MKD071B-035-KP0-KN-SA001
The MKD071B-035-KP0-KN-SA001 is a servo motor engineered by Bosch Rexroth Indramat for the MKD Synchronous Motors series. It serves as a rotary actuator in automated cells where coordinated motion, indexing, or feed control is required, translating drive commands into precise torque and speed for machine tools, packaging lines, and handling modules. Its synchronous design supports accurate closed-loop operation, so the motor can respond quickly to changing load demands during repeated motion cycles. This makes it suitable for equipment that depends on stable positioning and smooth speed regulation throughout normal production duty.
A centering pilot of 95 mm aligns the housing to the mating surface, and a flange diameter of 115 mm provides the mounting face for secure installation. Power and feedback conductors exit on side B through a sealed connection box, which helps keep cable routing organized in compact machine layouts. At standstill, the motor delivers 8.0 Nm of continuous torque for steady low-speed or holding-duty operation. Motion feedback is supplied by resolver feedback with integrated encoder, and the electronics support absolute position detection over 4096 revolutions for multi-turn position tracking. The motor is built without a holding brake, so any static load must be secured by an external device when the axis is stopped. Torque is transferred through a shaft with keyway, and the shaft seal helps limit the ingress of dust or fluids during operation.
The size, length, and pilot arrangement give the motor a mounting geometry that fits many compact machine assemblies without making alignment difficult. The selected cable exit orientation supports orderly wiring in confined spaces, and the multi-turn feedback system helps the control platform retain position information through routine power interruptions. A keyed shaft and sealed shaft area also make the unit practical for industrial axes that need dependable torque transfer and consistent feedback in everyday service. It is well suited to feed axes, indexing stations, and handling systems that require repeatable motion rather than an internal braking function.
