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Network

Industrial networking technology connects machines, systems, and equipment securely and reliably. It provides the foundation for stable data communication, remote maintenance, and protected processes, making it a key element of modern industrial environments.

Subcategories

4.1 - (Industrial Ethernet) Maximizing Industrial Ethernet Network Performance
4.1.1 - (Managed Switches) Maximizing Network Performance with Industrial Ethernet Managed Switches
4.1.1.1 - (100Mb Switches) Maximizing Your Network Efficiency with Industrial Ethernet Managed Switches up to 100Mb
4.1.1.2 - (GbE Switches) Maximizing Efficiency with Industrial Ethernet Managed GbE Switches in Networking
4.1.1.3 - (Rack GbE Switches) Managing Your Industrial Network with Rack GbE Switches and Industrial Ethernet Managed Switches
4.1.1.4 - (PoE And/Or IP67) Maximizing Efficiency with Industrial Ethernet Networking: Exploring Managed Switches with PoE and IP67 Protection
4.1.2 - (Lite-Managed Switches) Securing Your Industrial Network with Lite-Managed Ethernet Switches
4.1.2.1 - (Box Type) Securing Industrial Networks with Lite-Managed Box Type Ethernet Switches
4.1.2.2 - (Switch Card) Maximizing Network Performance with Industrial Ethernet Lite-Managed Switches and Switch Cards
4.1.3 - (Unmanaged Switches) Unmanaged Industrial Ethernet Switches: A Comprehensive Network Guide
4.1.4 - (Industrial Wireless) Exploring the Benefits of Industrial Networking with Ethernet and Wireless Technologies
4.1.4.1 - (Access Points) Maximizing Network Performance with Industrial Ethernet, Wireless and Access Points
4.1.4.2 - (Access Point Router) A Comprehensive Guide to Implementing Industrial Ethernet, Wireless, and Access Point Router Networks
4.1.4.3 - (3G/4G Access Point Router) An Overview of Industrial Network Solutions: Industrial Ethernet, Industrial Wireless, and 3G/4G Access Point Router
4.1.4.4 - (M2M Gateway) Unlocking the Potential of Industrial Ethernet, Wireless, and M2M Gateways in Networking
4.1.4.5 - (Antenna Cable) Maximizing Performance with Industrial Ethernet, Wireless, and Antenna Cable Networking
4.1.4.6 - (M12 Cable) The Benefits of Utilizing Industrial Ethernet, Wireless, and M12 Cables for Networking
4.1.5 - (Industrial USB) Exploring the Benefits of Industrial Ethernet and USB Networks for Industry Applications
4.1.6 - (Ind.Media Conv.) The Benefits of Industrial Ethernet and Industrial Media Converters in Networking
4.1.6.1 - (Rack Media Converter) Unlocking the Power of Industrial Ethernet with Network and Rack Media Converters
4.1.6.2 - (Industrial Media Converter) Maximizing Industrial Ethernet Performance with Industrial Media Converters
4.1.6.3 - (Std. Media Conv.) Exploring Industrial Ethernet Networking with Standard and Industrial Media Converters
4.2 - (Rugged Devices) Maximizing Network Performance with Rugged Devices
4.2.1 - (EN50155 Certified Railway) Maximizing Network Efficiency with EN50155 Certified Rugged Railway Devices
4.2.1.1 - (Railway EN50155 Switches) Boosting Railway Network Performance with EN50155 Certified Rugged Switches
4.2.1.2 - (PoE Unmanaged EN50155) Unmanaged PoE EN50155 Certified Rugged Devices for Railway Networking
4.2.1.3 - (PoE Managed EN50155) Securing Railway Networks with Rugged PoE Managed EN50155 Certified Devices
4.2.1.4 - (EN50155 GbE Umanaged) EN50155 Certified Railway Network Connectivity with Rugged GbE Umanaged Devices
4.2.1.5 - (Railway EN50155 Access Point) Maximizing Network Connectivity with Rugged EN50155 Certified Railway Access Points
4.2.1.6 - (EN50155 Cellular) Securing Railway Networks with EN50155 Certified Rugged Cellular Devices
4.2.2 - (Smart Grid IEC-61850) Maximizing Network Performance with Rugged Devices for Smart Grid IEC-61850 Systems
4.2.3 - (Oil & Gas (C1D2 Approved)) Rugged Network Devices C1D2 Approved for Oil & Gas Industries
4.2.4 - (Marine (IEC60945) IEEE 1588v2) Achieving Network Connectivity with Rugged Devices for Marine IEC60945 IEEE 1588v2 Compliance
