Product Description
Product Advantage
A microtube distribution enclosure branch box is an essential component used in fiber optic networks, particularly suited for organizing and managing microduct systems in telecommunication, FTTH (Fiber to the Home), and broadband networks. These enclosures facilitate the distribution and branching of micro tubes that house fiber optic cables, ensuring a secure and organized network infrastructure.
Key Features of MicroTube Distribution Enclosure Branch Box:
1. Material and Construction: - Typically made from robust materials like polycarbonate, ABS plastic, or sometimes metal for outdoor or harsh environments. - Designed to be weather-resistant, often with IP-rated (Ingress Protection) sealing to prevent water and dust ingress.
2. Design: - Compact and modular design allowing for easy installation and expansion. - Internal layout structured to accommodate splice trays, microduct connectors, and fiber storage with adequate bending radius protection.
3. Capacity: - Available in various sizes to manage different numbers of microducts and fibers. - Configurable to support different types of splicing (mechanical or fusion) and cable management requirements.
4. Access and Security: - Lockable and secure access points to prevent unauthorized access. - Easy entry and exit ports for microducts, which can be sealed to maintain integrity.
5. Installation: - Options for pole-mounted, wall-mounted, or underground installation depending on the application. - Designed for quick and easy field installation, often requiring minimal tools.
Applications:
1. Telecommunication Networks: - Used in the backbone, access, or last-mile segment of the network to distribute and manage fiber routes.
2. FTTH Networks: - Critical in branching and distribution of fiber optic cables from main ducts to individual homes or buildings.
3. Data Centers: - Manages microducts within a data center environment, especially in modular and scalable infrastructures.
4. Campus Networks: - Useful in educational, industrial, and large commercial campus environments for distributing fiber to various buildings or locations.
Benefits:
1. Protection and Durability: - Ensures physical and environmental protection for sensitive fiber optic connections, enhancing network reliability.
2. Flexibility and Scalability: - Modular design allows for easy expansion as network demands grow. The capacity can be increased by adding additional modules or configuring the existing layout.
3. Improved Cable Management: - Helps in organizing cables and microducts, reducing clutter and simplifying maintenance and troubleshooting.
4. Enhanced Network Performance: - Proper management and protection of fiber connections help maintain optimal signal integrity and network performance.
