LC OS2 24 Port 1RU Fibre Sliding Patch Panel | Splice Cassette & Protector | Rack Mounting Kit | by SERVEREDGE
The LC OS2 24 Port 1RU Fibre Sliding Patch Panel is designed for high-density fiber management, featuring 24 LC OS2 ports and a sliding design for easy access. Ideal for data centers and enterprise networks, it includes a splice cassette and protector, ensuring efficient fiber splicing and organization. Built for durability and compliance with safety standards, this patch panel is perfect for industrial applications.
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Product Name/Title: LC OS2 24 Port 1RU Fibre Sliding Patch Panel | Splice Cassette & Protector | Rack Mounting Kit | by SERVEREDGE
Brand: SERVEREDGE
SKU: SAFP-24LC-OS2-01
Alternatively Known As: Fiber Optic Patch Panel, LC OS2 Patch Panel, 24 Port Fiber Patch Panel, Sliding Fiber Patch Panel
- Port Type: LC OS2
- Number of Ports: 24
- Rack Unit Size: 1RU
- Panel Type: Sliding
- Includes: Splice cassette, splice protector, mounting kit
- Material: Metal housing with fiber management components
- Dimensions (H x L x W): 44mm x 250mm x 482mm
- Weight: 2.5 kg
- 24 LC OS2 fiber ports for high-density fiber management
- 1RU sliding design for easy access and maintenance
- Includes splice cassette and splice protector for fiber splicing
- Comes with mounting kit for rack installation
- Installation by a qualified network technician or electrician is recommended to ensure proper fiber management and compliance with safety standards.
- Telecommunications: Data centers and network rooms
- Enterprise Networks: Structured cabling systems
- Industrial: High-density fiber optic management
- Complies with AS/NZS 60950 – Safety of IT and Communication Equipment
- Supports efficient network infrastructure reducing energy consumption
- Durable design reduces need for frequent replacements
1 year limited warranty covering manufacturing defects.
The SERVEREDGE LC OS2 24 Port 1RU Fibre Sliding Patch Panel is available for immediate purchase, ideal for data centers, enterprise networks, and industrial fiber optic applications.