Andyinchville1
Veteran Member
HI All,
I was wondering what you all felt the optimal intake temp was for the best fuel economy.
I ran across a chart from Cummins with their recommended intake temps for their stationary engines in generator applications (wished I saved the link but could not find it now) and it is possible to have intake air temps too hot or too cold.
In the colder months I installed a grill block in front of the intercooler cold air intake so I can keep intake temps more or less in the 65 to 95 degree range (of course depending on outside temps and boost levels)....Im seeing that the engine warms up faster too when blocking the air flow to the intercooler
I had though about rigging a way to manually regulate the amount of air hitting the intercooler to optimize intake temps for fuel economy....I suppose a high tech automated system would be the best but may be hard to engineer).
In the summer (or warm months) I don't block the intake to the intercooler at all since ambient is not low enough to be too cold.
Any thoughts?
Thanks
Andrew
I was wondering what you all felt the optimal intake temp was for the best fuel economy.
I ran across a chart from Cummins with their recommended intake temps for their stationary engines in generator applications (wished I saved the link but could not find it now) and it is possible to have intake air temps too hot or too cold.
In the colder months I installed a grill block in front of the intercooler cold air intake so I can keep intake temps more or less in the 65 to 95 degree range (of course depending on outside temps and boost levels)....Im seeing that the engine warms up faster too when blocking the air flow to the intercooler
I had though about rigging a way to manually regulate the amount of air hitting the intercooler to optimize intake temps for fuel economy....I suppose a high tech automated system would be the best but may be hard to engineer).
In the summer (or warm months) I don't block the intake to the intercooler at all since ambient is not low enough to be too cold.
Any thoughts?
Thanks
Andrew