R911276988 (MDD115C-F-030-N2L-130GA0)

How does the MDD115C-F-030-N2L-130GA0 manage torque stability at standstill?

It uses optimized winding design and servo feedback to maintain torque without drift. This allows precise holding of position under static loads in automation setups.

How does a 3000 min⁻¹ nominal speed influence system design?

It enables integration with high-speed conveyors and indexing tables. Designers can size gear ratios knowing the motor can handle rapid acceleration cycles.

How does housing design influence thermal behavior of synchronous motors?

A standard industrial casing ensures efficient heat transfer to mounting surfaces. This maintains operating temperature without requiring external cooling modifications.

How does a plain shaft design affect mechanical coupling options?

It allows direct coupling with a wide range of gearboxes or pulleys. This simplifies integration without needing special adapters.

What benefit comes from standard rotor balancing in this motor series?

It lowers vibration during high-speed operation. This improves accuracy in motion control and reduces wear on couplings and mounts.

MDD-115C-F-030-N2L-130GA0

MDD115C F 030 N2L 130GA0

MDD115C-F-030-N2L-130-GA0

MDD115C-F-030-N2L-130-GAO

MDD115C-F-030-N2L-130GAO

MDD115C-F-O3O-N2L-13OGAO

MDD115CF030N2L130GA0

mdd115c-f-030-n2l-130ga0

MDD115CF030N2L130GA0

MDD115C F 030 N2L 130GA0

The Bosch Rexroth Indramat MDD115C-F-030-N2L-130GA0 is a synchronous servo motor engineered for digital drive systems. It uses digital servo feedback, and mounts via a 130 mm centering diameter with secure connector interface. Its housing follows the standard industrial design, with sealed casing and mechanical compatibility per Bosch’s MDD series specifications.