F compression connector RG6, inner sleeve diameter 4.80 mm (±0.1) ALANTEC WTR480

F compression connectors – reliable connections in AV installations

The ALANTEC RG6 F compression connector is an essential component for creating and repairing satellite and terrestrial television installations. Designed for RG6 coaxial cables, it provides a stable and interference-resistant signal connection. The construction of nickel-plated brass guarantees good conductivity and corrosion resistance, which translates into long-lasting and trouble-free operation. The connector is compatible with popular KRD113A1PV500 and KRD113A1LS500D cables, making it a universal solution for installers.

Using a compression connector, unlike screw-on connectors, allows for a more secure connection to the cable, minimizing signal loss and the risk of mechanical damage. The precise inner sleeve diameter (4.80 mm ± 0.1 mm) ensures a perfect fit for the RG6 cable, which is crucial for maintaining high signal quality. This is particularly important in systems requiring stable and reliable data transmission, such as HD television or IPTV services.

Construction and technical parameters

The connector is made of high-quality nickel-plated brass, which provides not only good electrical conductivity but also resistance to corrosion and environmental factors. The 75 Ohm impedance is a standard for AV installations, guaranteeing proper matching to the cable impedance and minimizing signal reflections. A wide bandwidth (from 5 to 3000 MHz) allows for the transmission of high-frequency signals without loss of quality. The operating temperature from -40 to +60°C means that the connector can be used in various environmental conditions – both indoors and outdoors.

It is worth noting the precision of execution – the tolerance of the inner sleeve diameter is only ± 0.1 mm, which directly affects the quality of the connection and signal stability. Thanks to this, installers can be sure that the connection will be durable and reliable, and end users will enjoy high-quality image and sound.