not a huge concern, but would like an explanation
when i start a run, the boost will peak at 21psi by the top of first, and end the run at 24.5 (there abouts)
With the ams1000, im targeting PSI at the gate (above spring pressure) so what this tells me is the pressure has remained constant throughout the run, because its electronically controlled. If the pressure at the gate rises, the controller will bleed off the excess, if it drops, it will allow more air at the top of the gate to maintain target.
so therein lies the question: How can the boost to continue to rise, even though there is a controlled amount of pressure at the top of the gate?
when i start a run, the boost will peak at 21psi by the top of first, and end the run at 24.5 (there abouts)
With the ams1000, im targeting PSI at the gate (above spring pressure) so what this tells me is the pressure has remained constant throughout the run, because its electronically controlled. If the pressure at the gate rises, the controller will bleed off the excess, if it drops, it will allow more air at the top of the gate to maintain target.
so therein lies the question: How can the boost to continue to rise, even though there is a controlled amount of pressure at the top of the gate?