Controls And Connections; Connectors; Switches - SKP Pro Audio SK-6P El Manual Del Propietario

SK-6P

CONTROLS AND CONNECTIONS

LOOP
MIX
LINE
MIC
PEAK
MIN
MIN
INPUT2
MIN
INPUT3
-15dB
SIGNAL
-15dB
Use the MIC position (depressed) when a microphone is connected to INPUT 1.
Use the LINE position (disengaged) when a line level source such as an audio mixing console, audio playback
device, or electronic musical instrument is connected to INPUT 1.
The audio section of the SK-6P includes powerful features that
enhance the flexibility of your SK-6P speakers.

Connectors

OUTPUT
INPUT 1
This balanced input accepts a standard XLR ( female ) connector. A
broad range of signals (-44 dBu to +20 dBu nominal) from micropho-
nes, audio mixing consoles,and electronic musical instruments may-
INPUT1
be connected here. When using a single audio input to the speaker,
this is the input to use.The sensitivity of this input is controlled by the
MIC/LINE SWITCH and the INPUT 1 rotary control.
HIGH
INPUT 2 & INPUT 3
INPUT 1
These 1/4" phone jacks are intended for use with audio devices inc-
VOL
luding cassette tape,CD MP3 players,computer sound-card outputs,
electronic keyb oards, and electric/acoustic musical instruments.
MAX
INPUT2 and INPUT3 are balanced (TRS) but will accept unbalanced
inputs is controlled by the INPUT 2 and INPUT 3 rotary controls.
INPUT 2
VOL
OUT
MAX
This XLR(male)output connector works with the MIX/LOOP SWITCH
toprovide a method of sending audio from your SK-6P.
INPUT 3
VOL

Switches

MAX
MIC/LINE
The MIC/LINE switch effects only INPUT 1. It selects between two
sensitivity ranges. This switch is used to match the input sensitivity
HF
of the SK-6P with the output level of the device connected to INPUT1.
Depressing the MIC/LINE switch selects MIC (most sensitive).
+15dB
EQ
CAUTIO N: Before adjusting this switch, be certain to rotate the INPUT1
LF
control fully counter-clockwise. After the MIC/LINE switch has been
adjusted,slowly rotate the INPUT1 control clock-wise until the desired
+15dB
volume has been reached.
4
CONTROLS AND CONNECTIONS