You mentioned you have Peavey BW's. Consider pulling them apart and getting a pair of these baskets:
http://www.ebay.com/itm/Peavey-1208...367994&hash=item43fc96e9f0:g:kUUAAOSw5cNYer~R
Before pullin the trigger, email Peavey to double check that your older style motors will bolt to these baskets, i'm pretty sure it's a go, but you need to double check.
OK, you have my attention. So you are saying to use the old Peavey motor on the new style BW basket? What is the story behind this combination? Has Peavey made a significant improvement on the BW?
I'm particularly interested because back when I worked in ProSound I installed hundreds of Peavey cabinets in churches, clubs, halls, etc.. Their horn drivers usually drove me nuts with early onset of listener fatigue (which I believe was induced by Peavey's tendency to cross their drivers so low that they were driven into distortion very easily). The woofers, though - Scorpions and Black Widows - seemed to be adequate.
Just adequate. But they paled in comparison to their JBL and EV counterparts. (Which, I suspect, is why Peavey, until recently, was reticent to publish their T/S parameters. Even now their newest and largest woofers have published Fs numbers in the forties, and Xmax numbers frequently seen in woofers as small as 4".)
I've often wondered why Peavey, even though they have state of the art manufacturing facilities, play it so safe when it comes to their speaker designs. The only rationale I can come up with is that they are engineering for durability and longevity rather than maximum sonic performance.
Sorry for the diatribe. Would you fill us in on your recommendation?
GeeDeeEmm
From the Peavey Web Site:
Re is DC resistance of the voice coil in ohms
Fs is free air resonance of the speaker cone assembly in Hz
QTS is total quality factor in free air
QMS is mechanical quality factory
QES is electrical quality factor
VAS is equivalent volume compliance of suspension in liters
No is efficiency in percents
VD is volume of air displaced in milliliters
Xmax is T peak-to-peak maximum cone excursion in millimeters
Model## Re Fs QTS QMS QES VAS No Xmax VD
1201-8 6.1 59.7 .27 6.6 .28 59 3.8% +/-2.6 143
1202-4* 4.5 47.1 .25 8.2 .26 100 4.4% +/-2.6 143
1203-4 3.0 57.8 .37 7.5 .39 72 3.1% +/-1.0 56
1203-8 6.1 59.4 .38 8.1 .40 69 3.6% +/-1.0 56
1205-8 5.2 55.6 .28 8.7 .29 69 3.8% +/-4.5 24
1501-4DT 3.2 46.7 .34 2.4 .40 188 4.6% +/-1.2 84
1502-4DT 3.2 43.1 .36 7.9 .38 192 3.7% +/-2.8 225
1502-8DT 6.1 42.4 .32 7.5 .34 205 4.5% +/-2.8 225
1504-4DT 3.5 31.3 .29 6.2 .32 385 3.6% +/-3.0 240
1505-4DT 3.2 44.6 .37 8.8 .39 182 4.0% +/-4.8 385
1505-8DT 5.2 44.2 .37 7.8 .39 198 3.9% +/-4.8 385
1505KA-8DT 5.3 44.3 .35 8.1 .37 187 4.5% +/-2.6 208
1801-4 3.5 40.6 .47 8.9 .49 330 4.3% +/-4.6 516
1801-8 6.5 40.2 .61 8.4 .63 321 3/4% +/-4.8 538
* inverted dust cap