What Should Be the Working Pressure for My Pneumatic Filling Machine?

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SUMMARY

The optimal working pressure for a pneumatic filling machine with four filling heads and seven cylinders is determined by the bore sizes of the cylinders and the desired filling volume of 100 ml per bottle within 6 seconds. The machine utilizes a PLC for simultaneous operation. The bore sizes include four cylinders at 2 inches, one cylinder at 3.5 inches, and two cylinders at 0.75 inches. Calculating the required pressure will inform the compressor capacity needed for efficient operation.

PREREQUISITES
  • Understanding of pneumatic systems and their components
  • Knowledge of PLC programming for automation
  • Familiarity with fluid dynamics and pressure calculations
  • Experience with compressor specifications and selection
NEXT STEPS
  • Calculate the required working pressure using the formula for pneumatic cylinder force
  • Research compressor capacity requirements for pneumatic systems
  • Explore PLC programming techniques for controlling multiple cylinders
  • Investigate the impact of cylinder bore size on filling speed and efficiency
USEFUL FOR

Engineers designing pneumatic filling machines, automation specialists, and anyone involved in optimizing pneumatic systems for manufacturing processes.

mvstaurean1974
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im designing a pneumatic filling machine with four filling heads. in all 7 cylinders are working simultaneously through p l c. the filling volume will be 100 ml/bottle within 6 seconds. what should be the working pressure of air so that i can decide the capacity of compressor.
the bore size of the cylinders are mentioned below.
dia 2 inches -- 4 cylinders
dia 3.5 inches -- 1 cylider
dia 0.75 inches -- 2 cylinder
 
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mvstaurean1974 said:
im designing a pneumatic filling machine with four filling heads. in all 7 cylinders are working simultaneously through p l c. the filling volume will be 100 ml/bottle within 6 seconds. what should be the working pressure of air so that i can decide the capacity of compressor.
the bore size of the cylinders are mentioned below.
dia 2 inches -- 4 cylinders
dia 3.5 inches -- 1 cylider
dia 0.75 inches -- 2 cylinder

Welcome to the PF.

What have you done so far? What equations should you use? Is this a schoolwork project?
 

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