Hhi I have a something I want to ask. Let say the boost limit map is at. 2650 how many bar of boost is that? The standard boost limite
Of the 130pd is 2650 how much bar is that? And how to you know what the injectors can handle for more fuel?

2650 = 1.65 bar off boost

lucim12 wrote:2650 = 1.65 bar off boost

Could you post here what you have done to find the result, please? :think: :lol:

you have to count the atmospferic pressure in. it is +- 1000mbar depens where you are ..

sjonv wrote:you have to count the atmospferic pressure in. it is +- 1000mbar depens where you are ..

That i know, 1bar ~ 1atmosphere

But he said 2650 = 1.65 bar.

so by the "3 simple rule" (like we say in portugal, traduced by letter :lol: )

2650 - 1,65bar
x - 1 bar

x = 2650/ 1,65 = 1606

Is that it? :D

Atmospheric pressure is about 1000 mBar =1 bar, sometimes 950, 980, depends where you live, on sea level, mountain etc.
2 bar boost pressure = 1bar atmospheric and 1bar turbine boost pressure ;)

dean21b wrote:Atmospheric pressure is about 1000 mBar =1 bar, sometimes 950, 980, depends where you live, on sea level, mountain etc.
2 bar boost pressure = 1bar atmospheric and 1bar turbine boost pressure ;)

Thanks, i think i understand that way :D

in EDC15 EDC16 ecus normally 2650 represents boost in mbar.

And as explained above this sum contains atmospheric pressure too,so just take off 1000 mbar,and you will result in absolute pressure from turbocharger 2650-1000 = 1650mbar equals to 1,65bar ;)

It is usually referenced as "absolute pressure".

So if i have a turbo that hangs 3 bar at the peak point, in the map i should change the value to 4000 at the peak pressure? 3000mb-1000mb from atm pressure?