Fiber splice closure

Fiber Splice Closure FOSC-400 A8-24-144F (1 oval port,8 round ports )
Fiber Dome Closure 
Fiber Splice Closure FOSC-400
Fiber Splice Closure FOSC-400 A8
FOSC-400 A8-24-144F fiber splice closure (1 oval port,8 round ports )-4

Fiber Splice Closure FOSC-400 A8-24-144F (1 oval port,8 round ports )

Fiber Splice Closure FOSC-400 A8 is used to connect the distribution cable and the incoming cable, is widely applied in communication, network systems, CATV cable TV and so on. It adopts scientifically formulated engineering plastic and be shaped by injection molding, with anti-aging, anti-corrosion, flame retardant, waterproof, anti-vibration and anti-shock effects. Can effectively prevent the optic fibers from the influence of outdoor environment.

Fiber Splice Closure FOSC-400 A8-with dome-to-base design; up to 6 pieces splice trays, hinge for access of any splice without disturbing others trays; Fast and reliable sealing performance, easy to package multiple times. With lightning protection grounding device, it can be applied in overhead, wall mounting or directly buried. 

The Fiber Splice Closure FOSC-400 A4/A8 is the smallest  in the FOSC 400 series. It is intended for  low fiber-count cable splices and “tap-off”  splices. Tap-off splices are those where  most of the fibers in a cable are ‘expressed’  uncut through the closure. Only a few fibers are cut and re-spliced  to feed a building or Optical Network  Unit (ONU). The FOSC 400 A4/A8  closure comes ready to store expressed  loose buffer tubes. An optical slack storage  basket is available for expressed stranded  fiber and ribbon fiber. As with all FOSC  400 closures, the slack storage and  splice capacity of the FOSC 400 A4/ A8 depends on factors such as cable  construction, splice type and slack fiber  lengths. Refer to the Closure Capabilities  chart for more details.

Share:

Technical Parameter Fiber Splice Closure FOSC-400 A8

1.Working Temperature: -40 degrees centigrade~+65 degrees centigrade.
2. Atmospheric Pressure: 62~106Kpa.
3. Axial Tension: >1000N/1min.
4. Flatten Resistance: 2000N/100 mm (1min).
5. Insulation resistance: >2*104MΩ.
6. Voltage Strength: 15KV(DC)/1min, no arc over or breakdown.
7. Temperature recycle: under -40℃~+75℃,with 60(+5)Kpa inner pressure, in 10cycles; Inner pressure shall decrease less than 5 Kpa when closure turn to normal temperature.
8. Durability:25 years.

Specifications

Specifications Fiber splice closure FOSC-400 A8:

ItemFiber splice closure FOSC-400 A8-24-144F(1 oval port,8 round ports )
MaterialDome, Base: modified PP,  clamp:Nylon +GF
Tray: ABS
Metal parts:Stainless steel
Dimensions (H*D),mm412.8*219.2mm
Ports1 in 8 out 
Diameter of Cable,mm8 round ports( 1pc 6-11mm cable)  and 1 oval port( 2 pcs, 10~29mm cables)
Max. tray number6 trays
Tray capacity24 F
Max. closure splice capacity144 cores
Base sealing methodHeat-shrink  
IP waterproofIP-68
Working Temperature-40℃~+75℃
Atmospheric Pressure62~106Kpa
ApplicationsAerial, directly buried, Wall/pole mounting

The FOSC name is synonymous with excellence in sealing, fiber  management, ease of use and design flexibility. The original FOSC  100 was introduced in 1986 and has held a leadership position  since that time. 

Fiber splice closures FOSC-400 are engineered specially for fiber-optic  applications. They are not modified copper closures and the difference  shows. FOSC clients ask for and get the highest quality standards. FOSC 400 closures combine proven fiber management hardware  from the earlier FOSC 100 closures, with a completely new sealing  system. Base-to-dome seals on FOSC 400 are mechanical for ease of  installation and re-entry. Cable seals feature a new heatshrink sleeve  and hot melt adhesive system that is installed with a hot-air gun. Common materials, accessories and practices are used throughout  the product line to simplify training, reduce inventory and enhance  productivity. FOSC 400 fiber optic splice closures are available in three sizes: the FOSC 400 A, FOSC 400 B and FOSC 400 D. All sizes are designed for use with any cable construction  (loose buffer tube, central core tube, loose fiber, ribbon), in any  environment (aerial, pedestal, buried, handhole, manhole) and for  numerous splice applications (expressed, tap-off, branch and repair).

Inquiry

I accept the privacy policy

You Might Also Like

WhatsApp