Product Description:

The MSK071E-0200-FN-S3-UG0-NNNN servomotor is produced by Bosch Rexroth Indramat as part of the MSK IndraDyn S Synchronous Motors series. Supplied in motor size 071 with length code E, it serves as a precision actuator for closed-loop motion axes in packaging, printing, and handling equipment. The standard design housing and sealed construction allow direct installation in automation cells that require reliable torque delivery and accurate positioning without separate gear stages. This layout suits axes that must respond quickly to command changes while maintaining repeatable motion over long operating cycles.

Thermal energy is carried away by liquid cooling, so continuous current can be raised without increasing frame dimensions. Feedback is handled through a Hiperface interface and is transmitted through a rotatable 240° encoder connector that simplifies cable routing in tight cabinets and crowded machine sections. The encoder provides 16 signal periods, allowing the drive to interpolate position accurately during motion control. An enclosure rating of IP65 protects the stator and connector area from dust and low-pressure water, making the motor suitable for washdown areas on the production floor. This sealing helps the motor remain usable where airborne particles or routine cleaning are part of normal operation. The 0200 winding code matches the motor's electrical characteristics to compatible drives.

The encoder uses capacitive sensing in a single-turn format, eliminating battery changes while still providing absolute position after power-on within one mechanical revolution. Because the motor is supplied without a holding brake, the load must be secured by external mechanics or drive torque during a power loss, which also reduces mass at the shaft end. A plain shaft output mates directly with shrink-fit couplings or pulley hubs, minimizing vibration input to the bearing set. The standard design and class 155 insulation system permit continuous duty at ambient temperatures of 0–40°C as long as coolant flow is maintained. Coolant flow must remain stable to keep winding temperature within the allowable operating range during continuous use.