SSAC turbos........
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by 95dc2teg »</TD></TR><TR><TD CLASS="quote">Ive had an "ebay" turbo for the past 3000 miles so far, and its holding up alright hopefully it doenst take a **** on me soon.... "knock on wood" </TD></TR></TABLE>
95 b18c1 with tial 38mm wastegate set at 7psi, dsm 440's tuned on chrome. I also have an oil restrictor on the turbo which helps "ebay" turbos from dying, so ive read. The specs on the turbo are t3/to4e 57 trim with .63a/r exhaust and .50 a/r compressor side.
95 b18c1 with tial 38mm wastegate set at 7psi, dsm 440's tuned on chrome. I also have an oil restrictor on the turbo which helps "ebay" turbos from dying, so ive read. The specs on the turbo are t3/to4e 57 trim with .63a/r exhaust and .50 a/r compressor side.
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by JDMs1eeper »</TD></TR><TR><TD CLASS="quote">What' turbo's ive used in the past few years
SSAC T70, 10-12psi, B20B . - 10 months no problems
- 12.7@ 111 @ 8psi
SSAC T4/T04E, 20-25psi, B18B - 1 year no problems (made 242whp @ 8psi)
- 11.5 @ 123 @ 20psi
SSAC T3 .42/.48 , 6psi, B16A - 400 miles, no problems
SSAC T70, 20-26psi, 84mm LSvtec, 7 months & no problems (made 366whp @ 10psi)
- 11.58 @ 126 on BFG's @ 10psi
SSAC T70, 20-25psi, 84mm LS B18b, 5 months & no problems
-11.3 @ 124 with no 4th gear @ 20psi
Master Power T3/T04E, 8psi, B20Z, 3 months & no problems
- 13.8 @ 102 @ 5psi
Turbonetics 62-1 Ballbearing, 26psi, LSvtec 84mm, No problems, but the guy I sold it to said its starting to blow oil in his charge pipes now after 7 months. </TD></TR></TABLE>
what were the specs on that b18b t3/to4e making 242whp @ 8psi?
SSAC T70, 10-12psi, B20B . - 10 months no problems
- 12.7@ 111 @ 8psi
SSAC T4/T04E, 20-25psi, B18B - 1 year no problems (made 242whp @ 8psi)
- 11.5 @ 123 @ 20psi
SSAC T3 .42/.48 , 6psi, B16A - 400 miles, no problems
SSAC T70, 20-26psi, 84mm LSvtec, 7 months & no problems (made 366whp @ 10psi)
- 11.58 @ 126 on BFG's @ 10psi
SSAC T70, 20-25psi, 84mm LS B18b, 5 months & no problems
-11.3 @ 124 with no 4th gear @ 20psi
Master Power T3/T04E, 8psi, B20Z, 3 months & no problems
- 13.8 @ 102 @ 5psi
Turbonetics 62-1 Ballbearing, 26psi, LSvtec 84mm, No problems, but the guy I sold it to said its starting to blow oil in his charge pipes now after 7 months. </TD></TR></TABLE>
what were the specs on that b18b t3/to4e making 242whp @ 8psi?
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by tegasaurus »</TD></TR><TR><TD CLASS="quote">what were the specs on that b18b t3/to4e making 242whp @ 8psi?</TD></TR></TABLE>
It was a completly stock 98" B18B swap.
The turbo kit was:
InlinePRO manifold
35mm Wastegate (6psi spring)
MBC (set at 8psi)
Johnny Racecar 6" intercooler
2.5" charge pipes
Greddy TypeS BOV
3" down pipe
12:1 FMU
Missing Link
Walbro255
Dyno'd at Performance Autosport Inc. in Richmond VA.
Date= 3/26/2005
MAX power = 242.93
MAX torque = 195.57
Smoothing = 5
Time= 11:03:26 PM
Humidity= 52%
Temp= 60.60*F
Dyno was a DynoJet
It was a completly stock 98" B18B swap.
The turbo kit was:
InlinePRO manifold
35mm Wastegate (6psi spring)
MBC (set at 8psi)
Johnny Racecar 6" intercooler
2.5" charge pipes
Greddy TypeS BOV
3" down pipe
12:1 FMU
Missing Link
Walbro255
Dyno'd at Performance Autosport Inc. in Richmond VA.
Date= 3/26/2005
MAX power = 242.93
MAX torque = 195.57
Smoothing = 5
Time= 11:03:26 PM
Humidity= 52%
Temp= 60.60*F
Dyno was a DynoJet
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by JDMs1eeper »</TD></TR><TR><TD CLASS="quote">
Temp= 60.60*F
</TD></TR></TABLE>Low Temps FTW!!!
