Product Information Document

Product Information Document
Arrayable 2 Way 12" Constant Curvature
Loudspeaker with Dendritic Waveguide for
Touring, Portable and Installation Applications
Touring Speakers
BERLIN
T BV123
2 way full range loudspeaker for
touring, portable and
installation applications
Constant curvature
Dendritic waveguide with
100° H x 15° V dispersion for
seamless array coverage
600 Watts continuous,
2,400 Watts peak power
Ideal for FOH, side and
drum ll applications
Carbon bre loaded 12" neodymium
low frequency driver with inside/
outside wound voice coils
Dual aluminium dome 1" neodymium
motor compression drivers
Switchable passive/bi-amp
operation for exibility of use
18 mm (¾") plywood enclosure
with hard wearing semi matt black
paint nish
Integral suspension hardware
for ecient array conguration
and aiming
Multiple M10 mount points allow
eyebolt suspension in any orientation
Dual angle pole mount for accurate
audience coverage
Rugged powder coated perforated
steel mesh grille
The 2-way full range TBV123 is
an arrayable, switchable passive/bi-
amplied 2,400 Watt 12" loudspeaker
system that is ideally suited for
touring, portable, and installed
sound reinforcement applications.
Designed to work in conjunction
with LAKE DSP and LAB GRUPPEN
amplication, the TBV123 provides
optimal performance for FOH,
ostage ll, stereo in-ll or distributed
ll applications in a wide range of venues – including nightclubs,
concert halls, houses of worship, and more.
Custom-Engineered Drivers
TURBOSOUND is recognised the world over
for designing and building some of the most
iconic loudspeakers and subwoofers. We take
meticulous care and pride in maintaining that
reputation by utilising only drivers designed
specically for each application – it’s what
sets us apart from the competition. The
TBV123 loudspeaker features a carbon bre
loaded 12" neodymium low frequency driver,
and dual aluminium dome 1" neodymium
motor compression drivers mounted on a
100° horizontal by 15° vertical dispersion
constant curvature Dendritic waveguide,
which maximises the direct sound eld while
reducing reverberant energy.

Summary of content (15 pages)