Description

The Electro-Voice EVU-2082/95-WHT is a compact two-way loudspeaker system that can be utilized in a number of applications where top quality sound reinforcement is required in an ultra-compact lightweight enclosure. The enclosure design utilizes asymmetric angles to deal with tight clearances to wall and ceilings at the same time as providing optimal coverage patterns making it ideal to blend into surroundings. This design was optimized for wall, stage lip and under balcony applications.
The EVU-2082/95-WHT incorporates the ICT-1-8, a high-output 1.3″ diaphragm titanium compression driver coupled to a Constant Directivity 90° x 50° rotatable waveguide. The ICT-8-16 woofer was developed the use of FEA optimization to provide the highest sensitivity at the same time as achieving the highest level of speech intelligibility. The crossover design uses 18-dB-per-octave slopes with equalization for very smooth response in the vocal range, linear off-axis response and a protection circuit for long term reliability.
The EVU series is constructed of 9-ply hardwood plywood enclosures with six integral M8 suspension points to beef up all kinds of mounting positions. The EVU system is finished in textured paint, available in either white or black. Each EVU system includes a universal U-bracket to facilitate mounting. The U-bracket provides full unobstructed rotation of the loudspeaker (330° unobstructed rotation if the transformer kit is installed). Additional mounting points are located on the rear of the enclosure for use with an Omnimount or Allen Products type bracket. All of these features provide the flexibility to address a large range of venues, at the same time as quickly and precisely supporting customer requirements.
1.3″ (33 mm) diaphragm, 1.4″ (36 mm) exit pure titanium compression driver & Dual 8″ (203 mm) LF transducers
Advanced third-order crossover network with HF protection
90° x 50° Constant Directivity rotatable waveguide
95 dB sensitivity, 126 dB maximum SPL
350 Watts continuous, 1400 Watts peak