![]() |
|
Portal | PhotoPost Gallery | Register | Blogs | FAQ | Members List | Calendar | Search | Today's Posts | Mark Forums Read |
![]() |
|
Thread Tools | Display Modes |
#1
|
||||
|
||||
![]() Howdy all.
I am about to pick up a quietone 6000 that has a 1' outlet but my in situ plumbing is 3/4'... Is this doable or no no? what effects will this have? thanks kindly. |
#2
|
||||
|
||||
![]() You can do it, but you will get reduced flow due to the internal friction of the reduced diameter.
__________________
This and that. |
#3
|
||||
|
||||
![]() meaning same amount of water being pushed through a smaller diameter than what pump is rated at will make for less GPH?
Any idea on the percentage loss? Thanks Albert.... |
#4
|
|||||
|
|||||
![]() If my rough calculations are even close to correct you'll probably get about 120% more head pressure ultimately meaning about 75% less flow. That's comparing 3/4" pipe to 1" pipe. But it really depends on your pipe network more than anything.
I would re-plumb to 1.25" pipe, that should give you even more flow than the 1". |
#5
|
||||
|
||||
![]() I won't replumb.
Just put the plumbing in in the first place and the pump I am upgrading from is so far inferior to the quiet one 6000 that I think I'll still come out on top. Good learning experience in any case just to see. Just out of curiosity, what IS the math behind that 75% loss Phelps? |
#6
|
|||||
|
|||||
![]() Complex iterations to solve for the pipe friction coefficient and then a little bernoulli, but to be honest I can't remember exactly how to do it anymore I just happen to still have the program in my old calculator
![]() |
#7
|
|||||
|
|||||
![]() I also just remembered about the RC head loss calculator, that would have probably been easier.
|
#8
|
||||
|
||||
![]() whoah, you speak klingon?
lol I appreciate the help Phelps, glad someone on here is smart enough to answer these questions for me. ![]() |
#9
|
||||
|
||||
![]() calc says I'll still have 811 GPH, plenty for me but a huge loss from the 1500 it has at 0 head....
Knew there was a calculator somewhere.... |
#10
|
|||||
|
|||||
![]() Don't forget about how fast your tank's overflow drain is. I have a quietone 6000 on my tank but had to "T" it off to reduce flow cause my drain bulkhead would never keep up otherwise. Great pump choice IMO, not that I have lots of experience with other pumps but the quietone has been working great on my tank for the last year and a half.
HTH |
![]() |
Thread Tools | |
Display Modes | |
|
|