Sony SRP-X500P - Manual (Page 19)

19
System Configurations and Speaker Connections
Speaker connection
Only speakers with low impedance (4 to 16
Ω) can be
connected to the SPEAKERS CH-1/2 terminals.
Speakers of high or low impedance can be connected to the
SPEAKERS CH-3/4 terminals by setting the SYSTEM
TYPE selector.
The SPEAKERS CH-3/4 terminals are factory-set so that
the speakers with high impedance can be connected.
To connect high-impedance speakers to
the SPEAKERS CH-3/4 terminals
Set the SYSTEM TYPE selector to “1” or “4.”
Or, set the SYSTEM TYPE selector to “0” and use the
SRP-X500P Manager software to make setting.
When one of the settings above is made, the output from
the SPEAKERS CH-3/4 terminals becomes monaural.
Connect the (+) terminal of the speaker to the (+) (red)
SPEAKERS CH-3 terminal and connect the (–) terminal of
the speaker to the (+) (red) SPEAKERS CH-4 terminal.
The following table shows the number of speakers that can
be connected when the SPEAKERS CH-3/4 terminals are
set for high-impedance speakers.
To connect low-impedance speakers to the
SPEAKERS CH-3/4 terminals
Set the SYSTEM TYPE selector to “2,” “5,” “6,” “7,” “8,”
or “9.”
Or, set the SYSTEM TYPE selector to “0” and use the
SRP-X500P Manager software to make setting.
Connect the speakers as shown in the following figure.
Selection of system type
From 9 preset patterns provided on the SRP-X500P, it is
possible to choose the speaker system type that
corresponds with the AV system being used. The preset
pattern can be selected by using the SYSTEM TYPE
selector (1 to 9).
Each preset pattern includes the following:
• MIC INPUT Low Cut Filter
• ROUTING
• DELAY
• INPUT MUTING
• OUTPUT MUTING
• OUTPUT LINK
• COMPRESSOR
• SPEAKERS CH-3/4 terminal status (70V LINE or Lo.
Imp)
• REMOTE FADER
Details on each preset pattern are given below:
SYSTEM TYPE 1
For a speaker system consisting of a pair of front speakers
and high-impedance ceiling speakers (70V LINE).
Speaker
impedance Power applied to
each speaker Number of
connectable
speakers
1 k
Ω
5W 12
3.3 k
Ω
1.5 W 40
10 k
Ω
0.5 W 120