4.3 - (Industrial Network Accessories) Maximizing the Efficiency of Industrial Network Accessories Through Network Optimization
4.3.1 - (Admin Software) Administering Industrial Network Accessories with Network Software
4.3.2 - (SFP+ Modules 10Gb) Selecting the Right SFP+ Modules 10Gb for Your Industrial Network Accessories
4.3.3 - (SFP Modules GbE) Unlocking the Potential of Industrial Network Accessories with GbE SFP Modules
4.3.4 - (SFP Modules 100Mb) Exploring 100Mb SFP Modules for Industrial Network Accessories
4.3.5 - (FX Patch Cords) Enhancing Your Industrial Network with FX Patch Cords and Accessories.
4.3.6 - (Power Supplies) Finding the Right Industrial Network Accessories and Power Supplies for Your Network
4.4 - (Ethernet - Serial Over IP) Using Ethernet-Serial Over IP to Create a Reliable Network
4.4.1 - (Industrial Device Server) Using Ethernet-Serial Over IP to Create a Reliable Network
4.4.1.1 - (Serial Gateway: USB LoRa Bluetooth Repeater) Industrial Device Server: Unlocking the Potential of Serial Over IP, Ethernet, USB LoRa Bluetooth Repeater Networking
4.4.1.1.1 - (Gateway serial USB LoRa Bluetooth Repeater) Industrial Networking Solutions Utilizing Ethernet-Serial Over IP, Serial Gateway: USB LoRa Bluetooth Repeater
4.4.1.1.2 - (Gateway Ethernet) Industrial Device Server: Serial Over IP Networking with USB LoRa Bluetooth Repeater and Gateway Ethernet
4.4.1.1.3 - (Bluetooth Gateway) Industrial Device Server: Serial Gateway with Ethernet, USB LoRa, Bluetooth and Serial Over IP Repeater
4.4.1.1.4 - (Gateway LoRaWAN) Industrial Device Server: Ethernet to Serial Over IP, USB LoRa Bluetooth Repeater, and Gateway LoRaWAN
4.4.1.1.5 - (Gateway Wireless) Industrial Device Server: Serial Gateway with Network Ethernet, Serial Over IP, USB LoRa Bluetooth Repeater and Wireless Gateway
4.4.1.1.6 - (Repeater RS485) Industrial Device Server with Serial Gateway: USB LoRa Bluetooth Repeater, Ethernet-Serial Over IP and RS485 Repeater Solutions
4.4.1.1.7 - (Converter) Industrial Device Server: Utilizing Ethernet-Serial Over IP, USB, LoRa, Bluetooth and Repeater Converters
4.4.1.1.8 - (USB Converter) Industrial Device Server with Serial Over IP, USB LoRa Bluetooth Repeater, and USB Converter for Network Ethernet
4.4.1.2 - (RS485 RS422) Industrial Device Server: Utilizing Network Ethernet and Serial Over IP for RS485 and RS422 Connections
4.4.1.2.1 - (Module AD In) Industrial Device Server Module AD In: Utilizing Network Ethernet and Serial Over IP for RS485/RS422 Connectivity
4.4.1.2.2 - (Module AD Out) Industrial Device Server Module AD Out: Connecting Ethernet to RS485/RS422 with Serial Over IP
4.4.1.2.3 - (Module AD DIO) Integrating Industrial Device Servers with RS485/RS422 Networks using Ethernet-Serial Over IP Modules and AD/DIO
4.4.1.2.4 - (Module Relay DIO) Industrial Device Server Networking Using Ethernet-Serial Over IP, RS485/RS422, Module Relay DIO
4.4.1.2.5 - (Module Counter) Industrial Device Server: Using Ethernet-Serial Over IP for RS485/RS422 Module Counter Networking
4.4.1.3 - (Modbus Modules) Industrial Networking Solutions Using Ethernet-Serial Over IP, Modbus Modules and Device Servers
4.4.1.3.1 - (Modbus AD In) Industrial Device Server Solutions for Networking Modules with Serial Over IP and Modbus AD In
4.4.1.3.2 - (Modules Analog Out) Integrating Modbus Modules and Industrial Device Servers for Serial Over IP Networking Using Ethernet and Analog Out
4.4.1.3.3 - (Modules Digital IO) Unlocking the Potential of Industrial Device Servers with Ethernet-Serial Over IP and Modbus Modules with Digital IO
4.4.1.3.4 - (Modules Relay) Industrial Device Server Solutions for Modules Relays and Serial Over IP Networking with Ethernet and Modbus Modules
4.4.1.3.5 - (Modules Counter) Industrial Networking Solutions: Ethernet-Serial Over IP, Modbus Modules & Modules Counter
4.4.1.4 - (Modbus DOS Modules) Integrating Industrial Device Server and Modbus DOS Modules with Ethernet-Serial Over IP Network
