MDD093C-L-030-N2M-130PR2

The MDD093C-L-030-N2M-130PR2 Digital AC servo motor from Bosch Rexroth Indramat is a high-precision drive solution in the renowned MDD Synchronous Motors series. Designed for demanding industrial applications, this motor features a Motor Length Code C housing that supports Surface cooling and incorporates a robust Integrated multiturn absolute encoder system for precise rotor position and speed control. With a Centering Diameter of 130 mm and a compact Motor Size 093 form factor, the unit delivers seamless integration into existing drive systems. A built-in Blocking Brake with Holding Brake Torque of 22 Nm ensures safe, reliable holding under load. The shaft is configured as a keyway shaft conforming to DIN 6885 standards, providing secure mechanical coupling with minimal backlash.

Performance is enhanced by the motor’s Nominal Speed of 3000 min⁻¹ and advanced Digital servo feedback (DSF), enabling rapid response to control inputs. The encoder offers absolute multiturn feedback for accurate commutation, eliminating the need for external sensors and simplifying system architecture. Driven by a shaft end without side B extension, the design reduces inertia and improves dynamic behavior during acceleration and deceleration cycles. The motor’s Housing Design N accommodates larger power connectors while maintaining a low profile, and the Connection Direction Right configuration streamlines cable routing in complex machinery. A Connector interface supports quick installation and serviceability in modular drive systems.

Built to endure industrial environments, the MDD093C-L-030-N2M-130PR2 features a Shaft Seal to protect internal components from contaminants and a high-torque holding brake that secures loads during power interruptions. Its digital drive compatibility makes it ideal for integration with Bosch Rexroth Indramat controllers, enabling advanced functionality such as torque control, velocity profiling, and automated tuning. Typical applications include CNC machining centers, packaging equipment, and automated assembly lines where precise positioning, repeatability, and robustness are paramount. The combination of an optimized cooling housing, comprehensive encoder feedback, and standardized mechanical interfaces ensures seamless installation and long-term operational reliability across diverse automation platforms.