AUDAC ARES5A 2-Way Stereo active speaker system – 2 x 40W

The AUDAC ARES5A is a 2-way active speaker system consisting of an active and passive unit to be linked with each other. It offers an easy and flexible solution for a wide variety of applications. The 2-way loudspeaker is carefully constructed out of high quality components resulting in a 5 ¼” woofer and a ½” high frequency tweeter. This craftmanship in combination with an integrated DSP is creating an extremely clear and powerful sound experience for a wide range of applications. The integrated amplifier can deliver a power of 2 x 40 Watt and includes a stereo line input which is implemented balanced and unbalanced, allowing convenient connection to any kind of audio source. Unbalanced audio sources are connected through a 3.5 mm jack connector, while balanced sources can be connected to the terminal block input connection allowing long signal runs without interference. A volume potentiometer allows the user to adjust the level of loudness while the twoband tone control allows equalization of treble and bass. The auto-standby mode reduces power consumption when no input signal is detected. The active speaker includes a stereo amplifier module, also delivering the input signal to the passive unit.

A specially designed bracket system allows close to wall installation of the speakers, while the recessed bracket structure guarantees an optimal cosmetic outlook of the system. The ARES5A can be mounted both horizontally as vertically with an inclination up to 45° on both sides, enabling to position the loudspeaker in the right direction. Due to the fact that the bracket itself consists of 2 45° corners, installation in corners or even ceiling can easily be achieved. The optional MBK455 angled mounting bracket set allows for an extra inclination of 90° when needed. To ensure optimum safety during and after installation, the ARES is equipped with M6 drop safety. A remote input connection implemented through an RJ45 connector allows wall panel connections, allowing expansion of the system through remote input modules. A variety of optional remote input units with different input possibilities is available