Description
Technical Parameters
Product Description
Optical cable features:
Good mechanical and environmental performance;
Flame retardant (or non-delay) performance to meet the requirements of relevant standards;
The mechanical and physical properties of the sheath meet the requirements of relevant standards;
Soft, flexible, easy to connect, and support large capacity data transmission;
Meet the various requirements of the market and users.
Optical cable applications:
Lead-in cables for buildings
For indoor cabling, end users directly use the cable
The main method of laying overhead optical cables is to use the existing overhead exposed line poles. During the laying process, the new optical cable is hung on the existing power poles, which can save construction costs and shorten the construction period. At the same time, the existing overhead overhead overhead lines provide sufficient support and protection for optical cables, ensuring their stable operation in various natural environments.
In the laying method of overhead optical cables, the support and protection measures of optical cables mainly include the following:
Support rod: Support rod is the main supporting structure in the laying of overhead optical cables. According to different environmental and geographical conditions, different types and lengths of support rods can be selected. Support rods are usually made of metal materials, which have sufficient strength and stability to ensure the stability of optical cables in various natural environments.
Hanging wire: Hanging wire is a steel wire rope or stranded wire used for hanging optical cables. It has sufficient strength and toughness to withstand the weight of optical cables and external forces. Suspension cables are usually installed between support rods and can be adjusted in length and height as needed to ensure that the optical cable can be suspended as required.
Hooks: Hooks are small devices used to secure optical cables to suspension cables. Each hook can withstand a certain amount of weight and tension, ensuring that the optical cable does not slip or swing during the suspension process. During the laying process, construction personnel need to install hooks in appropriate positions to ensure that the optical cable can be stably suspended on the suspension line.
Protective sleeve: In order to protect the optical cable from the influence of the external environment, a protective sleeve is usually placed on the outside of the optical cable. Protective sleeves can prevent mechanical damage or chemical corrosion to optical cables, and also serve as moisture and sun protection. During the laying process, construction personnel need to install protective sleeves between the support rods and hooks to ensure the safety and stability of the optical cable.
In summary, various measures are adopted in the installation of overhead optical cables to support and protect them, ensuring their stability and safety. These measures include support rods, suspension cables, hooks, and protective sleeves, which work together to provide reliable support and protection for optical cables.



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Overview
Quick Details
|
Place of Origin: |
Shenzhen, China (Mainland) |
Brand Name: |
Innolead |
|
Model Number: |
IN06421 |
Number of Conductors: |
1 |
|
Cable Type: |
RG59 coaxial cable |
Application: |
CATV,CCTV,Telecommunication |
|
Conductor: |
CCS. Copper |
Impedance: |
75 Ohm |
|
Shield: |
Aluminum Foil ShieldedAl-foil+braid |
Jacket: |
PVC PE |
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Conductor Size: |
0.81mm/customized |
Insulation: |
Foam PE |
|
Length: |
100m 305m 1000ft 500m |
business type: |
OEM & ODM |
|
Certification: |
CE/ROHS/ISO9001 |
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