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EV8010 10.1″ All-in-One Industrial Panel PC & HMI Edge Gateway

Integrated HMI & IoT Edge Gateway

An industrial IoT computer with a touch screen, used for automation, edge computing, and remote monitoring.




Protocolos industriales
CJ188 / DLT645 / HJ212 / Modbus / OPC UA / BACnet, etc.
Protocolos de red
MQTT / HTTP / TCP / UDP / WEBSOCKET
INTERFAZ
2*RS485, 1*RS232, 1*USB 2.0, 1*WAN(GE), 1*LAN(FE)
MEMORY & STORAGE
2G RAM + 16G eMMC
COMUNICACIÓN
4G

Categorías: , Comprar en Alibaba

Descripción

The EV8010 is a rugged industrial panel PC & HMI edge gateway that integrates a multi-protocol data acquisition gateway with a 10.1″ HD touch display. The screen supports millisecond-fast response times and can recognize multiple touch gestures. It provides an all-in-one solution for visualization and edge computing.

EV8010 industrial computer features an 8-core high-performance processor with strong graphics capabilities. Its main frequency reaches up to 1.8 GHz, ensuring smooth, non-lagging operation for 24/7, all-weather use.

It supports multi-protocol data acquisition, protocol conversion, and edge processing, along with Node-RED-based programming and remote deployment. Web-based configuration via FUXA enables flexible and intuitive operation across various IoT applications.


Características principales

iiotGateway_keyfeatures_01

Calidad industrial

-20~70°C operation, 9–36V input, surge & ESD protection

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Zero-Code Logic

Visual configuration with built-in Node-RED

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Integrated HMI + Gateway

Data acquisition, protocol conversion, and visualization in one device

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Multi-Protocol PLC

Siemens, Mitsubishi, Omron → MQTT / HTTP

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Alarm & Data Management

Supports alarm events, historical data storage, and visualization

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Web-Based HMI

Access and control HMI screens via browser, anytime, anywhere

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Multi-Screen Display

One project accessible across multiple devices simultaneously

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FUXA Visualization

Direct display of dashboards or SCADA screens

* Ayuda OEM/ODM, Póngase en contacto con el servicio de atención al cliente.

Remote PLC management via EV8010 industrial computer


Important Attributes

Hardware parametersDisplay Screen10.1" 16:9 TFT LCD
Viewing Angle85'/85'/85'/85' (T/B/L/R)
Number Of Pixels1280(H)×800(V)
Display Colors16.7M
Brightness400 cd/m²
BacklitLED
LED Lifetime> 50000h
Touch Screen10 Point Capacitive
CPUARM Cortex-A55@1.8GHz
RAMLPDDR4 2GB, 32bits
Almacenamiento16GB eMMC
RTCBuilt-in Real-time Clock
Ethernet1 * WAN ( GE ) / 1 * LAN ( FE )
USB1 * USB2.0
Puerto serie1 * RS232 / 2 * RS485
4G Full NetcomOptional
Parámetros de softwareSistema operativoLinux
Programación visualAyuda
Configuración WEBAyuda
Parámetros eléctricosPotencia nominal<8W
Fuente de alimentaciónDC9~36V
Protección eléctricaAnti-static, Anti-surge, Anti-reverse Connection
Environmental parametersTemperatura de funcionamiento-20~70℃
Temperatura de almacenamiento-30~70℃
Humedad ambiental10~90%RH (Non-condensing)
Heat DissipationPassive Heat Dissipation
Mechanical parametersInstallationEmbedded Installation
Shell MaterialDip Zinc Alloys
Overall Size300mm×203mm×31.4mm
Suggested Hole Size282.5mm×182.5mm

Funciones principales

Multi-protocol PLC support Siemens Mitsubishi Omron

Massive PLC Protocols

Millisecond Acquisition – 

The EV8010 industrial panel PC 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 –

The EV8010 industrial panel PC 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. EV8010 allows custom data parsing and logic configuration through JavaScript (JS), providing adaptable protocol handling for complex field applications.

Multiple Industry Protocols_EV8010 Industrial panel PC
Web-based HMI access via FUXA

Web-Based Configuration with FUXA

Using FUXA, effortlessly build highly personalized data visualization dashboards with intuitive drag-and-drop. Users can access the interface via a browser without installing additional software or plug-ins.


Multi-screen Display

– Operate anytime, anywhere –

Thanks to the advantages of web display, the EV8010 industrial computer supports multiple devices to share the screen and supports off-site remote operation.

3 6 11zon
Node-RED visual programming for IoT edge computing

Programación Drag & Drop

– Low-code visual programming – 

EV series products are based on EG series gateway functions, including PLC remote upload and download, various industry protocols, visualization programming, remote operation and maintenance, and so on.


Application Scenarios of the EV8010 All-In-One HMI Gateway

1. Space-Constrained Control Cabinets or Simplified Hardware Architectures

In real-world deployments, separate gateway and HMI devices not only occupy more cabinet space but also increase the complexity of wiring and communication configurations. During commissioning and maintenance, multi-device architectures often require additional troubleshooting due to connection or protocol issues.

The EV8010 industrial panel PC integrates data acquisition and local visualization into a single device. By reducing the number of devices and interconnections, it simplifies system architecture, while also helping to lower hardware investment and long-term maintenance costs.

Typical applications: Power distribution cabinets, compact control cabinets, equipment integration projects, system retrofit projects.

Traditional Solution VS EV8010

Item Traditional Solution

(Gateway + HMI, Two Devices)

Integrated Solution

(Single Device – EV8010)

System structure Separate gateway and HMI devices One integrated device
Configuración Separate setup and integration for each device Unified configuration environment
Development workflow Data processing and HMI interface were developed independently Data, logic, and visualization integrated in one workflow
Comunicación Multi-device communication required Internal communication within a single system
Debugging complexity Higher, due to cross-device issues Lower, fewer failure points
Maintenance More components to manage and troubleshoot Simplified maintenance with fewer system elements

 

2. All-in-One Integration: Accelerating Delivery for Time-Critical Projects

Under tight project deadlines, the EV8010 consolidates data acquisition, logic control, HMI visualization, and cloud connectivity into a single device. By eliminating the need for constant debugging across multiple software platforms, it significantly reduces integration complexity.

  • End-to-End Workflow: Seamlessly covers everything from acquisition and processing to visualization, control, and cloud upload.

  • High-Efficiency Low-Code Development: Leverage Node-RED and FUXA drag-and-drop tools to reduce programming and debugging cycles by over 50%.

  • Lower Maintenance Costs: Simplifies architecture by removing multi-device networking, reducing potential points of failure, and ensuring on-time delivery.

Typical Applications: Production lines, OEM machinery, and rapid-delivery custom projects.

3. Flexible Access & Remote Collaboration: Breaking the Limits of Local HMI

Traditional HMIs are often tethered to physical screens, making remote monitoring and multi-user collaboration complex and costly. The EV8010 features a Web-based HMI, enabling seamless operation across PCs, tablets, and mobile devices.

  • Unified Access: One interface for both local and remote users, eliminating the need for additional remote access tools.

  • Edge Reliability: Local data processing and logic control ensure the system remains fully operational even during network outages.

  • Enhanced Collaboration: Enables engineers and managers to monitor and maintain systems from anywhere, improving response speed.

Typical Applications: Remote maintenance, cross-regional deployments, and multi-role collaborative management.

La ventaja fundamental

The EV8010 industrial panel PC is engineered for projects that demand leaner architecture and rapid deployment. By consolidating DAQ, protocol conversion, logic control, and HMI into a single edge node, it enables engineers to develop and manage systems within one unified environment.

  • Eliminate Integration Friction: Reduce inter-device dependencies and communication overhead.

  • Enhanced Controllability: Centralized development ensures higher reliability and on-time project milestones.

  • Lower Maintenance TCO: A simplified architecture means fewer points of failure and reduced long-term service costs.


PREGUNTAS FRECUENTES

Q1. What level of programming knowledge is required for the EV8010?

A1: The EV8010 industrial panel PC is designed for low-code deployment, eliminating the need for complex manual coding.

    • Logic over Scripting: If you understand basic industrial automation concepts (such as IP addressing, registers, and I/O mapping), you can easily configure the device.

    • Web-Based Configuration: Protocol matching and network settings are handled via an intuitive browser interface—no specialized IDE required.

