Automation

PLCs & Controllers

PLCs, motion and safety controllers, I/O modules and automation software. 54 products from 8 brands.

About plcs & controllers

Motion controllers coordinate the movement of servo and stepper axes on a machine: positioning, speed control, electronic gearing and cam profiles, and interpolated moves where several axes follow one path. Motion CPUs and technology CPUs combine that motion control with the logic of a programmable logic controller (PLC), so one controller runs both the sequence of the machine and its axes. Machine automation controllers add networking, data handling and often safety in the same platform. The controller sits at the centre of the machine: it reads sensors and operator inputs, runs the program, and sends position and speed commands to the servo drives over a real-time network.

This page lists 54 controllers and modules from ABB, Danfoss, Delta Electronics, Eaton, Mitsubishi Electric, OMRON, Siemens and Yaskawa, including motion controllers, motion CPUs and modules, machine automation controllers and technology CPUs. Use the brand shortcuts or the filters to narrow the list by brand and product type, open a product for its information sheet, and add the models you need to one quotation request.

All plcs & controllers

54 products

Buying guide

Choosing a motion controller

Motion controllers are usually chosen as part of a complete automation system. These are the points to check before you request a quotation.

01

Number of axes and synchronisation

Count the servo axes the machine needs now and allow for expansion. Check whether the controller supports the motion functions you need, such as point-to-point positioning, electronic gearing, cam profiles and linear or circular interpolation.

02

Motion network and drives

Most controllers connect to servo drives over a real-time motion network, such as EtherCAT, PROFINET IRT or CC-Link IE TSN. The drives and motors must support the same network, which in practice often means choosing them from the same manufacturer's range.

03

Controller performance

Look at the motion cycle time, program and data memory, and how many axes the controller can handle at that cycle time. Faster cycles and more memory matter on high-speed or multi-axis machines. Allow spare capacity for program changes and added axes later in the machine's life.

04

Programming and standards

Check the engineering software and the programming languages it supports. Many controllers use IEC 61131-3 languages and PLCopen motion function blocks, which makes programs easier to understand and maintain. If your site already uses one manufacturer's engineering software, staying on that platform reduces training and spares.

05

I/O, communication and data

Confirm the local and remote I/O options, the interfaces to HMIs and higher-level systems, such as EtherNet/IP, PROFINET, Modbus TCP or OPC UA, and whether you need data logging or a database connection on the controller.

06

Safety

Machines with moving axes usually need safety functions such as Safe Torque Off, safe stop and safe speed monitoring. Check whether these are handled in the drives, in a safety controller, or integrated in the motion controller itself.

Planning a new machine or replacing a controller? Send us the number of axes, the drives you use and your network with your quotation request.

Typical applications

  • Packaging machines
  • Printing and converting
  • Pick-and-place and handling
  • Assembly machines
  • Cutting and winding
  • Material handling
  • Robotic cells

Ready to price your list?

Send us the products and quantities you need, or describe your application, and our team will prepare a quotation.

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  3. 03 Submit your request