Product Description:

The MDD093B-N-040-N2M-130PA0 is a servo motor manufactured by Bosch Rexroth Indramat as part of the MDD Synchronous Motors series. This model is intended for direct coupling with digital drive controllers, where it converts controlled current into rotary motion for positioning, indexing, and speed-regulated tasks on automated machinery. Its electromechanical design and built-in feedback interface support closed-loop operation on packaging lines, gantry axes, and general material-handling equipment. That combination helps the connected drive correct speed and position deviations as load conditions change. It also supports smooth motion on automated axes that require predictable response over repeated operating cycles.

At standstill, the motor sustains a continuous torque of 14.5 Nm, providing holding force for loaded axes without overheating. Once energized, it reaches a nominal speed of 4000 rpm, which supports fast cycle rates in dynamic servo systems. A centering diameter of 130 mm aligns the flange with mating machine surfaces and helps maintain consistent mechanical fit. Because the unit is supplied without a blocking brake, load holding during shutdown must be provided by external hardware or controlled drive torque. Position and velocity data are returned through Digital servo feedback (DSF), allowing stable loop control and accurate motion response across changing operating conditions.

The feedback chain uses an integrated multi-turn absolute encoder, so the drive starts with an immediate position reference and does not need a homing move after power-up. Power and signal cabling exit on Side A through a rugged connector, which helps keep wiring compact and organized in tight machine layouts. Torque is transmitted by a keyway shaft, a common output style that resists slip under reversing loads and works with standard coupling components. Vibration behavior is supported by standard balancing, and the sealed housing and shaft seal help limit dust entry during continuous industrial operation. These features suit machines that run for long periods with frequent acceleration and deceleration.