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OLYCOM

8-Port Rugged Fiber Ethernet Switch, Gigabit SFP Ethernet, Unmanaged, DC 12–52V, CE

8-Port Rugged Fiber Ethernet Switch, Gigabit SFP Ethernet, Unmanaged, DC 12–52V, CE

$89.99 USD
$89.99 USD
Распродажа Продано
Introduction

  • When a single fiber uplink needs to serve eight copper devices simultaneously — and none of them require PoE — the IM-FS180GE is the purpose-built answer. 
  • As a 1 × Gigabit SFP + 8 × Gigabit RJ45 non-PoE industrial fiber switch, it maximizes copper port density off a single fiber feed: one fiber strand arriving at a field cabinet fans out to eight independent Gigabit copper connections, each operating at full wire speed, without the PoE budget allocation, thermal load, or 48V-only power constraint that a PoE-capable switch would impose.
  • The practical value of this architecture shows up in deployments where devices are self-powered — PLCs, HMIs, industrial PCs, RTUs, video servers, digitally controlled machinery — and what the network node needs to provide is purely connectivity, not power. 
  • In these environments, paying for PoE circuitry on every port adds cost and heat without adding function. 
  • The IM-FS180GE strips the hardware back to what matters: 18Gbps of non-blocking switching capacity across eight copper ports, a DC 12–52V wide-voltage redundant input that accepts vehicle, solar, automation, and telecom DC plant directly, 6KV surge protection on all copper ports, and the full industrial certification stack including NEMA-TS2, EN 50121-4 railway, and IEC 60068 mechanical testing — in a corrugated metal DIN-rail chassis rated for -40°C to +75°C continuous operation.

Key Features

  • 1 × 100/1000M SFP Fiber + 8 × 10/100/1000M RJ45 — Single fiber uplink fans out to eight independent full-Gigabit copper ports; SM (20–120km) and MM (500m–2km) SFP modules supported; BiDi single-fiber modules compatible; 8 copper devices connected from one fiber drop without a second fiber run or uplink switch
  • 18Gbps Non-Blocking Switching / 13.392Mpps Forwarding Rate — Wire-speed Gigabit performance across all 9 ports simultaneously; the switching fabric absorbs the full aggregate traffic of eight active copper devices against a single fiber uplink without internal congestion or head-of-line blocking
  • Non-PoE by Design — Full Power Budget Available to the DC Input — No PoE circuitry means no 48V-only power constraint; the DC 12–52V wide-voltage input is used entirely for switch operation rather than split between logic power and endpoint power delivery; the right choice wherever connected devices have independent power supplies
  • DC 12–52V Wide-Voltage Redundant Input — Accepts DC 12V (vehicle/solar), DC 24V (industrial automation), and DC 48V (telecom plant) without hardware modification; redundant dual input terminals with reverse-connection protection; the broadest DC supply compatibility in the IM-FS lineup — eliminates the need for a dedicated power converter at sites with non-standard DC voltages
  • 6KV Ethernet Surge Protection — All eight RJ45 ports individually hardened against high-voltage transients; critical for factory floors, outdoor cabinets, and transportation infrastructure where copper runs between the switch and connected devices pass through electrically noisy environments
  • IEC 61000-4 Full Level 3 EMC Immunity — ESD / Radiated Immunity / EFT / Surge / Conducted Immunity all at Level 3; the complete industrial EMC suite for environments with motor drives, VFDs, arc welding equipment, and high-voltage switching
  • NEMA-TS2 Traffic Control Certified — Qualifies for roadside traffic management procurement; direct fit for highway monitoring, intersection control, and urban traffic management installations where NEMA-TS2 is a specification requirement
  • EN 50121-4 Railway Traffic Certified — Validated for trackside, on-board, and station equipment applications; meets railway EMC requirements for signaling and communications infrastructure
  • IEC 60068 Mechanical Certifications — Vibration (IEC 60068-2-6) / Freefall (IEC 60068-2-32) / Shock (IEC 60068-2-27); qualified for transportation, rail, and heavy-vibration deployment environments
  • Store-and-Forward / Auto MDI/MDIX / IEEE 802.3x Flow Control — Full frame integrity verification; plug-and-play copper wiring without crossover cables; flow control prevents frame loss under simultaneous burst traffic from eight active devices
  • IP40 / DIN-Rail or Wall-Mount / 158 × 115 × 60mm — Corrugated metal IP40 shell; larger chassis provides thermal headroom for sustained 18Gbps switching load in high-ambient-temperature enclosures; standard 35mm DIN-rail mounting
  • CE / FCC Class A / LVD EN60950 / 1-Year Replacement + 3-Year Repair Warranty

