I've seen 4000 rpms a number of times pulling, usually run 3500 to 3800 rpm on average down the track though. Sometimes when I get on it on the street it will hit 3800 to 4000 before it shifts. I've easily put 1500 miles, 6 pulls, and quite a few WOT runs with this setup and never had a hiccup. I've been very happy with my pump but I need to get on the rollers again and find out what it really has now.
Someone needs to figure out how to put a snap ring in front of the shaft seal. Im still leary about just douching it with loctite and letting it be. Apparently it works though, but kind of a.... sh!tty way of doing it IMO.
I have been running the 4 cylinder VE pump on my TDI land speed diesel. We are turning it 7200 rpms, I know that as a 6 cylinder it will not work as high. On II bench it was close to 500 cc's of fuel. Its is fairly fragile as well
A few guys have done retainers on the front. I plan to loctite mine and run a nice high quality boost referenced regulator to ramp my pressure up and keep my dyamic timing working i hope.
high pressure if you want it to live
I'd like to see the flow sheet on that one....500cc seems a tad optimistic. oke:
I'd like to see the flow sheet on that one....500cc seems a tad optimistic. oke:
hmm, I'm planning on doing the 14mm swap. When you run the 14mm do you still run a lower pressure lift pump? or does the pressure need to be higher? I'm planning on an airdog II 165gph.
Someone needs to figure out how to put a snap ring in front of the shaft seal. Im still leary about just douching it with loctite and letting it be. Apparently it works though, but kind of a.... sh!tty way of doing it IMO.
I haven't built mine yet but from my research yes you will loose dynamic timing pushing high inlet pressure all the time.