4.4.1.4.1 - (Modules RS485/RS232) Industrial Device Server Networking with Ethernet-Serial Over IP and Modbus DOS Modules for RS485/RS232 Connections
4.4.1.4.2 - (Modules addressable RS485/RS232) Industrial Device Server with Modbus DOS Modules and Modules addressable RS485/RS232 over Ethernet Serial IP Network
4.4.1.4.3 - (Modules Ethernet/RS485/RS232) Industrial Device Server Solutions for Modbus DOS Modules with Network over Ethernet/RS485/RS232 Serial Over IP
4.4.1.4.4 - (Modules Ethernet/Modbus) Integrating Industrial Device Server Modules with Ethernet/Modbus and Serial Over IP for Networking Modbus DOS Modules
4.4.1.5 - (Modbus AIO / DIO) Industrial Device Server with Serial Over IP and Modbus AIO/DIO for Network Ethernet
4.4.1.5.1 - (Modbus TCPIP DIO) Industrial Device Server: Connecting Network Ethernet to Serial Over IP with Modbus AIO / DIO and Modbus TCPIP DIO
4.4.1.5.2 - (2*Ethernet Modbus-TCP DIO) Integrating Industrial Device Server with 2*Ethernet Modbus-TCP DIO over Ethernet-Serial Over IP for Networking
4.4.1.5.3 - (USB/RS485/Ethernet w Multi I/O) Industrial-Grade Networking Solutions: Ethernet-Serial Over IP, Modbus AIO/DIO, and USB/RS485/Ethernet with Multi I/O
4.4.2 - (Industrial Device Server) Using Serial Over IP and Industrial Device Servers to Create an Ethernet Network
4.4.3 - (RS232) Exploring the Benefits of Serial Over IP Networking Using Ethernet and RS232 Connections
4.4.4 - (Serial Over IP RS232/485) Understanding Network Ethernet Serial Over IP RS232/485
4.4.5 - (Modbus Gateways) Unlocking the Power of Networked Ethernet-Serial Over IP Modbus Gateways
4.5 - (Remote IO Devices) Securing Remote IO Devices on a Network
4.5.1 - (USB Data Acquisition) Unlocking the Potential of Networked Remote IO Devices with USB Data Acquisition
4.5.2 - (Ethernet / USB / RS485 / RS232 Modbus IO) Integrating Remote IO Devices with Ethernet/USB/RS485/RS232 Modbus IO Networks
4.5.3 - (Ethernet IO) Securing Ethernet IO Devices in a Remote Network Environment
4.5.3.1 - (Modbus Analog) Using Ethernet IO and Modbus Analog to Connect Remote IO Devices to a Network
4.5.3.2 - (Modbus Digital) Modernizing Industrial Automation with Ethernet IO and Modbus Digital Network for Remote IO Devices
4.5.3.3 - (PoE Modbus Digital) Exploring the Benefits of Ethernet IO and PoE Modbus Digital for Remote Networked IO Devices
4.5.4 - (Ethernet Modules) Integrating Remote IO Devices with Ethernet Modules for a Secure Network
4.5.4.1 - (Bridging IO Modules) Bridging the Gap: Utilizing Networked Remote IO Devices and Ethernet Modules
4.5.4.2 - (Analog Modules) Integrating Networked Remote IO Devices with Ethernet and Analog Modules
4.5.4.3 - (Digital Modules) Connecting Remote IO Devices with Ethernet and Digital Modules for a Secure Network
4.5.5 - (RS485 DIN Rail IO Modules) Maximizing Network Performance with RS485 DIN Rail IO Modules for Remote IO Devices
4.5.6 - (Dataforth Data Acquisition) Unleashing the Power of Networked Remote IO Devices with Dataforth Data Acquisition
4.5.7 - (RS232 Measure And Control Modules) Connecting and Controlling Remote IO Devices with RS232 Measure and Control Modules in a Network Environment
4.5.8 - (ZigBee Modules) Integrating ZigBee Modules for Remote IO Devices in Network Systems
4.5.9 - (CAN Bus) Securing Remote IO Devices on a CAN Bus Network.
4.6 - (Ethernet Remote Monitoring and Control) Maximizing Efficiency Through Ethernet Remote Monitoring and Control of Network Systems
4.7 - (Remote IO Systems) Exploring the Benefits of Remote IO Systems in Networking
4.7.1 - (HSL RT IO System) Unlocking the Potential of Remote IO Systems with HSL RT IO System Networking.
4.7.2 - (Contec System) Maximizing Efficiency with Contec System Remote IO Network Systems
4.7.3 - (Contec USB System) Maximizing Efficiency with Contec USB System for Remote IO Networks
4.8 - (Bus Extensions) Exploring the Benefits of Network Bus Extensions

