Tannoy DVS-8T-WH 8″ White Surface-Mount Speaker (Pair)

The Tannoy DVS-8T-WH 8″ White Surface-Mount Speaker (Pair):

The Tannoy DVS-8T-WH 8″ White Surface-Mount Speaker (Pair), perfect for various installation applications. It works well in both indoor and outdoor environments. This speaker delivers dynamic sound with a peak power handling of 280 Watts and continuous power of 70 Watts. It features an 8″ mineral-loaded polypropylene driver, ensuring durability and reliability. The 0.75″ ferrofluid-cooled neodymium high-frequency driver provides precise sound reproduction.

The DVS-8T-WH boasts an 80° constant directivity dispersion, ensuring even coverage across various spaces. This makes it suitable for theme parks, hotels, restaurants, and retail stores. The UV and weather-resistant UL 94 V-0 ABS enclosure safeguards against environmental factors and ensures long-lasting performance.

Certified to IP64, the DVS-8T-WH resists dust and water ingress, making it reliable in humid or dusty areas. The white semi-matte finish and painted perforated aluminum mesh grille enhance its aesthetic appeal while offering dust protection.

Installation is simple with the included yoke bracket and Phoenix connectors for input and link output. The internally mounted low insertion loss 60 W line transformer features multiple taps for 70 V and 100 V systems. A rotary tapping switch on the back panel allows for easy adjustment. Overall, the Tannoy DVS-8T-WH offers versatile, high-quality sound reinforcement for a wide range of audio environments.

The Tannoy DVS-8T-WH is an 8″ coaxial surface-mount loudspeaker designed for both indoor and outdoor use. It delivers 280 Watts peak power and 70 Watts continuous power with an 8″ mineral-loaded polypropylene driver and a 0.75″ neodymium high-frequency driver for precise sound. The speaker features an 80° dispersion pattern, IP64 dust and water resistance, and a UV-resistant ABS enclosure. Installation is easy with included mounting hardware and Phoenix connectors, making it versatile for various audio environments.