Nilfisk-ALTO GHIBLI 16FX User Manual
Page 9
1
VIBRAFLANGE
2
FUNKY
3
ROCKABILLY
4
BIGSTAGE
5
8
9
12
VIBRATO
13
FLANGER
16
CHORUS
PEAK
REVERB LEVEL
10
8
9
1
12
11
7
4
5
6
3
2
13
14
15
16
FX LEVEL
PRESETS
+10
-
8
+10
-
8
24
24
21
22
4.18 24 BIT DIGITAL EFFECTS (For GHIBLI 16FX Model only)
- PRESETS
Adjust this knob to select the right effect you wish to perform. There are total 16 options for you: Vibraflange, Funky,
Rockabilly, Bigstage, Vibrato, Flanger and Chorus etc.
- FX LEVEL CONTROL
This control is used to adjust the output level of FX signal, which can be varied from
to 10dB.
--
- REVERB LEVEL CONTROL
This control is used to adjust the output level of REVERB signal, which can be varied form
to 10dB.
--
- PEAK LED
This LED will illuminate when the internal effect signal is too high and possibly distorted.
In case of the digital effect module being muted, this LED also lights up.
21
22
23
24
8
AUX1
pre
AUX1
pre
AUX1
pre
AUX1
pre
PAN
PAN
LEVEL
LEVEL
LEVEL
LEVEL
+10
-
8
0dB
+10
-
8
0dB
Right
Left
center
Right
Left
center
0dB
+10
-
8
0dB
+10
-
8
0dB
+10
-
8
0dB
+10
-
8
+10
-
8
0dB
+10
-
8
0dB
5-6
9-12
13-16
7-8
16
17
18
19
20
4.14 PAN
This control allows to choose the position of a mono input signal into
the stereo field. It allows also to modify the amount of left and right
level for a stereo input signal (balance function).
4.15 LEVEL
It determines the amount of the input signal on the main mix (LEFT
and RIGHT output) and on the Surround and Center outputs.
4.17 LEVEL
It is channel's LEVEL control and it determines the amount of the
input signals on the main mix (LEFT and RIGHT output) and on the Surr-
ound and Center outputs.
17
18
4.16 AUX1 pre
The AUX1 control allows to manage the signals coming from the
stereo inputs and send them to AUX1 output in order to feed the
monitors. The level of this signal is not affected by the channel
LEVEL control.
19
20
4.13 AUX1 pre
The AUX1 control allows to manage the signals coming from the
stereo inputs and send them to AUX1 output in order to feed the
monitors. The level of this signal is not affected by the channel
LEVEL control.
16