Allen Bradley 1786-RPFRL Fiber Ring Repeater Module, Networking & Connectivity

Description

Manufacturer:Allen Bradley

Model Number:1786-RPFRL

Module Type:Fiber Ring Repeater

Weight:0.925 kg

Power Supply:24 VDC

Mounting:DIN Rail

Number of Ports:1

Distance Support:Connection via 1 M Tap

Network Topologies Supported:[“Star”,”Ring”,”Point-to-Point”]

Network Media Conversion:Copper to Fiber, Fiber to Copper

Standard/Approvals:[“CE-ATEX”,”CE-EMC”,”CSA certified”,”CSA_HAZ”,”C-TICK”,”FM-US_HAZ”,”GOST_R”,”KCC”,”MARINE-ABS”,”MARINE-BVS”,”MARINE-DNV”,”MARINE-GL”,”MARINE-KRS”,”MARINE-LR”,”UL”]

    The Allen Bradley 1786-RPFRL Fiber Ring Repeater Module is an indispensable component for industrial control systems, engineered to extend the length of ControlNet networks efficiently. This module supports a fiber optic ring topology, providing a scalable and reliable solution for complex network configurations.

    Featuring high-speed communication capabilities, this repeater ensures uninterrupted data flow, critical for real-time monitoring and control applications. Its compatibility with a variety of international safety and compliance standards guarantees seamless integration into diverse industrial environments.

    With its compact design and DIN rail mounting option, the 1786-RPFRL is easy to install and manage within existing network infrastructures. It seamlessly converts copper to fiber and vice versa, offering flexibility in network media types, which enhances its adaptability across different industrial settings.

    Equipped with a single port for connection, this module supports a maximum distance of 1 meter via a tap, ensuring efficient signal transmission over short distances. This makes it particularly useful for creating localized network segments or connecting devices that are physically close.

    Moreover, the Allen Bradley 1786-RPFRL is designed with user-friendliness in mind, featuring intuitive setup procedures and compatibility with industry-standard protocols, simplifying its integration into complex control systems. Its durability and reliability under various environmental conditions make it a preferred choice for demanding industrial applications.