All ICP DAS Industrial Controllers available to buy here are engineered for precise, reliable control. For use across a broad range of industrial applications and all units were designed for simple efficient integration into factory automation, process control, energy systems, and infrastructure monitoring, these units support complex I/O operations, deterministic logic, and communication over different industrial protocols.
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The range includes PACs (Programmable Automation Controllers), RTUs (Remote Terminal Units), and embedded control systems that operate on real-time OS or Linux/Windows platforms. Models are available with ARM-based CPUs or Intel® architectures, tailored for use in distributed control networks, standalone automation, or hybrid systems that require local processing and edge data management.
Modular design is a core feature in many ICP DAS controllers, which lets for an easier expansion using I/O slots for analog/digital signals, relays, counters, and specialized fieldbus interfaces such as Modbus RTU/TCP, CANopen, PROFIBUS, and EtherCAT. This flexibility enables applying features like multi-node SCADA environments and high-channel-density installations.
Its reliable, high quality frame and parts rigidity supports operation in extended temperature ranges and EMI-prone environments, while fanless designs and DIN-rail or wall-mounting options enable deployment in confined or mission-critical spaces. Many units provide redundancy options like a SD or eMMC storage, watchdog timers, and power failure auto-restart features.
Software support includes development in C/C++, Ladder, SCADA integration tools, and ICP DAS’s own SDKs, with connectivity options for MQTT, OPC UA, and other IIoT protocols.
Controllers can be filtered by processor type, operating system, I/O capacity, protocol support, expansion interface, mounting type, and operating temperature—enabling quick selection based on project-specific control needs.