22
9. - ON: This LED indicates that the processor is in working condition.
10. - POWER: Mains switch of the processor.
On the rear of the processor you will find the sockets for the signals
and power control connectors, as well as the mains power supply socket for
this unit.
11.
-
LEFT
INPUT:
Signal
input
for
the
left
channel.
This
requires
an
XLR-type connector.
This socket is connected directly to the left channel input socket on the
rear rack panel.
12 - RIGHT INPUT: Signal input for the right channel. This requires an
XLR-type connector.
This socket is connected directly to the right channel input socket on the
rear rack panel
13-14. -LOW OUTPUTS (LINKED): Signal output for the bass way. This is a
monaural output, resulting from the sum of both signals of the sub bass ways
of both channels.
IMPORTANT! If the connection of either channel should fail or not be in
perfect working condition, the output level of the sub bass would decrease
by 3 dB.
15. -LOW SENSE INPUT: SENSE input for the sub bass way. This line comes
directly
from
the
male
XLR
connector
of
the
power
amplifier
output.
Information about the power is constantly sent here from the amplifier to
the processor.
ATTENTION!
If
this
SENSE
line
is
disconnected
or
damaged,
the
power
control circuits will not work, resulting in damaged sub bass loudspeakers.
In such case, the guarantee will not cover the repair of the speakers.
16. -HIGH OUTPUT LEFT: This is the high-pass filter signal output of the
left
channel.
This
output
is
to
be
connected
directly
to
the
rack’s
rear
panel connector named "OUTPUTS - LEFT CHANNEL".
17 -HIGH OUTPUT RIGHT: This is the high-pass filter signal output of the
right channel. This output is to be connected directly to the rack’s rear
panel connector named "OUTPUTS - RIGHT CHANNEL".
18.
-FLOAT-GROUND:
Chassis
ground
switch.
In
the
FLOAT
position
the
chassis is electrically insulated from the circuit’s ground (mass). In the
GROUND position both grounds are connected.
Changing
the
switch’s
position
can
eliminate
buzzing
sound
generated
by
ground feedback.
