Human Machine Interface (HMI) refers to any user interface or dashboard in an industrial process that allows a person to interact with a machine. HMI can display data charts, equipment information, line status, etc., as well as integrate with other third-party management systems such as SCADA and ERP. Operators can intuitively access important information about equipment, handle alarms, remote control, etc.
Importance of HMI in Industrial Automation
Human Machine Interface plays an important role in a variety of industrial environments from manufacturing to process control.
In the past, operators needed to constantly inspect the production environment and manually record various data. Now, systems simplify this process. Operators can directly use screen charts to track production time, trends, and key performance indicators (KPIs), which improves work efficiency.
It collects data from PLCs, sensors, etc. in real time. Operators on the factory floor can click or touch the screen to monitor and control the temperature of an industrial water tank, or verify that a pump is running properly.
The HMI system can also support alarms to ensure that operators are informed of alarm events in a timely manner, enhancing production safety. This assists them in making quick decisions and dealing with unusual problems in a timely manner.
EV8010 HMI Gateway
Il EV8010 is an HMI gateway from IOTRouter that integrates data acquisition and touch screen into one. It not only integrates all the functions of EG series edge computing gateway, but also supports WEB configuration (VISION). It has some of the following functional features:
1. HD display: with BOE original HD screen, it provides 1280*800 HD pixels. 85’/85’/85’/85′ high viewing angle, 400nit high brightness. It is clear at any angle.
2. Multi-point capacitive touch screen: supports 10-point capacitive touch with a response time of just milliseconds. Users can recognize multiple touch gestures, enjoying a silky smooth touch experience.
3. Powerful processing power: equipped with 8-core ARM Cortex™-A55 processor. can efficiently handle complex tasks, milliseconds fast response, reduce operating delays.
4. Rich protocols and hardware interfaces: support mainstream PLC protocols, industry protocols, and provide a variety of hardware interfaces to easily interface with various devices.
5. Alarm and Historical Data Storage: supports alarm function and historical data storage for quick response to problems and easy troubleshooting.
6. Node-RED Programming: support Node-RED zero-code programming, built-in massive nodes, business logic can be completed by simple drag and drop. Reduce the dependence on professional programming skills and quickly realize personalized needs.
7. WEB VISION data visualization: supports WEB VISION and provides rich configuration resources and template libraries. It helps users create personalized data display interface, quickly identify trends and abnormalities, and optimize production decisions.
8. Multi-screen display and remote operation: It supports multi-screen sharing and remote control, which improves operational flexibility and adapts to modern industrial needs.
Competitive Advantages of EV8010 HMI
Compared with similar products, EV8010 shows significant advantages:
Excellent performance: High-performance 8-core processor ensures fast data processing and response, guaranteeing efficient and stable operation of the HMI system.
High-definition and sensitive interface: High-definition display and 10-point capacitive touch design make the operation incredibly smooth.
Powerful Integration Capability: Rich protocols and hardware interfaces eliminate users’ concerns about device compatibility.
Multi-screen display and flexibility: The joint application of Node RED and VISION, as well as the multi-screen display function, enables users to flexibly develop personalized IIOT systems according to their needs, adapting to different industrial application scenarios.
Scenari di applicazione
EV8010 is suitable for several industrial automation scenarios, including:
Manufacturing: Use it to monitor production lines in real time to improve productivity and equipment utilization.
Process control: In industries such as chemical, power and water treatment, monitor and control complex processes via EV gateway to ensure safety and compliance.
Intelligent Buildings: Using the gateway to monitor and control HVAC (heating, ventilation and air conditioning), lighting and security systems allows for smarter building management.
Traffic Management: In intelligent traffic systems, real-time monitoring of traffic flow and signal status and remote control of traffic signals optimize the traffic management process.
Energy management: HMI monitors the power generation and distribution of renewable and traditional energy sources to improve energy utilization efficiency.
Conclusione
The EV8010 gateway is a great example of a modern HMI system. It enables operators to efficiently monitor and control complex processes by combining data collection with advanced touch capabilities. Its wide range of application scenarios and powerful features not only solve the multiple pain points of users, but also provide an ideal solution for industrial automation.
