Product Description:

The MHP093B-035-HP0-ANNNNN is a synchronous servo motor manufactured by Bosch Rexroth Indramat as part of the MHP Synchronous Motors series. Designed for precision rotary positioning, the motor interfaces with compatible digital drives to deliver controlled acceleration and steady running torque in automated production lines, material-handling axes, and packaging machinery. Its sealed construction and encoder feedback support closed-loop motion in installations that require stable tracking, repeatable starts and stops, and dependable operation through extended duty cycles. This arrangement makes the motor suitable for axis applications where position correction and smooth speed regulation are both required during normal machine operation.

During operation, the motor develops a continuous stall torque of 17.5-20.0 Nm when cooled only by the surrounding air. This capability is supported by a natural convection housing that removes heat without external fans or liquid circuits. An IP65 enclosure rating prevents dust ingress and withstands low-pressure water jets, helping protect internal components in exposed mounting locations. Position data are delivered through an incremental encoder with 2048 increments, giving fine resolution for velocity control and accurate response to changing command signals. The unit maintains these ratings throughout an ambient range of 0 to +40 °C, allowing cabinet-free mounting beside machine frames. Because cooling is passive, surrounding airflow and mounting space remain simpler than on motor systems that depend on added blowers or coolant plumbing.

The mechanical interface uses a keyed shaft with a sealing ring to transmit torque while helping block contaminant entry at the output end. The motor is supplied without a holding brake, so any load that must remain fixed at standstill requires external holding force. Thermal stress is handled by windings built to insulation class F, and winding code 035 identifies the electrical layout used for this motor version. The construction follows motor length B, which keeps the housing compact for its frame class, and power connections are routed toward side A to support orderly cable routing where space around the driven machine element is limited.