Wiring mixers to ice-16, Allen & heath 33 ice-16 user guide – Allen&Heath ICE-16 User Manual
Page 33
Allen & Heath 33
ICE-16 User Guide
MIC
INSE RT
L INE
-6
-1 0
63 26
GAIN
MIC
0
LI NE
10
0
10 20 30
4 0
50
1
DIR OUT
48 V
+6
AUX 1
PRE
+6
AUX 2
PRE
+6
AUX 3
+6
AUX 4
+6
AUX 5
POST
+6
AUX 6
POST
PRE
POST
O
O
O
O
O
O
O
O
O
O
O
O
HPF
1 00Hz
-15
L F
-15
+1 5
+1 5
180
45
LM
3 5Hz
70
-15
40 0
1k
250
+1 5
3k
HM
700
5 00Hz
-15
1k
6k
15 k
4k
+15
HF
E Q IN
12k
80H z
ODD
PAN
L
E VEN
R
=
MUT E
PK !
PFL
SIG
M
L -R
1 -2
3 -4
10
OO
30
20
-6
-1 0
63 26
GAIN
MI C
0
LI NE
1 0
0
10 20
30
4 0
50
2
+6
AUX 1
PRE
+6
AUX 2
PRE
+6
AUX 3
+6
AUX 4
+6
AUX 5
POST
+6
AUX 6
POST
PRE
POST
O
O
O
O
O
O
O
O
O
O
O
O
HPF
1 00Hz
-15
L F
-15
+1 5
+1 5
180
45
LM
35 Hz
70
-15
4 00
1k
2 50
+1 5
3k
HM
700
50 0Hz
-15
1k
6k
15 k
4k
+15
E Q IN
80H z
ODD
PAN
L
E VEN
R
=
MUTE
PK !
SIG
10
OO
30
20
-6
-1 0
63 26
GAIN
M IC
0
LI NE
1 0
0
10 20
30
4 0
50
3
+6
AUX 1
PRE
+6
AUX 2
PRE
+6
AUX 3
+6
AUX 4
+6
AUX 5
POST
+6
AUX 6
POST
PRE
POST
O
O
O
O
O
O
O
O
O
O
O
O
HPF
1 00Hz
-15
L F
-15
+15
+15
180
45
LM
35 Hz
70
-15
4 00
1k
2 50
+15
3k
HM
700
50 0Hz
-15
1k
6k
15k
4k
+15
E Q IN
80H z
ODD
PAN
L
E VEN
R
=
MUTE
P K !
S IG
1 0
OO
30
20
-6
-10
63 26
GAIN
M IC
0
LI NE
1 0
0
10 20
30
40
50
4
+6
AUX 1
PRE
+6
AUX 2
PRE
+6
AUX 3
+6
AUX 4
+6
AUX 5
POST
+6
AUX 6
POST
PRE
POST
O
O
O
O
O
O
O
O
O
O
O
O
HPF
1 00Hz
-15
L F
-15
+15
+15
180
45
LM
35 Hz
70
-15
4 00
1k
2 50
+15
3k
HM
700
50 0Hz
-15
1k
6k
1 5k
4k
+15
E Q IN
80H z
ODD
PAN
L
E VEN
R
=
MUTE
P K !
S IG
1 0
OO
30
20
-6
-10
63 26
GAIN
M IC
0
LI NE
1 0
0
10 20
30
40
50
5
+6
AUX 1
PRE
+6
AUX 2
PRE
+6
AUX 3
+6
AUX 4
+6
AUX 5
POST
+6
AUX 6
POST
PRE
POST
O
O
O
O
O
O
O
O
O
O
O
O
HPF
10 0Hz
-15
L F
-15
+15
+15
180
45
LM
35 Hz
70
-15
4 00
1k
2 50
+15
3k
HM
700
50 0Hz
-1 5
1k
6k
1 5k
4k
+15
E Q IN
80H z
ODD
PAN
L
E VEN
R
=
MUTE
PK !
SIG
10
OO
30
20
-6
-10
63 26
GAIN
M IC
0
LI NE
10
0
10 20
30
40
50
6
+6
AUX 1
PRE
+6
AUX 2
PRE
+6
AUX 3
+6
AUX 4
+6
AUX 5
POST
+6
AUX 6
POST
PRE
POST
O
O
O
O
O
O
O
O
O
O
O
O
HPF
10 0Hz
-15
L F
-15
+15
+15
180
45
LM
35 Hz
70
-15
4 00
1k
2 50
+15
3k
HM
700
50 0Hz
-1 5
1k
6k
1 5k
4k
+15
E Q IN
80H z
ODD
PAN
L
E VEN
R
=
MUTE
PK !
