Voxoa M10, Руководство пользователя

Страница: 6 / 14

20
ENGLISH
PART NAMES AND FUNCTIONS
1. Source input selector switch
These switches are used to select the input source assigned to each channel. Each channel may only be
assigned one input source at a time.
2. PGM/Master switch
The position of this switch will determine the level meter mode. In the “Master” position, the meter will detail the
out level of the left and right channels. In the “PGM” position, the left side of the meter will indicate monaural
level of the PGM.
3. Power indicator
To indicate the power is on.
4. Master volume control
This rotary knob is used to control the master output level (main volume).
CAUTION
: To avoid speaker damage that may be caused by excessive volume, be sure this adjustment
is always set to zero before turning the unit on.
5. Cue level
This knob is used to adjust the headphone output level.
6. Cue pan fader
Used to preview channel audio to your headphones. This mini fader used to mix between Channel 1 and 2 in
the headphones. When all the way to the left, only Channel 1 will be heard. When all the way right, only Channel
2 will be heard.
7. Cue mode switch
Selects the audio that is sent to the headphones. Switch it to “MASTER” to hear the Program mix. Switch it to
“CUE” to hear Channels 1 and 2 in the Cue channel. Cue channel is controed by Cue Pan fader
6
.
8. Fader strat switch
This function works in conjunction with a compatible player. When used with a compatible player, you can use
the crossfader to start and stop a player with the mixer’s crossfader. The switch switches the FADER START
feature on and off. If this function is activated, the FADER START automatically returns the player to the preset
cue point.
9. Channel fader
Adjusts the volume for Channel 1 and Channel 2.
10. Crosserfader
This fader is used to blend the output signals of channels A and B together. When the fader is in the full left
position (channel A), the output signal of channel A will be controlled by the master volume level. The same
fundamentals will apply for channel B. Sliding the fader from one position to another will vary the output signals
of channels A and B respectively. When the crossfader is set in the center position, the output signals of both
the channels A and channels B will be even.