Proof that oil catch cans do work!

http://home.comcast.net/~jw38/wsb/ht...D-2383660.html
There was about 3/4 of an ounce of oil in the can! I decided to remove the throttle body to take a peek into the intake and it was spotlessly clean. Now...I don't drive my car hard at all. In fact, it's had only one hard run. A few weeks ago I had it on a dyno and that's the first time that the car has been run to the redline.
Botton line? If you don't want oil in your intake, get a catch can!!!
Last edited by jw38; Aug 22, 2005 at 08:23 PM.
Cheers
John
Where did you get yours and how was the install? It looked straight forward, but wanted to check...
I know my car has always used oil. First it was the rering issue (using +1 quart every 800 miles) and I had that done. Now it uses less, but it still uses oil. At Pocono raceway this weekend within 4 - 25 min sessions I blew through .5 quarts with no problem (I added another 1/2 quart before I started the day). My friends did not lose a drop, but another driver showed a few ounces in a catch can.
Ok so I did not answer your question

The Best of Corvette for Corvette Enthusiasts
Cheers
John
thanks!





AMW PCV Catch Cans are designed by automotive enthusiasts for those who expect a higher standard of performance from their vehicle and wish to help extend the life of their engine by decreasing oil contamination from the intake tract to the combustion chamber. The internal design of the AMW catch can is superior in function to other catch cans on the market. Oil vapors and other contaminates are first caught and condensed by a stainless mesh and then dropped to the bottom of the can where a series of under-cuts in the walls prevent the oil from climbing back to the top and exiting back into the intake tract.
Oil contamination derives from the positive crankcase ventilation valve common on most internal combustion engines where vacuum is pulled on the crankcase by the intake or in some cases the throttle body. This contamination occurs when oil vapors exit the crankcase via the PCV valve, enter the intake tract, and create adverse effects such as carbon build-up on valves, pistons, and plugs, as well as cause harmful detonation. Detonation in many cases causes the ECM/PCM to retard timing, thus creating a reduction in horsepower. Power adders such as turbos, blowers, or nitrous can benefit greatly due to the removal of oil contamination in the combustion process. Poor emissions could also be traced back to high levels of oil residue being burned in the combustion process. By removing this oil, a clean burning engine could help the environment as well as improving the performance of a vehicle.
AWM Catch Can Link





AMW PCV Catch Cans are designed by automotive enthusiasts for those who expect a higher standard of performance from their vehicle and wish to help extend the life of their engine by decreasing oil contamination from the intake tract to the combustion chamber. The internal design of the AMW catch can is superior in function to other catch cans on the market. Oil vapors and other contaminates are first caught and condensed by a stainless mesh and then dropped to the bottom of the can where a series of under-cuts in the walls prevent the oil from climbing back to the top and exiting back into the intake tract.
Oil contamination derives from the positive crankcase ventilation valve common on most internal combustion engines where vacuum is pulled on the crankcase by the intake or in some cases the throttle body. This contamination occurs when oil vapors exit the crankcase via the PCV valve, enter the intake tract, and create adverse effects such as carbon build-up on valves, pistons, and plugs, as well as cause harmful detonation. Detonation in many cases causes the ECM/PCM to retard timing, thus creating a reduction in horsepower. Power adders such as turbos, blowers, or nitrous can benefit greatly due to the removal of oil contamination in the combustion process. Poor emissions could also be traced back to high levels of oil residue being burned in the combustion process. By removing this oil, a clean burning engine could help the environment as well as improving the performance of a vehicle.
AMW Catch Can Link
Track days I will go thru a half quart or more but it is burned, not in catch can. Restarts after a session will result in an embarrasing amount of blue smoke which I assume is oil built up in heads. I have seen the same smoke from others under same conditions. Street use, no oil consumption.
thanks
_______________________________________
AMW PCV Catch Cans are designed by automotive enthusiasts for those who expect a higher standard of performance from their vehicle and wish to help extend the life of their engine by decreasing oil contamination from the intake tract to the combustion chamber. The internal design of the AMW catch can is superior in function to other catch cans on the market. Oil vapors and other contaminates are first caught and condensed by a stainless mesh and then dropped to the bottom of the can where a series of under-cuts in the walls prevent the oil from climbing back to the top and exiting back into the intake tract.
Oil contamination derives from the positive crankcase ventilation valve common on most internal combustion engines where vacuum is pulled on the crankcase by the intake or in some cases the throttle body. This contamination occurs when oil vapors exit the crankcase via the PCV valve, enter the intake tract, and create adverse effects such as carbon build-up on valves, pistons, and plugs, as well as cause harmful detonation. Detonation in many cases causes the ECM/PCM to retard timing, thus creating a reduction in horsepower. Power adders such as turbos, blowers, or nitrous can benefit greatly due to the removal of oil contamination in the combustion process. Poor emissions could also be traced back to high levels of oil residue being burned in the combustion process. By removing this oil, a clean burning engine could help the environment as well as improving the performance of a vehicle.
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Need, maybe not. Good prevention, YES!


I started the car up, rev'd it to 3000rpms and got one of the 2 filters I used brown. Now just brown from reving the engine. Amagine just driving the car how much the catch can will get.
I used 2 husky air compressor filters, cost me 1/8th of the AMW taxed can. Sorry but I can dump the cans from time to time to keep up with the oil.



















