Programmable controllers have become the primary automation method for many industries and applications, providing reliable, easily-modified control. In addition to discrete and process functions, controllers now perform complex tasks such as motion, data logging, web server access and email.
Programmable Logic Controllers (PLCs) contain the hardware and software used for the automation of industrial electromechanical processes, such as control of machinery on factory assembly lines, amusement rides, or food processing. They are designed for multiple arrangements of digital and analog inputs and outputs and are built for industrial environments with extended temperature ranges, immunity to electrical noise, and resistance to vibration and impact.
Three unique PLC families meet industry demands and are constantly evolving to meet or exceed your needs:
In recent years, open-source controllers have made headway into the industrial realm, partly due to the extremely attractive price tag. These microcontrollers are very inexpensive, small, and typically consist of a single integrated circuit containing a processor, memory, and I/O. Off-the-shelf open-source controllers were originally designed for students and hobbyists, and using one in an industrial setting is just downtime waiting to happen. For those looking to incorporate open-source control into their industrial applications, the ProductivityOpen Arduino-based industrialized controller is the solution.
CLICK PLUS PLCs are the newest generation of the popular CLICK PLC series. Building on the original CLICK's simple design, CLICK PLUS PLCs offer the same practical control but with additional state-of-the-art features. Using the same FREE, streamlined PLC programming software, CLICK PLUS PLCs combine easy programming with enhanced security and advanced capabilities including motion control, Wi-Fi communication, and data logging.
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The original and very popular CLICK PLC series has been serving the industrial control industry for over 14 years and has become the micro-controller go-to choice for experienced plant engineers, electrical technicians, machine builders, as well as beginners and students.
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The Productivity1000 stackable micro PLC is the super compact yet highly capable member of the Productivity controller family. The P1000 is packed with many of the features of the Productivity series including tag-name programming, multiple communication ports, and easy integration, housed in a smaller, slimmer design to provide space, budget, and time savings.
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The Productivity2000 rack-based PLC provides advanced features at an extremely affordable price and at the lowest cost of ownership in its class. Considering the memory, performance, versatile tag-name based software, and everything else this controller has to offer, the Productivity2000 is a great choice for any application.
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The Productivity3000 rack-based PLC is a communications powerhouse with numerous networking options built in. It's also the I/O leader of the Productivity PLC family with both local and remote expansion.
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The BRX platform is the flagship controller of the Do-more PLC family. This versatile stackable micro-PLC system combines many powerful features in a compact footprint. With IIoT Integration, data logging, motion control, high speed I/O, abundant processing power, and customizable communications, BRX PLCs can easily satisfy the changing demands of industrial automation projects.
The H2 and T1H CPUs round out the Do-more family of controllers and are designed to supercharge two of our time-tested hardware platforms.
A dependable PLC platform for over 35 years, the DirectLOGIC series PLCs are fixed I/O (brick) and modular, rack-based controllers with a common programming platform. Available components are compatible with, and intended for, existing installations under the DirectLOGIC name as well as legacy private-labeled models. This series is not recommended for new installations.
The ProductivityOpen platform provides all the features of a standard Arduino platform plus the added power and reliability of an industrialized controller. The processor circuit of the P1AM-100 CPU is designed to mimic the Arduino MKRZero microcontroller. The P1AM-100 is compatible with most available Arduino MKR format shields, and/or all of the industrially-hardened ProductivityOpen shields, and can utilize most Arduino sketch programs found on open-source websites.
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ZIPLinks cut wiring time from hours down to minutes. The ZIPLink connection system eliminates the normally tedious process of wiring programmable logic controller I/O to terminal blocks.
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