Coaxial Cable Kathrein ETF 800/S 0.8 m F-type White

Kathrein ETF 800/S is a 0.8 m coaxial connection cable with screw-in F-type connectors on both ends, designed for reliable signal transmission between headends, patch panels, multi-switches and receivers. The cable is fully fitted with straight-through screw-in F connectors and rated screening of 105 dB (Class A+), providing stable performance for audio-visual and satellite installations.

Advantages

The ETF 800/S offers high screening effectiveness (105 dB, Class A+) to minimise interference, factory-fitted screw-in F connectors for secure and low-loss connections, and a compact 0.8 m length suitable for short link and patching tasks. The cable is lightweight (approx. 230 g) and compatible with standard F-type ports used in satellite receivers, TVs and multi-switch systems.

Suitable for

• Connecting satellite receivers to wall outlets or multi-switches
• Linking patch panels and headend equipment in signal distribution racks
• Patching between multi-switch outputs and individual tuners
• Short interconnections in AV installations and set-top box setups

Key specifications

• Brand: Kathrein
• Model: ETF 800/S (MPN 2040000014)
• Length: 0.8 m
• Connector type: Screw-in F connector, straight-through, both ends
• Screening: 105 dB, Class A+
• Colour: White
• Weight: approx. 230 g
• EAN: 4063242000081

How to use

Align the screw-in F connector with the device's F-type socket and gently screw the connector clockwise until finger-tight; avoid excessive force to prevent connector damage. Use the cable to connect satellite receivers, TVs, multi-switch outputs or headend equipment. For best signal quality maintain short, direct routing with minimal bends and avoid running the cable in parallel with mains power lines.

Recommendations

For optimal long-term performance, ensure connectors are clean and undamaged before installation, use the cable for short interconnections (0.8 m) between equipment, and avoid sharp bends or kinks. In environments with high electromagnetic interference, confirm proper grounding and potential equalisation of the distribution system.