Product Description:

The MDD093A-N-030-N2L-110GR2 is a servo motor manufactured by Bosch Rexroth Indramat within the MDD Synchronous Motors series. Designed for direct pairing with digital drive controllers, the unit converts commanded current into rotational motion for position and speed control tasks in automated machinery. In use, the matched control electronics handle current, speed, and position loops for closed-loop axis motion. A standard shaft end simplifies connection to couplings, pulleys, or gearboxes without requiring special adapters. Standard dynamic balancing helps limit vibration during high-speed operation and supports smooth running in packaging lines, material-handling axes, and assembly stations.

At a nominal speed of 3000 rpm, the rotor can deliver rated performance without losing synchronism. Its continuous torque at standstill is 9.2 Nm, providing stable holding force when the axis is energized but not moving. Mounting accuracy is aided by a centering diameter of 110 mm, which helps seat the motor repeatably in a machine frame and maintain alignment between the shaft and the driven load. Power and feedback cabling exit on the right side, and the single multi-pole connector keeps the electrical interface compact while making cable routing more straightforward where side clearance is available.

The blocking brake produces 22 Nm of static torque, allowing vertical loads to remain fixed when the drive is de-energized and adding holding capability during planned stops. Position data are relayed through digital servo feedback (DSF), giving the controller precise motor information for speed regulation, positioning tasks, and consistent response after startup. Mechanical transmission is direct because the motor uses a plain shaft, and oil ingress is reduced because it is supplied with a shaft seal at the front end. The brake and feedback system work independently, so the axis can be secured at rest while the controller maintains accurate closed-loop operation during powered motion. The standard housing and compact proportions help keep weight low while preserving the stiffness needed for repeatable motion.