2AD184C-B35OC1-CS07-D2N1

The Bosch Rexroth Indramat 2AD184C-B35OC1-CS07-D2N1 is a robust unit within the 2AD 3-Phase Induction Motors series, designed for high-demand industrial drive applications. Built as an AC Induction Motor, it features a Motor Size Code: 184 and a Motor Length Code: C, offering an optimal balance of torque and compactness. Equipped with an Axial Blower Voltage: 400V cooling system, this motor maintains stable operating temperatures under continuous load. Serving primary functions such as conveyor drives, pump systems, and general motion control, it delivers reliable performance across a variety of automation tasks.

In terms of technical specifications, the 2AD184C-B35OC1-CS07-D2N1 employs Standard bearings for dependable rotational smoothness and an Axial Blower cooling type to ensure efficient heat dissipation. It operates without a holding brake, simplifying integration into braking systems that require external control. The motor incorporates a Digital servo feedback with multiturn absolute encoder, providing precise position feedback and enhancing control accuracy. Mounting options include both flange and foot configurations, while the shaft is supplied with a balanced key and integrated shaft seal to minimize vibration and leakage. Power connections are routed through a top-mounted Junction Box directed toward Side A, streamlining cable management in compact machine layouts.

Additional features highlight its resilience in industrial environments, with a Vibration Grade: R rating for reduced mechanical stress and an ambient temperature range of 0-40 Degrees Celsius for versatile deployment. Labeled under the product type “AC Induction Motor,” it accommodates varied power supply conditions and installation practices. The absence of a shaft end on Side B simplifies coupling decisions, and the side-oriented power connection ensures accessibility during maintenance. In industrial systems, these combined attributes of durability, precise feedback, and flexible mounting translate into minimized downtime, enhanced throughput, and consistent operational efficiency.