Configurable cylinder

FluidSIM 4 Hydraulics

Previous Next

Configurable cylinder

          

The configurable cylinder can be customized via its properties dialog. Almost any combination of piston type (single-acting, double-acting), the specification of the piston rods (double ended, with magnetic coupling or slide) and the number (none, one, two) is possible. An end position cushioning (without, with, adjustable) can also be defined. FluidSIM automatically adjusts the symbol according to the preset configuration.In addition, a load to be moved (including possible static and sliding friction) and a variable force profile can be defined in the properties dialog.
In the component library from FluidSIM there are several pre-configured cylinders that can be inserted in your circuit and directly used. Should no suitable symbol be available, then simply choose the component with the most similarity to the required component, open the properties dialog and adjust the configuration accordingly.

Adjustable parameters

                   Max. stroke:         1 ... 5000 mm      (200)

              Piston position:         0 ... Max. stroke mm       (0)

            Piston diameter:         1 ... 1000 mm      (16)

      Piston rod diameter:         0 ... 1000 mm      (10)

             Mounting angle:         0 ... 360 Deg        (0)

           Internal leakage:         0 ... 100 l/(min*MPa)       (0)

                 Moving mass:         0 ... 10000 kg       (0)

Static friction coefficient:       0 ... 2                  (0)

Sliding friction coefficient:     0 ... 2                  (0)

                            Force:         -1000000 ... 1000000 N    (0)

Related Topics

Double acting cylinder

Double acting cylinder with shock adsorber at stroke end

Double acting cylinder with in and out piston rod and shock adsorber at stroke end

Single acting cylinder

Displacement encoder

[151]  Single acting cylinder

[152]  Plunger cylinder

[153]  Double acting cylinder

[154]  Double acting cylinder with end position cushioning



Previous Next