Product Description

The Bosch Rexroth Indramat SE-B2.020.060-00.000 servo motor offers reliable operation for industrial automation applications. Utilizing a brushless permanent magnet design, this motor delivers efficient power transfer while minimizing maintenance requirements. An integrated Heidenhain ERN 221.2123-500 encoder provides high-resolution position feedback, ensuring precise motion control. Featuring an industry-standard 81 x 81 mm mounting hole pattern, installation is straightforward. The motor's 14 mm diameter drive shaft facilitates connecting various end attachments and robotic mechanisms. After previous use, normal signs of wear on the motor housing indicate regular maintenance has kept components functioning properly over an extended lifespan.

Scrupulous filtering and conditioning of the motor's internal traces have left it in fully functional order. Continuous feedback from the Heidenhain encoder helps maintain reliable torque output without fluctuations. Compact yet robust, this motor can sustain demanding cyclic loads. Its brushless architecture eliminates commutator brush degradation over long run times. Suitable for precision assembly tasks, the motor's high-fidelity rotary control streamlines automation workflows. Mechanical vibrations are minimal due to a precisely balanced rotor. Programmable dynamics like acceleration and deceleration are smoothly tuned thanks to high encoder resolution. Optimal dynamics increase mechanical efficiency while reducing component fatigue.

Industrial environments introduce dirt, moisture, and thermal stresses. The motor withstands these challenges through an impervious housing. Strategic venting releases internally generated heat without compromising the enclosure's protective rating. Fault logging capabilities facilitate predictive servicing to maximize uptime. Combined brushless design and Heidenhain encoder offer balanced performance. Operators prioritize integrity, consistency, and long-term value. This proven servo motor delivers on those priorities year after year in continuous mission-critical operations. Overall sturdiness and durability make it suitable for a vast range of automated manufacturing and assembly applications.