99 Sport eBay turbo build
#21
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LC-2 with no gauge is $150, so for another $150 i have boost gauge and EBC. not that bad, if you figure $150 wideband w/gauge + $150 for boost gauge.
or its preferred that MS2E does the EBC stuff by controlling the solenoid, thus easier adjustments and tuning?
#22
that innovate 3882 is $304 on Jet.com
LC-2 with no gauge is $150, so for another $150 i have boost gauge and EBC. not that bad, if you figure $150 wideband w/gauge + $150 for boost gauge.
or its preferred that MS2E does the EBC stuff by controlling the solenoid, thus easier adjustments and tuning?
LC-2 with no gauge is $150, so for another $150 i have boost gauge and EBC. not that bad, if you figure $150 wideband w/gauge + $150 for boost gauge.
or its preferred that MS2E does the EBC stuff by controlling the solenoid, thus easier adjustments and tuning?
#23
I prefer it that way, it gives you more control. There's boost by throttle position and other things you won't be able to use with that gauge.
Make sure whatever protocol that thing runs is the same as what the digtal input expects, should be the same still I imagine.
I still think you can find a cheaper gauge, even combo setup. There's a few projects based on some little can chip and arduino, I plan on doing one of those eventually.
Make sure whatever protocol that thing runs is the same as what the digtal input expects, should be the same still I imagine.
I still think you can find a cheaper gauge, even combo setup. There's a few projects based on some little can chip and arduino, I plan on doing one of those eventually.
#26
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update:
I returned the tacotaco manifold, because the T3 turbo will not fit.
so i am taking a different directions and likely going with the MK kit from Lars.
in other news, HKS SSQV BOV and intercooler (27*5.5*2.5") came in today.
not bad for a $55 bov and $61 intercooler.
I returned the tacotaco manifold, because the T3 turbo will not fit.
so i am taking a different directions and likely going with the MK kit from Lars.
in other news, HKS SSQV BOV and intercooler (27*5.5*2.5") came in today.
not bad for a $55 bov and $61 intercooler.
#29
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So i changed my mind again, MK turbo kit is on back order till spring... so i went in a different direction.
FM 2.5" Downpipe and Midpipe. got a great deal from the MT classifieds.
For now it will mate to my RB exhaust rear section.
I am still trying to be cheap, so i ordered the T25 TacoTaco manifold and a .48AR GT25 turbo (Chinacharger).
They didnt come in yet, so no pics.
If this manifold wont work with the FM downpipe, ill just get an FM cast manifold.
Innovate SCG-1 Gauge (Boost, Wideband AFR and Boost controller) all in one.
Universal eBay CXRACING 2.25" intercooler piping and a 3" U pipe for intake
Also ordered Flow Force EV14 610cc injectors.
I am still waiting for mslabs MS2E to come in.
The turbo bits wont be installed for about a month or so, i am doing the build in the following order:
1. Install Innovate wideband
2. install MS2E and get it running as is.
3. install ev14 injectors, program MS2 and get it running good.
4. install turbo bits and tune tune tune.
FM 2.5" Downpipe and Midpipe. got a great deal from the MT classifieds.
For now it will mate to my RB exhaust rear section.
I am still trying to be cheap, so i ordered the T25 TacoTaco manifold and a .48AR GT25 turbo (Chinacharger).
They didnt come in yet, so no pics.
If this manifold wont work with the FM downpipe, ill just get an FM cast manifold.
Innovate SCG-1 Gauge (Boost, Wideband AFR and Boost controller) all in one.
Universal eBay CXRACING 2.25" intercooler piping and a 3" U pipe for intake
Also ordered Flow Force EV14 610cc injectors.
I am still waiting for mslabs MS2E to come in.
The turbo bits wont be installed for about a month or so, i am doing the build in the following order:
1. Install Innovate wideband
2. install MS2E and get it running as is.
3. install ev14 injectors, program MS2 and get it running good.
4. install turbo bits and tune tune tune.
Last edited by borka; 01-29-2016 at 09:31 AM.
