EG8200 Industrial Edge Gateway For Data Acquisition And Protocol Conversion - IOTROUTER
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EG8200 Industrial Edge Gateway for Data Acquisition and Protocol Conversion

Multi-Interface Edge Computing Gateway

EG8200 is an industrial edge gateway with built-in interfaces and protocols, enabling data acquisition and protocol conversion via low-code Node-RED with reduced development effort.

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Broad Protocols
Modbus RTU/TCP, MQTT, HJ212, and PLC (Siemens, Mitsubishi, Omron, etc.)
Versatile I/O
2*RS485, 1*RS232, 2*CAN, 2*DO, 2*DI, 1*USB2.0
rapid deployment
Low-code Node-RED Development
Konnektivität
4G, 1*WAN, 1*LAN, WiFi

Kategorien: ,

Beschreibung

EG8200 is an industrial edge gateway built for multi-protocol data collection and intelligent protocol conversion at the industrial edge.

Unlike traditional gateways limited to fixed protocols, it supports customizable data processing and logic, allowing seamless integration with both mainstream PLCs and private or niche protocols.

With triple-network connectivity (4G, Ethernet, and Wi-Fi) and rich industrial interfaces, EG8200 provides a stable and adaptable bridge between field devices and IoT or SCADA systems.


Wesentliche Merkmale

Industrial-Grade Design

-40~85°C operation, 9–36V wide voltage input, surge and ESD protection

Low-Code Configuration

Visual flow-based configuration with built-in Node-RED

Multi-Protocol Integration

Supports Modbus, OPC UA, MQTT, and mainstream industrial protocols

Mainstream PLC Compatibility

Works with Siemens, Mitsubishi, Omron, and other PLC brands

Flexible Data Processing

Custom data mapping and logic processing at the edge

Reliable Network Connectivity

4G / Ethernet / Wi-Fi with automatic link switching

Secure Remote Access

VPN-based remote maintenance and device management

Versatile I/O Interfaces

Multiple serial and CAN interfaces for integrating sensors, PLCs, and field devices

* unterstützen OEM/ODM, contact customer service for details.

5G industrial edge computing gateway/Industrial Edge Gateway


The EG8200 industrial edge gateway supports communication with a wide range of mainstream PLC brands, including Siemens, Mitsubishi, Omron, LS, Allen-Bradley, Beckhoff, Inovance, Keyence, Panasonic, Delta, XinJE, MegMeet, Yaskawa, Fatek, Vigor, and Fuji. It enables reliable data acquisition and protocol integration for different PLC models and industrial controllers. For specific supported PLC protocols and models, please refer to the detailed protocol list.

Massive PLC Protocols

– Millisecond Acquisition Unlimited Data Points – 

The EG8200 industrial edge gateway supports seamless integration with mainstream PLC brands, including Siemens, Mitsubishi, Omron, LS, Allen-Bradley, Beckhoff, Inovance, Keyence, Panasonic, Delta, XinJE, MegMeet, Yaskawa, Fatek, Vigor, Fuji, and more.
For the detailed list of supported PLC models and protocols, please refer to the protocol documentation.

Multiple Industry Protocols

– Flexible Protocol Integration for Third-Party Platforms –

The EG8200 industrial edge gateway acts as a flexible bridge for different industrial systems. It supports common industrial and IoT protocols such as Modbus, MQTT, OPC UA/DA, HJ212, and IEC104, enabling easy integration with third-party platforms.
For non-standard or proprietary protocols, EG8200 allows custom data parsing and logic configuration through JavaScript (JS), providing adaptable protocol handling for complex field applications.

The EG8200 industrial edge gateway acts as a flexible bridge for different industrial systems. It supports common industrial and IoT protocols such as Modbus, MQTT, OPC UA/DA, HJ212, and IEC104, enabling easy integration with third-party platforms. For non-standard or proprietary protocols, EG8200 allows custom data parsing and logic configuration through JavaScript (JS), providing adaptable protocol handling for complex field applications.
EG8200 Industrial Edge Gateway for Data Acquisition and Protocol Conversion3

Fernverwaltung

The EG8200 remote management software enables remote configuration and debugging of on-site equipment. It supports remote diagnostics and remote firmware updates, helping reduce maintenance effort and on-site service costs.

Remote Virtual LAN

– PLC Remote Upload & Download –

With virtual Ethernet and virtual serial ports, engineers can remotely access on-site PLCs and field devices for PLC and HMI programming, basic server maintenance, and serial device debugging, as if they were in the same local network.
This helps improve maintenance efficiency and reduce on-site service costs.

