Loudspeakers - Dynacord
Loudspeakers - Dynacord
Loudspeakers - Dynacord
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COBRA-4 TOP<br />
which far more is expected in terms<br />
of sound quality, line arrays have<br />
established for themselves a secure<br />
position in the market. Thanks to the<br />
extremely wide horizontal radiation<br />
pattern of line arrays, combined<br />
with their shallow and precisely<br />
defi ned vertical focus, the unwanted<br />
projection of sound waves onto<br />
ceilings and fl oors can be avoided,<br />
and, with it, the interference their<br />
refl ection from such surfaces would<br />
otherwise cause. Conventional line<br />
arrays on the market, however, are<br />
mostly conceived exclusively as largescale,<br />
‚fl ying‘ sound reinforcement<br />
systems, and despite their advantages<br />
in terms of quality cannot always be<br />
COBRA-PWH PWH 28<br />
used for medium-sized events without<br />
quite considerable expense. In<br />
the Cobra-2 and Cobra-4 compact<br />
line-array systems, DYNACORD is<br />
offering a solution optimized in<br />
practice even for those applications<br />
that cannot economically be served<br />
by conventional, large-scale line<br />
arrays. The compact and easy to<br />
handle DYNACORD Cobra systems<br />
in ‚fl own‘ but also in ‚stacked‘<br />
confi gurations also make line-array<br />
performance available for the vast<br />
majority of those frequently encountered<br />
‚bread and butter‘ events that<br />
take place typically in town halls,<br />
marquees or in cities in the open air.<br />
Reliability and operational security<br />
SYSTEM COMPONENTS<br />
at the highest level are guaranteed<br />
with the Cobra systems, to which<br />
the Voice Coil Tracking Protection<br />
(VCTP) to be found in each Cobra<br />
cabinet, serving as the personal<br />
bodyguard of each loudspeaker<br />
chassis, makes a valuable contribution.<br />
The fully-electronic VCPT<br />
safety circuit monitors on a permanent<br />
basis the thermal operating<br />
state of the individual loudspeakers<br />
and ensures, in the event only of<br />
overload, that the power driving it is<br />
„gently“ reduced until a safe value<br />
is reached. The result is the widest<br />
possible dynamic range combined<br />
with the maximum possible degree<br />
of operating security.<br />
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