ATM-10N

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

ATM-10N application field and working principle

Human Machine Interface (HMI) plays an important role in a lot of applications which need interaction between human and machines. As an typical HMI product, ATM-10N can be used in industrial control systems to provide a suitable platform to serve users. In this article, we are going to explore the application field and working principle of ATM-10N.

Application field

One of the primary use for ATM-10N is in industrial control systems. It comes with a 9.7-inch IPS display and capacitive multi-touch panel, providing excellent image clarity and response experience. Compared to the traditional product, ATM-10N has the advantages of smaller size, better portability, and wider application scenes. This product is suitable for nearly all kinds of industrial control scenarios.

In addition to the application in industrial control, ATM-10N can also be widely used in other areas such as medical care, computer (network) transmission, subways, unmanned aerial vehicles, and intelligent robots. As an all-around HMI, it is an ideal solution for a variety of industries.

Working principle

ATM-10N is based on the classic S/W + H/W dual-mode design. It uses ARM CPU and embedded operating system based on Linux to realize the hardware’s ideal output performance. At the same time, it comes with integrated I/O interfaces, making it possible to connect with external devices. It also supports various protocols such as ProNet, DevNet, and PLC, extendable to various protocols like OPC, P2P, and MQTT.

Moreover, ATM-10N supports PTP/UTC/GPS timing system to provide synchronized navigation for industrial equipment. With its secure anti-tampering design, ATM-10N can keep unauthorized access or backdoors out, providing a safer operation environment.

In terms of software features, ATM-10N is able to offer a convenient user experience with Windows and Linux operating platforms. It also supports custom development, allowing users to develop their own firmware to meet various needs. This product uses a standard interface protocol to support various database connections, enabling users to operate through a local serial, USB, Ethernet port, Wi-Fi, or Bluetooth connection.

Conclusion

ATM-10N is a typical HMI product suitable for industrial control systems. It comes with various advantages such as excellent image clarity and response performance, support for various protocols, and secure anti-tampering design. Moreover, it is equipped with custom development features for easy development. With these features, ATM-10N is an excellent human-machine interface solution.

The specific data is subject to PDF, and the above content is for reference