Coaxkabel ShiverPeaks 80082-32 1,5 m wit

The ShiverPeaks 80082-32 1.5 m White coaxial cable is designed for straightforward, reliable signal transmission between audio/video devices. With coaxial connectors on both ends and a 1.5 metre length, this cable connects televisions, satellite receivers and other compatible equipment while maintaining a stable RF signal and minimising interference.

Advantages

This coaxial cable provides a practical balance of length and signal integrity for home AV setups. The standardized coaxial connectors ensure plug-and-play compatibility with most consumer TVs and receivers. The 1.5 m length is suitable for short runs without excessive slack, and the white outer jacket blends with light-coloured walls and equipment. The cable construction reduces susceptibility to electromagnetic interference, helping to preserve picture and sound quality.

Suitable for

• Connecting TVs to wall outlets or set-top boxes
• Linking satellite or cable receivers to televisions
• Connecting RF tuners, modems or other coax-compatible AV equipment

Key specifications

• Cable type: coaxial
• Length: 1.5 m
• Colour: white
• Connector type: coaxial connectors on both ends (male)
• Intended use: audio/video signal transmission, RF connections

How to use

Insert the coaxial connector firmly into the female RF socket on your television, satellite receiver or other device until it is securely seated. Connect the opposite end to the source or outlet. Avoid sharp bends or kinks in the cable path and keep the cable away from strong electromagnetic sources to maintain signal quality. If connections feel loose or the signal is intermittent, make sure threaded connectors are tightened and that connector contacts are free of debris.

Recommendations

For optimal performance, use the cable for runs matching its length to minimise excess slack; for longer distances consider a cable with thicker shielding or a higher-grade specification. Inspect connectors periodically for corrosion or damage and replace the cable if signal degradation persists.