
MENU “Input A/B/C/D” Input Channels Editing [Access by pushing the “A/B/C/D” buttons]
NAV/PM1 Encoder
NAV/PM1 Enc.
PM2
Enc.
PM3 Enc.
[to navigate between menus]
[to chose values for the parameters, no need to confirm the chosen values,
which are automatically loaded during the encoders use]
1. Input A/B/C/D
N Gate
Noise Gate = Off
ESC
ENTER
->
N
ame as PM2
oise Gate = Off
PM1 N/A
Off
S
Type = Y
1 N/A
Peaking_Eq
:
:
Through the PM2, it is possible to Byp the single selected filter.
the filter Type and NOT in Byp mode, pressing
diting page.
1 Input A/B/C/D
EQ-[x] (X from 1 to 5)
selected a Peaking_Eq filter, then the filter can be set by
arameter
to 5 filters available)
[Freq.]
20Hz
[Amp.]
-12.0 dB
[Q]
0.30
:
1d. If selected a Hi-
Q (variable Q Hi
Shelving) filter,
[Freq.]
20Hz
[Amp.]
-12.0 dB
[Q]
0.30
:
1C. If selected a Lo-Shelv_Q (variable Q Low Shelving) filter,
[Freq.]
20Hz
[Amp.]
-12.0 dB
[Q]
0.30
z
dB
On
2. Input A/B/C/D
Gain
Gain = + 0.0 dB
->
Gain = + 0.0 dB
PM1 N/A
-18 db
Same as PM2
:
+18 dB
3. Input A/B/C/D
Delay
Delay = 0.000 ms
ENTER
ESC
->
Delay = 0.000 ms
PM1 N/A
000.0000mS
000.0000mS
[1 ms steps] [20.8 us steps]
400.0000mS
000.9984mS
4. Input A/B/C/D
EQ Byp
EQ Bypass = Off
ENTER
ESC
->
EQ Bypass = Off
PM1 N/A
Off
Same as PM2
:
On
5. Input A/B/C/D
EQ-X (X from 1 to 5)
Byp = Off Type = Y (Y = Peaking_Eq, Hi-Shelv_Q, Lo-Shelv_Q)
ENTER
ESC
->
B
PM
Off
yp = Off
On
Lo-Shelv_Q
Through the PM3, it is possible to select one of the 17 available
filters' type.
Once selected
again the ENTER button can be accessed the selected filter's e
5.
->
Byp = Off
Type = Y
ENTER
ESC
5.1a.
If
t
ollowing p
he f
s
Input A/B/C/D EQ-[x] (up
[Freq] [Gain] [Q]
->
1000Hz +0.0dB Q=1.00
:
:
20kHz
+12.0 dB 20.00
5.
Shelv_
gh
then the filter can be set by the following parameters
Input A/B/C/D EQ-[x] (up to 5 filters available)
[Freq] [Gain] [Q]
->
1000Hz +0.0dB Q=1.00
:
:
20kHz
+12.0 dB 20.00
5.
then the filter can be set by the following parameters
Input A/B/C/D EQ-[x] (up to 5 filters available)
[Freq] [Gain] [Q]
->
1000Hz +0.0dB Q=1.00
:
:
:
20kH
+12.0
20.00