Product Description:

The MDD071A-N-060-N2S-095PL1 is a synchronous servo motor manufactured by Bosch Rexroth Indramat for the MDD Synchronous Motors series. Designed to pair with digital drive controllers, it converts commanded current into precise rotational movement for pick-and-place stations, indexing tables, and other industrial automation axes. Its permanent-magnet rotor and internal position sensing allow the drive to hold or rapidly accelerate loads while maintaining repeatable accuracy throughout extended production cycles. The compact frame also helps the motor fit into multi-axis machines where installation space is limited and short cable runs are preferred. That makes it suitable for repetitive start-stop duty where stable response and accurate positioning are needed.

At a nominal speed of 6000 rpm, the motor supports rapid traverse and short-cycle positioning. It can supply 2.2 Nm of continuous standstill torque, allowing the shaft to resist static process forces without thermal overload. Rotor position returns to the controller through digital servo feedback (DSF), enabling high-resolution commutation and diagnostic monitoring. This feedback arrangement helps the controller correct small position errors during acceleration, deceleration, and dwell periods. Cabling exits on the left side because the power and encoder sockets are located there, and the round industrial connector interface allows quick installation without terminating individual conductors. A closed aluminum housing also helps damp vibration and protect the winding insulation from airborne contaminants.

An electromechanical brake rated at 3.0 Nm locks the shaft when power is removed, securing vertical or suspended loads. Precise centering against gearboxes or flange plates is aided by the 95 mm pilot diameter, while the single-ended shaft carries a keyway for positive torque transmission and uses a shaft seal to limit oil or dust entry. Frame size 071 and the short A length help keep overall mass moderate for dynamic installations. Standard balancing supports smooth running in cabinet-cooled environments that do not require additional sealing or active ventilation. The mounting geometry supports accurate alignment with driven components, which reduces coupling stress during repeated direction changes.