Thrust Calculation Of Rodless Cylinder
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Rodless Cylinder Thrust Calculation
The thrust of Rodless Cylinder can be calculated by the following formula:
F=P×A−f, where:
F is the thrust of the cylinder (in kilograms of force).
A is the cross-sectional area of the cylinder (in square centimeters).
P is the applied air pressure (in kilograms of force per square centimeter).
f is the friction resistance (in kilograms of force).
This formula shows that the thrust of the cylinder is equal to the cross-sectional area of the rodless cavity multiplied by the working air pressure minus the friction resistance. In practical applications, these parameters need to be calculated according to the specific working conditions and cylinder design to ensure that the cylinder can provide sufficient thrust to complete the expected work tasks.