SIG
10
OO
30
20
-6
-10
63 26
GAIN
MI C
0
LI NE
10
0
10 20
30
40
50
7
+6
AUX 1
PRE
+6
AUX 2
PRE
+6
AUX 3
+6
AUX 4
+6
AUX 5
POST
+6
AUX 6
POST
PRE
POST
O
O
O
O
O
O
O
O
O
O
O
O
HPF
10 0Hz
-15
L F
-15
+15
+15
180
45
LM
35 Hz
70
-15
4 00
1k
2 50
+15
3k
HM
700
50 0Hz
-1 5
1k
6k
1 5k
4k
+15
E Q IN
80H z
ODD
PAN
L
E VEN
R
=
MUT E
PK !
SIG
10
OO
30
20
-6
-10
63 2 6
GAIN
MI C
0
LI NE
10
0
10 20
30
4 0
50
8
+6
AUX 1
PRE
+6
AUX 2
PRE
+6
AUX 3
+6
AUX 4
+6
AUX 5
POST
+6
AUX 6
POST
PRE
POST
O
O
O
O
O
O
O
O
O
O
O
O
HPF
10 0Hz
-15
L F
-15
+1 5
+1 5
180
45
LM
35 Hz
70
-15
4 00
1k
250
+1 5
3k
HM
700
50 0Hz
-1 5
1k
6k
15 k
4k
+15
E Q IN
80H z
ODD
PAN
L
EV EN
R
=
MUT E
PK !
SIG
10
OO
30
20
-6
-10
63 2 6
GAIN
MI C
0
LI NE
10
0
10 20
30
4 0
50
9
+6
AUX 1
PRE
+6
AUX 2
PRE
+6
AUX 3
+6
AUX 4
+6
AUX 5
POST
+6
AUX 6
POST
PRE
POST
O
O
O
O
O
O
O
O
O
O
O
O
HPF
10 0Hz
-15
L F
-15
+1 5
+1 5
180
45
LM
35 Hz
70
-15
4 00
1k
250
+1 5
3k
HM
700
50 0Hz
-15
1k
6k
15 k
4k
+15
E Q IN
80H z
ODD
PAN
L
EV EN
R
=
MUT E
PK !
SIG
10
OO
30
20
-6
-10
63 2 6
GAIN
MI C
0
LI NE
10
0
10 20
30
4 0
50
10
+6
AUX 1
PRE
+6
AUX 2
PRE
+6
AUX 3
+6
AUX 4
+6
AUX 5
POST
+6
AUX 6
POST
PRE
POST
O
O
O
O
O
O
O
O
O
O
O
O
HPF
10 0Hz
-15
L F
-15
+1 5
+1 5
180
45
LM
3 5Hz
70
-15
40 0
1k
250
+1 5
3k
HM
700
5 00Hz
-15
1k
6k
15 k
4k
+15
E Q IN
80H z
ODD
PAN
L
EV EN
R
=
MUT E
PK !
SIG
10
OO
30
20
-6
-10
63 2 6
GAIN
MI C
0
LI NE
1 0
0
10 20
30
4 0
50
11
+6
AUX 1
PRE
+6
AUX 2
PRE
+6
AUX 3
+6
AUX 4
+6
AUX 5
POST
+6
AUX 6
POST
PRE
POST
O
O
O
O
O
O
O
O
O
O
O
O
HPF
1 00Hz
-15
L F
-15
+1 5
+1 5
180
45
LM
35 Hz
70
-15
40 0
1k
2 50
+1 5
3k
HM
700
50 0Hz
-15
1k
6k
15k
4k
+15
E Q IN
80H z
ODD
PAN
L
EV EN
R
=
MUTE
P K !
