YAMAHA DZR15 15 Inch 2000-Watt Powered Speaker, Black

Description

The DZR15 is a 2-way bi-amped powered loudspeaker that offers superb clarity at an impressive maximum SPL of 139dB. With best-in-class SPL performance, sophisticated DSP processing, and unrivaled low-frequency sound reproduction, the DZR15 realizes a truly professional sound delivered with a level of power that belies its compact, lightweight design.

High power 2000W Class-D amplification

The all new, highly efficient Class-D amplification module produces best-in-class 2000W of power and an impressive 143dB SPL. All the amplifiers were selected and optimized to match the full-range DZR’s high, mid (only for DZR315), and low frequency transducers, while separate, customized amps were developed for the DXS XLF subwoofers as well.

Smart design for professional functionality

DZR15, DZR12 and DZR10 speakers feature a rotatable horn to allow vertical or horizontal mounting to further adapt to the acoustic dimensions of a venue. The coverage angle of the DZR15 is 90×50° and the DZR12 and DZR10 have 90×60° dispersion from a vertical position. The constant directivity horns were designed with the goal of providing smooth, level coverage across the intended coverage area, minimizing roll-off that is common in conventional horn designs.

DSP protection functions for maximum output and component longevity

One of the advantages of active loudspeakers is that the combination of transducers and amplifiers can be perfectly matched and optimized for the best possible performance. During the development of the DZR and DXS XLF Series, we measured and tested the durability of each transducer and the overall amplifier output to set optimal limiter points for each model using precise DSP control. Employing many of the same protection functions used in our high-end professional power amplifiers, our state-of-the-art DSP consistently monitors the status of the power supply, power amplifiers, transducers, and signal levels, to protect each component in order to maintain optimum performance while extending component life and usability.