Product Description
The MS2N03-D0BYN-BMDH0-NNNNN-GE080N2020BN-NN motor was designed and debuted by Bosch Rexroth Indramat. Low rotor inertia helps the motor to immediately respond to the control signal. This results in improved precision in applications where sensitive movements or high-speed motion control is required. The low rotor inertia is beneficial for smooth and precise operations, and high performance and reliability for industrial applications that involve a long operation such as robotics and packaging.
Standard bearings are used for this kind of asynchronous motor as these bearings assist the rotation of the shaft and reduce the level of vibration when in use. These bearings are designed to carry the load (axial and radial). Standard bearings prevent energy loss to reduce friction by allowing a smooth rotation of the shaft. These bearings have also relatively high reliability; thus the replacement and maintenance of the bearing are not required frequently. Standard bearings are used to ensure optimum performance of the synchronous motor especially in conditions where this motor is always running or where it has to withstand varying loads. Precision in the flange provides a well-fitted connection between the motor and other components and reduces vibrations and alignment problems. These features help in lowering wear rates, increasing stability and improving the efficiency of the motor.
Along with bearings and the standard flange perfection, the durability of the motor is improved. These are required features in operations where motors are constantly running for several hours, for example, in production lines, in the food processing factory and in other packing industries. The proper alignment of the flange along with the usage of standard bearings makes the functioning of the motor efficient. Due to its mechanical features, this synchronous motor is particularly suitable for industrial applications.
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