RG11
RG11 Co-Axial Cable (100mt coil)
Satellite co-axial aerial cable for digital television. RG11 black satellite cable, perfect for home or work digital TV installations. 75 Ohm, low loss, shielded for satellite TV and HD Freesat too. Ahigh qualitygrade of coaxial aerial cable, supplied on a 100 metredrum and is ideally suited for those installing new or replacing older co-axial TV aerial cables. The extra protection this co-axial aerial cable provides, is well suited for all Digital TV installations.
- Conductor: TCW (Tinned Copper Wire)
- Dialectric:PE (Polyethylene)
- Shield: Aluminium Foil
- Braiding: Bare copper braid
- Sheath: black PE (Polyethylene)
- Temperature rating: 60ºC
- Overall Diameter: 10.3mm
- RoHS approved
- Cable type: RG11 (2200 Mhz)
- 75 Ohm
- 100 metre coil
- Flame retardant PVC jacket RG11
Product Information
This 100-meter coil of RG11 Co-Axial Cable is designed for high-performance video and data transmission in a range of applications, including HDTV, CATV, satellite TV, and broadband internet. The cable features a copper-clad steel conductor for excellent conductivity and signal strength, a foam polyethylene dielectric for low signal loss and high insulation, and dual aluminum foil and braid shielding for protection against interference and signal distortion. The cable is encased in a durable PVC jacket that provides additional protection against environmental factors such as moisture and UV radiation, and comes in a sleek black color. This makes it a versatile choice for both residential and commercial installations, providing reliable signal transmission and protection for your video and data applications.
In addition to its technical specifications, the 100-meter coil of RG11 Co-Axial Cable is also highly convenient for installers and end-users. The length of 100 meters (328 feet) provides ample cable for most applications, while the coil format makes it easy to transport and handle during installation. The cable is also highly durable and resistant to damage, ensuring a long service life and minimal maintenance requirements.
When installing the RG11 Co-Axial Cable, it is important to follow best practices for cable management and termination. This may include using appropriate cable connectors, ensuring proper grounding, and maintaining appropriate bend radii to prevent signal loss or damage to the cable. With proper installation and maintenance, the RG11 Co-Axial Cable can provide reliable and high-quality video and data transmission for years to come.
Product Details
| Weight (kg) | 12.000000 |
|---|---|
| Cable Type | Coaxial |
| Cable Code | RG11 |
| No of Cores | 1 |
| Length of Cable | 100 Metre Coil |
Delivery Information
| Location | Shipping Method | Shipping Charges | Timescales |
|---|---|---|---|
| Mainland UK | Standard Delivery | £3.95 | 1-2 days from dispatched |
| Northern Ireland | Standard Delivery | £3.95 | Next working day once dispatched |
| Republic of Ireland | Standard Delivery | £3.95 | Next working day once dispatched |
* Please note that delivery prices and services may vary depending on other items in your basket and your exact delivery postcode. Find out more about our delivery services.
Cancellations and Returns
Meteor Electrical Limited will accept returns up until 14 days after dispatch date on the conditions
- The Goods are in all original packaging
- The materials contain all original documentation (instructions, manuals, warranties or any other literature)
- Product is deemed by our returns department to be in a re-sellable condition
All refunds are made to the same payment method used originally to place the order (e.g. VISA Card) - unless specifically requested otherwise.
Faulty Products
- Products that are faulty must be returned within the manufacturer’s warranty period.
- The complete product must be returned, unless previously agreed by Meteor Electrical in writing; incomplete items of parts may not be returned.
- Products within the manufacturers specific warranty period will be repaired, replaced, or a refund given at the discretion of the Manufacture.
Frequently Asked Questions
RG11 cables are thick cables that are used for special and long-distance signalling. It's widely utilised in TV hookups, CCTV connections, and HTDV, among other things. Because of its thickness, RG11 does not bend readily or is not very flexible, making indoor connections difficult.
RG11 Cables are commonly used as the main cable line in transferring observation camera data, cable yelevision, and other applications that require a long signal transmission distance.
Attenuation, or the degree to which signal quality is degraded, is the most significant difference between these two cable kinds. When compared to RG11 cables, RG6 cables have a higher attenuation. The RG11 cable also has the advantage of being able to transmit signals at greater frequencies than the RG6 cable could.
RG11 cables provide greater signal quality and less signal fluctuation than RG6 cables. As a result, RG11 cables can typically transmit higher-frequency signals and provide better signal quality than RG6 cables, which may suffer from more signal loss and provide weaker signal strength.
Terminating the RG11 Co-Axial Cable requires the use of appropriate connectors and tools, such as crimpers or compression tools. It is important to follow best practices for cable management and termination to ensure reliable signal transmission and prevent damage to the cable.
Yes, the RG11 Co-Axial Cable is suitable for outdoor applications, provided it is properly installed and terminated. The cable is highly durable and resistant to damage, and the PVC jacket provides additional protection against environmental factors such as moisture and UV radiation.
The maximum distance that RG11 Co-Axial Cable can transmit a signal depends on factors such as the signal strength, frequency range, and cable quality. In general, RG11 Co-Axial Cable can transmit signals over longer distances than RG6, making it suitable for applications that require longer cable runs. However, it is important to follow best practices for cable management and termination to minimize signal loss and ensure reliable transmission.