MAD180D-0200-SA-S2-DP0-35-A1

MAD180D-0200-SA-S2-DP0-35-A1, Bosch Rexroth Indramat, MAD IndraDyn A Motors. The MAD180D-0200-SA-S2-DP0-35-A1 is a high-performance servo motor engineered for precise motion control in demanding industrial environments. Designed within the MAD Spindle Motor Series, it features a robust construction tailored to continuous operation and tight speed regulation. Its combination of torque density and thermal management makes it suitable for dynamic applications requiring rapid accelerations and decelerations. The motor’s compact footprint and versatile mounting options streamline integration into existing machine designs.

At the core of the design is an efficient axial fan Cooling system that maintains optimal operating temperatures even under peak loads. The Encoder Type is a singleturn absolute encoder EnDat2.1, delivering high-resolution feedback for closed-loop control and position accuracy. The motor’s Rated Speed of 2000 rpm pairs with a Winding Code of 0200 to balance torque output and thermal performance. Constructed on a Motor Frame Size of 180 with a Motor Frame Length of D, the housing accommodates both flange and foot mounting as the Mounting Style. Connectivity is simplified via a right-side Connection Side terminal box Connection Type, and the unit ships without holding brake to match brakeless shaft requirements. A whole-key balanced Shaft Type with integrated seal and standard Bearing specification ensures longevity and minimizes vibration, complying with the Vibration Grade R for smooth operation.

Engineers benefit from straightforward installation and minimal maintenance thanks to the sealed shaft interface and modular terminal box layout. The motor’s high reliability and precise feedback loop underpin applications such as CNC machining centers, automated assembly lines, and robotics, where downtime is critical. By leveraging the MAD IndraDyn A platform’s proven durability, the MAD180D-0200-SA-S2-DP0-35-A1 delivers consistent performance and seamless integration into advanced motion systems.