Friday, March 20, 2020

OPTICAL DIELECTRIC CABLE FOR UNDERGROUND APPLICATION IN DUCT OR SPINED AERIAL (DD ):

Set consisting of single-mode or multimode graded-index optical fibers, coated in acrylate, protection element (s) of the basic unit (s), dielectric traction element (s), any fillers; and core resistant to moisture penetration and protected by a thermoplastic material coating.
 OPTICAL TERMINATION CABLE (CFOT):
Set consisting of basic units of optical cords, optical elements or optical fibers, dielectric traction element, possible fillers, dry core and protected by an external layer of flame-retardant thermoplastic material.
SELF-SUPPORTING AERIAL DIELECTRIC OPTICAL CABLE FOR LONG SPANS (LV):
Set consisting of single-mode or multimode optical fibers graded-index coated in acrylate, protection elements of the basic unit, dielectric traction and support elements, possible fillers, core resistant to the penetration of moisture, and protected by a thermoplastic material coating.
SELF-SUSTAINING DIELECTRIC AERIAL OPTICAL CABLE (AS):
Set consisting of single-mode or multimode graded-index optical fibers coated in acrylate, dielectric traction and support elements, possible fillers, with protection elements of the basic unit (s) and core resistant to moisture penetration, and protected by a thermoplastic material coating.
INTERNAL OPTICAL CABLE (CFOI):
Set consisting of optical cords, optical fibers or single-mode or multimode graded-index optical elements coated in acrylate, dielectric traction elements, dry core and protected by an external layer of flame-retardant thermoplastic material.
For you to choose the appropriate fiber optic cable for your application it is important to understand the nomenclature found in the cables, because only then will you be able to identify important characteristics such as:
- Quantities of Fiber
- Whether the use is internal, external or underground
- If the fiber is Singlemode or Multimode
- Core Type
- Type of coating
You can find the nomenclatures of optical cables printed on the cable itself and also on the product's Technical Sheet.

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