About the Tannoy DVS8T 8" Coaxial Surface-Mount Loudspeaker w/ Transformer for Installation Applications
The Tannoy DVS8T is a professional 8-inch coaxial surface-mount loudspeaker designed for high-quality audio reinforcement in commercial installations where in-wall or in-ceiling mounting is not practical. This speaker combines a coaxial driver design with the convenience of surface mounting, allowing for flexible placement on walls or ceilings without the need for cutting into building structures. The coaxial design places the high-frequency driver at the center of the low-frequency cone, ensuring sound from both drivers originates from the same acoustic point. This results in superior phase coherence, precise imaging, and uniform sound dispersion, delivering clear and articulate audio for both music and speech applications in environments such as retail stores, warehouses, gyms, and industrial facilities.
The loudspeaker features a built-in multi-tap transformer, making it ready for integration into constant-voltage (70V/100V) distributed audio systems. This allows installers to easily match the speaker's output level to the specific requirements of the zone by selecting the appropriate power tap, simplifying the design and installation of large-scale sound systems. The enclosure is constructed from durable, impact-resistant materials with a neutral finish designed to blend into commercial settings. The design includes integrated mounting points for secure installation, and the overall form factor is robust yet discreet, intended to provide reliable performance in demanding environments.
For system integrators needing a versatile, high-performance speaker solution for surface-mount applications, the Tannoy DVS8T offers a compelling combination of coaxial sonic benefits and practical installation features. Its transformer-based operation provides flexibility for system design, while the coaxial driver ensures consistent, high-quality audio coverage. This loudspeaker is an ideal choice for commercial projects where audio quality, ease of installation, and system design scalability are key considerations.