48 core Rack Mounted PLC Splitter Patch Panel, ODF Box, Pull and Plug type, with SC/UPC pigtails and Adapter
ODF Box 48 Core – Push & Pull with Pigtail + SC/UPC Adapter
The 48 Core ODF (Optical Distribution Frame) Box is a professional fiber optic termination and distribution solution designed for high-density fiber installations. Featuring a convenient Push & Pull sliding design, it provides easy access to internal fiber connections, making installation, maintenance, testing, and cable management faster and more organized.
The unit supports up to 48 fiber cores and comes equipped with SC/UPC adapters and fiber optic pigtails, providing a complete and practical solution for terminating and distributing optical fiber connections.
Its robust metal construction provides excellent protection for internal fibers, splices, and connectors, while the internal fiber management system helps maintain the correct bending radius and keeps fibers neatly arranged.
Key Features
* Capacity: 48 Fiber Cores
* Connector Type: SC/UPC
* Adapter Type: SC/UPC Fiber Optic Adapters
* Pigtails: Included
* Design: Push & Pull / Sliding Drawer
* Application: Fiber termination, splicing and distribution
* Installation: Rack-mount design
* Construction: Durable metal housing
* Organized internal fiber cable management
* Easy access for installation and maintenance
* Designed to protect fiber splices and connections
* Low insertion loss and reliable optical performance
* High-density connectivity in a compact design
* Suitable for single-mode fiber optic networks
* Professional solution for telecom and networking applications
Applications
Ideal for FTTH/FTTx networks, telecommunications systems, data centers, ISP networks, server rooms, fiber distribution systems, CCTV fiber networks, enterprise networks, and other optical communication installations.
Package Configuration
48 Core ODF Box + SC/UPC Adapters + Fiber Optic Pigtails
A reliable, high-capacity fiber distribution solution combining 48-core connectivity, Push & Pull access, SC/UPC connections, organized fiber management, and durable construction.