whats the deal with the trim sizes ....
Those you mentioned are not trim numbers.
They are for the a/r [the size of the turbine housing (exhaust side of the turbo)] in the T3 family.
.48 smallest
.63 mid
.82 largest
Trim is the wheel size for either the compressor or turbine side.
They are for the a/r [the size of the turbine housing (exhaust side of the turbo)] in the T3 family.
.48 smallest
.63 mid
.82 largest
Trim is the wheel size for either the compressor or turbine side.
.36, .48, .63 and .82 are all T3 exhaust housing A/R's. They belong to the T3 family of turbochargers.
Trims the relationship of the inducer to the excuder and squared.
The smallest T3 exhaust a/r is a .36 and not a .48 like it was mentioned above.
Paul
Trims the relationship of the inducer to the excuder and squared.
The smallest T3 exhaust a/r is a .36 and not a .48 like it was mentioned above.
Paul
ok so now my next question is ....
how do you determine which size is best for a particular application...
and whats needed to run certain sizes
how do you determine which size is best for a particular application...
and whats needed to run certain sizes
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by respectblades »</TD></TR><TR><TD CLASS="quote">ok so now my next question is ....
how do you determine which size is best for a particular application...
and whats needed to run certain sizes</TD></TR></TABLE>
Well just list your setup, what type of driving (street, drag, auto-x) how much power you want to make, and your budget. We will be able to narrow it down for you.
how do you determine which size is best for a particular application...
and whats needed to run certain sizes</TD></TR></TABLE>
Well just list your setup, what type of driving (street, drag, auto-x) how much power you want to make, and your budget. We will be able to narrow it down for you.
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by IMPULSE B18C-T »</TD></TR><TR><TD CLASS="quote">
Well just list your setup, what type of driving (street, drag, auto-x) how much power you want to make, and your budget. We will be able to narrow it down for you.</TD></TR></TABLE>
T3/04 B16 (Maybe LSVTEC), looking for 250-275hp on a semi-street/drag. What trim level and a/r ratio should I be looking for. I would sacrifice a little lag on the low end for big power up top.
Well just list your setup, what type of driving (street, drag, auto-x) how much power you want to make, and your budget. We will be able to narrow it down for you.</TD></TR></TABLE>
T3/04 B16 (Maybe LSVTEC), looking for 250-275hp on a semi-street/drag. What trim level and a/r ratio should I be looking for. I would sacrifice a little lag on the low end for big power up top.
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I was just about to make a thread just like this. Good thing I saw this one...
I bought a turbo yesterday for my B18C1 setup:
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by CHEAPTURBOdotCOM »</TD></TR><TR><TD CLASS="quote">Freshly rebuilt turbonetics t3/to4b s-trim w/ .63 a/r stg 1 clipped.</TD></TR></TABLE>
So, what does "s-trim" mean?
What are the stages of the wheels?
I bought a turbo yesterday for my B18C1 setup:
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by CHEAPTURBOdotCOM »</TD></TR><TR><TD CLASS="quote">Freshly rebuilt turbonetics t3/to4b s-trim w/ .63 a/r stg 1 clipped.</TD></TR></TABLE>
So, what does "s-trim" mean?
What are the stages of the wheels?
Hm, that post is awesome. Very informative...
So here are a few facts on my turbo:
S trim (37 lb/min)
Stage 1 (small -- most common turbine on junkyard turbos)
But what does 37lb/min mean?
So here are a few facts on my turbo:
S trim (37 lb/min)
Stage 1 (small -- most common turbine on junkyard turbos)
But what does 37lb/min mean?
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