MHD095C-058
The MHD095C-058 is a servo motor in the MHD Synchronous Motors series. It is intended for closed-loop industrial drive systems, where it converts electrical energy into controlled rotary motion for positioning tables, packaging axes, and machining spindles. With permanent-magnet excitation and electronic feedback, the motor supports accurate speed and torque control during continuous motion, synchronized travel, and repeated indexing. Its design fits modular drive platforms and allows direct connection to compatible digital servo drives, helping the axis respond quickly to changing commands while maintaining stable motion under varying load conditions.
At standstill, the rotor can sustain 23.0 Nm of continuous torque without exceeding permissible winding temperature. The centering pilot on the mounting face measures 130 mm, which helps maintain concentric alignment between the motor and the machine interface during installation. A square flange pattern of 140 / 150 mm supports direct mounting to compatible gearboxes, couplings, or pulley assemblies without requiring special transition hardware. The flange geometry also helps preserve mounting rigidity where belt tension or gearbox mass loads the motor face. The motor uses frame size 095, matching the housing dimensions and heat dissipation expected for this platform and giving the unit a balance between compact packaging and continuous-duty capability.
The motor uses winding code 058, which corresponds to the electrical characteristics expected by a compatible power stage. It also has length code C, giving it a medium body length that balances installation depth and rotor inertia for general machine layouts. This arrangement supports predictable current response and smooth interaction with the drive during speed changes and short dwell periods. Bosch Rexroth Indramat manufactures this servo motor for applications that require rapid reversals, controlled acceleration, and stable positional accuracy across duty cycles that range from steady rotation to frequent start-stop movement.
