EAW QX326, Passive Live Sound Speaker, Two way Trapezoidal Enclosure (Black and White)

EAW QX326, Passive Live Sound Speaker, Two way Trapezoidal Enclosure (Black and White)

The new EAW QX326 Series has a color variants (Black and White). This EAW QX326 is engineered to delivers a great output and renowned broadband pattern control similar to the QX500 Series three-way but in a new compact two-way format. The EAW QX326 has a large 4-in voice coil high frequency compression driver that makes it possible to cover the mid-range frequencies. Also, the EAW QX326 high output level makes it appropriate for medium throws in arenas and stadiums or high-energy applications like live music venues or dance clubs. The broadband pattern control lets it tame hostile acoustical environments like cathedrals or highly reverberant public spaces. And its exceptional fidelity pleases the most critical listeners in concert halls and performing arts centers. The EAW QX326 has an ultra-efficient and unique high compression driver with a 120° x 60° constant directivity horn (one of six horn patterns available, ranging from 60° x 45° to 120° x 60°). Four Phase Aligned™ 10-in low frequency transducers arranged as vertical and horizontal pairs leverage beneficial interaction based on their spacing to extend pattern control. EAW QX326 four low frequency transducers surround the high compression driver symmetrically in the horizontal and vertical planes, response across the full frequency spectrum appears to originate from a single point in space. The users can select between single-amp and bi-amp operating modes. Additionally, each woofer pair is brought out to the input plate independently to permit independent, series, or parallel wiring. Combined, these features offer enormous installation flexibility.

EAW QX326 Main Features

• High output, single or bi-amplified, two-way performance
• Broadband pattern control
• Ultra-efficient HF compression driver
• Four Phase Aligned™ 10-in cone transducers (vertical and horizontal pairs)
• Installation flexibility, compact size