With virtual Ethernet and virtual serial ports, EG8200 enables remote access to on-site PLCs and field devices for PLC and HMI programming and serial device debugging, as if they were in the same local network. It simplifies remote maintenance and reduces the need for on-site service.
Based on Node-RED visual programming and built-in industrial nodes, the EG8200 supports quick integration with sensors and third-party platforms through standard protocols such as MQTT and JSON. This low-code approach simplifies logic development and reduces deployment time, making it easier to build customized data acquisition and protocol integration solutions for different industrial scenarios.

Drag & Drop Programming

– Low-code visual programming for rapid industrial logic development – 

Based on Node-RED visual programming and built-in industrial nodes, the EG8200 supports quick integration with sensors and third-party platforms through standard protocols such as MQTT and JSON.
This low-code approach simplifies logic development and reduces deployment time, making it easier to build customized data acquisition and protocol integration solutions for different industrial scenarios.


The Industrial Edge Gateway Use Cases

1. Factory Data Gateway

As a central data gateway on the factory floor, the EG8200 can connect to multiple industrial devices and PLC brands simultaneously. With local data processing, protocol conversion, and standardization, it delivers unified data to MES, SCADA, or cloud platforms, enabling transparent production monitoring.
Typical applications: automotive production lines, injection molding machines, general manufacturing equipment, and energy monitoring in EMS systems.

2. Remote Operations & Maintenance

Designed for industrial sites requiring remote operation and maintenance, such as BMS (Building Management Systems), pump stations, and substations.
With remote access and OTA updates, engineers can perform configuration, PLC program debugging, and fault diagnostics over the network, reducing on-site visits while improving maintenance efficiency and safety.

3. System Integration & Legacy Upgrade

Ideal for digital transformation and retrofit projects, the EG8200 converts legacy industrial protocols (e.g., Modbus RTU) into standard IoT protocols (e.g., MQTT).
This enables seamless integration between existing equipment and modern IT systems, extending the lifecycle of legacy assets and protecting previous investments.

The Core Advantage:  The EG8200 is designed for industrial projects that require reliable data acquisition, multi-protocol integration, and secure remote management, making it especially suitable for BMS, EMS, automotive factories, and injection molding production lines.


FAQ

Q1. What protocols does the EG8200 edge gateway support?

A1:Designed for broad industrial compatibility, the EG8200 edge gateway works with a wide variety of protocols, including:

    • Standard Modbus

    • PLC protocols from SIEMENS, MELSEC, OMRON, LSis, and Allen-Bradley (covering almost 99% of mainstream PLCs)

    • Industry-specific protocols such as CJ188, DLT645, HJ212, OPC UA, BACnet

    • Networking protocols, including MQTT, HTTP, TCP, UDP, WebSocket, Alibaba Cloud IoT Platform, OneNET, and others

For custom or non-standard protocols, users can write JavaScript scripts to parse and process the data.

Q2. Can the EG8200 support custom development? How can Node-RED be used on the EG8200 for PLC data acquisition?

A2: Equipped with Node-RED, the EG8200 Modbus gateway lets users visually configure logic using drag-and-drop tools. More complex operations can be handled via JavaScript function nodes, supporting full data collection, processing, and cloud integration without manual coding.

Q3. What’s the difference between EC ARM open source industrial PCs and EG series IoT edge gateways?

A3:

Comparison EG Series (Low-code Industrial Gateway) EC Series (Open Development Platform)
System Architecture Closed software-hardware architecture Standard Linux operating system
Development Method Low-code / graphical configuration Custom development / deep system customization
Node-RED Pre-installed, fully customized Node-RED Native Node-RED
Industrial Protocol Support Built-in industrial protocol nodes No built-in proprietary protocol nodes
Extension Method Drag-and-drop configuration of business logic Install community nodes or develop custom nodes
Target Users System integrators and application-level users Embedded system and IoT developers
Typical Scenarios Rapid deployment and project delivery System-level customization and secondary development

EG Series Product Selection Guide

Gateways across the EG series maintain a consistent user experience. Model variations are largely hardware-related, and any functional differences are generally confined to certain node options.