    • Visual HMI Design: The VISION software features a drag-and-drop editor. Instead of coding graphics, you simply link UI widgets to your data tags.

The Bottom Line: While foundational knowledge of automation is necessary, the EV8010 removes the high barrier of traditional software development, enabling much faster deployment.

Q2. Which PLCs and devices are compatible with the EV8010 industrial panel PC?

A2: The device supports over 90% of mainstream industrial controllers on the market.

  • PLC Compatibility: Includes Siemens, Mitsubishi, Omron, Rockwell Automation, Inovance, Delta, and Xinjie.

  • Physical Interfaces: Equipped with 2x Gigabit Ethernet ports, 1x RS232, and 2x RS485. Any device with Ethernet or Serial output is generally plug-and-play.

  • Analog Sensors: Integration of 4-20mA or 0-10V sensors is easily achieved via standard analog-to-digital converters.

If you are unsure about a specific model, please provide your equipment specifications, and our team will verify compatibility for you.


Dimensions And Interfaces

EV8010 industrial PC interfaces showing RS485 RS232 and Ethernet ports


Lista de embalaje

5 8 11zon


Product Installation

EV8010 industrial panel PC- Product Installation

Step 1.

Before installation, it is necessary to open the corresponding installation hole slightly larger than the equipment.

Step 2.

Place the equipment in the reserved installation holes.

Step 3.

There are two square holes on both sides of the equipment, and one end of the square hole is fastened with a buckle during installation; The screws of the buckle are attached to the top of the cabinet, tighten the screws, and the other three parts are the same to complete the installation.

Protocolos PLC

Protocolos PLC de las pasarelas de computación Edge de las series EV y EG8000

The gateway is categorized according to the hierarchical structure of brand->protocol->model, and representative PLC models are selected for testing in each category. The rest of the supported models are from the official documents. Note: The gateway supports the standard Modbus RTU/TCP protocol, which is supported by all mainstream PLCs. (For example, HollySys, Haiwell, Yokogawa, Runpower, etc.)

 

