Well Bruce & Mouse, now look what you've done! My curiousity of an annubar based bench has gotten the best of me, now I've put my orifice type bench project on the back burner(it will be killer when I get it finished). Anyway...A few nights ago I started on a small annubar bench, almost exactly like "Digs" picture. The annubar is per D.T. specs and it is in the middle of a 24" long piece of 1-1/4" pvc and it goes into a 18x12x12 box(lxwxh)made of 1/2" mdf with a 3" opening adapter plate on the top. Now for the questions:1) I placed my static tap (.06 dia) one inch below and 90-deg from the axis of the annubar, do you have any pointers/rules of thumb for the grasshopper ? 2) I have to make an inclined manometer yet
and my testing has shown that this flow element will pull about 4-1/2" h20, so can I make one say 20" in length w/ a rise of 4-1/2" and then make a percent of flow scale for it?
I know I've made you cringe atleast twice(box & percent of flow scale) but just bear with me. Can this be done and maintain a good level of accuracy? Lastly should I put my static tap for depression in the flow element or in the box and where do you think it will work the best? I have some other questions too, but will go a little further to see if the answers come to me after I get this manometer stuff figured out.
This bench is soley made for a Briggs Intek 206 cylinder heads.
No, not a kart guy, I'm a snowmobile guy, building a tube chassis, i.f.s. snowmobile to race in an outlaw class.
Thanks in advance
Scott
Rad Rides By Dad