Reference

1. Connect DiSEqC 1.0

All our receivers are designed to be DiSEqC 1.0 compatible. This allows multiple antennas to be connected to the STB simultaneously.

If you have two or more fixed antennas or LNBs, you can use a DiSEqC 1.0 switch.

1.Connect the coaxial cable from the first LNB to the LNB 1 or LNB A input connector of the DiSEqC switch.

2.Connect the coaxial cable from the second LNB to the LNB 2 or LNB B input connector of the DiSEqC switch.

3.Do the same for other LNBs.

4.Connect one end of a Coaxial cable to the RF output connector of the DiSEqC switch and the other end to the LNB IN socket on the STB.

2. Connect DiSEqC 1.2

Please refer to page GB42.

The Locking Time might take longer than expected during the initial boot if the motorised system is set “enable” mode.

3. Connect a Satellite antenna

To the digital receiver, you can connect either a single satellite antenna directly or through converter box several antennas or LNB of multi-feed equipment.

You can connect a further Sat-receiver(for example analogue), with the receiver of common antenna equipment that has satellite signals.

Connect an antenna cable through converter boxes

1.When you assemble several antenna or a multi-feed equipment that has several LNB (or LNB with several exits), connect each cable from the antenna to a converter box.

2.Connect the output of converter box to “LNB IN”, as in example displayed.

3.When you use a converter box of 0/12V-steerage, connect it to the output “0/12V” additionally.

For converter boxes of 22KHz- or DiSEqC-steerage, you can skip this point because the steerage signal occurs through the antenna cable.

4. Loop Through

If you have another analogue or digital STB and you wish to use the same LNB then you can connect it via the loop through. Connect one end of a Coaxial cable to the LNB OUT on the STB and connect the other end to the LNB IN on your second STB.

GB5

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Humax VACI-5300, VA-5200, NACI-5700, F1-5000, CI-5100 Reference, Connect DiSEqC, Connect a Satellite antenna, Loop Through