Product Description

Bosch Rexroth, a renowned brand, specializes in the production and distribution of cutting-edge motion control technology embedded in its devices, like drive controllers, frequency converters, digital AC servo motors, and accompanying accessories.

The 2AD100C-B05OB8-AS03-B3N1 model stands out as a high-performance servo motor equipped with a plethora of features and capabilities. This precise motor is purpose-built to deliver dependable and accurate motion control across diverse industrial applications. Boasting a top speed of 9000 RPM, it effortlessly handles even the most demanding industrial tasks. The 2AD100C asynchronous motor is impressively responsive and robustly designed to endure harsh environmental conditions. Its intelligently placed power connection at the top makes mounting with a flange system a breeze. Moreover, its availability in various lengths and sizes enhances its versatility to cater to a wide range of requirements. Notably, the power connection output direction points towards the B-side of the motor, and an efficient radial blower facilitates cooling by drawing fresh air over the motor surface, ensuring optimal convection. To prevent unwanted movements, the 2AD100C asynchronous motor incorporates an electrically released holding brake, adding value to its overall functionality. Furthermore, its compact and sturdy design renders it ideal for deployment in rugged environments.

The model 2AD100C-B05OB8-AS03-B3N1 prioritizes safety with a host of advanced features, including overvoltage and undervoltage protection, short-circuit protection, and thermal overload protection. These safeguards ensure seamless and reliable operation in all conditions. Remarkably customizable, this efficient asynchronous motor (2AD100C-B05OB8-AS03-B3N1) offers a range of options to suit specific application needs. These include different feedback devices, mounting configurations, and connection types, providing customers with tailored solutions. For hassle-free ordering, interested parties can visit the Wake Industrial Website.