FP Cast Race Manifold for the 4G63
Ah, I see.
I had made an assumption that this was mostly a new exhaust manifold being offered to mate with an FP turbo, but now I see that it's potentially greater than that.
So this testing is for just one component of a twin scroll set-up? Forgive my naïveté as my knowledge regarding turbocharged vehicles is mediocre at best.
I had made an assumption that this was mostly a new exhaust manifold being offered to mate with an FP turbo, but now I see that it's potentially greater than that.
So this testing is for just one component of a twin scroll set-up? Forgive my naïveté as my knowledge regarding turbocharged vehicles is mediocre at best.
Would LOVE to see and FP manifold for stock frame turbos.
Edit: Especially if they're priced as well as the DSM counterpart.
Edit: Especially if they're priced as well as the DSM counterpart.
Last edited by aggieEVO; Sep 6, 2013 at 02:23 PM.
EvoM Guru
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From: Tri-Cities, WA // Portland, OR
i imagine that they are now optimizing all aspects of the turbo, e.g., hotside geometry, wheel shapes/sizes. could be one of the most exciting things to happen to the evo in a long while.
I think you could implement the divided external fairly well on a cast setup. At the very least, I would bet it maintains the divided inlet setup on the manifold and turbine housing so you could use either part independently of the other. The housing could open up though and become single scroll after the inlet flange. I would be very surprised though, as FP isn't going to make that change *****-nilly and I'd be shocked if their testing didn't show superior performance with the fully divided setup. It's fun to speculate.
MOAR PICS!!!!
MOAR PICS!!!!
I think you could implement the divided external fairly well on a cast setup. At the very least, I would bet it maintains the divided inlet setup on the manifold and turbine housing so you could use either part independently of the other. The housing could open up though and become single scroll after the inlet flange. I would be very surprised though, as FP isn't going to make that change *****-nilly and I'd be shocked if their testing didn't show superior performance with the fully divided setup. It's fun to speculate.
MOAR PICS!!!!
MOAR PICS!!!!
All the awesome FP talk aside (guess I'll be waiting a little longer to order that upgrade!), does anyone have a suggestion for restrictor orifice diameter to be used between a single exhaust manifold runner and eMAP sensor?
I tapped my EGR valve housing for a nipple, then ran a small length of hose to the sensor (Kavlico to Zeitronix). Currently there's about a 1.25mm (.050") orifice in line to damp pressure, but I still get a real noisy signal. What are others using to attenuate the pulses?
I tapped my EGR valve housing for a nipple, then ran a small length of hose to the sensor (Kavlico to Zeitronix). Currently there's about a 1.25mm (.050") orifice in line to damp pressure, but I still get a real noisy signal. What are others using to attenuate the pulses?
EvoM Guru
iTrader: (50)
Joined: Mar 2006
Posts: 9,675
Likes: 132
From: Tri-Cities, WA // Portland, OR
All the awesome FP talk aside (guess I'll be waiting a little longer to order that upgrade!), does anyone have a suggestion for restrictor orifice diameter to be used between a single exhaust manifold runner and eMAP sensor?
I tapped my EGR valve housing for a nipple, then ran a small length of hose to the sensor (Kavlico to Zeitronix). Currently there's about a 1.25mm (.050") orifice in line to damp pressure, but I still get a real noisy signal. What are others using to attenuate the pulses?
I tapped my EGR valve housing for a nipple, then ran a small length of hose to the sensor (Kavlico to Zeitronix). Currently there's about a 1.25mm (.050") orifice in line to damp pressure, but I still get a real noisy signal. What are others using to attenuate the pulses?



