Product Description:

The MHD095B-035-PG0-AN is a servo motor produced by Bosch Rexroth Indramat within the MHD Synchronous Motors series. It is intended to drive rotary axes in automated machinery where high torque density, closed-loop feedback, and consistent thermal behavior are required. By combining a compact 095 frame with a housing prepared for coolant circulation, the unit supports positioning tables, packaging stations, and transfer lines that need repeatable motion through frequent start-stop cycles. This type of motor is commonly paired with servo drives that require accurate rotor feedback for synchronized motion and controlled acceleration.

A centering diameter of 130 mm aligns the stator housing to the mating machine frame, and the double-tapped mounting interface follows the 140 / 150 mm square flange pattern used with this motor size. The flange arrangement supports direct mounting to machine plates or compatible adapters with accurate mechanical positioning. The motor provides 17.5 Nm of continuous torque at standstill, which helps the axis remain stable during dwell periods. Heat is removed through liquid cooling channels around the stator jacket, so rated output can be maintained in enclosed machine spaces. Motion control benefits from absolute position detection over more than 4096 revolutions, allowing multi-turn position retention after power is removed.

Feedback is supplied by a digital servo feedback encoder integrated into the rear housing, providing real-time position and speed data to the drive. That feedback arrangement supports fast correction of speed and position deviations during axis movement. The motor uses the 035 winding, which works with the B-length design to balance inertia and torque behavior for this frame size. Its output uses a plain shaft and includes a shaft seal, so couplings can be fitted while internal bearings remain protected from coolant ingress. Power cabling enters on side A through an output connector, and the motor is supplied without a holding brake for systems that rely on external restraint or drive-based braking.