Owner`s manual

1.3.2.7 IR REMOTE CONNECTORS
a) MAIN IR (Xantech compatible: 3.5” mini-jack x 1)
b) ZONE IR (Xantech compatible: 3.5” mini-jack x 1)
The MAIN IR jack allows connection of an external
IR sensor that duplicates the SSP-75’s front panel
IR sensor. This IR input is particularly useful in
installations where the SSP-75 is placed in a closet
or behind the doors of an equipment cabinet, or
in a situation where you wish to have a hardwired
connection. The ZONE IR jack receives IR commands
from the Remote room. It functions precisely
the same as the MAIN IR input. In fact, when
controlling the remote ZONE from the remote area
you must send the ‘ZONE’ command to tell the
SSP-75 the following codes are to control the
operation of the remote ZONE.
1.3.2.8 DC OUTPUT CONNECTORS
a) MAIN DC, Supplies 12 volt DC while the
SSP-75 MAIN area is functional. No voltage when
in ‘Standby’. b) ZONE DC, Supplies 12 volt DC
while the SSP-75 ZONE is operating. No voltage
when ZONE is ‘OFF’.
The SSP-75 can provide a continuous 12 volts DC
to either or both outputs. You can turn the ZONE
on and off and also turn on or off all the other
equipment associated with the ZONE completely
separately from the operation of the MAIN area.
Even while the MAIN area is in standby you can
turn the 12 volt DC for the ZONE on or off by
pressing the ‘ZONE’ button on the remote
control wand and then pressing ‘Standby’.
1.3.2.9 MISCELLANEOUS
a) AC power switch
b) AC power cord receptacle
The AC power switch positively disconnects the
SSP-75 from all AC power when it is in the OFF
position, even if the AC cord is connected to a
live AC outlet. In the ON position, while in the
‘Standby’ mode, the SSP-75’s basic circuits (central
microprocessor and remote sensors) are always
active providing, of course, that the AC cord is
plugged into a live current source.
The AC power cord receptacle is the standard IEC-
type used for test equipment, computers, and high
quality audio/video components. It accepts a wide
variety of detachable AC power cords.
SECTION 2:
INSTALLATION OVERVIEW
This Section discusses the broad concepts of
installation, setup, and menu usage. It is an outline
for the experienced installer, not a step-by-step
guide to all the configuration choices available.
You’ll find examples that suggest possible
approaches incorporating the SSP-75’s remarkable
flexibility. The following Sections contain specific
instructions for each topic outlined here.
View Page to the Left For Rear Panel Input
and Outputs
2.1 SYSTEM HOOKUP:
REAR PANEL CONNECTIONS
2.1.1 CONNECTION TO POWER AMPLIFIER(S)
For Left Front, Right Front, Center, Left Surround,
Right Surround and Sub channels, choose XLR
(balanced), RCA (single ended), or any combination
of XLR and RCA. We recommend XLR.
The SSP-75 contains a digital-domain bass
crossover. For that reason, to avoid adding cross-
over slope to cross-over slope, we recommend that
you consider bypassing any other crossover in the
signal path.
2.1.2 AUDIO SOURCE COMPONENTS
The SSP-75 could conceivably handle up to 18
audio sources because it is capable of automatically
distinguishing between analog and digital signals
and prioritizing them. It will also automatically
recognize and properly decode the different digital
formats available. It is also capable of directing two
separate audio and video signal streams to two
separate locations.
There are 6 dedicated Audio-only SOUCEs (which
only means there is no video input associated with
them), and 6 dedicated audio-video SOURCEs
(which, naturally, means a video input is to be
dedicated to each one). Each Audio-only input can
have a digital or an analog input. During setup you
select which input is to associated with the audio-
only SOURCE. When setting up the Audio/Video
SOURCEs you select which audio and which Video
inputs are associated with each.
The two-channel analog inputs associated with
AUDIO 6 are Balanced (XLR) inputs only.
The SSP-75 can accommodate up to 7 digital audio
sources and up to 11 analog audio sources. Of
course it is extremely unlikely that anywhere near
that many sources would be connected to the SSP-
75. However; as you can imagine, with all this
flexibility, there is very good likely-hood that there
is a way to configure even the most complex
Audio/Video installation.
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AUDIO/VIDEO INPUTS
VID1 VID3VID2
VID1 VID3VID2
VID4 VID6VID5
VID4 VID6VID5
S-VIDEO INPUTS
COMPOSITE VIDEO INPUTS
OUTPUTS AUDIO INPUTS
RECORD
VID6
AUDIO 1
ZONE2
RECORD
VID6
OSD
MONITORZONE2
VID
AUDIO 2 AUDIO 4AUDIO 3
NO OSD
MONITOR
COAX1
S-VIDEO OUTPUTS
COMPOSITE VIDEO OUTPUTS
SUB
VID2 VID3VID1
VID5 VID6VID4
FRONT SURROUND
RIGHT
CENTER
RECORD
OSD
MONITORVID6
NO OSD
Y
MONITOR
MAIN OUTPUTS
LEFT REAR LEFTRIGHTFRONT
5.1 ANALOG INPUTS
AUDIO 5 FRONT
COAX2 COAX4COAX3
SUB
RECORD
OUT
CENTER
OPTICAL2OPTICAL1
COMPONENT VIDEO
SURROUND
DIGITAL INPUTS
AUDIO INPUTS
RIGHT AUDIO 6
LD
AC-3
COAX
ADAPTOR
LEFT
OPTICAL
OUTPUTS
LEFT
RIGHT
AES/EBU
INPUT1
Cb Cr Y
INPUT2
Cb Cr Y
CENTER SUB
Cb Cr
RS 232 PORT
EXTERNAL CONTROL
MONITOR
RIGHT
LEFT
MIC
LN
A.C. INLET
MAIN
E
ZONE
IR DC IRDC
BEFORE CONNECTING TO A.C. LINE
ALWAYS TURN OFF UNIT BEFORE
DISCONNECT A.C. LINE BEFORE OPENING UNIT
CHANGING ANY CONNECTIONS
REPLACE FUSE WITH SAME TYPE AND RATING ONLY
CHECK OPERATING VOLTAGE
W A R N I N G