Centrifugal pump can't create vacuum, it's centrifugal pumps demarit, We need to provide a primer to create vacuum between water level and inlet of pump is there is negative water pressure.
Sir..... Excellenct explanation..I became your fan.....And also subscriber Small doubt ....Saturation pressure and vapour pressure both are same or different????
Could you explain the NPSH for Vertical Suspended Pumps (VS4/ VS5). NPSHA calculation and checking the vendor datasheet/GA from customer point of view.
Please one important question for clarity, I thought Suction Head = P1/specific weight plus the velocity head therefore in the final equation you'd have Pa/specific weight - gravity head - head loss - vapour head.... So basically the last formula you have but without the velocity head at suction. Please clarify... please
@@Dr.AmitMandal thank you sir,sir can i have ur ph no,i am preparing for meo class 4 exam and i have a few doubts,which i am unable to ask anyone ,can u help me sir
DAMN!! the best explanation I could ever get for NPSH! Thank you so much!!
i wish i had watched it sooner. it really made a clear picture of everything in my mind and i loved it. thankyou SIR.
wonderfully explained thank you so much. I think well prepared for my meeting with the clients now.
Thank you Amit..
Now I understood reason behind the pump cavitation.
Your explanation is perfect! Thank you...it's very helpful!
great explanation for cavitation
The best explanation ever!!!! :')
thank you sir. you are the best. keep helping others.
Good luck
What a amazing explanation sir Superb i really enjoyed.your explanation really inspiring it boost up our interest in engineering ❤️❤️
Excellent concept.... Thanks sir🙏🙏
excellent explaination of cavitation and NPSH. tq sir
Best explanation on cavitation n npsh
Nicely explained
Superb explanation Sir
Bundle of thanks sir
Informative lecture.....
thank you amit sir for this wonderful and detailed explaination .this is helping me good in my examinatios
Good explanation. Thank you
Good explanation with good technical value.However please explain slowly ,its very fast.
Thank you so much sir 🙏🏻.... Great explanation
Bhalo dada
Thank you sir 🙏keep posting videos👍
You are 💥👌 thank you very much
Thank you too!
Centrifugal pump can't create vacuum, it's centrifugal pumps demarit,
We need to provide a primer to create vacuum between water level and inlet of pump is there is negative water pressure.
Sir..... Excellenct explanation..I became your fan.....And also subscriber
Small doubt ....Saturation pressure and vapour pressure both are same or different????
For this context Pv is the saturation pressure.
Your knowledge is good but better to teach in Hindi. No of viewers will b increase.
Here Pv means the pressure of water at pipe inlet na in NPSH formula?
Pv means the corresponding saturation pressure of water at the corresponding temperature...
I just loved it
Sir .. Some where i have seen the equation as NPSH =pa devided by ro g -h s -h f -pv devided by ro g
Could you explain the NPSH for Vertical Suspended Pumps (VS4/ VS5). NPSHA calculation and checking the vendor datasheet/GA from customer point of view.
Wonderful explaination. Thank you Sir.
Please one important question for clarity,
I thought Suction Head = P1/specific weight plus the velocity head therefore in the final equation you'd have Pa/specific weight - gravity head - head loss - vapour head.... So basically the last formula you have but without the velocity head at suction. Please clarify... please
Great .
Thanks so much.
Thank you so much sir
Can u explain difference between total suction head and npsh plz
atmospheric suction head- total suction head = NPSH
@@Dr.AmitMandal thank you sir,sir can i have ur ph no,i am preparing for meo class 4 exam and i have a few doubts,which i am unable to ask anyone ,can u help me sir
excellent
Thank u very much
Nice explanation sir
Well understandable and well explained great🔥
Thanks
👌👌👌
thankyou sir 👍👍
Thank You
Can you turn on automatic translation?
great
Tq sir
thanku sir
The correct term is known as implosion
Can you open the translation?
Vow
Please work on your pronunciation
thank you so much sir