Breakout Indoor Fiber Optic Cable
Description of breakout indoorfiber optic cable
Breakout fiber optic cable also can be called as distribution fiber optical cable is designed for Indoor uses. There are two types of fiber cable breakout. One is inside with 2.0/3.0mm tight buffered cables. The fiber glass cores of this cable structure commonly can reach 48 cores. The other is inside with 0.9mm tight buffered around with Kevlar yarn as strengthen support.
The cable fiber cores is 4-144 cores. The outer jacket for both type of cable is LSZH or PVC. The tensile strength for former type of fiber cable is much higher. Breakout cable is usually assembled with terminations to be a breakout or fan-out pigtails or path cords.
The distribution bundled pigtail fiber, also known as the tail fiber bundle, has a connector at one end and a broken end of the fiber cable at the other end. It is connected to the core of other fiber optic cables by splicing, and is often installed to connect terminal equipment in the ODF frame box, fiber terminal box. The pigtails are divided into multi-mode pigtails and single-mode pigtails. The multimode pigtail is orange with a wavelength of 850 nm and a transmission distance of 500 m for short-distance interconnection. The single-mode pigtail is yellow with two wavelengths, 1310nm and 1550nm, and the transmission distance is 10km and 40km respectively.
Bundle pigtail classification
Divided into end-to-end branch connections for use in distribution bundle pigtails.
According to the joint mode, it is divided into FC, SC, LC, and ST.
The end faces of the joints can be divided into PC, UPC and APC.
According to the specifications of the optical fiber, it can be divided into: 0.9mm outer sheath with a diameter of 0.9mm; 1.6mm outer sheath with a diameter of 1.6mm; 2.0mm outer sheath with a diameter of 2.0mm.
Bundle pigtail specifications and requirements
The specifications of the bundled pigtails for above picture are: wiring bundle cable for indoor use, metal-free components, 12-core and 8-core, G.652D-type optical fiber, low-smoke halogen-free jacket, connector type FC/UPC, The length is 1.8 meters.
Отправить запрос, связаться с поставщиком
Другие товары поставщика
 |
Fiber Optic | Fiber optics, or optical fibers, are long, thin strands of carefully drawn glass about the diameter of a human hair. These strands are arranged in ... |
 |
Fiber Optic Cable | Types of Fiber Optic Cable Fiber optics is used for long-distance and high-performance data networking. It is also commonly used in telecommunicati... |
 |
Bulk Fiber Optic Cables Assembly | Introduction of Bulk Fiber Optic Cables Assembly Bulk outdoor fiber optic cable assemblies are convenient and economical fiber cable devices to ru... |
 |
Duct Fiber Optical Cable | Description of Duct Fiber Cable Duct fiber optic cable includes metallic and dielectric cables, and the number of fibers is 2 up to 288 fibers. ... |
 |
Fixed Fiber Optical Patch Panel 96cores LC Adapter Duplex for High Density Network Solution | This Fiber Optical patch panel is a 19-inch standard type. This Patch panel can be equipped with MPO module box and splicing fiber methods, which a... |
Похожие товары
 |
4U8Bay GPU high performance SYS-8049R-G4 Computer Server | Продавец: JWIPC Technology Co.,Ltd | SYS-8049R-G4 series products are based on Xeon® Scalable series processors of Intel platform ... |
 |
4U48Bay E5 high performance SYS-8049R-S48 Computer Server | Продавец: JWIPC Technology Co.,Ltd | SYS-8048R-S48 series products are based on Xeon® Scalable series processors of Intel platform... |
 |
4U36Bay Scalable SYS-8049R-S36 Computer Server | Продавец: JWIPC Technology Co.,Ltd | SYS-8049R-S36 series products are based on Xeon® Scalable series processors of Intel platform... |
 |
4U24Bay High-performance SYS-8048R-S24 Computer Server | Продавец: JWIPC Technology Co.,Ltd | SYS-8048R-S24 series products are based on Xeon® Scalable series processors of Intel platform... |
 |
4U24Bay High-performance SYS-6049C Storage Server | Продавец: JWIPC Technology Co.,Ltd | With the continuous increase of data storage capacity, the high cost of storage equipment has bec... |
