MSK101C-0300-NN-M2-AG2-RNNN

Product Description

The MSK101C-0300-NN-M2-AG2-RNNN synchronous servomotor manufactured by Bosch Rexroth comprises a 70Nm holding brake. This servomotor must undergo an acceptance test whenever it is changed or before the initial startup of the machine. The product is designed for use in only industrial machinery. This device features a high temperature when it is overloaded. The unit incorporates a single-channel temperature monitor. It is UL Listed and CSA Certified. This motor uses circular connectors for its electrical connection. The product comes with a plain and smooth output shaft with a shaft sealing ring. This device has a maximum 40°C ambient operating temperature for ideal performance.

The motor has live connection points during the operation phase. This unit has a B5 frame size as per EN 60034-7 specifications. Its shaft portrays a DS M12 frontal centering hole as per DIN 332, Part 2 specifications. This product comprises an integrated encoder system that assists the drive controller in controlling the motor speed. The device features its electrical cable connector directed to the A side. This unit utilizes an M58 flange socket for the power connection. Its holding brake does not offer assurance of personnel safety. The motor connection is intended to be established with the readymade connection cables of the manufacturer. This servomotor features one-year backup support.

The product cannot be used with damaged cables. This device depicts the 3K4 climatic category for its permanent use. The unit experiences vibrations in the form of sinewave oscillations in stationary use. It features a maximum allowed axial vibration load of 10m/s² between 10Hz and 2000Hz frequency. The motor portrays IP 65 degree of protection in accordance with EN 60034-5 specifications for its shaft and housing. This product tends to get damaged due to the penetration of liquids. The device must undergo a compatibility test between its housing and new lubricants. This unit is under threat of explosion if its surface characteristics have been changed improperly. The servomotor is sent globally.