MDD071C-N-040-N2T-095GA0

The Bosch Rexroth Indramat MDD071C-N-040-N2T-095GA0 from the MDD Synchronous Motors series is a meticulously engineered motor for digital drive controllers offering high precision and reliability. Featuring a motor size 071 frame and a motor length code C, this unit delivers a compact footprint with a robust housing Standard construction. Its rotor assembly benefits from balancing Standard technique and a precisely machined centering diameter of 95 mm, ensuring minimal vibration and optimal dynamic performance. The drive end includes a plain shaft without blocking brake, providing straightforward coupling for a wide range of mechanical interfaces.

At standstill, the motor produces a continuous torque at standstill of 6.6 Nm, enabling consistent load holding without drift, while the nominal speed of 4000 min⁻¹ supports high-speed operations with smooth acceleration profiles. Integrated into the stator is a multiturn absolute encoder that, combined with digital servo feedback (DSF), guarantees superior position accuracy over multiple revolutions and eliminates the need for homing routines. A shaft seal protects internal components from contaminants, extending service intervals and maintaining performance in various environments. Electrical connectivity is simplified via a side-mounted Connector on connection direction Side A, facilitating fast plug-and-play installation and underlining the design’s focus on modularity and reduced downtime.

This motor’s architecture has been optimized for seamless integration with Bosch Rexroth Indramat drive electronics, offering automated parameterization and real-time monitoring via digital feedback loops. Its standardized form factor and robust plain shaft interface reduce mechanical adaptation time, while the absence of a blocking brake minimizes inertia for applications demanding rapid direction changes. Overall, the MDD071C-N-040-N2T-095GA0 represents a high-performance, low-maintenance solution for precision automation tasks, delivering reliability and accuracy in demanding industrial settings.