Product Description

The MSK101C-0300-NN-M2-BP2-RNNN synchronous servomotor offered by Bosch Rexroth houses a smooth keyway output shaft designed as per DIN 6885-1 specifications. This servomotor handling should be done wearing gloves when its surface is hot. The product fails to run if the voltage supply is missing. This device experiences a temperature change rate of 0.5°C/min at the time of operation. The unit comprises an output shaft with a keyway. It also has an optical encoder system and a holding brake. This motor has to be handled and operated only after reading and understanding the associated safety and usage instructions. The product is not suitable for direct mains operation on a single-phase or a three-phase network.

This device operation must be done only in the explicitly mentioned combination and configuration of its components. The unit is recommended for use only by adhering to the ambient and operating conditions. It must neither be opened nor disconnected in the pressurized state. This motor must incorporate only accessories and components that comply with 2014/34/EU directives. The product service and repair can be undertaken only by trained personnel. This device should portray the mechanical fastening of its cable ends by using cable clamps. The MSK101C-0300-NN-M2-BP2-RNNN servomotor has backup support for one year and is sent to any global destination.

This motor is likely to depict ignition sparks when its connectors are disconnected or connected under load. The unit is associated with a voltage that is based on the length and properties such as the conductor resistance of the cable. Its acceptance must be done in compliance with the conditions of use specified by its manufacturer. This product may have a dust layer on its surface when it is put into operation in an explosive dust atmosphere. The device features temperatures of up to 155°C for its parts during normal operation at the highest ambient operating temperature. Its holding brake can be used only when the motor is in standstill mode.