MAD160C-0200-SA-N0-AP0-05-A1

The Bosch Rexroth Indramat MAD160C-0200-SA-N0-AP0-05-A1 from Bosch Rexroth Indramat, belonging to the MAD IndraDyn A Motors series, is a precision-engineered Servo Motor tailored for demanding industrial motion-control tasks. Featuring a robust Motor Frame Size of 160 and a compact Motor Frame Length of C, this motor delivers highly repeatable dynamics with minimal cogging. Rated for continuous operation at a Rated Speed of 2000 rpm, it offers smooth acceleration profiles tuned to modern automation requirements. The design accommodates harsh factory conditions while maintaining tight performance tolerances throughout its service life.

The unit employs an Axial fan for active Cooling, ensuring optimal thermal management even under sustained load. Power and feedback are routed through a plug-and-play Connection Type Connector mounted on the Connection Side of the A-side, simplifying installation in multi-axis cabinets. Its flange-based Mounting Style provides secure alignment, and the whole-key balanced With shaft seal Shaft Type minimizes vibration and prevents ingress of contaminants. Internally, a Winding Code of 0200 guarantees consistent electromagnetic characteristics, while the standard Bearing arrangement withstands radial and axial loads. The motor is supplied without a holding brake and without a motor encoder but integrates a high-resolution Encoder interface supporting Singleturn Absolute, 2048 increments. A Vibration Grade rating of R confirms compliance with stringent mechanical vibration standards.

Integration into machine architectures is streamlined by its standardized flange footprint and modular connector interface, reducing assembly time and wiring complexity. The fan-cooled housing and sealed shaft design elevate long-term reliability, even in continuous-duty or high-cycling processes. Suited for applications such as CNC machining centers, rotary indexing tables, and precision gantries, the MAD160C-0200-SA-N0-AP0-05-A1 delivers exceptional uptime and consistent dynamic performance across diverse automation scenarios.