What kind of exhaust system do I need for a 1999 Ford PowerStroke?
What kind of exhaust system do I need for a 1999 Ford PowerStroke?
The Magnaflow 17879 5″ Turbo-Back Stainless Steel Custom Builder Pipe Kit offers the most options for customization on your 1999-2003 Ford 7.3L Powerstroke. For the racer, it provides a mandrel bent pipe-only exhaust from turbo to tail pipe complete with all hardware.
What kind of exhaust system does a PowerStroke have?
The AFE 49-43075 Large Bore HD 5″ Turbo-Back Exhaust System for your 1999-2003 Ford 7.3L Powerstroke is engineered to perform in the most extreme environments. This system is constructed from 5″ mandrel bent stainless steel tubing for maximum flow, increased horsepower, increased torque and lower EGTs.
What kind of exhaust system does a Ford F-350 have?
Smooth transition bends allow for low turbulence, increasing horsepower, torque and lowering EGTs.Fitment Notes: 1999.5-2001 F-250/F-350 (All Transmissions)2002-2003 F-250/F-350 (Automatic Transmission Only)All Crew and Extended Cabs applies to Ford F-250/350 Pickups. This system is not intended for use on Cab and Chassis models.
Which is the Turbo to intercooler hose 03-09?
Turbo to Intercooler Hose 03-09 5.9L/6.7L Dodge Cummins $19.50 2003-2009 5.9L / 6.7L Dodge Cummins. Replace the blown intercooler boot on your 2003-2009 Cummins or upgrade before it happens with this performance intercooler hose!
How much backpressure does a turbo exhaust have?
You have a small turboback exhaust that contributes, say, 10 psig backpressure at the turbine discharge at redline. The total backpressure seen by the engine (upstream of the turbine) in this case is: o here, the turbine contributed 19.6 psig of backpressure to the total. Now you slap on a proper low-backpressure, big turboback exhaust.
What kind of turbine housing does a 1999 Ford PowerStroke use?
The KC Turbos 7.3L Upgraded Turbine Housing is an improved turbine housing for your 1999.5-2003 Ford 7.3L Powerstroke. Drop in ready, this turbine housing is available in two options.
You have a small turboback exhaust that contributes, say, 10 psig backpressure at the turbine discharge at redline. The total backpressure seen by the engine (upstream of the turbine) in this case is: o here, the turbine contributed 19.6 psig of backpressure to the total. Now you slap on a proper low-backpressure, big turboback exhaust.
Which is turbo housing for Ford 7.3L PowerStroke?
The ATS 2029013228 Ported Compressor Housing is designed to increase turbo life in your 99.5-03 Ford 7.3L Powerstroke by eliminating the damaging effect of compressor surge.
Which is better 2.5 ” or 3.0 ” turbo exhausts?
As for 2.5″ vs. 3.0″, the “best” turboback exhaust depends on the amount of flow, or horsepower. At 250 hp, 2.5″ is fine. Going to 3″ at this power level won’t get you much, if anything, other than a louder exhaust note. 300 hp and you’re definitely suboptimal with 2.5″. For 400-450 hp, even 3″ is on the small side.”
How does oil get into the exhaust pipe?
The only other way oil could get into the exhaust is if the compressor side of the turbo started to leak oil, but it would then fill the intercooler, eventually causing the engine to runaway, then it would be leaking oil out the pan, side of the block, exhaust, etc. /ubbthreads/images/graemlins/shocked.gif How about a blown head gasket?
What causes a 6.0L Turbo to fail?
Early 6.0L Powerstroke trucks also suffer from a poor oil drain tube. The collection of oil in the turbocharger can result in the oil cooking. This has been the root cause of many all-out turbocharger failures in the 6.0L Powerstrokes. Ford gave ’06 and ’07 models an improved oil drain tube, resulting in drastically less turbo failures.