S IG
1 0
OO
30
20
-6
-10
63 2 6
GAIN
MI C
0
LI NE
1 0
0
10 20
30
4 0
50
12
+6
AUX 1
P RE
+6
AUX 2
P RE
+6
AUX 3
+6
AUX 4
+6
AUX 5
P OST
+6
AUX 6
P OST
PRE
POST
O
O
O
O
O
O
O
O
O
O
O
O
HPF
1 00Hz
-15
L F
-15
+15
+15
180
45
LM
35 Hz
70
-15
40 0
1k
2 50
+15
3k
HM
700
50 0Hz
-15
1k
6k
15k
4k
+15
E Q IN
80H z
ODD
PAN
L
EV EN
R
=
MUTE
P K !
S IG
1 0
OO
30
20
-6
-10
63 26
GAIN
MI C
0
LI NE
1 0
0
10 20
30
4 0
50
13
+6
AUX 1
P RE
+6
AUX 2
P RE
+6
AUX 3
+6
AUX 4
+6
AUX 5
P OST
+6
AUX 6
P OST
PRE
POST
O
O
O
O
O
O
O
O
O
O
O
O
HPF
1 00Hz
-15
L F
-15
+15
+15
180
45
LM
35 Hz
70
-15
400
1k
2 50
+15
3k
HM
700
50 0Hz
-15
1k
6k
15k
4k
+15
E Q IN
80Hz
ODD
PAN
L
EV EN
R
=
MUTE
P K !
S IG
1 0
OO
30
20
-6
-10
63 26
GAIN
MI C
0
LI NE
1 0
0
10 20
30
4 0
50
14
+6
AUX 1
P RE
+6
AUX 2
P RE
+6
AUX 3
+6
AUX 4
+6
AUX 5
P OST
+6
AUX 6
P OST
PRE
POST
O
O
O
O
O
O
O
O
O
O
O
O
HPF
10 0Hz
-15
L F
-15
+15
+15
180
45
LM
35 Hz
70
-15
400
1k
2 50
+15
3k
HM
700
50 0Hz
-15
1k
6k
15k
4k
+15
E Q IN
80Hz
ODD
PAN
L
EV EN
R
=
MUTE
P K !
S IG
1 0
OO
30
20
-6
-10
63 26
GAIN
MI C
0
LI NE
1 0
0
10 20
30
4 0
50
15
+6
AUX 1
P RE
+6
AUX 2
P RE
+6
AUX 3
+6
AUX 4
+6
AUX 5
P OST
+6
AUX 6
P OST
PRE
POST
O
O
O
O
O
O
O
O
O
O
O
O
HPF
10 0Hz
-15
L F
-15
+15
+15
180
45
LM
35 Hz
70
-15
400
1k
2 50
+15
3k
HM
700
50 0Hz
-15
1k
6k
15k
4k
+15
E Q IN
80Hz
ODD
PAN
L
EV EN
R
=
MUTE
P K !
S IG
1 0
OO
30
20
-6
-10
63 2 6
GAIN
MI C
0
LI NE
1 0
0
10 20
30
4 0
50
16
+6
AUX 1
P RE
+6
AUX 2
P RE
+6
AUX 3
+6
AUX 4
+6
AUX 5
P OST
+6
AUX 6
P OST
PRE
POST
O
O
O
O
O
O
O
O
O
O
O
O
HPF
10 0Hz
-15
L F
-15
+15
+15
180
45
LM
35 Hz
70
-15
400
1k
2 50
+15
3k
HM
700
50 0Hz
-15
1k
6k
15k
4k
+15
E Q IN
80Hz
ODD
PAN
L
EV EN
R
=
MUTE
P K !
S IG
1 0
OO
30
20
MIC
INSE RT
L INE
DIR OUT
48 V
MIC
INSE RT
L INE
DIR OUT
48 V
MIC
INSE RT
L INE
DIR OUT
48 V
MIC
INSE RT
LINE
DIR OUT
48 V
MIC
INSE RT
LINE
DIR OUT
48 V
MIC
INSE RT
L INE
DIR OUT
48 V
MIC
INSE RT
L INE
DIR OUT
48 V
MIC
INSE RT
L INE
DIR OUT
4 8V
MIC
INSE RT
L INE
DIR OUT
4 8V
MIC
INSE RT
L INE
DIR OUT
4 8V
MIC
INSE RT
L INE
DIR OUT
4 8V
MIC
INSE RT
L INE
DIR OUT
4 8V
MIC
INSE RT
LINE
DIR OUT
4 8V
MIC
INSE RT
LINE
DIR OUT
4 8V
MIC
INSE RT
LINE
DIR OUT
4 8V
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17- 18
-15
+15
HF
1 2k
-15
HM
+15
2k5
-15
L M
+15
25 0Hz
-15
L F
+15
80Hz
HF
12k
HF
12k
HF
12k
HF
12k
HF
12k
HF
12k
HF
12k
HF
12k
HF
12k
HF
12k
HF
12k
HF
12k
HF
12k
HF
1 2k
HF
1 2k
E Q IN
10
-30
-20
-5
0
5
-10
ST1
L EV
O
O
10
-30
-20
-5
0
5
-10
O
O
To LR
To CH
+6
AUX 1
P RE
+6
AUX 2
P RE
+6
AUX 3
+6
AUX 4
PRE
POST
O
O
O
O
O
O
O
O
+6
AUX 5
P OST
+6
AUX 6
P OST
O
O
O
O
ODD
BAL
L
EV EN
R
=
MUTE
PF L
P K !
