AH64ID
TDR MEMBER
I am due for my 60 month coolant change and will be adding a coolant filter at the same time. I have some parts on order from Fleetguard, A WF2133 Non-additive coolant filter, and 257715S filter base.
I have searched and found a few threads of people talking about them, and Gary's 2nd gen install. But no 3rd gen installs. .
So any pics? Thoughts?
Here is the Fleetguard Brochure
I am not sure if the Fleetguard filter has a built in restriction or not. But either way my plan is to take coolant from the plug between #5 & #6 and return it to the heater core return. I will use a shut-off valve and a check valve for easy/dry filter changes and to ensure the coolant goes the correct way
What I am not positive of is where the heater core return goes to? Does it go directly to the suction side of the water pump? What I don't want to do is end up bypassing the thermostat with the coolant filter and make my motor even slower to warm up. . Nor do I want to have the pressure from the filter line push the coolant backwards thru the heater core.
I also think that the flow coming from the back of the head will increase coolant flow around #'s 5&6 which are prone to run much hotter than 1-4. So its not quite like a Opie bypass, but for close to stock power and stock rpm's it should be good enough.
I have searched and found a few threads of people talking about them, and Gary's 2nd gen install. But no 3rd gen installs. .
So any pics? Thoughts?
Here is the Fleetguard Brochure
I am not sure if the Fleetguard filter has a built in restriction or not. But either way my plan is to take coolant from the plug between #5 & #6 and return it to the heater core return. I will use a shut-off valve and a check valve for easy/dry filter changes and to ensure the coolant goes the correct way

What I am not positive of is where the heater core return goes to? Does it go directly to the suction side of the water pump? What I don't want to do is end up bypassing the thermostat with the coolant filter and make my motor even slower to warm up. . Nor do I want to have the pressure from the filter line push the coolant backwards thru the heater core.
I also think that the flow coming from the back of the head will increase coolant flow around #'s 5&6 which are prone to run much hotter than 1-4. So its not quite like a Opie bypass, but for close to stock power and stock rpm's it should be good enough.