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RedMist wrote:The entire reason for a catch can is the oil pushed in vapor from the vents isn't worthy of return. I would recommend that you just catch it and empty it when full.
blitza wrote:RedMist wrote:The entire reason for a catch can is the oil pushed in vapor from the vents isn't worthy of return. I would recommend that you just catch it and empty it when full.
ummmmmmmmmmmmmm what the hell?? where did you get that idea from?
<snip>
oh, yeah, and i dont know sh*t aboot sh*t.....
RedMist wrote:What do you think is going to be pushed to enter a vapor first? The condenced oil or something like fuel or water vapor in your oil?
Hence most if not all oil catch cans are exactly that, they catch oil.
Yes I realize the issue with draining large quantities of oil, especially with gapless "total seal" rings, such as they are on my race car. My car breathes even on idle, however I'm not about to re-introduce heavily airated oil, mixed with fuel and other contaimnants back into my lubrication system.
Where did I get this idea from?
Several sources including a majority of off road and circuit racecars. Some of my most respected tuners, books such as "4 stroke performance tuning" "Tune to win". Additionally my first custom "catch can" did exactly this and you should have seen the shyte that was left as residue. I still temporarily run this however I've an accusump on order from the states and I'll run an excavator pump and vent this directly to atmosphere
(via a filter of course)
Why would you catch oil vapors and trap them for several months, just to syphon off the top layer when the catch can fills? Euuuugh!
RedMist wrote:ChaosAD. I had also thought of this concept. However how do you get over the pressure differential? The sump is pressurised, the head vented to atmosphere. Oil or pressure will naturally want to push any oil up your sump vent. I must get myself a smallport and see how Toyota created the external oil gallery.
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