S IG
1 0
OO
3 0
2 0
S T1
IN
R
ST2
L/M
R
10
-30
-20
-5
0
5
-10
ST3
LE V
OO
T o LR
T o C H
PFL
PFL
PFL
PFL
PFL
PFL
PFL
PFL
PFL
PFL
PFL
PFL
PFL
PF L
ST3
L
R
ST4
L/M
R
STE REO INPUTS
S T2
L EV
IN
IN
IN
-15
+15
HF
12k
-15
HM
+15
2k5
-15
LM
+15
2 50Hz
-15
LF
+1 5
80H z
E Q IN
10
-30
-20
-5
0
5
-10
OO
ST4
LE V
+6
AUX 1
PRE
+6
AUX 2
PRE
+6
AUX 3
+6
AUX 4
PRE
POST
O
O
O
O
O
O
O
O
+6
AUX 5
POST
+6
AUX 6
POST
O
O
O
O
ODD
BAL
L
E VEN
R
=
MUTE
PFL
P K !
S IG
0
1 0
OO
30
20
1 9-20
O
O
R
OO
L
OO
+6
+6
+6
2
3
GRP
4
OO
GRP
OO
1
GRP
O
O
GRP
+6
+6
+6
1
O
O
M
+6
O
O
R
OO
L
OO
+6
+6
+6
2
3
GRP
4
OO
GRP
OO
1
GRP
O
O
GRP
+6
+6
+6
O
O
M
+6
OO
LE VE L
+6
AFL
OO
L EVE L
+6
AFL
AUX
1
AUX
2
AUX
3
AUX
4
AUX
5
AUX
6
GRP
1
GRP
2
GRP
3
GRP
4
INSERT
1
INSERT
2
INSERT
3
INSE RT
4
USB
S END
RET URN
AUX OUT
GROUP OUT
M TX
1
M TX
2
M AT RIX
OUT
L
L
R
L
R
2T RK IN
2T RK OUT
INSE RT
L
INSE RT
R
INSE RT
M
L
R
MAIN OUT
M
PHONE S
M IN
M AX
TB MIC
MI N
M AX
M
L R
L
+16
-6
-9
-20
-30
-16
-12
-3
0
+3
+6
+9
R
+1 6
-6
-9
-20
-30
-16
-12
-3
0
+3
+6
+9
PFL /AFL ACT IVE
T al k to LRM
T al k to AUX 1-4
POWER
M TX
1 -2
AUX
1 -2
AUX
5 -6
L R
p re-fad e
All u p = LR po st
OO
+6
PL AY BACK
T o L R
ALLEN&HEATH
OO
3 0
5
1 0
2 0
5
0
1 0
OO
3 0
5
1 0
2 0
5
0
1 0
OO
30
5
10
20
5
0
10
OO
30
5
10
20
5
0
10
OO
30
5
10
20
5
0
10
OO
30
5
10
20
5
0
10
OO
3 0
5
1 0
2 0
5
0
1 0
L -R
M
PAN
L
R
=
PAN
L
R
=
PAN
L
R
=
PAN
L
R
=
PK!
+6
0
SIG
P K!
+6
0
S IG
PK !
+6
0
S IG
PK!
+6
0
SI G
PK!
+6
0
SI G
PK!
+6
0
SI G
PK!
