Domwoo's turbo project (got some new goodeis!!!! ) page 7
Moderators: daewoomofo, Moderators Group
the down pipe is solid... like 3/8" wall thickness and its still a 2.5 opening
no i dont.. that comes next after i get the pipe for my radiator
should have everything but the o2 sensors put in after today
still need to buy 2 more things.. intercooler and boost controler
i figure the longer i can hold out on buying them the better ones i can get
no i dont.. that comes next after i get the pipe for my radiator
should have everything but the o2 sensors put in after today
still need to buy 2 more things.. intercooler and boost controler
i figure the longer i can hold out on buying them the better ones i can get
-
- Expert
- Posts: 3052
- Joined: Fri Mar 28, 2003 3:51 am
- Location: York, PA
- Contact:
-
- moron
- Posts: 4493
- Joined: Wed Dec 08, 2004 5:18 am
- Location: Knoxville, Tennessee
- Contact:
-
- moron
- Posts: 4493
- Joined: Wed Dec 08, 2004 5:18 am
- Location: Knoxville, Tennessee
- Contact:
- PrecisionBoost
- Super Moderator
- Posts: 4437
- Joined: Thu Jun 19, 2003 5:59 am
- Location: Edmonton, Alberta, Canada
Looks good... I hope it works out well for you.
Just remember to take it easy... especially if you haven't gone to a dyno shop to check the Air/fuel ratio curve.
I personally wouldn't boost it until I had a chance to get some tuning time.
Even 4psi could be catastrophic with high compression pistons and no air fuel tuning.
I'm not trying to scare you or anything... I'd just hate to see something happen to your engine in the first few days of driving it around.
By the way.... are you going to fill in that hole in front of the turbo with sheet metal??
Cool air is good most of the time but in a turbo application you probably don't want direct air flowing onto the manifold and turbo.... it will cool the exhaust before it gets to the turbine and you will loose a little bit of exhaust pressure.
Personally...... if it were me.... I'd get some high temp thermal wrap and cover the entire manifold.... and I'd probably install a mesh in that hole... this way there is some cool air but it's not a "direct path" and the thermal wrap would help keep the exhaust from being cooled by the incoming air.
Given you want it to be a show car the wrap would look bad..... but at the very least put in some fine mesh in front to difuse the air a little.
Just remember to take it easy... especially if you haven't gone to a dyno shop to check the Air/fuel ratio curve.
I personally wouldn't boost it until I had a chance to get some tuning time.
Even 4psi could be catastrophic with high compression pistons and no air fuel tuning.
I'm not trying to scare you or anything... I'd just hate to see something happen to your engine in the first few days of driving it around.
By the way.... are you going to fill in that hole in front of the turbo with sheet metal??
Cool air is good most of the time but in a turbo application you probably don't want direct air flowing onto the manifold and turbo.... it will cool the exhaust before it gets to the turbine and you will loose a little bit of exhaust pressure.
Personally...... if it were me.... I'd get some high temp thermal wrap and cover the entire manifold.... and I'd probably install a mesh in that hole... this way there is some cool air but it's not a "direct path" and the thermal wrap would help keep the exhaust from being cooled by the incoming air.
Given you want it to be a show car the wrap would look bad..... but at the very least put in some fine mesh in front to difuse the air a little.
2010 BMW 335D
1994 Opel Calibra 4X4 turbo ( C20LET 2.0L Turbo )
2002 Daewoo lanos
1994 Opel Calibra 4X4 turbo ( C20LET 2.0L Turbo )
2002 Daewoo lanos
Erfinder@PrecisionBoost wrote: By the way.... are you going to fill in that hole in front of the turbo with sheet metal??
Cool air is good most of the time but in a turbo application you probably don't want direct air flowing onto the manifold and turbo.... it will cool the exhaust before it gets to the turbine and you will loose a little bit of exhaust pressure.
Personally...... if it were me.... I'd get some high temp thermal wrap and cover the entire manifold.... and I'd probably install a mesh in that hole... this way there is some cool air but it's not a "direct path" and the thermal wrap would help keep the exhaust from being cooled by the incoming air.
Given you want it to be a show car the wrap would look bad..... but at the very least put in some fine mesh in front to difuse the air a little.
dont have time to say much... i bought a EGT setup yesterday and for the big hole.. i was thinking about an intercooler there.. i have one that might just fit.. until i get a new bumper that will hold a nice big one.. the one i got wil have to do
the car sounds sweet as hell!!! the boost and the BOV man.. ITS A BEAST
only drove it about 1/2 mile so far lol
- PrecisionBoost
- Super Moderator
- Posts: 4437
- Joined: Thu Jun 19, 2003 5:59 am
- Location: Edmonton, Alberta, Canada
EGT (Exhaust Gas Temperature sensor) is a really important piece of equipment most people will overlook when setting up a turbo.... I'm glad you decided to put one in.... it should help you tune the engine safely.
If I ever get my home computer up and running I will calculate the optimum intercooler size for you "mass air flow".... you might find that the perfect intercooler fits that hole just perfect.
Lots of guys go crazy and get a huge intercooler..... which ends up hurting you more than helping you.
You need to match the air flowing through it to the size.... or your intercooler will end up killing off some of your boost.
Most people don't realize that there is a pressure drop as you go accross an intercooler..... if you go bigger than the "optimal" size you will actually find an increase in pressure drop.... which makes it a less efficent engine and results in a loss of horsepower.
If I ever get my home computer up and running I will calculate the optimum intercooler size for you "mass air flow".... you might find that the perfect intercooler fits that hole just perfect.
Lots of guys go crazy and get a huge intercooler..... which ends up hurting you more than helping you.
You need to match the air flowing through it to the size.... or your intercooler will end up killing off some of your boost.
Most people don't realize that there is a pressure drop as you go accross an intercooler..... if you go bigger than the "optimal" size you will actually find an increase in pressure drop.... which makes it a less efficent engine and results in a loss of horsepower.
2010 BMW 335D
1994 Opel Calibra 4X4 turbo ( C20LET 2.0L Turbo )
2002 Daewoo lanos
1994 Opel Calibra 4X4 turbo ( C20LET 2.0L Turbo )
2002 Daewoo lanos
- PrecisionBoost
- Super Moderator
- Posts: 4437
- Joined: Thu Jun 19, 2003 5:59 am
- Location: Edmonton, Alberta, Canada