#32
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#37
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MKTURBO Specs:
T3 TURBO CHARGER INTERNAL WASTEGATE .48ar
Intake: 2.5 inch
Inlet: 2.25 inch
Compressor trim: .42ar
Compressor Wheel diameter: 43.20 / 60.41
Turbine Wheel diameter: 45.74 / 62.86
Exhaust Trim: .48ar
Turbine flange type: t3 flange
Down pipe flange type :2.50" v band
Cooling type: oil cool only
Horsepower rating: 325-350
Actuator setting: 8psi
GT25 Specs:
Inlet 2.5"
Outlet 2"
Bearing Wet Floating Bearings
Cooling Oil + Water
Flange Standard T25/T28Flange
HP Rating 250-300 HP
Internal Wastegate 14psi
Compressor .48 A/R Compressor
Turbine .49A/R Turbine
Compressor Wheel 60mm/42mm
Turbine Wheel 53mm/46mm
Hot Side 5 Bolt (don't fit SR20DET Elbow pipe)
Looks the same to me no?
T3 TURBO CHARGER INTERNAL WASTEGATE .48ar
Intake: 2.5 inch
Inlet: 2.25 inch
Compressor trim: .42ar
Compressor Wheel diameter: 43.20 / 60.41
Turbine Wheel diameter: 45.74 / 62.86
Exhaust Trim: .48ar
Turbine flange type: t3 flange
Down pipe flange type :2.50" v band
Cooling type: oil cool only
Horsepower rating: 325-350
Actuator setting: 8psi
GT25 Specs:
Inlet 2.5"
Outlet 2"
Bearing Wet Floating Bearings
Cooling Oil + Water
Flange Standard T25/T28Flange
HP Rating 250-300 HP
Internal Wastegate 14psi
Compressor .48 A/R Compressor
Turbine .49A/R Turbine
Compressor Wheel 60mm/42mm
Turbine Wheel 53mm/46mm
Hot Side 5 Bolt (don't fit SR20DET Elbow pipe)
Looks the same to me no?
#38
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then that's not the same specs now is it?
63mm turbine wheel 53mm turbine wheel.
.48 T3 turbine housing .49 T25 turbine housing
and I personally doubt the specs on the compressor wheel, I bet it's really 54mm, not 60mm. If it's actually correct, then this is pretty much a 2560 turbo (or T28)...
...with a REALLY REALLY REALLY tiny turbine A/R.
63mm turbine wheel 53mm turbine wheel.
.48 T3 turbine housing .49 T25 turbine housing
and I personally doubt the specs on the compressor wheel, I bet it's really 54mm, not 60mm. If it's actually correct, then this is pretty much a 2560 turbo (or T28)...
...with a REALLY REALLY REALLY tiny turbine A/R.
#39
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OK so its a different flange.
I am talking about the AR specs and compressor/turbine wheel specs, which are very similar. so should yield similar power outputs no??
I dont mean they are 100% the same turbos, but performance wise should be pretty close, as the specs seem very close.
but like i said, what do i know, i am a noob.
if this turbo is too small and wont get me to 230ish hp, i can get the .64AR, they are only $200.
I am talking about the AR specs and compressor/turbine wheel specs, which are very similar. so should yield similar power outputs no??
I dont mean they are 100% the same turbos, but performance wise should be pretty close, as the specs seem very close.
but like i said, what do i know, i am a noob.
if this turbo is too small and wont get me to 230ish hp, i can get the .64AR, they are only $200.
#40
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no. performance wise they will be very different.
If the compressor wheels are actually the same size that's good, but the turbine is very small on that thing, not just the wheel, but the inlet size.
it's going to spool fast and not have the same top-end potential.
consider that a T25 .63 A/R = a T3 .48 A/R
If the compressor wheels are actually the same size that's good, but the turbine is very small on that thing, not just the wheel, but the inlet size.
it's going to spool fast and not have the same top-end potential.
consider that a T25 .63 A/R = a T3 .48 A/R