Product Description:

The MDD065B-N-060-N2M-095GA0 synchronous servo motor is produced by Bosch Rexroth Indramat as part of the MDD Synchronous Motors series. Classified as a motor for digital drive controllers, it delivers commanded motion to indexing tables, light gantries, and compact tooling stations that demand fast velocity changes and repeatable positioning. A standard housing and factory balancing let the unit mount close to sensitive mechanisms without adding significant vibration, so it fits well in tightly packed automation cells. Its synchronous design also supports quick response to changing command signals, which is useful in applications that rely on short indexing moves and repeated start-stop cycles.

The motor can supply a continuous standstill torque of 1.5 Nm, giving small axes enough holding force for dwell periods while minimizing thermal load. Its nominal speed reaches 6000 rpm, so the same axis can shift from fine positioning to rapid traverse within the drive’s speed loop. Installation is helped by a centering diameter of 95 mm, which aligns the stator face with gearbox or flange features. Power is transmitted through a plain shaft that simplifies coupling selection, and contamination is restrained by a shaft seal that helps keep lubrication in and airborne particles out. Digital servo feedback from the internal sensors closes the position loop with the connected drive, and the B length code indicates the active stator depth within the 065 frame size.

Cabling exits toward the machine front because the connection points are on Side A, and a single keyed connector handles both power and feedback conductors to reduce wiring complexity. The motor is supplied without a blocking brake, so external clamping devices are needed if the load must be held after power removal. Position information is delivered by an integrated multiturn absolute encoder, allowing the drive to know the true mechanical angle immediately at start-up. This feedback arrangement also lets the control system track position over multiple shaft revolutions, which helps the axis resume operation from a known location after brief power interruptions.