Engineering ToolBox - Resources, Tools and Basic Information for Engineering and Design of Technical Applications!

Pneumatic Cylinder - Excerted Force vs. Pressure

Force excerted by pneumatic air cylinders vs. air pressure cylinder size - online calculator.

Single Acting Cylinder

Pneumatic air cylinder - force exerted

The force exerted by a single acting pneumatic cylinder can be expressed as

F = p A

= p π d2/ 4                                           (1)

where

F = force exerted (N)

p = gauge pressure (N/m2, Pa)

A = full bore area (m2)

d = full bore piston diameter (m)

Single Acting Cylinder Calculator  - Output Stroke

Calculate Force with known Pressure and Diameter

Calculate required Diameter with known Force and Pressure

Calculate required Pressure with known Force and Diameter

Example - Single Acting Piston

The force exerted by a single acting pneumatic cylinder with 1 bar (105 N/m2) and full bore diameter of 100 mm (0.1 m) can be calculated as

F = p π d2/ 4

    = (105 N/m2) π (0.1 m)2 / 4

    = 785 N

    = 0.785 kN

Air Cylinder - Pressure/Force Diagram

SI-units

Pneumatic air cylinder - acting force vs. pressure diagram - kPa

Imperial Units

Pneumatic air cylinder - acting force vs. pressure diagram - psi

Double Acting Cylinder

Pneumatic cylinder - double acting

The force exerted by double acting pneumatic cylinder on outstroke can be expressed as (1). The force exerted on instroke can be expressed as

F = p π (d12 - d22) / 4                                     (2)

where

d1 = full bore piston diameter (m)

d2 = piston rod diameter (m)

Double Acting Cylinder Calculator  - Input Stroke

Calculate Force with known Pressure and Diameter

Calculate required Diameter with known Force and Pressure

Calculate required Pressure with known Force and Diameter

Example - Double Acting Piston

The force exerted from a single acting pneumatic cylinder with 1 bar (105 N/m2), full bore diameter of 100 mm (0.1 m) and rod diameter 10 mm (0.01 m) can be calculated as

F = p π (d12 - d22) / 4

    = (105 N/m2) π [(0.1 m)2 - (0.01 m)2] / 4

    = 778 N

    = 0.78 kN

  • instroke capacity is reduced compared to outstroke capacity - due to the rod and reduced active pressurized areal

Related Topics

Related Documents

Search

Search is the most efficient way to navigate the Engineering ToolBox.

Engineering ToolBox - SketchUp Extension - Online 3D modeling!

3D Engineering ToolBox Extension to SketchUp - add parametric components to your SketchUp model

Add standard and customized parametric components - like flange beams, lumbers, piping, stairs and more - to your Sketchup model with the Engineering ToolBox - SketchUp Extension - enabled for use with older versions of the amazing SketchUp Make and the newer "up to date" SketchUp Pro . Add the Engineering ToolBox extension to your SketchUp Make/Pro from the Extension Warehouse !

Translate this Page

Translate this page to Your Own Language .

About the Engineering ToolBox!

Privacy Policy

We don't collect information from our users. More about

We use a third-party to provide monetization technologies for our site. You can review their privacy and cookie policy here.

You can change your privacy settings by clicking the following button: .

Citation

This page can be cited as

  • The Engineering ToolBox (2008). Pneumatic Cylinder - Excerted Force vs. Pressure. [online] Available at: https://www.engineeringtoolbox.com/pneumatic-cylinder-force-d_1273.html [Accessed Day Month Year].

Modify the access date according your visit.

3D Engineering ToolBox - draw and model technical applications! 2D Engineering ToolBox - create and share online diagram drawing templates! Engineering ToolBox Apps - mobile online and offline engineering applications!

Unit Converter

















































6.3.17

.