The AC-ART910-HBR from RCF is a horizontal mount bracket for the ART 910- A speaker (sold separately). It features robust brackets and hardware to mount the speaker system to a wall, ceiling, or truss in horizontal configuration.
Experience safer, quicker speaker installation. Adjustable inclination allows obtaining the desired sound coverage. It is finished with a protective, scratch-resistant black paint and features a rugged steel construction.
RCF AC-ART910-HBR Features
- Strong steel construction
- Adjustable inclination
- Painted with black, scratch-resistant paint
- Safe and quick loudspeaker installation
- AC-ART910-HBR horizontal speaker bracket1
- Set of mounting hardware1
- Cabinet/case materialSteel
- ColorBlack
- Dimensions (WxDxH) 13.78x4.92x24.02"
- Weight 9.48 lbs (4.3 kg)
More about RCF’s ART 9 Powered Speakers
The ART 9 Series is an evolution of the ART speaker concept and a revolution in portable sound.
ART 9 combines raw power and technological innovation to reliably deliver superior clarity with impressive sound pressure. With RCF build quality and packed with premium features, it's the most versatile loudspeaker for professional applications—on the road, on the stage, and is also suitable for fixed installation.
With 2,100W of power, the 2-channel ART 9 Class-D amplifier is 50% more powerful than previous models, able to manage extremely high sound pressure levels with an ultra-fast attack, realistic transient response, and very low heat loss.
ART 9 is very energy-efficient so there is no need for a cooling fan - the amplifier is attached to a solid aluminum heat exchanger in the back of the unit - with no moving parts. Being physically connected with the internal frame, the amplifier is firm and solid within the cabinet. The input circuit features a new low distortion design with an advanced safety limiter, maintaining the true character of the input signal at all levels. All ART 9 amplifiers are designed according to EN62368-1 for maximum safety and present a Switch Mode Power Supply section joining high-efficiency with minimum weight.
