(+49) 09101 702-299 hotline@schwaiger.de
(+49) 09101 702-299 hotline@schwaiger.de
In clear weather, extremely high temperatures (up to 200°C) can occur on the LNB feedhorn, causing damage. The header cap of this SCHWAIGER® single...
View full detailsIn clear weather, extremely high temperatures (up to 200°C) can occur on the LNB feedhorn, causing damage. The header cap of this SCHWAIGER® single...
View full detailsIn clear weather, extremely high temperatures (up to 200°C) can occur on the LNB feedhorn, causing damage. The header cap of this SCHWAIGER® single...
View full detailsWith this SCHWAIGER® Single LNB, which is also suitable for multifeed systems, a digital satellite system for 1 subscriber (receiver) can be set up...
View full detailsThis SCHWAIGER® Monoblock Single LNB is designed for setting up a digitally compatible satellite system for a maximum of 1 participant. A participa...
View full detailsIn clear weather, extremely high temperatures (up to 200°C) can occur on the LNB feedhorn, causing damage. The header cap of this SCHWAIGER® Twin L...
View full detailsIn clear weather, extremely high temperatures (up to 200°C) can occur on the LNB feedhorn, causing damage. The header cap of this SCHWAIGER® Twin L...
View full detailsIn clear weather, extremely high temperatures (up to 200°C) can occur on the LNB feedhorn, causing damage. The header cap of this SCHWAIGER® Twin L...
View full detailsWith this Schwaiger® Twin LNB, which is suitable for multifeed systems, a digital satellite system with a maximum of two participants can be set up...
View full detailsWith this SCHWAIGER® Monoblock Twin LNB, a digital-capable satellite system can be set up with a maximum of 2 participants. All participants receiv...
View full detailsIn clear weather, extremely high temperatures (up to 200°C) can occur on the LNB feedhorn, causing damage. The header cap of this SCHWAIGER® Quad L...
View full detailsIn clear weather, extremely high temperatures (up to 200°C) can occur on the LNB feedhorn, causing damage. The header cap of this SCHWAIGER® Quad L...
View full detailsIn clear weather, extremely high temperatures (up to 200°C) can occur on the LNB feedhorn, causing damage. The header cap of this SCHWAIGER® Quad L...
View full detailsThis SCHWAIGER® Quad LNB is suitable for multifeed systems and can be used to set up a digital satellite system with up to 4 participants. The F co...
View full detailsWith this SCHWAIGER® Monoblock Quad LNB, a digital-capable satellite system with a maximum of 4 participants can be set up. All participants receiv...
View full detailsIn clear weather, extremely high temperatures (up to 200° C) can occur on the LNB feedhorn, causing damage. The header cap of this SCHWAIGER® Quat...
View full detailsIn clear weather, extremely high temperatures (up to 200° C) can occur on the LNB feedhorn, causing damage. The header cap of this SCHWAIGER® Quat...
View full detailsIn clear weather, extremely high temperatures (up to 200° C) can occur on the LNB feedhorn, causing damage. The header cap of this SCHWAIGER® Quat...
View full detailsIn clear weather, extremely high temperatures (up to 200°C) can occur on the LNB feedhorn, causing damage. The header cap of this LNB can withstand...
View full detailsIn clear weather, extremely high temperatures (up to 200°C) can occur on the LNB feedhorn, causing damage. The header cap of this LNB can withstand...
View full detailsThe Schwaiger Sun Protect Octo LNB is ideal for use with a wide variety of satellite dishes. The LNB can be used to set up a digital satellite syst...
View full detailsIn clear weather, extremely high temperatures (up to 200°C) can occur on the LNB feed horn and damage it. The header cap of this SCHWAIGER® Single ...
View full detailsIn clear weather, extremely high temperatures (up to 200°C) can occur on the LNB feed horn and damage it. The header cap of this SCHWAIGER® Twin LN...
View full detailsIn clear weather, extremely high temperatures (up to 200°C) can occur on the LNB feed horn and damage it. The header cap of this SCHWAIGER® Quad LN...
View full details