How to Choose the Most Suitable Triplex for Your Automation Equipment?

Not all automation equipment requires the same air purity. Sensitive actuators, valves, or robotics need dry, clean air with micron-level filtration.

• Standard applications: A 5μm filter element is sufficient.

• Precision automation: Choose a 0.01μm coalescing filter.

An undersized FRL air pressure regulator causes pressure drop, starving your equipment of power. Oversized units cost more without benefit.

Check the maximum flow rate (CV value) of the FRL at your operating pressure. Compare it with the total air consumption of all downstream components running simultaneously.

For automation requiring consistent force or speed (e.g., pick-and-place, clamping), choose an FRL unit with a high-relieving type regulator.

• Standard regulators: 5–10% accuracy.

• Precision regulators: Within 1% accuracy, often with a locking knob and gauge ports.

Many modern pneumatic components claim “non-lube” design. However, for cylinders or valves cycling at high speed (>2 cycles/sec) or in corrosive environments, lubrication extends life.

• Non-lube systems: Use an FRL without lubricator or with a lubricator bypass.

• Lube-required systems: Choose a pneumatic FRL with an adjustable drip-type lubricator, and ensure oil-fog compatibility with your valve type.

• Temperature: Standard NBR seals work from -10°C to 60°C. For extreme cold (< -10°C) or heat (>60°C), ask for HNBR or FKM seals.

• Space constraints: Compact modular triplexes save panel space.

• Mounting: Bracket, inline, or modular base – ensure accessories (pressure switch, soft-start valve) fit your series.