The EDGE XLA3 compact line array loudspeaker module is an externally powered 2-way passive speaker which integrates mid and high frequency transducers in a single unit. XLA3 utilizes world class Italian (B&C) drivers that provide optimum performance and features innovative line array technology within a compact, user friendly package.
Mid-bass frequency reproduction is handled by single 12 inch 700W woofer in bass reflex configuration. This high power and high excursion 12 inch woofer has been specially built for the XLA3 to ensure punchy low-frequency and superb mid frequency performance. For High frequencies 3 x 1 inch exit compression driver are mounted on to three individual high frequency plane wave converters. The resultant planer wave is then coupled to a proprietary high frequency horn to ensure, wide dispersion, precise high frequency coverage and even arraying in all situations.
As a two-way full-range system it can be utilized for reinforcing conferences and seminars as a standalone but for applications requiring low frequency reinforcement it may be combined with the EDGE-X XLS18, XLS28 and ELAN PRO LF1pro and LF3 pro subwoofers, extending the range to 28Hz.
The XLA3 incorporates proprietary rigging systems on their sides for safe, easy and quick flying or stacking. The physical angles can be preset for a wider coverage before flying the system; permissible angles are from 0° to 12°. The XLA3 trapezoidal shape and rear located splay angle adjusters maintains the front spacing the same, providing the array with a continuous front baffle, for improved array performance.
Despite the compact size, XLA3 arrays deliver both, exceptionally high output capability and predictable pattern control. The Edge XLA3 meets the need for a versatile, scalable system that can be flown or ground stacked for corporate events, theatres, indoor and outdoor venue applications, including portable and installed. It is also suitable as a delay system for large scale outdoor sound reinforcement. The enclosure size, shape, weight and rigging are optimized for ease of transport and handling. Arrays may be easily flown or ground stacked
