MS2N10-E0BHA-BMAH3-NNNNN-NN

The MS2N10-E0BHA-BMAH3-NNNNN-NN is a synchronous servo motor manufactured by Bosch Rexroth Indramat within the MS2N Synchronous Servo Motors series. It serves as a compact rotary drive element that supplies tightly regulated torque and position feedback to automated presses, gantry axes, and robotic joints. By pairing its feedback electronics with a matched drive controller, the unit helps maintain repeatable motion profiles during rapid acceleration and deceleration cycles on industrial production lines.

This motor carries the MS2N10 size designation and uses a standard bearing set to support the shaft at a rated speed of 2000 1/min. Thermal stability is provided by a Forced-ventilation axial 230 V / 50 Hz blower that mounts to the housing. A Hiperface encoder delivers Multiturn - 4,096 revolutions absolute position data with 128 signal periods, allowing the controller to track both incremental motion and absolute machine zero. The rotor is classified as Low inertia, so small torque changes produce quick speed changes, an advantage for indexing or short-stroke tasks. Power and feedback are routed through a Double cable connection M58 fixed / M17, rotatable, simplifying maintenance because the signal plug can be swiveled for the best cable exit. Frame length E, standard flange exactness, and standard design features round out the dimensional profile.

Mechanical integration is based on a B5 / IM3001, PT1000 construction that supports flange mounting while embedding a temperature sensor for drive thermal monitoring. When power is removed, a Size 3, electrically-released holding brake can lock the rotor to secure suspended or vertical loads. External surfaces receive a Standard varnish, RAL 9005 black coat that resists industrial contaminants and matches other drive components. For applications that need a direct coupling to precision gearheads, the motor provides a Smooth, without shaft sealing ring output shaft, and a standard bearing arrangement keeps radial runout within normal limits.