1. Data storage function (simplifies sensor replacement during operation)

With data storage function, it is particularly convenient when replacing sensors. The set device parameters are saved in the sensor and IO-Link master. The sensor can be directly replaced during the operation of the device and the relevant parameters can be downloaded from the master without resetting.

2. Reliable positioning function, simplified maintenance

If a sensor needs maintenance or replacement, the integrated localization function can quickly identify a sensor among multiple sensors in the plant. Based on specific sensor parameters, the control system addresses the sensor that needs to be located, and the sensor then identifies itself by flashing an LED. This improves data transparency in the plant and transmits information directly to the sensor level, thereby improving process efficiency.

3. Various diagnostic functions to achieve efficient maintenance

Temperature indicators and timers are part of the diagnostics functions, and these service data ensure reliable condition monitoring and planned maintenance. Manufacturer-specific event codes are available for product-specific diagnostics, such as dirty or dusty lenses on photoelectric sensors.

4. Intelligent applications, interfaces for the future Intelligent applications, interfaces for the future

Comprehensive sensor data that provides the necessary information for new applications is the basis for every Industry 4.0 application. As a cross-vendor communication technology, IO-Link has become a standard for various applications in recent years and is also seen as the basis for the digitization and informationization required for Industry 4.0. Using IO-Link, even the simplest sensors and actuators can provide process data, identification information and diagnostic data within the overall system structure.

Application Scenario

Robotic Arm		Lithium battery module line		Hygiene area
Automobile assembly		Logistics system		Photovoltaic equipment