Weapon-R Oil Catch Tank
#16
The PCV is on the passenger side valve cover, I don't think you're going to get much oil from the driverside breather but I could be wrong.
The ARC catch has 3 ports on it. PCV on passenger side, driverside breather, and the port on the intake. I think it comes with a plug for the lower collector port.
The ARC catch has 3 ports on it. PCV on passenger side, driverside breather, and the port on the intake. I think it comes with a plug for the lower collector port.
#17
yea - that is on the wrong side of the motor.
Catch cans are designed to go in line on the PCV system, to prevent the vapors of blowby from entering the intake manifold and thus, entering the combustion chamber.
The PCV system on the car has several hoses and bank connections. You have the obvious breather element that goes into the intake, post MAF, on the driver's side. You have a hose that connects the 2 banks at the front of the plenum, and you have the PCV valve connection to the lower manifold (front of plenum vacuum line connection).
The cross connected hose between the banks, balances the pressure between the banks via the PCV valve suction. The reason there is a breather on the the drivers side, is for excess blow-by as well as when the PCV valve is closed - to protect against a PCV failure.
Oil catch cans are to be installed in line between the PCV and the upper plenum, where the mass majority of crankcase ventilation occurs. Some have installed an ADDITIONAL one on the drivers side as well, as FI's tend to have extreme blow-by and the breather vapor is enough to warrant it, however, that catch can is only in line on that connection and does not connect at all to the PCV based system.
Rick
Catch cans are designed to go in line on the PCV system, to prevent the vapors of blowby from entering the intake manifold and thus, entering the combustion chamber.
The PCV system on the car has several hoses and bank connections. You have the obvious breather element that goes into the intake, post MAF, on the driver's side. You have a hose that connects the 2 banks at the front of the plenum, and you have the PCV valve connection to the lower manifold (front of plenum vacuum line connection).
The cross connected hose between the banks, balances the pressure between the banks via the PCV valve suction. The reason there is a breather on the the drivers side, is for excess blow-by as well as when the PCV valve is closed - to protect against a PCV failure.
Oil catch cans are to be installed in line between the PCV and the upper plenum, where the mass majority of crankcase ventilation occurs. Some have installed an ADDITIONAL one on the drivers side as well, as FI's tend to have extreme blow-by and the breather vapor is enough to warrant it, however, that catch can is only in line on that connection and does not connect at all to the PCV based system.
Rick
Last edited by ISMSOLUTIONS; 09-22-2007 at 01:00 AM.
#18
#21
Originally Posted by johnjayb
is it even possible to replace the hoses and put it on the other side???
This is the last product I'll buy from Weapon-R for a while. Their Engine Dampner mounts to the intake plenum, another sh*tty design.
#22
Originally Posted by johnjayb
is it even possible to replace the hoses and put it on the other side???
The DIY for the catch can is really the best and most affordable way to do all of this. It costs about $23 to setup the PCV side, and about $17 to setup the breather side. It takes about 1 hour to build and install both - if your REALLY taking your time.
The catch cans that are used, can be polished, painted to match the car or black to hide, etc.
Rick
#23
Originally Posted by rookie
What size does the black hose say on the outside? Does the Weapon R tank look like it can have the fittings changed?
Rick
#27
Originally Posted by fortified
OK a basic question. Isn't the oil tank almost a must for FI but minimal advantages for NA?
Depending on your NA setup - you could be fine. If you have mild bolt ons, you should be OK. If you get to headers and testpipes/HFC's - good idea to get the catch can. If you build the motor - you'll likely get a higher compression and stroked version build - for NA purposes, and that will increase blow by.
For FI - if 5 lbs or lower - especially SC - your probably OK...I'd still get one though. Anything above 5 lbs - is a must. These cars and the valve trains are on the edge of passing oil through the seals, from the factory to begin with. Any increase in crankcase pressure, makes it all worse.
Rick
#29
Originally Posted by ISMSOLUTIONS
VQ's from 2005 and up (not HR) to me, and many others, injest more oil than any car I have seen. There is an extreme amount of blow by on these cars.
Depending on your NA setup - you could be fine. If you have mild bolt ons, you should be OK. If you get to headers and testpipes/HFC's - good idea to get the catch can. If you build the motor - you'll likely get a higher compression and stroked version build - for NA purposes, and that will increase blow by.
For FI - if 5 lbs or lower - especially SC - your probably OK...I'd still get one though. Anything above 5 lbs - is a must. These cars and the valve trains are on the edge of passing oil through the seals, from the factory to begin with. Any increase in crankcase pressure, makes it all worse.
Rick
Depending on your NA setup - you could be fine. If you have mild bolt ons, you should be OK. If you get to headers and testpipes/HFC's - good idea to get the catch can. If you build the motor - you'll likely get a higher compression and stroked version build - for NA purposes, and that will increase blow by.
For FI - if 5 lbs or lower - especially SC - your probably OK...I'd still get one though. Anything above 5 lbs - is a must. These cars and the valve trains are on the edge of passing oil through the seals, from the factory to begin with. Any increase in crankcase pressure, makes it all worse.
Rick
Of course, as any engine get miles on them blow-by always increases some. For now sounds like not an issue. Thanks for the info!
Last edited by fortified; 09-22-2007 at 12:23 PM.