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LNC arrangement 1 (one single LNC)
Connection of an LNC with a single oscillator fre-
quency (single LNC).
Example:
To receive programmes from the Astra satellite.
LNC arrangement 2
(two single LNCs or one universal LNC)
Two single LNCs
The 22 kHz signal can also be used to switch bet-
ween two LNCs with a 22 kHz switch.
See diagram on page 15.
!
The 22 kHz signal must not be used to switch bet-
ween the "lower" and the "upper" frequency ran-
ges of a satellite.
One universal LNC
The 22 kHz signal switches between the "lower" and
the "upper" frequency ranges.
–: oscillator frequency for the lower frequency
range (22 kHz signal off, ie 0 kHz)
~
: oscillator frequency for the upper frequency
range (22 kHz signal on).
LNC arrangement 3
(Choose between satellites with
ToneBurst (mini DiSEqC) signal)
Connection options
1. Two universal LNCs
A/B: change between satellite A and B by using a
ToneBurst switch (mini DiSEqC)
–: oscillator frequency for the lower frequency
range
~: oscillator frequency for the upper frequency
range.
See also diagram on page 16.
2. Up to 4 single LNCs
Connection of a ToneBurst switch (mini DiSEqC).
A 22 kHz switch will be connected at each of the
outputs of the ToneBurst switch (mini DiSEqC).
In this case, –A, ~A, –B and~B indicate the swit-
ching options of the four satellites.
LNC arrangement 3
(Choose between satellites with
ToneBurst (mini DiSEqC) signal)
Connection options:
1. Two universal LNCs
A/B: change between satellite A and B by using a
ToneBurst switch (mini DiSEqC)
–: oscillator frequency for the lower frequency
range
~: oscillator frequency for the upper frequency
range.
See also diagram on page 16.
2. Up to 4 single LNCs
Connection of a ToneBurst switch (mini DiSEqC).
A 22 kHz switch will be connected at each of the
outputs of the ToneBurst switch (mini DiSEqC).
In this case, –A, ~A, –B and ~B indicate the swit-
ching options for the four satellites.
LNC arrangement 4
(multiple connection options)
During the DiSEqC control, 22 kHz pulsed signals
will be transmitted in a certain arrangement. These
contain the total information for the LNC control.
First the DiSEqC signal is emitted (DiSEqC 1.0), fol-
lowed by the ToneBurst signal (mini DiSEqC) and
the static 22 kHz signal. This offers numerous
applications.
For each setting you wish to use you will have to
enter the appropriate oscillator frequency of the
LNC in the "LNC settings" sub-menu.
DiSEqC switch (up to 4 satellites)
When using a DiSEqC switch all setting options are
available to you:
Choice of satellite:
A1, B1, A2, B2 (for max. 4 satellites)
Choice of frequency range
– : lower frequency range
~
: upper frequency range.
Example:
Reception of the lower and the upper frequency
ranges of two satellites (see diagram on page 16).
As shown in the example, the polarisation required
is also selected with the DiSEqC signal.
LNC arrangement 5
General information about multi-
(multiple connection options)
satellite reception
As per LNC arrangement 4, except that the DiSEqC
signal is emitted twice in succession. This might be
Your receiver offers you many options for the
necessary if a number of DiSEqC switches are
reception of channels from different satellites.
connected in tandem.
Some examples are detailed below.
LNC arrangement 6
Two-satellite reception
(multiple connection options)
As per LNC arrangement 4, except that the DiSEqC
1
To receive transmissions from two satellites a
signal is emitted three times in succession. This
22 kHz switch must be connected between the
might be necessary if a number of DiSEqC switches
connection for the satellite aerial (LNC 13/18 V) and
are connected in tandem.
the 2 LNCs.
Example:
To receive Astra and Eutelsat (see page 7, groups
no
The 22 kHz signal must be emitted in order to recei-
ve Eutelsat.
2
In this case choose LNC arrangement 2 for the
required LNC input and enter the oscillator frequen-
cy of the LNCs used.
$
$
$ %
If you want to connect several terminals, a dual LNC
(eg GRUNDIG LNC DUAL 1) or a multi-switch (eg
GRUNDIG Multiswitch SVT 5/4 A) should be used.
Two-satellite installation
and
).
–
A1 09 . 750 GHZ
~
2
A1 09 . 750 GHZ
/ OK
2 LNCs
22 kHz
switch
to the satellite receiver
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