MAD160B-0050-SA-S2-EG0-35-E1

The Bosch Rexroth Indramat MAD160B-0050-SA-S2-EG0-35-E1 is a high-performance servo motor from the renowned MAD IndraDyn A Motors series, engineered to deliver precise motion control in industrial automation. This Servo Motor features an Axial fan cooling system and operates at a rated speed of 500 rpm, ensuring consistent thermal management and speed regulation. With a robust Motor Frame Size 160 and a Motor Frame Length B, the motor is designed for applications demanding reliable torque delivery and stability. Its primary function is to drive spindles and rotary axes in machine tools, packaging systems, and robotics, where precision and repeatability are critical.

The MAD160B-0050-SA-S2-EG0-35-E1 boasts a comprehensive set of technical specifications tailored for demanding environments. The motor’s Singleturn absolute encoder EnDat2.1 provides high-resolution position feedback, enabling accurate positioning and smooth motion profiles. Connectivity is facilitated through a Terminal box located on the A-Side, simplifying installation and maintenance. The motor’s smooth shaft with shaft seal reduces vibration transmission and protects internal components from contaminants, while the standard bearing arrangement ensures durability under continuous operation. The absence of a holding brake underscores its suitability for dynamic applications where rapid direction changes and low inertia are required.

Built for versatility, the MAD160B-0050-SA-S2-EG0-35-E1 supports both flange and foot mounting, allowing integration into diverse machine architectures. Its vibration grade R rating guarantees minimal mechanical oscillation, contributing to extended component life and reduced maintenance costs. The motor’s winding code 0050 is optimized for efficiency, providing high torque per ampere and minimizing energy consumption under variable load conditions. Without a holding brake, system designers can implement external braking solutions tailored to specific safety standards. This servo motor’s robust design, precise feedback system, and flexible mounting options deliver enhanced reliability and performance, making it an ideal choice for modern industrial applications requiring high productivity and low downtime.