Comparing media area of different media type's isn't going to be oranges-to-oranges because the holding capacity can be much different between them, especially when full synthetic media is used.I guess to make it more complex, I grabbed an Extra Guard PH5, Tough Guard TG5, and an Ultra XG5 to cut open and measure the square inches of the media (working on a project for my Wrangler).
XG5 guys better stock up.The Fram Ultra XG5 that still had the Wire Backed Media, in 1 of my old posts a person from Fram stated that it would be awhile before they went from the Wire Backed Media to the so called new Media.
It was not a comparison between the 3 xx5 filters, it was between the xx5 filters and the cartridge filter that my Jeep uses (XG11665) just to get an idea of the differences in square inches so that I can decide if I am going to do with a single remote filter or a dual.Comparing media area of different media type's isn't going to be oranges-to-oranges because the holding capacity can be much different between them, especially when full synthetic media is used.
Since you cut open 3 different Fram models, all essentially the same size for the same application, that's a good way to see how the media design (holding capacity wise) impacts the total area. In your total area comparison experiment of the same sized Frams, the OG Ultra with the full synthetic media will probably have the least total media, but it's rated for the highest mileage use of 20K miles.
Still can't really compare the total media area of those three xx5 Frams to the OEM filter. Again, the mileage use rating (the holding capacity) depends on more than just the media area - the media design is the other big factor. Comparing the mileage use rating of the three xx5 filters will show you that, and was my point in my previous post.It was not a comparison between the 3 xx5 filters, it was between the xx5 filters and the cartridge filter that my Jeep uses (XG11665) just to get an idea of the differences in square inches so that I can decide if I am going to do with a single remote filter or a dual.
See post 43 above ... stock up now while the OG wire backed XG5s are still available.In the end, I will likely use the xx5 filter, but not a FRAM, which is sad since they have been my go-to for the last 13 years--UNLESS I stock up now...LOL
It was not a comparison between the 3 xx5 filters, it was between the xx5 filters and the cartridge filter that my Jeep uses (XG11665) just to get an idea of the differences in square inches so that I can decide if I am going to do with a single remote filter or a dual.
In the end, I will likely use the xx5 filter, but not a FRAM, which is sad since they have been my go-to for the last 13 years--UNLESS I stock up now...LOL
Why would I lose pressure on a system with a positive displacement oil pump? Note that I am not going to be using a cartridge filter if I decide to do this, there is a system you can install that replaces the cartridge with an adapter that has -10AN fittings to connect to remote oil filter housings.Your engine is the 3.6 and you want to put another oil filter on, like a bypass oil filter. Do not do it, you will lose oil pressure. Spend your money on a better oil.
??? I can see there is an 83% increase in media going from the XG11665 to the XG5 so regardless if completely accurate, I can easily tell the XG5 would be more media versus the XG11665 which is what I wanted to know (e.g. I do not want to have less media area).Still can't really compare the total media area of those three xx5 Frams to the OEM filter. Again, the mileage use rating (the holding capacity) depends on more than just the media area - the media design is the other big factor.
How does a remote oil filter setup cause reduced oil pressure, unless the remote setup is under designed with tiny hoses?Your engine is the 3.6 and you want to put another oil filter on, like a bypass oil filter. Do not do it, you will lose oil pressure. Spend your money on a better oil.
Right--it won't and the hoses are -10AN so that will not be an issue...How does a remote oil filter setup cause reduced oil pressure, unless the remote setup is under designed with tiny hoses?
How does a remote oil filter setup cause reduced oil pressure, unless the remote setup is under designed with tiny hoses?
Sure, the larger XG5 will have more media area than the XG11665, because it's a physically larger filter. The same will hold true if comparing a PH5 or TG5 to a PH or TG11665 ... and will also always be the case when comparing a smaller to larger filter that both use the same media.??? I can see there is an 83% increase in media going from the XG11665 to the XG5 so regardless if completely accurate, I can easily tell the XG5 would be more media versus the XG11665 which is what I wanted to know (e.g. I do not want to have less media area).
Positive displacement oil pump. Only time a remote oil filter setup will reduce oil pressure is if the hoses going to and from the remote filter mount are way too small and cause a lot of flow restriction - or there are super small holes in the remote mounting block itself. And the oil pump would have to hit pressure relief way earlier with those super restrictive hoses in order to cut back oil flow to the engine. Any engineer designing remote oil filter setups should be smart enough to not under design the hoses and the oil paths in the filter mounting block.He can put on his Remote Oil Filter and then do an Oil Pressure Test, maybe do a before and after test, and if I am wrong so be it. I do not see any benefit from running a Remote Oil Filter.
Positive displacement oil pump. Only time a remote oil filter setup will reduce oil pressure is if the hoses going to and from the remote filter mount are way too small and cause a lot of flow restriction - or there are super small holes in the remote mounting block itself. And the oil pump would have to hit pressure relief way earlier with those super restrictive hoses in order to cut back oil flow to the engine. Any engineer designing remote oil filter setups should be smart enough to not under design the hoses and the oil paths in the filter mounting block.
Your GTO has a positive displacement oil pump ... I'd say all engines do. They don't use centripetal type of oil pumps.Ok, so a Positive Displacement oil pump is different than the Oil Pump I have on my 1966 Pontiac GTO with a 389 Engine. Looks like I need to read up on a Positive Displacement Oil Pump!
If you had a 3.6L with its plastic oil filter and cooler housing you would understand the benefits--not twisting the housing will help prevent leaks.He can put on his Remote Oil Filter and then do an Oil Pressure Test, maybe do a before and after test, and if I am wrong so be it. I do not see any benefit from running a Remote Oil Filter.
I plan to use hoses which are properly rated and crimped by a local industrial hose shop. Stainless flex will be too stiff, but there are many other hose types which will meet the need.You can install a bypass filter on a tiny little 1.8 liter 4-banger engine if you really wanted to….. just ensure the flow is restricted so there is just a small amount of oil being diverted to the bypass.
I am a fan of bypass filters like the Amsoil (The toilet paper ones not so much I hear they leak) but what I am not a fan of is all the extra hoses that accompany the oil bypass filter setups. Why? Because they present points of failure and most kits come with cheap hoses that are not suitable for the job.
Even the Amsoil kit comes with DOT brake hose, which is not rated for the temps that oil operates at. Its a massive oil leak and engine failure waiting to happen.
All that said, if you use high quality stainless braided PTFE hose, (I prefer the thick walled stuff just to be safe) and get it all professionally crimped (or purchased in pre made sections like the Eaton aero quip) then you can make a professional bypass setup, with high quality components.
Below is what I recommend, don't use the fittings you put on yourself... get the ones crimped and pre made from Eaton or get them professionally crimped. All Stainless, no aluminum fittings. Aluminum is fine but only when its a big block like a oil filter mount... small aluminum fittings are notoriously fragile.
If a oil hose burst with and you have a massive loss of oil and pressure, it will potentially destroy your engine.
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Because of all this stuff (and more) i don't run bypass, but if I had the time and money to invest into it right now then I might be running it. I really like being able to filter under 20um wear particles... but right now I just change my oil often (with a Fram Ultra!!) and I feel that I am getting 90% of what a bypass filter would give me as far as engine longevity (filtering down to 20um with Fram Ultra) and with 0% of the headache.