Sonance PS-S53T-BK Surface-Mount Speakers(Pair)

The Sonance PS-S53T-BK Surface-Mount Speakers(Pair) are designed for high-quality audio performance in any environment. Their patented FastMount® bracket and front cable connections make installation quick and clean, enhancing the overall aesthetic. These IPX4-rated cabinets are weatherproof, impact-resistant, and can withstand extreme temperatures, ensuring durability for indoor and outdoor applications.

Each speaker is equipped with a 5.25-inch high-excursion polypropylene woofer, delivering deep, impactful bass. The 1-inch chambered soft-dome tweeter provides crystal-clear high frequencies with excellent coverage. A full-fidelity transformer ensures consistent performance, supporting both 70V/100V high-impedance and 8 Ohm low-impedance systems. With UL 1480 and UL 2239 certifications, these speakers offer safety and reliability, making them perfect for professional audio installations.

The Sonance PS-S53T-BK Surface-Mount Speakers(Pair) deliver outstanding performance and versatility for a wide range of applications. With their patented FastMount® bracket and front cable connection, they enable quick, clean installations, ideal for professional setups. These IPX4-rated speakers are built to withstand harsh conditions, featuring weatherproof cabinets and corrosion-resistant aluminum grilles, making them suitable for both indoor and outdoor environments. Their 5.25-inch polypropylene woofer ensures deep bass, while the 1-inch soft-dome tweeter delivers clear, detailed highs and wide coverage.

Designed for uncompromised audio quality, the full-fidelity transformer supports both 70V/100V high-impedance and 8 Ohm low-impedance configurations. Certified for UL 1480 and UL 2239, these speakers meet stringent safety standards, ensuring reliable operation in commercial or public installations. With flexible transformer tap settings and robust performance, the Sonance PS-S53T speakers are a top-tier solution for anyone seeking premium sound quality, durability, and seamless integration into any space.