EG Series8200 Pro82008200 Mini8200 Lite82082000
Key FeatureHohe LeistungMulti-interfaceStandard VersionDIN-rail VersionCNC VersionIEC104 VersionLow Cost8 Serial PortsLoRa-Gateway
ProzessorOcta-core A55 @1.8GHzDual-core A7 @1.2GHzDual-core A7 @1.2GHzDual-core A7 @1.2GHzDual-core A7 @1.2GHzDual-core A7 @1.2GHzA7 @1.2GHzDual-core A7 @1.2GHzDual-core A7 @1.2GHz
Speicher2GB512MB512MB512MB512MB512MB256MB512MB512MB
eMMC16GB4GB4GB4GB4GB4GB4GB4GB4GB
SD-KarteMax 128GB (optional)Max 128GB (optional)Max 128GB (optional)Max 128GB (optional)Max 128GB (optional)Max 128GB (optional)×Max 128GB (optional)Max 128GB (optional)
4G×√ (optional)√ (optional)
5G√ (optional)××××××××
HDMI××××××××
Ethernet-Ports1×WAN + 1×LAN1×WAN + 1×LAN1×WAN + 1×LAN1×WAN + 1×LAN1×WAN + 1×LAN1×WAN + 1×LAN1×WAN/LAN1×WAN/LAN1×WAN/LAN
LoRa××××××××
Wi-FiDual-band Wi-Fi 6Dual-band Wi-Fi 6Dual-band Wi-Fi 6Dual-band Wi-Fi 6Dual-band Wi-Fi 6Dual-band Wi-Fi 6×××
GPS××××××××
USB2×USB 2.01×USB 2.0×××××××
RTC×
RS485322222281
RS232111111×××
CAN×2×××××××
DO22×××××8×
DI22×××××××
AO2××××××××
AI2××××××××
Betriebsspannung9~36V9~36V9~36V9~36V9~36V9~36V9~36V9~36V9~36V
Betriebsstrom500mA@12V280mA/12V150mA/12V150mA/12V150mA/12V150mA/12V60mA/12V170mA/12V180mA/12V
ZertifizierungCECECECECECECECECE
Betriebstemperatur-40 ~ 85°C-40 ~ 85°C-40 ~ 85°C-40 ~ 85°C-40 ~ 85°C-40 ~ 85°C-20 ~ 85°C-40 ~ 85°C-40 ~ 85°C
Ferngesteuertes O&M
Fernverwaltung
Fern-Upgrade
Virtual Network Interface
Virtuelle serielle Schnittstelle
Local Database×
Visuelle Programmierung
PLC Protocol×××
CNC Protocol××××××××
IEC 60870-5-104××××××××
Web Configuration××××××××
Industrie-ProtokolleCJ188/DLT645/HJ212/Modbus/OPC UA*/BACnet*/etc.IdenticalIdenticalIdenticalIdenticalIdenticalIdenticalIdenticalIdentical
Netzwerk-ProtokolleMQTT / HTTP / TCP / UDP / WebSocket / Alibaba Cloud IoT Platform / OneNET / etc.IdenticalIdenticalIdenticalIdenticalIdenticalIdenticalIdenticalIdentical

Quick Access to EG Series Products →


Product Size

Product Size


Packing List

packing list


Industrie-Edge-Gateway

PLC-Protokolle

EG8000 Serie Edge Computing Gateway PLC Protokolle

Das Gateway ist entsprechend der hierarchischen Struktur von Marke->Protokoll->Modell kategorisiert, und in jeder Kategorie werden repräsentative SPS-Modelle zum Testen ausgewählt. Der Rest der unterstützten Modelle stammt aus den offiziellen Dokumenten. Hinweis: Das Gateway unterstützt das Standard-MOBUDS-RTU/TCP-Protokoll, das von allen gängigen SPSen unterstützt wird. (Zum Beispiel HollySys, Haiwell, Yokogawa, Runpower, usw.)

 

