
gercho
Audioholic Intern
Hi, I've been playing with the info Annunaki gave me. I've modeled the box for the 12W3v3 to see how it looks. Besides maybe someone trying to build a box for them may use the info.The 13W6v2 is near equal to the 12W7 in terms of linear displacement. The only problem is that it requires a 6.0 fft^3 enclosure tuned to 20hz with a rather large 3.0" x 16" vent 43" long tuning at 20hz.
If the W3's are actually W3v3's, that would be the route to go. Other wise the 13W6v2 would be a nice option.
The 12W3v3 models well in a 5.5ft^3 enclosure with a 2.5" x 16" vent 40" long. This tunes it to 21hz.
12W6v2 works very well in a 4.5 ft^3 enclosure with a 2.75" x 16" vent 54" long tuning to 21hz.
All of the above enclosures result in an f3 of 19hz anechoic. The 13w6v2 models about 2db higher in output across the entire usable range. Although using 2 of the 12W3v3 would give you more output as well as allow for better in-room response capabilities.
It's a cube with a net internal volume of 5.5 cubic ft and a vent of 2.75"H x 16"W and 54"L
The MDF is 1" thick.
Please let me know if you think there's something wrong.
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