Thank you so much for your comment! If you're interested you can also watch our video about Thermal power plant ua-cam.com/video/Ht2wgH_EWQU/v-deo.html We would like to know your opinion about it. If you want to learn more about our projects, please visit our website www.jaescompany.com/
This is already a confusing topic for people, so please correct the impeller direction at time 2:05. Others than that this video was well done. Thank you for posting.
Glad to hear it from youl!! Have you had a chance to watch our videos about SUBMERSIBLE PUMPS ua-cam.com/video/5bXNd_XUTp0/v-deo.html We would like to know your opinion about it. If you want to learn more about our projects, you can subscribe to our channel ua-cam.com/channels/b7TkWFn3nyb6XhudxGu5tw.html and visit our website www.jaescompany.com/
The relation between flow rate and the Head you have mentioned needs to be checked as far as i know head is inversely proportional to flow rate. The characteristic curve for any pump suggests that at highest flow rate there will lowest head. Please correct me if am wrong
Sir these formulas are helpful in calculation of new value but sir how to calculate the original at the first time ( when we dont know the original ones) Suppose i need a air compressor to suck (1/2) kg of weight in a pipe then how i calculate the values ??
Happy about it!! 😀😀 If you're interested you can also watch our videos about SUBMERSIBLE PUMPS ua-cam.com/video/5bXNd_XUTp0/v-deo.html We would like to know your opinion about it. If you want to learn more about our projects, you can subscribe to our channel ua-cam.com/channels/b7TkWFn3nyb6XhudxGu5tw.html and visit our website www.jaescompany.com/
Thanks to you. Pleasse watch our video about submersible pumps ua-cam.com/video/5bXNd_XUTp0/v-deo.html We would like to know your opinion about it. If you want to learn more about our projects, you can subscribe to our channel ua-cam.com/channels/b7TkWFn3nyb6XhudxGu5tw.html and visit our website www.jaescompany.com/
Glad to be of help! If you're interested we made a video about SUBMERSIBLE PUMPS ua-cam.com/video/5bXNd_XUTp0/v-deo.html We would like to know your opinion about it. If you want to learn more about our projects, you can subscribe to our channel ua-cam.com/channels/b7TkWFn3nyb6XhudxGu5tw.html and visit our website www.jaescompany.com/
Isn't there a relation between number & dimension of the blades on the impeller and the parameters ? I mean the larger the blades the more liquid it will pump and the more power it will require so the less the number of blades the less liquid it will pump and the more rpm are required to achieve the same efficiency
Sure! Where are you from sir? Have you had a chance to watch our video about SUBMERSIBLE PUMP? ua-cam.com/video/5bXNd_XUTp0/v-deo.html We would like to know your opinion about it. If you want to learn more about our projects, you can subscribe to our channel ua-cam.com/channels/b7TkWFn3nyb6XhudxGu5tw.html and visit our website www.jaescompany.com/
Hello. Nice question! Running a centrifugal pump in reverse rotation mode will, in certain conditions, create a turbine effect. This coud be an efficient method of generating energy as well as recovering energy and contributing to energy savings. If you're interested in this topic we recommend you to watch our video about SUBMERSIBLE PUMPS ua-cam.com/video/5bXNd_XUTp0/v-deo.html If you want to learn more about our projects, you can subscribe to our channel ua-cam.com/channels/b7TkWFn3nyb6XhudxGu5tw.html and visit our website www.jaescompany.com/
Hello. Thank you so much for your question! To find New Head Pressure when we want to chance the RPM, in this case we have to square both original and modified RPMs. RPM is related to shaft speed and if we look at the second affinity law: "Head is proportional to the square of the shaft speed". We hope will be of help. Have you had a chance to watch our videos about SUBMERSIBLE PUMPS? ua-cam.com/video/5bXNd_XUTp0/v-deo.html We talk about CAVITATION and we would like to know your opinion about it. If you want to learn more about our projects, you can subscribe to our channel ua-cam.com/channels/b7TkWFn3nyb6XhudxGu5tw.html and visit our website www.jaescompany.com/
Dear sir, I need your help that, we run a centrifugal pump which is 22 kW motor head is 40 Meters, discharge is 140 cubic metres per hour and discharge pipe Dia is 6" of 385 metres long and 165 metres of 2"branch pipes.But the thing is we need 7020 ltrs per minute, actually it is 2330 ltrs per minute.so please help me regarding this matter to improve the quantity of water and suggest and send design calculation formulas, which is helpful for me in future. Thanks and with warm regards by SURESH R Maintenance manager Aradhya Steel Pvt Ltd India.
