3 4 5
3. AC INPUT. PowerCon for AC power.
4. AC LINK. PowerCon ouput for feeding AC mains
power to additional K-array components with a
powercon AC input socket.
5. POWER ON LED. Indicates the amplifier is ON.
11.2 AUDIo CoNNECTIoNS
CH 5 - 6
17181921
6. CH 1 MIC/LINE INPUT. XLR analog input, with
selectable sensitivity for Mic (-30 dBu) or Line (+4 dBu).
7. CH 2 MIC/LINE INPUT. XLR analog input, with
selectable sensitivity for Mic (-30 dBu) or Line (+4 dBu).
8. CH 3 MIC/LINE INPUT. XLR analog input, with
selectable sensitivity for Mic (-30 dBu) or Line (+4 dBu).
9. CH 4 MIC/LINE INPUT. XLR analog input, with
selectable sensitivity for Mic (-30 dBu) or Line (+4 dBu).
10. CH 1 MIC/LINE SWITCH. Selects CH 1 input
sensitivity for Mic (pressed) or Line (depressed) level.
11. CH 2 MIC/LINE SWITCH. Selects CH 2 input sensitivity for Mic (pressed) or Line (depressed) level.
12. CH 3 MIC/LINE SWITCH. Selects CH 3 input sensitivity for Mic (pressed) or Line (depressed) level.
13. CH 4 MIC/LINE SWITCH. Selects CH 4 input sensitivity for Mic (pressed) or Line (depressed) level.
14. PHANTOM POWER SWITCH. Turns phantom power (48 V) on (pressed) / off (depressed) on CH 1,
CH 2, CH 3, CH 4 inputs (only for channels with MIC/LINE SWITCH pressed).
15. CH 1 PARALLEL OUT. XLR parallel output, providing a direct signal from the CH 1 Input. This output
cannot be processed or controlled via the K-Framework software.
16. CH 2 PARALLEL OUT. XLR parallel output, providing a direct signal from the CH 2 Input. This output
cannot be processed or controlled via the K-Framework software.
17. CH 3 PARALLEL OUT. XLR parallel output, providing a direct signal from the CH 3 Input. This output
cannot be processed or controlled via the K-Framework software.
18. CH 4 PARALLEL OUT OR DSP OUT. This XLR connector provides a direct signal from the CH 4 Input
when the switch 19 is depressed. In that case, this output cannot be processed or controlled via the
K-Framework software. Otherwise, when the switch 19 is pressed, this XLR acts as an auxiliary XLR
balanced output, controlled via the K-Framework software. Users can select the signal routed to this
output.
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