Product Description:

The MDD093B-N-020-N2L-130PL0 is a synchronous servo motor produced by Bosch Rexroth Indramat for closed-loop axes that use digital drive controllers. It belongs to the MDD Synchronous Motors series and converts commanded current into precise rotary motion for packaging lines, pick-and-place systems, and machine tools. The unit is classified as a motor for digital drive controllers, which places it in applications where continuous feedback is used for position and speed regulation. Because it is intended for feedback-driven motion systems, it is suited to applications that require repeatable acceleration, controlled stopping, and accurate positioning over frequent duty cycles.

At standstill, the rotor delivers 14.5 Nm of continuous torque, allowing the axis to support load without excessive heating. During routine operation, it reaches a nominal speed of 2000 rpm, giving the drive a practical baseline for speed-controlled motion. A centering diameter of 130 mm helps align the motor accurately during mounting and supports stable shaft positioning. Position and velocity signals are returned through digital servo feedback, which provides the control loop with precise operating data. Power and signal connections are routed through a connector on the left side, which keeps the interface compact and supports organized cable routing.

The motor uses the standard housing with B length code, which gives it the mechanical envelope associated with this frame length. With size 093, the motor fits the mid-frame range of the series and offers a balanced combination of output and installation space. The standard single-ended shaft arrangement means no auxiliary shaft is provided on side B, so the mechanical interface remains focused on the primary drive end. The shaft is equipped with a shaft seal to help keep contaminants away from internal bearing areas. Torque is transmitted through a keyway, allowing secure coupling to pulleys or rigid hubs. The motor is supplied without a blocking brake, so any holding function must come from the driven system or external hardware.