Australian Monitor SY800 - Manual (Page 15)

Australian Monitor
Installation 15
Binding Post Outputs
Speaker Outputs
When terminating to the 4 mm binding post (banana
jack) output connectors, banana plugs or bare wires
can be used. The red terminal is
and the
black terminal is (ground).
If running in BRIDGE mode, only the binding
posts are used.
For the SY400, SY800, SY1200, SY1600:
When bridging, Channel A provides the positive
output to the load and channel B provides the
negative output to the load.
For the SY6125:
channel B provides the
positive output and channel C provides the negative
output to the load.
W
(NOTE: There are no 4 pole speaker connectors on
the SY400V, SY800V, SY6125 or SY4200).
When using the 4 pole speaker connector for
speaker output, use only the mating 4 pole in-line
connector. This connector is designed so that both
channels can be fed from a single connector.
Two speaker connectors are provided on the
amplifier.
The "Channel A" speaker connector actually carries
both channel A & channel B outputs (see
:
Speaker Connector Wiring Diagrams).
The "Channel B" speaker connector carries the
Channel B output only.
This arrangement allows you the option of
positive
negative
red
When bridging B & C,
hen bridging D & E, channel E provides the
positive output and channel D provides the negative
output to the load.
For the SY4200:
When bridging A & B, channel A provides the positive
output and channel B provides the negative output to
the load.
When bridging C & D, channel C provides the
positive output and channel D provides the negative
output to the load.
There exists no means of bridging your SY400V
or SY800V amplifier.
Figure 6
connecting to the outputs separately or together.
Connecting through a single connector has the
advantage of minimising connections, preserving
phasing and simplify channel allocation, which is
particularly important when
or in
mode.
IMPORTANT
Channel A is used as the “dominant” channel and
when sourcing a dual output from Channel A, the
following standard should normally be used
(depending on speaker system wiring):
Channel A = Left or Low Frequencies.
Channel B = Right or High Frequencies.
When in mode:
Pin 1+ = Bridge Output Positive
Pin 2+ = Bridge Output Negative.
bi-amping bridge
Do not overload your amplifier by connecting the
channel B output twice!
bridge
Figure 6. Speaker Connector
Wiring Diagram