Banks Exhaust with power elbow
#1
#3
Thanks for your expertise , my thinking was it would average both sides, the elbow is taped for the probe. I think I read somewhere on forum the temperature reads different depending on the location of the probe ?. I drilled the manifold when I installed the gauges.
Thanks Bill
Thanks Bill
#6
Heck you are just around the corner from me. Let me know how it turns out. I have been thinking on this for some time and wasn't sure if I should also change the turbo out too. I do not want 4" pipes with a 2" turbo outlet. I do know the Dually I had was real strong after the elbow and 4" pipes. The Big Head later made it even better. I still have to tap my manifold and run a new gage before any mods.
#7
Thanks for the input guys. since the elbow is tapped for the probe I may try both locations and see if there is any difference ?.
The Banks exhaust system arrived today so tomorrow I will get it installed !!
Much nicer than the MBRP ! but cost 40% more
mtnsammy I think Yucca Valley is the "Excursion capital of the world !"
Bill
The Banks exhaust system arrived today so tomorrow I will get it installed !!
Much nicer than the MBRP ! but cost 40% more
mtnsammy I think Yucca Valley is the "Excursion capital of the world !"
Bill
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#8
Banks uses good quality 409 series stainless tubing that is more tolerant to heat cycling than one or two of the other aftermarket exhaust systems. I wouldn't buy an exhaust system made of 316 series stainless (except for the tip). The 316 series that some companies use for their tubing may polish up pretty, which makes it bright and shiny and sell well, but it is not the optimal choice of an OEM that is required by law (in CA) to warranty their exhaust parts for 10 years.
Have you considered adding a second pyro gauge? That would be very informative. You'll have the benefit of seeing pre and post turbo temps.
Plus, the probe in the Banks Elbow will give you a better idea when it is safe to shut down your engine to prevent oil coking in the turbo. Sort of like a built in turbo temp monitor. The probe in the exhaust manifold can't do that as well. That probe is too far away, and there is quite a temperature drop between the gasses entering the manifold and the gasses exiting the turbo. A lot of that heat energy is converted to kinetic mechanical energy to make the turbine spin.
With a probe practically right next to the turbine housing, you will know when the turbo has reduced temperatures enough to shut down. Also, you will be able to monitor the heat soak of the turbo from being fed by two exhaust manifolds, not just one.
I think it would be informative (read: cool) to have pre turbo / post turbo pyro gauges simultaneously.
Have you considered adding a second pyro gauge? That would be very informative. You'll have the benefit of seeing pre and post turbo temps.
Plus, the probe in the Banks Elbow will give you a better idea when it is safe to shut down your engine to prevent oil coking in the turbo. Sort of like a built in turbo temp monitor. The probe in the exhaust manifold can't do that as well. That probe is too far away, and there is quite a temperature drop between the gasses entering the manifold and the gasses exiting the turbo. A lot of that heat energy is converted to kinetic mechanical energy to make the turbine spin.
With a probe practically right next to the turbine housing, you will know when the turbo has reduced temperatures enough to shut down. Also, you will be able to monitor the heat soak of the turbo from being fed by two exhaust manifolds, not just one.
I think it would be informative (read: cool) to have pre turbo / post turbo pyro gauges simultaneously.
#9
th
Banks uses good quality 409 series stainless tubing that is more tolerant to heat cycling than one or two of the other aftermarket exhaust systems. I wouldn't buy an exhaust system made of 316 series stainless (except for the tip). The 316 series that some companies use for their tubing may polish up pretty, which makes it bright and shiny and sell well, but it is not the optimal choice of an OEM that is required by law (in CA) to warranty their exhaust parts for 10 years.
Have you considered adding a second pyro gauge? That would be very informative. You'll have the benefit of seeing pre and post turbo temps.
Plus, the probe in the Banks Elbow will give you a better idea when it is safe to shut down your engine to prevent oil coking in the turbo. Sort of like a built in turbo temp monitor. The probe in the exhaust manifold can't do that as well. That probe is too far away, and there is quite a temperature drop between the gasses entering the manifold and the gasses exiting the turbo. A lot of that heat energy is converted to kinetic mechanical energy to make the turbine spin.
With a probe practically right next to the turbine housing, you will know when the turbo has reduced temperatures enough to shut down. Also, you will be able to monitor the heat soak of the turbo from being fed by two exhaust manifolds, not just one.
I think it would be informative (read: cool) to have pre turbo / post turbo pyro gauges simultaneously.
Have you considered adding a second pyro gauge? That would be very informative. You'll have the benefit of seeing pre and post turbo temps.
Plus, the probe in the Banks Elbow will give you a better idea when it is safe to shut down your engine to prevent oil coking in the turbo. Sort of like a built in turbo temp monitor. The probe in the exhaust manifold can't do that as well. That probe is too far away, and there is quite a temperature drop between the gasses entering the manifold and the gasses exiting the turbo. A lot of that heat energy is converted to kinetic mechanical energy to make the turbine spin.
With a probe practically right next to the turbine housing, you will know when the turbo has reduced temperatures enough to shut down. Also, you will be able to monitor the heat soak of the turbo from being fed by two exhaust manifolds, not just one.
I think it would be informative (read: cool) to have pre turbo / post turbo pyro gauges simultaneously.
I did get the system installed today 5 hours the power elbow took 3 hours !!! ,if I had it to do again I would have pulled the turbo and rebuilt it and installed the elbow on turbo with it off !. But I was born in 1944 and need to rest for a day or two before I drive it.
Bill
#11
#12
but I was disappointed to find out the deceleration function of my tuner will not work with the power elbow, for that reason alone I would go with power elbow.
Bill
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Milwaukee,WI
6.0L Power Stroke Diesel
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01-12-2006 10:45 PM