MHD071B-061

What does the flange size of 115 mm imply for mounting compatibility?

A 115 mm flange follows standardized mounting dimensions, ensuring compatibility with most industrial machine frames. It allows easy replacement or integration into systems using similar flange-class motors.

Why is a continuous standstill torque of 8.0 Nm significant in servo applications?

This torque rating indicates the motor’s ability to maintain load without overheating during prolonged holding periods. It's especially relevant in precision positioning systems requiring high static force.

How does the MHD071B-061’s centering diameter affect shaft alignment?

The 95 mm centering diameter ensures precise alignment between motor and load, minimizing vibration and shaft misalignment. This improves mechanical stability and reduces bearing wear.

What impact does the motor size 071 have on performance expectations?

Motor size 071 indicates a mid-range physical and torque capacity within the MHD series. It's typically selected for medium-duty industrial automation where both power and compactness matter.

Why is factory-assigned output shaft configuration relevant to system designers?

Factory-assigned output shafts may include keyed or smooth variants, affecting coupling design. Designers must confirm shaft details to ensure proper torque transmission and mechanical fit.

MHD 071B 061

MHD 071B-061

MHD-071B-061

MHD071B061

MHD07IB-06I

MHDO71B-O61

MHD71B-061

The MHD071B‑061 is a servo motor from Bosch Rexroth Indramat’s MHD Synchronous Motors range. It delivers a continuous standstill torque of 8.0 Nm, uses winding code 061, and mounts via a 115 mm flange with a 95 mm centering diameter. Its housing supports liquid cooling and is rated IP65 for protection against dust and water.