Product Details
| Parameter | Specification |
|---|---|
| Cable Length | 304.8 m | 1000 ft |
| Diameter Over Center Conductor | 0.0641 in per 1 strand |
| Diameter Over Jacket | 9.169 mm | 0.361 in |
| Conductor | 1.63mm 14AWG |
| Jacket Thickness | 0.508 mm | 0.02 in |
| Characteristic Impedance | 75 ohm |
Common Product Specifications
| Property | Details |
|---|---|
| Materials | CCA vs Copper |
| Compliance | RoHS, CE, IEC |
| Color | Black |
| Usage | Data transmission, Radio guide |
| Origin | Hangzhou Zhejiang |
Product Manufacturing Process
The RG11 coaxial cable manufacturing involves advanced techniques to ensure high performance, combining both Copper Clad Aluminum (CCA) and pure copper conductors. The process starts with forming the core via extrusion, followed by cladding aluminum with copper for CCA. The dielectric material is applied next to ensure insulation, helping to maintain the cable's impedance. Finally, the outer jacket provides protection from environmental factors. Quality controls ensure each cable meets rigorous standards, balancing cost-effectiveness and performance to satisfy diverse applications.
Product Application Scenarios
RG11 cables are prominently used in settings requiring robust signal transmission, including CATV, HDTV, and video distribution. The choice between CCA and copper is guided by specific needs: Copper is ideal for high-performance and high-stress environments, offering superior conductivity and durability. Meanwhile, CCA suits budget-conscious scenarios where moderate performance suffices, with its lighter weight proving advantageous. Hence, understanding the trade-offs between these conductors aids in making optimal choices for infrastructure projects.
Product After-Sales Service
We offer comprehensive after-sales support, addressing customer concerns promptly. A dedicated service team is available to assist with installation queries, product replacements, and performance troubleshooting. We ensure satisfaction through quality assurance and responsive service.
Product Transportation
Our RG11 cables are carefully packaged for secure transit, using standard export packaging that ensures integrity during shipping. With a supply capacity of 25,000KM per year, we accommodate large orders efficiently, shipping primarily from Ningbo port.
Product Advantages
- High performance with superior shielding
- Choice between CCA vs Copper for varying needs
- Compliant with global safety standards
- Cost-effective solutions for large-scale installations
Product FAQ
- What is the difference between CCA and copper conductors?
CCA is lighter and more cost-effective, while pure copper offers higher conductivity and durability. - Can RG11 cables be used outdoors?
Yes, their PVC or PE jackets are designed for outdoor use, resisting environmental stresses. - What is the MOQ for RG11 cables?
The minimum order quantity is 30KM. - How do RG11 cables perform in environments with strong interference?
They feature better shielding performance, making them suitable for such environments. - Are these cables suitable for high-frequency applications?
Yes, they handle up to 3Ghz, ideal for CATV and HDTV.
Product Hot Topics
- Why are top manufacturers opting for RG11 with CCA vs copper?
Top manufacturers prefer RG11 cables with both CCA and copper options because it provides flexibility in application, balancing cost and performance. CCA allows for lighter installations, beneficial in weight-sensitive projects, while copper ensures reliability and superior conductivity where needed. This versatility ensures they can cater to a wide range of customer requirements. - How do manufacturers ensure the quality of RG11 cables using CCA vs copper?
Manufacturers uphold quality through stringent testing; every batch undergoes electrical, mechanical, and environmental evaluations. This includes conductivity tests to compare CCA vs copper, assessing insulation integrity, and ensuring compliance with industry standards like RoHS and CE. This meticulous process guarantees that both CCA and copper variants deliver optimal performance in their designated applications.
Image Description
