Televes EK1672plus-T koaksiaalinen maakaapeli 500 m rulla 75 ohmia

Signal loss and interference over long cable runs can cripple even the best-installed antenna or satellite system. The Televes EK1672plus-T coaxial ground cable eliminates those weak links with a solid copper core, double shielding, and a rugged outdoor-rated jacket—delivering clean, stable RF transmission across the full 5–2400 MHz spectrum.

Who is it for

Professional installers and system integrators who need a dependable, high-performance ground cable for terrestrial TV, satellite, and broadband distribution. It is equally suited to large residential projects, commercial buildings, and any outdoor or underground run where moisture, UV, and mechanical stress are daily realities.

Main features

• Solid copper inner conductor (1.63 mm) for superior conductivity and low DC resistance.
• Physical foamed polyethylene dielectric ensures consistent 75 Ohm impedance and low attenuation.
• Double shielding: Al-PET-Al foil plus tinned copper braid with 77% coverage for >100 dB screening effectiveness (Class A+).
• UV-resistant polyethylene outer sheath withstands harsh outdoor environments and direct burial.
• Supplied on a 500 m wooden drum for easy payout and storage.
• Wide operating temperature range from -25°C to +70°C.

Specifications

• Impedance: 75 Ohm
• Inner conductor: Solid copper, 1.63 mm diameter
• Dielectric: Physical foamed polyethylene, 7.2 mm diameter
• Shielding: Al-PET-Al foil + tinned copper braid (77% coverage)
• Outer sheath: Polyethylene, 10.3 mm diameter
• Attenuation: 16.0 dB/100m @ 862 MHz, 27.0 dB/100m @ 2150 MHz
• Return loss: >25 dB (5–2400 MHz)
• Velocity of propagation: 85%
• Capacitance: 52 pF/m
• Screening effectiveness: >100 dB (Class A+)
• Operating temperature: -25°C to +70°C
• UV resistant: Yes
• Length: 500 m
• Packaging: Wooden drum

Tips

For best results, avoid sharp bends below the minimum bend radius and use proper weatherproof connectors rated for outdoor use. When burying the cable, place it in a conduit if future replacement may be needed, and always leave a small service loop at each end to accommodate thermal expansion.