Behringer EPX2000 Brochure & Specs

EPX2000/EPX3000
Power Amps
EPX3000: 2 x 1500 Watts into 2 Ohms;
2 x 900 Watts into 4 Ohms; 3000 Watts
into 4 Ohms (bridge mode)
EPX2000: 2 x 1000 Watts into 2 Ohms;
2 x 650 Watts into 4 Ohms; 2000 Watts
into 4 Ohms (bridge mode)
ATR (Accelerated Transient Response)
technology for ultimate punch
and clarity
Ultra-light, ultra-low noise and ultra-
effi cient switch-mode power supply
for noise-free audio, superior transient
response and low power consumption
Switchable limiters off er maximum
output level with reliable overload
protection
Detented gain controls for precise
setting and matching of sensitivity
Precise Power, Signal and Clip LEDs to
monitor performance
XLR, /" TRS and RCA input connectors
for compatibility with any source
Professional speaker connectors and
"touch-proof" binding posts support
most speaker wiring systems
Built-in Subwoofer/Satellite crossover
for more fl exibility
Independent DC and thermal overload
protection on each channel automati-
cally protects amplifi er and speakers
without shutting down the show
"Back-to-front" ventilation system
including air fi lter for reliable
operation
"Built-like-a-tank", impact-resistant,
all-steel 2U rackmount chassis
High-quality components and
exceptionally rugged construction
ensure long life
Conceived and designed by
BEHRINGER Germany
behringer.com
Power Amplifi ers
EUROPOWER — Professional 3000/2000-Watt Light
Weight Stereo Power Amplifi ers with ATR
(Accelerated Transient Response) Technology
Ultra-light, built on a legacy
Power amps have always been
heavy, mainly because of the massive
transformers and huge banks of capacitors
needed for high-power operation. In fact,
six conventional power amps in a rack can
easily top 250 pounds. The same number
of EPX Series amps come in at just under
134 lbs./61 kg, and they pack all the power
of their conventional counterparts!"
In a class of their own
The secret to the EPX series' incredible
power-to-weight ratio is their use of a
switching-mode power supply combined
with Class-H topology. Switching-mode
power supplies work on demand. Instead
of constantly working at full power
and dissipating excess power as heat,
they only ramp up the power output
when needed—thousands of times per
second. Considerably more effi cient than
traditional power supplies, switching-
mode power supplies are small and light,
yet deliver ample power.
Think of a Class H amp as a car with two
engines (in amps, you call them "rails").
One engine runs all the time. The other
runs only when musical peaks demand
extra power output. An EPX Class H amp
only generates a fraction more power than
is immediately needed while the output
stage operates at its maximum effi ciency
all the time.
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