Introducing a case of developing a slip ring capable of controlling servo motors!
We would like to introduce our application-specific problem-solving case study: "Industrial Sewing Machines." We were looking for a slip ring that could transmit to a servo motor, but we were turned down by other domestic manufacturers who claimed that it was impossible to transmit the servo power and the noise-sensitive encoder signal correctly at the same time. In response, we adopted a metal brush with minimal resistance change and strong noise immunity for the sliding contacts. We used a shielded cable specifically designed for servo applications, developing a slip ring that prevents power noise from interfering with the encoder signal. As a result, we successfully transmitted the servo motor's power and encoder signal correctly at the same time. Subsequently, this servo motor-compatible slip ring was officially adopted and has been continuously installed in many industrial sewing machines. [Case Summary] ■ Challenges - Unable to transmit the servo power and noise-sensitive encoder signal correctly at the same time. ■ Results - Successfully transmitted the servo motor's power and encoder signal correctly at the same time. *For more details, please refer to the PDF document or feel free to contact us.
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In recent years, the advancements in various industrial machinery have been truly remarkable, following a path of increasing complexity and sophistication. A key player in alleviating these complex functions is the slip ring system. Based on years of experience and technology, our company continues to make unceasing progress to meet the needs of our users and further establish trust.