Video Lectures by Prof. C K Puranik. Visit "www.ifp4all.com" Dear Friends, Please "thumbs-up" this video, Please "subscribe", "share" and "save" the video, and Please write "comments" to this video.
I did drawings with autocad, imported the drawings to flashMX to create animations. There are many softwares such as automation studio, FluidSIM, etc available. But, I have to create colourful, accurate and attractive figures and animations, which is not possible with those preset programs.
sir, as the piston reaches top position, the pressure reaches 6 bar and unloading valve opens. but by the opening of the valve isn't the pressure again reduces and the piston moves downwards?
good question. if the pressure reduce below 6 bar, the unloading valve will close again. means, oil flows to the cylinder at exactly 6 bar. not so sharp, it will be within a small range, between some upper and lower limits.
very well explained
Super tq so much sir
Nice video sirr
Well explained sir...
Sir ...aapne circuit diagram kon se software ka use se banaye?
I did drawings with autocad, imported the drawings to flashMX to create animations. There are many softwares such as automation studio, FluidSIM, etc available. But, I have to create colourful, accurate and attractive figures and animations, which is not possible with those preset programs.
@@chandrashekarapuranik Thank you so much sir 🙏 drawing with animation really make it attractive 👏
sir, as the piston reaches top position, the pressure reaches 6 bar and unloading valve opens. but by the opening of the valve isn't the pressure again reduces and the piston moves downwards?
good question. if the pressure reduce below 6 bar, the unloading valve will close again. means, oil flows to the cylinder at exactly 6 bar. not so sharp, it will be within a small range, between some upper and lower limits.
@@chandrashekarapuranik ok, sir. Thanks for the reply.
infact, pressure will not reduce because, in that position of DCV, the line is connected to pump.