Pro Audio Delivers Big Sound from Small SCRS-6c-iw Loudspeaker

Known for its large architectural loudspeakers, Pro Audio has introduced its compact SCRS-6c-iw loudspeaker, which produces full bandwidth at low volume levels.
Published: November 8, 2016

A strong case could be made that Pro Audio Technology started the trend of bringing commercial audio technology into the speaker category. Today there are a number of manufacturers utilizing commercial-grade drivers and advanced DSPs to control sound dispersion and pro-style speaker layouts to ensure even tonal coverage. 

Adding to its product line, the West Coast audio company has announced its SCRS-6c-iw in-wall and in-ceiling loudspeaker. 

Pro Audio's latest speaker is a compact eight-inch square product that measures less than four inches deep, and according to Pro Audio, the speaker is a “true high-output design.”

“We're excited that the SCRS-6c-iw is now available nationwide,” says Paul Hales, president of Pro Audio Technology. “It is the perfect speaker for distributed audio needs. The SCRS-6c-iw is a uniquely small speaker that packs serious punch, providing rich, full sound to rooms large or small.”

Small Build, Big Sound

Pro Audio says the SCRS-6c-iw incorporates a professional-grade 6-inch high-output woofer, along with a coaxially mounted, high-sensitivity compression driver that share a common magnet. This design, according to the company, keeps the driver depth to a minimum to enable the speaker to fit into standard 2×4 stud bays. 

The drivers not only provide a slim profile to support residential installations; they are also efficient. Pro Audio Technology points out the speaker's woofer is 93dB efficient and the compression driver is 103dB efficient, and when paired with a Pro Audio DSP amplifier the speaker produces a frequency response of 125Hz to 23kHz. 

The SCRS-6c-iw can be used for home theater, including object-based surround sound systems. Dealers can also utilize the speaker in their whole-house audio installations to cover wide listening areas via its 100-degree radiation pattern. 

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