SMC AS Series Speed Controller Pneumatic Elbow Threaded-to-Tube Adapter, 1/2 in R R 1/2 in One-touch Fitting 10 mm

SMC Series AS Pneumatic Elbow Threaded-to-Tube adaptor, 1/2 inches Inlet size, 10mm Outlet size - AS4201F-G04-10A

This pneumatic elbow threaded-to-tube adaptor provides a Compact right-angle connection between a threaded inlet and a push-in tube outlet for compressed Air systems. It is intended for installations where a threaded supply must transition to a quick-release tubing Interface in confined assemblies, facilitating directional routing and straightforward tube connection.

Features & Benefits

• Maximum operating pressure 1MPa for consistent pneumatic performance
  Proof pressure 1.5MPa to withstand short-term pressure spikes
  Operates between -5°C and 60°C for varied environmental use
  Brass and PBT construction resists wear while reducing weight
  One-touch fitting for fast tube insertion and maintenance
  Compatible with 1/2 inches R threaded supply to 10mm tubing connection

**Applications**

• Suitable for automated valve manifolds requiring angled connections
  Ideal for machine tool Air supply routing in confined spaces
  Used for pneumatic control lines in electrical cabinets
  Can be used for compressed Air distribution on assembly equipment

What inlet thread specification should be provided for installation?

The inlet accepts a 1/2 inches R threaded connection, matching standard R thread fittings for secure mounting.

How does the outlet secure tubing during dynamic operations?

The one-touch fitting grips 10mm tube with a push-in collet that holds under vibration while permitting quick release when required.

What material considerations affect chemical exposure and longevity?

The combination of brass and PBT offers resistance to common workshop atmospheres and mechanical wear, with brass providing corrosion resistance for the threaded interface.

Can it be used where pressure relief events occur?

With a proof pressure of 1.5MPa, it tolerates transient overpressures above its normal operating pressure without structural failure.