10/100Mbps DIN35 Unmanaged Industrial Edge Switch
Technical Data of Fast Network Switch
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Product Name
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6 Port 10/100Mbps Fiber Network Switch(2F+4TP)
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Model No.
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IM-FS240FE
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Port
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2x100M SFP Fiber
SM: 1310nm/1550nm, 20Km; 1490nm/1550nm, 40~120Km
MM: 1310nm, 2Km; 850nm, 500-meter
4x10/100M UTP RJ45(Support MDI/MDIX auto-sensing)
1x6-PIN Power Terminal Block
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Protocol
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IEEE 802.3(10Base-T)
IEEE 802.3u(100Base-TX)
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Switching Features
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Transmission mode: storage and forward
Forwarding delay: <10us
System bandwidth: 1.2Gbps (non-traffic jam)
Forwarding rate: 0.8928Mmps
MAC: 4K
Packet buffer size: 1.75Mb
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Network Media
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10BASE-T: CAT3, CAT4, CAT5 un-shielded twisted pair(≤100m)
100BASE-TX: CAT5 or above shielded twisted pair(≤100m)
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LEDs
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Power, Fiber, Network, PoE
PWR: Power
Fiber: FX1, FX2
On: transmission is normal
Off: transmission is NOT normal(faulty optical module or disconnected)
Copper orange: PoE indicator
On: PoE is working
Off: PoE is not working or this is Non-PoE device
Copper green: Speed indicator
On: transmission speed is 100Mbps
Blinking: in transmission
Off: Disconnected or working speed is 10Mbps
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Power Consumption
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Full loading≤5W
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Power Supply
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Redundant DC12V~DC52V input, typically DC12V/DC24V/DC48V
Reverse connection: support
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Environment
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Working temperature: -40°C～75°C
Storage temperature: -40°C～85°C
Working humidity: 10%～90%, non-condensing
Storage humidity: 10%～95%, non-condensing
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Industry Standards
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ESD: IEC61000-4-2, ±15KV air, ±6KV contact
EFT: IEC61000-4-4, General ±6KV
Surge: IEC61000-4-5, Differential ±2KV, Common±6KV
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Certification
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CE-EMC: EN 55032:2015+AC: 2016+A1:2020+A11: 2020
EN 55035:2017+A11: 2020/EN IEC 61000-3-2:2019/A1: 2021
EN 61000-3-3: 2013/A2: 2021/AC:2022
CE-LVD: EN IEC 62368-1: 2020+A11:2020
FCC: 47 CFR FCC Part 15 Subpart B(Class B) ANSI C63.4: 2014
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Mechanical information
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Shell: Corrugated metal shell, IP40 grade level
Dimension: 114*93*35mm
Mounting method: Din-rail/Wall mounting
Weight: 0.35Kg/0.45Kg(Net/Gross)
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Warranty
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3 years, lifetime technical support
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Built for Edge Aggregation in Industrial Networks
The IM-FS240FE is positioned as a fiber-anchored edge aggregation switch for industrial environments where multiple field devices must converge reliably onto a fiber backbone. Unlike basic media converters or small port-count switches, it provides both link-level redundancy on the fiber side and sufficient copper access ports for clustered devices at the field level.
This makes it particularly suitable for control cabinets, roadside enclosures, and equipment rooms where several Ethernet-based devices need to be connected locally, while uplinks must remain resilient over long distances.
Redundancy Without Network Complexity
With dual SFP fiber ports, the IM-FS240FE enables simple redundancy strategies such as dual uplinks, segmented fiber paths, or backup fiber routes—without relying on software-based redundancy protocols. In the event of a fiber interruption, traffic can be physically rerouted at the network level, maintaining communication continuity for critical systems.
This hardware-based redundancy approach is ideal for environments where managed switches are impractical, unnecessary, or undesirable due to maintenance constraints or operational simplicity requirements.
Consistent Throughput for Multi-Device Traffic
In industrial networks, traffic patterns are often bursty rather than continuous—polling cycles, alarms, and synchronized data uploads can generate sudden spikes. The IM-FS240FE is designed to handle such conditions gracefully, using store-and-forward forwarding, flow control mechanisms, and ample buffering to prevent packet loss and unstable behavior.
As a result, multiple PLCs, sensors, or monitoring devices can operate simultaneously without degrading overall network stability, even under peak load conditions.
Designed for Long-Term, Unattended Operation
Once installed, the IM-FS240FE is intended to operate continuously and unattended. Its non-managed architecture eliminates the risks associated with misconfiguration, firmware mismatches, or software corruption. Combined with its industrial-grade enclosure, surge protection, and wide temperature tolerance, the device is well suited for installations where access is infrequent and downtime is unacceptable.
This design philosophy significantly lowers total cost of ownership over the product’s lifecycle.
A Practical Upgrade Path for Legacy Industrial Networks
For many industrial sites, replacing all legacy Ethernet devices at once is neither feasible nor cost-effective. The IM-FS240FE provides a practical transition solution, allowing existing 10/100Mbps copper-based equipment to remain in service while extending connectivity over long-distance fiber.
By acting as a compact aggregation and fiber extension node, it supports gradual network modernization without disrupting established industrial processes.
Typical Deployment Roles
In real-world projects, the IM-FS240FE is commonly deployed as:
A field aggregation switch inside industrial cabinets
A fiber extension node for multiple legacy Ethernet devices
A redundant uplink switch for small-to-medium industrial subnets
A low-maintenance access switch in harsh or remote locations
Its balanced port configuration and industrial reliability make it a versatile building block for scalable industrial Ethernet architectures.
Accessories
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Industrial Optical Module
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OSPL1E06D-85
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100BASE-FX(850nm)
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OSPL1E06D
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100BASE-FX
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OSPL1E20D
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100BASE-LX
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OSPL1E40D
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100BASE-EX
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OSBL1E20D-35
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100BASE-BX-U(TX 1310 RX1550)
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OSBL1E20D-53
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100BASE-BX-D(TX 1550 RX1310)
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Industrial DIN Power Supply
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IM-DAC220/DC12V1.67A
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AC220V to DC12V1.67A, -30℃～70℃
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IM-DAC220/DC24V1A
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AC220V to DC24V1A, -30℃～70℃
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