MarkeProtokollSchnittstellePLC-Modell
SIEMENSTipps:Siemens in den Verkauf der Serie unterstützen alle S7-Protokoll-Kommunikation, ist es empfehlenswert, die S7-Protokoll-Kommunikation zu verwenden.
S7EthernetS7-S200smart, S7-S200 Serie, S7-S300 Serie, S7-S400 Serie, S7-S1200 Serie, S7-S1500 Serie
PPISerieller AnschlussBaureihe S7-200
MELSECTipps:Mitsubishi verwendet hauptsächlich das MC-Protokoll für die Kommunikation, die FX5-Serie, FX3-Serie, Q-Serie usw. werden getestet.
EtherNet/IPEthernetFX5-ENET/IP-Serie, RJ71EIP91-Serie, QJ71EIP71-Serie
MC-1E/MC-3EEthernetFX5-Serie, RJ71EN71-Serie, RnENCPU-Serie, LJ71E71-Serie, QJ71E71-Serie, QnUCPU-Serie, FX3-Serie
MODBUS TCPEthernetSerie FX5, Serie RJ71EN71, Serie RnENCPU, Serie LJ71E71, Serie QJ71E71
MC-3CSerieller AnschlussSerie FX5, Serie RJ71C24, Serie LJ71C24, Serie QJ71C24
MODBUS RTUSerieller AnschlussSerie FX5, Serie RJ71C24, Serie LJ71C24, Serie QJ71C24, Serie FX3
FxLinksSerieller AnschlussSerie FX3, Serie FX2, Serie FX1, Serie FX0
FxSerialSerieller AnschlussSerie FX3, Serie FX2, Serie FX1, Serie FX0
OMRONTipps:Omron verwendet für die Kommunikation hauptsächlich das Fins-Protokoll.
EtherNet/IPEthernetBaureihe NX7, Baureihe NX1, Baureihe NX1P, Baureihe NJ, CJ1W-EIP21
FlossenEthernetCP-Serie, CS-Serie, CJ-Serie, CV-Serie
HostLinkSerieller AnschlussCP-Serie, CS-Serie, CJ-Serie, CV-Serie, C-Serie
LS istTipps:LS verwendet hauptsächlich das FEnet/Cnet-Protokoll für die Kommunikation.
XGB FEnetEthernetXGB-Serie (XBC/XEC U, XBL-EMTA)
XGK FEnetEthernetXGT-Serie (XGL-EFMT, XGL-EFMF, XGL-EH5T)
XGB CnetSerieller AnschlussXGB-Serie (XBC/XEC U, XBL-C21A, XBL-C41A)
XGK CnetSerieller AnschlussXGT-Serie (XGL-CH2A, XGL-C21A, XGL-C41A)
MarkeProtokollSchnittstellePLC-Modell
AllenBrandlyTipps:Rockwell verwendet für die Kommunikation hauptsächlich das CIP- und DF1-Protokoll.
EtherNet/IPEthernetControlLogix-Serie, CompactLogix-Serie, Micro800-Serie (820, 850, 870)
DF1Serieller AnschlussControlLogix-Serie, CompactLogix-Serie (5069-SERIAL-Modul), Micro800-Serie (820, 830, 850, 870)
SLC-Serie (500, 5/03, 5/04, 5/05) , Micro-Logix-Serie (1000, 1100, 1200, 1500)
BeckhoffTipps:Beckhoff verwendet zur Kommunikation hauptsächlich das ADS-Protokoll.
ADSEthernetCX-Reihe, TwinCAT2, TwinCAT3
InovanceTipps:Inovance verwendet hauptsächlich das MODBUS-Protokoll für die Kommunikation.
MODBUS TCPEthernetSerie AC, Serie AM, Serie H5U, Serie H3U
MODBUS RTUSerieller AnschlussSerie AC, Serie AM, Serie H5U, Serie H3U, Serie H1U
KeyenceTipps:Keyence verwendet für die Kommunikation hauptsächlich das KV-Protokoll.
MC-3EEthernetKV-8000 Serie, KV-7000 Serie, KV-5500 Serie, KV-5000 Serie
KV-EP21V, KV-LE21V, KV-LE20V, KV-LE20A und andere Ethernet-Geräte
KVEthernet
KVSerieller AnschlussKV-7300, KV-3000, KV-1000, KV-700, KV Nano, KV-L21V, KV-L20V
PanasonicTipps:Panasonic verwendet für die Kommunikation hauptsächlich das Mewtocol-Protokoll.
MC-3EEthernetFP7-Serie, FP0H-Serie, FP-XH-Serie
MewtocolEthernetFP7-Serie, FP0H-Serie, FP-XH-Serie
MewtocolSerieller AnschlussFP7-Serie, FP0H-Serie, FP-XH-Serie, FP-X0-Serie, FP0R-Serie
DeltaTipps:Delta verwendet für die Kommunikation hauptsächlich das MODBUS-Protokoll.
MODBUS TCPEthernetAH-Serie, AS-Serie, AX-3-Serie, DVP-Serie (integriertes Ethernet)
MODBUS RTUSerieller AnschlussAH-Serie, AS-Serie, AX-3-Serie, DVP-Serie
XinJETipps:XinJE verwendet hauptsächlich das MODBUS-Protokoll für die Kommunikation.
MODBUS TCPEthernetCCSD-Serie, XA-Serie, XS-Serie, XG-Serie, XL-Serie
MODBUS RTUSerieller AnschlussCCSD-Serie, XA-Serie, XS-Serie, XG-Serie, XL-Serie, XC-Serie, XD-Serie
MegMeetTipps:MegMeet verwendet hauptsächlich das MODBUS-Protokoll für die Kommunikation.
MODBUS TCPEthernetSerie MC5100, Serie MC280, Serie MC200, Serie MC100, Serie MC80
MODBUS RTUSerieller AnschlussSerie MC5100, Serie MC280, Serie MC200, Serie MC100, Serie MC80
YaskawaTipps:Yaskawa verwendet zur Kommunikation hauptsächlich das MEMOBUS-Protokoll (unterstützt S7).
MemobusEthernetGL120/130-Serie, GL60-Serie, MP3000-Serie, MP2300-Serie, Z1000-Serie
FatekTipps:Fatek verwendet für die Kommunikation hauptsächlich das Fatek-Protokoll.
FatekSerieller AnschlussFBs-Reihe
KräftigTipps:Vigor verwendet für die Kommunikation hauptsächlich das private Protokoll VS.
VSSerieller AnschlussVS-Serie
FujiTipps:Fuji verwendet für die Kommunikation hauptsächlich das SPH/SPB-Protokoll.
SPHEthernetSPH-Reihe
SPBSerieller AnschlussSPB-Reihe

