Industrial robots are multi joint robotic arms or multi degree of freedom machine devices used in the industrial field. They can automatically perform various work tasks based on programming instructions and are an indispensable intelligent device in modern industrial production.
At present, the application scenarios of industrial robots are extremely wide, not only used in the front line of industrial production, but also in outdoor operations and special urban activities. Mainly replacing humans to perform dangerous, harmful, toxic, low-temperature, high-temperature, high-intensity and other tasks, this also means that industrial robots need to be used in harsh environments for a long time, constantly facing many threats such as dust, oil pollution, and extreme temperatures.
Taking robots engaged in mechanical processing as an example, during the processing, the ambient temperature rises sharply, dust flies, and welding slag splashes. This type of work typically requires robots to operate at high intensity and for extended periods of time. During the homework process, robots are highly susceptible to factors such as static electricity, oil stains, and high-frequency vibrations, resulting in a significant reduction in their service life.
With the development of the Industrial Internet of Things (IIOT), high-quality connectors have become a key element to ensure the stable operation of industrial robots in various complex environments. TXGA has developed and produced M12 circular connectors specifically for industrial application environments. With excellent environmental adaptability, they are suitable for the application needs of the intelligent industrial era.
In production, TXGA has innovatively improved the production process of M12 circular connectors, solving common problems such as poor punching and flow during connector molding and gluing, and improving product yield.
In terms of structural design, the use of nuts to add locking points and rubber cores is adopted to increase the friction between components. This enables the connector to maintain a stable connection even in vibration environments, avoiding loosening problems caused by vibration and enhancing the reliability of the connection.
In terms of material and process selection, stamping forming technology and nut die-casting forming technology are used. This process combination gives the product high temperature resistance, corrosion resistance, good anti-interference performance, and a protection level of IP68.
The TXGA M12 circular connector can meet the strict requirements of industrial robots for connectors. The product has the characteristics of high temperature resistance, high voltage current resistance, harsh environment resistance, stable performance, and high protection, effectively ensuring the stable transmission of high voltage and high current. At present, M12 circular connectors are widely used in sensors, transformers, and various industrial electronic devices of industrial robots.
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