R911280855 (MDD115D-N-015-N2M-130PB2)

Why would a multiturn absolute encoder be preferred over incremental feedback?

It retains position data even after power loss without needing homing. This minimizes downtime during restarts or after maintenance.

How does the MDD115D-N-015-N2M-130PB2’s continuous torque capability influence duty cycles?

Its torque rating supports sustained load handling without overheating. This makes it suitable for processes requiring long periods of constant motion.

What practical issues arise from using a keyed shaft in coupling design?

A keyed shaft provides strong torque transfer but requires precise alignment. Improper coupling can cause backlash or shaft stress over time.

How does connection orientation on side B affect cable routing?

Side B connectors allow cables to exit in a predictable direction for panel design. This reduces bending stress and simplifies maintenance.

How does the motor length code “D” influence thermal behavior?

Longer motor housings improve heat dissipation under continuous loads. This supports stable operation during demanding production cycles.

MDD-115D-N-015-N2M-130PB2

MDD115D N 015 N2M 130PB2

MDD115D-N-015-N2M-130-PB2

MDD115D-N-O15-N2M-13OPB2

MDD115DN015N2M130PB2

mdd115d-n-015-n2m-130pb2

The Bosch Rexroth Indramat MDD115D-N-015-N2M-130PB2 is a synchronous servo motor. It houses an integrated multiturn absolute encoder and uses digital servo feedback with a side B connector. It is used in precision metal forming systems, automated roller feed machinery, and nibbling machine setups in industrial automation.