FTTH Box Distribution Enclosure Outdoor 12/24/48/96/144 Core Dome Type Closure Fiber Cable Joint Box Fiber optic splice closure

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Price:$12.00 - $16.00

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Product Overview

Description



Product Description


Fiber optic splice closures are used throughout the network, including the fiber trunk, feeder, distribution, and last mile segments. Our closure are normally used to connect optical cables in the long-distance transmission network, closure also routes and branches optical fibers.fiber to the home (FTTH) is a type of point to multiple points (P2MP) network with many branching points, so closures are widely used to implement cable distribution, optical fiber splitting, and flat drop cable output.




Specification



Features

1. Widely applied in aerial,direct and branch connection for cables lower than 360 fibers
2. Suitable for extreme climate
3. As it is made from composite engineering plastic filled with sealing material
4. The inner and fastening pieces are made of stainless steel
5. This product can be opened repeatedly after being sealed


Item
Parameter
Model Number
UFSC-07A
Type
Racks & Enclosure
Place of Origin
China
Brand Name
UNIKIT/OEM
Fiber Count
12/24/48/96/144 Core
Max capacity
1-6 Splice Tray
Material
Polymer Plastic ABS
Heat Shrink Tubing Sealing
Heat Shrink Tubing Sealing
Ports
1 in/ 4 out (1 oval & 4 round)
Operating Temperature
- 40 °C ~ + 60 °C
Product Size
470*235mm
Extra Loss of Fiber Tray:
≤0.01dB
Optical Fiber Winding Radius
≥40mm
Fiber Length Left in Tray
≥1.6m






Packing & Delivery








Company Profile




Jiangsu UNIKIT Optical Technologies Co., Ltd founded in 2006, as a state-level high-tech manufacturer, we focus on supplying the whole solution of fiber connection, R&D components, provide production service for telecom operator, system integrator, optoelectronic device company and internet company. As leading manufacturer of field assembly fiber connector, we have obtainedmore than 100 patents, participated in drafting Domestic Standard of Telecommunications Industry, developed the whole set
of ground-breaking theory and design solution for Single Optical Fiber Mechanical Splice.











FAQ






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