Once you have your system wired-up, follow the steps below:
•
Set the mode switch to the ST 3 W position. Notice how the BAND INDI-
CATOR LED’s change showing the frequencies that are now under con-
trol by the associated GAIN or FREQUENCY knobs.
•
Look for the illuminated L/M BAND INDICATOR LED over the first FRE-
QUENCY control. Now, use the first crossover FREQ on Channel 1 to
set the desired frequency dividing the Low and Mid frequencies. Now,
use the second crossover FREQ on Channel 1, indicated by the illuminat-
ed M/H LED, to set the desired frequency dividing the Mid and High fre-
quencies. Repeat the same procedure for the Channel 2.
•
Look for the illuminated LOW BAND INDICATOR LED over the GAIN control. Now, adjust the first gain control
on Channel 1 to set the level of the Low frequency output. Look for the MID BAND INDICATOR LED over
Channel 1’s second GAIN control to adjust the MID output. Adjust the High output using Channels 1’s third
GAIN control designated by the HIGH BAND INDICATOR LED. Repeat the same procedure for Channel 2.
12
S•3-Way System Set-Ups
BRIDGED
PARALLEL
STEREO
BALANCED
0dBm
CH 2
CH 1
BALANCED
0dBm
INPUT
~AC INPUT
115V 60Hz, 1100W
25A/250V
PUSH TO RESET
(4
Ω
~8
Ω
)
(4
Ω
~8
Ω
)
(4
Ω
~8
Ω
)
(4
Ω
~8
Ω
)
CH 2
CH 1
OUTPUT
TRS
BALANCED
TIP=HOT
RING=COLD
SLEEVE=GND
XLR
BALANCED
3=COLD
1=GND
2=HOT
BRIDGED
PARALLEL
STEREO
BALANCED
0dBm
CH 2
CH 1
BALANCED
0dBm
INPUT
~AC INPUT
115V 60Hz, 920W
20A/250V
PUSH TO RESET
(4
Ω
~8
Ω
)
(4
Ω
~8
Ω
)
(4
Ω
~8
Ω
)
(4
Ω
~8
Ω
)
CH 2
CH 1
OUTPUT
TRS
BALANCED
TIP=HOT
RING=COLD
SLEEVE=GND
XLR
BALANCED
3=COLD
1=GND
2=HOT
SAMSON TECHNOLOGIES CORP., HICKSVILLE, NEW YORK
TO PREVENT SHOCK DO
N O T O P E N . N O U S E R
S E R V I C A B L E P A R T S
INSIDE. REFER SERVICING
TO QUALIFIED SERVICE
PERSONNEL. TO PREVENT
FIRE OR SHOCK HAZARD
DO NOT EXPOSE TO RAIN
CAUTION
HEATSINK MAY BE
HOT! DO NOT BLOCK
AIRFLOW OR OVER-
HEATING MAY OCCUR
RISK OF ELECTRIC SHOCK
DO NOT OPEN
SERIAL
NUMBER
FU
SE
FUSE
FUSE RATING
12A/250V (115V)
6A/250V (230V)
CAUTION
!
~AC INPUT
115V/230W, 50/60HZ
510W (115V)900W (230V)
USE CLASS 2 WIRING MAXIMUM LOAD IMPEDANCE 4
Ω
RIGHT
LEFT
+RIGHT
LEFT+
GROUND
OUTPUT 250W/4
Ω
SERVO 550 STUDIO AMPLIFIER
RIGHT
LEFT
BRIDGED
MONO STEREO
INPUTS
(BALANCED
10K
Ω
/0dBm0)
TIP RING SLEEVE
TIP +
RING -
SLEEVE GND
PL 1602 16 CHANNEL LINE MIXER
SAMSON TECHNOLOGIES CORP., NEW YORK, U.S.A.
CAUTION
RISK OF ELECTRIC SHOCK
DO NOT OPEN
!
120V - 60 Hz 35W
POWER
RATING
AVIS:
RISQUE DE CHOC ELECTRIQUE
NE PAS OUVRIR
DO NOT EXPOSE THIS EQUIPMENT
TO RAIN OR MOISTURE
ON
OFF
MIC 3
MAIN OUT
BALANCED 600 +4db
TIP + RING - SLEEVE GND
AUX
RETURNS
UNBALANCED 10K
Ω
1L
AUX SEND
UNBALANCED
2K
Ω
+4db
2R
1L
2R
3L
4R
5L
6R
7L
8R
9L
10R
11L
12R
13L
14R
15L
16R
INPUTS BALANCED 10K
Ω
-30 to +4db TIP + RING - SLEEVE GND.
6R
5L
4R
3L
2R
1L
INSERTS TIP RETURN RING SEND
1
2
3
1
2
3
-40
+4
0
-10
TRIM
-40
+4
0
-10
TRIM
1L
2R
3L
4R
L
R
L
R
BUS
INSERTS
MIXER LINKING
110
POWER
S / N
~115V(0.3A)
230V(0.15A)
50/60Hz 30W
MIC 1
MODE
STEREO
2 WAY
STEREO
3 WAY
MONO
4 WAY
CHANNEL
1 INPUT
CHANNEL
1 INPUT
MONO
INPUT
CH 1
LOW
OUTPUT
CH 1
LOW
OUTPUT
MONO
LOW
OUTPUT
CH 1
MID
OUTPUT
MONO
LOW-MID
OUTPUT
CH 1
HIGH
OUTPUT
CH 1
HIGH
OUTPUT
CH 2
INPUT
CH 2
INPUT
CH 2
LOW
OUTPUT
CH 2
LOW
OUTPUT
CH 2
MID
OUTPUT
MONO
HIGH-MID
OUTPUT
CH 2
HIGH
OUTPUT
CH 2
HIGH
OUTPUT
MONO
HIGH
OUTPUT
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
PL1602 Mixer
Servo 550 Power Amp (High)
S1500 Power Amp (Mid)
S2000 Power Amp
(Low)
S•3 Way
Left High
Right High
Left Mid
Left Low
Right Mid
Right Low
CH 2
HIGH
OUTPUT
MONO
HIGH
OUTPUT
CH 2
LOW
OUTPUT
CH 2
LOW
OUTPUT
CH 2
MID
OUTPUT
MONO
HIGH-MID
OUTPUT
CH 2
HIGH
OUTPUT
CH 2
INPUT
CH 2
INPUT
CH 1
HIGH
OUTPUT
CH 1
HIGH
OUTPUT
CH 1
MID
OUTPUT
MONO
LOW-MID
OUTPUT
CH 1
LOW
OUTPUT
CH 1
LOW
OUTPUT
MONO
LOW
OUTPUT
STEREO
2 WAY
STEREO
3 WAY
MONO
4 WAY
CHANNEL
1 INPUT
CHANNEL
1 INPUT
MONO
INPUT
MODE
MADE IN CHINA
STEREO THREE WAY OPERATION
LIMITER
CD EQ
MONO
SUB
THRESHOLD
dB
+18
-5
+14
-2
+10
0
MONO
4 W
ST
3 W
4 W
LOW
ST
2 W
HIGH
LOW
MID
H MID
H MID
PHASE
MUTE
+5
It you’re operating your PA system Stereo 3-way, wire your system as shown in the system diagram below.