Overview:

Break‑out fiber optic cables are a special type of indoor fiber cable designed to make handling multiple fibers easier and more robust. Instead of bundling bare fibers together in a loose tube, each fiber in a break‑out cable is individually jacketed, giving it extra mechanical strength and allowing direct termination without needing extra protective hardware.

Break-out Optic Cable is commonly known as vertical wiring in buildings cable. It is mostly Installed in walls, between floors, in plenum air handling ducts and under data center floors. It can also be made into a 2 to 24 cores structure with a cross-section of round type shaped. The multi-core branch cable will use several simplex optical cables made of 900μm tight buffered fiber and aramid yarns as optical sub-units. Sub-units are stranded together to form a cable core. Then a PVC sheath is extruded on the core. Other sheath materials are available on request.

Application:

The Break-out Optic Cable bundles assemblies consist of a between 1~24 core, that enables installation of in building wiring applications. The fiber assemblies are bundled with outer sheath is a PVC or LSZH layer that is of low friction. This fiber cable is applied in Duct, Aerial FTTx, Access installations. Used in access network indoor in customer premises network. Used as access building cable in premises distribution system, especially used in indoor access cabling.

• Smaller diameter

• Excellent environmental properties

• Perfect cable structure with high fiber density

• Network design flexibility

• The outer sheath is a PE or LSZH jacket

• Flame retardant characteristics meet the requirements of relevant standards

• Fiber bundle for 2~24 core

• High strength Kevlar yarn member

• Singlemode or Multimode

• Fiber type G.G652D, G.657A1, G.657A2

• Fiber type is 2~24 core

• Low friction surface for maximum installation lengths

• Excellent environmental properties

• Material outer sheath is PE or LSZH jacket

• Temperature Performance[°C]: -30 to +60

Mechanical Performance Test compliance:

• Tensile Performance: IEC 60794-1-21 Method E1

• Bend: IEC 60794-1-21 Method E11

• Impact: IEC 60794-1-21 Method E4

• Crush: IEC 60794-1-21 Method E3

Operation Performance:

Optional Features: