MSK071E-0303-FN-M1-UG2-NNNN

Product Description

The MSK071E-0303-FN-M1-UG2-NNNN synchronous servomotor manufactured by Bosch Rexroth has a plain and smooth shaft with a backlash-free and force-fit shaft-hub connection. The motor shaft is equipped with a radial shaft sealing ring that is designed as per DIN 3760 – Version A specifications. The product encounters radial and axial forces during its operation. The device belongs to the MSK product group of such offerings. The unit needs to be left in its original state at any point in time. It is never meant to be used where an explosive atmosphere gets triggered with normal operation. The motor has a holding brake that works on the electrically releasing principle.

This product does not support operation with drive controllers from other manufacturers. The device operation is allowed only if the application adheres to the national EMC regulations. The unit requires around two and a half hours to cool down after it has been turned OFF. Its improper cable connection can result in the drive controller moving dangerously. The motor must not feature a power connection during service and/or repair work. The product is highlighted by a hot surface during and immediately after the operation. The device mounting and handling are to be done with appropriate protective and lifting equipment. Its holding brake does not offer assurance of personnel safety.  

The motor is fitted with a 240° rotatable connector for implementing its electrical connection. The product comprises a flushing connection on the housing. The device features components that meet explosion protection requirements as per EU directives. The unit is designed to support operation between 0°C and 40°C with rated data. It is essential to detect and eliminate faults encountered during operation as soon as they occur. The motor may have a high temperature when it is overloaded because of errors in the machine in which it is installed. This MSK071E-0303-FN-M1-UG2-NNNN motor with one-year backup support is sent to any worldwide destination.