+6
0
SIG
MUT E
AFL
MUT E
AFL
MUTE
AF L
MUTE
AF L
MUTE
M UT E
M UT E
AUX 1
AFL
AUX 2
AFL
AUX3
AF L
AUX4
AF L
AUX5
AF L
AUX 6
AFL
GRP
L
R
M
L -R
M
L -R
M
L -R
M
0
0
1
2
3
4
USB
2 TRK
PLAYBACK SOURCE
L EVE L
PL AY BACK
LE VEL
TB
LE VEL
PHONES
PF L
USB SEND SOURCE
ST3 INPUT SOURCE
USB
ST 3 IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
L
R
M
M AT RIX
2
M AT RIX
1
GRP
2
GRP
3
GRP
4
M
L -R
1 -2
3 -4
0
M
L -R
1 -2
3 -4
0
M
L -R
1 -2
3 -4
0
M
L -R
1 -2
3 -4
0
M
L -R
1 -2
3 -4
0
M
L -R
1 -2
3 -4
0
M
L -R
1 -2
3 -4
0
M
L- R
1 -2
3 -4
0
M
L- R
1 -2
3 -4
0
M
L- R
1 -2
3 -4
0
M
L- R
1 -2
3 -4
0
M
L-R
1 -2
3 -4
0
M
L-R
1 -2
3 -4
0
M
L-R
1 -2
3 -4
0
M
L -R
1 -2
3 -4
M
L -R
1 -2
3 -4
M
L -R
1 -2
3 -4
O
O
+10
0
O
O
+10
0
O
O
+10
0
O
O
+10
0
O
O
+10
0
O
O
+10
0
PF L
O
O
3 0
O
O
10
-30
-20
-5
0
5
-10
ST
RT N
To LR
To CH
O
O
10
-30
-20
-5
0
5
-1 0
2TR K
RT N
O
O
10
-30
-20
-5
0
5
-1 0
U SB
RT N
-30
-20
-5
5
0
OO
-10
10
IN
-15
+15
12k Hz
HF
-15
+15
80 Hz
L F
O
O
+6
AUX1
PR E
O
O
+6
AUX2
PR E
O
O
+6
AUX3
O
O
+6
L
R
BAL
=
P K !
PFL
STER EO
MUT E
P K !
PFL
L
+1 6
-6
-9
-20
-30
-16
-12
-3
0
+3
+6
+9
R
PFL ACTIVE
M IN
MAX
PHONE S
AUX1
AUX2
2 TRK RTN
USB RT N
STEREO
O
O
+6
ALT
OUT
M O NI TOR
L R
O
O
+6
AU X1
M ASTER
O
O
+6
AU X2
M ASTER
5
2 0
1 0
5
0
1 0
ON
To LR
To CH
ON
To LR
To C H
ON
ST3
USB
AUX 1 -2
AUX 3 -F X
LR PRE
UP=L R p os t
SEN D
R ETUR N
L
R
BAL
=
MUT E
-30
-20
-5
5
0
OO
-10
10
IN
-15
+15
12k Hz
HF
-15
+15
80 Hz
L F
O
O
+6
AUX1
PR E
O
O
+6
AUX2
PR E
O
O
+6
AUX3
O
O
+6
L
R
BAL
=
P K !
PFL
STER EO
ST2
MUT E
-30
-20
-5
5
0
OO
-10
10
IN
-1 5
+15
12 kHz
HF
-1 5
+15
80 Hz
L F
O
O
+6
AUX1
PR E
O
O
+6
AUX2
PR E
O
O
+6
AUX3
O
O
+6
L
R
BAL
=
P K !
PFL
STE REO
ST1
MUT E
OO
3 0
-6
-1 0
63 26
GAIN
M IC
0
LI NE
10
0
10
20
30
40
5 0
100H z
12k Hz
-15
+15
HF
120 Hz
4 k
20 0
2k
6 50
-15
HM
+15
-15
+15
80H z
L F
5
1 0
2 0
5
0
1 0
O
O
+6
AUX1
PR E
O
O
+6
AUX2
PR E
O
O
+6
AUX3
O
O
+6
FX
PO ST
L
R
PAN
=
PK !
PFL
M UT E
P OS T
P RE
L R
ST2 IN
L/M
R
ST3 IN
L/M
R
L/M
R
L
R
P OW ER
48 V
INSERT R
AUX 1 OUT
PHONE S
MAIN OUT
INSE RT
16
ST RT N
L
R
2T RK RT N
L
R
REC OUT
L
R
ALT OUT
L
R
INSE RT
15
INSE RT
14
INSE RT
13
INSE RT
12
INSE RT
11
100Hz
12k Hz
-15
+15
HF
-15
HM
+15
O
O
+6
AUX1
PR E
O
O
+6
AUX2
PR E
O
O
+6
AUX3
O
O
+6
L
R
PAN
=
PK !
