Product Description:

The MHD095B-035-PG0-BN is a servo motor manufactured by Bosch Rexroth Indramat within the MHD Synchronous Motors series. It serves as an electromechanical actuator in automated machining centers, packaging lines, and material-handling stations, where commanded current is translated into controlled rotary motion for positioning or speed-regulated tasks. In closed-loop automation, it can support indexing, feed motion, and coordinated axis movement with consistent response to changing load demands. Its synchronous design allows the connected drive to regulate rotor position and speed with the repeatability required in production equipment.

The motor delivers a continuous standstill torque of 17.5 Nm, enabling secure static holding or low-speed feed without thermal overload. A centering diameter of 130 mm aligns the housing concentrically with the driven machine, while the mounting flange follows a 140 / 150 mm pattern that matches common industrial gearboxes. Heat generated by the stator coils is removed through liquid cooling, so the unit can maintain rated output even in confined enclosures. Motion feedback comes from an integrated encoder that provides digital servo feedback, allowing the drive controller to close the velocity and position loops with high resolution. Electrical power reaches the stator through a connector on side B of the housing, simplifying cable routing in multi-axis cabinets. The motor has frame code 095 and length code B, and a shaft seal is fitted to limit coolant or dust ingress at the bearing interface.

For multi-turn reference tasks, the encoder also supplies absolute (>4096 revolutions) position data, eliminating the need for homing after power cycles. The motor is supplied without a holding brake, so any power-off shaft restraint must be provided externally. A plain shaft simplifies coupling to clamp-style or shrink-fit hubs, and winding code 035 matches the voltage-to-current ratio expected by compatible Rexroth drive modules. This arrangement supports axes that must retain position information through shutdowns and return to operation without a reference run.