Product Description:

The MDD093C-N-040-N2L-130PB1 is a synchronous servo motor designed by Bosch Rexroth Indramat for the MDD Synchronous Motors series. Installed with digital drive controllers, this motor provides closed-loop position and speed control for automated machinery, pick-and-place axes, and packaging equipment. Its mechanical envelope, electrical interface, and feedback option are suited to applications that need rapid acceleration, precise velocity regulation, and repeatable positioning under PLC or motion-controller supervision. This combination allows the motor to support both indexing moves and continuous-running axis duties in compact industrial systems.

A centering shoulder of 130 mm simplifies concentric mounting and helps maintain accurate alignment at the machine interface. Power and encoder leads exit on Side B, so the opposite face can remain clear for adjacent hardware or airflow paths. The signal and power conductors terminate in a single Connector, which keeps cable routing compact and easy to follow. An integral blocking brake provides 11 Nm of static holding torque; this spring-applied device clamps the rotor whenever the controller removes brake voltage, securing vertical loads without external clamps. During motion, the winding is designed for a nominal speed of 4000 rpm, allowing high surface velocities in linear actuators or spindle drives. Position feedback is supplied through Digital servo feedback (DSF), giving the drive real-time rotor angle information for smooth torque production and stable speed regulation across the operating range.

The shaft interface uses a keyway profile so torque is transferred directly into pulleys or couplings without relying only on friction. Internal rotors are finished to a standard balancing grade, which helps limit vibration during higher-speed operation and supports steady running quality. A front-end shaft seal protects the bearing grease from splash or fine dust, supporting installation in washdown or granulate-handling areas without added covers. These features make the motor suitable for machines that need accurate shaft transmission, stable rotation, and protected bearing support during regular production cycles.