Product Description:

The MDD071C-N-060-N2T-095PL1 synchronous servo motor is produced by Bosch Rexroth Indramat and is part of the MDD Synchronous Motors series. Built for digital drive controllers, it converts commanded current into rotary motion for precise axis control in packaging stations, pick-and-place systems, and light machining spindles. Its compact 071 frame helps the motor fit installations where enclosure depth is limited but responsive motion is still required. The design suits applications that need repeatable acceleration, stable speed control, and accurate positioning during frequent start-stop cycles. It can be used on conveyors, indexing tables, and compact handling units where motion quality must remain consistent over repeated cycles.

At its nominal operating speed of 6000 rpm, the rotor can follow rapid position commands without losing synchronism. At standstill, the motor sustains 6.6 Nm of continuous torque, which supports stable force output with limited temperature rise. A blocking brake rated for 3.0 Nm holds vertical or suspended loads when power is removed. Mechanical alignment is supported by the 95 mm centering diameter, and torque is transmitted through a keyway shaft that mates with standard couplings. The rotor and housing are balanced to a standard grade so vibration remains low across the speed range.

Power, brake, and feedback cables exit on the left side, and a sealed connector allows the harness to be attached without opening the housing. Position data returns through digital servo feedback (DSF), and the integrated multiturn absolute encoder retains shaft position across power cycles. This arrangement allows the connected drive to recover position information immediately after startup, which is useful on axes that cannot perform a fresh reference move each time power is restored. A shaft seal helps keep out coolant splash, and the single-sided shaft end leaves no extension on side B. The C-length housing format contains the stator stack within a compact motor body, which helps when adjacent machine elements leave little clearance around the drive axis.