48 fibers horizontal flip type mechanical sealing FOSC Fiber optic splice closure

    Descriptions    

The term "48 fibers horizontal flip type mechanical sealing FOSC Fiber Optic Splice Closure" refers to a type of enclosure used in fiber optic networks.

Let's break down each part:

48 fibers: This refers to the capacity of the enclosure to accommodate fiber optic cables with up to 48 individual fibers for splicing and termination.

Horizontal flip type: This likely refers to the design of the closure, suggesting that it opens horizontally like a flip-type lid for easier access to the interior components.

Mechanical sealing: This indicates that the closure utilizes mechanical seals to provide protection against environmental factors such as moisture, dust, and other contaminants. Mechanical seals typically ensure a tight and secure seal around cable entries and exits.

FOSC: This stands for Fiber Optic Splice Closure. It's a protective housing designed to house and protect fiber optic cable splices. FOSCs are used to ensure that spliced fiber optic connections are protected from environmental conditions and physical damage.
 

In summary, a "48 fibers horizontal flip type mechanical sealing FOSC Fiber Optic Splice Closure" is an enclosure designed to house and protect fiber optic splices, with the capacity to accommodate up to 48 individual fibers. It features a horizontal flip-type lid for easy access and utilizes mechanical seals to provide a secure environmental seal.

    Main Features    

The main feature of a 48 fibers horizontal flip type mechanical sealing FOSC (Fiber Optic Splice Closure) is its ability to accommodate and protect a large number of fiber optic splices in a horizontal configuration.
The "horizontal flip type" suggests that it opens horizontally, making it easier to access and work on the splices inside.
The "mechanical sealing" indicates that it provides a robust sealing mechanism to protect the fibers from environmental factors such as moisture, dust, and other contaminants.
Overall, these closures are designed for efficient installation, maintenance, and protection of fiber optic connections in outdoor environments.

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