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4-Port Industrial Fiber Ethernet Switch, 2 × GE SFP/RJ45, Easy Cascading, DC 12–52V Wide Voltage

4-Port Industrial Fiber Ethernet Switch, 2 × GE SFP/RJ45, Easy Cascading, DC 12–52V Wide Voltage

$54.99 USD
$36.50 USD $54.99 USD
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Introduction

  • The IM-FS220GE is a 4-port industrial fiber Ethernet switch built for one specific task done exceptionally well: connecting two fiber segments to two copper endpoints in the harshest field environments, with zero configuration and zero maintenance overhead. 
  • Unlike the PoE variants in the IM series, the IM-FS220GE carries no PoE circuitry — every watt of its ≤5W total power draw goes to switching and protection, not power delivery. 
  • This makes it the right choice wherever field devices have their own power supply and the requirement is purely reliable fiber-to-copper conversion with industrial-grade survivability.
  • Two features define its deployment flexibility beyond the basic spec. 
  • First, the dual SFP ports enable ring, chain, and dual-uplink topologies that a single-fiber switch cannot support — the IM-FS220GE can sit as a mid-ring node passing traffic through, as a dual-homed endpoint with two independent fiber uplinks, or as a simple point-to-point converter depending on how the SFP modules are configured. 
  • Second, the DC 12–52V wide-voltage redundant input accepts 12V vehicle systems, 24V automation bus, and 48V telecom plant power equally — eliminating the need for a dedicated power supply at each node and integrating directly into whatever DC infrastructure the site already runs. 
  • At 114 × 93 × 35mm, with 6KV Ethernet surge protection, ±15KV ESD immunity, and the full IEC 61000-4 Level 3 EMC suite, it brings the same industrial credentials as the PoE members of the lineup to deployments where power delivery is simply not part of the brief.

Key Features

  • 2 × 100/1000M SFP Fiber + 2 × 10/100/1000M RJ45 — Dual independent fiber ports supporting SM (20–120km) and MM (500m–2km) modules; BiDi single-fiber modules compatible; copper ports full auto-sensing Gigabit with Auto MDI/MDIX
  • Dual SFP Enables Ring & Chain Topologies — Two fiber ports allow the IM-FS220GE to function as a mid-ring pass-through node, a dual-homed endpoint with independent uplink paths, or a simple point-to-point media converter — topological flexibility unavailable on single-SFP alternatives without additional hardware
  • DC 12–52V Wide-Voltage Redundant Input — Accepts DC 12V (vehicle/solar), DC 24V (automation bus), and DC 48V (telecom plant) without hardware modification; redundant dual input with reverse-connection protection; integrates into the existing DC infrastructure at each site without a dedicated power converter
  • Non-PoE, ≤5W Total Power Consumption — No PoE circuitry means the entire DC input budget is available to the switching and protection hardware; the right choice wherever endpoints have independent power and the network requirement is purely connectivity, not power delivery
  • 6KV Ethernet Surge Protection — Both RJ45 ports protected against high-voltage transients from outdoor cable runs, nearby heavy electrical equipment, and indirect lightning — the standard hazard in the industrial, transportation, and utility environments this switch is designed for
  • ±15KV ESD Air Discharge / ±6KV EFT / Surge Differential ±2KV / Common ±6KV — Full IEC 61000-4 five-parameter industrial EMC immunity; CE-EMC / CE-LVD EN IEC 62368-1 / FCC Class B certified
  • 8Gbps Non-Blocking Switching / 5.952Mpps / <10µs Forwarding Delay — Wire-speed forwarding across all 4 ports; store-and-forward switching with full frame integrity verification
  • 6-PIN Industrial Power Terminal Block — Screw-terminal DC connection for permanent cabinet wiring; no barrel connector; suited to industrial panel installation practice
  • Per-Port LED: Fiber Link / Copper Speed / Activity — Dedicated indicators for both fiber ports and both copper ports enable rapid fault isolation in the field without test equipment
  • -40°C to +75°C / IP40 / DIN-Rail or Wall-Mount / 114 × 93 × 35mm — Full industrial temperature range; corrugated metal IP40 shell; dual mounting options
  • CE / FCC Class B / LVD EN IEC 62368-1 / 3-Year Warranty + Lifetime Technical Support

Applications

  • Mid-Ring Fiber Node for Industrial Backbone Networks — In fiber ring topologies across factory automation, power SCADA, and water utility networks, every ring node needs a switch that passes traffic between two fiber segments and connects local copper devices. The IM-FS220GE fills this role precisely: two SFP ports maintain ring continuity, two RJ45 ports connect local PLCs, HMIs, or IP cameras — with no PoE budget to allocate, no management to configure, and no firmware to maintain across potentially hundreds of identical nodes deployed along the ring
  • Vehicle-Mounted & Mobile Network Nodes — On-board networks in trains, buses, emergency vehicles, and military platforms typically run 12V or 24V DC electrical systems and connect cameras, passenger information displays, and communications equipment that have their own vehicle power feeds. The IM-FS220GE accepts DC 12V directly from the vehicle bus, converts fiber backbone connectivity to copper for local devices, and survives the vibration, shock, and temperature extremes of mobile deployment — without a PoE budget that serves no purpose when every endpoint is already powered
  • Power Substation & Smart Grid Automation — Protection relay networks, RTUs, and IED (intelligent electronic device) installations in electrical substations connect to fiber communication networks but draw power from station DC battery systems — typically 48V or 110V DC stepped down at the cabinet. The IM-FS220GE's wide DC input range covers 48V directly; its IEC 61000-4 Level 3 EMC immunity handles the high-voltage electrical environment of switchgear rooms and transformer bays; its non-PoE design avoids introducing active power injection into environments where electrical isolation is a safety requirement
  • Metallurgy & Heavy Industry Process Networks — Steel mills, smelters, and heavy manufacturing plants connect process control terminals, vision inspection systems, and safety interlocks via fiber over distances that copper cannot cover, while powering these devices from dedicated industrial power rails. The IM-FS220GE provides the fiber-to-copper conversion at each process station without PoE complexity, in a chassis hardened against the extreme EMI, vibration, and temperature conditions of heavy manufacturing environments
  • Sewage Treatment & Water Infrastructure — Pump stations, flow monitoring points, and treatment process nodes across water utility networks connect SCADA terminals and environmental sensors to fiber backbone infrastructure. These devices draw power from local AC/DC supplies at each station; what the network node needs to provide is reliable fiber connectivity and copper handoff — exactly the IM-FS220GE's function, in a form factor that fits the compact DIN-rail panels standard in utility field cabinets
  • Intelligent Transportation & Tunnel Networks — Traffic management systems in road tunnels, highway interchanges, and urban traffic control networks connect loop detectors, variable message sign controllers, and CCTV systems to fiber backbone rings. These devices are powered from local 24V or 48V DC supplies within roadside cabinets; the IM-FS220GE serves as the ring node at each cabinet, maintaining fiber ring continuity and providing copper access for local devices, with 6KV surge protection on all copper ports for the transient-heavy roadside electrical environment
  • Military & Critical Infrastructure Perimeter Networks — Secure perimeter fiber networks at defense installations, border control facilities, and critical infrastructure sites require nodes that are hardened, non-configurable, and impossible to compromise through a management interface — because there is none. The IM-FS220GE's unmanaged design eliminates the attack surface that a Web GUI or CLI introduces; its industrial EMC and surge credentials meet the field deployment requirements; and its wide-voltage DC input works with the diverse power infrastructure found across military and government facilities worldwide
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