Delve Into The Basics Of Armored Fiber Optic Patch Cords

By Author: Ryan
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Fiber optic patch cables, one of the most frequent components in fiber optic networks, are a type of transmission media that uses light to transport data. You will find different fiber optic patch cords. For example, there are single-mode and multi-mode patch cords based on optical cable type; ST-ST fiber patch cords, LC-SC fiber patch cords, and so on; and PVC and LSZH fiber patch cables based on cable sheath. You can even purchase custom fiber patch cables in different lengths and colors. However, in this post, we will introduce you to another type of fiber optic jumper, the Armored Patchcord.


What is an armored fiber optic patch cord?


Armored fiber optic patch cords or armored patch cables are a relatively new form of fiber optic patch cable. It is more powerful than conventional fiber optic patch cords. Use a durable housing with aluminum armor and Kevlar fiber inside, which is ten times stronger than standard fiber optic patch cords. This will help the patch cord withstand extreme tension and stress. There is no need for a casing, yet people use it in harsh conditions. It is rated for ...
... a 40% larger operating temperature range, ensuring consistent performance throughout a wider range.


This type of patch cord is suitable for light to medium-duty indoor/outdoor applications. The armored optical fiber jumper is made up of a metal hose, 0.6 tight fiber, DuPont Kevlar, and braided metal wire, and the environmentally safe flame-retardant PVC cable is stronger than standard indoor cables. The cables are strong. You will find different fiber optic patch cords.


Armored Patch Cable features extra reinforcement in the cable jacket to avoid damage.


In a simple armored cable design, the outer sleeve protects against wind, chemicals, and abrasion. The outer sleeve is typically constructed of a material, such as polyethylene.


The next layer between the sleeve and the inner jacket is an armor layer made of materials that are difficult to cut, chew, or burn, such as steel tape or aluminum foil. Additionally, the armor coating keeps the fiber from straining when installing the cable. Stripping cables are typically positioned just beneath the armor and inner sleeve to aid in stripping the layers required to splice the cable to a connector or terminator.


The inner jacket is a protective and flame-retardant textile that serves to support the inner cable bundle. Internal bundles contain strength members, fillers, and other structures that sustain the fibers within.


There is normally a core strength member that supports the entire cable. This can be a solid, stranded, metallic, or nonmetallic material. Here are a few armored simplex and duplex structural schematics for wires.


Conclusion


Finally, whether transmitting data or power in severe conditions, cables must be protected to ensure safe and reliable functioning. This is where armored fiber optic patch cords come in. Applications where the cables are vulnerable to mechanical or environmental damage during normal operation are where Armored Patchcord is used.

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