Home / Operations & Productivity / Pneumatic Silindir Force and Speed Analysis - Kutulama Itici Serbest Air Consumption Calculator

Pneumatic Silindir Force and Speed Analysis - Kutulama Itici Serbest Air Consumption Calculator

Country-neutral calculator for Pneumatic Silindir Force and Speed Analysis - Kutulama Itici Serbest Air Consumption.

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Clear contextNotes explain how to interpret the estimate.
mm
mm
mm
bar(g)
Estimated result
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Guide

How to use this calculator

01

1. Enter values

Use consistent units and the requested inputs.

02

2. Review the result

Use the main result and breakdowns as a planning estimate.

03

3. Check context

For regulated topics, verify current local rules before acting.

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Reviewed calculation details

Pneumatic Silindir Force and Speed Analysis - Kutulama Itici Serbest Air Consumption Calculator: method and worked example

What the calculation does

Source expression: (rod<bore?((Math.PI*Math.pow(bore/1000,2)/4 + Math.PI*(Math.pow(bore/1000,2)-Math.pow(rod/1000,2))/4)*(stroke/1000))*1000*(pressure+1):NaN)

Example using the prefilled values

bore=63 mm; rod=20 mm; stroke=400 mm; pressure=6 bar(g)

How to interpret the result

Input values must be consistent with displayed engineering units.

Assumptions and limitations

Simplified gauge-pressure cylinder force and stroke air-volume calculations. Force assumes atmospheric ambient pressure, prescribed efficiency and no friction dynamics; rated pressure and rod/bore constraints apply.

Input

Inputs used by this calculator

Review the values and units used by this calculator before calculating.

Piston DiametermmShaft DiametermmStrokmmOperation Pressurebar(g)