Product Description

The SF-A3.0042.030-04.000 servomotor manufactured by Bosch Rexroth has a basic design. This motor comprises a mounting flange on the output side. The product comprises protective caps on its sockets that must be removed only during transport and storage. This device is designed to be operated between 0 °C and 40 °C. The unit is not to be used in potentially explosive atmospheres without additional approvals. It is necessary to observe the deviant specifications on the related nameplate. This motor can cause bodily injury due to tampering with its components. The product is marked with a warning of its hot surface for the user to take the necessary precautionary measures.

This device supports mounting in any orientation. The unit produces dangerous electrical voltage because of improper use. It can be modified or retrofitted using third-party equipment only after getting the approval of its manufacturer. This motor needs a touch guard attachment whenever it is needed. The product incorporates a thread in its output shaft. This device is excited by permanent magnets. The unit is enclosed by a smooth aluminum frame. It uses a plug-in connector for the connection of its encoder. This motor houses a holding brake that works on the fail-safe principle. This servomotor features one-year backup support.

The product poses the possibility of hazards due to a worn-out holding brake. This device-related nameplate comprises the technical details needed at the time of service. The unit requires an installation elevation of 1000m over sea level. Its encoder provides information on commutation, position and speed. This motor has a 2.3A current rating for the maximum continuous load. The product-associated plug-in connector to the encoder must be connected or taken off only when there is no power supply to the inverter. This device features bonding of the internal shield of its temperature leads to the external shield and connection to the external shield of the mating connector. This servomotor is dispatched worldwide.