Fiber optic channel 120x100

A 120x100 mm fiber optic cable channel is a PVC duct designed to protect and route fiber optic cables, offering robust, fire-retardant construction and modular installation options.

Specifications and Materials

The 120x100 mm fiber optic channel typically measures 120 mm in width and 100 mm in height, with lengths around 2 meters per piece. It is commonly made from yellow PVC, which is fire-retardant and UL94-V0 rated, ensuring safety in indoor installations ( ). The channel is designed to accommodate fiber optic patch cords, multi-fiber cable assemblies, and intrafacility fiber cables, providing organized routing to fiber splice enclosures, distribution frames, or terminal devices ( ).

Design Features

• Closed or semi-closed design protects cables from physical damage and dust ( ).
• Smooth surface for easy cable insertion and maintenance.
• Modular accessories such as covers, connector joints, and mounting kits allow flexible installation and expansion ( ).
• Movable cable exit kits enable adaptable routing in data centers or telecom rooms ( ).

Applications

These channels are ideal for:

• Data centers and high-density cabling environments.
• Telecommunication networks, including FTTH and FTTB deployments.
• Indoor and outdoor installations when paired with appropriate covers and connectors ( ).

Installation and Accessories

• Connector joints allow joining multiple 120x100 mm channels securely, often including M5 knob screws and diamond nuts ( ).
• Top covers protect cables while allowing easy access for maintenance.
• Various mounting methods are available, including wall-mounted or floor-mounted setups ( ).

Advantages

• Durable and fire-resistant construction ensures long-term protection.
• Flexible and modular design supports network expansion.
• Reduces signal loss risk by maintaining organized cable routing and minimizing sharp bends ( ). In summary, the 120x100 mm fiber optic channel is a versatile, durable solution for managing fiber optic cables in both commercial and industrial environments, providing safety, accessibility, and scalability for modern network infrastructure ( ).