Iranian Fiber Optic Terminal Box 24-core

A 24-core fiber optic terminal box provides secure, organized, and high-density fiber termination for FTTH and FTTX networks.

Overview

A 24-core fiber optic terminal box is designed to serve as a termination and distribution point for optical fibers, connecting feeder cables to drop cables in FTTX or FTTH networks. It allows for fiber splicing, splitting, and jumper management while protecting fibers from environmental damage and mechanical stress.

Key Features

Material and Protection: Typically made from ABS or cold-rolled steel, offering waterproof, dust-proof, anti-aging, and IP65 protection for indoor and outdoor use. Cable Management: Equipped with splice trays, sleeve holders, and bend radius control (≥40mm) to maintain fiber integrity and prevent signal loss. Adapter Compatibility: Supports SC, LC, FC, ST, and PLC adapters, allowing flexible connection options for different network setups.

Splicing Options: Compatible with fusion splicing or mechanical splicing, providing versatility for installation and maintenance. Mounting Methods: Can be wall-mounted, pole-mounted, or recessed, suitable for both indoor and outdoor environments. Security: Often includes dust-proof, burglar-proof, and waterproof locks to prevent unauthorized access.

Technical Specifications

Fiber Capacity: 24 fibers, with trays typically holding 12 fibers each and sleeve holders for 24 fibers. Cable Ports: 24 ports for FTTH drop cables and 1 uncut port for feeder cable. Environmental Range: Operating temperature from -40℃ to +85℃, relative humidity ≤85%, and atmospheric pressure 70–106 kPa.

Performance: Insertion loss ≤0. 2 dB, UPC return loss ≥50 dB, APC return loss ≥60 dB, and insertion/extraction life >1000 times. ApplicationsFTTH/FTTX Networks: Provides a secure and organized point for connecting optical fibers to subscriber lines.

Cable Protection: Protects fibers from environmental hazards and mechanical stress. Network Expansion: Facilitates easy maintenance, fiber management, and future network upgrades. This type of terminal box is ideal for high-density fiber management, ensuring efficient splicing, distribution, and protection in modern optical networks.