Lateral Forces
Calculation of hydraulic cylinders
Series 320 test actuators can absorb high lateral forces acting on the piston rod without damaging the cylinder or the piston rod.
The permissible lateral force primarily depends on the total stroke of the cylinder, the diameter of the piston rod, and the guide system in the cover.
In addition, the permissible lateral force depends on the stroke position, so a higher lateral load can be permitted in the retracted state than in the extended state.
| LH | Stroke position |
| FQ | Lateral force |
| F1, 2 | Load bearing |
The permissible lateral forces are specified for the stroke positions extended, middle position and retracted.
Further calculation formulas for the design of hydraulic cylinders:
Calculation formulas for the design of hydraulic cylinders
Calculation of permissible oil speeds
Calculation of the buckling resistance of hydraulic cylinders
Buckling cases calculation - Mountings of piston rod and cylinder
Calculation of the sine movement of hydraulic cylinders and oscillation cylinders