Applications

  • Factory Automation Multi-Device Network Nodes — Production lines connect PLCs, servo controllers, vision inspection systems, HMIs, and industrial PCs to the factory fiber backbone through a single cable run to the line-side cabinet. The IM-FS180GE terminates the fiber at the cabinet and distributes Gigabit connectivity to all eight devices simultaneously — without PoE overhead on ports that connect self-powered industrial automation equipment. Its IEC 61000-4 Level 3 immunity handles the conducted and radiated interference of servo drives, frequency converters, and robotic welding cells sharing the same electrical environment; its 18Gbps switching fabric sustains wire-speed performance across all eight ports even when vision systems are streaming high-resolution images simultaneously
  • SCADA & Process Control Network Distribution — Power substations, water treatment facilities, and oil and gas process plants connect RTUs, IEDs, protection relays, and engineering workstations through fiber backbone rings, with self-powered copper-interface equipment at each process node. The IM-FS180GE serves as the high-density copper distribution point at each node: one fiber in from the ring, eight copper connections to local process equipment, with the wide DC input range accommodating the diverse DC supply voltages found across different plant areas without a dedicated converter at each location
  • Transportation Control Room Equipment Racks — Traffic management centers, railway control rooms, and airport operations facilities rack-mount workstations, video decoders, recording servers, and communications terminals that all connect to the fiber backbone but draw power from their own rack PDUs. The IM-FS180GE provides the fiber-to-copper distribution within the rack or adjacent cabinet — eight Gigabit copper connections from one fiber uplink — with NEMA-TS2 and EN 50121-4 certifications meeting the regulatory requirements of both road traffic and railway control environments from the same device
  • Roadside Multi-Sensor Cabinet Nodes — Highway monitoring installations at interchange locations and urban arterials deploy multiple self-powered devices in a single roadside cabinet: traffic counters, inductive loop processors, weather stations, communications modems, and video management units. These devices draw power from the cabinet's AC or DC supply and need only Gigabit network connectivity from the fiber backbone. The IM-FS180GE connects all eight simultaneously from a single fiber drop, with NEMA-TS2 certification for traffic infrastructure procurement compliance and 6KV surge protection on every copper port for the transient-rich roadside electrical environment
  • Mining & Underground Infrastructure Networks — Underground mining operations connect ventilation controllers, gas monitoring systems, tracking equipment, and communications terminals through fiber for both distance and EMI immunity, with each device powered from the underground electrical distribution system. At shaft-bottom and level-access distribution points where multiple devices cluster, the IM-FS180GE provides eight copper connections from one fiber drop in a chassis that tolerates the vibration, temperature variation, and EMI of underground mining environments — with the DC 12–52V wide-voltage input accommodating the DC supply voltages common in underground mobile equipment charging infrastructure
  • Metallurgy & Steel Plant Process Networks — Continuous casting lines, rolling mills, and furnace control systems connect temperature controllers, level sensors, drive controllers, and quality measurement systems through fiber while powering all equipment from the plant's high-current DC or AC distribution. At each process section, the IM-FS180GE distributes fiber connectivity to up to eight self-powered process devices — with IEC 61000-4 Level 3 immunity providing the EMC hardening that the extreme electromagnetic environment of arc furnaces, large DC drives, and induction heating systems demands from any network equipment installed nearby
  • Military Communications Distribution Nodes — Tactical and garrison network distribution points connecting communications terminals, workstations, encryption devices, and display systems through a fiber backbone use the IM-FS180GE as the copper distribution switch at each node location. The unmanaged architecture eliminates configuration requirements and management interface exposure at distribution points where network administration may not be available; the wide DC input range works with the diverse power infrastructure of both fixed garrison facilities and deployable power systems; and the eight-port copper density maximizes the number of terminals served from each fiber node in space-constrained communications shelter installations
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