servo feedback device, facilitating accurate position and velocity control in automated systems. Its smooth shaft without seal configuration simplifies mechanical integration and minimizes maintenance. Flange mounting offers sturdy attachment to various machine frames, while the power interface on Side A uses a Power Plug (Blower with plug) for streamlined installation. Top-mounted power connection ensures easy access in compact layouts. The motor designation 2AD and winding code DS underscore a design optimized for dynamic performance and thermal resilience.
Additional features enhance the motor’s adaptability in industrial settings. With a vibration grade of R, it maintains low operational vibration for extended service life. The ambient temperature range of 0-40 Degrees Celsius supports reliable performance across standard plant environments. The absence of a shaft end on Side B simplifies coupling arrangements where secondary drives are not required. Altogether, the Bosch Rexroth Indramat 2AD164B-B05OA1-DS26-A2N1 motor combines robust construction, precise feedback, and efficient cooling to deliver exceptional durability, energy efficiency, and process reliability, offering significant benefits for automation, material handling, and production line applications.
