Ethernet Advanced Physical Layer, Ethernet-APL for short, is the physical layer for transmitting data into the field of process plants. Learn how parallel communication works today and what possible options there are to access data.
How Is a Type Code from Pepperl+Fuchs Structured? Our product portfolio of thousands of sensors includes: inductive, capacitive, magnetic field and ultrasonic sensors as well as sensors for special applications. To help you find the right sensor for your applications, we explain below how a type code from Pepperl+Fuchs is composed. Type codes from Pepperl+Fuchs are composed of three categories for the above sensors: In the first category, a distinction is made between functional principles (sensor type), application-specific features (type of use), installation situation (flush/non-flush) and the sensing distance. In the second category, a distinction is made [...]
Pepperl+Fuchs offers two extensive product families for safely transmitting signals between the field and control levels: the K-System and the H-System. The following article explains the differences between and benefits of these two systems, and explains for whom each system is most suitable.
Over the past decade, thin clients have become more and more popular in process automation and industrial applications. The trend toward virtualization makes thin clients an especially cost-effective solution as they allow users to access applications and information stored on centralized systems such as servers. Learn more about the benefits of thin clients in this blog post.
Explosive atmospheres, harsh environments, extreme temperatures—the process industry places unique demands on the people and technology working in the sector. This also applies to thin clients, as they are known in office applications. Unlike traditional PCs, thin clients run applications on remote servers rather than on the local hardware, and only transmit image information and user inputs over the network.
To choose the right ultrasonic sensor for a particular application, it is necessary to determine which factors affect the detection range and accuracy of ultrasonic sensors and how incorrect measurements can be corrected.
How do temperature, rain, and other external factors influence the performance of ultrasonic sensors? Read the blog article below to find out how ultrasonic sensors from Pepperl+Fuchs handle extreme conditions.
Different operating modes can be achieved with ultrasonic sensors with switching output by appropriate construction and configuration. Learn more in this blog article about how diffuse mode sensors, retroreflective sensors, and ultrasonic thru-beam sensors work.