China Self-Supporting Optical Cable G652D ADSS for Telecom
Product Details
| Parameter | Value |
|---|---|
| Fiber Type | G.652D/G657A1/G657A2/Multimode |
| Fiber Count | 2-24 |
| Nominal Diameter | 4.0±0.1mm |
| Nominal Weight | 120kg/km |
| Max Tensile Strength | 1100N |
| Temperature Range | -40 to 60°C |
Common Specifications
| Fiber Count | Blowing Machine | Suitable Microduct (mm) | Blowing Pressure (bar) | Blowing Distance in 7/5.5 duct (m) | Blowing Distance in 10/8 duct (m) |
|---|---|---|---|---|---|
| 2 to 12 | PLUMETTAZ PR-196 or PR-140 | 7/5.5 or 10/8 | 15 | 1500 | 2500 |
| 14 to 24 | 7/5.5 or 10/8 | 13 | 300 | 2200 |
Manufacturing Process
The manufacturing process of the China Self-Supporting Optical Cable involves multiple stages, ensuring high precision and quality. Initially, optical fibers are drawn from preforms using a crucible feed system. These fibers are then coated with acrylate to enhance their durability. The next step includes incorporating strength elements such as aramid yarns or fiberglass-reinforced plastic within the ADSS cable. These elements ensure the cable withstands environmental stresses. Subsequently, a gel-like filling is applied to loose buffer tubes for moisture resistance. Finally, the assembly is enclosed within a protective polyethylene sheath. The entire process is compliant with international standards, as per studies found in authoritative papers such as those published by the Fiber Optic Association. The result is a reliable, high-performing optical cable.
Product Application Scenarios
China's Self-Supporting Optical Cables are versatile, bridging urban and remote communication. They find primary use in telecommunications, offering stable high-speed connectivity across large distances. Due to their non-conductive nature, these cables are optimal for power utilities, often aligned with power lines without electromagnetic interference risks. Infrastructure such as railroads and highways benefit from these cables for both communication and surveillance. Furthermore, their ease of installation makes them viable for rural and isolated regions, providing essential communication pathways where traditional cabling is costly or impractical. This adaptability is supported by extensive research and case studies documented in telecommunications journals worldwide.
Product After-Sales Service
FCJ OPTO TECH guarantees exceptional after-sales service for our China Self-Supporting Optical Cable. Our support team is available 24/7 via phone or email to assist with any technical inquiries or installation guidance. We offer a two-year warranty covering manufacturing defects and provide on-site service for complex issues. Spare parts are readily available, and we ensure quick delivery to minimize downtime. Our customer-focused approach ensures satisfaction and continuous support throughout the product lifecycle.
Product Transportation
Transportation of the China Self-Supporting Optical Cable is handled with care, following stringent logistics protocols to ensure product integrity. Our cables are securely packed in robust wooden drums, safeguarding them against potential transit damage. We partner with reputable shipping companies for both domestic and international deliveries, providing tracking options for added transparency. Customers can expect timely and safe delivery, underpinned by our reliable distribution network.
Product Advantages
- High tensile strength and flexibility, ideal for various applications
- Weather-resistant materials for extended durability
- All-dielectric composition prevents electrical interference
- Versatile for telecom, power utilities, and infrastructure projects
- Cost-effective installation without additional support structures
Product FAQ
- What is the self-supporting feature?
The self-supporting feature refers to the cable's ability to span between structures without needing additional support like poles or messenger wires. This characteristic makes the installation more straightforward and cost-efficient, especially in diverse environments like urban or rural settings. - How does the cable perform in extreme weather?
Designed with durable materials, our China Self-Supporting Optical Cable performs exceptionally well in various weather conditions. The protective sheath and robust internal structure ensure resistance to UV rays, temperature fluctuations, and moisture, ensuring uninterrupted performance. - What are the benefits of an all-dielectric design?
The all-dielectric design ensures our cables are non-conductive, minimizing risks from electrical interference, especially when installed alongside power lines. This feature enhances safety and reliability, crucial for high-performance communication networks. - Is the cable suitable for long-distance communication?
Yes, our cable supports high-speed data transmission over long distances with minimal signal loss, ideal for both local and expansive network applications. Its superior fiber quality and construction ensure consistent and reliable performance. - Can this cable be used in rural areas?
Absolutely. The ease of installation and lack of need for supporting infrastructure make our cable an excellent choice for rural and isolated areas, offering essential communication solutions where traditional methods are impractical. - What maintenance does the cable require?
Our cables require minimal maintenance thanks to their robust design. Regular inspections to check for physical damage or environmental impact are usually sufficient to ensure longevity and optimal performance. - How does your warranty work?
We offer a two-year warranty on our China Self-Supporting Optical Cable, covering any manufacturing defects. We also provide comprehensive support for installation and any technical issues encountered during this period. - What support is available for installation?
Our experienced team provides detailed installation guides and 24/7 technical support. We can also arrange on-site assistance if necessary, ensuring smooth and efficient deployment of the cable. - How is the cable packaged for shipping?
