Faital Pro 10FE200

Ferrite
10FE200

Description

Faital Pro 10FE200 is a 10 inch cone driver with a 37 mm voice coil and a ferrite magnet. The listing gives 150 W AES power and 96 dB sensitivity on 8 ohm, covering 50 Hz to 4.5 kHz. The net weight is 2.2 kg. Useful for PA and monitor builds that need the listed bandwidth. Available from VMT with a GST invoice, shipped across India.

Key features

  • 10" cone driver with Ferrite magnet
  • Voice coil 37 mm (1.46")
  • 150 W AES power on 8 ohm
  • Sensitivity 96 dB (1 W / 1 m)
  • Frequency range 50 Hz - 4.5 kHz
  • Net weight 2.2 kg

Specifications

Woofer10"
Power (RMS)150 W
Frequency range50 Hz - 4.5 kHz
Impedance8 ohm
Weight2.2 kg
Manufacturer description
Nominal Specifications
Nominal Diameter 250 mm (10 in)
Overall Diameter 256.8 mm (10.11 in)
Bolt Circle Diameter 243.8 mm (9.60 in)
Baffle Cutout Diameter 233.8 mm (9.20 in)
Depth 102 mm (4.02 in)
Flange and Gasket Thickness 8 mm (0.31 in)
Net Weight 2.2 kg (4.9 lb)
Shipping Box
(Single Carton Box)
282 x 280 x 140 mm
(11.0 x 11.0 x 5.5 in)
Shipping Weight 2.6 kg (5.7 lb)


Technical Parameters
Nominal Impedance 8 Ohm
Minimum Impedance 6.2 Ohm
AES Power Handling (1) 150 W
Maximum Power Handling (2) 300 W
Sensitivity (1W/1m) 96 dB
Frequency Range 50÷4500 Hz
Voice Coil Diameter 37 mm (1.46 in)
Winding Material Al
Former Material Kapton
Winding Depth 12 mm (0.47 in)
Magnetic Gap Depth 8 mm (0.31 in)
Flux Density 1 T
Magnet Ferrite Ring
Basket Material Steel
Demodulation No
Cone Surround (3) Accordion (4 waves)
NET Air Volume filled by Loudspeaker 0.6 dm^3 (0.021 ft^3)
Spider Profile 1x constant height waves
Thiele and small parameters
Fs 55 Hz
Re 5.9 Ohm
Qes 0.74
Qms 11.3
Qts 0.69
Vas 61.7 dm^3 (2.18 ft^3)
Sd 359.7 cm^2 (55.75 in^2)
Xmax (4) 4.67 mm
Xdamage (5) 10.4 mm
Mms 24.5 g
Bl 8.2 N/A
Le 0.42 mH
Mmd 16.8 g
Cms 0.34 mm/N
Rms 0.7 kg/s
Eta Zero 1.34 %
EBP 74 Hz


PART NUMBER (P/N)
Faston Terminals - 8 Ohm Version 02504022



Notes:
(1) 2 Hours Test According to AES 2-1984 Rev. 2003
(2) Maximum power is defined as 3dB greater than nominal power.
(3) Treated Polycotton
(4) Xmax= [(winding depth - magnetic gap depth)/2] + (magnetic gap depth/3)
(5) Maximum excursion before permanent damage

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