You may right becoz the it is matter of Facts. But, by 1st thought the relation of Flow and Head seems wrong. If we increase the head the flow will be lessen, it means as head is inversely proportional to flow. In this thought your explanation needs more to elaborate.
Watch the ITALIAN VERSION HERE: ua-cam.com/video/_sqhov49X-c/v-deo.html
We don't need to change anything or do calculations, but it is good to know how to calculate. Thank you! 😊
Thank you so much for your comment! If you're interested you can also watch our video about Thermal power plant ua-cam.com/video/Ht2wgH_EWQU/v-deo.html We would like to know your opinion about it. If you want to learn more about our projects, please visit our website www.jaescompany.com/
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This is already a confusing topic for people, so please correct the impeller direction at time 2:05. Others than that this video was well done. Thank you for posting.
Good Catch. I also saw that, but maybe only for animations purposes...
Today I was find this circulation .and I found this video . So learnt from this video.thanks sir
Thanks a lot dear
Useful information
thanks inside web team for this new video
James company could you reply the question below for Fabio Clavenna which is to me a very important question. Thanks.
Thanks for the formulas, it helped me a lot in designinging my system
Glad to hear it from youl!! Have you had a chance to watch our videos about SUBMERSIBLE PUMPS ua-cam.com/video/5bXNd_XUTp0/v-deo.html We would like to know your opinion about it. If you want to learn more about our projects, you can subscribe to our channel ua-cam.com/channels/b7TkWFn3nyb6XhudxGu5tw.html and visit our website www.jaescompany.com/
Please let know the formula of finding the horse power of pump.
The relation between flow rate and the Head you have mentioned needs to be checked as far as i know head is inversely proportional to flow rate. The characteristic curve for any pump suggests that at highest flow rate there will lowest head. Please correct me if am wrong
That's correct. Maximum head is when the flow rate is zero.
Very useful content, many thanks
Hie Sir, what is the meaning of these digits on a centrifugal pump 50-32-160.
Thank you 🙏
nice video 🤗
wonderful information !
Are these formulas used to change the existing values what if need to first values?
2:04 Whoa! Time machine. Back to the future.
Can I use a diesel motor to run the centrifugal water pump
If we will compare with Power KW and L/s flow rate . What is constan nunber formula
Magnificent content ☺️
thanks you
Excellent
Thanks for the beautiful explanation of affinity laws. i think Power will be 50.4 HP instead of 54.3 HP in the second last case
Sir these formulas are helpful in calculation of new value but sir how to calculate the original at the first time ( when we dont know the original ones)
Suppose i need a air compressor to suck (1/2) kg of weight in a pipe then how i calculate the values ??
Superb thanks ❤️❤️❤️
Very knowledgeable thanksgiving
Happy about it!! 😀😀 If you're interested you can also watch our videos about SUBMERSIBLE PUMPS ua-cam.com/video/5bXNd_XUTp0/v-deo.html We would like to know your opinion about it. If you want to learn more about our projects, you can subscribe to our channel ua-cam.com/channels/b7TkWFn3nyb6XhudxGu5tw.html and visit our website www.jaescompany.com/
How did you calculate modified gpm???!
can plz show submursible pumps
Thank yOu so much.
