FTTH Drop CAbe steel wIre arCuate

FTTH introDuCes Fiber optiC CAbes tae be laiD at the uiser enD, uiseD tae ConneCt the terminals o the baCkbone Fiber optiC CAbes tae the uiser's biggin or resiDenCe. Its CharaCteristiCs are wee volume, Few Fiber roots, an a support span o aboot 80m. Commonly useD in overheaD anD pipeline ConstruCtion, not Commonly FounD in unDergrounD or burieD installations.
Thare are mainly inDoor anD outDoor Fiber optiC CAbe entries. The most Common outDoor entry CAbe has a mini Flat 8-shapeD struCture; The maist Common inDoor reinForCement is twa parallel steel wIres or Fiberglass reinForCement bars, wi a Fiber optiC CAbe in the miDDle.

CHaraCter oFIberDRopCAbe

• Small size, liCht weight, guiD benDing;

• Simple struCture, simple installation an Convenient ConstruCtion;

• Two parallel glass Fiber reinForCeD plastiC or metal reinForCeD materials Can proviDe gooD Compression resistanCe anD proteCt the optiCal Fiber;

• Unique groove Design, easy tae peel aFF, easy tae ConneCt, simpliFy installation an maintenanCe;

• Low-smoke halogen-Free polyethylene sheath

AppliCation o Fiber Drop CAbe

1. InDoore uisers

InDoore optiCal CAbes mainly inCluDe 1F, 2F, anD 4F.

HoosehauD optiCal CAbes shouD uise 1F;

Enterprise uisers shouD uise 2-4F optiCal CAbe Design.

There are two types oF householD optiCal CAbes: FRP reinForCement anD steel wIre reinForCement. Taking into aCCount FaCtors suCh as lightning proteCtion anD strong Current interFerenCe, FRP reinForCement shoulD be useD inDoors.

2.WIrE layingIn the bigging

WIring in biggins Horizontal wIring Disna have high requIrements For optiCal CAbes, while vertiCal wIring requIres optiCal CAbes to have a Certain tensile strength, as weel as Flame retarDant requIrements. ThareFore, the tensile strength o optiCal CAbes maun be ConsiDereD.

3.OverheaD sel-supporting wIrE laying

The Figure-8 sel-supporting optiCal CAbe aDDs a steel wIre suspension on the optiCal CAbe, oFFers maIr tensile strength, an Can be laiD owerheaD. It is suitAbe For ootDoor overheaD wIring tae enter the inDoor wIring envIronment. BeFore Fixing the steel hanging wIre on the speCial braCket, FIrst Cut aFF the steel wIre, strip aFF the steel wIre CAbe on the remaining optiCal CAbe.

4.DuCtWIrE laying

DuCt optiCal CAbes anD selF-supporting "8" optiCal CAbes are baith inDoor anD outDoor integrateD optiCal CAbes, whit Can aDapt tae inDoor an ootDoor envIronments, an are suitAbe For FTTHDrop CAbeFrae ootsiDe tae inDoor. BeCause the outer sheath, reinForCement, anD water-bloCking materials are aDDeD on the Drop optiCal Fiber CAbe, the DuCt optiCal CAbe haes higher harDness an waterprooF perFormanCe an is suitAbe For ootDoor DuCt laying.

What are Drop CAbes uiseD For?

Internet serviCe proviDers ConneCt DIreCtly to serviCe equipment by using optiCal CAbes. Usually Contains no MaIr than 12 Fibers. The Following Four Fiber optiC CAbe Designs are the most Commonly useD Day.

FTTH optiCal CAbe (kent as Drop CAbe) The Drop Flat CAbe Contains 1 to 4 CoateD ptiCal Fibers. The Coating o the optiCal Fiber Can be ColoreD, blue, orange, green, brown, gray, white, reD, blaCk, yellow, purple, pink or liCht green in ComplianCe wi the requIrements.

The single-Fiber uise natural Color. The reinForCement in the CAbe Can be steel wIre, or FRP reinForCement. The sheath o the Drop CAbe shouD be makt o low-smoke an zero-halogen materials tae meet envIronmental proteCtion an Flame-retarDan t inDoor wIring requIrements. OutDoors FTTH Drop CAbes shouD meet the water-bloCking requIrements.