Capacitive: ≥ 5M times, Resistive: : ≥ 100,000 times
Processor Family
ARM, Rockchip
Memory Type
2G, 4G, 8G
Storage Type
3588: 64G, 128G, 256G
Ethernet / LAN
2x LAN
Serial / Com
2x RS232
(1x COM option RS485)
USB
2x USB
Video Outputs
1x HDMI
Expansion Slots
1x Mini-PCIE
Operating Systems
Android, LInux
Dimension
412 *261 *58. 6mm
Mounting Hole Size
External embedded size:404 x253mm
Internal embedded size: 397.5 x241.8mm
Gross Weight
3 . 80kg
Mounting Options
Embedded, Wall Mount, Desktop Stand
Operating Temperature
-30℃ ~ +70℃
Storage Temperature
-40℃ ~ +80℃
Humidity Rage
Non-condensing
5% - 95%
Power
Input Voltage Range 9 – 36V DC
Standard Power: Optional 12V AC/DC Adapter: 5A, 60W
Key Takeaway
Understand the role of Human Machine Interfaces in modern industries, from data exchange to intelligent automation, driving the future of Industry 4.0.
What is HMI?
A Human Machine Interface (HMI) is a display device that allows users to interact with a system and exchange information. They are widely used in many industries, such as the automobiles, entertainment, electronics, medical equipment, banking, and service industries.
In industrial applications, the major functions of HMI are real-time information exchange between humans and production equipment via programmable logic controllers (PLCs), variable-frequency drives (VFDs), and meters. HMI screens display data, provide visual feedback, and execute operational commands via an input device such as a touchscreen, keyboard, or mouse.
How is HMI used in Industry 4.0?
The rise of Industry 4.0 and IIoT has transformed automation, leading to a global intelligent manufacturing revolution that shifts the paradigm from “automation” to “intelligent automation”. In the production lines of smart factories, different sensors are built into manufacturing equipment to automatically check product quality and capture device data. HMI devices aggregate data and simply process the information for a more efficient and productive system. Additionally, according to the needs of cloud applications and intelligent manufacturing, factory management and production decisions are more reliant on visualized control platforms. HMIs simplify and visualize data to make it intuitive to understand at first glance. Industry 4.0 transformation integrates IT and OT systems to share and use the management data in MES or ERP systems, and the production data in production equipment to achieve a more flexible and efficient manufacturing process. HMI devices not only perform the role of machine monitoring but they are also the hub for data processing and transmission between IT and OT systems.
Checklist to finding the right HMI solution
Operating environment conditions
Data processing demands
Connectivity and data security
Expandability and flexibility
Operating systems and software
Other user needs for better experiences
To fulfill data visualization needs from edge computing, choosing a right HMI can enhance factory automation and ensure productivity. Here is the checklist to review your application from different viewpoints to help you to find the correct HMI solution:
