Updraft

Air cylinder — Push down and pull up — From operating conditions

From operating conditions such as the mass of the moving part and the speed, it works out what the cylinder has to provide — the thrust, the pressure-receiving area and the energy to absorb — and looks for parts that meet it.

1. Thrust required

Diagram: Push down and pull up From operating conditions
Diagram: Push down and pull up From operating conditions
Drive system
External force

Log in to calculate

Input

Coefficient of friction
μ\mu
Mass of the moving parts (push)
m1m_1
Mass of the moving parts (pull)
m2m_2
Acceleration due to gravity
gg
Load ratio factor
η\eta
Pressure
PP
Safety factor on the thrust required
SFS_F

Result

Thrust required (push)
F1F_1
Thrust required (pull)
F2F_2
Pressure-receiving area required (push)
A1A_1
Pressure-receiving area required (pull)
A2A_2

Related pages

Loading...
Loading...
Air cylinder — Push down and pull up — From conditions | Updraft - Mechanical Engineering Calculators