Tannoy AMS6ICTLZ (Black) / AMS6ICTWHLZ (White)6" ICT Surface-Mount Low Impedance Loudspeaker

Tannoy AMS6ICTLZ (Black) / AMS6ICTWHLZ (White) 6" ICT Surface-Mount Low Impedance Loudspeaker

The Tannoy AMS6ICTLZ for Black and AMS6ICTWHLZ for White, is a professionally designed full bandwidth 240-Watt high sensitivity, low impedance loudspeaker that is capable of utilizing a proprietary 6" ICT (Inductive Coupling Technology) point source driver for delivering a consistent broadband directivity and for providing an exceptional long-term reliability. A big thanks to its extended frequency range and 90° controlled conical dispersion pattern, the AMS 6ICT LZ is made ideally suited for indoor and outdoor music applications including hotels, theme parks, retail stores, asrestaurants and bars, residential developments, well as corporate AV, and houses of worship.

Weather-Resistant Enclosure
The elegantly styled semi matte black or white moulded enclosure is blending beautifully into any décor. Additionally the AMS 6ICT LZ's design and performance has achieving an IP65 rating that makes it an exceptional choice for both indoor and outdoor environments such as indoor saunas, swimming pools, or work areas that comes along with unusually high levels of dust or moisture, and outdoor applications where weather conditions are moderate.

Attractive and Easy to Install
The highly durable and heat resistant ABS enclosure comes featuring a white painted finish and comes along with an aesthetically pleasing grille. Installation is quick and easy thanks to the included colour-matched yoke mounting bracket – and an optional VARIBALL multi-angle bracket is available separately. An included weatherproof cable gland is intended for protecting the Phoenix input and link output connectors, as well as the integral low-insertion loss 60 W transformer along with convenient tap switching.

LAB GRUPPEN Ready
The AMS 6ICT LZ is optimized for use along with LAB GRUPPEN LUCIA amplifiers, which are capable to accommodate up to 8 AMS Series loudspeakers per channel.