Product Description:

The MDD112C-N-030-N2L-130GA0 is a servo motor produced by Bosch Rexroth Indramat within the MDD Synchronous Motors series. It is intended for use with digital drive controllers, where it converts controlled electrical energy into rotary motion for positioning and speed-regulated tasks in automated machinery. The motor uses a size 112 housing with a C-length stator, giving it a standardized footprint for equipment that is already laid out around this frame. Internal feedback allows the drive to regulate torque and speed during closed-loop operation. This makes the unit suitable for packaging lines, handling axes, and machine tools that depend on repeatable servo response.

At standstill, the motor supplies a continuous torque of 28.0 Nm, which supports loaded axes that must hold position without overheating. When paired with the proper controller, it reaches a nominal speed of 3000 rpm, making it suitable for fast cyclic motion in transfer systems, rotary tables, and similar equipment. The centering diameter of 130 mm helps align the flange concentrically on the mounting surface. All electrical and sensor conductors exit on side A, and the motor uses a single connector interface for a compact cable connection. Position information is returned through digital servo feedback, allowing the controller to maintain accurate speed and position control during operation.

The output is a plain shaft, which suits clamp couplings or shrink-disc connections where a keyed shaft is not required. A fitted shaft seal helps protect the internal bearings from coolant splash and airborne contamination in enclosed machinery. The motor is supplied without a blocking brake, so any holding function at standstill must be provided by the drive or by external mechanical hardware. This arrangement can reduce added inertia at the shaft and is often used where the axis does not need an integrated holding function during power-off conditions. It also keeps the shaft assembly simpler for applications that prioritize motion performance over static load holding.