Products

1607 products

No. Code Product Price Quantity
4.2.2 Managed 20*1000TX+empty modular slot switch 48VDC IEC-61850 RGS-P9160GC-M2-LV
Managed 20*1000TX+empty modular slot switch 48VDC IEC-61850

- **Industrial-Grade Design:** Built to meet IEC 61850-3 and IEEE 1613 standards for power substation environments, ensuring electromagnetic immunity, vibration resistance, and extended temperature operation. - **High Port Density:** 16 Gigabit combo ports plus one modular slot for additional Ethernet or fiber modules. - **Redundant Network Architecture:** - **O-Ring** technology with recovery time

Manufacturer: Oring

Category: Smart Grid IEC-61850

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4.2.2 Managed Adv.Layer 3 Switch IEC-61850 rack 4 slots VAC RGS-PR9000-A-HV-L3+
Managed Adv.Layer 3 Switch IEC-61850 rack 4 slots VAC

• IEC 61850‑3 / IEEE 1613‑compliant for substation‑grade EMC performance • Modular chassis with **3 slots** supporting up to **24× 10/100/1000Base‑T(X)** or **100/1000Base‑X SFP** ports • Optional **4× 10G Base‑X SFP+** uplinks (depending on model variant) • Advanced Layer 3 routing: IPv4/IPv6 static routing, RIP v1/v2, OSPF, BGP, DVMRP, PIM‑SM/DM, VRRP • Full redundancy suite: **O‑Ring (

Manufacturer: Oring

Category: Smart Grid IEC-61850

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4.2.2 Managed Adv.Layer 3 Switch IEC-61850 rack 4 slots VDC RGS-PR9000-A-LV-L3+
Managed Adv.Layer 3 Switch IEC-61850 rack 4 slots VDC

Industrial Layer 3 IEC-61850-3 Managed up to 28*Ports Switch, Smart Grid IEC-61850-3 standard jumbo frames 9,6kB, rack mounting 1U, ESD 4kV DC Ethernet ports, surge 2000VDC power, dual 24VDC/48VDC (20..72) power input ~46W, extended -40°..85°C operating temperature, Oring

Manufacturer: Oring

Category: Smart Grid IEC-61850

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4.2.2 Managed Layer 3 Switch IEC-61850 rack 4 slots VAC RGS-PR9000-HV-L3
Managed Layer 3 Switch IEC-61850 rack 4 slots VAC

Industrial Layer 3 IEC-61850-3 Managed up to 28*Ports Switch, Smart Grid IEC-61850-3 standard jumbo frames 9,6kB, rack mounting 1U, ESD 4kV DC Ethernet ports, surge 2000VDC power, dual 88..264VAC power input ~43,5W, extended -40°..85°C operating temperature, Oring

Manufacturer: Oring

Category: Smart Grid IEC-61850

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4.2.2 Managed Layer 3 Switch IEC-61850 rack 4 slots VDC RGS-PR9000-LV-L3
Managed Layer 3 Switch IEC-61850 rack 4 slots VDC

- **Layer 3 Managed Switching:** Supports static routing, RIP, and VRRP for network segmentation and redundancy. - **IEC 61850‑3 / IEEE 1613 Compliance:** Ensures reliable operation in high‑EMI substation and rolling‑stock environments. - **Modular Architecture:** Four slots—three for 8‑port 1 GbE modules (RJ‑45 or SFP) and one for 2/4‑port 10 GbE SFP+ module—allow flexible port configurations. - **High Availability:** - ORing proprietary redundancy (

Manufacturer: Oring

Category: Smart Grid IEC-61850

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4.2.2 Module 2*10G Fiber SFP IEC-61850 SWM-02GP+
Module 2*10G Fiber SFP IEC-61850

The SWM‑02GP+ module adds high‑speed optical uplink capacity to the RGS‑9000 platform. Key functional attributes include: • Two 10‑Gigabit SFP+ fiber ports, suitable for long‑distance, high‑bandwidth communication across industrial, substation, and railway networks. • Fully compliant with IEC 61850‑3 and IEEE 1613 environmental and electromagnetic standards for power automation systems. • Designed for use in industrial-grade environments with extended operating temperature ranges to ensure reliability under harsh conditions. • Supports ORing’s modular concept, enabling up to one 10G SFP+ module in slot 4 of the RGS‑9000 chassis. • Hot‑swappable when the chassis is powered off (installation requires powering down per RGS‑9000 standard module installation procedure). • Compatible with fiber SFP+ modules using LC connectors, including both multimode and single‑mode fiber options, depending on the user's selected SFP+. • Optimized for high‑availability architectures requiring redundant ring topologies, especially those using O‑Ring, O‑Chain, Open‑Ring, or MSTP redundancy. • Integrates with the RGS‑9000 management environment, supporting monitoring, diagnostics, and DDM (Digital Diagnostic Monitoring, provided the SFP+ transceiver supports it). • Suited for mission‑critical applications requiring low latency, high throughput, and hardened EMI/EMC performance.

