Краткое Руководство По Установке для Behringer Super-X Pro CX2310

SUPER-X PRO CX2310

Quick Start Guide

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First, activate the 2-way mode using the MODE switch on the rear panel 

(switch depressed). The STEREO LED on the front panel above the LOW CUT 

switch in the second channel lights up. 

(1) 

INPUT control. This control adjusts the input gain over the range 

from -12 to +12 dB.

(2) 

LOW CUT switch. This switch activates the 25 Hz high-pass filter. 

It has a side gradient of 12 dB/octave and is used to protect your 

bass loudspeaker.

(3) 

LOW/HIGH XOVER FREQ. control. This control governs the crossover 

frequency between the low and high bands.

(4) 

LOW OUTPUT control. Controls the output level of the low band over the 

range from -6 to +6 dB.

(5) 

LOW PHASE INVERT switch. This switch reverses the polarity of the 

low output.

(6) 

LOW MUTE switch. This is used to mute the low band.

(7) 

HIGH OUTPUT control. This controls the output level of the high band over 

the range from -6 to +6 dB.

(8) 

HIGH PHASE INVERT switch. This switch reverses the polarity of the 

high output.

(9) 

HIGH MUTE switch. This is used to mute the high band.

(10) 

XOVER FREQ. control. This control governs the crossover frequency between 

the low signal and the subwoofer signal (10 to 235 Hz).

(11) 

GAIN control. This is used to set the subwoofer output volume at the 

SUBW. OUT output.

(12) 

PHASE INVERT switch. This switch reverses the polarity of the subwoofer 

output signal.

(13) 

MUTE switch. This mutes the subwoofer output signal.

(1) 

HIGH OUTPUT connectors. These are the balanced XLR connectors for the 

high band output signal.

(2) 

LOW OUTPUT connectors. These are the balanced XLR connectors for the 

low band output signal.

(3) 

XOVER FREQ. switch. These switches are used to switch between the 

control ranges on the front panel LOW/HIGH XOVER FREQ. control. 

The range is either 44 to 930 Hz or 440 Hz to 9.3 kHz.

(4) 

INPUT connectors. These are the balanced XLR connectors for the 

input signal.

(5) 

MODE switch. In stereo 2-way operation the switch must be depressed. 

Please refer to the text on the rear panel of the equipment.

(6) 

SUBW. OUT connector. This is the balanced XLR output for the mono 

subwoofer signal. This signal is constant in mono and stereo mode and 

provides an additional means of providing 2- and 3-way operation.

(7) 

IEC-RECEPTACLE. 

(8) 

FUSE HOLDER /VOLTAGE SELECTOR. Before connecting the equipment 

to the mains supply, please check that the voltage display conforms with 

your mains voltage supply. When replacing the fuse, make sure you use 

another one of the same type. With many units the fuse holder can be set 

in one of two positions, in order to switch between 230 V and 115 V. 

Please note: if you wish to operate a unit outside Europe, 

then a stronger fuse must be used.

(9) 

SERIAL NUMBER.

Active control elements on the front panel of the SUPER-X PRO in stereo 2-way operation with separate subwoofer signal

Active control elements and connections on the rear panel of the SUPER-X PRO in stereo 2-way operation with separate subwoofer signal

First activate mono 3-way mode using the MODE switch on the rear panel 

(switch released). The MONO LED on the front panel above the LOW CUT 

switch lights up.

(1) 

INPUT control. This control adjusts the input gain from -12 to +12 dB.

(2) 

LOW CUT switch. This switch activates the 25 Hz high pass filter. 

(3) 

LOW/MID XOVER FREQ. control. This control governs the crossover 

frequency between the low and middle bands.

(4) 

LOW OUTPUT control. This controls the output level of the low band over 

the range -6 to +6 dB.

(5) 

LOW PHASE INVERT switch. This switch is used to reverse the polarity 

of the low output.

(6) 

LOW MUTE switch. This is used to mute the low band.

(7) 

MID/HIGH XOVER FREQ. control. This control governs the crossover 

frequency between the mid and high bands.

(8) 

MID OUTPUT control. This is used to control the output level of the mid band 

over the range -6 to +6 dB.

(9) 

MID PHASE INVERT switch. This reverses the polarity of the mid output.

(10) 

MID MUTE switch. This is used to mute the mid band.

(11) 

HIGH OUTPUT control. This controls the output level of the high band over 

the range from -6 to +6 dB.

(12) 

HIGH PHASE INVERT switch. This reverses the polarity of the high output.

(13) 

HIGH MUTE switch. This is used to mute the high band.

(14) 

XOVER FREQ. control. This control governs the crossover frequency 

between the low signal and the subwoofer signal.

(15) 

GAIN control. This sets the subwoofer output volume level at the 

SUBW.OUT output.

(16) 

PHASE INVERT switch. This switch is used to reverse the polarity of the 

subwoofer output signal.

(17) 

MUTE switch. This is used to mute the subwoofer output signal.

Active control elements on the front panel of the SUPER-X PRO in mono 3-way operation with separate subwoofer signal

(1) 

HIGH OUTPUT connector. This is the balanced XLR connector for the high 

output signal.

(2) 

MID OUTPUT connector. This is the balanced XLR connector for the mid 

output signal.

(3) 

LOW OUTPUT connector. This is the balanced XLR connector for the low 

output signal.

(4) 

XOVER FREQ. switch. This is used to switch between the control ranges 

of the front panel MID/HIGH XOVER FREQ. control. The range is either 

44 to 930 Hz or 440 Hz to 9.3 kHz.

(5) 

XOVER FREQ. switch. This is used to switch between the control ranges 

of the front panel LOW/MID XOVER FREQ. control. The range is either 

44 to 930 Hz or 440 Hz to 9.3 kHz.

(6) 

INPUT connector. This is the balanced XLR connector for the input signal.

(7) 

MODE switch. This must be de-activated when in mono 3-way operation.

(8) 

SUBW. OUT connector. This is the output for the mono subwoofer signal. 

This signal remains constant in mono and stereo mode and offers an 

additional way of providing 2-way and 3-way operation. 

Active control elements and connections on the rear panel of the SUPER-X PRO in mono 3-way operation with separate subwoofer signal