Product Description:

The MDD093D-N-020-N2L-130PA2 is a synchronous servo motor built by Bosch Rexroth Indramat for the MDD Synchronous Motors series. As a motor for digital drive controllers, it converts commanded current into precise rotary motion so that automated machinery can index, accelerate, or hold loads according to drive commands. Typical roles include positioning conveyors, packaging spindles, and assembly tooling where rapid reversals and accurate speed regulation are required. When paired with a compatible controller, the motor supports closed-loop motion tasks that depend on stable torque production and accurate rotor-position tracking.

At standstill the motor can deliver a continuous torque of 24.0 Nm, allowing it to support sizable static loads without overheating. During motion, its rated operating speed is 2000 rpm, which suits many servo axes that need a balance of torque and speed. A blocking brake produces up to 22 Nm of holding torque, providing mechanical retention whenever the controller removes drive current. Position information is supplied through Digital servo feedback (DSF), enabling high-resolution closed-loop control without an external encoder. Mechanical interfacing is simplified by a centering pilot of 130 mm, which aligns the housing concentrically on machine frames and helps reduce runout. This combination supports accurate starts, stops, and low-speed control in equipment that cannot tolerate drift at rest.

A standard balancing grade keeps residual vibration low during rotation. All power and feedback conductors exit on Side A, which helps keep cable routing consistent when the motor is mounted in the same orientation across several axes. The frame size is 093, which gives the motor the mounting envelope associated with this housing. The motor uses a keyed shaft, and a shaft seal helps limit lubricant escape and block dust entry at the drive end. Positive torque transmission through the keyway helps maintain a secure connection to pulleys or couplings during repeated acceleration and deceleration.