RS PRO 121-3949 LC to LC Multimode Simplex Fibre Optic Adapter with low insertion loss of 0.1dB is designed for superior fibre optic network performance. The ceramic housing provides durability and precision alignment for reliable connectivity in industrial and commercial telecom applications.
This fibre optic adapter connects LC to LC connectors in a simplex multimode configuration, making it suitable for use in fibre to the home (FTTH), cable television, data networks, telecommunications, and various LAN, MAN, and WAN infrastructure setups.
The adapter includes high precision alignment sleeves that ensure minimal signal loss and enhanced performance. The metal clips secure the adapter in place, while the two-hole fixing flange allows for firm installation in fiber optic panels or equipment.
Designed and manufactured under the trusted RS PRO brand, this adapter complies with REACH environmental standards, ensuring safety and reliability. The green ceramic housing not only improves durability but also aids in quick identification during installation and maintenance.
The adapter features a ceramic housing ensuring durability and optimal signal performance. Supports multimode fibre with simplex configuration for efficient data transmission. Low insertion loss of 0.1dB minimizes signal degradation during use.
Includes metal clips and a fixing flange for secure installation in fibre optic systems. Complies with REACH standards, ensuring compliance with environmental regulations. Ideal for FTTH, cable television, telecommunications, LAN, MAN, and WAN network applications.
Connector types are LC to LC for compatibility with standard fibre optic cables. Colour-coded green housing for easy identification and organization of fibre optic connections.
This fibre optic adapter is suitable for diverse industrial, telecommunications, commercial, and data network configurations requiring reliable and low-loss optical connections. Browse EnvMart’s comprehensive range of Fibre Optic Adapters for various connector types and specifications.
Comments (0)
Your review appreciation cannot be sent
Report comment
Report sent
Your report cannot be sent