Sure, however, glass breaks 'nicely', Lexan breaks into long, pointy, jagged strips that do a good job of puncturing soft squishy meat like things... like YOU.
Since the original question - and all the problems surrounding it - have already been answered, I'm going to address a few other concerns that this thread raises.
Don't expect that you own a thread just because you started it. Expect people to comment in threads that you start, and expect some...
Actually, to be 100% honest, I pulled that percentage out of thin air. I wouldn't personally replace a pump if it gets within 80% of max flow, however, I figured that posting here I'm better off to err on the side of caution.
Holy crap, there are a lot of grumpy people out today.
The problem that the OP is going to run into is that there won't be another guy out there running a system that's similar enough to his. Something as simple as 1mm oversized valves in the head, or a ported head, will change the boost...
Yes, especially when you take into consideration the problems that have been talked about re: magnetic interference between 2 pumps. Most of the folks I've seen just go for a bigger single pump.
Well, considering that you want at least 25% headroom... that's down to 519... and considering these are CRANK numbers, that's probably 415 wheel.
So, ya, duals isn't out of the question at all.
lol - not to worry, I must admit it's not often that I catch you on the obvious ones. Hell, it's not often that I catch you on the obscure ones!
(probably about as often as you catch ME, come to think of it...)
Err... this is useful how?
Not to worry, I don't crucify people... unless they refuse to learn.
Whenever anyone posts (well, outside of OT, where it shouldn't matter) it would help a LOT if they always considered the following:
- Will this help the OP
- Will this help future members when they find this thread with...
This is really easy to figure. A certain amount of fuel can only turn into a certain amount of power.
Check this page: http://www.slowgt.com/Calc1.htm#FPHP
BSFC = ~0.6 for a turbocharged engine
Try plugging in 693 hp. :)
That said, you need headroom on your pump, AND the numbers produced by...
This site uses cookies to help personalise content, tailor your experience and to keep you logged in if you register.
By continuing to use this site, you are consenting to our use of cookies.