Electro Voice SXA360 Powered PA Speaker - 12 inch, 500 watts Item #: ELE SXA360 

Electro Voice SXA360 Powered PA Speaker

The Electro Voice SxA360 high-powered loudspeaker is a fully integrated audio system with carefully matched electronics and transducers. This product makes it easy to set up a high-quality sound system quickly with a minimum of cables and external electronics. It retains typical EV ruggedness, reliability and impeccable sound quality.

Electro Voice SxA360 Features

• Lightweight, Compact, Ergonomic Size
• Digital Power Amplifier
• 350W LF, 150W HF
• Line Output for Additional Powered Speakers
• 65° x 65° Constant Coverage Horn
• High Sensitivity, 129 dB Maximum SPL
• Dynamic Filters Provide Overload Protection and Linear Response
• Molded-in Pole Mount, Easily Suspended
• Linear Response

The Electro Voice SxA360 sets a new standard for powered speakers. Its design provides the user a simple to use system with plenty of power in very compact, lightweight, attractive package.

This is a full range loudspeaker ideal for most applications requiring high-quality sound. The SxA360 offers a unique combination of high SPL, natural frequency response, and dynamic headroom in an extremely lightweight package. Its linear response provides excellent feedback-free sound without additional equalization.

Built-in suspension points and pole mount make it easy to position for your application without expensive accessories. The high-frequency section of the SxA360 utilizes a molded-in, 65° x 65° constant-directivity horn. This unique pattern contributes to high intelligibility, vocals sound natural yet cut through in reverberant, noisy rooms. Coverage pattern is uniform, sound quality off-axis is very well maintained, even at 45° off axis (a 90° total coverage angle). The SxA360’s high-frequency horn is driven by the DH2T, a one-inch- throat, wide-bandwidth, titanium-diaphragm driver using a unique, convex-drive TimePath phasing plug structure (U.S. Patent #4,525,604) for smooth and extended high-frequency response.