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PP ABS 24 Cores Inline Fiber Optic Enclosure with 2 In 2 Out Ports for Secure Splicing

Name: PP ABS 24 Cores Inline Fiber Optic Enclosure with 2 In 2 Out Ports for Secure Splicing
Brand: DOWELL INDUSTRY GROUP LIMITED
Price: 0.45 USD
Availability: InStock

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PP ABS 24 Cores Inline Fiber Optic Enclosure with 2 In 2 Out Ports for Secure Splicing

Ampliación de imagen : PP ABS 24 Cores Inline Fiber Optic Enclosure with 2 In 2 Out Ports for Secure Splicing

Datos del producto:

Lugar de origen:	Porcelana
Nombre de la marca:	DOWELL

Pago y Envío Términos:

Cantidad de orden mínima:	100pcs
Tiempo de entrega:	7-15 días
Capacidad de la fuente:	1000pcs por 10 días

Contacto

PP ABS 24 Cores Inline Fiber Optic Enclosure with 2 In 2 Out Ports for Secure Splicing

Descripción

Resaltar:

24 Cores Fiber Optic Enclosure

2 In 2 Out Ports Inline Fiber Enclosure

PP ABS Fiber Splice Enclosure

PP ABS 24 Cores Inline Fiber Optic Enclosure 2 In 2 Out Ports

An inline fiber optic enclosure is a passive housing unit designed to protect, organize, and manage fusion splices or mechanical splices in a fiber optic cable that is running point-to-point ("in-line"). Unlike a terminal or distribution enclosure that serves as an end-point for connections, an inline enclosure is placed mid-span along a cable run.

Specification

Type	Description	Pros
Heat Shrink	Uses a heat-shrinkable plastic sleeve that melts and forms a seal around the cable entries when heated with a torch.	Very robust, excellent long-term seal, high pull strength.
Mechanical Seal	Uses rubber grommets, seals, and mechanical clamps that are tightened to create a seal. No heat required.	Fast installation, re-enterable, no special tools (often just a wrench).
Wrap-around / Re-enterable	Two clam-shell halves that are bolted together with a built-in gasket. Often use gel-filled grommets for cable sealing.	Extremely easy and fast to re-enter for maintenance or adds/moves/changes.

Features

Splicing: To join two separate fiber optic cables together, creating a continuous optical path.
Protection: To shield the fragile glass splices from environmental factors like moisture, dust, chemicals, and physical damage (crush, impact, tension).
Organization: To securely store and manage the excess fiber (slack) and the splice points in an organized manner, typically on splice trays.
Access: To provide a service point for testing, troubleshooting, and future reconfiguration without having to replace the entire cable run.

Applications