The single video that clarifies the concept of head, but more specifically the relation of head with flow rate. Whats written on Wikipedia just shoots over the brain. Keep up the good work.
Incase we have suction lift, is it new formula will be like this? Total pressure required= discharge height + suction lift + demand pressure + friction loss.
I always come back to this video to get more understanding about pump sizing . Thanks a lot for this information
The single video that clarifies the concept of head, but more specifically the relation of head with flow rate. Whats written on Wikipedia just shoots over the brain. Keep up the good work.
beautifully presented.
Amazing 😍😍😍😍😍😍
good video.
I had to convert everything over to Imperial measurements but i got clise enough to understand the video.
Awesome clear understanding
Good explanation. Next time include NPSHr to make it more interesting.
Brilliant !😉
Excellent.
well understood.
Great
Standard NB si unit for pipe size 15mm=1/2 inch 20mm=3/4 inch 25mm= 1 inch
so if I have a 3/4" water tap - the wider the pipe diameter the more pressure I'll have?
Incase we have suction lift, is it new formula will be like this? Total pressure required= discharge height + suction lift + demand pressure + friction loss.
It 45 lpm pump need, how can say aunty !
Love u aunty!!
5 meter of head loss only because friction is too much , i think there is some problem with the chart
Hello,
how can I get the pipe friction loss table of 6000 GPM and 16" in diameter?
What ocean are you thinking of draining?
@@Firedog-ny3cq😂
Hi from where get 15 meter
The sprinkler has a demand pressure of 15m head.
What if there is sprinkler
Demand pressure has created confusion
Plz explain
Thanks