Overview:

The Air Blown Fiber Cable “ABC” is ultra-lightweight with and small diameter and designed for metro feeder or access network to be blown into a micro duct by air-blown installation. As the cable allows the deployment of currently required fiber count, the micro cable provides a lower initial investment and the flexibility to install and upgrade to the latest fiber technologies after the initial installation. The outer PE layer provides a high level of protection and excellent installation properties and perfect blowing performance.

Air Blown Fiber Cable (ABC) are a modern, flexible alternative to traditional fiber optic cabling, designed for quick installation, easy upgrades, and minimal disruption in expanding networks. They use compressed air to blow lightweight fiber units into pre-installed microducts, making them highly adaptable for telecom, enterprise, and smart city infrastructures.

Application:

The Air Blown Fiber Cable “ABC” bundles for FTTx systems are dedicated for the outdoor network infrastructure. The small diameter is suitable to be used in projects requiring large number of slots and the fiber number between 12~288 core optical fiber cable which can be routed into micro-ducts.

• Smaller diameter

• Excellent environmental properties

• Perfect cable structure with high fiber density

• Network design flexibility

• The outer sheath is a PE layer

• Blown into the microduct from 8mm inner diameter

• Fiber bundle for Uni-loose tube 2 to 12 cores

• Fiber bundle for Multi loose tube (Stranded) 12 to 288 cores

• Fiber bundle diameter: 5.8 – 11.2 mm

• Singlemode or Multimode

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

• Fiber type is Uni-loose tube 2 to 12 cores

• Fiber type is Multi loose tube (Stranded) 12 to 288 cores

• Low friction surface for maximum installation lengths

• Excellent environmental properties

• Material outer sheath is PE layer

• Maximum Air Pressure (Blowing) 15bar

• 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: