MKD112B-048-KG2-BN

The Bosch Rexroth Indramat MKD112B-048-KG2-BN servo motor in the MKD Synchronous Motors series delivers precision motion control with outstanding torque characteristics. Designed as a Servo Motor, it features a Motor Size of 112 and a Power Rating of 6 kW to handle medium-duty industrial tasks. With a Continuous Torque at Standstill of 28.0 Nm and a Holding Torque of 48 Nm, this motor is ideal for applications requiring reliable positioning and high torque retention at zero speed. The primary function of the MKD112B-048-KG2-BN is to provide accurate velocity and position control in automated machinery, packaging systems, and robotic assemblies.

In terms of technical specifications, this motor incorporates Resolver feedback w/ integrated encoder for high-precision commutation and a dual-mode Feedback Type of Incremental encoder, 2048 increments complemented by an Absolute (>4096 revs) position detection system. The windings are designated by the Winding Code 048, driven by a Rated Current of 14.4 A to achieve a Rated Speed of 3000 RPM. The rotor exhibits a Rotor Inertia of 0.012 kgm², optimizing dynamic response and minimizing overshoot during rapid acceleration and deceleration phases. A Side B Connection Direction enables flexible installation in confined spaces.

Durability and compatibility are enhanced by a Plain shaft design with Shaft Seal for protection against environmental contaminants, while the absence of Other Designs simplifies maintenance and reduces spare-part inventory. The compact Motor Length B supports efficient heat dissipation and straightforward integration into standard motor mounts. Though no specific industry standards or certifications are listed, the motor’s robust construction and high-resolution feedback make it suitable for ISO-compliant automation lines. By combining high torque density, efficient thermal management, and precise feedback, the MKD112B-048-KG2-BN offers manufacturers improved throughput, reduced energy consumption, and reliable performance in demanding industrial environments.