Crossover Great care has been taken in both the design of the crossover and the selection of high grade components, to introduce virtually zero noise and distortion. The 4th-order Linkwitz-Riley topology which gives an excellent response both on and off-axis. Cabinet Bracing A method, known as P2P™ (Point to Point) bracing, supports the parts of the cabinet that need to be stiffened to deal with low frequency panel vibrations. Cabinet Walls Constructed in three separate layers and filled under pressure with a non-setting gel, this damps the cabinet walls and converts higher frequency vibrations into heat. High Frequency Driver Mechanically decoupled mounting which effectively isolates the HF driver and speaker cabinet from reciprocal vibrations that would otherwise be transmitted between them. Mid/Bass Drivers The Mid/Bass voice coil has an uncommonly large diameter of 35mm which allows increased ‘shove’ and higher power handling - as well as reducing compression. Pressure Equalisers Tall loudspeakers tend to suffer from resonances caused by unwanted pressure gradients. Specially designed Helmholtz Pressure Equalisers (HPE™) balance out these pressure irregularities.
Specification
Frequency Response 41 Hz - 30 kHz
Average Impedance 6 O
Minimum Impedance 3.7 O
Recommended Power 25 - 200 W
Distortion (120 Hz - 20 kHz) 0.2 %
Crossover Frequency 2.5 kHz
Mid Bass / Driver 2 x 165 mm
High Frequency Unit 28 mm
Size (W x H x D) 400 x 1150 x 350 mm
Weight 42 kg
Links are provided to adjust the high frequency + or - 0.5 dB.