MSK071D-0450-NN-S2-UG0-RNNN

Product Description

The MSK071D-0450-NN-S2-UG0-RNNN synchronous servomotor from Bosch Rexroth works with a drive controller by the same manufacturer. This motor does not have any holding brake. The product has an electrical connector that can be rotated by 240°. The device belongs to the MSK product group of such offerings. The unit features an optical encoder system and a plain and smooth shaft. Its electrical connection has to be carried out after proper mechanical assembly. The motor commissioning action is supposed to be done only after ensuring that its electrical and mechanical connections are intact. This product renders maintenance-free operation when used within the specified ambient conditions. The device has a hot housing during operation.

The motor functionality tends to get adversely affected by means of excessive dust, chips and dirt on its surface. The product fails to run if it is associated with a faulty drive controller or the voltage supply is missing. The device, along with its supply lines, has to be secured against falling before its mechanical connections are disconnected. The unit can operate at a maximum temperature of 55°C with derated data. It does not have any hazardous substances that can adversely harm the environment. The motor is a good choice for general automation technology-related applications. The product has to be operated only as intended.

The device grounding action has to be properly established before it is started. The unit is meant to be operated only in the specified configuration and combination of components. It is to be used only with spare parts and accessories approved by its manufacturer. The motor handling, as well as mounting, has to be done using suitable tools. The product poses a danger of explosion because of the exalted tensile load on its connection cables. The device must encompass protection against corrosion on its housing. This MSK071D-0450-NN-S2-UG0-RNNN servomotor has a one-year warranty and is sent globally to the preferred destination.