Fibre optic cable CUC Exertis Connect 392932

The CUC Exertis Connect 392932 is a 2 m OS2 single-mode fibre optic cable with LC connectors on both ends and a 9 µm core diameter. Designed for use in data communication and telecommunication environments, this fibre patch lead supports full duplex transmission and is suitable for long-distance, low-loss optical links in structured cabling, server rooms, and distribution frames.

Advantages

This single-mode OS2 fibre cable provides low attenuation and high bandwidth capacity for long-reach connections. LC-to-LC connectors on both ends offer a compact footprint and reliable mechanical alignment, enabling stable optical performance. The 2 m length balances flexibility and convenience for typical patching scenarios, while the 9 µm core diameter is standard for single-mode networks, ensuring compatibility with common transceivers and optical equipment.

Suitable for

• Interconnecting optical equipment in server rooms and data centres
• Patching between distribution panels and network switches
• Long-distance single-mode links where OS2 fibre performance is required
• Connecting transceivers and optical line cards with LC interfaces

Key specifications

• Cable type: Single-mode OS2 fibre
• Length: 2 m
• Connector type: LC — LC, duplex
• Core diameter: 9 µm
• Transmission: Full duplex optical communication
• Typical use: Patch cable for indoor structured cabling

How to use

Before installation, inspect connector end-faces and clean them with an appropriate fibre cleaning tool to avoid signal loss. Route the cable through patch panels or cable management systems without sharp bends; maintain the minimum bend radius recommended for single-mode cable. Plug LC connectors into matching LC ports on transceivers, patch panels or switches until they click into place, ensuring correct polarity for duplex links. Label both ends if required for easier identification during maintenance.

Usage recommendations

Store and handle the cable in a dry environment, avoid excessive tension and bending, and use dust caps on connectors when not in use. For critical or long-term installations, verify insertion loss and return loss with appropriate test equipment after deployment.