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Push To Connect Stem Manifold

Distribute Inch-Size Pneumatic Lines from a Plug-In Manifold

PKJ Series stem manifolds plug directly into a compatible push-to-connect port and distribute compressed air to multiple inch-size pneumatic tube branches. This can reduce the number of separate tees and adapters required in compact automation assemblies.

The push-in connections allow compatible polyurethane, nylon and other suitable pneumatic tubing to be installed quickly and removed for service when the circuit is safely depressurized.

Download Push-In Fittings Datasheet

Operating Specifications

  • Fluid medium: Air
  • Working pressure: 0–150 psi(g) / 10 bar(g)
  • Proof pressure: 450 psi(g) / 30 bar(g)
  • Vacuum duty: 29.5 inHg / 14 mbar(a)
  • Working temperature: 32–140°F / 0–60°C

Key Benefits

  • Compact plug-in manifold design
  • Multiple inch-size tube outlets from one connection
  • One-touch tube installation
  • Useful for machine branching and air distribution
  • Suitable for valves, cylinders and compact manifolds

Common Applications

  • Industrial automation machinery
  • Pneumatic control panels
  • Valve manifolds
  • Packaging equipment
  • OEM machinery
  • General compressed air distribution

Frequently Asked Questions

What is a stem manifold push-to-connect fitting?

It plugs into a compatible push-in port and provides multiple downstream tube connections.

What tubing is commonly used?

The source range identifies polyurethane and nylon pneumatic tubing as common materials.

What is the listed working pressure?

0–150 psi(g) / 10 bar(g).

Can it be used for vacuum?

The source specification lists vacuum duty to 29.5 inHg / 14 mbar(a).

Can the tubing be disconnected?

Yes. Compatible tubing can be released from the push-in connection after the system is safely depressurized.

Why use a manifold instead of several tees?

A manifold can create a cleaner, more compact distribution point with fewer separate connections.

Where are stem manifolds commonly installed?

They are used near valves, control panels, machine frames and pneumatic distribution points.

How do I choose the correct manifold?

Confirm host push-in size, outlet tube sizes, number of branches, required flow and operating conditions.

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