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Referat von Oliver Werth. Pneumatik auf Englisch.

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Referat von oliver werth

ReferatvonOliver Werth

Pneumatik auf

Englisch


Ein Großteil der in der Physik verwendeten Formeln ist auf den im englischen verwendeten Begriff zurückzuführen. So auch in der Pneumatik.Die Formel des Drucks p = F / A hieße im englisch ausformuliert:pressure is equal to force per area (Druck ist gleich Kraft pro Fläche)


Beispiele examples
Beispiele (examples) den im englischen verwendeten Begriff zurückzuführen. So auch in der Pneumatik.

  • Druck p pressure

  • Kraft F force

  • Fläche A area

  • Arbeit W work

  • Leistung P power

  • Zeit t time

  • Rauminhalt V volume


Pneumatic components
Pneumatic components den im englischen verwendeten Begriff zurückzuführen. So auch in der Pneumatik.

Druckluftanschluss - connection with compressed air

einfach wirkender Zylinder -single acting cylinder

doppelt wirkender Zylinder -twofold acting cylinder

2/2-Wege-Ventil -2/2-way valve

3/2-Wege-Ventil -3/2-way valve

4/2-Wege-Ventil -4/2-way valve

5/2-Wege-Ventil -5/2-way valve


Zwei-Druck-Ventil -dual-pressure den im englischen verwendeten Begriff zurückzuführen. So auch in der Pneumatik.

valve

Wechsel-Ventil -shuttle valve

Schnellentlüftungs- -quick exhaust-/

Ventil ventilation- valve

Drosselrückschlag-Ventil -relief valve

Zeitverzögerungs- -time delay

Ventil valve


In der Pneumatik gibt es verschiedene Betätigungsarten um Ventile anzusteuern.

mechanisch

pneumatisch/ elektrisch

per Muskelkraft

In the pneumatics there are several possibilities to operate valves.

mechanical

pneumatic/ electric

by muscle-power


A pneumatic circuit Ventile anzusteuern.

Ein pneumatischer Schaltkreis


The cylinders 1A1 and 2A1 are retracted in the initial position. In the initial position, 1A1 switches the limit switch 1S1, while 2A1 switches the limit switch 2S1. Pressure is applied to the air supply line II. Pressure is present at a single port of each of the two dual-pressure valves 0V3 and 0V4. The dual-pressure valve 1V2 is switched.






By that, pressure is taken from supply line II and supply line I becomes filled with pressure. The dual-pressure valves 0V5 and 2V2 become, each at a single port, supplied with pressure.


1V1 becomes switched at port 14,… line I becomes filled with pressure. The dual-pressure valves 0V5 and 2V2 become, each at a single port, supplied with pressure.


…1A1 extends,… line I becomes filled with pressure. The dual-pressure valves 0V5 and 2V2 become, each at a single port, supplied with pressure.


…actuates 1S2… line I becomes filled with pressure. The dual-pressure valves 0V5 and 2V2 become, each at a single port, supplied with pressure.


which causes the valve 2V2 to switch throught. line I becomes filled with pressure. The dual-pressure valves 0V5 and 2V2 become, each at a single port, supplied with pressure.


2V1 becomes actuated at port 12… line I becomes filled with pressure. The dual-pressure valves 0V5 and 2V2 become, each at a single port, supplied with pressure.


…which causes 2A1 to extend. line I becomes filled with pressure. The dual-pressure valves 0V5 and 2V2 become, each at a single port, supplied with pressure.


2S2 becomes switched… line I becomes filled with pressure. The dual-pressure valves 0V5 and 2V2 become, each at a single port, supplied with pressure.


…and switches 0V5 throught which actuates 0V1 at port 12. line I becomes filled with pressure. The dual-pressure valves 0V5 and 2V2 become, each at a single port, supplied with pressure.



which actuates 2V1 at port 12. II becomes filled with pressure…


2A1 retracts… II becomes filled with pressure…


… and actuates 2S1. II becomes filled with pressure…




1A1 retracts. by supply line II and 2S1…


The circuit returns.. by supply line II and 2S1…


…to the initial position by supply line II and 2S1…


Thanks for your attention by supply line II and 2S1…

The End


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