We here on the TDR hear allot about upgrading the fuel systems on 24V truck but rarely hear about the 12V ones as it's not usually a problem, but some of us are higher in HP and planning more so what do you do! Strick-9 put this out last year on the TDR and we have chatted about it also, he built his own system by gathering the parts and putting it together but I didn't want that I wanted a complete system with no parts chasing. I'm thinking dang I really want to keep all my cool stuff like a reliable lift pump, fuel heater and I don't want to take my filter housing off and tap it for AN lines ect. So my good bud J. R. Atkins tells me about http://www.haisleymachine.com/ and there stand alone aux fuel system that the puller trucks use so I call and talk to Patty about it, they have systems for 12V and 24V she also tells me it has everything from a new pickup, to the pump, a filter (spin-on) all the line and a new banjo bolt and you change nothing on the stock system... . nothing! So I order it and do the install, it uses a new 1/2" pickup that you install away from the stock stuff, it installs in the tank and not the plastic nut, has a screen filter on the bottom then comes up to the top fitting with a sealing washer and o-ring, then to a hose barb to a 1/2 line to the pump that is rated at 100lbs/hr@125 PSI (12V version), to the filter(spin-on) with a water separator drain on the bottom then to a 3/8 line to the pump, the new banjo has a hose barb fitting tapped into it. So I set it all up do the op/flush check then off for a test run, I have my overflow valve set at 33 PSI at cruise RPM but at WOT I can pull my pressure down to 25 PSI and I'm planning a Piers pump so this isn't going to work, but with the aux system on it runs at 42 PSI at cruise and WOT (100 MPH) pressure is... . you guessed it 42 PSI. These systems are designed for things like hard runs, drag racing or sled pulling and not full time use. I can't thank the folks for the info enough and the Haisley's for the system, now it's time to test the max flow capability.
Jim
Jim