Combine the functionality of a PLC and the accessibility of a development board. Built around a Raspberry Pi and an Arduino-enabled microcontroller, these controllers use open-source software to make programming and troubleshooting convenient.

Connect and communicate with multiple automation devices simultaneously, such as HMIs, motor speed controls, supervisory PCs, and additional PLC racks. These modules allow several systems to talk to one another—within your facility and beyond—letting you expand your automated processes over numerous interconnected networks.

Used with PLCs, these end plates close off your system’s processes—telling the processor that there are no more inputs or outputs to communicate with. They also protect your modules’ circuitry from debris.

No need to program multiple PLCs—these modules expand your automated system, keeping everything conjoined and configured on one processor. Use them when you’re out of space on your DIN rail or need additional input/output functions.

Also known as HMIs, program these touch-screen interfaces to control PLCs, inverters, and other automated equipment.

Configure any of your IO Link devices—from sensors to switches—without a PC, outlet, or separate software.

An enclosed fanless design keeps dust and debris from getting inside these computers and damaging internal components.

As tough as the conditions you work in, these tablets withstand drops, grime, and heavy use.

A computer and a touchscreen monitor in one, these create an HMI (human-machine interface) that handles basic tasks in tough environments.

Built to withstand rigorous cleaning protocols, these combine a computer and touchscreen monitor in a single unit. They're often used as HMIs (human-machine interfaces) in food processing facilities where frequent cleaning is required.