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Or better yet, get someone to spend a little time with SolidWorks and then send the design file to a fab shop. There are plenty of shops that will take a SolidWorks file and cut the parts from steel stock.
The other key component for this build is the companion crankshaft pulley. GLWJ did a custom fab on those too.
FastCarGuy said:Since I've never seen one of these installed would it interfere with the mounting of a supercharger at a later date?
I *may* be able to do a small run of these, BUT ONLY AFTER I speak with Dave @ GLWJ...
tim.korn.99 said:I *may* be able to do a small run of these, BUT ONLY AFTER I speak with Dave @ GLWJ. Don't want to infringe on someone's territory.
You must be talking about something like this...
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Ideas and comment welcome
Stu![]()
alia176 said:Stu,
I'd suggest moving the air/oil separator downstream after the discharged air had a chance to cool and condensate a little bit. The outlet port of the York will be EXTREMELY hot so be sure to use a properly rated hose for this location.
Thanks for the info. How hot? My plan is to use steel braided line to the manifold.
Should I be worried about condensation/water with the separator down stream.
Stu
The temps should exceed 200 deg F at the discharge, IIRC. Where the hose connects to the discharge outlet is where it may become soft and not seal well. Every so often, I need to tighten the hose clamp on my outlet otherwise, I develop a leak. As long as your steel braided hose is rated for temps of over 300 deg F, you should be golden.
Yes, you should have the separator down stream if possible. Ideally, if you can place the separator at the lowest point of your air path, that should be pretty effective at removing the condensate.