Manufacturer: Oring

Category: Smart Grid IEC-61850

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4.2.2 Module 2*10G Fiber SFP+ IEC-61850 SWM-02GP+_4
Module 2*10G Fiber SFP+ IEC-61850

2*10G Fiber SFP+ Module IEC-61850-3, extended -40°..70°C operating temperature, Oring

Manufacturer: Oring

Category: Smart Grid IEC-61850

530,00 EUR (w/o VAT)
4.2.2 Module 4*100FX MM-LC 2km Fiber SFP IEC-61850 SWM-04FX-MM-LC
Module 4*100FX MM-LC 2km Fiber SFP IEC-61850

• 4‑port 100FX multimode fiber interface module for RGS‑9000 series. • LC fiber connectors for each 100FX port. • Supports multimode fiber transmission up to 2 km. • Compliant with IEC 61850‑3 and IEEE 1613 for power substation/utility environments. • Designed for harsh industrial temperature ranges (−40°C to +70°C). • Fully compatible with ORing’s O‑Ring redundancy technology (recovery < 30 ms). • Hot‑swappable module design (installation with switch powered off). • Supported in modular slots 1–3 on the RGS‑9000 series chassis. • Works with Layer‑2/Layer‑3 managed features provided by the base chassis (VLANs, QoS, IGMP, ACLs, routing, etc.). • Fiber SFP uplink compatibility via the main switch (if combined with SFP modules). • Increased EMI immunity and rugged design suitable for substations and transportation networks.

Manufacturer: Oring

Category: Smart Grid IEC-61850

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4.2.2 Module 4*100FX MM-ST 2km Fiber SFP IEC-61850 SWM-04FX-MM-ST
Module 4*100FX MM-ST 2km Fiber SFP IEC-61850

- **Four 100Base‑FX Multimode Fiber Ports:** Each port uses an ST connector and supports up to 2 km transmission distance over 50/125 µm or 62.5/125 µm multimode fiber. - **Industrial‑Grade Design:** Compliant with IEC 61850‑3 and IEEE 1613 for substation and rolling‑stock environments; resistant to EMI, vibration, and temperature extremes. - **Modular Integration:** Hot‑swappable module compatible with RGS‑9000 Series chassis; allows flexible port configuration alongside RJ‑45, SFP, or 10 G SFP+ modules. - **Extended Temperature Operation:** ‑40 °C to +70 °C continuous operation for reliable performance in outdoor or cabinet installations. - **High Immunity and Reliability:** Designed for mission‑critical networks requiring deterministic performance and minimal downtime. - **Full Compatibility with ORing Redundancy Protocols:** Supports O‑Ring, O‑Chain, and MRP redundancy mechanisms through the host switch, achieving recovery times

Manufacturer: Oring

Category: Smart Grid IEC-61850

295,00 EUR (w/o VAT)
4.2.2 Module 4*100FX SS-LC 30km Fiber SFP IEC-61850 SWM-04FX-SS-LC
Module 4*100FX SS-LC 30km Fiber SFP IEC-61850

- **Four 100 Mbps Fiber Ports:** Each port supports 100BASE‑FX single‑mode operation with LC connectors. - **Long‑Distance Transmission:** Up to **30 km** reach over single‑mode fiber (1310 nm typical wavelength). - **Industrial‑Grade Design:** Compliant with **IEC 61850‑3** and **IEEE 1613** for electromagnetic immunity and environmental endurance. - **Extended Temperature Range:** Operates from **–40 °C to +70 °C**, suitable for outdoor and substation environments. - **Hot‑Swappable Module:** Can be inserted or replaced in RGS‑9000 chassis slots without powering down the system. - **Full Integration with RGS‑9000 Management:** Supports all Layer 2/3 managed switch functions including VLAN, QoS, redundancy, and SNMP monitoring. - **High Reliability:** Designed for mission‑critical networks with redundant ring topologies (O‑Ring, MRP, MSTP). - **Compact LC Interface:** Dual LC connectors per port for transmit (TX) and receive (RX) fiber pairs. - **Low Power Consumption:** Optimized for modular switch backplane power efficiency. - **Plug‑and‑Play Compatibility:** Automatically recognized by the RGS‑9000 switch firmware.

Manufacturer: Oring

Category: Smart Grid IEC-61850

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4.2.2 Module 4*100FX SS-ST 30km Fiber SFP IEC-61850 SWM-04FX-SS-ST
Module 4*100FX SS-ST 30km Fiber SFP IEC-61850

- **Four 100 Mbps Fiber Ports:** Each port supports 100BASE‑FX single‑mode fiber connections via ST connectors. - **Long‑Distance Transmission:** Up to **30 km** reach per port using standard single‑mode fiber (1310 nm). - **Industrial‑Grade Design:** Compliant with **IEC 61850‑3** and **IEEE 1613** for power substation and railway environments. - **Extended Temperature Operation:** –40 °C to +70 °C continuous operation for outdoor or cabinet‑mounted systems. - **Hot‑Swappable Module:** Designed for easy insertion into RGS‑9000 modular slots without system downtime. - **Full Integration with RGS‑9000 Management:** Supports all Layer 2/3 managed switch functions, redundancy protocols, and diagnostics. - **Redundant Network Support:** Compatible with O‑Ring, O‑Chain, MRP, and MSTP redundancy mechanisms (

