AV:Link: 112.158UK, 75 Ohms RG6 Coaxial F-type Leads, Plug to Plug, 2.0m

Product Overview & Key Benefits

The 75 Ohms RG6 Coaxial F-type Plug to Plug Leads are an essential solution for anyone looking to enhance their digital, satellite, or cable TV signal transmission. Designed with a robust construction featuring solid copper clad steel conductors, these leads offer exceptional performance and reliability. Ideal for both domestic and commercial use, this product is perfect for those looking to improve their television viewing experience, ensuring clear signals and minimal interference.

Technical Specifications & Product Details

• Model:Not specified
• Length:2.0 metres
• Weight:200 grams
• Cable Diameter:6.8mm
• Conductor Diameter:1mm
• Braid:48 x 0.1mmØ
• Screen Material:Aluminium
• Construction:Solid copper clad steel conductor, foamed polyethylene dielectric, aluminium foil screen, copper clad steel braid, PVC sheath
• Plugs:Fitted with nickel plated F-type plugs
• Packaging:Supplied in a retail-friendly sealed bag

Ideal Uses & Applications

The 75 Ohms RG6 Coaxial F-type Plug to Plug Leads are highly versatile, making them suitable for various applications including:

• Domestic installations for digital, satellite, and cable TV systems
• Commercial settings such as hotels and offices that require reliable signal transmission
• DIY enthusiasts who wish to enhance their home entertainment setup
• Professional installers needing dependable leads for new installations or upgrades

Energy Efficiency & Cost Savings

Utilising high-quality materials and advanced construction techniques, the 75 Ohms RG6 Coaxial Leads help reduce signal interference, ensuring uninterrupted viewing. By upgrading to these reliable coaxial leads, users can experience a better quality signal, which may lead to energy savings by preventing excessive buffering and enhancing the performance of connected devices. While specific measurable benefits in electricity costs are not quantifiable with these leads, a better-quality signal can contribute to prolonged device lifespan and lower maintenance costs in the long-term.