Complete the electrical circuit diagram with the suitable actuating elements and transfer the solution to FluidSIM®. Test its function via simulation. For safety. Posts – See Instagram photos and videos from ‘fluidsim’ hashtag. Video. Video. Video. Ahí es náaaa los ejercicios.. Ya queda menos, en la recta final. Entradas y Páginas Populares. Ejercicios electroneumática [Fluidsim] · Flip flop ¿ que es y como funciona? Contactor eléctrico industrial · Que son las bobinas y.

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Controlling a double-acting cylinder. Workpieces are to be lifted using a pneumatic cylinder.

Conveyor station

A control system is to be designed for this purpose. A vertically arranged double-acting cylinder equipped with one-way flow control valves is provided for lifting.

This cylinder is to be supplied with air by means fluuidsim a solenoid valve and controlled via PC. The cylinder should advance when a pushbutton is actuated and retract after a second pushbutton is actuated. The manually-actuated valve is not suitable for the task because it cannot be controlled via PC.


It stores fpuidsim switching position until another reversing pulse is received. The pushbutton is suitable since the double solenoid valve only needs one current pulse to reverse. To facilitate this, the opening of the one-way flow control valve 2V3 must be reduced double-click on the valve.

Conveyor station

This restricts the flow of fluisim coming out of the front cylinder chamber and the cylinder advances more slowly. The one-way flow control valve 2V2 remains fully open.

The actual one-way flow control valve must also be adjusted to get the actual cylinder to advance more slowly. This signal can be used instead of the UP pushbutton to reverse the valve 2V1.

Grundlagen der Pneumatik 5. Aufgaben zu Transportband und Stapelmagazin 7.

Task Select a suitable valve from the four available and explain the reasons for your choice. Design a pneumatic circuit diagram for the components you selected and test its function via simulation.

Test its function via simulation. For safety reasons the cylinder should advance slowly, but retract quickly. How can this be achieved? Test your solution via simulation.

Extend the circuit so that the vertically arranged cylinder of the handling station can be controlled and test fluidsi operability. What do you have to do so that the actual cylinder also advances slowly and retracts quickly? How can you arrange it so that the cylinder automatically retracts upwards after reaching the advanced lower end position?


Modify the circuit and test the result.

Handling station

The components required are the double-acting cylinder, the chosen valve, two one-way flow control valves and a compressed air source. Test the fluidsiim in simulation mode by clicking on the valve manual override with the mouse.

Complete the electrical circuit diagram with a suitable actuating component. The actuating components available are see illustration: Extend the circuit so that the cylinder of the handling station can be controlled and test its operability.

Do this by extending the circuit diagram to include fluiddim multi-pin plug symbol and assign the designation for the solenoid coil to the slot where the solenoid coil is actually plugged in.

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