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.
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?
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wow ... crystal clear explanation. thank you sir
Most welcome ☺
Very nice and conceptual video !
Many thanks!
👋👋👋👋Excellent presentation
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.
Thanks
Excellent video. What is FRL and what is the "reference" for formula used at 6:27 of this video?
Thanks.
FRL is the Filter, regulator & lubricator unit & the reference is from FESTO catalogue.
@@CHINMAY_ACADEMY Thanks for your kind reply.
Hello sir,
What is the unit of flow which we have calculated.
Litre/min ?????
Because flow rate is always per unit time.
The flow rate (Q) will be in liters initially , multiply it by cycles/min then it will be in liters per min.
Well explained, thank you
Great Video
Thanks
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?
Excellent video. Can this calculation be used (inversely) for calculating "reciprocating compressor" piston size?
Thanks.
Yes, absolutely
@@CHINMAY_ACADEMY Thanks for your excellent work.
Can u clarify me the difference between Nl/min and l/min??
Good explanation
How can I contact you ?
rajangosavi@gmail.com
Very good.
Nice explained sir
Thanks a lot !