Fiber optic DAC cable 2J with 2xSC/APC connectors, 2km length 02S3-DAC00-2000Q

Universal fiber optic cable for FTTH networks and beyond

The 2J fiber optic DAC cable with 2xSC/APC connectors and a length of 2 km is a solution designed for building reliable fiber optic networks, especially in FTTH (Fiber To The Home) technology. Its construction combines lightness, durability and ease of installation, making it a good choice for both professional installers and end users.

Construction and application

The cable is characterized by a dielectric construction with a central tube, which minimizes its weight and makes it easier to route in tight spaces. It is designed for direct burial in the ground, and longitudinal water penetration protection ensures its long-term operation even in harsh environmental conditions. Resistance to crushing and tensile stress is guaranteed by aramid fibers and FRP (Fiber Reinforced Polymer) rods acting as reinforcing elements. Additionally, stiffening elements of the outer jacket limit bending of the cable to one plane, protecting the delicate optical fibers from damage.

Advantages and benefits

• Easy installation: Small outer diameter and lightweight construction make it easy to route the cable, especially in places with limited access.
• Durability: Aramid fibers and FRP rods provide resistance to mechanical damage, such as crushing and tensile stress.
• Moisture protection: Protection against longitudinal water penetration protects the cable from corrosion and signal loss.
• Safety: Limiting bending to one plane minimizes the risk of damage to optical fibers during installation and operation.
• Versatility: Ideal for FTTH solutions, but will also work in other applications requiring reliable optical data transmission.
• Ready to use: Equipped with SC/APC connectors, allowing for quick and precise connection to other optical infrastructure elements without the need for additional procedures.

This cable is a product of Securitynet, a well-known manufacturer of solutions for telecommunication networks. Its parameters have been carefully selected to ensure optimal performance and reliability in various working conditions.