Qsc Llc AD-S.SAT-WH Satellite Surface Mount Speaker

Product Description

The QSC LLC AD-S.SAT-WH is a 2.75 inch satellite surface mount speaker designed for fixed installation audio applications. This compact speaker mounts directly to a surface and delivers distributed audio in spaces where ceiling or wall cavity installation is not practical. It is suited for commercial and light commercial environments where a small-footprint, full-range satellite speaker is required. Installation is typically handled by a licensed audio-visual integrator or electrical contractor familiar with low-voltage distributed audio systems.

The AD-S.SAT-WH is intended for use in surface-mount configurations in commercial settings such as retail spaces, restaurants, conference rooms, and similar venues. Its white finish allows it to blend with standard ceiling and wall surfaces. This speaker is sold as a single unit and is appropriate for use as part of a larger distributed audio system where multiple satellite speakers are zoned and driven by a compatible amplifier.

Key Features

• 2.75 inch satellite form factor for compact surface-mount installation
• White finish for unobtrusive integration with standard interior surfaces
• Surface-mount design eliminates the need for in-ceiling or in-wall cavity access
• Sold individually as a single unit for flexible system configuration

Compatibility

Designed as an OEM-style surface-mount satellite speaker for use in commercial distributed audio installations. Consult system documentation to confirm amplifier matching and load compatibility before installation.

Installation Notes

Installation should be performed by a qualified audio-visual integrator or low-voltage contractor in accordance with applicable NEC low-voltage wiring requirements. Disconnect and de-energize the amplifier or audio distribution system before making any speaker connections. Verify that the amplifier output impedance and power ratings are compatible with the speaker before powering the system. Do not exceed the speaker rated input parameters during system commissioning.