This is English Explanation:
1. Connection of cables
The switch S.168 includes 8 input connectors and 1 output connector. Coaxial cables from particular LNBs (satellite converters)
shall be connected to input connectors (INP1 to INP8). It is advisable to note down assignment of the inputs. The output
connector (OUT) shall be interconnected through a coaxial cable with a satellite receiver.
For a long-lasting operation of the switch it is advisable to use high-quality coaxial cables designed for frequencies up to approx. 2
GHz.
2. Receiver setting
The receiver setting method differs depending on the control mode of the switch S.168, and on the DiSEqC protocol version
supported by your receiver.
A/ Setting according to DiSEqC 1.1 protocol
If your receiver supports DiSEqC 1.1 protocol, set correct data in the fields for “committed switch” and “uncommitted switch” for
each of the connected LNBs in the configuration menu . Set values A to D (i.e. 1 to 4) for “committed switch” and values A or B (i.e.
1 or 2) for “uncommitted switch”.
The values for particular inputs are stated in the following table:
INP1committed A (1) uncommitted A (1)
INP2committed B (2) uncommitted A (1)
INP3committed C (3) uncommitted A (1)
INP4committed D (4) uncommitted A (1)
INP5committed A (1) uncommitted B (2)
INP6committed B (2) uncommitted B (2)
INP7committed C (3) uncommitted B (2)
INP8committed D (4) uncommitted B (2)
B/ Setting according to DiSEqC 1.2 protocol
If your receiver does not support DiSEqC 1.1 version, but supports DiSEqC 1.2, receiver setting shall be carried out as if you had
a DiSEqC motor. One of the satellites to be received shall be selected along with continuous holding of the push-button for motor
rotation depressed (East or West) until the signal of respective satellite appears in a sufficient intensity and quality. Then stop the
rotation immediately and save the found position. Repeat the search for all connected LNBs.
26-03-2006, 12:52 PM
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