moduleX is coming...
The ultimate solution to expand your PLC's capabilities
moduleX: Expansion I/O modules for industrial application
moduleX is a versatile and expandable I/O platform designed for demanding industrial applications. Whether you are working with PLCs from Industrial Shields or other controllers, moduleX seamlessly integrates into your automation systems.
Its standout feature is the ability to create distributed clusters along your production line or machinery, offering the flexibility to place modules exactly where needed, beyond the limitations of a single cabinet.
Cabling simplified. Advanced control.
moduleX is designed to streamline industrial automation by focusing on efficiency and ease of use. Whether you're looking to simplify installation or optimize control, moduleX delivers a flexible, scalable solution that adapts to a variety of industrial environments.
With thoughtful design choices and advanced features, it ensures a smooth integration process while minimizing both time and effort.
Expandable I/O modules
Optional DIN rail mounting
Distributed I/O architecture
Daisy chain connection
Automatic configuration
Up to 16 slaves in a cluster.
Up to 16 clusters in line connect.
The moduleX system offers an exceptional solution for scalable industrial automation. It supports the connection of up to 16 slave modules in a single cluster, providing ample room for system expansion. Additionally, it allows for up to 16 clusters in series, creating a highly flexible and distributed control system.
This modular architecture not only boosts scalability but also simplifies the management and monitoring of complex processes, all without the need for extensive reconfigurations. By enabling this level of flexibility, moduleX ensures that your automation setup remains adaptable and efficient, even as your operational needs evolve.
It is as easy as it seem
The moduleX platform offers a modular and scalable solution for industrial automation. Its master board ensures easy configuration and communication across systems, while the input and output boards allow for precise control of digital signals with efficient power distribution.
