Chapter 6 - Measuring range
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The image shows the selection menu for the DiSEqC versions and single-cable standards.
6.5.2.1 DiSEqC V1.0 control
When
LNB -> DiSEqC -> V1.0
is set, the instrument operates according to DiSEqC Standard V1.0
and allows you to control up to four satellite positions with up to four SAT IF levels each. A SAT IF
level is set using
LNB -> SAT-IF-Layer > V/Lo, H/Lo, V/Hi, H/Hi
.
Set a satellite position using
LNB -> Satellite -> P1 – P4
. P1 can be used for ASTRA and P2 for
EUTELSAT, for example.
6.5.2.2 DiSEqC V1.1 control
LNB -> DiSEqC -> V1.1
activates the DiSEqC V1.1 menu. V1.1 allows you to control a total of up to
256 SAT IF levels. V1.1 also allows for DiSEqC component cascading.
This means that compatible multiswitches or switching relays can be connected in series. Multiple
repetitions of the DiSEqC command(s) are required for this. See the following example for further
information.
The SAT IF level settings and satellite position settings are identical to those for V1.0. Added to this
is the control “Uncommitted switches”, which is operated via
LNB -> Uncommitted Switch
. With
“Uncommitted switches” you can split the 16 SAT IF levels that are possible with V1.0 into another 16
branches using the cascading option; this is achieved using 4 additional switches (uncommitted
switches). In total, up to 256 SAT IF levels can be controlled. The “uncommitted switches” are binary
controlled. The
Up/Down
arrow keys allow one of the 16 possible combinations of the 4
“uncommitted switches” to be selected using a hexadecimal number (“0” hex - “F” hex). Press
ENTER
to confirm the setting.
V1.1 incorporates DiSEqC component cascading. Therefore, the commands must be repeated.
Select the minimal necessary number of repetitions to prevent unnecessary DiSEqC commands
being sent, which would slow the control.
LNB -> Repeats
allows you to select between 0, 1
(default), 2 or 3 repetitions. Press
ENTER
to confirm the setting.
DiSEqC1.1 control sequence with 1 repetition
As mentioned above, DiSEqC1.1 is capable of cascading. The control sequences must therefore be
repeated a number of times. DiSEqC components further back in the chain cannot receive the
commands intended for them until the earlier components in the chain have processed their
commands.
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