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6-Port Unmanaged PoE Switch, 2 × GE SFP + 4 × PoE af/at RJ45, 120W, Dual-Fiber Ring Support

6-Port Unmanaged PoE Switch, 2 × GE SFP + 4 × PoE af/at RJ45, 120W, Dual-Fiber Ring Support

$65.99 USD
$65.99 USD
할인 품절
Introduction
  • The IM-FP244GE is the highest-capacity unmanaged industrial PoE fiber switch in the compact DIN-rail lineup — combining dual Gigabit SFP fiber ports with four IEEE 802.3af/at PoE RJ45 ports and a 120W total PoE budget in the same 114 × 93 × 35mm footprint shared by smaller members of the IM-FP series. 
  • Where the 2-port PoE variant handles two endpoints and the single-SFP variant handles one fiber direction, the IM-FP244GE handles both simultaneously at full scale: two independent fiber paths for ring or dual-uplink topologies, four PoE devices powered concurrently, all without a management interface, a configuration procedure, or any ongoing administrative overhead.
  • The practical significance of this combination is straightforward. 
  • Distributed infrastructure deployments — surveillance rings, subway PIS backbones, wind farm SCADA chains, highway monitoring networks — place nodes at fixed intervals where the fiber ring must be maintained and a cluster of local devices must be powered. 
  • At each such node, the IM-FP244GE terminates both fiber directions, keeps the ring intact, and delivers up to 30W per port to four cameras, APs, sensors, or control terminals simultaneously. 
  • Its 12Gbps non-blocking switching fabric absorbs the aggregate traffic of four active PoE devices across two fiber uplinks without internal congestion, while 6KV Ethernet surge protection, ±15KV ESD air discharge immunity, and certification to the full IEC 61000-4 Level 3 EMC suite ensure continuous operation in the electrically hostile environments where this level of field capability is most demanded.

Key Features

  • 2 × 100/1000M SFP Fiber + 4 × 10/100/1000M PoE RJ45 — Dual independent fiber ports support ring, chain, and dual-uplink topologies; all four copper ports carry full IEEE 802.3af/at PoE; SM (20–120km) and MM (500m–2km) SFP modules supported; BiDi single-fiber modules compatible for single-strand segments
  • 120W Total PoE Budget / 30W Per Port (IEEE 802.3af/at) — Sufficient headroom to run four simultaneous 802.3at endpoints at full load; automatic PD classification on every port delivers 15.4W or 30W as each connected device requires; non-PoE devices connect safely without risk of damage or manual port configuration
  • Dual-Fiber Ring Architecture — Pass-Through + Four-Port PoE Distribution — The IM-FP244GE's dual SFP ports maintain fiber ring or chain continuity in both directions while all four copper ports operate independently; a ring segment failure upstream does not interrupt PoE delivery to local endpoints, and local endpoint failure does not affect fiber ring continuity — the two functions are electrically independent
  • 12Gbps Non-Blocking Switching / 17.856Mpps Forwarding Rate — Wire-speed Gigabit performance across all 6 ports simultaneously; the switching fabric comfortably absorbs the aggregate bandwidth of four active 802.3at PoE devices across two fiber uplinks without congestion or forwarding delay under full load
  • ≤5W Self-Consumption Without PoE Load — Internal circuitry draws negligible power; the full DC 48V input budget is directed to PoE output rather than switch overhead — critical in solar-backed and battery-buffered field installations where available power is finite
  • 6KV Ethernet Surge Protection — All four RJ45 ports individually protected against high-voltage transients from outdoor cable runs, nearby heavy electrical machinery, and indirect lightning; essential for the field cabinet and pole-mount environments where this switch is deployed
  • ±15KV ESD Air Discharge / ±6KV EFT / Surge Differential ±2KV / Common ±6KV — Full IEC 61000-4 five-parameter Level 3 industrial EMC immunity; CE-EMC / CE-LVD EN IEC 62368-1 / FCC Class B certified
  • DC 48V Input (max 52V) / Reverse-Connection Protection — Direct integration into 48V DC plant infrastructure; hardware polarity protection prevents damage from field wiring errors during installation or maintenance
  • Per-Port LED: PoE Active / Link Speed / Fiber Status — Dedicated orange PoE indicator per copper port confirms power delivery status independently from link status; separate fiber link LEDs for both SFP ports; all indicators readable without opening the cabinet door in standard DIN-rail installations
  • Store-and-Forward / Auto MDI/MDIX / IEEE 802.3x Flow Control — Full frame integrity verification before forwarding; plug-and-play copper wiring without crossover cables; flow control prevents frame loss under simultaneous burst traffic from multiple active PoE devices
  • 6-PIN Industrial Power Terminal Block — Permanent screw-terminal DC wiring connection; no barrel connector or IEC socket; consistent with industrial panel wiring standards
  • IP40 / DIN-Rail or Wall-Mount / 114 × 93 × 35mm / 0.35kg
  • CE / FCC Class B / LVD EN IEC 62368-1 / 3-Year Warranty + Lifetime Technical Support

