Coaxial cable CONOTECH™ RG6U NS-470 — RG6U satellite/TV cable, 75 Ω

CONOTECH™ RG6U NS-470 is a 75 Ω coaxial RG6U cable designed for transmission of satellite, TV and broadband signals. The construction follows standard RG6 characteristics to ensure consistent impedance, low loss for short runs, and compatibility with domestic digital TV, set-top boxes and cable modems. The cable is intended primarily for indoor installations and short outdoor connections where a standard RG6 coax is required.

Advantages

The cable provides stable 75 ohm impedance suitable for digital TV and satellite reception, with shielding that reduces interference on typical household and small commercial installations. Its construction supports easy termination with common F-type and BNC connectors and allows straightforward routing through walls and conduit for quick installation. The design balances signal performance and cost for everyday audiovisual and data applications.

Suitable for

• Connecting satellite dishes to receivers
• Digital terrestrial and cable TV connections
• Short indoor or sheltered outdoor runs between devices
• Linking cable modems and set-top boxes to service outlets

Key specifications

• Cable type: RG6U coaxial
• Characteristic impedance: 75 Ω
• Intended use: satellite, TV and broadband signal transmission
• Application environment: indoor and short outdoor runs
• Connector compatibility: suitable for F-type and BNC terminations

How to use

Measure the required cable length allowing for routing and connector termination. Strip the jacket and dielectric according to the connector manufacturer's instructions, taking care to expose the center conductor and maintain shielding continuity. Terminate the cable with appropriate F-type or BNC connectors and tighten securely to the device or outlet. For outdoor or exposed sections, use proper weatherproofing boots or tape to protect terminations and prevent moisture ingress.

Usage recommendations

For best signal quality, keep cable runs as short and direct as possible, avoid tight bends that can deform the conductor or shielding, and minimize proximity to strong electrical noise sources. Use suitable low-loss connectors and verify signal levels after installation with appropriate meters or the receiving equipment's signal indicators.