diy meth kit
07-20-2005, 05:55 PM
#6
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here's a great link for you guys. cheers 
http://www.dawesdevices.com/water.html
EDIT: oops, saw meth, thought water... damn ADD
I'll leave it here anyways though
http://www.dawesdevices.com/water.html
EDIT: oops, saw meth, thought water... damn ADD
I'll leave it here anyways though
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07-20-2005, 10:04 PM
#10
www.coolingmist.com has a bunch of parts for the DIY'er too. I think I'll just end up buying the 150 psi dual nozzle kit from this place.
J
J
07-21-2005, 01:06 AM
#11
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This is the kit I used!
http://cgi.ebay.com/ebaymotors/ws/eB...spagename=WDVW
or
http://www.aquastealth.com/index.asp...S&Category=212
Same kit, different prices!
http://cgi.ebay.com/ebaymotors/ws/eB...spagename=WDVW
or
http://www.aquastealth.com/index.asp...S&Category=212
Same kit, different prices!
Last edited by BudH; 07-22-2005 at 12:22 AM.
07-21-2005, 06:40 AM
#12
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Originally Posted by BudH
This is the kit I used!
http://cgi.ebay.com/ebaymotors/ws/eB...spagename=WDVW
or
http://www.aquastealth.com/index.asp...S&Category=212
http://cgi.ebay.com/ebaymotors/ws/eB...spagename=WDVW
or
http://www.aquastealth.com/index.asp...S&Category=212
07-23-2005, 01:31 PM
#15
I've been sorting out the details for my methanol injection as well. One question is how do you want to control it? The less expensive approach is to use a single pressure activated switch. You hit xPSI boost, and the pump turns on. The flow is at whatever rate your pressure/nozzle provides.
A more sophisticated approach is to use have a boost sensor that turns it on at whatever boost, but starts slow and ramps up the pump output as boost ramps up.
From what I've found, the progressive controllers include:
Snow Performance, which uses a vacuum/pressure line to the controller: http://www.snowperformance.net/prodd...p?prod=auto030
Alky Control, which scales the pump output off of a 2 or 3 bar MAP sensor: http://www.alkycontrol.com/
Devil's Own, which uses a microprocessor reading from a MAP sensor: http://devilsownonline.com/cart/prod...f00ae1f43fade4
For LS1's, I have heard of all different systems being used. Whether or not you will actually benefit from a progressive system, I don't know. I AM going to use one, and will post a review on this board and LS1GTO.com when everything is operational.
A more sophisticated approach is to use have a boost sensor that turns it on at whatever boost, but starts slow and ramps up the pump output as boost ramps up.
From what I've found, the progressive controllers include:
Snow Performance, which uses a vacuum/pressure line to the controller: http://www.snowperformance.net/prodd...p?prod=auto030
Alky Control, which scales the pump output off of a 2 or 3 bar MAP sensor: http://www.alkycontrol.com/
Devil's Own, which uses a microprocessor reading from a MAP sensor: http://devilsownonline.com/cart/prod...f00ae1f43fade4
For LS1's, I have heard of all different systems being used. Whether or not you will actually benefit from a progressive system, I don't know. I AM going to use one, and will post a review on this board and LS1GTO.com when everything is operational.
07-23-2005, 03:11 PM
#17
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i'm going to try it out first with the pressure activated switch and see what happens. then i'll try getting a controller, most likely it will be the snow controller.
07-23-2005, 05:48 PM
#18
Originally Posted by MTBDOC
I've been sorting out the details for my methanol injection as well. One question is how do you want to control it? The less expensive approach is to use a single pressure activated switch. You hit xPSI boost, and the pump turns on. The flow is at whatever rate your pressure/nozzle provides.
A more sophisticated approach is to use have a boost sensor that turns it on at whatever boost, but starts slow and ramps up the pump output as boost ramps up.
From what I've found, the progressive controllers include:
Snow Performance, which uses a vacuum/pressure line to the controller: http://www.snowperformance.net/prodd...p?prod=auto030
Alky Control, which scales the pump output off of a 2 or 3 bar MAP sensor: http://www.alkycontrol.com/
Devil's Own, which uses a microprocessor reading from a MAP sensor: http://devilsownonline.com/cart/prod...f00ae1f43fade4
For LS1's, I have heard of all different systems being used. Whether or not you will actually benefit from a progressive system, I don't know. I AM going to use one, and will post a review on this board and LS1GTO.com when everything is operational.
A more sophisticated approach is to use have a boost sensor that turns it on at whatever boost, but starts slow and ramps up the pump output as boost ramps up.
From what I've found, the progressive controllers include:
Snow Performance, which uses a vacuum/pressure line to the controller: http://www.snowperformance.net/prodd...p?prod=auto030
Alky Control, which scales the pump output off of a 2 or 3 bar MAP sensor: http://www.alkycontrol.com/
Devil's Own, which uses a microprocessor reading from a MAP sensor: http://devilsownonline.com/cart/prod...f00ae1f43fade4
For LS1's, I have heard of all different systems being used. Whether or not you will actually benefit from a progressive system, I don't know. I AM going to use one, and will post a review on this board and LS1GTO.com when everything is operational.
What would appear to be the benefit is, since you need more at peak boost than initial operation, and on/off setup would have to be a little fatter than neccessary at first.... Forgetting everything else, you'll use less and have to fill less often. That's a benefit that would make it worth the $$.
07-23-2005, 06:55 PM
#19
Originally Posted by Frost
What would appear to be the benefit is, since you need more at peak boost than initial operation, and on/off setup would have to be a little fatter than neccessary at first.... Forgetting everything else, you'll use less and have to fill less often. That's a benefit that would make it worth the $$.
From discussing this with others, it is probably more of a real issue at HIGH boost applications, such as little 4 cyl OHC engines running 20+ psi.
The microprocessor unit that "devil's own" is using is VERY small, which makes it quite attractive. Here is a picture of one (without the laser-cut faceplate):
Looks small enough to mount in the extra space in my GTO headunit faceplate (got rid of the stock double din piece of crap!) Very nice design!