Specifications

TI 323 (6.0E)
5 - 36
Dimensions in mm [inch]
Weight (incl. wheels): 58 kg/128 lb
C7-TOP dispersion characteristics**
Dimensions in mm [inch]
Weight (incl. wheels): 48 kg/106 lb
C4-TOP dispersion characteristics**
Two cabinets
* Broadband measurement, pink noise, crest factor 4, peak measurement
linear weighting
** Dispersion angle vs frequency plotted using lines of equal sound pressure
(isobars) at –6 dB and –12 dB
C4-TOP
150 Hz -18 kHz / 138 dB SPL*
35° horizontal x 35° vertical
The C4-TOP uses a 12"/2" driver combination in a
coaxial horn-in-horn design. The shape and acoustic
design (the use of CD horns) of C4-TOP cabinets enables
them to be arrayed for increased coverage. The high
output and long throw capabilities of the C4-TOP allows
coverage to 30 metres (98 ft) and beyond. The dedicated
C4-TOP controller module, incorporates a HFC circuit
(High Frequency Compensation) to make up for the high
frequency absorption of air over distance.
C4-SUB
50 Hz - 150Hz / 133 dB SPL*
The C4-SUB uses a 18" driver in a compact bandpass
horn design. As a part of the C4 system, the C4-SUB is
designed to be used with the C4-TOP.
C3
130 Hz - 16 kHz
1
(Standard mode) / >143dB SPL*
80 Hz - 16 kHz
1
(LFC mode) / > 140 dB SPL*
35° horizontal x 5° vertical
The C3 is an active, biaxial speaker system, which consists
of two hornloaded 10" mid-range drivers and three 1.3"
compression drivers. The horizontal dispersion is the same
as the C4-TOP and therefore these cabinets can be
combined in an array with a standard horizontal splay of
the cabinets between 20° and 30°. Due to the narrow
vertical dispersion and the shape of the wavefront of the
C3, this cabinet extends the far field of the C4 array by
using cylindrical wavefront technology. The purpose of
the C3 is to cover the far field starting from 40 metres
(131 ft) and beyond. The dedicated C3 controller module
is designed to create a flat frequency response with two
cabinets and a vertical splay of 5°. The dedicated C3
controller module incorporates an HFC (High Frequency
Compensation) switch to compensates for the excessive
losses of the HF band over distances and a LFC (Low
Frequency Compensation) to shift the lower corner
frequency down to 100 Hz. This switch can be used for
speech reinforcement without additional subwoofers.