Z-XOTKtsdDb OUTDOOR DUCT CABLE A-DQ(ZN-GY)2Y-XTYE

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  • Z-XOTKtsdDb OUTDOOR DUCT CABLE A-DQ(ZN-GY)2Y-XTYE

Product description

Fiber:

• Single Mode fiber G.652 D
• X – tubes, Y – fibers
• Tubes filled with water resistant gel
• Color coding per IEC 60304 - DIN VDE0888

Outer jacket:

• Black UV resistant polyethylene (PE)
• Sequential meter marking

Features:

• Strength member - central FRP rod and glass yarn around tubes
• Sequential meter marking
• Dummy fillers (cordel) for additional feeling of structure

Performance:

• Temperature: installation -5°C to +50°C
operating -40°C to +70°C
• Minimum bending radius 15 nominal diameters of cable
• Maximum crash resistance 300 N/cm
• Maximum tension load 1500-2500 N

Mechanical characteristics:

• Cable length – 4 to 6 km/drum

Outdoor Dielectric Cable A-DQ(ZN-GY)2Y-XTYE Overview

Fiber Construction:

The outdoor dielectric cable A-DQ(ZN-GY)2Y-XTYE is built with Single Mode fiber G.652 D. The fibers are arranged in X tubes, each containing Y fibers, and are filled with a water-resistant gel to provide enhanced protection against moisture. Color coding is compliant with IEC 60304 – DIN VDE0888 standards, ensuring easy fiber identification during installation and maintenance.


 

Outer Jacket Characteristics:

The cable’s outer jacket is made of black UV-resistant polyethylene (PE), providing excellent resistance to environmental factors, including sunlight exposure. Sequential meter markings along the cable allow for accurate length measurements during installations.

 


Applications and Usage:

The outdoor dielectric cable A-DQ(ZN-GY)2Y-XTYE is specifically designed for installation in cable ducts, cable runs, pipes, and tunnels. Its dielectric construction makes it suitable for environments where electrical interference is a concern. The cable is ideal for high-speed data transmission in both residential and industrial applications. However, it should be noted that it does not offer protection against rodent damage. This versatile cable is well-suited for telecom networks, data centers, and infrastructure projects requiring robust and reliable connectivity.

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