Pneumatic technology uses pressured gas to drive some sort of mechanical motion. The most common gas used in pneumatic technology is dry air. The air must be dry as moisture has different compressive qualities. Pneumatic technology is very similar to hydraulic technology, however the fluid used to drive the motion here is always a liquid.
Pneumatic systems are operated using a central pneumatic device (such as an air motor or compressor) and utilise manual or automatic solenoid valves to control the airflow around the system.
Pneumatic systems contain many components, pneumatic manifold tube-to-tube fittings being one example.
What are pneumatic manifold tube-to-tube fittings used for?
Pneumatic manifold tube-to-tube fittings allow a number of tubes to be connected together via a central manifold. They can connect a range of numbers of hoses in a variety of arrangements and orientations.
Types of pneumatic manifold tube-to-tube fittings
Pneumatic manifold tube-to-tube fittings come in a variety of diameters, thread sizes, grades and materials. These adaptors allow the user to change the connections in a system so an assortment of hoses can be attached.
Description:
A range of plugs and gaskets from SMC,
suitable for use with the M5 series miniature fittings. M5 Nickel plated miniature fittings offering a compact and space saving designThe tube has a large retaining force with hose nipples assuring easy ...
Description:
KQ2 Series Plug tube from SMC. Suitable for
use on positive pressure and vacuum, available in various sizes. Maximum operating pressure 10 barMaximum vacuum operating pressure -100kPaProof pressure 3MPaAmbient and fluid temperature -5 to +60°C (water 0 - 40°C).
Description:
With push-in connection: strong construction and reliability.Body in
treated brass: excellent resistance to aggressive environments (saline atmosphere and sparks).Optimum flow capacity in small spaces.Fully orientable in order to facilitate system design and connection.Excellent performance due to their ...
Description:
With push-in connection : strong construction and reliabilityBody
in treated brass: excellent resistance to aggressive environments (saline atmosphere and sparks)Optimum flow capacity in small spacesFully orientable in order to facilitate system design and connectionExcellent performance due to their pilot/depilot ...
