Product Description:

The MDD093D-N-040-N2M-130PL1 is a synchronous servo motor manufactured by Bosch Rexroth Indramat as part of the MDD Synchronous Motors series. It serves as a motor for digital drive controllers that require precise velocity and position control in automated production lines. The model carries motor size 093, uses motor length code D, and follows standard balancing to minimize vibration. A standard housing and a single connector interface are provided so the motor can be mounted and wired during machine assembly. This arrangement supports compact installation in equipment where consistent motion response is needed for repeatable axis performance.

Its centering diameter is 130 mm, providing a precise locating surface for flange mounting. At standstill, it delivers 24.0 Nm of continuous torque, supporting high holding forces during static positioning tasks. Under rated electrical frequency, the rotor reaches a nominal speed of 4000 rpm, allowing direct coupling to fast-running mechanical loads without additional gear reduction. A blocking brake is integrated, and the brake produces 11 Nm of holding torque to secure the shaft when power is removed. Power and feedback cables enter from the left side, so cabinet layouts must allow clearance on that flank. The shaft end is supplied in the standard configuration without a side-B extension, and all terminations use a sealed connector to help protect the connection area from contamination.

Position information is supplied by an integrated multiturn absolute encoder, letting the drive retain rotor angle even after power loss. The encoder signal is formatted as digital servo feedback, which supports high-resolution closed-loop control and diagnostic data transmission. An internal shaft seal protects the front bearing against splashed fluids or dust when the motor is installed in processing equipment. Torque is transferred through a keyway shaft, giving a positive mechanical interface with couplings or pulleys and helping prevent slip under dynamic load changes. This feedback and shaft arrangement supports stable motion control in applications that need accurate positioning and reliable torque transfer.