Manufacturer: Oring

Category: Smart Grid IEC-61850

380,00 EUR (w/o VAT)
4.2.2 Module 4*1000FX MM-LC 550m Fiber SFP IEC-61850 SWM-04GF-MM-LC
Module 4*1000FX MM-LC 550m Fiber SFP IEC-61850

- **4×1000FX Multi‑Mode Fiber Ports:** Each port supports 1000 Mbps full‑duplex operation over multi‑mode optical fiber. - **LC Connector Interface:** Standard LC duplex connectors for easy integration with existing fiber infrastructure. - **Transmission Distance:** Up to **550 m** over 50/125 µm or 62.5/125 µm multi‑mode fiber at **850 nm** wavelength. - **Hot‑Swappable SFP Design:** Enables flexible installation and replacement without powering down the switch. - **IEC 61850‑3 and IEEE 1613 Compliance:** Certified for electromagnetic and environmental performance in power substations and rolling stock systems. - **Extended Temperature Operation:** –40 °C to +70 °C for reliable performance in extreme conditions. - **Integration with RGS‑9000 Modular Platform:** Fully compatible with the RGS‑9000 chassis, which supports up to three SFP modules and one 10 G SFP+ module. - **Industrial‑Grade Reliability:** Designed for continuous operation in vibration, shock, and EMI‑intensive environments. - **O‑Ring and MRP Redundancy Support:** Enables sub‑30 ms recovery time across large ring networks when used within the RGS‑9000 switch. - **Energy‑Efficient Ethernet (IEEE 802.3az):** Reduces power consumption during low network activity.

Manufacturer: Oring

Category: Smart Grid IEC-61850

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4.2.2 Module 4*1000FX SC MM IEC-61850 SWM-04GF-MM-SC_4
Module 4*1000FX SC MM IEC-61850

- **4-Port Gigabit Fiber Module:** Provides four 1000Base-FX multimode fiber interfaces using SC connectors. - **Multimode Fiber Support:** Optimized for multimode fiber transmission up to 30 km (depending on fiber type and SFP module). - **Industrial-Grade Design:** Fully compliant with **IEC 61850-3** and **IEEE 1613** standards for electromagnetic immunity and environmental resilience in substation automation systems. - **Extended Temperature Range:** Operates reliably from **-40°C to +70°C**, suitable for harsh industrial environments. - **High Reliability:** Designed for redundant network architectures using ORing’s proprietary **O-Ring** and **O-Chain** redundancy technologies with recovery times under 30 ms across 250 nodes. - **Modular Integration:** Compatible with the **RGS-9000 Series** chassis, which supports up to four modules (three 1G modules and one 10G SFP+ module). - **Hot-Swappable Module Design:** Enables easy installation and replacement without system downtime. - **Enhanced Network Security:** Supports HTTPS, SSH, SNMPv3, RADIUS, and 802.1x authentication. - **Comprehensive Management:** Web-based GUI, Telnet, CLI, and ORing’s **Open-Vision** centralized management software. - **Energy-Efficient Ethernet:** Supports IEEE 802.3az for reduced power consumption. - **High Availability:** Redundant power input modules and fault relay outputs ensure continuous operation.

Manufacturer: Oring

Category: Smart Grid IEC-61850

520,00 EUR (w/o VAT)
4.2.2 Module 4*1000FX MM-ST 550m Fiber SFP IEC-61850 SWM-04GF-MM-ST
Module 4*1000FX MM-ST 550m Fiber SFP IEC-61850

• Provides **4 × 1000FX** fiber ports for high‑performance Gigabit Ethernet connections • Uses **multimode (MM)** fiber with **ST connectors** supporting **550 m** link distance • Supports **SFP/SFP+ optical transceiver standards** for modularity and fast deployment • Fully compliant with **IEC 61850‑3** and **IEEE 1613**, enabling deployment in harsh electrical environments such as power substations • Designed for ORing’s **RGS‑9000 modular switch series** • Extended operating temperature: **–40°C to +70°C** • Suitable for high‑EMI, industrial, transportation, automation, and power utility applications • Seamless integration with ORing O‑Ring, O‑Chain, and MRP redundant network technologies • Hot‑swappable module architecture (installed with power off as recommended) • Supports redundant fiber network topologies and substation-grade electromagnetic immunity • Compatible with multimode fiber types: **50/125 µm** and **62.5/125 µm**, typically operating at **850 nm**

Manufacturer: Oring

Category: Smart Grid IEC-61850

510,00 EUR (w/o VAT)
4.2.2 Module 4*1000FX ST MM IEC-61850 SWM-04GF-MM-ST_4
Module 4*1000FX ST MM IEC-61850

