Sonance PS-C63RTLP Low-Profile In-Ceiling Speakers(Pair)

The Sonance PS-C63RTLP Low-Profile In-Ceiling Speakers(Pair), ideal for professional audio setups in tight spaces. With a shallow 4.37” depth, it fits easily beneath HVAC ducts or in other confined areas. The 6.5” high-excursion polypropylene woofer delivers deep, impactful bass, even at higher volumes. The 1” pivoting chambered soft dome tweeter ensures accurate and consistent sound coverage, even in challenging placements.

The speaker’s frequency response spans 65Hz to 20kHz (-3dB), offering clear, balanced sound for both commercial and residential settings. Its sealed metal enclosure, along with integrated cable and conduit clamping, enhances durability and simplifies installation. The one-piece bezel-less grille, secured magnetically, contributes to a sleek, modern aesthetic and easy setup.

Equipped with a full-fidelity transformer, the PS-C63RTLP supports 60W, 30W, and 15W (7.5W 70V) taps. This makes it versatile for both low-impedance (8 Ohm) and high-impedance systems. With a nominal coverage angle of 120 degrees and a peak SPL of 116dB at 1 meter, it delivers excellent sound distribution, even in larger spaces. Certified to UL standards, this speaker provides reliable, high-quality audio for a variety of installation needs.

The Sonance PS-C63RTLP Low-Profile In-Ceiling Speakers(Pair) is a top-tier solution for installations in space-constrained areas. Its low-profile design and high-quality audio components make it suitable for both residential and commercial applications. The combination of a high-excursion woofer, pivoting tweeter, and flexible transformer ensures powerful, clear sound across a wide coverage area. Whether you’re outfitting a home, office, or retail space, the PS-C63RTLP guarantees an optimal listening experience. With its durability, easy installation, and UL certifications, this speaker offers a reliable and versatile solution for professional audio environments. It’s a great choice for any audio installation requiring high performance in tight spaces.