Updraft

Air cylinder — Push down and pull up — 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.

1. Thrust

Diagram: Push down and pull up From part specifications
Diagram: Push down and pull up From part specifications
Drive system
External force

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Input

PushMass of the moving parts
m1m_1
PullMass of the moving parts
m2m_2
Acceleration due to gravity
gg
Cylinder bore
DD
Rod diameter
dd
Operating pressure
PP
Load ratio factor
η\eta
ThrustRequired safety factor
SFrS_{Fr}

Result

PushLoad
W1W_1
PullLoad
W2W_2
PushPressure-receiving area
A1A_1
PullPressure-receiving area
A2A_2
PushEffective thrust
Fe1F_{e1}
PullEffective thrust
Fe2F_{e2}
PushThrust safety factor
S1S_1
PullThrust safety factor
S2S_2

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Air cylinder — Push down and pull up — From part specs | Updraft - Mechanical Engineering Calculators