New SMC style 16-core plug-in optical cable splitter box optical cable entry box optical splitter box

Kecheng specializes in the production of: communication optical cable transfer boxes, optical fiber distribution boxes, optical splitter boxes, D optical fiber distribution frames, optical fiber quick connectors, optical splitters, optical cable splice boxes, optical fiber jumpers, bundled pigtails, Optical fiber adapter series fiber optic product models are complete. Welcome to purchase optical splitter box. Optical splitter box. Plug-in splitter box. Two-slot corridor box. Four-slot corridor box. Optical fiber splitter box. Optical cable distribution box. Optical cable distribution box
Model: points/points/points
Material plastic composite material cold-rolled plate material
Fiber splitting (optical splitting) boxes designed to meet market demand are divided into direct fusion type, adapter type optical cable splitting boxes and boxes Type, plug-in 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 under H access mode. It is suitable for primary or secondary spectroscopy of H. 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.
Uplink optical cable: Capacity optical cable outlet: butterfly optical cable is connected to butterfly optical cable pigtail or quick connector to the user end. Cable entry method: indoor upward/downward entry, outdoor downward entry.
Fiber splitting (optical splitting) box: suitable for direct installation with plug-in adapters.
The plug-in optical splitter box adopts a modular design and has two to four (eight) expansion slots. Just insert the optical splitter into the slot. Port expansion is achieved by flexibly increasing the number of optical add-ons. Optical sub-modules with different capacities are versatile and interchangeable. A fiber splice tray is also equipped for splicing uplink optical cables. The storage of pigtails is fixed with adapters to achieve no jumpers. The box material is made of high-quality cold-rolled steel or stainless steel. The product is mainly suitable for corridor light splitting points under H access mode. It is suitable for primary or secondary spectroscopy of H. The advantages of secondary spectroscopy are particularly obvious.
The flexible configuration method of h optical add-on slices can save operators the initial investment to the maximum extent.
The h optical splitter integrates optical splitter and adapter, which greatly facilitates engineering construction and reduces damage to conventional box-type optical splitters caused by improper construction or storage. : and : take one slot, : take up slots, : take up slots.
The storage of h pigtail is fixed by adapter. When the customer does not activate, the uplink pigtail is parked here, realizing no jumper connection.
h Uplink optical cable: Capacity core, conventionally capable of accommodating the entry of one optical cable (special design for maximum entry of the cable can be selected, special requirements need to be stated when ordering). Butterfly optical cable outlet: The butterfly optical cable is connected to the butterfly optical cable pigtail or quick connector to the user end, with the largest core. Cable entry method: indoor upward/downward entry, outdoor downward entry.
h optical splitter: applicable to:,:,:,:,:,:,:,: optical splitter
The core capacity box size is *H*D(mm)=** mm (length and width are dimensions including skirt)
Core capacity box size is *H*D(mm)=**mm (length and width are dimensions including skirt)
Core capacity box The dimensions are *H*D(mm)=**mm (length and width include skirt dimensions)
The inside of the box adopts a flip-up structure, and the area above the flip-up plate is used for docking of external optical cables and user optical cables.
The area under the flip plate is used for functions such as various types of optical cables, pigtail wiring, and end-welding of external optical cables. It supports the requirements for upper and lower entry of external optical cables.