MarcaProtocoloInterfazModelo PLC
SIEMENSConsejos:Siemens en la venta de la serie todos apoyan la comunicación de protocolo S7, se recomienda utilizar la comunicación de protocolo S7.
S7EthernetS7-S200smart, Serie S7-S200, Serie S7-S300, Serie S7-S400, Serie S7-S1200, Serie S7-S1500
PPIPuerto serieSerie S7-200
MELSECConsejos:Mitsubishi utiliza principalmente el protocolo MC para la comunicación, Serie FX5, Serie FX3, Serie Q, etc. están probados.
EtherNet/IPEthernetSerie FX5-ENET/IP, Serie RJ71EIP91, Serie QJ71EIP71
MC-1E/MC-3EEthernetSerie FX5, Serie RJ71EN71, Serie RnENCPU, Serie LJ71E71, Serie QJ71E71, Serie QnUCPU, Serie FX3
MODBUS TCPEthernetSerie FX5, Serie RJ71EN71, Serie RnENCPU, Serie LJ71E71, Serie QJ71E71
MC-3CPuerto serieSerie FX5, Serie RJ71C24, Serie LJ71C24, Serie QJ71C24
MODBUS RTUPuerto serieSerie FX5, Serie RJ71C24, Serie LJ71C24, Serie QJ71C24, Serie FX3
FxLinksPuerto serieSerie FX3, Serie FX2, Serie FX1, Serie FX0
FxSerialPuerto serieSerie FX3, Serie FX2, Serie FX1, Serie FX0
OMRONConsejos:Omron utiliza principalmente el protocolo Fins para la comunicación.
EtherNet/IPEthernetSerie NX7, Serie NX1, Serie NX1P, Serie NJ, CJ1W-EIP21
AletasEthernetSerie CP, Serie CS, Serie CJ, Serie CV
HostLinkPuerto serieSerie CP, Serie CS, Serie CJ, Serie CV, Serie C
LSisConsejos:LS utiliza principalmente el protocolo FEnet/Cnet para la comunicación.
XGB FEnetEthernetSerie XGB (XBC/XEC U, XBL-EMTA)
XGK FEnetEthernetSerie XGT (XGL-EFMT, XGL-EFMF, XGL-EH5T)
XGB CnetPuerto serieSerie XGB (XBC/XEC U, XBL-C21A, XBL-C41A)
XGK CnetPuerto serieSerie XGT (XGL-CH2A, XGL-C21A, XGL-C41A)
MarcaProtocoloInterfazModelo PLC
Allen-BrandlyConsejos:Rockwell utiliza principalmente el protocolo CIP, DF1 para la comunicación.
EtherNet/IPEthernetSerie ControlLogix, Serie CompactLogix, Serie Micro800 (820, 850, 870)
DF1Puerto serieSerie ControlLogix, Serie CompactLogix (módulo 5069-SERIAL) , Serie Micro800 (820, 830, 850, 870)
Serie SLC (500, 5/03, 5/04, 5/05) , Serie Micro-Logix (1000, 1100, 1200, 1500)
BeckhoffConsejos:Beckhoff utiliza principalmente el protocolo ADS para la comunicación.
ADSEthernetSerie CX, TwinCAT2, TwinCAT3
InovanceConsejos:Inovance adopta principalmente el protocolo MODBUS para la comunicación.
MODBUS TCPEthernetSerie AC, Serie AM, Serie H5U, Serie H3U
MODBUS RTUPuerto serieSerie AC, Serie AM, Serie H5U, Serie H3U, Serie H1U
KeyenceConsejos:Keyence utiliza principalmente el protocolo KV para la comunicación.
MC-3EEthernetSerie KV-8000, Serie KV-7000, Serie KV-5500, Serie KV-5000
KV-EP21V, KV-LE21V, KV-LE20V, KV-LE20A y otras unidades Ethernet
KVEthernet
KVPuerto serieKV-7300, KV-3000, KV-1000, KV-700, KV Nano, KV-L21V, KV-L20V
PanasonicConsejos:Panasonic utiliza principalmente el protocolo Mewtocol para la comunicación.
MC-3EEthernetSerie FP7, Serie FP0H, Serie FP-XH
MewtocoloEthernetSerie FP7, Serie FP0H, Serie FP-XH
MewtocoloPuerto serieSerie FP7, Serie FP0H, Serie FP-XH, Serie FP-X0, Serie FP0R
DeltaConsejos:Delta utiliza principalmente el protocolo MODBUS para la comunicación.
MODBUS TCPEthernetSerie AH, Serie AS, Serie AX-3, Serie DVP (Ethernet integrada)
MODBUS RTUPuerto serieSerie AH, Serie AS, Serie AX-3, Serie DVP
XinJEConsejos:XinJE utiliza principalmente el protocolo MODBUS para la comunicación.
MODBUS TCPEthernetSerie CCSD, Serie XA, Serie XS, Serie XG, Serie XL
MODBUS RTUPuerto serieSerie CCSD, Serie XA, Serie XS, Serie XG, Serie XL, Serie XC, Serie XD
MegMeetConsejos:MegMeet utiliza principalmente el protocolo MODBUS para la comunicación.
MODBUS TCPEthernetSerie MC5100, Serie MC280, Serie MC200, Serie MC100, Serie MC80
MODBUS RTUPuerto serieSerie MC5100, Serie MC280, Serie MC200, Serie MC100, Serie MC80
YaskawaConsejos:Yaskawa utiliza principalmente el protocolo MEMOBUS para la comunicación (compatible con S7) .
MemobusEthernetSerie GL120/130, Serie GL60, Serie MP3000, Serie MP2300, Serie Z1000
FatekConsejos:Fatek utiliza principalmente el protocolo Fatek para la comunicación.
FatekPuerto serieSerie FBs
VigorConsejos:Vigor utiliza principalmente el protocolo privado VS para la comunicación.
VSPuerto serieSerie VS
FujiConsejos:Fuji utiliza principalmente el protocolo SPH/SPB para las comunicaciones.
SPHEthernetSerie SPH
SPBPuerto serieSerie SPB

 

Bandas 4G

*Puede ponerse en contacto con el servicio de atención al cliente para seleccionar el módulo correspondiente para su sustitución.

Tipo de móduloBandas de frecuencia
EC200A-CNLTE FDD: B1/B3/B5/B8
LTE TDD: B34/B38/B39/B40/B41
UMTS WCDMA: B1/B5/B8
EC200A-UELTE 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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