MS2N04-D0BHN-ASDH1-NNNNN-NN

The Bosch Rexroth Indramat MS2N04-D0BHN-ASDH1-NNNNN-NN servo motor from the MS2N Synchronous Servo Motors series is engineered for demanding precision motion control in industrial automation. Featuring a Self-Cooling (N) system and a high-speed winding rated at 2,000 rpm per minute (BH), this size 4 motor delivers smooth and continuous operation. With a With holding brake (1) integrated into its compact D-length design, it prevents unwanted motion during stop phases, ensuring positional stability in robotics, packaging, and assembly applications.

In-depth technical specifications underscore the motor's advanced capabilities. The powertrain incorporates a Singleturn, absolute 1 revolution (S) encoder design paired with BASIC: 16 signal periods, Hiperface (A) encoder performance for precise feedback and minimal signal latency. Electrical interfacing is achieved via an M17 double plug, turnable (D) connection, facilitating rapid installation and robust resistance to vibration. Low rotor Inertia (0) ensures rapid acceleration and deceleration, optimizing dynamic response in high-frequency positioning tasks. The smooth shaft with no shaft seal (H) reduces friction, enhancing longevity and minimizing maintenance.

Beyond its core motion control features, the MS2N04-D0BHN-ASDH1-NNNNN-NN offers a versatile IMB5/IM 3001 construction that simplifies integration into diverse machine frames. Its self-cooling capability negates the need for auxiliary cooling hardware, reducing system complexity and improving energy efficiency. The standard bearing and coating options deliver consistent performance under varying environmental conditions, contributing to extended service intervals. This servo motor's compact form factor, coupled with its holding brake and turnable plug, streamlines machine layout and downtime during maintenance. Together, these attributes make the MS2N04-D0BHN-ASDH1-NNNNN-NN an indispensable asset for industrial systems requiring high precision, reliability, and operational efficiency.