Temp= 60.60*F
</TD></TR></TABLE>Low Temps FTW!!!
thanks for the info, but i meant the specs of the actual turbo. A/Rs, trim...
what did the power band feel like? if you have a dyno sheet to post, that'd help a lot! thanks
what did the power band feel like? if you have a dyno sheet to post, that'd help a lot! thanks
turbo specs from their site:
T04 T3/T4
.70 A/R TURBINE HOUSING
Turbine Wheel:
Exducer: 2.54"
Mayor : 2.89"
Compressor Wheel:
Exducer: 2.23"
Mayor : 3.31"
Turbine Housing:
70 " DIVIDED TANG FLANGE "



T04 T3/T4
.70 A/R TURBINE HOUSING
Turbine Wheel:
Exducer: 2.54"
Mayor : 2.89"
Compressor Wheel:
Exducer: 2.23"
Mayor : 3.31"
Turbine Housing:
70 " DIVIDED TANG FLANGE "



The T70's Ive tested all worked great. A guy on here had one and broke it by dropping it off onto a concrete floor.... but how that makes the turbo bad I dont know. I've never had a failure w/ the 2 I tested.
just looked it up. $279 isnt bad at all for a turbo. That might be my next turbo. Now whats the turbo oil restrictor that everyone has been talking about??? They say that SS or XS offers it??
from what I've read on here, a lot of the cheaper turbos tend to get blown seals by too much oil flowing in, the restrictor limits the oil intake just enough to prevent that from happening and to keep the turbo properly lubricated
anybody have a compressor map for their 57 trim w/ .50 a/r compressor and .63 turbine
those combos just sound like plenty of flow but a real limited compressor which'll hinder the top end.. possibly making it fall off a little bit?
those combos just sound like plenty of flow but a real limited compressor which'll hinder the top end.. possibly making it fall off a little bit?
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by D-meet07 »</TD></TR><TR><TD CLASS="quote">just looked it up. $279 isnt bad at all for a turbo. That might be my next turbo. Now whats the turbo oil restrictor that everyone has been talking about??? They say that SS or XS offers it??</TD></TR></TABLE>
I made my own oil restrictor for almost nothing! All I did was tap out the 90* turbo inlet oil AN elbow fitting with a 5mm tap,then drilled out the centre of a 5mm grub screw with a 1.5 mm drill bit. I screwed the grub screw into the turbo AN 90* elbow fitting.This now stops over oiling of the turbo!
The grubscrew can't unscrew its self out because the turbo oil feed pipe screws onto the 90* fitting & holds it in!
I made my own oil restrictor for almost nothing! All I did was tap out the 90* turbo inlet oil AN elbow fitting with a 5mm tap,then drilled out the centre of a 5mm grub screw with a 1.5 mm drill bit. I screwed the grub screw into the turbo AN 90* elbow fitting.This now stops over oiling of the turbo!
The grubscrew can't unscrew its self out because the turbo oil feed pipe screws onto the 90* fitting & holds it in!
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by D-meet07 »</TD></TR><TR><TD CLASS="quote">now what is that restrictor suppose to do???it looks more like it would starve the turbo more than help it??</TD></TR></TABLE>you realize that bushing turbos only need 15psi of oil pressure right? Hondas can put out up to 60 in the upper rpms...
that oil restrictor would probably be perfect
that oil restrictor would probably be perfect
ok guys heres the good stuff.
http://www.function-7.com/a0-turbo.html
http://stores.ebay.com/Function7-Engineering
http://www.function-7.com/a0-turbo.html
http://stores.ebay.com/Function7-Engineering
If you guys want to figure out what size restrictor to use heres a little site with a calculator that may be able to help you.
http://hyperphysics.phy-astr.g....html
If you guys are confused with the site I can show you an easier/alternative way to calculate it
http://hyperphysics.phy-astr.g....html
If you guys are confused with the site I can show you an easier/alternative way to calculate it
you know what I think?
Thats SSAC has made a come back.
Being that they have a bad name, when something brakes they(customers) blame the turbo,
However, if someone has a reall nice Garret or something and it brakes, they just blame them selves.
This is something I think as to the rep of ssac.
Good turbos go bad all the time. People just think becuase it has a great name behind it, it was something they did.
dont flame, I'm not saying SSAC is better, there not. But their putting up a fight for basic low psi boosting.
Many people over at G2IC use SSAC and hvae had great results.
One guy blew his turb, but he blamed himself,
He said he saw it spike, and the last # he saw was 28psi. lol and then boom.
but he forgot to hok something up.
I might look into an SSAC kit and replace a few things,
Tuning is something that must be done correcty.
I only want 6psi so I dont need a 1K turbo.
guess time will tell.
And dont flame me on my statement above, its IMO
Thats SSAC has made a come back.
Being that they have a bad name, when something brakes they(customers) blame the turbo,
However, if someone has a reall nice Garret or something and it brakes, they just blame them selves.
This is something I think as to the rep of ssac.
Good turbos go bad all the time. People just think becuase it has a great name behind it, it was something they did.
dont flame, I'm not saying SSAC is better, there not. But their putting up a fight for basic low psi boosting.
Many people over at G2IC use SSAC and hvae had great results.
One guy blew his turb, but he blamed himself,
He said he saw it spike, and the last # he saw was 28psi. lol and then boom.
but he forgot to hok something up.
I might look into an SSAC kit and replace a few things,
Tuning is something that must be done correcty.
I only want 6psi so I dont need a 1K turbo.
guess time will tell.
And dont flame me on my statement above, its IMO



