Product Description:

The MHD093C-035-PP0-AA is a synchronous motor produced by Bosch Rexroth Indramat within the MHD Synchronous Motors series. Designed for positioning and velocity control tasks, the unit converts electrical energy into controlled rotary motion for industrial automation axes, conveyors, and pick-and-place mechanisms. The motor works with matching drive controllers to provide closed-loop operation, allowing integration into gantries, machine tools, and material-handling stations. Its combination of servo feedback and rigid mechanical mounting makes it suitable for axes that need repeatable motion during frequent starts, stops, and direction changes.

The mechanical interface uses a centering diameter of 130 mm and a square mounting flange that spans 140 / 150 mm, so the housing aligns with standard gearboxes or adapters without lateral play. A continuous torque at standstill of 23.0 Nm lets the motor hold loads during low-speed machining or indexing without overheating. Cooling relies on natural convection, so heat leaves the stator surface without fans or external coolant. Feedback is provided through digital servo feedback with an integrated encoder, allowing the controller to read rotor position throughout operation and maintain stable speed regulation. This arrangement supports accurate response when the axis must accelerate smoothly, hold position, and recover from changing load conditions.

The output end carries a keyed shaft so pulleys or couplings can be locked axially without slip. Position detection uses absolute feedback for more than 4096 revolutions, so the encoder can report a multi-turn position value again after power is restored and routine homing can often be avoided. Power conductors exit the stator housing toward side A through an output connector, which helps keep cable routing compact on tightly packaged machine slides. The motor uses winding code 035 for the electrical characteristics expected by the matching drive. That pairing helps the control system apply the intended current and voltage behavior across the operating range.