CLUB.four
The CLUB.four is perfect as a high-powered fill, extending the signature sound of Avalon by EAW™ into all areas of the club while maintaining a compact footprint. Available with matching U-bracket.
LOOKS LIKE THE FUTURE.SOUNDS LIKE THE FUTURE.
Even the best loudspeaker designers struggle to meet the demands of the dance club world. And nobody in the dance club world has the scientific background or the technical facilities necessary to design a top-quality loudspeaker system. But Avalon by EAW is different from everything else. These amazing loudspeakers result from a unique partnership between a dance club designer and a loudspeaker designer. By combining their skills, they produced the most remarkable loudspeaker technology ever applied to the dance club world.
MID/HIGHS (500 HZ TO 20KHZ)
The word here is “efficiency”. EAW engineers have specified a coaxial mid/high compression with such high sensitivity that it produces peak output of around 136 dB using only 150 Watts of amplifier power. This compression driver, used in both the CLUB.two and the CLUB.three, is then loaded with 90 (h) by 60 (v) and 90 by 90 horns, respectively.
The acoustical challenge in the mid/high region has always come from physically aligning the mid and high frequency sections to sum coherently, without anomalies in the crossover region. Because the Avalon by EAW uses a single, coaxial mid/high driver, EAW engineers have eliminated this problem entirely.
BASS (100 HZ TO 500 HZ)
Except in rare circumstances, EAW engineers prefer to use smaller low frequency cones to avoid a loose, sloppy bass sound. To get the right amount of output, they use many of them together. The exception, of course, comes when they find a larger cone driver that has the speed required to work on its own. In Avalon, they’ve used both approaches.
1. Very high output, full range system
2. 12-in LF cone driver
3. Coaxial HF compression driver
4. “Fitments” available in four distinctive colors
5. Optional high-gloss enclosure finishes
CONFIGURATION
Subsystem
LF: 1x 12-in cone, tuned spacing
HF: 1.4-in exit compression driver, loaded coaxially with LF
Powering
Bi-amplified (passive MF/HF)
PERFORMANCE
Operating Range (-10 dB, dB SPL)
60 to 20k
Axial Sensitivity (1W @ 1m, dB SPL)
Full Range: 94dB
LF: 94dB
HF: 106dB
Power Handling/Impedance (Watts @ Ohms)
Full range: 600 @ 8
LF: 600 @ 8
HF: 150 @ 8
Calc. Max. Output Peak (dB SPL)
Full range: 128
LF: 127
HF: 134
Calc. Max. Output Long Term (dB SPL)
Full range: 122
LF: 121
HF: 128
Nominal Coverage (degrees)
Horizontal: 90
Vertical: 90ORDERING DATA
EVERY INSTALLATION MUST BE A GEM
Avalon by EAW delivers the ultimate dance club sound experience for those who seek the very finest life has to offer. To ensure that every Avalon by EAW installation is an absolute gem, all projects must use an Avalon by EAW Authorized Sound Designer from our global network of the world’s best dance club sound designers.
Authorized Sound Designers will work in partnership with venue owners, architects, interior designers and EAW’s renowned Application Support Group (ASG) to create and install sound systems carefully crafted to the needs of each venue.
After ASG reviews and approves a design submitted by an authorized sound designer, EAW will accept an order and the system can be installed. When installation is complete, ASG will visit the site to inspect and help commission the system. All commissioned systems will be certified with an Avalon by EAW Certified plaque listing the club name, registration number and date of commissioning.FINISHES
All Avalon by EAW orders must specify a finish package. Standard packages include four options for the grille and logo. Horn (where exposed) and surround trim ring can match the grille/logo (color-matched) or match the enclosure, using the premium finish (Piano for standard black / Polar for standard white). Premium packages use automotive-class enclosure finishes in Piano Black and Polar White.
Dimensions (inches/millimeters)
Height: 14.25/362
Width: 14.25/362
Depth: 14.25/3620
Weights (pounds/kilograms)
Net: 47/21.3
