Air cylinder — Any angle — From part specifications

Starting from specifications you already have — the bore and the rod diameter — it works out the thrust produced and the permissible buckling load, and judges whether the cylinder is adequate for the operating conditions.

Thrust

Speed and energy absorbed

Buckling

Verdict summary

Diagram: Any angle From part specifications

Input

PushMass of the moving parts

m_1

PullMass of the moving parts

m_2

Acceleration due to gravity

g

Coefficient of friction

\mu

Angle

\theta

Cylinder bore

D

Rod diameter

d

Operating pressure

P

Load ratio factor

\eta

ThrustRequired safety factor

S_{Fr}

Result

PushLoad

W_1

PullLoad

W_2

PushPressure-receiving area

A_1

PullPressure-receiving area

A_2

PushEffective thrust

F_{e1}

PullEffective thrust

F_{e2}

PushThrust safety factor

S_1

PullThrust safety factor

S_2

Air cylinder — Any angle — From part specifications

1. Thrust

2. Speed and energy absorbed

3. Buckling

4. Verdict summary

Input

Result

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