ADSS and OPGW anchor clips are used for the installation of overhead optical cables. Anchor clips are used to secure cables to towers or poles,
providing safe and stable support. These clamps come in different shapes and sizes to accommodate various types of cables and applications.
Some key features of these products include:
- Made of high strength aluminum alloy, corrosion resistant and requires minimal maintenance
- The clamp is designed for easy installation and cable tension adjustment
- Suitable for a variety of tower types including concrete, wood and steel towers
- Can be used in a wide range of temperature and weather conditions, making it ideal for outdoor applications
Some of the popular types of ADSS and OPGW anchor clamps on the market include precast line products, hanging clamps and dead end clamps.
These products help ensure the safety, reliability and longevity of fiber optic cable networks.
In addition to anchor clamps, there are other types of hardware and accessories used in the installation of aerial fiber optic cables. Some of these include:
1. Suspension clamps: used to support the weight of cables between poles or towers. They are designed to allow some movement in the cable and help
absorb any vibration or shock.
2. Tension clamp: used to secure the cable to the pole or tower and provide the necessary tension to prevent sagging.
3. Screw end clamps: These clamps are used to terminate cables and provide a secure anchor point. They are designed to absorb the tension of the cables
and protect them from damage from wind-induced vibrations and other external elements.
4. Cable ties: Used to bundle and secure multiple cables together, keeping them organized and protected.
5. Grounding Hardware: This includes clips, lugs, and other components used to ensure that cables are properly grounded and protected from electrical hazards.
There are many factors to consider when selecting hardware and accessories for overhead fiber installations, including the type and size of the cable,
the environment, and expected loads and stresses. Working with an experienced supplier helps ensure the correct components are selected for each
application, ensuring a safe and secure installation.
When selecting hardware and accessories for aerial fiber installations, it is also important to consider any regulatory or safety standards that may apply.
For example, in the United States, the National Electrical Safety Code (NESC) provides guidelines for the safe installation and maintenance of overhead
electrical and communication systems. Compliance with these standards helps ensure the safety of workers and the public, as well as the reliability of
Some other factors to consider when selecting hardware and accessories for fiber optic installations include:
1. Weather resistance: Overhead installations are exposed to a variety of weather conditions, including wind, rain, snow and extreme temperatures.
Hardware and accessories should be made of materials that can withstand these conditions and resist corrosion.
2. Load Capacity: Hardware and fittings shall be designed to withstand the weight and tension of the cable under static and dynamic loads, including
wind and ice loads.
3. Cable Compatibility: Different types of fiber optic cables may require different hardware and accessories to ensure a safe and reliable installation.
4. Ease of Installation: Easy-to-install and maintain hardware and accessories help reduce the time and labor required for installation.
By considering these and other factors when selecting hardware and accessories for overhead fiber installations, telecommunications and utilities
companies can help ensure a safe, reliable and durable infrastructure that meets the needs of their customers.
In summary, overhead fiber optic installations are an essential part of modern telecommunications and utility infrastructure. They provide a reliable
and cost-effective way to connect communities and businesses, and can help bridge the digital divide by bringing high-speed Internet to underserved
areas. Selecting the proper hardware and accessories for these installations is critical to ensuring their safety, reliability and longevity. By considering
factors such as weatherability, load capacity, cable compatibility and ease of installation, telecom and utility companies can help create a robust and
future-proof fiber optic infrastructure that will meet the needs of their customers for years to come.