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ENGLISH
Note: on FIL 06 clusters are 6 and UHF3 input is not available.
ATTENTION: the following instructions are based on more fl exible input, the UHF3 input for the FIL10
and the UHF2 input for the FIL 06.
Enter the “INPUT – UHF3” menu to program all clusters (to select a different input, use the UP/DOWN arrows
from the INPUT menu). The following will appear:
UHF 3
<XXXXXXXXXX> --
}
Indication of the input you
are programming
Indicate the 10 clusters in the FIL
D: cluster with Digital channels;
A: cluster with Analogue channels;
X: cluster off;
_: the cluster cannot be selected for this UHF input
E: cluster in Error (possible overlapping of channels with other clusters);
If the cluster is associated to a UHF input that is different from the input you are programming:
1: cluster associated to the UHF1 input;
2: cluster associated to the UHF2 input;
3: cluster associated to the UHF3 input;
Use the left/right arrows to select the cluster to program.
UHF 3 E21 - E21
<
D
DDDDDDDDD> 01
Start channel of cluster
Finish channel of cluster *
Indication of the number of
clusters you are programming
The selected cluster fl ashes
* Indication exists only
if the cluster is enabled
The selected cluster will fl ash. Press the
key to enter the cluster programming and display the following
menu:
UHF3 antenna input
associated to the cell 1
CELL 1 - UHF 3
E21 : E21 - DTT
Cluster number 1
Channel type:
DTT: Digital
A: Analog
OFF: cluster off
Start channel of cluster
Finish channel of cluster
Press the
key again to enter the setting of the cluster’s initial channel and end channel. To set the cluster’s
initial channel, use the up/down arrows and the digit keyboard to enter the channel number. Press the
key
to confi rm and then set the cluster’s end channel.
A cluster may contain a minimum of 1 channel and a maximum of 6 channels.
Using the up/down arrows, the clusters can be enabled:
•
setting the channel type (analogue, digital, OFF),
•
setting the association of the cluster at the UHF input (not available for the fi rst 4 clusters because they
can only be associated to the UHF3 input),
•
regulate the cell gain (if enabled).
