Soundtube CM500I-WH Coaxial In-ceiling Speaker

Product Description

The SOUNDTUBE CM500I-WH is a 5.25 inch coaxial in-ceiling speaker designed for permanent architectural installation in commercial and residential audio distribution systems. This model ships in white and uses a coaxial driver configuration, which places the tweeter concentrically within the woofer to deliver a tighter point-source dispersion pattern. Licensed audio contractors and low-voltage integrators install this unit as part of multi-zone background music, paging, or distributed audio systems where a flush, unobtrusive profile is required.

The CM500I-WH fits into standard ceiling cutouts and is suited for conference rooms, retail spaces, hospitality environments, and upscale residential multi-room audio installations. It is designed for use with compatible low-impedance or 70-volt distributed audio systems depending on system configuration. The white finish blends into standard ceiling surfaces without additional painting or finishing work.

Key Features

• 5.25 inch coaxial driver configuration for point-source sound dispersion
• In-ceiling form factor for flush architectural integration
• White finish for compatibility with standard ceiling surfaces
• Single-unit packaging suitable for individual zone replacement or new installs

Compatibility

Designed as an OEM-style architectural speaker for in-ceiling audio distribution installations in commercial and residential settings.

Installation Notes

Installation should be performed by a licensed low-voltage contractor or certified audio systems integrator in accordance with applicable local codes and NEC Article 640 governing audio signal distribution equipment. Power the amplifier or distribution system down completely before making any wiring connections at the speaker terminal. Use the appropriate hole saw size for the ceiling cutout per the manufacturer cutout template, and confirm ceiling cavity depth is sufficient before cutting. Avoid routing speaker wire parallel to AC power conductors to minimize induced noise.