Product

FXI10.50W

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Woofer 10'' Ferrite

Program Power
Rated Impedance
Nominal Diameter
Sensitivity
Voice Coil Diameter
Frequency Range
450 W
8 Ohm
10''- 250 mm
96 dB (2,83V/1m)
2 in - 50 mm
50-4500 Hz
Nominal Diameter 10''- 250 mm
Rated Impedance 8 Ohm
Nominal Power Handling 1 220 W
Program Power 2 450 W
Sensitivity 3 96 dB (2,83V/1m)
Frequency Range 4 50-4500 Hz
Minimum Impendance -
Basket Material Aluminum
Magnet Material Ferrite
Cone Material Doped cellulose fiber
Cone Shape Exponential
Surround Nomex Fabric
Suspension Nomex Fabric
Voice Coil Diameter 2 in - 50 mm
Voice Coil Winding Material Aluminum
Voice Coil Length 12,7 mm - 0,5 in
Voice Coil Former Material Aluminum
Connection Type -
Ferrofluid No
Magnet Gap Height 8 mm - 0,31 in
Max. Peak to Peak Excursion Xlim -
Efficiency Bandwidth Product EBP 141
Recommended Loading Vented Box
Volume/ Tuning Frequency
Maximum Recommended Frequency -
Version - Part Code
Resonance Frequency 58 Hz
DC Resistance 5,8 Ohm
Mechanical Q Factor 4.3
Electrical Q Factor 0.41
Total Q Factor 0.38
BI Factor 13,3 Tm
Effective Moving Mass 34,5 g
Equivalent Cas air Loaded 38,5 lt (dm³) - 1,36 cuft
Suspension Compliance -
Effective Piston Diameter 213 mm - 8,39 in
Effective Piston Area 356 cm² - 55,18 sq in
Max. Linear Excursion 5 4,5 mm - 0,18 in
Voice Coil Inductance @ 1kHz 0,85 mH
Half.space Efficiency 1,8 %
Overall Diameter 268 mm - 10,55 in
Baffle Cutout Diameter 235 mm - 9,25 in
Flange and Gasket Thickness 13 mm - 0,51 in
Total Depth 111 mm - 4,37 in
Bolt Circle Diameter 253 mm - 9,96 in
Bolt Holes Quantity and Diameter 8 / 5 mm - 0,2 in
Net Weight 3,4 Kg - 7,49 lb
Shipping Units 1 Pc
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Notes

1 Nominal power is determined according to AES2-1984 (r2003) standard.
2 Program Power is defined as 3 dB greater than the Nominal rating.
3 Sensitivity represents the averaged value of acoustic output as measured on the forward central axis of cone, at distance 1m, when connected to 2,83V sine wave test signal.
4 Frequency range is given as the band of frequencies delineated by the lower and upper limits where the output level drops by 10 dB below the rated sensitivity in half space environment.
5 Linear Math. Xmax is calculated as (Hvc-Hg)/2 + Hg/4 where Hvc is the coil depth and Hg is the gapdepth.
6Frequency response curve In the range above 150 Hz is measured on infinite baffle conditions and simulated as per recommended loading in the range below 150 Hz.
7 Impedance curve is measured in free air conditions at small signals.