Custom Event Setup

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    Specifications:
    • RMS Power: 450 W
    • Peak Power: 900 W
    • Voice Coil Configuration: Dual 4 Ω (DVC) – can be wired to 2 Ω or 8 Ω
    • Magnet Weight: 55 oz ferrite magnet
    • Voice Coil Diameter: 2.0″ aluminum former
    • Basket / Frame: Stamped steel chassis
    • Sensitivity: 84.83 dB (1 W / 1 m)
    • Resonant Frequency (Fs): 21.27 Hz
    • Qts: 0.62
    • Vas: 185.47 liters
    • Xmax (one-way): ±0.97″ (±24.6 mm)
    • DC Resistance (Re): 7.63 Ω

    Construction:
    • High-excursion design for deep bass output
    • Reinforced cone structure for durability under high power
    • Treated foam surround for improved linearity and control
    • Optimized motor structure for thermal and mechanical stability

    Performance Notes:
    • Designed for high-output applications with accurate low-frequency response
    • Works well in both sealed and ported enclosures
    • Recommended wiring options:
     – Series for 8 Ω load
     – Parallel for 2 Ω load
    • Requires amplifier capable of sustained 450 W RMS at final impedance

    Specifications:
    • RMS Power: 450 W
    • Peak Power: 900 W
    • Voice Coil Configuration: Dual 4 Ω (DVC) – can be wired to 2 Ω or 8 Ω
    • Magnet Weight: 55 oz ferrite magnet
    • Voice Coil Diameter: 2.0″ aluminum former
    • Basket / Frame: Stamped steel chassis
    • Sensitivity: 84.83 dB (1 W / 1 m)
    • Resonant Frequency (Fs): 21.27 Hz
    • Qts: 0.62
    • Vas: 185.47 liters
    • Xmax (one-way): ±0.97″ (±24.6 mm)
    • DC Resistance (Re): 7.63 Ω

    Construction:
    • High-excursion design for deep bass output
    • Reinforced cone structure for durability under high power
    • Treated foam surround for improved linearity and control
    • Optimized motor structure for thermal and mechanical stability

    Performance Notes:
    • Designed for high-output applications with accurate low-frequency response
    • Works well in both sealed and ported enclosures
    • Recommended wiring options:
     – Series for 8 Ω load
     – Parallel for 2 Ω load
    • Requires amplifier capable of sustained 450 W RMS at final impedance