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TOA Electronics Europe GmbH
5.2.
Connection of the Fault Outputs to the VX-3000F
This connection is quite simple: connect the fault output (RJ45 jack) with the control inputs
CONTROL IN 1 or CONTROL IN 2 jacks that shall receive the failure information from the VX-
3000IM-EB.with a shielded patch cable (Cat5 FTP/STP or higher with RJ45 plugs).
Example: Connection from VX-3000IM-EB to a VX-3004F, CONTROL IN 1:
VX-3004F
VX-3000IM-EB
6.
Settings in the VX-3000 Setting Software
6.1.
Relation between Control Inputs and Failure Outputs
Depending on the control input jack used, there is the following relation between the channels
of the fault output and the control input jacks CONTROL IN 1 and CONTROL IN 2:
VX-3000IM-EB Fault output channel
1
2
3
4
5
6
7
8
VX-3000F CONTROL IN 1 control input no.
1
2
3
4
5
6
7
8
VX-3000F CONTROL IN 2 control input no.
9
10
11
12
13
14
15
16
6.2.
Software Settings
The fault information of the VX-3000IM-EB is to be treated as a failure of the control inputs.
All of them are to be implemented into the general fault pattern that you must create for
compliance with EN 54-16.
In the following description, we explain the settings by an example with a VX-3016F and two
VX-3000IM-EB. All 16 audio output channels are used. The fault output of the first VX-3000IM-
EB (IM1) is connected to CONTROL IN 1, that of the second VX-3000IM-EB is connected to
CONTROL IN 2. The settings for other frames are to be made accordingly.