The internationally standardized IO-Link technology offers many new features and benefits that help modernize existing systems for Industry 4.0. And with the massive shift to smart manufacturing in modern production environments, many companies are beginning to consider implementing IO-Link in their existing manufacturing systems. In this article, you will learn more about the advantages of intelligent communication technology and how you can modernize existing systems with IO-Link masters from Pepperl+Fuchs.
There are many ways to achieve the kind of reliable machine-to-machine connectivity that powers the Industrial Internet of Things. Incorporating MQTT devices is one of them. Do you wonder if switching to MQTT-compliant devices could improve your application? Here is what you must know to build an IIoT-ready system.
Industry 4.0 applications require sensors that do more than just deliver process data to the PLC. Sensors must also be able to communicate with PLCs and higher-level SCADA or cloud systems. Pepperl+Fuchs IO-Link masters make this possible.
What does it mean to have an OPC UA server combined with an IO-Link master with MultiLink™? And, more importantly, what can you DO with it?
Industry 4.0 is generally understood as the comprehensive digitalization of industrial production. In Industry 4.0, entire production processes are interconnected with people, machines, products, factory facilities, and logistics processes. Production speed is increased significantly. In this blog post, we give an overview of the past Industrial Revolutions that have brought us to this point and outline how Pepperl+Fuchs is involved in Industry 4.0.
Industry 4.0 applications require sensors to do more than just deliver process data to the PLC. In smart manufacturing, sensors must be able to communicate with other devices and higher-level information systems. This is possible with IO-Link, a simple, flexible, and secure open communication technology that enables continuous communication at the sensor level.
The IO-Link communication protocol has become a recognized standard in almost every branch of industry. The microcontrollers used make the sensors even more intelligent and can store parameter settings and provide additional information about device status and signal quality. This makes it easy to replace defective sensors since stored settings can be automatically transferred to new sensors during operation. IO-Link can be integrated into any network independently of the fieldbus via point-to-point connection and 3-wire standard cabling. An IO-Link master can also be used to operate both IO-Link and conventional switching signals with identical wiring. In addition, IO-Link sensors can be connected to conventional digital inputs. Read more about these and other advantages in this blog.