R911281194 (MHD112B-024-NG0-BN)

How does the digital servo feedback (HSF) encoder affect motion control accuracy?

It enables high-resolution feedback for closed-loop control, improving positioning precision. This ensures smoother acceleration and repeatable motion even in high-speed automation cycles.

What impact does the plain shaft design have on mechanical coupling?

A plain shaft allows flexible coupling options but requires precision alignment during installation. Improper alignment may lead to increased bearing wear or vibration transmission to the load.

How can the MHD112B-024-NG0-BN maintain torque stability during prolonged duty cycles?

Its liquid cooling system prevents heat buildup, sustaining consistent torque output over time. This allows continuous-duty applications without thermal derating or shutdowns.

What cabling orientation advantages come from the side B power connection direction?

It allows cable routing along control panel edges, simplifying compact installations. This orientation also reduces bending stress on the power connector in tight spaces.

What precautions should be taken when integrating this motor into multi-axis drive systems?

Synchronize encoder feedback and drive parameters across all axes to prevent phase mismatch. Proper grounding and shielding of cables are essential to avoid signal interference.

MHD112B024NG0BN

MHD112B 024 NG0 BN

mhd112b-024-ng0-bn

The Bosch Rexroth Indramat MHD112B-024-NG0-BN is a precision-engineered servo motor from the MHD Synchronous Motors line. It features liquid cooling, a digital servo feedback encoder, and a plain shaft design and it ensures accurate motion control and stable performance. It’s widely used in robotics, CNC machinery, packaging, and material handling automation systems.