Encoders for Servo Motors

Encoders for Servo Motors

Encoders for Servo Motors Are Installed During the process of installing servo motor encoders, we might run into a number of issues, some of which could be electrical and mechanical in nature. The normal use and lifespan of encoders will be impacted if the issues are not properly avoided or resolved. 5.1 The Electrical Connection The electrical interface’s transmission distance and baud rate can be chosen based on the application environment at the site. The genuine transmission distance and transmission rate, establishment of the encoder and correspondence link are impacted by climate, establishing and link material. 5.2 Design of the Parts The encoder cannot be installed with high-speed interference source equipment like a frequency converter, transformer, or solenoid valve when it is installed on-site. In addition, install a metal partition or maintain a distance of 10 cm. It is not allowed to install the module that communicates with the encoder with high-interference source components like a frequency converter, contactor, or frequently disconnected switch element. What’s more, keep a distance of 3cm, or introduce a metal parcel. 5.3 Protection from Grounding At the signal-receiving end, the shielding layer of the cable should be grounded to prevent damage to the cable from current leakage between the two grounding points. A separate grounding wire should be connected for shielding in the event that the cable’s shielding wire is unable to provide adequate grounding protection. Yellow and green wires must be added as the equipotential compensation line between the product shell and the grounding point for a long-distance grounding connection. The protected link should be associated with the metal shell (encoder or electric bureau) of the electrical parts at the two finishes, and you ought to likewise guarantee the right association.