70 Volt In Ceiling Speakers
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SoundTube CM82-EZ-II 8" In-Ceiling Speaker
The SoundTube CM82-EZ-II 8 inch In-Ceiling Speaker is the next generation version of the CM82-EZ with improved and additional features. It has one 8.0 inch (203 mm) polypropylene woofer with butyl rubber surround and one 1.0 inch (25.4 mm) silk dome tweeter.
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SoundTube CM82-BGM-II 8" In-Ceiling Speaker with Seamless Magnetic Grille - White
The SoundTube CM82-BGM-II features an 8" polypropylene woofer with butyl rubber surround and a 1" silk dome tweeter. BroadBeam Ring™ technology for mid-range clarity and smooth off axis performance. Easy-access six-position tap switch for 25/70.7/100-volt and transformer bypass settings allows for easy ordering, stocking and installation. -
SoundTube CM800i 8 inch In-Ceiling Speaker - Black
The SoundTube CM800i is an 8", two-way, blindmount, in-ceiling speaker design that delivers extended low-end response (71 Hz) and optimal off-axis performance (2 to 10 kHz, independently verified).
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SoundTube CM800i 8 inch In-Ceiling Speaker - White
The SoundTube CM800i is an 8", two-way, blindmount, in-ceiling speaker design that delivers extended low-end response (71 Hz) and optimal off-axis performance (2 to 10 kHz, independently verified).
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SoundTube CM890i 2-Way 8" In-Ceiling Speaker - Black
The SoundTube CM890i is a premium 8-inch, two-way, in-ceiling, high-efficiency, high-SPL loudspeaker for distributed or 8 ohm applications. The CM890i incorporates a dedicated 8-inch treated fiber driver and high-power compression transducer.
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SoundTube CM890i 2-Way 8" In-Ceiling Speaker - White
The SoundTube CM890i is a premium 8-inch, two-way, in-ceiling, high-efficiency, high-SPL loudspeaker for distributed or 8 ohm applications. The CM890i incorporates a dedicated 8-inch treated fiber driver and high-power compression transducer.
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SoundTube CM82-BGM 8" Coaxial In-Ceiling Background Music Speaker - Black (Limited Stock)
The SoundTube CM82-BGM is an 8-inch coaxial two-way blind-mount in-ceiling speaker which delivers true high-efficiency and performance across the operating bandwidth.