Thanks to you. Pleasse watch our video about submersible pumps ua-cam.com/video/5bXNd_XUTp0/v-deo.html We would like to know your opinion about it.
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How to calculate shut-off pressure in centrifugal pump?
What is maximum suction lift height?
In which type of Suction NPSH is important?
That's good for us to learning
Glad to be of help! If you're interested we made a video about SUBMERSIBLE PUMPS ua-cam.com/video/5bXNd_XUTp0/v-deo.html We would like to know your opinion about it. If you want to learn more about our projects, you can subscribe to our channel ua-cam.com/channels/b7TkWFn3nyb6XhudxGu5tw.html and visit our website www.jaescompany.com/
Isn't there a relation between number & dimension of the blades on the impeller and the parameters ?
I mean the larger the blades the more liquid it will pump and the more power it will require so the less the number of blades the less liquid it will pump and the more rpm are required to achieve the same efficiency
Affinity's Law
Hi... Can you help me choose a pump for a project..... I need inlet diameter, rpm and pleasure that will give me 100bar at 8 smaller outlet
Sure! Where are you from sir? Have you had a chance to watch our video about SUBMERSIBLE PUMP? ua-cam.com/video/5bXNd_XUTp0/v-deo.html We would like to know your opinion about it. If you want to learn more about our projects, you can subscribe to our channel ua-cam.com/channels/b7TkWFn3nyb6XhudxGu5tw.html and visit our website www.jaescompany.com/
Please sir do I need to change any thing in centrifugal pump to use it as turbine generator
Hello. Nice question! Running a centrifugal pump in reverse rotation mode will, in certain conditions, create a turbine effect. This coud be an efficient method of generating energy as well as recovering energy and contributing to energy savings. If you're interested in this topic we recommend you to watch our video about SUBMERSIBLE PUMPS ua-cam.com/video/5bXNd_XUTp0/v-deo.html If you want to learn more about our projects, you can subscribe to our channel ua-cam.com/channels/b7TkWFn3nyb6XhudxGu5tw.html and visit our website www.jaescompany.com/
Hi
Can understand the formulas and substitute
But how do you get the modified gpm instead of orginal gpm?
Can you explain that
I'm also wondering about the same thing, how did he calculate the modified gpm and used it in formulas
why do we square the values in some of the equations?
Hello. Thank you so much for your question! To find New Head Pressure when we want to chance the RPM, in this case we have to square both original and modified RPMs. RPM is related to shaft speed and if we look at the second affinity law: "Head is proportional to the square of the shaft speed". We hope will be of help. Have you had a chance to watch our videos about SUBMERSIBLE PUMPS? ua-cam.com/video/5bXNd_XUTp0/v-deo.html We talk about CAVITATION and we would like to know your opinion about it. If you want to learn more about our projects, you can subscribe to our channel ua-cam.com/channels/b7TkWFn3nyb6XhudxGu5tw.html and visit our website www.jaescompany.com/
Dear sir, I need your help that, we run a centrifugal pump which is 22 kW motor head is 40 Meters, discharge is 140 cubic metres per hour and discharge pipe Dia is 6" of 385 metres long and 165 metres of 2"branch pipes.But the thing is we need 7020 ltrs per minute, actually it is 2330 ltrs per minute.so please help me regarding this matter to improve the quantity of water and suggest and send design calculation formulas, which is helpful for me in future.
Thanks and with warm regards by
SURESH R
Maintenance manager
Aradhya Steel Pvt Ltd
India.
Waiting on this too...
But I need a computer program for accounts because I am a student at the university, Please
How to find out CFM calculation. With example
You may right becoz the it is matter of Facts. But, by 1st thought the relation of Flow and Head seems wrong. If we increase the head the flow will be lessen, it means as head is inversely proportional to flow. In this thought your explanation needs more to elaborate.
How do you convert ftH2O to kpa?
You are saying affinity law .
This every one knows.
Dear Varun thank you for your opinion
Hindi speaking please sir
Excellent