8
4.3 First Setup
checks
Disable the MUTE function on the outputs you intend using and listen the sound, carry out instrumental
(if you have the necessary equipment) and any corrections required.
4.4 System configuration
The bold letters indicate the inputs:
A
= Input A
B
= Input B
S
= SUM (sum of inputs A and B)
2
U
2 x 2 W + 2 M A X
A 1 3
B 2 4
S 5 6
I N A
G A I N
. 5 d B
2
-
I N A
G A I N
& B
. 0 d B
6
+
Firstly, set the following parameters
in order:
shown
Output Pol.
Polarity of the outputs
Xover
Crossover frequencies (separation of the speaker channels)
Output Delay
Alignment of the speaker enclosure components
Output Gain
Levels of the outputs
Then, if necessary, adjust the values of the following functions:
Output EQ
Output equalizers
Output Limiter
Output limiters
Use the
to change the gain value and watch the level of the signal on the LED ladders until the ideal values
DIAL
are reached.
Then use the
and
keys to access to the
page (if there is one, this will depend on the con-
PREV
NEXT
INB Gain
figuration and the other utilities loaded in the memory).
Repeat the settings as explained above.
At this point, the first custom setup can be prepared.
The following is only the description of setup procedure.
The detailed specifications of each parameter are shown in the respective paragraphs of the manual.
Note:
The regulation of the MAXIDRIVE3.4 COMPACT's parameters is closely related to the characteristics
of the components of the sound system. So if you're not the expert, please refer to the documentation and
technical specifications of your power amplifiers, loudspeaker enclosures, monitors, etc.. This will enable
you to work faster and safely.
Note:
In this first phase of setting up your sound system, the adjustment of these functions (which if not Indis
-pensable during installation) can wait. But do remember that adjusting the equalizers can also affect the
signal level. So if considerable equalization changes are made, remember to check and adjust the output
levels too, if necessary.
Numbers
and
indicate the respective outputs.
1, 2, 3, 4, 5
6
In the example:
The signal connected to Input
is assigned to outputs
and .
A
1
3
The signal connected to Input
is assigned to outputs
and .
B
2
4
