Fiber Optic Patch Panel 19-inch Empty Housing 2U

Fiber Optic Patch Panel 19-inch Empty Housing 2U

The 19-inch fiber optic patch panel empty housing provides a robust and flexible solution for your fiber optic cabling needs. With a 2U height and a durable steel construction, it is the ideal choice for professional networking environments that demand reliability and efficiency.

Functions and Benefits:

• Robust Construction: Made from sturdy steel, this empty housing offers exceptional durability and stability to withstand the daily demands of challenging IT environments.
• Flexible Configuration: The patch panel can accommodate up to 48 duplex couplings as desired, ensuring high port density and maximum adaptability.
• Service-Friendly Design: The housing is front-pullable, allowing for easy and quick maintenance. This facilitates access to the cabling without the need to remove the entire housing from the rack.
• Versatile Cable Entries: Multiple cable entry options at the rear of the housing provide installation flexibility. Cables can be securely attached using PG13.5, PG16, and PG21, as well as M20 and M25, to support various cable diameters and types.

Areas of application:

• Data Centers: Perfectly suited for use in data centers where high density and reliable fiber optic connections are essential.
• Enterprise Networks: Ideal for large and medium-sized enterprise networks that require a flexible and maintenance-friendly cabling solution.
• Telecommunications Rooms: Provides a stable and adaptable solution for telecommunications infrastructures.
• Server Rooms: Facilitates the management and organization of fiber optic cables in server rooms, helping to reduce cable clutter.

Technical specifications:

• Height Unit: 2U (one height unit)
• Material: Steel sheet
• Couplings: Up to 48 duplex couplings available upon request
• Cable Entries: Rear for PG13.5, PG16, PG21, or M20 and M25

The 19-inch fiber optic patch panel empty enclosure is a well-designed and versatile solution for any network environment that requires a robust and service-friendly infrastructure. With its sturdy construction, flexible configuration options, and practical maintenance features, it represents an excellent choice for professional fiber optic cabling.