Lecture 14 | Pneumatic cylinder force calculation & air consumption calculation formula

This video explains pneumatic cylinder force calculations & air consumption calculation formula for pneumatic double acting cylinder used in meter-in circuit. The video explains how the pneumatic force and air consumption is calculated in detail. Pneumatic cylinder piston force calculations are confirming with the values provided in the pressure/force table catalogue provided by FESTO.
While calculating the pneumatic force a small frictional force is taken into consideration whereas during air consumption calculation compression ratio factor is considered.
Pneumatic circuit design for various applications will be done in the coming videos.
Useful playlists :
Velocity & Acceleration diagram - bit.ly/3vj8zf0
Hydraulic circuit & pneumatic circuit working - bit.ly/3zAx1e4
Cam profile - bit.ly/3vjpY7a
Mechanics - bit.ly/3PClXmz
Beam reaction & Graphic statics - bit.ly/3veMwWA
SFD and BMD- Simply supported beam and cantilever beam - bit.ly/3PDzA4V
SOM & Structural analysis videos - bit.ly/3OEqX8S
Heat transfer - bit.ly/3PzxiUe
Thermodynamics - bit.ly/3J5ZvQd
Fluid mechanics - bit.ly/3ODuggg
Dynamics of machinery playlist : bit.ly/3zyRakK
SPPU Paper solutions -bit.ly/3S7dmcU
Turbomachinery - bit.ly/3cyBftE
I.C. Engine numericals -bit.ly/3veJf9K
Machine Design - bit.ly/3zBjZgx
Thermodynamics Excel Calculators - bit.ly/3cJBYbM
Synthesis of mechanisms - bit.ly/3PFSCaD
Finite Element Analysis (F.E.A.) - bit.ly/3PYtCex
Mathematics - bit.ly/3JaAnHX
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[@CHINMAY_ACADEMY]

Useful playlists :
Cam profile - bit.ly/3vjpY7a
Mechanics - bit.ly/3PClXmz
Beam reaction & Graphic statics - bit.ly/3veMwWA
SFD and BMD- Simply supported beam and cantilever beam - bit.ly/3PDzA4V
SOM & Structural analysis videos - bit.ly/3OEqX8S
Heat transfer - bit.ly/3PzxiUe
Thermodynamics - bit.ly/3J5ZvQd
Hydraulic circuit & pneumatic circuit working - bit.ly/3zAx1e4
Fluid mechanics - bit.ly/3ODuggg
Dynamics of machinery playlist : bit.ly/3zyRakK
SPPU Paper solutions -bit.ly/3S7dmcU
Turbomachinery - bit.ly/3cyBftE
I.C. Engine numericals -bit.ly/3veJf9K
Machine Design - bit.ly/3zBjZgx
Thermodynamics Excel Calculators - bit.ly/3cJBYbM
Synthesis of mechanisms - bit.ly/3PFSCaD
Finite Element Analysis (F.E.A.) - bit.ly/3PYtCex
Mathematics - bit.ly/3JaAnHX
Improve your skills & knowledge by the following professional courses !
Hydraulic courses : bit.ly/3OTCDox
MATLAB & SimuLink course : bit.ly/3OEI8Yw
Ansys cfd course : bit.ly/3yzFVbu

[@nandhakumarv.l9145]

wow ... crystal clear explanation. thank you sir

[@CHINMAY_ACADEMY]

Most welcome ☺

[@Learneasilyhere]

Very nice and conceptual video !

[@CHINMAY_ACADEMY]

Many thanks!

[@muralidharkamireddy5006]

Well explained, thank you

[@haditavakoli5465]

Great Video, I watched it to get a better understanding of Air Consumption. I checked your formula with the festo's air consumption calculator and it was completely correct and enjoyed!
One question: what is the reference for Compression ratio factor? How did you get to that formula?
Because I saw in several websites just multiplying P not (P+1) by using law of Boyle-Marriotte.

[@CHINMAY_ACADEMY]

Thanks

[@kkgupta4354]

Nice explained sir

[@CHINMAY_ACADEMY]

Thanks a lot !

[@manaskar1084]

👋👋👋👋Excellent presentation

[@akbardwifortuna6500]

so the air consumption calculation in the video is just for 1 cycle right? let's say the speed of a machine is 30 cycles. so i just need to times it by 30 right?

[@nishantgosavi66.gamilgosav71]

Great Video

[@CHINMAY_ACADEMY]

Thanks

[@cck0728]

Excellent video. What is FRL and what is the "reference" for formula used at 6:27 of this video?
Thanks.

[@CHINMAY_ACADEMY]

FRL is the Filter, regulator & lubricator unit & the reference is from FESTO catalogue.

[@cck0728]

@@CHINMAY_ACADEMY Thanks for your kind reply.

[@ARBB1]

Very good.

[@cck0728]

Excellent video. Can this calculation be used (inversely) for calculating "reciprocating compressor" piston size?
Thanks.

[@CHINMAY_ACADEMY]

Yes, absolutely

[@cck0728]

@@CHINMAY_ACADEMY Thanks for your excellent work.

[@sadafhussain942]

Can u clarify me the difference between Nl/min and l/min??

[@shubhamgaikwad6282]

Good explanation
How can I contact you ?

[@CHINMAY_ACADEMY]

[e-mail]