Our cables are meticulously packaged in robust wooden drums to prevent damage during transit. This method ensures the cables arrive in optimal condition, ready for immediate deployment. - What makes your cable different from others?
Our cable stands out due to its advanced manufacturing process, all-dielectric design, and high tensile strength. Backed by over 30 years of industry experience, our cables are a trusted choice for diverse applications worldwide.
Product Hot Topics
- Why Choose China Self-Supporting Optical Cable for Your Network?
When upgrading or installing your network, choosing the right cabling solution is crucial. Our China Self-Supporting Optical Cable represents a superior choice due to its robust design and adaptability. Offering high tensile strength and resistance to harsh weather conditions, it is ideal for diverse scenarios, including urban settings and remote locations. The all-dielectric composition prevents electrical interference, ensuring stable and reliable performance. Our commitment to quality and customer satisfaction makes us a preferred partner for telecom operators and engineering contractors worldwide. - The Future of Telecommunications with Self-Supporting Optical Cables
As the demand for high-speed, reliable connectivity grows, Self-Supporting Optical Cables are becoming increasingly pivotal. These cables offer numerous advantages over traditional options, including ease of installation and weather resilience. Their ability to deliver outstanding performance without additional infrastructure investment makes them ideal for both developed and developing regions. With advancements in fiber optic technology, these cables will continue to play a vital role in global communication infrastructure, supporting innovations in areas like IoT and smart cities. - Installation Tips for Optimizing Self-Supporting Optical Cable Performance
Installing Self-Supporting Optical Cables requires attention to detail and adherence to specific guidelines to maximize performance. Key considerations include choosing the correct tension and sag to avoid cable damage and ensuring proper environmental preparation to withstand local weather conditions. Our comprehensive installation manual outlines these best practices, backed by our technical support team ready to assist with any challenges you may face. Proper installation ensures long-term reliability and efficiency of your communication network. - The Environmental Impact of Optical Fiber Manufacturing
While fiber optics are a sustainable choice for communication, their manufacturing process involves certain environmental considerations. Our production practices focus on minimizing waste and energy use, aligning with global sustainability goals. By implementing environmentally friendly protocols and using materials sourced responsibly, we strive to reduce the ecological footprint of our products. The result is a high-quality optical cable that supports both technological advancement and environmental conservation. - Understanding the Technical Aspects of China Self-Supporting Optical Cables
To fully appreciate the capabilities of our Self-Supporting Optical Cables, understanding their technical aspects is crucial. The high fiber density and accurate length balance ensure superior performance, while materials like aramid yarns provide exceptional strength. Additionally, the moisture-resistant buffer tubes and UV-resistant sheath contribute to the cable's longevity, making them a reliable choice for extensive deployments. These technical features form the backbone of advanced communication networks worldwide. - Why All-Dielectric Composition Matters for Optical Cables
The all-dielectric composition of our optical cables provides significant advantages, particularly for installations alongside power lines. Without metallic components, these cables are immune to electrical interference and lightning strikes, ensuring uninterrupted data transmission. This characteristic also enhances safety during installation and maintenance, making them a preferred choice for complex infrastructure projects. Ensuring stability and reliability, they are an integral part of modern communication systems. - The Role of Optical Cables in Smart City Development
Optical cables are foundational to the development of smart cities, offering the high-speed connectivity required for technologies such as IoT and AI. Self-Supporting Optical Cables simplify the deployment of urban networks, reducing the need for additional infrastructure. Their high bandwidth and durability make them ideal for supporting smart traffic systems, public Wi-Fi, and emergency response networks, playing a crucial role in the evolution of intelligent urban environments. - The Growing Market for Self-Supporting Optical Cables
As demand for reliable, high-speed internet grows, the market for Self-Supporting Optical Cables continues to expand. These cables are increasingly chosen over traditional options due to their ease of use and resistive properties. With the rise of remote work, e-learning, and online services, telecom providers are investing heavily in advanced cabling solutions to meet user expectations. This growth trend signifies a promising future for innovative cabling solutions like ours. - How Self-Supporting Optical Cables Support Rural Connectivity
Bridging the digital divide in rural areas is critical, and Self-Supporting Optical Cables offer an efficient solution. Their installation does not require extensive infrastructure, making them ideal for remote locations. By providing stable, high-speed internet access, these cables empower rural communities, facilitating education, healthcare, and economic development. This transformative impact underscores the importance of investing in resilient communication infrastructure. - Comparing Self-Supporting Optical Cables with Traditional Fiber Optics
While both self-supporting and traditional fiber optic cables offer high-speed data transmission, the former provides distinct advantages. The self-supporting design eliminates the need for additional support structures, reducing installation costs and complexity. Additionally, their dielectric nature makes them immune to electrical interference, a significant advantage over traditional metal-reinforced cables. These attributes make Self-Supporting Optical Cables a preferred choice for diverse applications, from dense urban areas to isolated rural environments.
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