-40%

EAW BH760 Supercharge KIT - PAIR Faital PRO 12RS1066 12 Inch 2000 Watt SUBWOOFER

$ 449.85

Availability: 100 in stock
  • Voice Coil Diameter: 4"
  • Magnet Composition: Neodymium
  • Country/Region of Manufacture: Italy
  • Type: Subwoofer Driver
  • Part Number: 03004219
  • Suited For: Subwoofer Frequencies
  • Nominal Diameter: 12"
  • Model: 12rs1066
  • California Prop 65 Warning: This item may contain chemicals known to the state of California to cause cancer
  • Item must be returned within: 30 Days
  • Nominal Impedance(Ohms): 8ohm
  • Refund will be given as: Money back or replacement (buyer's choice)
  • Condition: New
  • Brand: Faital
  • Compatible Brand: EAW
  • Size: 12"
  • MPN: 12rs1066
  • All returns accepted: Returns Accepted
  • Power Handling: 1000 watts RMS
  • Max Linear Excursion: 12.45 mm
  • Return shipping will be paid by: Seller

    Description

    PAIR - FaitalPro 12RS1066 Ultra High Power 12" 8ohm Pro Audio Subwoofer
    If you have an EAW BH760 and want to upgrade it to a world class bass machine, look no further.  These will go louder, lower, handle more power and not self destruct.  This is the woofer you have been looking for!  (pics are in a DCS2)
    The stunning 12RS1066 by High End Italian loudspeaker Mfg FaitalPRO is not just beautiful to look at with it's gorgeous custom one piece aluminum basket, laminated and reinforced weatherproof cone and rubber surround, It is also a world class performer.  This monster boasts a 4" all copper voice coil capable of handling 1000 watts RMS power all day long with peak power handling of 2000 watts.  Very long excursion of +/- 12.45 mm and very high motor strength (Bl) of 24.8 N/A means this thing can beat you senseless as well as go way down low all while retaining extreme accuracy and dynamics.  a large vented neodymium ring magnet and aluminum demodulation ring minimize distortion and power compression.  This woofer works extremely well in long folded horn designs.  This is the best replacement you can find for the long EAW bass horns for example.  Re-load those cabinet with this monster and it's like doubling your cabinets by just changing the drivers and you also won't be constantly reconing anymore
    NOMINAL SPECIFICATIONS
    Nominal Diameter
    300 mm (12 in)
    Overall Diameter
    316 mm (12.44 in)
    Bolt Circle Diameter
    298.5 mm (11.75 in)
    Baffle Cutout Diameter
    282 mm (11.10 in)
    Depth
    176.5 mm (6.95 in)
    Flange and Gasket Thickness
    20.2 mm (0.80 in)
    Net Weight
    6.6 Kg (14.6 lb)
    Shipping Box
    (Single Carton Box)
    350 x 346 x 216 mm
    (13.8 x 13.6 x 8.5 in)
    Shipping Weight
    7.3 Kg (16.1 lb)
    TECHNICAL PARAMETERS
    Nominal Impedance
    8 Ohm
    Minimum Impedance
    6.5 Ohm
    AES Power Handling
    (1)
    1000 W
    Maximum Power Handling
    (2)
    2000 W
    Sensitivity (1W/1m)
    93 dB
    Frequency Range
    45÷2500 Hz
    Voice Coil Diameter
    100 mm (4 in)
    Winding Material
    Cu
    Former Material
    Glass Fiber
    Winding Depth
    28.9 mm (1.14 in)
    Magnetic Gap Depth
    12 mm (0.47 in)
    Flux Density
    1.22 T
    Magnet
    Neodymium Ring
    Basket Material
    Aluminum
    Demodulation
    Aluminum Ring
    Cone Surround
    (3)
    Half Roll
    NET Air Volume filled by Loudspeaker
    2.9 dm^3 (0.102 ft^3)
    Spider Profile
    2x non-adjacent symmetrical variable height waves
    THIELE AND SMALL PARAMETERS
    Fs
    42 Hz
    Re
    5 Ohm
    Qes
    0.34
    Qms
    13.9
    Qts
    0.33
    Vas
    31.5 dm^3 (1.11 ft^3)
    Sd
    496 cm^2 (76.88 in^2)
    Xmax
    (4)
    12.45 mm
    Xdamage
    (5)
    20.5 mm
    Mms
    156.5 g
    Bl
    24.8 N/A
    Le
    1.35 mH
    Mmd
    144.0 g
    Cms
    0.09 mm/N
    Rms
    3.0 Kg/s
    Eta Zero
    0.67 %
    EBP
    124 Hz
    PART NUMBER (P/N)
    Push Terminals - 8 Ohm Version
    03004219
    NOTES:
    (1)
    2 Hours Test According to AES 2-1984 Rev. 2003
    (2)
    Maximum power is defined as 3dB greater than nominal power.
    (3)
    NBR (Rubber)
    (4)
    Xmax= [(winding depth - magnetic gap depth)/2] + (magnetic gap depth/3)
    (5)
    Maximum excursion before permanent damage