Programmable Logic Controllers (PLC's)
With a wide range of PLC based units from the compact range of the FX family, to the leading performance and possibilities of the Q series platform, customers can select products that answer their applications and cost requirements without compromise. Our client base has fast become familiar with our industry leading knowledge, service and support for their PLC solution requirements.
While PLCs should be both powerful and reliable, some operations require the added features of flexibility and versatility for their controllers. For this reason, we offer several PLC models for innovative control, powerful CPU’s and with a broad selection of I/O modules, terminations, and power supplies. Plus, its communication modules link to a variety of networks. Modular and scalable, our products offer big PLC power in a small package. It is part of an innovative control family that combines a powerful CPU with a broad selection of discrete, analog, mixed and specialty I/O modules, terminations and power supplies, as well as communications modules to link to a variety of networks.
HMI Panels (Human-Machine Interfaces)
Human-Machine Interface panels (HMI) provide a graphical interface for monitoring and operating HG Series Servo Motors and MR-J4 Servo Amplifier. The HMI panel simplifies interfacing with PLC's, Inverters, Servo Drives and can be configured as a gateway to other factory automation systems and devices. Also known as Graphical Operation Terminals (GOT)
Variable Speed Drives (Inverters)
The highly functional and compact body variable speed drive range offers market leading reliability, open networking communication and power conservation features. Our range encompasses variable speed drives to fit all applications with seamless connection to many Automation Controllers Controllers.
Servo and Motion products provide solutions for applications as simple as single axis point-to-point systems through to fully synchronised 96 axis systems. All servo motors range use rare earth magnets and concentrated winding techniques to keep the inertia of the motor extremely low.