iKAN-224A Double-row, 24/48-Character Industrial LED Display with Modbus/TCP protocol (Indoor applications)
- Supports Modbus TCP Slave and Modbus RTU Slave protocols
- Can be remotely controlled using a smart phone or other mobile device
- 7 colors, including red, blue, yellow, green, light blue, purple and white
- Able to store up to 128 common messages
- Web-based User Interface
- Able to integrate both text and variables in a single message
- Built-in RTC (Real Time Clock )
- Supports multiple languages with a text height of 16 cm
The iKAN series is a family of industrial LED display devices that deliver industrial-grade anti-noise capabilities as well as reliability and stability. It is highly suitable for presenting formatted messages in indoor areas using either Unicode characters, which can be used to display multiple languages, or ASCII characters.
The ICP DAS iKAN-216A provides a double line of 24 Unicode characters or 48 ASCII characters. Support for the popular Modbus industrial protocol is provided meaning that iKAN display devices can be easily integrated into existing PLC and SCADA environments.
The iKAN series allows data written from a PC or a PLC to be displayed in a formatted message in real-time. Seven colors are available for the text, which can be used to indicate different degrees of importance of the message, as well as significantly increase the readability of the message in an industrial arena. Messages can be edited and enabled/disabled using a standard web browser, such as Google Chrome, Firefox, or IE, etc., on a PC, mobile device, or smartphone.
The iKAN series display provides 128 message storage space and 168 variable space, which can display the real-time data of PLC in text messages. In addition, PLC Modbus commands give iKAN control to show or hide a message, or to send encoded strings to iKAN for display.
Indoor Air Quality Display
The iKAN device can be use to display indoor air quality indexes from ICP DAS DL sensor modules, including details of the CO, CO2, and PM2.5 levels, the temperature, and the humidity, without requiring any programming skills or knowledge.