Manual
Page 9
...) and a subwoofer, you use two separate speakers instead of up the frequency range into upper-frequency and lower-frequency ranges. The BEHRINGER SUPER-X PRO CX2310 is present between the output connectors of electric shock. system, because each frequency range/application has a speaker type ... result in bi-amp operating mode can divide up to 100 V RMS is optimally suited for the high/mid-frequency ranges should be engaged and set at 50 Hz. 9 EUROPOWER EP4000/EP2000 User Manual The BEHRINGER EUROLIVE SERIES loudspeakers are connected to a 2-way speaker, whereby the ...
...) and a subwoofer, you use two separate speakers instead of up the frequency range into upper-frequency and lower-frequency ranges. The BEHRINGER SUPER-X PRO CX2310 is present between the output connectors of electric shock. system, because each frequency range/application has a speaker type ... result in bi-amp operating mode can divide up to 100 V RMS is optimally suited for the high/mid-frequency ranges should be engaged and set at 50 Hz. 9 EUROPOWER EP4000/EP2000 User Manual The BEHRINGER EUROLIVE SERIES loudspeakers are connected to a 2-way speaker, whereby the ...
Manual
Page 11
... ring cold (-ve) tip hot (+ve) For connection of applications. Fig. 4.5: ¼" TRS connector 5. Specifications Output Power RMS @ 1% THD (Sine Wave), Both Channels Driven EP4000 8 Ω per channel 550 W 4 Ω per channel 950 W 2 Ω per channel 1250 W EP2000 8 ... 350 W 4 Ω per channel 500 W 2 Ω per channel 650 W RMS @ 1% THD (Sine Wave), Bridged Mode EP4000 8 Ω 1750 W 4 Ω 2400 W EP2000 8 Ω 1000 W 4 Ω 1300 W Peak Power, Both Channels Driven EP4000 8 Ω per channel 750 W 4 Ω per channel 1400 W 2 Ω...
... ring cold (-ve) tip hot (+ve) For connection of applications. Fig. 4.5: ¼" TRS connector 5. Specifications Output Power RMS @ 1% THD (Sine Wave), Both Channels Driven EP4000 8 Ω per channel 550 W 4 Ω per channel 950 W 2 Ω per channel 1250 W EP2000 8 ... 350 W 4 Ω per channel 500 W 2 Ω per channel 650 W RMS @ 1% THD (Sine Wave), Bridged Mode EP4000 8 Ω 1750 W 4 Ω 2400 W EP2000 8 Ω 1000 W 4 Ω 1300 W Peak Power, Both Channels Driven EP4000 8 Ω per channel 750 W 4 Ω per channel 1400 W 2 Ω...
Manual
Page 12
... or mismatched loads Damping Factor EP4000/EP2000 > 300 @ 8 Ω Load Protection EP4000/EP2000 Turn-on/off muting, AC coupling Noise unweighted, 20 Hz to 20 kHz Voltage Gain EP4000 EP2000 Input Sensitivity V RMS (@ 8 Ω) Input Impedance EP4000/EP2000 Controls Front Rear Indicators POWER...and professional speaker connectors Dimensions/Weight Dimensions (H x W x D) EP4000/EP2000 Weight EP4000 EP2000 approx. 3.5 x 19 x 15.8" approx. 88 x 483 x 402 mm approx. 36.6 lbs / 16.6 kg approx. 34.6 lbs / 15.7 kg BEHRINGER makes every effort to ensure the highest standard of the device ...
... or mismatched loads Damping Factor EP4000/EP2000 > 300 @ 8 Ω Load Protection EP4000/EP2000 Turn-on/off muting, AC coupling Noise unweighted, 20 Hz to 20 kHz Voltage Gain EP4000 EP2000 Input Sensitivity V RMS (@ 8 Ω) Input Impedance EP4000/EP2000 Controls Front Rear Indicators POWER...and professional speaker connectors Dimensions/Weight Dimensions (H x W x D) EP4000/EP2000 Weight EP4000 EP2000 approx. 3.5 x 19 x 15.8" approx. 88 x 483 x 402 mm approx. 36.6 lbs / 16.6 kg approx. 34.6 lbs / 15.7 kg BEHRINGER makes every effort to ensure the highest standard of the device ...
Brochure
Page 4
... W 950 W 1250 W EP2000 8 Ω per channel 350 W 4 Ω per channel 500 W 2 Ω per channel 650 W RMS @ 1% THD (sine wave), bridged mode EP4000 8 Ω 4 Ω 2400 W 1750 W EP2000 8 Ω 4 Ω 1000 W 1300 W Peak Power, both channels driven EP4000 8 Ω per channel 4 Ω per channel 2 Ω per channel 750 W 1400 W 2000 W EP2000 8 Ω per channel...
... W 950 W 1250 W EP2000 8 Ω per channel 350 W 4 Ω per channel 500 W 2 Ω per channel 650 W RMS @ 1% THD (sine wave), bridged mode EP4000 8 Ω 4 Ω 2400 W 1750 W EP2000 8 Ω 4 Ω 1000 W 1300 W Peak Power, both channels driven EP4000 8 Ω per channel 4 Ω per channel 2 Ω per channel 750 W 1400 W 2000 W EP2000 8 Ω per channel...