• Provides 4 independent 1000Base‑FX multi‑mode fiber interfaces. • Uses ST fiber connectors for robust coupling and industrial durability. • Supports multi‑mode fiber transmission over extended distances (up to 30 km as specified). • Fully compliant with IEC 61850‑3 and IEEE 1613 for power utility and substation hardened networking. • Designed for industrial modular switches of the RGS‑9000 family (slot‑based installation). • Wide operating temperature support: −40°C to +70°C (extended temperature class). • Compatible with ORing industrial redundancy technologies including O‑Ring (

Manufacturer: Oring

Category: Smart Grid IEC-61850

590,00 EUR (w/o VAT)
4.2.2 Module 4*1000FX 10km SS-LC Fiber SFP IEC-61850 SWM-04GF-SS-LC
Module 4*1000FX 10km SS-LC Fiber SFP IEC-61850

- **High‑Performance Fiber Connectivity:** Four independent 1000Base‑FX single‑mode fiber ports with LC connectors, supporting up to 10 km transmission distance per port. - **Industrial‑Grade Design:** Compliant with IEC 61850‑3 and IEEE 1613 for electromagnetic immunity and environmental robustness in power automation and railway systems. - **Extended Temperature Range:** Operates reliably from –40 °C to +70 °C, suitable for outdoor cabinets, substations, and rolling stock environments. - **Modular Integration:** Designed for the RGS‑9000 modular chassis, allowing flexible configuration of up to three 8‑port Gigabit modules and one 10 G SFP+ module. - **High Availability and Redundancy:** Fully compatible with ORing’s O‑Ring, O‑Chain, and MRP redundancy technologies, providing recovery times below 30 ms across large ring networks. - **Network Management Support:** Integrates seamlessly with the RGS‑9000’s managed Layer 2/3 features, including VLAN, QoS, SNMP v3, RMON, Modbus TCP, and IEEE 1588v2 synchronization. - **Rugged Construction:** Industrial‑grade components, vibration‑resistant connectors, and EMI‑shielded housing ensure long‑term reliability.

Manufacturer: Oring

Category: Smart Grid IEC-61850

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4.2.2 Module 4*1000FX SC SS IEC-61850 SWM-04GF-SS-SC_4
Module 4*1000FX SC SS IEC-61850

- **High-Performance Fiber Module:** Provides 4×1000Base-FX single-mode fiber ports with SC connectors, supporting up to 30 km transmission distance. - **Industrial-Grade Design:** Compliant with **IEC 61850-3** and **IEEE 1613**, ensuring electromagnetic immunity and reliability in power substations and rolling stock environments. - **Extended Temperature Range:** Operates reliably from **-40°C to +70°C**, suitable for outdoor and industrial installations. - **Modular Integration:** Designed for the **RGS-9000 Series** chassis, allowing flexible configuration of copper, fiber, and 10G SFP+ modules. - **High Availability Networking:** Supports ORing’s proprietary **O-Ring** redundancy protocol with recovery time

Manufacturer: Oring

Category: Smart Grid IEC-61850

650,00 EUR (w/o VAT)
4.2.2 Module 4*1000FX 10km SS-ST Fiber SFP IEC-61850 SWM-04GF-SS-ST
Module 4*1000FX 10km SS-ST Fiber SFP IEC-61850

- **Four 1000Base‑FX Fiber Interfaces:** Each port supports full‑duplex Gigabit Ethernet over single‑mode fiber. - **ST‑Type Connectors:** Rugged bayonet‑style connectors for secure industrial fiber connections. - **10 km Transmission Distance:** Optimized for long‑haul single‑mode fiber links at 1310 nm wavelength. - **SFP‑Based Design:** Uses standard SFP optical transceivers for flexibility and easy replacement. - **IEC 61850‑3 / IEEE 1613 Compliance:** Meets stringent EMC, surge, and temperature requirements for substation automation and rolling‑stock environments. - **Extended Temperature Range:** –40 °C to +70 °C continuous operation for harsh industrial conditions. - **Hot‑Swappable Module:** Can be inserted or replaced without powering down the RGS‑9000 chassis. - **Integration with ORing O‑Ring Redundancy:** Supports network recovery times

Manufacturer: Oring

Category: Smart Grid IEC-61850

570,00 EUR (w/o VAT)
4.2.2 Module 4*1000FX ST SS IEC-61850 SWM-04GF-SS-ST_4
Module 4*1000FX ST SS IEC-61850

