Armada
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Here is a pic of my turbo boost and EGT gage set-up. Thanks Bjorn for the tip on Hewitt. They were very helpful. I spent some time with them on the phone specing out gages and thermocouples to match the engine requirements, etc. This was a new application for them as well. They even sent 24v bulbs for the gage lights.
The exhaust manifold has a plenum that separates the front 3 cylinders and the back 3 cyls.
I decided to run two thermocouples so I could monitor any temp. discrepancies between the front and rear halves of the engine. That will help to narrow down a problem. They run even temps currently. I drilled and tapped the manifold when I was swapping to the C turbo, so no chips to worry about. The gage housing was a metal electrical box I fabbed up. I used exhaust clamps to attach it to the column. Very sturdy.
The 'left' EGT needle measures the rear cyl. temps, the 'right' needle, the front.
Average cruising temp varies from 700-750 deg. The highest I've had it has been about 1050-1100 lugging a load up a grade.
Boost will top out around 10-11 under heavy load, avarages 5.
The exhaust manifold has a plenum that separates the front 3 cylinders and the back 3 cyls.
I decided to run two thermocouples so I could monitor any temp. discrepancies between the front and rear halves of the engine. That will help to narrow down a problem. They run even temps currently. I drilled and tapped the manifold when I was swapping to the C turbo, so no chips to worry about. The gage housing was a metal electrical box I fabbed up. I used exhaust clamps to attach it to the column. Very sturdy.
The 'left' EGT needle measures the rear cyl. temps, the 'right' needle, the front.
Average cruising temp varies from 700-750 deg. The highest I've had it has been about 1050-1100 lugging a load up a grade.
Boost will top out around 10-11 under heavy load, avarages 5.
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