Horizontal fiber optic splice closures typically include the following key features and components:

1.Enclosure: The enclosure is the outer shell of the splice closure that provides protection for the internal components. It is usually made of a durable, weather-resistant material such as polycarbonate or stainless steel.

2.Cable ports: Horizontal splice closures have cable ports on either end of the enclosure that allow fiber optic cables to enter and exit the closure. These ports are typically designed to accommodate different types and sizes of fiber optic cables, such as loose tube or ribbon cables.

3.Sealing system: To protect the internal components from moisture, dust, and other environmental factors, the horizontal splice closure will have a sealing system. This can include gaskets, O-rings, or other types of seals that ensure a tight fit between the cable ports and the enclosure.

4.Splice trays: The splice trays are where the fiber optic cables are spliced together. Horizontal splice closures can include one or more splice trays, depending on the number of fiber optic cables being spliced.

5.Splice protectors: Splice protectors are typically included to protect the spliced fiber optic cables from damage. These can include heat shrink tubes or other types of protective sleeves.

6.Mounting hardware: To install the splice closure, mounting hardware such as brackets or clamps may be included.

7.Grounding system: Some horizontal splice closures include a grounding system that ensures that the splice closure is properly grounded for safety reasons.

8.Access ports: Access ports may be included to allow for easy access to the internal components for maintenance or repairs.

9.Capacity: The capacity of the horizontal splice closure can vary depending on the number of fiber optic cables being spliced together. Splice closures may have a capacity of anywhere from a few fibers to several hundred fibers.

These components work together to provide protection for the fiber optic cables and to ensure that splices are made securely and reliably. By choosing a horizontal splice closure with the appropriate features and components, you can ensure that your fiber optic network is protected and functioning optimally.

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