Controllers

Programmable Logic Controllers (PLCs) - Modular

Modular PLCs are built by combining different types of modules with the CPU to create the whole system. Typically, the modules connect to the CPU seamlessly with connectors that mate with the CPU or other modules (like the toy plastic bricks). Modules will be used to add inputs and outputs, communications, and special functions like motion control or temperature sensing, etc.

• WAGO PFC100 Generation 2 Controller
• MELSEC iQ-R Series Automation Controller from Mitsubishi
• WAGO PFC200s Controller Programmed with Codesys 3.5
• WAGO PLC & I/O System for Extreme Environments
• Yokogawa FA-M3V Programmable Logic Controller
• Yokogawa e-RT3 Plus Controller: Industrial AI Platform
• Unlocking Versatility: Leveraging Multi-CPU Configurations with Yokogawa's FA-M3V and e-RT3 Plus Controllers
• Autonomous AI Control Service for Edge Controllers

Programmable Logic Controllers (PLCs) Brick-style

 

Brick style PLCs (often called shoe box PLCs) are more of an all-in-one controller.  The CPU, IO, and communications are all built into one unit.  Adding IO or special functions like temperature sensing, networking, etc. is normally done by connecting additional blocks using a prefabricated connector and cable.

• MELSEC iQ-F Series Compact Controller from Mitsubishi
• WAGO Compact Controller 100

Motion Controllers

Motion Controllers

For advanced motion control, controllers designed specifically for the task are required. Capabilities include:

•     Linear interpolation for more than two axes
•   Circular interpolation
•   Inverse kinematics
•   Offset calculations
•   Coordinated motion for many axes
•   3D contouring
•   Robot control
•   Dual-loop feedback

Check out our Motion Controllers information page.
 

PC-based Controllers

Yokogawa e-RT3 Plus Controller

Many programmers prefer languages such as C, Java, and Python that they have used on Windows or Linux-based computers rather than learning controller-specific languages such as ladder logic and the other IEC61131-3 defined languages.  Computers also allow for more general-purpose usage if the application calls for very complex algorithms, huge data collection, or other tasks that may seem cumbersome in automation controllers.  Industrial computers are usually the solution.  However, some PC-based controllers are more suited for automation applications.

• e-RT3 Plus Controller: Industrial AI Platform from Yokogawa
• Unlocking Versatility: Leveraging Multi-CPU Configurations with Yokogawa's FA-M3V and e-RT3 Plus Controllers
• Autonomous AI Control Service for Edge Controllers

Temperature Controllers

Watlow's temperature and process controllers offer easy-to-use, accurate, and reliable solutions for applications requiring single and multiple loops of control. Temperature and process controllers include one or more sensor inputs with open-loop break detection and multiple outputs for control and alarms. Various configurations offer auxiliary analog inputs, automatic tuning, TRU-TUNE+ adaptive control, and ramp and soak profiling. Output options include analog process, switched DC and mechanical, solid state, and no-arc hybrid relays. Learn more on our temperature controllers page.

• Unlocking Versatility: Leveraging Multi-CPU Configurations with Yokogawa's FA-M3V and e-RT3 Plus Controllers
   

Videos:

• How to Set Up Remote IO Over Modbus TCP on Mitsubishi FX5
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Talk to one of our automation experts today at (855) 737-4716, or fill out our online form to learn more.