PFL
M UT E
100Hz
12kHz
-15
+1 5
HF
-15
HM
+1 5
O
O
+6
AUX1
PR E
O
O
+6
AUX2
PR E
O
O
+6
AUX3
O
O
+6
L
R
PAN
=
PK !
PFL
MUT E
100Hz
12kHz
-15
+1 5
HF
-15
HM
+1 5
O
O
+6
AUX1
PR E
O
O
+6
AUX2
PR E
O
O
+6
AUX3
O
O
+6
L
R
PAN
=
P K !
PFL
MUT E
100Hz
12kHz
-15
+1 5
HF
-15
HM
+1 5
O
O
+6
AUX1
PR E
O
O
+6
AUX2
PR E
O
O
+6
AUX3
O
O
+6
L
R
PAN
=
P K !
PFL
MUT E
100Hz
12kHz
-15
+1 5
HF
-15
HM
+1 5
O
O
+6
AUX1
PR E
O
O
+6
AUX2
PR E
O
O
+6
AUX3
O
O
+6
L
R
PAN
=
P K !
PFL
MUT E
11
12
13
14
15
16
17-18
19-20
21-22
FX
R
L
0
0
0
PHAN TOM POWER
ALLE
N
H
EA
TH
L INE
L INE
L INE
L INE
L INE
L INE
M IC
M IC
M IC
M IC
M IC
M IC
ST4 IN
ST1 IN
L/M
R
AUX 2 OUT
AUX 3 OUT
INSERT L
MONO OUT
-6
-1 0
63 26
GAIN
MIC
0
LI NE
10
0
10
20 30
40
5 0
-6
-1 0
63 26
GAIN
MIC
0
LI NE
10
0
10
20 30
40
50
-6
-1 0
63 26
GAIN
MIC
0
LI NE
10
0
10
20 30
40
50
-6
-10
63 26
GAIN
MIC
0
LI NE
10
0
10
20 30
40
50
-6
-1 0
63 26
GAIN
MIC
0
LI NE
10
0
10
20 30
40
50
-15
+15
80Hz
L F
-15
+1 5
80Hz
L F
-15
+1 5
80Hz
L F
-15
+1 5
80Hz
L F
-15
+1 5
80Hz
L F
500
1k
3k
120 Hz
4 k
200
2k
6 50
500
1k
3k
12 0Hz
4 k
200
2k
6 50
500
1k
3k
12 0Hz
4 k
200
2k
6 50
500
1k
3k
12 0Hz
4k
200
2k
6 50
500
1k
3k
120 Hz
4k
200
2k
6 50
500
1k
3k
POST
POST
POST
POST
POST
POST
POST
POST
POST
OO
3 0
5
1 0
2 0
5
0
1 0
OO
3 0
5
1 0
2 0
5
0
1 0
OO
3 0
5
1 0
2 0
5
0
1 0
OO
3 0
5
1 0
2 0
5
0
1 0
OO
3 0
5
1 0
2 0
5
0
1 0
OO
3 0
5
1 0
2 0
5
0
1 0
OO
3 0
5
1 0
2 0
5
0
1 0
OO
30
5
10
20
5
0
10
OO
30
5
10
20
5
0
10
+16
-6
-9
-20
-30
-16
-12
-3
0
+3
+6
+9
FX
POST
FX
POST
FX
POST
FX
POST
FX
POST
FX
POST
FX
POST
FX
POST
F/SWITCH
FX MU TE
INSE RT
10
L INE
M IC
INSE RT
9
L INE
M IC
INSE RT
8
L INE
M IC
INSE RT
7
L INE
M IC
INSE RT
6
L INE
M IC
INSE RT
5
L INE
M IC
INSE RT
4
L INE
M IC
INSE RT
3
L INE
M IC
INSE RT
2
L INE
M IC
INSE RT
1
L INE
M IC
OO
3 0
-6
-1 0
63 26
GAIN
MIC
0
LI NE
10
0
10
20 3 0
40
5 0
100Hz
12k Hz
-15
+15
HF
120 Hz
4k
20 0
2k
6 50
-15
HM
+15
-15
+15
80 Hz
L F
5
1 0
2 0
5
0
1 0
O
O
+6
AUX1
PR E
O
O
+6
AUX2
PR E
O
O
+6
AUX3
O
O
+6
FX
POST
L
R
PAN
=
PK !
