hi all,
one question about the Magnetic piston pump (race version) and how to grow the flow !
when using a priming pump activater. ( it is about 20 dollars. (size: 12mm x12mm x 12 mm) )
and this pics :
and a quote of ricard.l of aquamist on an other forum,
Quote:
Quote:
Originally Posted by hippy
How much can an aquamist pump flow? I've heard it flows something like 300cc stock, and you can up that a bit. What if I wanted to run 600+cc of water without the pressure going down? Would I have to use two pumps?
|
The aquamist pump can deliver 300cc/min at 6.5 bar. If you want more flow at about the same pressure, a simple priming pump can be used to increase the flow to about 600cc/min.
|
i need a max of 900cc of WI for my 3000GT
i bought a aquamist 2C and a 2S
i would like to put the 2C ( controled with emanage ultimate sub I/J map ) at the throttle in order to kill the knock and increase compression ratio
i would like to use the 2S at the output of the 2 smics ( using dual nozzles ) ( to decrease air temp )
the max flow of the 2C system sould be 300cc max.
but i need a big flow for the 2S system ( 600cc for a boost pressure of 25PSI max )
Richard, is this setup a realist setup ?
can i grow the flow of the race pump to 600cc with the help of a priming pump ?
what priming pump can be used ? any windscreen washer type ?
or the best way is to go to Aquamist HFS-5 ?
( as i have the 2C and the 2S, i don't really like to buy an othe WI system, but .... )
and an other question :
Aquamist jets using Aquamist race pump
Aquamist jets using Aquamist/Shurflo 150 psi pump
a nozzle of 0.4 can flow a max of 165cc-min with a race pump from 4bar (58PSI) to 12bar (175PSI) ! the flow is constant even if the pressure is fluctuating, no ?
so why it can flow from 100 to 200cc-min or more at differents pressures with a shurflo pump ?
it seems that the race pump fonction is to increase the internal pressure but it will keep a limited constant flow. ( so a priming pump can be used to increase the flow at the exit of the race pump )
in that case, i could understand the characteristic for the shurflo pump.
are you using a speed control of the pump in order to increase the flow at the exit of the pump ?
increasing flow means more pressure, and more flow at the exit of the nozzle.
in any case, if i'm right; the flow at the exit of a nozzle depends of
- a minimum of pressure between pump and nozzle
- a variable flow at the exit of the pump
am i right richard ?
thank's for the help
@+
fred