1U 19" Rack Mountable Fiber Optic Patch Panel with Cold Rolled Steel Construction and Side Pull Out Design

Professional optical network frame management system designed for FTTX projects, data processing centers, cable television (CATV), and other fiber optic system applications.

• Standard 19-inch rack mount size with lightweight, rational structure
• Constructed from cold-rolled steel with static plastic spraying
• Compact dimensions with exquisite design for easy operation
• Compatible with both ribbon and single fiber configurations
• Integrated pothook for convenient installation and dismantling
• Multiple panel plates to accommodate various adapter interfaces
• Space-saving compact design
• Easy management and operation capabilities
• Unique structure with rational layout and ample operational space
• Excellent seal performance for effective water prevention

The Fiber Optic Patch Panel is a comprehensive fiber optic management solution designed to distribute and protect optical fiber links in FTTH networks. This unit provides reliable distribution and terminal connection capabilities for various optical fiber systems, available in sizes that meet common distribution requirements.

OMC delivers high-quality, micro-sized fiber optic patch panels manufactured from premium cold-rolled steel sheet with static plastic spraying treatment. These panels support SC/LC/FC/ST/E2000/MPO adapters and can be installed on indoor walls and terraces.

The 19-inch rack mount fiber optic patch panels feature modular clamshell-type design, providing a simple, high-density, low-profile solution for easy access and management of fiber optic terminations. Each panel includes cable management devices for organizing incoming and outgoing cables, slack-fiber storage spools, and splicing trays. Front and rear removable metal covers facilitate quick installation and maintenance.

• Optical Network Frame management system
• FTTX project implementation
• Data processing centers and Cable television (CATV)
• Other applications in Fiber optical systems