Product Description:

The MHD093B-024-NG0-BA is a servo motor built by Bosch Rexroth Indramat within the MHD Synchronous Motors series. It is intended for closed-loop axis control in packaging machines, transfer lines, and similar automated stations where precise rotary motion is essential. By combining a permanent-magnet rotor with electronic feedback, the motor allows the drive to regulate position, speed, and torque in real time for coordinated multi-axis operation. This makes it suitable for applications that require repeatable motion, stable speed control, and accurate response to changing load conditions.

Its mechanical output capability begins with a continuous torque of 17.5 Nm available at standstill, which supports holding force and controlled low-speed motion. The housing carries a protection rating of IP65, so dust and low-pressure water jets are kept away from internal components when the unit is installed near the machine. Rotor position is reported through Digital servo feedback (HSF), an optical encoder that sends high-resolution incremental data to the drive for closed-loop control. The mounting interface follows a flange pattern of 140 / 150 mm, providing a secure connection to compatible machine surfaces. Heat generated in the stator is removed by natural convection, which eliminates the need for external blowers or liquid cooling circuits.

The closed-loop system reaches a positioning accuracy of ± 0.5 angular minutes, which suits indexing tables and other applications that require repeatable motion. During storage, the motor withstands ambient temperatures from -20 to +80 °C, and it may operate in environments from 0 to 40 °C when the installation altitude does not exceed 1000 m. A plain shaft with an integral shaft seal supports direct coupling while helping limit contaminant entry around the shaft opening. The feedback reference is relative rather than absolute, so the control system must complete a homing routine after power-up before it can use fixed position values. This operating method is common in motion systems that establish a machine zero point during startup.