PFL
M UT E
10
500
1k
3k
POST
OO
3 0
-6
-1 0
63 26
GAIN
MIC
0
LI NE
10
0
10
20 3 0
40
5 0
100Hz
12 kHz
-15
+15
HF
120 Hz
4k
20 0
2k
6 50
-15
HM
+15
-15
+15
80 Hz
L F
5
1 0
2 0
5
0
1 0
O
O
+6
AUX1
PR E
O
O
+6
AUX2
PR E
O
O
+6
AUX3
O
O
+6
FX
POST
L
R
PAN
=
PK !
PFL
M UT E
9
500
1k
3k
POST
OO
3 0
-6
-1 0
63 26
GAIN
MIC
0
L INE
10
0
10
20 3 0
40
5 0
100Hz
12 kHz
-1 5
+15
HF
120 Hz
4k
20 0
2k
6 50
-1 5
HM
+15
-1 5
+15
80 Hz
L F
5
1 0
2 0
5
0
1 0
O
O
+6
AUX1
PR E
O
O
+6
AUX2
PR E
O
O
+6
AUX3
O
O
+6
FX
POST
L
R
PAN
=
PK !
PFL
M UT E
8
500
1k
3k
POST
OO
3 0
-6
-1 0
63 26
GAIN
MIC
0
L INE
10
0
10
20 3 0
40
5 0
100Hz
12 kHz
-1 5
+1 5
HF
120 Hz
4k
2 00
2 k
6 50
-1 5
HM
+15
-1 5
+15
80 Hz
L F
5
1 0
2 0
5
0
1 0
O
O
+6
AUX 1
PR E
O
O
+6
AUX 2
PR E
O
O
+6
AUX 3
O
O
+6
FX
POST
L
R
PAN
=
PK !
PFL
M UT E
7
500
1k
3k
POST
OO
3 0
-6
-1 0
63 26
GAIN
MIC
0
L INE
10
0
10
20 3 0
40
50
100Hz
12 kHz
-1 5
+1 5
HF
12 0Hz
4k
2 00
2 k
6 50
-1 5
HM
+15
-1 5
+15
80 Hz
L F
5
1 0
2 0
5
0
1 0
O
O
+6
AUX 1
PR E
O
O
+6
AUX 2
PR E
O
O
+6
AUX 3
O
O
+6
FX
POST
L
R
PAN
=
PK !
PFL
M UT E
6
500
1k
3k
POST
OO
3 0
-6
-1 0
63 26
GAIN
MIC
0
L INE
10
0
10
2 0 3 0
40
50
100Hz
12kHz
-15
+1 5
HF
12 0Hz
4 k
2 00
2 k
6 50
-15
HM
+15
-15
+15
80 Hz
L F
5
1 0
2 0
5
0
1 0
O
O
+6
AUX 1
PR E
O
O
+6
AUX 2
PR E
O
O
+6
AUX 3
O
O
+6
FX
POST
L
R
PAN
=
PK !
PFL
M UT E
5
500
1k
3k
POST
OO
3 0
-6
-10
63 26
GAIN
MIC
0
L IN E
10
0
10
2 0 3 0
40
50
100Hz
12k Hz
-15
+15
HF
12 0Hz
4 k
2 00
2 k
6 50
-15
HM
+15
-15
+15
80 Hz
L F
5
1 0
2 0
5
0
1 0
O
O
+6
AUX 1
PR E
O
O
+6
AUX 2
PR E
O
O
+6
AUX 3
O
O
+6
FX
POST
L
R
PAN
=
PK !
PFL
MUT E
4
500
1k
3k
POST
OO
3 0
-6
-10
63 26
GAIN
MIC
0
L IN E
10
0
10
2 0 3 0
40
5 0
100Hz
12k Hz
-15
+15
HF
12 0Hz
4 k
2 00
2k
650
-15
HM
+15
-15
+15
80 Hz
L F
5
1 0
2 0
5
0
1 0
O
O
+6
AUX1
PR E
O
O
+6
AUX2
PR E
O
O
+6
AUX3
O
O
+6
FX
POST
L
R
PAN
=
PK !
