IO-Link is the standard for point-to-point communication between sensors, actuators, and field devices.
It simplifies the integration and management of heterogeneous components, ensuring interoperability and maximum efficiency in industrial automation systems. ...
Thanks to its open nature, IO-Link can be used in numerous areas: from machine control to packaging, from food & beverage to logistics, and even in sectors where reliability and precision are essential. With IO-Link, you can optimize predictive maintenance, reduce machine downtime, and improve overall system performance.
IO-Link & ADFweb.com
ADFweb.com offers a complete range of IO-Link protocol converters, designed to ensure maximum flexibility and make integrating the IO-Link world with the main fieldbuses and IIoT protocols easier than ever.
The range is divided into three versions:
DIN rail mounting: customizable configurations by number of channels and type (Class A or B), with compatibility with Ethernet, EtherCAT, Serial, PROFIBUS, CAN and all ADFweb protocols.
On-board: available in Carbon Black (IP67) and Light Grey (IP69K), in 4- or 8-channel versions, fully programmable via software.
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Each IO-Link port can be configured as Class A or Class B at any time.
The Ethernet version is MultiProtocol: it allows you to convert IO-Link signals to PROFINET, EtherNet/IP, and Modbus TCP, while always keeping the IoT MQTT and OPC UA protocols active. Variants with CAN, RS485, PROFIBUS, and EtherCAT ports are also available.
IO-Link Slave: ideal for reverse applications, it allows you to integrate slaves from other fieldbuses into an existing IO-Link Master, creating hybrid and scalable architectures.
ADFweb.com products stand out for:
maximum configuration versatility;
Resistance to harsh environments (IP67/IP69K);
Free, intuitive software for quick configuration;
Total flexibility thanks to MultiProtocol OT/IoT support.
With ADFweb.com IO-Link converters, integration becomes simpler, faster, and more reliable: a scalable solution, ready to accommodate every evolution of automation systems.
