MS2E07-E0BQN-EMVL2-NNNNS-G1 by Bosch Rexroth Indramat

The MS2E07-E0BQN-EMVL2-NNNNS-G1 synchronous servomotor from Bosch Rexroth Indramat is a high-performance solution within the MS2E Synchronous Servomotors series, engineered for demanding industrial automation tasks. This model delivers a continuous torque of 29.2 Nm under self-cooling conditions and a peak output of 119.5 Nm maximum torque. Designed to operate at a nominal speed of 4000 1/min, it maintains precision through a low inertia rotor that enhances dynamic response. The motor features an IP64 protection rating for dust and splash resistance and incorporates a robust flange size of 140 mm with a flange exactness classification of Standard. A shaft diameter of 32 mm and a shaft length of 58 mm ensure compatibility with a wide range of couplings and mechanical interfaces.

With a focus on performance and technical versatility, the servomotor employs a deep-groove ball bearing arrangement to minimize friction and extend service life. The integrated double cable connection (M17, M40), rotatable design simplifies installation and maintenance while preserving secure electrical contact. Its absolute encoder delivers 4096 pulses/rev for precise position feedback, enabling tight motion control. The drive frame adheres to the B5 / IM3001 mounting standard and accommodates installations at altitudes from 0 … 1,000 m above MSL without performance degradation. ATEX compliance ensures safe operation in potentially explosive environments, and the inclusion of a Size 2 electrically released holding brake provides reliable load-holding capability during power interruptions.

Reliability and seamless integration define the MS2E07-E0BQN-EMVL2-NNNNS-G1 design. The standard frame length code E construction and hole circle diameter of 165 mm align with common machine tool interfaces, reducing retrofit complexity. Its rugged mechanical design resists shock and vibration, while protective measures against dust and moisture support long-term operation in harsh industrial settings. Every mechanical connection is secured by an Adjustment spring, without shaft seal arrangement, ensuring precise alignment and minimal maintenance. When integrated into automated systems, this servomotor delivers consistent, reproducible motion for applications such as CNC machining, robotics, packaging, and material handling, balancing high overload capacity with compact footprint.