The_Josh_Bear
Full Access Member
I could take pictures but there isn't much to see since it's all tucked down by the radiator and stock lift pump.
But it's essentially as @IDIBRONCO outlined for parallel pumps.
Feed line from tanks into a "Y", and one side of the Y feeds the lift pump, the other side feeds the Facet. Then they both reduce with another Y back to a single line to the IP.
It's important to add a check valve after the lift pump but before the Y so that the Facet cannot push fuel into the lift pump if it's diaphragm fails. Doesn't happen much but an $8 check valve is better than a ruined engine. The Facet has 2 built in check valves so you don't need one on that side.
Then I used a relay to run the Facet and the trigger for the relay is the cold advance solenoid. So it primes every morning then turns off when warm and doesn't run all the time. It's just a matter of moving the trigger wire 2" to the shut off switch on the IP if I need it to run full-time.
But it's essentially as @IDIBRONCO outlined for parallel pumps.
Feed line from tanks into a "Y", and one side of the Y feeds the lift pump, the other side feeds the Facet. Then they both reduce with another Y back to a single line to the IP.
It's important to add a check valve after the lift pump but before the Y so that the Facet cannot push fuel into the lift pump if it's diaphragm fails. Doesn't happen much but an $8 check valve is better than a ruined engine. The Facet has 2 built in check valves so you don't need one on that side.
Then I used a relay to run the Facet and the trigger for the relay is the cold advance solenoid. So it primes every morning then turns off when warm and doesn't run all the time. It's just a matter of moving the trigger wire 2" to the shut off switch on the IP if I need it to run full-time.