Description
Electro-Voice EVF-1122D/99 2-way Speaker – 500 W RMS – White – 2000 W (PMPO) – 12″ – 1.40″ Titanium Tweeter – 49 Hz to 21 kHz – 8 OhmThe Electro-Voice EVF-1122D/99 is a high-power, two-way loudspeaker system that can be used in a variety of applications where high-quality sound reinforcement is required in a compact, lightweight package.
The EVF-1122D/99 utilizes the DH7N, a high-output 3″ titanium compression driver, coupled to a Constant DirectivityTM 90° x 90° waveguide. The DVX3121A 12″ woofer was developed using FEA optimization for motor, suspension, and electrical design to ensure very low distortion, high efficiency, and maximum intelligibility at high SPL. The crossover uses steep, 24-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 EVF-1122D/99’s features make it ideal for many fixed-install applications. The trapezoidal enclosure is constructed of weather resistant birch, and coated with EVCoat TM for maximum protection from the elements. The unique acoustic and rigging design allows for vertical and horizontal clusters to be built using any combination of loudspeakers from the entire EVF and EVH series. With seven horn patterns to choose from, along with an assortment of low-frequency and subwoofer loudspeakers, you have the tools to maximize flexibility of system design, no matter what the application and budget. The innovative input panel provides a choice of Phoenix- style connector (included in all standard models) or the ability to add a dual NL4-type connector cover plate or gland-nut cover plate (for weatherizing applications). An externally accessible jumper selects passive or active operation. An available 70.7/100-V transformer kit may be easily mounted to the input panel for use in distributed systems. All these features give you the flexibility to address a large range of venues, quickly and precisely supporting customer requirements with fewer items in inventory.
