NEW Lingenfelter MAF for FI...
The Lingenfelter high flow mass airflow sensor was designed as a replacement sensor for GM frequency type mass airflow sensor applications for LT1, LS1, C5 ZO6 and LS2 vehicles. This sensor also fits 1999-2006 Silverado, Sierra, Tahoe, Yukon, Escalade, H2 plus many other GM vehicles that use the frequency type MAF sensors
This is the same mass air flow sensor used in the LPE 600 hp and 725 hp 2005 -2006 C6 Corvette twin turbocharged engine packages. The LPE MAF solves the mass airflow signal drop out problem found on 2005-2006 C6 Corvettes that occurs under high airflow conditions. The large diameter, low restriction LPE 100 mm MAF sensor assembly provides accurate airflow measurement while producing very little restriction,
even at very high power levels. $299.95
any thoughts?
It doesn't. It's still limited to 512g/s. The benefit is less pressure drop for high psi apps. Once you get up to 15psi, the stock screened maf shows 1.5 to 2.0 psi drop, this one doesn't.
This MAF sensor is recommended for supercharged, turbocharged and other high output engine applications. This MAF sensor is 4.00" in outer diameter. Custom ductwork will be needed to install this in most vehicle applications and is not included.
Sensor is sold under two part numbers be sure to select on or the other. LN4231 is for applications where the connector is at the 12:00 position and LN4232 is for connectors that are located at the 3:00 position.
RPM vs PE for everybody using a maf over 512g/s. Which is roughly 650-670 engine hp so it's barely a stretch over the limit.
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btw, I just put one on my race car, and it won't run. I think their tables are off, but haven't had time to play with it yet. I'll log some data and dial it up/down in the next day or two.
btw, I just put one on my race car, and it won't run. I think their tables are off, but haven't had time to play with it yet. I'll log some data and dial it up/down in the next day or two.
Does it have a rough idle? AF ratio lean?
1 If I'm getting a signal at all
2 If it is rich/lean.
1 If I'm getting a signal at all
2 If it is rich/lean.


