Pneumatic Cylinder Force Calculator

Understanding Pneumatic Cylinder Force Calculator

Pneumatic cylinders, powered by compressed air, are critical components in automation systems. The force they generate depends on several factors, including the piston diameter, operating pressure, and stroke length. Understanding these principles helps optimize their performance.

The force generated by a pneumatic cylinder can be calculated using the formula:

Force (N) = Area × Pressure

Where area is determined by the formula:

Area = π × (Diameter/2)²

The volume of air displaced during one stroke is given by:

Volume (cc) = Area × Stroke Length

To compute total air consumption per minute, multiply the volume per stroke by the number of strokes per minute:

Total Air Consumption = Volume × Strokes Per Minute

Use the calculator below to compute these values for your pneumatic system.

Calculator

Piston Diameter (in mm): Pressure (in bar): Stroke Length (in mm): Strokes Per Minute:

Force (N)	Volume per Stroke (cc)	Total Air Consumption (cc/min)