Faital Pro 6FE200-8 6-inch Professional Midrange Loudspeaker 8 OHM - 130 Watts Rms / 260 Watts Max, 95 dB, 85–6000 Hz

Overview: The Faital Pro 6FE200-8 is a 6-inch professional midrange/mid-bass driver designed for PA, home and car audio use. It delivers 130 W AES power handling (2-hour AES 2-1984 Rev. 2003 test) with a 260 W maximum rating, 95 dB sensitivity and a frequency response spanning 85–6000 Hz. Mechanical / physical dimensions: Nominal Diameter: 160 mm (6 in); Overall Diameter: 167.4 mm (6.59 in); Bolt Circle Diameter: 154 mm (6.06 in); Baffle Cutout Diameter: 144 mm (5.67 in); Depth: 77 mm (3.03 in); Flange and Gasket Thickness: 8 mm (0.31 in). Net Weight: 2 kg (4.4 lb). Shipping Box (Single Carton Box): 190 x 185 x 103 mm (7.5 x 7.3 x 4.1 in). Shipping Weight: 2.2 kg (4.9 lb). Electrical and performance data: Nominal Impedance: 8 Ohm; Minimum Impedance: 6.8 Ohm; AES Power Handling (1): 130 W; Maximum Power Handling (2): 260 W; Sensitivity (1W/1m): 95 dB; Frequency Range: 85-6000 Hz. Motor and voice coil: 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 and suspension: Basket Material: Steel; Cone Surround (3): M-Roll; Spider Profile: 1x constant height waves; Demodulation: No. Acoustic volume and excursion: NET Air Volume filled by Loudspeaker: 0.45 dm^3 (0.016 ft^3). Xmax (4): 4.67 mm; Xdamage (5): 10.4 mm. Additional motor parameters: Bl: 8.2 N/A; Le: 0.4 mH. Thiele & Small: Fs: 120 Hz; Re: 5.9 Ohm; Qes: 0.75; Qms: 6.2; Qts: 0.67; Vas: 3.6 dm^3 (0.13 ft^3); Sd: 131 cm^2 (20.23 in^2); Mms: 11.5 g; Mmd: 9.8 g; Cms: 0.15 mm/N; Rms: 1.4 kg/s; Eta Zero: 0.80 %; EBP: 160 Hz. Identification and ordering: Brand: FAITAL PRO; Model Number: 6FE200-8 | 6FE200. PART NUMBER (P/N) Faston Terminals - 8 Ohm Version: 01604017. UPC: 810130951345. 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.