- **Four 1000Base‑FX Single‑Mode Fiber Ports:** Each port supports up to 1 Gbps full‑duplex operation over single‑mode fiber with ST connectors. - **Long‑Distance Transmission:** Optical reach up to **30 km** per port using standard single‑mode fiber. - **Industrial‑Grade Design:** Compliant with **IEC 61850‑3** and **IEEE 1613** for electromagnetic immunity, surge protection, and temperature endurance. - **Extended Operating Temperature:** Rated for **–40 °C to +70 °C**, suitable for outdoor and substation environments. - **Hot‑Swappable Modular Architecture:** Designed for the **RGS‑9000 chassis**, allowing field replacement or expansion without system downtime. - **O‑Ring Redundancy Support:** Integrates with ORing’s proprietary **O‑Ring** and **O‑Chain** redundancy protocols, providing recovery times under **30 ms** across up to 250 nodes. - **SFP+ Compatibility:** Supports fiber SFP/SFP+ modules for flexible deployment. - **High Immunity and Reliability:** Meets **IEC 61000‑4‑2/3/4/5/6/8/11** EMC standards; resistant to ESD, surge, and EFT disturbances. - **Centralized Management:** Fully manageable through the RGS‑9000’s web interface, CLI, SNMP, and Open‑Vision utility. - **Energy‑Efficient Ethernet:** Supports **IEEE 802.3az** for reduced power consumption during low traffic periods.

Manufacturer: Oring

Category: Smart Grid IEC-61850

710,00 EUR (w/o VAT)
4.2.2 Module 4*10G Fiber SFP IEC-61850 SWM-04GP+
Module 4*10G Fiber SFP IEC-61850

• 4×10G SFP+ fiber uplink module for RGS‑9000 switches • Compliant with IEC‑61850‑3 and IEEE 1613 for power substation immunity • Extended temperature range: −40°C to +70°C • Designed for slot 4 (dedicated 10G SFP+ slot) in RGS‑9000 chassis • Hot‑swappable module design (requires power‑off during installation) • Compatible with a wide range of industrial‑grade SFP+ transceivers • Supports long‑distance fiber backbones (MM/SM depending on SFP+) • Low‑latency (typical switching latency of 7 µs in base chassis) • Fully integrated into the RGS‑9000 managed feature set • Supports advanced Ethernet redundancy mechanisms (O‑Ring

Manufacturer: Oring

Category: Smart Grid IEC-61850

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4.2.2 Module 4*10G Fiber SFP+ IEC-61850 SWM-04GP+_4
Module 4*10G Fiber SFP+ IEC-61850

• **4 independent 10‑Gigabit SFP+ fiber interfaces** • Standards‑compliant optical interfaces supporting 10G SFP+ modules for long‑distance fiber connectivity • Full environmental compliance for power substation and railway applications • Operation within extended industrial temperature limits (−40°C to +70°C per product description; within switch limits −20°C to +60°C when installed) • Hot‑swappable modular design for ORing RGS‑9000 chassis (slot 4) • Integrates into switches supporting advanced L2/L3 functions including routing, redundancy, security, PTP, and QoS • Compliant with **IEC 61850‑3**, **IEEE 1613**, and EN/IEC electromagnetic immunity and surge standards • Works with ORing proprietary redundancy technologies (O‑Ring, O‑Chain, Open‑Ring) and IEEE redundancy protocols • Supports DDM (Digital Diagnostics Monitoring) when paired with SFP+ transceivers that include DDM capability • Designed for high‑availability networks in industrial power, utility, transportation, and mission‑critical infrastructure

Manufacturer: Oring

Category: Smart Grid IEC-61850

780,00 EUR (w/o VAT)
4.2.2 Module 4*1G Fiber SFP IEC-61850 SWM-04GP4
Module 4*1G Fiber SFP IEC-61850

Module 4*10G Fiber SFP+ IEC-61850-3, extended -40°..70°C operating temperature, Oring

Manufacturer: Oring

Category: Smart Grid IEC-61850

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4.2.2 Module 4*G Fiber SFP IEC-61850 ext. temperature SWM-04GP_4
Module 4*G Fiber SFP IEC-61850 ext. temperature

Module 4*1G Fiber SFP IEC-61850-3, extended -40°..70°C operating temperature, Oring

Manufacturer: Oring

Category: Smart Grid IEC-61850

209,00 EUR (w/o VAT)
4.2.2 Module 8*SFP1000 IEC-61850 SWM-08GP
Module 8*SFP1000 IEC-61850

- **8× 100/1000Base‑X SFP Ports:** Supports multimode or single‑mode fiber transceivers for flexible network topology. - **IEC 61850‑3 / IEEE 1613 Compliance:** Designed for substation automation and railway communication systems requiring high EMI immunity and environmental endurance. - **Extended Temperature Range:** ‑40 °C to +70 °C continuous operation for outdoor or unconditioned control cabinets. - **Modular Integration:** Hot‑swappable module for RGS‑9000 chassis; up to three SFP modules can be installed per switch. - **O‑Ring and MRP Redundancy:** Supports ORing’s proprietary **O‑Ring** (

Manufacturer: Oring

Category: Smart Grid IEC-61850

277,00 EUR (w/o VAT)
4.2.2 Module 8*1G Fiber 8*SFP IEC-61850 SWM-08GP-A
Module 8*1G Fiber 8*SFP IEC-61850

Industrial 8-port Gigabit fiber module with 8x100/1000Base-X, SFP socket

Manufacturer: Oring

Category: Smart Grid IEC-61850

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