Applications

  • Four-Camera Fiber Ring Surveillance Nodes — The definitive use case: a perimeter, campus, or industrial surveillance fiber ring visits clusters of four cameras at each node location. The IM-FP244GE maintains ring continuity through both SFP ports and powers all four cameras simultaneously from a single DIN-rail device — eliminating the separate PoE injector, media converter, or additional switch that single-SFP or two-port alternatives would require at this camera count. Deployed identically across every node in the ring, it creates a uniform, maintenance-free infrastructure where any unit can be replaced in the field without reconfiguration
  • Subway PIS & Station Automation Nodes — Metro and light rail passenger information systems connect display panels, IP cameras, emergency call points, and access control readers at each station through a fiber backbone ring. The IM-FP244GE serves as the station node: ring integrity maintained for the next station, four local PIS and security devices powered from the same compact unit, zero configuration required by station maintenance staff. The combination of dual-fiber ring support and four PoE outputs removes the need for a managed switch at stations where traffic segmentation is not required
  • Wind Farm Inter-Turbine SCADA Chains — Wind turbines are connected in fiber daisy-chains or rings for SCADA communication, with each turbine requiring connectivity to the chain and local power for nacelle cameras, vibration sensors, and control panel terminals. The IM-FP244GE's dual SFP ports keep the inter-turbine fiber chain intact while its four PoE ports cover the full complement of local monitoring devices at each turbine — in a chassis compact enough for tower base cabinets and hardened for the -40°C winter temperatures common at northern latitude wind installations
  • Highway & Intelligent Transportation Monitoring Clusters — Roadside installations at highway interchanges, toll plazas, and urban arterials combine multiple device types at each location: speed enforcement cameras, license plate recognition cameras, traffic counters, and variable message sign controllers. The IM-FP244GE connects all four to the fiber backbone ring simultaneously, with 6KV surge protection on every copper port for the transient-rich roadside electrical environment and a form factor that fits within standard traffic cabinet DIN-rail allocations — all without the per-node configuration overhead that a managed switch would require across a network of hundreds of roadside cabinets
  • Power Distribution Automation Field Nodes — Smart grid feeder automation deploys fault indicators, recloser controllers, and IP cameras at pad-mounted transformer locations and sectionalizing points along medium-voltage feeders. Each location sits on a fiber protection ring and requires PoE for local monitoring hardware. The IM-FP244GE's IEC 61000-4 Level 3 immunity handles the conducted and radiated interference of distribution equipment; its dual-SFP ring architecture keeps feeder automation communication intact regardless of local device status; its 120W PoE budget comfortably covers four local endpoints without a separate injector inside an already-crowded outdoor pad-mount cabinet
  • Sewage Treatment & Industrial Process Perimeter Monitoring — Large water treatment and industrial process facilities deploy IP cameras, gas detectors, access control readers, and wireless communication terminals at multiple process area boundaries connected by a facility fiber ring. At each boundary node, the IM-FP244GE powers four local devices and maintains ring connectivity to adjacent nodes — in environments where corrosive atmospheres, electrical noise from pump motors and variable frequency drives, and wide ambient temperature swings make industrial-grade EMC certification a functional necessity rather than a compliance checkbox
  • Military & Critical Infrastructure Distributed Sensor Networks — Perimeter defense and critical infrastructure protection networks require fiber ring connectivity at each sensor post combined with local power for cameras, acoustic sensors, and access control hardware — all without a management interface that could be exploited or a configuration state that could be corrupted. The IM-FP244GE's unmanaged architecture eliminates both risks; its hardened construction and full IEC 61000-4 immunity meet field deployment requirements; and its identical behavior across all nodes simplifies logistics, sparing, and field replacement in environments where network administration expertise may not be available on-site
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