Heavy Duty Feeder Line Hanging Net Type RAB

Feeder Line Hanging Nets are essential components in communication engineering, offering robust support and protection for the deployment and upkeep of communication lines. In contemporary communication infrastructure, these nets find extensive applications across diverse settings to guarantee the uninterrupted transmission of communication signals.
Crafted from high-tensile hot-dip galvanized steel wire rope and stainless steel rope, Feeder Line Hanging Nets boast excellent resistance to wear and corrosion. They are engineered to handle significant loads, ensuring the feeder's safety during lifting operations. Additionally, the design of these nets incorporates flexibility and adaptability, accommodating various installation contexts and requirements seamlessly.

product details

Product Parameters

Model	Size Range	Total length	Breaking load
6248-2.5	55-70	1050	5180
8248-3.0	70-90	1300	9310
8249-3.5	90-110	1250	8570

descriptions

Feeder Line Hanging Nets are extensively utilized in communication engineering. They facilitate the lifting, pulling, and securing of feedlines, ensuring proper alignment. Additionally, these nets can bind feedlines to prevent movement or detachment during adverse weather conditions like wind and rain. In rescue and safety scenarios, they also prove crucial. For instance, if communication lines fail, Feeder Line Hanging Nets can rapidly establish temporary communication links, facilitating smooth rescue operations. Overall, these nets serve as indispensable equipment in communication engineering, offering robust support for network stability.

At communication tower sites, Feeder Line Hanging Nets serve as essential tools for anchoring and binding feedlines. Given the height and significant wind resistance of communication towers, it's vital to firmly secure feedlines to prevent swaying or dislodgment during strong winds and other harsh weather. These nets connect to the tower's attachment points, ensuring stable signal transmission. Moreover, in challenging installation environments like mountainous or coastal regions, the anchoring and binding functions of the nets become even more critical. Data indicates that using these nets can reduce communication line failure rates by over 50%.

In emergency situations, Feeder Line Hanging Nets play a pivotal role in rescue and safety. Following natural disasters such as earthquakes or floods, where communication lines may be severely compromised, these nets enable the quick setup of temporary communication links to support rescue efforts. Additionally, in high-altitude tasks, they function as essential safety gear, safeguarding workers' lives. During rescue missions, these nets are frequently employed to establish temporary communication lines, significantly aiding the success of the operation.

Beyond communication engineering, Feeder Line Hanging Nets have diverse applications. For instance, they assist in hoisting and securing cables within large lamp posts during installation and maintenance. In industrial settings, they help lift and drag various pipes and cables. Furthermore, they are instrumental in the installation and upkeep of outdoor advertising structures. In conclusion, Feeder Line Hanging Nets have broad utility, and their application scope is expected to grow with ongoing technological advancements.