 

Datenblatt

HardwareCPU2*Cortex-A7@1.2GHz
Speicher512M
EMMC4G(MLC)
SD-KarteBis zu 128 GB (influxdb ist vorinstalliert)
RTCEchtzeituhr
DrahtlosLTE Kat4
WAN1*1000/M Unterstützung DHCP-Client
LAN1*100/M Unterstützung DHCP Server
WiFiAP+Station
GPSUnterstützt GPS-Satellitenortung
USB1*USB 2.0
RS4852*Isolierte RS485
RS2321*Isolierte RS232
CAN2*Isolierter CAN
DO2*Isolierter Relaisausgang (10A/250VAC 30VDC)
DI2* Isolierter Relaiseingang (Nass&Trocken-Knoten)
LEDUnterstützung der DO/DI-Statusanzeige (anpassbar)
Elektrisch
Parameter
NennspannungDC12V, DC9~36V(Arbeitsbereich)
Nennleistung<5W
Schutz der StromversorgungAnti-Statik, Anti-Surge, Anti-Reverse
ZertifizierungCE/ROHS/FCC
Umwelt
Parameter
Betriebstemperatur-40~85℃
Lagertemperatur-40~85℃
Umgebung Luftfeuchtigkeit10-90%RH (nicht kondensierend)
Methode der KühlungKühlkörper/Ableitungssilikon
Mechanisch
Parameter
Größe157*112.8*28.8mm
Gewicht<1kg
MaterialZink-Legierung
Software
Parameter
OpsUnterstützung von Fernkonfiguration/-aktualisierung/-verwaltung
VPNUnterstützung der Intranet-Penetration/PLC-Fern-Upload&Download/virtueller serieller Anschluss
Edge ComputingUnterstützung für visuelle Programmierung, Zero-Code-Entwicklung, Drag-and-Drop-Programmierung, sekundäre Entwicklung, kompilierungsfrei
DatenspeicherungUnterstützung von Cache-Warteschlangen/Datei lesen und schreiben/getrennte Übertragung/ influxdb
IndustrieabkommenUnterstützung mehrerer Industrieprotokolle
Unterstützung von Hunderten von PLCs (siehe Anhang für Details)
Netzwerk-ProtokollMQTT/HTTP/TCP/UDP

4G-Bänder

*Sie können sich an den Kundendienst wenden, um das entsprechende Modul für den Austausch auszuwählen.

Module TypeFrequenzbänder
EC200A-CNLTE FDD: B1/B3/B5/B8
LTE TDD: B34/B38/B39/B40/B41
UMTS WCDMA: B1/B5/B8
EC200A-EULTE FDD: B1/B3/B5/B7/B8/B20/B28
LTE TDD: B38/B40/B41
UMTS WCDMA: B1/B5/B8
EC200A-AULTE FDD: B1/B2/B3/B4/B5/B7/B8/B28/B66
LTE TDD: B40
UMTS WCDMA: B1/B2/B4/B5/B8

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