Optical fiber direct fusion box 12-core 24-core 48-core fiber splitter box fiber distribution box

Optical fiber splitter box Optical splitter box Optical splitter box Insert-type optical splitter box Two-slot corridor box Four-slot corridor box Optical fiber splitter box Optical cable distribution box Optical cable distribution box
Pole type optical splitter Road box/plastic alloy optical fiber distribution box
Indoor and outdoor cold rolled plate optical distribution box/corridor multimedia distribution box/fiber fiber distribution box
One optical splitting box/one optical splitter box/ Optical fiber splitter box
Optical splitter box/optical splitter box/cold-rolled plate optical splitter box/plastic alloy optical splitter box
Plastic plug-in optical splitter box 1 Splitting and splitting, pole type optical splitter box, plastic fiber splitter box, optical splitter box, core plug-in optical splitter box,
Plastic core micro optical splitter box Line box, wall-mounted plug-in optical splitter box,
Hoop optical splitter box, plastic pole-type one-split optical splitter box.
The split hoop type optical splitter box is made of plastic alloy, and the one split/fiber splitter box is made of plastic alloy.
Outdoor wall-mounted or hoop optical splitter corridor box is used in the terminal access link of the access system
Features and structural description
The box is made of alloy material and has a service life of Years and above
Double-layer structure design, the upper layer is the optical splitter wiring layer, and the lower layer is the optical fiber splicing layer
The application scope is terminal optical splitter user access equipment to realize optical fiber splicing, distribution and scheduling , the patching of optical splitters, the access and distribution of user-end coated fibers, the matching of terminating trunk optical cables and distribution coated fiber optical cables, and the function of placing optical splitters. This standard puts forward specific requirements for various performances, technical indicators, etc. in terms of optical splitting, fiber splicing, and wiring in a series of outdoor optical splitter wiring boxes.
This standard is compiled based on the Communications Industry Standard of the People's Republic of China/"Communication Optical Cable Handover Box" and the "Wiring Equipment Certification Implementation Rules" of Taier Certification Center. Products provided by equipment manufacturers should comply with their regulations. As standards are revised, the products provided by equipment manufacturers should comply with the requirements of the latest standards.
Main features
●Using high-quality cold-rolled steel plates, electrostatically sprayed with outdoor waterproof powder
●Door locks using high-quality outdoor waterproof locks, and the box is wall-mounted
●Working temperature ~+, Storage temperature~+
●Has temporary pigtail storage area
●Supports the management of various optical fiber connectors, such as, etc.
●Front operation, quick and easy installation
●Split The device socket board can be flipped, and the butterfly optical cable can be stored, which is convenient for maintenance and multiple maintenance of optical cables
●Configured with a standard plug-in optical splitter installation slot, which can install a table/plug-in optical splitter, or a table plug-in Chip type optical splitter
●When the chassis form and thickness remain the same, the optical fiber splicing tray can support the largest piece, meeting any form of splicing during the construction process
Fiber splitting (optical splitting) designed to meet market demand The box is divided into direct fusion type, adapter type optical cable splitting box and box type, plug-in type optical cable splitting box. The box material is made of high-quality cold-rolled steel, stainless steel or composite materials. Mainly suitable for corridors or outdoor light splitting points in access mode. It is suitable for primary or secondary spectroscopy, and the advantages of secondary spectroscopy are particularly obvious. And optical fiber splitter box
Optical splitter box optical splitter box plug-in optical splitter box two-slot corridor box four-slot corridor box fiber optic splitter box optical cable distribution box optical cable distribution box
Pole-type optical splitter box/plastic alloy optical fiber splitter box
Indoor and outdoor cold-rolled plate optical splitter box/corridor multimedia splitter box/fiber optical splitter box
One splitter splitter box/one splitter Splitter box/optical fiber splitter box
Optical splitter box/optical splitter box/cold rolled plate optical splitter box/plastic alloy optical splitter box
Plastic insert type optical One splitter box and one splitter box, pole type optical splitter box, plastic fiber splitter box, optical splitter box, core plug-in optical splitter box,
Plastic core micro Optical splitter wiring box, wall-mounted plug-in optical splitter box,
Hoop-type optical splitter box, plastic pole-type one-split optical splitter box.
The split hoop type optical splitter box is made of plastic alloy, and the one split/fiber splitter box is made of plastic alloy.
Outdoor wall-mounted or hoop optical splitter corridor box is used in the terminal access link of the access system
Features and structural description
The box is made of alloy material and has a service life of Years and above
Double-layer structure design, the upper layer is the optical splitter wiring layer, and the lower layer is the optical fiber splicing layer
The application scope is terminal optical splitter user access equipment to realize optical fiber splicing, distribution and scheduling , the patching of optical splitters, the access and distribution of user-end coated fibers, the matching of terminating trunk optical cables and distribution coated fiber optical cables, and the function of placing optical splitters. This standard puts forward specific requirements for various performances, technical indicators, etc. in terms of optical splitting, fiber splicing, and wiring in a series of outdoor optical splitter wiring boxes.
This standard is compiled based on the Communications Industry Standard of the People's Republic of China/"Communication Optical Cable Handover Box" and the "Wiring Equipment Certification Implementation Rules" of Taier Certification Center. Products provided by equipment manufacturers should comply with their regulations. As standards are revised, the products provided by equipment manufacturers should comply with the requirements of the latest standards.
Main features
●Using high-quality cold-rolled steel plates, electrostatically sprayed with outdoor waterproof powder
●Door locks using high-quality outdoor waterproof locks, and the box is wall-mounted
●Working temperature ~+, Storage temperature~+
●Has temporary pigtail storage area
●Supports the management of various optical fiber connectors, such as, etc.
●Front operation, quick and easy installation
●Split The device socket board can be flipped, and the butterfly optical cable can be stored, which is convenient for maintenance and multiple maintenance of optical cables
●Configured with a standard plug-in optical splitter installation slot, which can install a table/plug-in optical splitter, or a table plug-in Chip type optical splitter
●When the chassis form and thickness remain the same, the fiber fusion splicing tray can support the largest piece, meeting any form of splicing during the construction process
Fiber splitting (optical splitting) designed to meet market demand The box is divided into direct fusion type, adapter type optical cable splitting box and box type, plug-in type optical cable splitting box. The box material is made of high-quality cold-rolled steel, stainless steel or composite materials. Mainly suitable for corridors or outdoor light splitting points in access mode. It is suitable for primary or secondary spectroscopy, and the advantages of secondary spectroscopy are particularly obvious. And the bypass fiber connection function has been introduced.
The direct fusion type is small in size and has various configurations. It is especially suitable for placement in corridors, weak current wells and other places in the first-level spectroscopic mode.
In addition to the distribution line function, the adapter type fiber distribution box also reserves the optical splitting function, and can flexibly configure various box-type optical splitters of different specifications.
Introduced the bypass fiber connection function.
The direct fusion type is small in size and has various configurations. It is especially suitable for placement in corridors, weak current wells and other places in the first-level spectroscopic mode.
In addition to the distribution line function, the adapter type fiber distribution box also reserves the optical splitting function, and can flexibly configure various box-type optical splitters of different specifications.