FIBER OPTIC DRAWER LCS3

Features

The Legrand 19", 1U optical shelf is designed for installation in standard 19-inch telecommunications cabinets and racks. The sliding modular design supports up to four modular optical inserts, allowing the configuration to be tailored to the requirements of a fiber optic network.

The sliding design provides convenient access to the interior of the shelf during installation, fiber termination, and maintenance. This design simplifies servicing without removing the unit from the rack.

The shelf supports modular inserts with a maximum capacity of 96 LC, 48 SC, or 24 ST connectors. Its modular architecture allows the configuration to be adapted to changing network requirements.

The shelf features a labeling field and is compatible with various types of modular optical inserts. It is designed for installation in standard 19-inch telecommunications cabinets and racks.

Technologies Used

• Sliding Modular Design
• Labeling Field

Technical Specifications

• Brand: Legrand
• Type: Optical Shelf
• Form Factor: 19"
• Height: 1U
• Design: Sliding
• Maximum Number of Modular Inserts: 4
• Maximum Capacity: 96 LC / 48 SC / 24 ST
• Number of Installed Adapters: 0
• Mounting: 19-inch cabinets and racks
• Protection Rating: IP20
• Impact Rating: IK04
• Labeling Field: Yes
• Front Panel: Not Included
• Pigtails: Not Included
• Cover or Door: Not Included
• Operating Temperature: -10 °C to +60 °C
• Storage Temperature: -10 °C to +60 °C
• Width: 482.6 mm
• Height: 43.65 mm
• Depth: 334 mm
• Color: Black (RAL 9017)

For Whom

• For fiber optic cabling systems.
• For server and telecommunications cabinets.
• For data centers.
• For enterprise networks.
• For telecommunications infrastructure.

Conclusion

The Legrand 19", 1U optical shelf is designed for installing modular optical inserts in standard 19-inch telecommunications cabinets and racks. Its sliding design, support for up to four modular inserts, and capacity of up to 96 LC, 48 SC, or 24 ST connectors make it suitable for building and expanding fiber optic cabling systems.