which oil catch ?
Hello guys.
which oil catch do you prefered??
i have a cheap from ebay but this oil catch never catch the oil.
i have a light white smoke at idle from the air drain at the bottom of the engine , with or without the oil catch...
i have a B16A2 engine turbo with 9100 rpm limit.
which oil catch do you prefered??
i have a cheap from ebay but this oil catch never catch the oil.
i have a light white smoke at idle from the air drain at the bottom of the engine , with or without the oil catch...
i have a B16A2 engine turbo with 9100 rpm limit.
Last edited by Nick_p; Feb 2, 2011 at 02:00 PM.
I've got a moroso with a barb on the bottom that drains back into the block. It was good for 700hp. Before I added the drain I did have problems with it puking oil out of the breather.
a light white smoke on the top of the engine...from the air drain ( i dont know the right word for that) and not from the exhaust...sorry..
what about this http://cgi.ebay.com/ebaymotors/ws/eB...=STRK:MEWAX:IT
or this bi one http://cgi.ebay.com/ebaymotors/2-LIT...item3cb3baef41
You can buy them from B&R fittings right here on Honda-Tech. I just bought mine and installed. I got the smaller catch can return back kit for $290 but you can get a one gallon w/3 filters or black braided lines instead of stainless or black can, either way it comes with everything and fits perfect.
summit has a catch thats a moroso knock off for 32.00. I think you need to check your routing if its not catching anything..

The valve cover fitting has a breather filter on it. Air flows through the crankcase and out of the PCV port which now has a plastic 90* barbed fitting in it (no PCV valve). From the PCV port, the air flows into the side of the catch can and out of the top of the can. Air then flows back to the pre-turbo intake pipe. A 90* fitting is not required here because air flowing across the opening of the fitting in the intake pipe will draw air out in the direction of air flow (the same reason water comes out the top of a straw when it is submerged in a glass of water and you blow across the top of it).
This routing is not a closed circuit system with the only drive for the system being provided by vacuum.
Thanks to xenocron from G2IC for this PCV plumbing option.

The valve cover fitting has a breather filter on it. Air flows through the crankcase and out of the PCV port which now has a plastic 90* barbed fitting in it (no PCV valve). From the PCV port, the air flows into the side of the catch can and out of the top of the can. Air then flows back to the pre-turbo intake pipe. A 90* fitting is not required here because air flowing across the opening of the fitting in the intake pipe will draw air out in the direction of air flow (the same reason water comes out the top of a straw when it is submerged in a glass of water and you blow across the top of it).
This routing is not a closed circuit system with the only drive for the system being provided by vacuum.
Thanks to xenocron from G2IC for this PCV plumbing option.
summit has a catch thats a moroso knock off for 32.00. I think you need to check your routing if its not catching anything..

The valve cover fitting has a breather filter on it. Air flows through the crankcase and out of the PCV port which now has a plastic 90* barbed fitting in it (no PCV valve). From the PCV port, the air flows into the side of the catch can and out of the top of the can. Air then flows back to the pre-turbo intake pipe. A 90* fitting is not required here because air flowing across the opening of the fitting in the intake pipe will draw air out in the direction of air flow (the same reason water comes out the top of a straw when it is submerged in a glass of water and you blow across the top of it).
This routing is not a closed circuit system with the only drive for the system being provided by vacuum.
understand the theory with why this works, just wondering if you go this way because it's more effective using the intake tube over the vac port on the manifold or?
Thanks to xenocron from G2IC for this PCV plumbing option.

The valve cover fitting has a breather filter on it. Air flows through the crankcase and out of the PCV port which now has a plastic 90* barbed fitting in it (no PCV valve). From the PCV port, the air flows into the side of the catch can and out of the top of the can. Air then flows back to the pre-turbo intake pipe. A 90* fitting is not required here because air flowing across the opening of the fitting in the intake pipe will draw air out in the direction of air flow (the same reason water comes out the top of a straw when it is submerged in a glass of water and you blow across the top of it).
This routing is not a closed circuit system with the only drive for the system being provided by vacuum.
understand the theory with why this works, just wondering if you go this way because it's more effective using the intake tube over the vac port on the manifold or?
Thanks to xenocron from G2IC for this PCV plumbing option.
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summit has a catch thats a moroso knock off for 32.00. I think you need to check your routing if its not catching anything..

The valve cover fitting has a breather filter on it. Air flows through the crankcase and out of the PCV port which now has a plastic 90* barbed fitting in it (no PCV valve). From the PCV port, the air flows into the side of the catch can and out of the top of the can. Air then flows back to the pre-turbo intake pipe. A 90* fitting is not required here because air flowing across the opening of the fitting in the intake pipe will draw air out in the direction of air flow (the same reason water comes out the top of a straw when it is submerged in a glass of water and you blow across the top of it).
This routing is not a closed circuit system with the only drive for the system being provided by vacuum.
Thanks to xenocron from G2IC for this PCV plumbing option.

The valve cover fitting has a breather filter on it. Air flows through the crankcase and out of the PCV port which now has a plastic 90* barbed fitting in it (no PCV valve). From the PCV port, the air flows into the side of the catch can and out of the top of the can. Air then flows back to the pre-turbo intake pipe. A 90* fitting is not required here because air flowing across the opening of the fitting in the intake pipe will draw air out in the direction of air flow (the same reason water comes out the top of a straw when it is submerged in a glass of water and you blow across the top of it).
This routing is not a closed circuit system with the only drive for the system being provided by vacuum.
Thanks to xenocron from G2IC for this PCV plumbing option.
so i'm looking at this but don't really grasp how it would be more effective since the valve cover has a breather on it. doing the above would provide some vacuum on the black box but how much and how much better if at all would it perform over a standard baffled vented catch can that you just plumb the vc and black box to?
the way i paln on doing it is using the exhaust as my vaccuum and running 2 ports from the VC i plan to keep the port for the exhaust above the 2 ports coming from the VC to lower the chance of it sucking oil into the exhaust and then putting a check line in the line running to the exhaust.
this catch can wont have a breather on it either
this catch can wont have a breather on it either
the way i paln on doing it is using the exhaust as my vaccuum and running 2 ports from the VC i plan to keep the port for the exhaust above the 2 ports coming from the VC to lower the chance of it sucking oil into the exhaust and then putting a check line in the line running to the exhaust.
this catch can wont have a breather on it either
this catch can wont have a breather on it either
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i need that piece on the back of the block that catches oil, i think it might be called a breather box, its black and recangular in shape and has a hose or two attached to it
well, you would need to go to honda or acura and order one, it is a breather box which they will show as part of the pcv system. there is another way around it though. you can block that off and run an endyn style catch can
ok i see a lot of replies here.
i see the diagram.
i already drive the valve cover fitting AND the PCV port (without the 90* PCV valve) to the inlet of oil catch can.
and the outlet of the oil catch to the pre-turbo intake pipe.
I did this because i think if i use breather filter to valve cover fiting maybe smels bad in the cabin.
is this way wrong to a turbo B16 engine??
i see the diagram.
i already drive the valve cover fitting AND the PCV port (without the 90* PCV valve) to the inlet of oil catch can.
and the outlet of the oil catch to the pre-turbo intake pipe.
I did this because i think if i use breather filter to valve cover fiting maybe smels bad in the cabin.
is this way wrong to a turbo B16 engine??
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