PFL
M UT E
3
500
1k
3k
POST
OO
3 0
-6
-10
63 26
GAIN
MIC
0
L IN E
10
0
10
2 0 3 0
40
5 0
100Hz
12k Hz
-15
+15
HF
12 0Hz
4k
2 00
2k
650
-15
HM
+15
-15
+15
80 Hz
L F
5
1 0
2 0
5
0
1 0
O
O
+6
AUX1
PR E
O
O
+6
AUX2
PR E
O
O
+6
AUX3
O
O
+6
FX
POST
L
R
PAN
=
PK !
PFL
M UT E
2
500
1k
3k
POST
OO
3 0
-6
-10
63 26
GAIN
MIC
0
L IN E
10
0
10
2 0 3 0
40
5 0
100Hz
12k Hz
-15
+15
HF
12 0Hz
4k
20 0
2k
650
-15
HM
+15
-15
+15
80 Hz
L F
5
1 0
2 0
5
0
1 0
O
O
+6
AUX1
PR E
O
O
+6
AUX2
PR E
O
O
+6
AUX3
O
O
+6
FX
POST
L
R
PAN
=
PK !
PFL
M UT E
1
500
1k
3k
POST
O
O
+6
O
O
+6
PA RAMET ER (HOLD)
TA P
SE L
16
8
5
6
7
15
14
13
2
3
4
12
11
10
1
9
D ly+ verb (level )
D ly+ verb (size)
D ly +verb (regen)
P ingP ong(re gen)
B eat Dly (regen)
A mb ient (ec ho)
S lap Verb (size)
D oubl eZED(si ze)
P lat e (decay)
P lat e (predl y)
P lat e (col our)
H all 1 (si ze)
H all 2 (si ze)
A rena (size)
Fla nger (dpt h)
Cho rus (dpt h)
AUX1
AUX2
STER EO
Bank 9-16
TA
P
&
DIRECT OUT
Sleeve=ground
Ring=cold (-)
Tip=hot (+)
Sleeve=ground
Ring=cold (-)
Tip=hot (+)
UNBALANCED JACK CABLE
TRS JACK CABLE
AC MAINS IN ~
100 - 240V~ 47-63Hz 20W MAX
OFF
ON
20mm
T 1. 0AL 2 50V
FUSE
9
1
FireWire
OUT PUTS
INPUTS
1 0
2
1 1
3
1 2
4
13
5
14
6
15
7
16
8
9
1
10
2
11
3
1 2
4
13
5
14
6
15
7
16
8
USB
SYNC
IN
OUT
B
A
See un de rsid e f or safety war ning s.
OR
INPUT
INSERT JACK
Sleeve=ground
Ring=Insert return
Tip=Insert send
Sleeve=ground
TIP = SIGNAL
Option 2: Custom TRS Jack lead
INPUT
ONE CABLE PER CHANNEL OR MULTICORE
AC MAINS IN ~
100 - 240V~ 47-63Hz 20W MAX
OFF
ON
20mm
T 1. 0AL 2 50V
FUSE
9
1
FireWire
OUT PUTS
INPUTS
1 0
2
1 1
3
1 2
4
13
5
14
6
15
7
16
8
9
1
10
2
11
3
1 2
4
13
5
14
6
15
7
16
8
USB
SYNC
IN
OUT
B
A
See un de rsid e f or safety war ning s.
CONNECT TIP & RING TOGETHER
DISCONNECT RING TERMINAL
Option 1: T+R to Mono RCA Phono Adaptor + Phono to Jack lead
WIRING MIXERS TO ICE-16
Mixers with Direct outputs
The Direct outputs are ideal sources for the ICE-16
as they can be wired directly to the ICE-16 inputs
with individual or multi-loomed jack cables. Either
TRS (balanced) or TS (unbalanced) cables will work.
Ensure that the direct output on the mixer is pre-fade
and ideally pre-eq so adjustments you make during
the live show do not affect the recording. Unless you
want them to of course!
Mixers with single jack insert points
If your mixer only has insert jacks (no direct outs)
then you can tap off the signal but you will need a
cable arrangement that connects tip and ring at the
insert jack to ensure signal flow. There are two op-
tions detailed here. Check our website if you need
more information about adaptors & leads.
RCA Phono to L+R Jack adaptor