6 port to 4 port
#1
6 port to 4 port
Yes I searched and could get my answer. I have a 85 se and my buddy has 4 port plates. Can I put the plates on and not change the ecu. I know the difference between the manifolds and have a fix for that. So will the ecu freak out over this?
#3
Old [Sch|F]ool
Actually there was a thread about this a year or three ago.
Use 12A end housings and a Racing Beat 13B 4-port lower for their 2 piece DCOE manifold. That is the key, since they designed their 2 piece DCOE manifold around a GSL-SE lower and make other lowers to suit different engines.
You cannot use the 12A center housing.
Use 12A end housings and a Racing Beat 13B 4-port lower for their 2 piece DCOE manifold. That is the key, since they designed their 2 piece DCOE manifold around a GSL-SE lower and make other lowers to suit different engines.
You cannot use the 12A center housing.
#4
I have a rotary addiction
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So youd basically be running a GSL-SE RE-EGI 13b 4 port? As long as all sensors are present as mentioned I think it should work. No love for the aux ports?
Heres a thought... Its been pretty popular lately to run a T2 13b NA. Build your 13b with SE rotor housings, s5 rotating assembly, R5 12A irons with SE center iron, and run the T2 manifolds and ECU/ harness/sensors. It will basically be a high compression NA T2 hybrid. Put a moderate street port on the R5 irons and your looking at about 170 hp with exhaust and intake upgrades.
Heres a thought... Its been pretty popular lately to run a T2 13b NA. Build your 13b with SE rotor housings, s5 rotating assembly, R5 12A irons with SE center iron, and run the T2 manifolds and ECU/ harness/sensors. It will basically be a high compression NA T2 hybrid. Put a moderate street port on the R5 irons and your looking at about 170 hp with exhaust and intake upgrades.
Last edited by NCross; 05-02-15 at 09:07 AM.
#5
Old [Sch|F]ool
So youd basically be running a GSL-SE RE-EGI 13b 4 port? As long as all sensors are present as mentioned I think it should work. No love for the aux ports?
Heres a thought... Its been pretty popular lately to run a T2 13b NA. Build your 13b with SE rotor housings, s5 rotating assembly, R5 12A irons with SE center iron, and run the T2 manifolds and ECU/ harness/sensors. It will basically be a high compression NA T2 hybrid. Put a moderate street port on the R5 irons and your looking at about 170 hp with exhaust and intake upgrades.
Heres a thought... Its been pretty popular lately to run a T2 13b NA. Build your 13b with SE rotor housings, s5 rotating assembly, R5 12A irons with SE center iron, and run the T2 manifolds and ECU/ harness/sensors. It will basically be a high compression NA T2 hybrid. Put a moderate street port on the R5 irons and your looking at about 170 hp with exhaust and intake upgrades.
Never use a TII intake manifold on anything. It's garbage.
#7
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so it just takes the sensor inputs, does its calculations, and outputs accordingly. there is no learning, or any kind of failsafe checking.
this is both good and bad, as it doesn't care what engine its on, so it wont freak out, the bad part is that its not very flexible. although i think a 4 port would work just fine
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#10
Maybe if you need some fine tuning you could perhaps put a pot meter on the signal wire from one of the sensors to get a richer og leaner mixture but Maybe someone else know if that would work for you
#12
Old [Sch|F]ool
You won't be able to use that center housing if you want to keep the fuel injection, unless you fabricate a way to mount the fuel injectors in the intake manifold.
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