Product Description:

The MDD093A-N-020-N2L-130GL1 is a synchronous servo motor built by Bosch Rexroth Indramat for the MDD Synchronous Motors series. Supplied for use with digital drive controllers, it delivers commanded torque and speed to automated axes used in machining centers, printing lines, and material-handling stations. The unit fits into coordinated multi-axis systems through its flange-mounted mechanical interface and its electrical connection to matched inverters. In these systems, the motor converts drive commands into controlled rotary motion for accurate acceleration, steady holding, and repeatable stopping.

This model reaches a nominal rotational speed of 2000 rpm, so control loops can maintain moderate shaft velocity without overshoot. At standstill, it supplies 9.2 Nm of continuous torque, allowing tables or carriages to hold load steadily during dwell periods. The blocking brake can provide up to 11 Nm for position retention after power is removed. Rotor position is returned to the drive through digital servo feedback, enabling fine-resolution commutation and diagnostic monitoring during operation. The centering register measures 130 mm, which supports accurate pilot fit in machine frames, and the power and feedback plugs are arranged for a left-side connection so cabling can exit toward the drive cabinet. Standard dynamic balancing keeps vibration low across the working speed range, and the connector arrangement keeps the motor interface compact at the housing.

The motor uses a standard housing with fully enclosed stator windings that help shield internal parts from airborne dust or coolant mist during normal operation. A plain shaft couples directly with clamping hubs, while a shaft seal helps prevent lubricant migration along the journal during continuous duty. The shaft end is provided only on side A, which avoids an unused extension on the opposite side and helps keep the motor depth compact. Its short body length supports installation where mounting space is limited while precise servo motion is maintained.