Anatomy Of A Frantz Oil Bypass Filter
#11
Here's the tap point most use - the plugged port on top of the OEM filter housing:
THEN, for a return point, many use a neat swivel fitting that is attached to the oil fill cap - these are available thru Amsoil dealers for about $10:
NOW FOR A REALITY CHECK!
Bypass filters probably are best suited for guys like me, who plan to keep their truck for a LONG time, and MANY miles, or guys who simply want the BEST they can install on their trucks as enthusiasts - after all, their greatest advantage is to extend the lifespan of the engine! And what's the point of installing one if you only keep a truck for several years and perhaps 100K miles before trading for something else? The only one to benefit in that case, will be the NEXT owner(s)!
Guys using their trucks commercially for their living - and who will KEEP their trucks for as long as it will run and operate economically will benefit from a good bypass filter, but if they are hot-shot, long distance haulers, they will probably be better off with one of the longer usage spin-on type filters such as the Amsoil - they won't filter quite as efficiently as the TP type, bur are lots more convenient to use - and FAR better than just the OEM full-flow!
Yes, the TP type bypass filters work just as efficiently and beneficially on gas engines as on diesel - and all the above comments apply there as well. My first use of this filter was on a gasser - and then on several others as I myself changed vehicles - the one pictured above is about 40 years old!
THEN, for a return point, many use a neat swivel fitting that is attached to the oil fill cap - these are available thru Amsoil dealers for about $10:
NOW FOR A REALITY CHECK!
Bypass filters probably are best suited for guys like me, who plan to keep their truck for a LONG time, and MANY miles, or guys who simply want the BEST they can install on their trucks as enthusiasts - after all, their greatest advantage is to extend the lifespan of the engine! And what's the point of installing one if you only keep a truck for several years and perhaps 100K miles before trading for something else? The only one to benefit in that case, will be the NEXT owner(s)!
Guys using their trucks commercially for their living - and who will KEEP their trucks for as long as it will run and operate economically will benefit from a good bypass filter, but if they are hot-shot, long distance haulers, they will probably be better off with one of the longer usage spin-on type filters such as the Amsoil - they won't filter quite as efficiently as the TP type, bur are lots more convenient to use - and FAR better than just the OEM full-flow!
Yes, the TP type bypass filters work just as efficiently and beneficially on gas engines as on diesel - and all the above comments apply there as well. My first use of this filter was on a gasser - and then on several others as I myself changed vehicles - the one pictured above is about 40 years old!
#14
I was exchanging email with Deb at wefilterit.com, and she mentioned a special she has going on now for the Frantz setups - just in case anyone is interested. Along with a lower price, she is including the swivel fitting for the oil return line setup that many of us prefer.
#17
Gud article Gary but I don't understand the Particle Count? >= 2 Microns 176. Is that 176 parts per million (PPM)? Some says the Frantz could filter down to 0.1 micron. Was the oil smple taken from the filter output or from the oil pan???
Thanks
Thanks
#18
So now somebody her needs to oganize a group buy with these fine folks that deal the bypass filters.
#20
This question is very easy to answer since the bypass filter is directly connected to the engine oil circuit.
The bypass pressure is the same as the engine oil circuit. The restriction only decreases the amount of oil in this parallel circuit. Usually its a 1/10 of the overall flow.
Every oil pump is designed to pump more oil than needed. Even aging (wear) is already taken into consideration. So a bypass really doesn't matter as long as you have the restriction inserted into the bypass line.
The bypass pressure is the same as the engine oil circuit. The restriction only decreases the amount of oil in this parallel circuit. Usually its a 1/10 of the overall flow.
Every oil pump is designed to pump more oil than needed. Even aging (wear) is already taken into consideration. So a bypass really doesn't matter as long as you have the restriction inserted into the bypass line.
Last edited by Deezel Stink3r; 01-22-2011 at 12:59 PM.
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