SP/DIF
OPTICAL
SP/DIF
OPTICAL
Digital out
Analog in
L
R
AES/EBU
AES/EBU
Digital in
Analog out
L
R
Ext. sync
L
R
L
R
AC POWER
CONNECTOR
MAIN POWER
SWITCH
FUSE
HOLDER
EXT. SYNC
AES/EBU INPUT
OPTICAL S/P DIF
OUTPUT
S/P DIF
OUTPUT
AES/EBU
OUTPUT
OPTICAL S/P DIF
INPUT
S/P DIF
INPUT
AES/EBU
INPUT
BALANCED
ANALOG OUTPUT
SINGEL ENDET
ANALOG OUTPUT
BALANCED
ANALOG INPUT
SINGEL ENDET
ANALOG INPUT
1. Installing the ADDA 2402
Here is a quick description of all the basic things you need to cover to get started with your
ADDA 2402.
Before You start
·
Make sure the ADDA 2402’s voltage matches the voltage in your location. The ADDA
2402 is labelled on the AC power connector with the main voltage setting which can be
either 110-120V, 220-240V or 110-240 V at 50-60 Hz.
·
Set your ADDA 2402 on a hard and dry surface or mount it onto a 19” rack, and leave
plenty of room for ventilation.
·
In order to meet the EMC requirements of Directives 89/336/EEC and 93/68/EEC, and in
order the obtain the high performance possible for the ADDA 2402, you must use
correctly shielded cable of good quality for all external connections, when installing the
ADDA 2402. For the power connection a normal un-shielded cable can be used. Make
sure that the XLR, Phono and Jack connectors have conductive houses connected the
shield.
·
Make sure your sound system is at a safe volume level.
Installation
This section will take you through the installation of your ADDA 2402. We will describe the
power, audio and digital cable connections, which can be accessed on the rear panel.
Connecting the Power Cable
The ADDA 2402 runs on 50-60 Hz AC voltage, and is set from the factory to, 110-120 V, 220
-240 V or 110-240 V. Excessive voltages can seriously damage the ADDA 2402, so make sure
that your AC power matches the setting of your ADDA 2402.
When you connect the power use the cable you received together with your ADDA 2402 and
plug it into a grounded outlet.
If your power source does not have the standard three-hole outlet, you should take the time to
get installed a proper grounding system. This will prevent problems with audio hum, and will
reduce the risk of a shock hazard. Furthermore it is required that the converter is grounded in
order to fullfill both the safety requirements and the EMC requirements.
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