Fiber optic interface FCLC

The FCLC is a HellermannTyton LC fiber optic connector designed for precise, low-loss multimode or single-mode connections in high-density networks.

Overview

The FCLC (Fiber Optic LC Duplex Connector) is a compact, high-performance connector used to join optical fibers in data centers, telecom networks, and field installations. It is a miniaturized LC connector with a 1.25mm ferrule, making it ideal for high-density applications where space is limited . The connector is available in beige for multimode and other color codes for single-mode applications .

Key Features

• Ferrule Type: Pre-radiused zirconia ceramic ferrules ensure precise fiber alignment and minimal signal loss .
• Adhesive Options: Can be installed using epoxy adhesives for reliable, low-cost connections (<0.5 dB loss) or anaerobic adhesives for faster curing with accelerators .
• Installation: Suitable for both field and factory installation, providing flexibility for on-site deployment or pre-terminated assemblies .
• Compliance: Meets ANSI/TIA/EIA 604 (FOCIS) standards and IEC874-14, ensuring compatibility with other LC connectors and adaptors .
• Configuration: Available in simplex or duplex formats, supporting single or dual fiber connections .

Applications

The FCLC connector is widely used in:

• Data centers for high-density patch panels and transceivers
• Telecommunications networks including FTTH and enterprise backbones
• Industrial environments where vibration-resistant, secure connections are required
• Field installations where rapid deployment and reliable performance are critical

Performance

• Insertion Loss: Typically less than 0.5 dB with epoxy installation
• Return Loss: High precision ferrules provide low back reflection, suitable for multimode and single-mode networks
• Durability: Threaded or latch mechanisms ensure secure connections in high-density or high-vibration environments

Summary

The FCLC Fiber Optic Interface is a versatile, high-density LC connector that combines precision alignment, low insertion loss, and flexible installation options. Its compliance with industry standards and availability in both multimode and single-mode versions make it suitable for modern data centers, telecom networks, and field applications where reliable optical performance is essential .