Waterproof FTTH 96 Cores Fiber Closure Outdoor Fiber Distribution Box With 4pcs 24 Cores Splice Tray

Description:

This splice closure integrates distribution and splitting in one, can realize the direct fusion and branching of the optical cable, and is suitable for the wiring connection in the optical communication equipment. Through the adapter and jumper to bring in the signal to realize optical distribution function, it is also suitable for fiber optic cables and pigtail protective connection; the unique three-tier design of the box body can be used as a fiber splitter or splice box; the flip board can be flipped≥180°,it is more convenient to install the box or maintenance. If remove the board, it can bed as a splice closure to meet different choices.

Fezture :

Ø The product is made of high-quality impact resistant plastic and has a standard user interface that can be turned on repeatedly.

Ø Outdoor application and good UV resistant, impact resistant and waterproof

Ø It can be loaded with 4pcs 24-core splice tray.

Ø Unique flip splice tray, flip angle more than 180 degrees, the splicing area and the distribution cable area is more distinct, reducing the cables crossing.

Ø Numerous application such mid-span, branch and direct splice.

Ø 3 layer structure and easy to maintain

Ø It is suitable for the application on NAP in the distributed split PON architecture.

Ø Protection Level: IP65 

Ø Excellent sealing performance. It is compatible with different optical cables.

Technical parameters:

Optical fiber radius of curvature: ≥40mm Splice tray additional loss: ≤0.1dB Temperature range: -40°C ~ +60°C

Anti side pressure: ≥2000N/10cm Impact resistance: ≥20N.m Protection class: IP65

Specification:

Installation procedure:

1.Strip the outer jacket,inner jacket, loose tube off the cable, remove the oil filling paste inside the cable, keep the fiber length of 1-1.6m and the steel core of 30-50mm; insert feeder cable through the entry and lock with hoop, strength plate to fix the fiber core. The excess optical cable is coiled at the bottom, and the fused fiber optic cable is introduced into the fiber tray. Superfluous optical fiber cable will be fixed and stored at the bottom of the box, bring the cable into the splice tray. (See fig. 9)

2.Lead the one end of the cable into the heat shrinkable tube on fusion splicing slots, heat appropriately to make the fiber and the protection tube integrated into one, and the protected optical fiber connector is snapped into the wiring groove; put on the PVC cover to prevent falling off. ( See fig. 10)

Details :

 

Packing list:

Main body	1 set
L=400mm bare fiber buffer tube	2 pcs
Hoop / clamp	2 pcs
3x100 nylon tie	10 pcs
Heat shrinkable tube L=60mm	2-72 pcs (configuration on demand)
User manual	1pc