MAD160B-0050-SL-S6-EG0-35-N1

The Bosch Rexroth Indramat MAD160B-0050-SL-S6-EG0-35-N1 servo motor is a high-performance spindle drive in the renowned MAD IndraDyn A Motors series, designed for precision motion control in demanding industrial environments. As a Servo Motor with a Rated Speed of 500 rpm, it delivers consistent rotational accuracy for applications such as machine tool spindles, indexing tables, and rotary actuators. Key features include the integrated Singleturn absolute encoder EnDat2.1 For Ex areas, ensuring reliable position feedback in hazardous zones, and the Fan top with fan cowl cooling system, which maintains optimal operating temperatures under continuous load.

This model features a robust Motor Frame Size of 160 and Motor Frame Length classified as B, providing a balanced form factor for both torque output and installation footprint. The Smooth shaft With shaft seal design enhances ingress protection and minimizes maintenance requirements, while the Standard Bearing Type supports stable operation with minimal vibration. Electrical integration is simplified via the Terminal box on the Connection Side A-Side, supporting standard power and control wiring. The Winding Code 0050 specifies the optimized coil configuration for torque consistency, and the Vibration Grade R ensures reduced noise and mechanical wear.

Designed for flexible installation, this motor supports both Flange and foot mounting styles to accommodate diverse machine architectures. Although this version is supplied Without holding brake, its lightweight construction and smooth coupling enable seamless integration with external braking systems when required. The inclusion of an EnDat2.1 encoder certified for explosive atmospheres underscores its compliance with industrial safety standards in Ex areas. Overall, the MAD160B-0050-SL-S6-EG0-35-N1 combines precision feedback, efficient cooling, and sturdy mechanical design to enhance productivity, reliability, and service life in high-precision manufacturing and process automation applications.