Product Description:

The MDD093C-N-030-N5M-110GB1 synchronous servo motor is produced by Bosch Rexroth Indramat as part of the MDD Synchronous Motors series. It is a motor for digital drive controllers that converts precisely modulated stator currents into rotary motion for indexing tables, pick-and-place axes, and other automated stations that require repeatable positioning and stable speed control. The standard cast housing provides surface cooling paths and protects the windings from airborne debris in typical factory environments. This operating role suits packaging, transfer, and assembly equipment that depends on coordinated motion between the motor and the drive.

The centering diameter is 110 mm, so the flange aligns directly with machine frames that share this pilot dimension. Power and feedback conductors exit on side B, simplifying cabinet routing when the motor is mounted with its shaft toward the work envelope. An integrated multi-turn absolute encoder reports rotor angle across multiple revolutions, eliminating homing cycles after power loss. A blocking brake supplies 11 Nm of holding torque to secure suspended loads whenever the drive is disabled. Under rated conditions, the rotor reaches 3000 rpm, allowing fast axis travel where the application does not require additional gear reduction. The balancing grade is standard, which helps limit vibration during operation.

Closed-loop control data are transmitted through digital servo feedback (DSF), ensuring high-resolution position information for the drive controller. The motor uses a detachable connector interface, so cable sets can be connected without opening the housing. Frame designation 093 identifies the stator diameter, while length code C increases stack height for higher continuous torque without enlarging the footprint. A plain shaft transfers torque to couplings, and a shaft seal helps prevent lubricant escape and contaminant entry at the bearing. This layout supports direct installation in machine assemblies that need compact packaging, dependable shaft output, and consistent signal transmission between the motor and the connected drive.