MASTER/SLAVE OPERATION
The MASTER/SLAVE Operation allows to link two identical SXE1200.1D/SXE2000.1D amplifiers. The advan-
tage of this function is, that the crossover section of amplifier 2 will be bypassed and for both amplifiers the
same crossover settings come into operation, which can be adjusted on the MASTER amplifier. Then both
amplifiers work together as one big monoblock. Please refer to section "MASTER/SLAVE OPERATION / 2 x
SXE1200.1D/SXE2000.1D" on page 13 and the figures 5a to 5c on page 37.
FIGURES
(P. 34-38)
CONNECTIONS AND CONTROLLERS (FIG. 1)
(1) Power-/Protection-LED
(2) Connector for the included bass level remote controller
(3) LOW PASS controller
(4) BASS BOOST controller
(5) SUB SONIC controller
(6) PHASE SHIFT controller
(7) LEVEL INPUT controller
(8) LINE INPUT L/R
(9) Mono audio output (OUT MASTER), leading to an additional SXE1200.1D/SXE2000.1D
Mono audio input (IN SLAVE), coming from an additional SXE1200.1D/SXE2000.1D
POWER SUPPLY AND TURN ON CONNECTION (FIG. 2)
(1) GND terminal for the ground
(2) REM terminal for the turn on connection
(3) +12 V terminal for the positive-connection of the battery
(4) Vehicle's battery
(5) In-Line Fuse (not included in the scope of delivery)
(6) Turn on wire from the head unit or the electrical antenna
(7) Fuse(s)
1-CHANNEL OPERATION MONO / 1 x SUBWOOFER (FIG. 3)
If you want to run the amplifier with the 2 line output channels from the head unit to drive a subwoofer, connect
the following setup:
(1) Bass level remote controller
(2) To the head unit, line output left or subwoofer output
(3) To the head unit, line output right or subwoofer output
(4) Subwoofer (1 - 8 Ω)
1-CHANNEL OPERATION MONO / 2 x SUBWOOFERS (FIG. 4)
If you want to run the amplifier with the 2 line output channels from the head unit to drive two subwoofers, con-
nect the following setup:
(1) Bass level remote controller
(2) To the head unit, line output rear left or subwoofer output
(3) To the head unit, line output rear right or subwoofer output
(4) Subwoofer 1 (2 - 8 Ω)
(5) Subwoofer 2 (2 - 8 Ω)
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