MS2N10-E0BHA-ASBG3-RNNNN-NN

Product Description:

The MS2N10-E0BHA-ASBG3-RNNNN-NN is a motor developed under the MS2N series that seeks to integrate power, accuracy, and versatility for extensive use in various industrial processes. This motor has a rated power of 11.5 kW. It generates high energy output to propel equipment needing constant and high-capacity drive performance. At 54 Nm torque rating, the motor provides robust mechanical output appropriate for use in processes involving heavy loads or continuous torque stability applications.

This motor top speed is as high as 6,000 rpm, which provides versatility for high-speed and torque application tasks, thus ensuring that the motor can still perform optimally in different operating conditions. This model is supplied with a singleturn absolute high-resolution encoder, known as BHA, that provides accurate position feedback for precise control. The encoder promotes reliable position detection in one revolution. For connection, the motor employs an axial, linear type of connector, known as ASB, to provide easy installation and a tidy cable organization, especially advantageous where wiring paths or space are limited. The motor is built in size 10 of the MS2N series, providing a standard configuration that ensures compatibility throughout systems intended for this family. Each feature is thoroughly integrated to deliver a balance of speed, torque, and feedback accuracy to ensure reliable operation under sustained duty. The integration of a high-resolution feedback device increases motor control. Further, it is useful for processes where small deviations are not restricted.

Made with efficiency, the MS2N10-E0BHA-ASBG3-RNNNN-NN prioritizes consistent operation with elements designed to optimize durability. Moreover, encapsulating superior encoder technology, secure connectivity design, and high-power output, it's a reliable solution for industries that require accurate and powerful drive solutions. For the user, this model provides a motor that weighs efficiency, control accuracy, and flexibility in a consistent and reliable service under demanding operational specifications.