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So, I gritted my teeth about 1200 miles ago and bought the JLT catch can. Geez-o-pete! Look at all the oil that did not end up in my intake manifold!!
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This sounds like a good explanation?An oil catch can is used in turbo applications, or high-performance race applications where excessive blow-by (leakage past the piston rings) of air and fuel vapor occurs. This creates a positive pressure in the crankcase. Engine manufactures have placed a valve on the engine block which releases this pressure. This valve is known as a PCV (Positive Crankcase Ventilation) valve. During engine operation, blow-by gases, as well as oil mist from the rotating components of the engine, pass through the PCV valve and are routed back into the intake for the engine to burn off. However, some of the oil mist and other products settle along the engine intake and over time form a "gunk." The oil catch can collects the oil mist and condenses the fuel vapors while allowing "cleaner" gases to be passed back into the intake. Typically the blow-by gasses are passed through a wire mesh, which give the vapor droplets something to adhere to. Since the oil catch cans condense the vapor portion of the gasses, they will need to be drained periodically of all the oil, fuel and other contaminants.
haha, nice. :bigthumbsupThat is supposed to lubricate cylinder #8... :gringreen
That's a great explanation, thanks Mach! That explains why it's more important with forced induction, because that'll cause greater crankcase pressures, and likewise with sustained high RPM running. Thanks for sharing that, now I might have to buy one!This sounds like a good explanation?
I have one i just bought because i broke a fitting and i got pissed. lol called JLT and they hooked me up with some fittings...Anyone interested i'll sell it to them for $115.00 free shipping still new in the box its the black passenger side. PM me!That's a great explanation, thanks Mach! That explains why it's more important with forced induction, because that'll cause greater crankcase pressures, and likewise with sustained high RPM running. Thanks for sharing that, now I might have to buy one!