R911281400 (MHD112B-024-NP0-AN)

How does the liquid cooling system in the MHD112B-024-NP0-AN affect its performance stability?

Liquid cooling maintains uniform thermal conditions, minimizing heat-related torque fluctuations. This allows consistent performance during prolonged operation in high-duty applications.

Why is a keyed shaft design advantageous in torque transmission?

A keyed shaft prevents slippage under load, maintaining mechanical alignment between the motor and driven component. This ensures consistent torque delivery during start-stop or reversing motion cycles.

What effect does the centering diameter have on motor alignment during mounting?

The centering diameter ensures concentric alignment between motor and machine interface. Accurate alignment minimizes vibration, mechanical stress, and coupling wear.

How is torque performance at standstill relevant in servo-driven machinery?

High continuous torque at standstill supports precise holding and low-speed control under load. It is especially critical in press, lift, and tension-control applications.

How does the flange size of the MHD112B-024-NP0-AN impact mechanical compatibility?

The flange defines the bolt pattern and fit within standardized motor mounts. It ensures interchangeability in modular machinery setups.

MHD112B024NP0AN

MHD112B 024 NP0 AN

mhd112b-024-np0-an

The MHD112B-024-NP0-AN is a servo motor from Bosch Rexroth’s MHD Synchronous Motors series. It features liquid cooling, a digital servo feedback encoder, and delivers 28.0 Nm continuous torque at standstill with a keyed shaft. Its housing is a sealed, corrosion-resistant aluminum body designed for durability in demanding industrial environments.