KATHREIN EAX 28/G RF signálna samostatná multimediálna zásuvka 21610099

In star distribution networks for TV, radio and satellite, a single outlet must combine all three services without signal loss or interference. The KATHREIN EAX 28/G solves this by integrating TV, FM radio and SAT connections in one flush-mounted socket, maintaining high shielding and low insertion loss across the entire frequency range.

Who is it for

Installers and homeowners setting up or upgrading a home multimedia distribution system where a single wall outlet should provide TV, radio and satellite signals from a central distribution point.

Main features

• Single multimedia outlet socket for star distribution networks
• TV connector: IEC male (coaxial plug), Radio connector: IEC female (coaxial socket), SAT connector: F-type female
• Frequency ranges: TV 5–862 MHz, Radio 87.5–108 MHz, SAT 950–2200 MHz
• Low insertion loss of 1.5 dB on all three bands
• High shielding effectiveness: >85 dB (Class A)
• DC passage for SAT (LNB remote power)
• Flush-mounted (Unterputz) design with die-cast zinc housing

Specifications

• Socket type: Single multimedia outlet socket
• Application: Star distribution networks (Einzelanschlussdose)
• Frequency range TV: 5 - 862 MHz
• Frequency range Radio: 87.5 - 108 MHz
• Frequency range SAT: 950 - 2200 MHz
• Insertion loss TV: 1.5 dB
• Insertion loss Radio: 1.5 dB
• Insertion loss SAT: 1.5 dB
• Return loss: >18 dB
• Decoupling TV-R: >20 dB
• Decoupling TV-SAT: >20 dB
• TV connector: IEC male (coaxial plug)
• Radio connector: IEC female (coaxial socket)
• SAT connector: F-type female
• DC passage for SAT: Yes (LNB remote power)
• Shielding effectiveness: >85 dB (Class A)
• Impedance: 75 Ohm
• Mounting type: Flush-mounted (Unterputz)
• Housing material: Die-cast zinc

Tips

Ensure the central distribution unit provides the required DC voltage for LNB remote power if you plan to use the SAT connection. The die-cast zinc housing provides excellent shielding, making this outlet suitable for installations with high electromagnetic interference.