What are pneumatic fittings?
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What are pneumatic fittings?
What are pneumatic fittings?
What are pneumatic fittings?
Pneumatic connectors are quick connectors mainly used for air piping and pneumatic tools. They can connect or disconnect pipes without the need for tools.
When the ring of the parent body moves to the other end, the stainless steel ball rolls outward automatically, and the daughter body is disconnected due to the action of the valve spring force of the parent body and the daughter body. The valves of the daughter body and the parent body are closed respectively, instantly blocking the flow of fluid.
If the above professional explanation is still a little confusing, let me explain it to you in a simple and easy-to-understand way (in human language).
As the name implies, pneumatic joints are joints that connect pneumatic equipment. Pneumatic joints are usually used for seamless connections between pipes in mechanical equipment that uses compressed air as the main power source, assembly production lines, and gas devices required for various processes.
Features of pneumatic connectors: time-saving, labor-saving and safe!
There are three structures of pneumatic joints:
1. Open and close at both ends:
When connecting – when the daughter body is inserted into the mother body, the ring returns to its original position under the action of the spring, and the steel ball rolls to lock the daughter body tightly. At the same time, the mother body and the valve of the font push each other to open, and the fluid flows. The O-ring can completely block the leakage of the fluid.
2. Open at both ends
When not linked: When the ring of the mother body is pushed to the other end, the steel ball automatically rolls outward, so the daughter body is moved out; because there are no valves on the font and the mother body, the fluid flows out.
Link: When the daughter body is inserted into the mother body, the ring is pushed to the previous position by the force of its spring, causing the steel ball to lock and the fluid to flow. The O-ring in it prevents liquid leakage.
3. Single-channel open and close type
When not linked: When the ring of the parent body moves to the other end, the stainless steel ball automatically rolls outward, the daughter body is bounced open by the reaction force of the valve spring, and the valve can automatically close to block the flow of fluid.
When connected: When the daughter body is inserted into the side of the mother body with the ring, the valve is opened to cause fluid to flow, the gasket is pushed back to its original position by the force of the spring, and the stainless steel bead is locked to ensure the daughter/mother body connection. The gasket inside can completely block fluid leakage.
Pneumatic connectors are quick connectors mainly used for air piping and pneumatic tools. They can connect or disconnect pipes without the need for tools.
When the ring of the parent body moves to the other end, the stainless steel ball rolls outward automatically, and the daughter body is disconnected due to the action of the valve spring force of the parent body and the daughter body. The valves of the daughter body and the parent body are closed respectively, instantly blocking the flow of fluid.
If the above professional explanation is still a little confusing, let me explain it to you in a simple and easy-to-understand way (in human language).
As the name implies, pneumatic joints are joints that connect pneumatic equipment. Pneumatic joints are usually used for seamless connections between pipes in mechanical equipment that uses compressed air as the main power source, assembly production lines, and gas devices required for various processes.
Features of pneumatic connectors: time-saving, labor-saving and safe!
There are three structures of pneumatic joints:
1. Open and close at both ends:
When connecting – when the daughter body is inserted into the mother body, the ring returns to its original position under the action of the spring, and the steel ball rolls to lock the daughter body tightly. At the same time, the mother body and the valve of the font push each other to open, and the fluid flows. The O-ring can completely block the leakage of the fluid.
2. Open at both ends
When not linked: When the ring of the mother body is pushed to the other end, the steel ball automatically rolls outward, so the daughter body is moved out; because there are no valves on the font and the mother body, the fluid flows out.
Link: When the daughter body is inserted into the mother body, the ring is pushed to the previous position by the force of its spring, causing the steel ball to lock and the fluid to flow. The O-ring in it prevents liquid leakage.
3. Single-channel open and close type
When not linked: When the ring of the parent body moves to the other end, the stainless steel ball automatically rolls outward, the daughter body is bounced open by the reaction force of the valve spring, and the valve can automatically close to block the flow of fluid.
When connected: When the daughter body is inserted into the side of the mother body with the ring, the valve is opened to cause fluid to flow, the gasket is pushed back to its original position by the force of the spring, and the stainless steel bead is locked to ensure the daughter/mother body connection. The gasket inside can completely block fluid leakage.
