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How does a metric dot push-in connector work in a pneumatic system?

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Abstract:A metric dot push-in connector, also known as a pu...
A metric dot push-in connector, also known as a push-to-connect fitting, is used in pneumatic systems to quickly and easily connect components without the need for tools or additional accessories.
The connector consists of three main components: the body, the release ring, and the collet. The body is typically made of brass or plastic and is threaded to fit into the female thread of the component. The release ring is a small, circular piece that can be pushed down against the body. The collet is a ring-like part with teeth that grip onto the tubing when inserted.
To use the metric dot push-in connector, the tubing is first cut to the desired length and then pushed into the connector until it stops. The collet inside the connector grips onto the tubing, creating a secure connection. The release ring is then pushed down, engaging the collet teeth and preventing the tubing from being accidentally pulled out.
When disassembling the connector, the release ring is pushed down to release the collet's grip on the tubing, allowing it to be easily removed.
Overall, the metric dot push-in connector simplifies the process of connecting tubing in a pneumatic system, reducing installation time and providing a secure and reliable connection.