Micro & Nano Control Systems:

Basic Controllers, low cost and stand alone applications || Micro800 series and MicroLogix Family; ML1000/1100/1200/1400/1500 ||PICO controllers.

AB Micro800 Series Programmable Logic Controller Systems are designed for nano systems up to larger stand-alone machine control applications that require flexible communications and greater I/O capabilities, with high performance compact systems.

MicroLogix™ Programmable Logic Controller Systems are small enough to fit in tight spaces and powerful enough to accommodate a broad range of applications

MicroLogix™ 1400 Programmable Logic Controller Systems build upon critical MicroLogix 1100 features: EtherNet/IP™, on-line editing and a built-in LCD panel. These controllers feature a higher I/O count, faster high-speed counter, pulse train output, enhanced network capabilities

Small Control Systems: Medium range applications || CompactLogix

CompactLogix™ 5370 Controllers are part of the Integrated Architecture® system. These controllers use the same programming software, network protocol, and information capabilities as all Logix controllers

CompactLogix™ and Compact GuardLogix® controllers are ideal for small to mid-size applications that require safety, motion, and/or complex communications.

SLC 500 series controllers

SLC™ 500 controllers provide a range of choices in memory, I/O capacity, instruction set, and communication ports to let you tailor a control system to your exact application requirements

Large Control Systems: ControlLogix PLC, GuardLogix || PLC-5 systems

ControlLogix® 5580 Controllers provide increased performance, capacity, productivity, and security to help meet the growing demands of smart machines and equipment for manufacturing

ControlLogix® 5570 Controllers are available in standard, safety, extreme temperature, and On-Machine models suitable for process, motion, discrete, and high-availability applications

GuardPLC™ 1600 Controllers are among the fastest safety PLCs in the industry. They provide 10 milliseconds throughput and exceptionally high mean-time between failures, ensuring system safety and reliability