8 CHANNEL CLASS D AMPLIFIER
10,000 Watts RMS
The CDD10TX is a very compact two-way passive loudspeaker system incorporating a 70V/100V transformer (with a 5-way connector) that utilises a 10” (250mm) LF/1” (25mm) exit HF Coaxial Differential Dispersion driver.
It is uniquely placed to meet the foreground requirements of varied architectural applications that require upfront sound levels from a very compact enclosure and that benefit from amplifier efficiency by being able to daisy-chain loudspeakers through use of the inbuilt transformer.
The Coaxial Differential Dispersion technology employed in the CDD10TX delivers more consistent audience coverage than systems with fixed X° x Y° coverage patterns — projecting relatively more output to the rear of the audience, while having wide horizontal coverage close-up. Its innovative CDD driver achieves ‘point source’ summation of the LF and HF sections — eliminating off-axis variations in frequency response associated with non-coaxial designs. Improving on conventional coaxial designs, which can suffer from high-frequency beaming, the driver features a static waveguide that merges seamlessly with the unique cone shape — maintaining the dispersion pattern out to very high frequencies.
The visually distinctive composite enclosure can be used in either horizontal (landscape) or vertical (portrait) orientation, with rotation of the driver easily accomplished by removing the screw-free, protective grille. The curved shape of the CDD10TX allows it to be surface-mounted close to a wall via an optional wall bracket or suspended from a ceiling by eyebolts or a horizontal yoke option.
Finished in black (RAL9005) or white (RAL9016) as standard, the CDD10TX can be supplied in any RAL colour to order.
A full-range, passive two-way system, the CDD10TX should be used with a compatible controller with appropriate limiter settings to provide system protection.
When used with the DX4.0 controller or an iKON amplifier, there are now enhanced DSP and FIR based pre-sets to deliver the absolute maximum performance and fidelity while limiter settings protect the integrity of the system