MHD112D-024-NG0-AN

Why choose a plain shaft with seal on MHD112D-024-NG0-AN instead of a keyed output?

Its sealed plain shaft reduces fretting and ingress to support IP-grade protection and smooth hub clamping. It’s advantageous for washdown-adjacent packaging and food machinery.

What are the implications of “relative” position detection on MHD112D-024-NG0-AN for homing strategy?

The relative encoders require a reference move or marker alignment after power-up to establish absolute machine zero. Its drive typically cache offsets to enable rapid and repeatable homing sequences.

How does power connection oriented to side A on MHD112D-024-NG0-AN aid cabinet and cable routing?

Its side-A orientation allows predictable bend radii and strain-relieved runs in tight envelopes. It reduces EMI coupling paths by enabling short and shield-terminated connectors near the machine backbone.

How does the liquid-cooled housing of the MHD112D-024-NG0-AN affect continuous torque delivery during high duty cycles?

It extracts heat directly from the stator for keeping copper temperatures controlled and resistance drift low. It thermal headroom preserves the rated 48.0 Nm stall torque during sustained throughput.

Which industries typically deploy the MHD112D-024-NG0-AN, and why is it selected there?

Its common uses span machine tools, packaging equipment and food processing lines where precise positioning and start-stop cycles are routine. TIts cooling and encoder pairing supports fast cycles and stable accuracy.

MHD112D024NG0AN

MHD112D 024 NG0 AN

mhd112d-024-ng0-an

Bosch Rexroth produces the AC motor MHD112D-024-NG0-AN with an attached HSF digital servo feedback (relative) for precise motion detection. Its liquid cooling system offers thermally stable operations to delivers 48 Nm of stall torque. This motor possesses 192 mm flange, 130 mm pilot and sealed plain shaft to suit demanding duty cycles in CNC machine tools, packaging lines and food automation.