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Blackeagle · 11-08-2003, 08:10 PM

What I thinking at this point Tex707 is to cut the Lexan 1/2" top (one side) at an angle. Combined with a thin based block with pins raised up out of it I think this can work.

Pins would be approx. .2" (5mm) and the top would be .5" Lexan,
with a thinner 1/8-3/16" base.

I'll rout a square area for the pins into the Lexan top. Although I may also use a copper 1/2"=>3/8" bell reducer as the inlet to get a bit more water velocity to impact the base with, & a bit of 1/2" copper tube for the open low restriction outlet.

A question I still have.

Is the .2" pin hieght a good length? I'm open to advice on this as I picked this .2 height as it would be handy to work with along with a 1/2" top of Lexan.

11-08-2003, 08:10 PM	#75
Blackeagle Thermophile Join Date: Oct 2002 Location: U.S.A = Michigan Posts: 1,243	What I thinking at this point Tex707 is to cut the Lexan 1/2" top (one side) at an angle. Combined with a thin based block with pins raised up out of it I think this can work. Pins would be approx. .2" (5mm) and the top would be .5" Lexan, with a thinner 1/8-3/16" base. I'll rout a square area for the pins into the Lexan top. Although I may also use a copper 1/2"=>3/8" bell reducer as the inlet to get a bit more water velocity to impact the base with, & a bit of 1/2" copper tube for the open low restriction outlet. A question I still have. Is the .2" pin hieght a good length? I'm open to advice on this as I picked this .2 height as it would be handy to work with along with a 1/2" top of Lexan. Last edited by Blackeagle; 11-08-2003 at 08:40 PM.