Product Description:

The MKD112A-024-GP0-BN is a servo motor engineered by Bosch Rexroth Indramat for the MKD Synchronous Motors series. As an electromechanical drive element, it accepts current from a compatible power module and converts it into controlled rotary motion. The motor is intended for automated machining centers, material-handling axes, and other industrial systems that require precise positioning and stable speed regulation. Its operating role is to translate drive commands into repeatable shaft movement so an axis can start, stop, reverse, and hold position with predictable response. That makes it suitable for coordinated motion tasks where the controller must synchronize speed changes with machine timing.

It delivers a continuous torque of 15.0 Nm at standstill, so the drive can produce controlled holding force at zero speed when the application requires it. A centering diameter of 130 mm aligns the housing concentrically with the machine base, and the motor uses a 192 mm flange for face mounting. The combination of the centering fit and flange face helps keep the shaft axis properly aligned with the driven mechanism. Rotor angle is monitored through a resolver feedback unit, which supports relative position detection and continues to operate reliably in environments with vibration. Mechanical power is transferred through a shaft with keyway, allowing the motor to connect to standard couplings, pulleys, or gear inputs that use a keyed interface.

All electrical terminations are arranged on Side B, and a single output connector carries phase power, resolver leads, and protective earth in one connection point. This arrangement keeps power and feedback conductors in a defined entry area at the rear of the motor and supports orderly cable routing where space around the housing is limited. A shaft seal sits behind the front bearing to help limit dust or coolant ingress, which supports reliable operation in enclosed industrial equipment. The stator winding marked 024 is matched to the intended bus voltage and helps maintain stable temperature rise during operation. The connector layout also reduces the number of separate terminations that must be handled during installation.