HEINRICH KOPP Mecanismo de toma de antena TV/radio, blanco ártico mate, 2 salidas, 5-862 MHz 110213082

In many homes, the antenna signal from a single wall outlet is not enough for multiple devices. This TV/radio antenna socket insert solves that by providing two separate outputs for television and radio signals in a series connection. It is designed for flush mounting in standard European electrical boxes and is finished in arctic white matt to blend with modern interiors.

Who is it for

Electricians and DIY installers who need a reliable through-socket for distributing antenna signals in residential or commercial buildings. It suits anyone setting up a TV and radio point where the signal continues to further outlets.

Main features

• Two outputs: one for TV, one for radio
• TV frequency range 5–862 MHz, radio 87.5–108 MHz
• Low insertion loss of 1.5 dB on both outputs
• Tap loss of 10 dB for balanced signal distribution
• Shielding class A according to EN 50083-2
• Return channel capable for interactive services
• Flush-mounted design, arctic white matt finish

Specifications

• Brand: HEINRICH KOPP
• Model: 110213082
• MPN: 110213082
• EAN: 4008224136303
• Product type: TV/Radio Antenna Socket Insert
• Socket design: Through-socket (series connection)
• Number of outputs: 2 (TV, Radio)
• TV frequency range: 5–862 MHz
• Radio frequency range: 87.5–108 MHz
• Insertion loss (TV): 1.5 dB
• Insertion loss (Radio): 1.5 dB
• Tap loss (TV): 10 dB
• Tap loss (Radio): 10 dB
• Shielding class: Class A (EN 50083-2)
• DC passage: No
• Return channel capability: Yes
• Colour: Arctic White
• Finish: Matt
• Mounting type: Flush-mounted
• Material: Thermoplastic (PC/ABS)
• Connection type: Coaxial (IEC male for TV, IEC female for Radio)
• Standard: European (IEC)
• Application: For antenna systems in series connection

Tips

When installing, ensure the coaxial cables are properly terminated to maintain shielding and minimize signal loss. For best performance, use cables with high shielding effectiveness and avoid sharp bends.