SMC ASP Series Speed Controller Speed Controller, 3/8 in R R 3/8 in One-touch Fitting 10 mm

SMC ASP Series Speed Controller, 10mm Outlet Connection size, 3/8 inches Inlet Connection - ASP530F-F03-10S

This speed controller regulates pneumatic flow to control actuator or cylinder motion in industrial systems. It is designed for use in automation and mechanical assemblies where precise air-speed adjustment is required. Constructed from multiple corrosion-resistant materials, it suits moderate-pressure pneumatic lines and incorporates a one-touch outlet for Rapid tubing connection.

Features & Benefits

• Operates across 0.1–1MPa to manage actuator speed effectively
  Proof pressure 1.5MPa provides margin against pressure spikes
  Temperature rated -5 to 60°C for varied plant environments
  3/8 inches R inlet with 10mm one-touch outlet for quick integration
  NBR Seals and stainless-steel components resist wear and leakage

**Applications**

• Suitable for cylinder speed control in automated assembly lines
  Ideal for flow regulation on pick-and-place pneumatic systems
  Used with electro-pneumatic valves in test rigs and fixtures
  Can be used for motion smoothing in packaging machinery

What connection types are provided for system piping?

The device accepts a 3/8 inches R threaded inlet and offers a 10mm one-touch fitting at the outlet for straightforward tubing attachment.

How does the component handle occasional overpressure events?

It is built to withstand a proof pressure of 1.5MPa, offering a safety margin above normal operating pressures.

Which materials are used where corrosion resistance is needed?

Key wetted and exposed parts include stainless steel, electroless nickel-plated surfaces, brass and zinc-alloy elements to reduce corrosion susceptibility.

What seal materials are used for pneumatic compatibility?

Sealing is achieved with nitrile rubber (NBR) to provide compatibility with common compressed Air systems and minimise leakage.

Notes

Use caution with soft nylon or polyurethane at maximum pressure.