Outdoor plastic housing 6 port ftth FTB fiber termination box with SC adapter and pigtail

    Descriptions    

A plastic housing 6-port FTB fiber termination box with SC adapter and pigtail is a device used in fiber optic networks to terminate, manage, and protect fiber optic connections.

Here's a breakdown of its components,

Plastic Housing: The outer casing or enclosure made of plastic material, providing protection and housing for the internal components of the termination box.

6 Ports: The termination box features six ports or openings where fiber optic cables can be terminated or connected. These ports may include adapters or couplers for connecting SC connectors.

SC Adapter: SC adapters are used to connect SC connectors from incoming fiber optic cables to the internal components of the termination box.

Pigtail: A pigtail is a short length of fiber optic cable with a connector (in this case, likely an SC connector) pre-attached at one end. It is used to connect the incoming fiber optic cables to the adapter or coupler within the termination box.

    Main Features    

Termination: The primary function of the FTB is to terminate or connect incoming fiber optic cables using SC connectors and adapters.

Port Capacity: The FTB provides six ports, allowing for multiple fiber optic connections to be terminated within the same enclosure.

Protection: The plastic housing provides physical protection for the internal components, shielding them from dust, moisture, and other environmental factors.

Organization: The termination box helps organize and manage fiber optic connections, reducing cable clutter and simplifying maintenance tasks.

SC Adapter and Pigtail: The inclusion of SC adapters and pigtails simplifies the connection process, allowing for quick and easy termination of incoming fiber optic cables.

Its features include multiple port capacity, SC adapters and pigtails for easy connection, physical protection provided by the plastic housing, and applications in various settings such as FTTH installations, LAN environments, telecommunications networks, and data centers.

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