Product Description
The MS2N03-B0BYN-CMDH0-NNNNN-GE060N2012BN-NN motor from Rexroth Bosch Group is a powerful asset in the automation industry, built to offer excellent performance under a wide range of conditions. Operating at its rated performance, the motor delivers a torque of 0.68 Nm and a power output of 0.4 kW by drawing a modest current of 1.39 A. Even when idle, the motor’s design allows it to sustain a standstill torque of 1.15 Nm with a standstill current draw of 2.07 A. This enables it to maintain readiness and stability, even without external load demands. When high-performance demands arise, this motor is capable of reaching its peak potential with ease. It can handle a maximum torque of 7.4 Nm and a current of 14.5 A, with the rotor achieving a top speed of 9000 min-1. Thanks to its minimal moment of inertia of 0.000037 kgm², the motor offers smooth and precise acceleration and deceleration, ideal for applications where control over speed is critical. The motor’s self-cooling system is another valuable feature, allowing it to operate efficiently without additional cooling devices, like axial fans or blowers, which simplifies setup and reduces maintenance needs. The multiturn encoder offers accurate feedback, enabling precise control over the shaft's position and ensuring consistent performance.
Built with 5 pole pairs, the motor is optimized for a balanced combination of speed, torque, and efficiency. This configuration supports various industrial applications and allows for versatility across different operating speeds and load requirements. While the motor doesn’t include a holding brake, its design compensates through the inclusion of high-quality standard bearings. These bearings are designed to minimize friction and provide support for both radial and axial loads, ensuring smooth operation and extended motor life. For those seeking reliable, versatile performance in automation, the MS2N03-B0BYN-CMDH0-NNNNN-GE060N2012BN-NN is an ideal choice as it is a combination of power, precision, and advanced engineering to meet the demands of modern industrial environments.