Designed for rugged applications, delivering dependable performance, easy deployment, and stable data communication in demanding conditions.

Simplify system configuration with peer-to-peer I/O mirroring that reduces engineering time and enhances system responsiveness.

Customize your I/O configuration with high-density modules that adapt to growing automation needs while lowering overall costs.

Achieve faster data acquisition, simplified wiring, and seamless PLC/SCADA integration for optimized productivity.

Reduce PLC workload and improve response times with intelligent edge processing and easy configuration.

Enhance monitoring and control with reliable communication and user-friendly web-based setup.

Connect serial and Ethernet devices efficiently while ensuring dependable performance and reduced installation complexity.

Build powerful automation systems with flexible I/O modules designed for long-term scalability and high reliability.

Deliver high-speed processing, secure communication, and seamless integration for mission-critical automation.

Optimize performance and reduce downtime with dependable I/O expansion and robust industrial design.

Improve system responsiveness and minimize controller load with intelligent, event-based communication.

Save space while gaining flexible expansion, simplified wiring, and reliable real-time data acquisition.

The ioThinx 4530 Series is an advanced modular controller product with a unique hardware design, making it an ideal solution for a variety of industrial data-acquisition applications. The ioThinx 4530 Series has a unique mechanical design that reduces the amount of time required for installation and removal, simplifying deployment and maintenance. In addition, the ioThinx 4530 Series provides an Azure/AWS/Alibaba cloud-integration package so that users can easily save field data to different cloud accounts.

Enhance system flexibility with rugged I/O modules designed for easy integration and long-term durability.

Achieve efficient data collection and smooth system integration with compact, high-performance modules.