Electro-Voice ZX1I-100TW 8" 2-Way Weather-Resistant Passive Loudspeaker with 100W Transformer (White)

Discover High-Quality Sound with the Electro-Voice ZX1i-100T
The Electro-Voice ZX1i-100T is a versatile 8" 2-way weather-resistant passive loudspeaker that delivers exceptional sound quality for both indoor and outdoor environments. Perfect for arenas, stages, and patios, this model combines a titanium high-frequency compression driver and an 8" woofer to achieve a frequency response of 60 Hz to 20 kHz, ensuring your sound is both clear and powerful.

Engineered for Durability and Reliability
Built to last, the ZX1i-100T meets rigorous IEC 529 and MIL-SPEC-810 environmental specifications, making it robust enough to withstand challenging outdoor conditions. The heavy-duty QuickSAM mounting system guarantees quick, secure installation, while the ABS resin cabinet with a two-layer grille ensures the loudspeaker remains protected against the elements.

Advanced Technology for Consistent Performance
Featuring a built-in 100W transformer with Automatic Saturation Compensation (ASC) technology, the ZX1i-100T delivers consistent sound quality even when added to existing lines. This unique feature prevents transformer saturation at low frequencies, ensuring that the audio quality remains stable and clear, regardless of volume.

Flexible Installation for Various Applications
Whether used in a 70V or 100V constant-voltage system, the ZX1i-100T offers flexibility with transformer taps ranging from 6.5 to 100 watts and a bypass option for 8-Ohm setups. Its 100 x 100° horn coverage provides broad, even dispersion of sound, making it an ideal choice for covering wide areas efficiently.

Optimized Design for Enhanced Audio Experience
The design of the ZX1i-100T includes a velocity-compensated port that enhances low-frequency response—a significant advantage in smaller cabinet loudspeakers. The internal crossover network is complemented by a passive limiter for full-bandwidth overload protection, ensuring the loudspeaker performs optimally under all conditions.