MDD093D-N-060-N2L-110GR2

The Bosch Rexroth Indramat MDD093D-N-060-N2L-110GR2 unit is a robust member of the MDD Synchronous Motors series, engineered for high-precision motion control in conjunction with digital drive controllers. Featuring a continuous torque at standstill of 24.0 Nm and a holding brake torque of 22 Nm, this motor provides reliable static load holding and dynamic power delivery. With a nominal speed of 6000 min⁻¹ and a centering diameter of 110 mm, it is optimized for seamless integration into automated production lines and machinery, ensuring accurate positioning and consistent performance.

In terms of technical specifications, the MDD093D-N-060-N2L-110GR2 adopts a motor size of 093 and a motor length code of D to achieve a balanced torque-to-size ratio. The housing is of a standard design, offering both mounting versatility and efficient heat dissipation. Internal balancing is performed to Standard specifications for minimal vibration, while the inclusion of a shaft seal and a plain shaft with a standard shaft end enhances durability and minimizes ingress of contaminants. Connectivity is handled via a right-oriented connector interface, simplifying electrical installation and maintenance. Feedback is managed through integrated digital servo feedback (DSF), delivering precise position and velocity data to the controller.

Additional features that bolster the MDD093D-N-060-N2L-110GR2’s appeal include its built-in blocking brake for secure load retention and its compatibility with industry-standard digital drive controllers. The combination of standard balancing, shaft sealing, and a plain shaft configuration provides high resistance to wear and tear in demanding environments. With a connection direction to the right and straightforward connector type, this motor streamlines installation workflows. Designed exclusively as a motor for digital drive controllers, it meets stringent industrial requirements for repeatability, efficiency, and long-term reliability. Leveraging these attributes, users benefit from reduced downtime, precise motion control, and enhanced productivity in automated manufacturing systems.