2AD160C-B35RR1-BS01-C2N1

The Bosch Rexroth Indramat 2AD160C-B35RR1-BS01-C2N1 belongs to the renowned 2AD 3-Phase Induction Motors series, designed for robust industrial drive applications. This AC Induction Motor features a Motor Size Code of 160 and a Motor Length Code of C, delivering a compact yet powerful design suited for diverse automation tasks. Equipped with an Axial Blower cooling type, the motor efficiently dissipates heat to maintain optimal performance under continuous operation. Its smooth shaft with integrated shaft seal ensures reliable torque transmission and protection against contaminants, making it ideal for high-demand industrial environments.

In terms of technical specifications, this motor employs Standard bearings that offer proven durability and low maintenance requirements. The mounting options include both Flange and Foot Mounting configurations, allowing flexible integration into existing machinery. The power connection is managed via a rugged Terminal Box positioned on the Right (view from front towards shaft) side, with the power connection direction also oriented to the right for streamlined cable routing. The winding is specified by the Winding Code BS, ensuring consistent insulation performance. Notably, this model is supplied Without Holding Brake, reducing complexity where braking is not required and improving overall efficiency.

Additional features include a Vibration Grade R classification, which guarantees smooth operation and minimal mechanical noise, as well as an Ambient Temperature Range of 0-40 Degrees Celsius, accommodating standard factory conditions. The absence of a shaft end on Side B further simplifies installation in confined setups. This motor's versatile power connection type and directional orientation make it compatible with a wide array of drive controllers and power supplies. In industrial applications, the 2AD160C-B35RR1-BS01-C2N1 offers a blend of durability, efficient cooling, and installation flexibility, ensuring reliable long-term operation and reduced downtime for critical manufacturing processes.