Product Description:

The MKD093C-035-GP0-BF is a servo motor built by Bosch Rexroth Indramat within the MKD Synchronous Motors series. In automated production cells, the unit works with a compatible drive controller to convert commanded current into controlled rotational motion for indexing, contouring, and speed regulation on conveyors, gantry axes, and packaging stations. Its electromagnetic design supports rapid dynamic response, which helps machinery follow demanding motion profiles while keeping cycle times short. This behavior is especially useful on axes that must accelerate, decelerate, and reverse direction repeatedly during normal operation.

The wiring orientation follows the Side B convention, so power and feedback cables exit on the motor's rear right side and can be routed alongside adjacent axes without crossing over. A single output connector carries both the phase conductors and sensor lines, which simplifies cable routing and reduces the number of sealed entry points on the housing. Rotor position is captured by resolver feedback (RSF), which generates analog sine-cosine signals that the drive converts into high-resolution angle data for commutation and speed control. Mechanical length code C gives the motor a longer stator stack, increasing thermal mass and supporting higher continuous torque. The electrical setup matches winding code 035, which aligns the motor with compatible current limits and voltage classes.

Fail-safe stopping requirements are handled externally because the motor is supplied without a holding brake, allowing it to be used with gear locks or drive-controlled braking where required. The motor uses a shaft with keyway for positive coupling to pulleys or couplings, which helps prevent slip under load. It also has a shaft seal to keep lubricant inside the housing while limiting dust and coolant entry at the bearing area. Motion feedback is based on relative position detection, so an external homing routine is required at startup before closed-loop positioning begins. This arrangement is common on machines that return each axis to a known reference point before normal production starts.