IO-Link Masters

The DXMR190 Top Exit IO-Link Master also consolidates, processes, and distributes IO-Link and discrete data from multiple sources. Its built-in DXM controller supports ScriptBasic, MicroPython, and action rules, delivering more functionality than a typical IO-Link master by operating as a standalone logic controller or cost-efficient PLC replacement for simple applications. It communicates via EtherNet/IP™, Modbus®/TCP, and PROFINET®, and supports RESTful API, MQTT, Sparkplug B, and HTTPS for flexible cloud connectivity. The industry-standard top-exit design simplifies integration for OEM machine builders and system upgrades while maintaining a cost-efficient architecture.

The DXMR110-8K delivers eight IO-Link ports in a compact, lightweight housing. In addition to consolidating and distributing IO-Link signals, it offers advanced programmability to handle custom logic and edge processing directly within the device. With support for EtherNet/IP, Modbus/TCP, and PROFINET, it provides broad compatibility with PLCs, controllers, and HMIs. Side-exit ports simplify cable routing and installation, making it a versatile choice for larger or more complex applications.

The DXMR90-4K provides four IO-Link ports and communicates via EtherNet/IP, Modbus/TCP, and PROFINET. Its smaller footprint makes it well suited for mid-sized systems or installations where space is limited, while still offering full programmability to process and distribute IO-Link data efficiently.

The R45C-2K-MQ offers two IO-Link ports with Modbus RTU communication, providing a simple way to integrate IO-Link devices into control architectures. It delivers process and diagnostic data directly to PLCs or other Modbus controllers, making it ideal for smaller applications or installations where space and connectivity needs are limited.

The R90C-4K-MQ extends the capabilities of the R45C into a four-port format. With Modbus RTU connectivity, it connects multiple IO-Link devices such as sensors or indicator lights to PLCs and control systems. Its rugged housing and expanded capacity make it a scalable choice for larger applications requiring additional IO-Link integration.