I am looking for some rough dimensions of the fallowing. If I could get it in INs that would be great.


1. T3 - X and Y cordinates of a T3 inlet flange. I need the INLET part of the flange measured, not the overall dimensions.

2. How long is it from the end of the turbine housing, to the tip of the compressor inlet?

3. What is the largest diameter of the E compressor housing (not including the outlet)?

4. (4 or 5 bolt housing) What is the distance from the center of the turbine inlet to the center of the turbine wheel?

I'm just doing some solid works stuff, and can't seem find the info anywhere. I found sketches of the GT turbos though, but not the regular Ts.

TIA!!!

Bryson

 

<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by Bryson &raquo;</TD></TR><TR><TD CLASS="quote">I am looking for some rough dimensions of the fallowing. If I could get it in INs that would be great.


1. T3 - X and Y cordinates of a T3 inlet flange. I need the INLET part of the flange measured, not the overall dimensions.

2/5/16" x 1/7/8"

2. How long is it from the end of the turbine housing, to the tip of the compressor inlet?

7.63"

3. What is the largest diameter of the E compressor housing (not including the outlet)?

6.88"

4. (4 or 5 bolt housing) What is the distance from the center of the turbine inlet to the center of the turbine wheel?

About 3.75" if I'm understanding you right.


</TD></TR></TABLE>

 

1=~2.59x1.86"
2=~7.75"
3=~7"
4=Not quite sure what you mean. Depth of wheel in the housing? Or Distance from outside edge of "outlet" to center of wheel?

 

http://www.turboneticsinc.com/turbo_dimensions.htm

 

Thanks guys!!!

Any idea if the turbonetics measurements are "almost" exactly like garret?

And what I mean't by the last question, was basically the horizontal distance from the center of the turbine inlet, to the center of the shaft. (Which shows as 1.75" on the turbonetics T3/T4).