Triax TQT 400 Gold Universal Quattro LNB με 4 εξόδους για πολυδιακόπτες 304873

Satellite distribution systems with multiple receivers often struggle to provide independent channel selection across all connected devices. The Triax TQT 400 Gold Universal Quattro LNB solves this by delivering four dedicated outputs—Vertical High, Vertical Low, Horizontal High, and Horizontal Low—each carrying a fixed polarization and frequency band. This design is essential for feeding a multiswitch, allowing every connected receiver to access any channel without conflicts.

Who is it for

Professional installers and advanced users building satellite distribution for apartment buildings, hotels, or large homes where multiple receivers need simultaneous access to different channels. It is ideal for systems using a multiswitch to distribute signals to many outlets.

Main features

• Universal Quattro LNB with four outputs: Vertical High, Vertical Low, Horizontal High, Horizontal Low
• Compatible with multiswitch systems for multi-receiver distribution
• Wide input frequency range: 10.7 to 12.75 GHz
• Low noise figure of 0.1 dB for clear signal reception
• Weatherproof housing with gold finish for durability
• F-type output connectors for standard coaxial cables
• Feed horn diameter of 40 mm for common dish compatibility

Specifications

• LNB Type: Universal Quattro
• Number of Outputs: 4
• Input Frequency Range: 10.7 - 12.75 GHz
• Output Frequency Range: 950 - 2150 MHz
• Low Band LO Frequency: 9.75 GHz
• High Band LO Frequency: 10.6 GHz
• Noise Figure: 0.1 dB
• Conversion Gain: 50 - 60 dB
• Cross Polarization Isolation: >22 dB
• Current Consumption: Max. 180 mA
• Feed Horn Diameter: 40 mm
• Operating Temperature: -30 to +60 °C
• Output Connector Type: F-type
• Colour: Gold

Tips

Pair this Quattro LNB with a multiswitch that supports Quattro LNBs to distribute signals to multiple receivers. Ensure the dish is properly aligned and the LNB skew is adjusted for optimal signal quality. Use high-quality coaxial cables with F-type connectors to minimize signal loss.