China Self Support Fiber Optical Cable 24 Core Indoor
Main Parameters
| Parameter | Description |
|---|---|
| Cable Diameter | 4.1±0.25 mm to 6.8±0.25 mm |
| Cable Weight | 12 kg/km to 35 kg/km |
| Tight Buffer Fiber Diameter | 900±50μm |
| Temperature Range | -20℃～﹢60℃ |
Common Product Specifications
| Fiber Type | Attenuation | Bandwidth |
|---|---|---|
| G.652 | @1310nm ≤0.36dB/km | ≥500MHZ·km @850nm |
| G.655 | @1550nm ≤0.23dB/km | ≥600MHZ·km @1300nm |
Manufacturing Process
The Self Support Fiber Optical Cable manufacturing process in China involves precise layering and securing of optical fibers, buffer tubes, and strength elements. Typically, the process starts with the creation of optical fibers through a complex drawing process, followed by jacketing. Thereafter, the fibers are grouped within buffer tubes, reinforced with strength members like aramid yarns, and enclosed within an outer protective sheath. Authoritative studies highlight the meticulous control of environmental conditions to maintain optimal fiber integrity. In conclusion, this rigorous production process ensures cables are reliable and efficient for communication needs.
Product Application Scenarios
China's Self Support Fiber Optical Cables are pivotal in various applications, driven by their robust design and adaptability. They are extensively used in telecommunications for their ability to transmit high-speed data over vast distances, crucial for network expansion in urban and rural settings. Moreover, their integration alongside power lines in ADSS configurations offers cost-effective solutions in remote installations. Authoritative papers underscore these cables’ role in bridging the digital divide, enhancing connectivity, and facilitating the deployment of broadband services, thereby supporting economic and social development. Their structural resilience makes them a preferred choice for long-term infrastructure projects.
Product After-Sales Service
- Comprehensive technical support available 24/7.
- Replacement warranty for manufacturing defects within the first year.
- Guidance for installation and maintenance practices.
Product Transportation
- Secure packaging to prevent damage during transit.
- Collaboration with reputed logistics providers for timely delivery.
- Tracking services available for all shipments.
Product Advantages
- Cost-effective and efficient installation due to self-supporting design.
- Durability and resistance to environmental factors, ensuring longevity.
- High data transmission capabilities suitable for modern high-speed networks.
Product FAQ
- What is the typical lifespan of these cables? Designed to last over 20 years under standard environmental conditions, supported by rigorous testing.
- How does the self-supporting feature benefit installation? It eliminates the need for additional messenger wires, simplifying and reducing installation costs.
- Are these cables suitable for all climates? Yes, they are engineered to withstand a wide range of temperatures and weather conditions, making them versatile for use in China and globally.
- Can these cables be used alongside power lines? ADSS variants are ideal for such installations, being non-reactive to electrical fields.
- What are the maintenance requirements? Minimal maintenance is required; periodic inspections to check for physical damage are recommended.
- What support is provided post-sale? Continuous technical support, alongside flexible warranty options, ensures customer satisfaction.
- How does the cable handle data transmission? It supports high-speed data transfer with low attenuation, essential for seamless communication.
- Is special equipment needed for installation? Standard cable installation tools suffice; however, expertise in fiber optic setups is beneficial.
- Are these cables environmentally friendly? Yes, they comply with environmental standards, ensuring minimal ecological impact during production and usage.
- How are these cables shipped worldwide? Utilizing international logistics networks, we ensure secure and timely deliveries across all continents.
Product Hot Topics
- China's Role in Global Fiber Optic Cable Production The country has emerged as a leader in fiber optic technology, driven by advancements in manufacturing and quality control, thereby setting benchmarks in the global market.
- Advancements in Self Support Fiber Optical Cable Technology Recent innovations have focused on enhancing strength and flexibility, facilitating broader applications in challenging terrains and urban infrastructures.
- The Impact of Fiber Optic Cables on Global Connectivity By enabling high-speed internet access, these cables are pivotal in bridging the digital divide, impacting economic growth and social interaction worldwide.
- Challenges in Fiber Optic Cable Deployment and Solutions Installation challenges, such as terrain and climate, are effectively addressed through technological improvements and innovative engineering solutions.
- Environmental Sustainability and Fiber Optic Technologies Eco-friendly practices are increasingly integrated into manufacturing processes, enhancing the sustainability of fiber optic solutions.
- Comparative Analysis of ADSS and Figure 8 Cables Different designs cater to varied needs, with ADSS excelling in electrical line proximity, while Figure 8 offers superior strength for harsher conditions.
- The Future of Fiber Optic Networks in Urban Development As smart city initiatives gain traction, fiber optic networks are expected to be at the heart of urban infrastructures, driving efficiency and connectivity.
- Cost-Benefit Analysis of Fiber Optic Installation vs. Traditional Systems The long-term cost savings and performance benefits of fiber optics are increasingly recognized, leading to a shift from traditional copper systems.
- Integrating Fiber Optic Technology into Existing Frameworks Harmonizing new fiber optic installations with existing infrastructure is crucial for seamless transitions and minimizing disruptions.
- The Role of Fiber Optics in the Internet of Things (IoT) As IoT devices proliferate, the demand for reliable, high-speed networks increases, with fiber optics providing the necessary backbone.
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