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18 XENYX XL1600/XL2400/XL3200 User Manual
Stereo inputs
Type 2 x ¼" TRS jack, balanced
Impedance approx. 20 kΩ balanced, 10 kΩ unbalanced
Gain range -20 dB to +20 dB
Max. input level +22 dBu @ 0 dB Gain
CD/Tape in
Type RCA connector
Impedance approx. 10 kΩ
Max. input level +22 dBu
Equalizer
EQ mono channels
LOW 80 Hz / ±15 dB
HIGH MID 100 Hz to 2 kHz / ±15 dB
LOW MID 400 Hz to 8 kHz / ±15 dB
HIGH 12 kHz / ±15 dB
LOW CUT 80 Hz, 12 dB/oct.
EQ stereo channels
LOW 80 Hz / ±15 dB
LOW MID 300 Hz / ±15 dB
HIGH MID 3 kHz / ±15 dB
HIGH 12 kHz / ±15 dB
Channel inserts
Type ¼" TRS jack, unbalanced
Max. input level +22 dBu
AUX/MON send
Type XLR connector, electronically balanced
Impedance approx. 75 Ω
Max. output level +22 dBu
FX send
Type ¼" TRS jack, balanced
Impedance approx. 75 Ω
Max. output level +22 dBu
AUX/FX Returns
Type ¼" TRS jack, unbalanced
Impedance approx. 20 kΩ
Max. input level +22 dBu
Subgroup outputs
Type ¼" TRS jack, unbalanced
Impedance approx. 75 Ω
Max. output level +22 dBu
Group inserts
Type ¼" TRS jack, unbalanced
Max. output level +22 dBu
Main outputs A/B
Type XLR connector, electronically balanced
Impedance approx. 240 Ω balanced, 120 Ω unbalanced
Max. output level +25 dBu
Main Inserts
Type ¼" TRS jack, unbalanced
Max. input level +22 dBu
Speakers
Type ¼" TRS jack, unbalanced
Impedance approx. 75 Ω
Max. output level +22 dBu
Phones A/B output
Type ¼" TRS jack, unbalanced
Max. output level +22 dBu / 600 Ω
CD/Tape output
Type RCA connector
Impedance approx. 1 kΩ
Max. output level +15 dBu
Main mix system data
3
(Noise)
Main mix @ -∞,
channel fader @ -∞ -110 dB / -114 dB A-weighted
Main mix @ 0 dB,
channel fader @ -∞ -95 dB / -98 dB A-weighted
Main mix @ 0 dB,
channel fader @ 0 dB -92 dB / -95 dB A-weighted
Power supply
Power consumption
XL1600 60 W
XL2400 65 W
XL3200 70 W
Fuse (100 - 240 V~, 50/60 Hz) T 2,0 A H 250 V
Mains connector Standard IEC receptacle
3) 20 Hz - 20 kHz; measured at main output. Channels 1 - 4 unity gain; EQ flat; all channels on main mix;
channels 1/3 as far left as possible; channels 2/4 as far right as possible; reference = +6 dBu