Amphenol Socapex Multimode Duplex Fibre Optic Adapter, LC to LC Connector, 0.1dB Insertion Loss 536-7617

RS PRO 536-7617 multimode duplex fibre optic adapter featuring LC to LC connectors is designed for seamless fibre optic cable linking in telecommunication and networking applications. This adapter provides outstanding signal integrity with a low insertion loss of 0.1dB, ensuring minimal signal attenuation for high-performance data transmission.

The ceramic housing material stabilizes the alignment sleeve, maintaining precise fibre core alignment to reduce optical signal loss. The duplex configuration supports simultaneous two-way communication, enhancing network efficiency. Its blue color offers quick visual identification among cables and adapters.

The high retention force lever locking mechanism firmly secures fibre cables, preventing accidental disconnections during operation. The adapter meets stringent industry standards including IEC 61754-20, IEC 61754-13, IEC 61300 series, RoHS2 compliance, and REACH SVHC, guaranteeing safety and environmental friendliness.

Widely utilized in telecommunications, computer networking, and voice communication systems, this Fibre Optic Adapter ensures fast, clear data and telephone signals across connected devices. It bridges LC fibre optic connectors reliably and efficiently to uphold network stability.

Features LC to LC connector types for optimal connectivity. Duplex design enables simultaneous bidirectional data transmission. Ceramic housing ensures durable and stable alignment sleeve performance. Blue colored adapter facilitates easy identification and installation.

Compliant with IEC 61754-20, IEC 61754-13 and RoHS2 standards. Insertion loss of 0.1 dB minimizes signal degradation during connection. High retention force lever locking mechanism prevents accidental disconnections. Ideal for telecommunication, network hubs, and computer fibre optic connections.

Explore the RS PRO range at EnvMart for trusted industrial quality fibre optic components and connectors.