spartablades
Member
hi i m new here ..i m start to build that project ..a have a turbo with intake inducer diameter 7,4
Joined: February 2020
Posts: 33
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Post by spartablades on Feb 29, 2020 9:53:17 GMT -5
I believe I am ready to make my next attempt at a flame tube and am looking for input. Looking at using 9x 0.375 in primary holes around and 9x 0.125 holes on the head plate. If I go this route, does it matter if the primary holes are lined up with the head holes? I drew both on the left. Fuel injector is the same 6 sided bolt that has worked well in previous designs but may have the head turned down so it can be installed from the outside. Same 6 holes though. That is unless maybe I should make a new injector that has 9 holes that line up with the 9 primary holes. 9x 0.375in holes = .994 sq in 9x 0.125in holes = .110 sq in total 1.104 sq in Jetspecs suggests 1.10 sq in This design is a big change from previous attempts. The top head plate is no longer exposed, it is contained inside the outer housing. Hopefully this will be a safer design. Originally I was going to use a dome cut from an old air tank but decided not to. Thoughts? If this works well, I may have a source for 304 or 316 stainless for a final design.
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spartablades
Member
hi i m new here ..i m start to build that project ..a have a turbo with intake inducer diameter 7,4
Joined: February 2020
Posts: 33
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Post by spartablades on Feb 29, 2020 9:54:41 GMT -5
how you calculate the holes? the dimension of combustion chamber flame tube and more?
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Post by racket on Feb 29, 2020 16:50:43 GMT -5
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spartablades
Member
hi i m new here ..i m start to build that project ..a have a turbo with intake inducer diameter 7,4
Joined: February 2020
Posts: 33
|
Post by spartablades on Mar 1, 2020 10:22:29 GMT -5
nuclearprojects.com/jetspecs/ yeeesss that calulator i have but i want make sure my details..this i sent here ..you all got experience are here in the site and i want help that is ma deteils: too someone problem i found is here .. : to the same (1st pic) the diameter is 22,2 cm ...and according to my calculation in the 2nd photo for the big turbocharger: 7.4cm (my inducer turbo) 7.4 x 2 * (* 2 beacuse the text say x2 to big turbos) effect 14.8 .... while in program in the 1st picture says 22.2 private image upload
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