| OK, I see your points. I'm thick headed though. Now if I may....I'm talking something different from an off the shelf system.... We wouldn't need spray from vacuum to zero for sure. We may not know the answer to this, but at what level would the air start to need cooling on the average? 2..3...5 PSI to stay safe?? Would spray have to start at the very onset of boost? Would meth consumption be that high if we only used it when we needed it? - no more, no less. What I am suggesting is a system that progressively increases spray based upon real time IAT measurements. This way, it will only discharge as much meth as needed. I know this doesn't take AF into account but I'm thinking this may be somewhat of a linear and predictable thing.... a new problem that was wedged in my brain cells waiting for you to draw it out.. The IAT measurement could also be the major component of safety. Any failure of the system will cause IAT to rise, doesn't matter where the failure is. Although I'm not a very good programmer, these things are well within the capability of a microcontroller. It wouldn't be that complicated physically but would need some smarts. Please shoot it down with logic - it would help! Have I lost my mind? (don't answer that)
8.5 to 1 CR NA. For the moment.... |
09:01:31 11/20/12
