Eighteen Sound 12LW1400 18 Sound 12" Mid Bass 1400w 4" Vc

* Nominal Diameter: 300 mm ( in)
* Nominal Impedance: 8 O
* Minimum Impedance: 6.8 O
* Nominal Power Handling: 900 W
* Continuous Power Handling: 1400 W
* Sensitivity: 96.0 dB
* Frequency Range: 51 - 4000 Hz
* Voice Coil Diameter: 100 mm (4.0 in)
* Winding Material: aluminum
Extended low frequency loudspeaker which sets a new industry standard in 12-in (300 mm) 4-in voice coil high performance transducers, already accomplished by the 15LW1400 and 18LW1400 respectively. The transducer has been designed for subwoofer or low frequency component usage in multi-way systems where considerable amounts of power and low distortion are needed. 12LW1400 is ideally suited for very high loading cabinets, such as bandpass, horn loaded or compact reflex configurations. In its reflex configuration, 12LW1400 can be used in extremely compact enclosures (30 - 60 lt), making it the ideal choice for touring applications, sound reinforcement or fixed installations, including indoor and outdoor concert reinforcement systems. Maximum strength, smooth response and high displacement piston motion are obtained using Double Silicon Spider technology (DSS) and a large excursion surround. A special formulation cone material has been used to enable it to withstand high loading and high power peaks. The suspension system has been designed to give symmetric large signal behavior across the whole working range, providing low harmonic distortion at different excitation levels. An inside outside aluminum voice coil, based on Interleaved Sandwich Voice coil (ISV) provides high levels of thermal stability and durability. The ISV technology is based on a high strength fiberglas former with half the coil wound on the outside and half on the inside ensuring uniform thermal dissipation on both sides. It is bonded together using unique high temperature resin adhesive to achieve a balanced and solid linear motor unit. Double Demodulation Rings (DDR) technology dramatically reduces the intermodulation and harmonic distortion whilst improving the transient response.