Product Description:

The MHD095C-058-PP0-BN belongs to the MHD Synchronous Motors series produced by Bosch Rexroth Indramat. It is a servo motor intended for axis control in industrial automation cells, where coordinated positioning and velocity regulation are required. Its keyed shaft couples directly to machinery, while the integrated digital feedback encoder supplies absolute position data to the drive controller, enabling closed-loop motion control over more than 4096 revolutions. This feedback arrangement helps the axis recover quickly from load changes and maintain repeatable positioning during continuous machine cycles. It is commonly suited to packaging, handling, and transfer equipment that runs frequent start-stop moves.

This motor can provide continuous standstill torque of 23.0 Nm without overheating. Thermal energy is removed through liquid cooling, allowing the stator to maintain rated torque even in dense machine frames. A housing rating of IP65 seals the frame against dust and water jets so the motor may operate on washdown lines. The windings develop full output within an ambient range of 0 to 40 °C, while a centering shoulder of 130 mm aligns the flange during installation. The flange follows a 140/150 mm square pattern that matches standard gearbox and mounting adapters. Power exits on side B through an output connector, which helps keep cable routing inside the machine envelope. The cooled housing supports stable thermal behavior during sustained motion, especially where enclosure airflow is limited.

The optical measuring system provides ± 0.5 angular minutes of system accuracy, which supports precise multi-axis interpolation. Windings are insulated to Class F, supporting long duty cycles at elevated stator temperatures. A shaft seal helps prevent coolant or lubricant from entering the bearing cavity. The motor uses winding code 058, size 095, and length C, and it is supplied without a holding brake. Operation is permitted up to 1000 m above mean sea level, and storage between -20 °C and 80 °C is permissible. Absolute feedback is obtained optically with digital servo signals.