Technologies
Learn more about intelligent communication technologies such as IO-Link, RFID, or Ethernet-APL, which enable transparent and digitized processes in your plant. These key technologies for setting up IIoT networks ensure reliable data transmission from the field level to the controller, to software systems, and into the cloud. In addition, Pepperl+Fuchs offers an IoT system based on an ultrasonic sensor using LoRaWAN® technology, which autonomously transmits data over a range of several kilometers.
Technologies
Learn more about intelligent communication technologies such as IO-Link, RFID, or Ethernet-APL, which enable transparent and digitized processes in your plant. These key technologies for setting up IIoT networks ensure reliable data transmission from the field level to the controller, to software systems, and into the cloud. In addition, Pepperl+Fuchs offers an IoT system based on an ultrasonic sensor using LoRaWAN® technology, which autonomously transmits data over a range of several kilometers.
Vibration Diagnostics with Raw Acceleration Data Sensors
In vibration diagnostics, there are two different methods for monitoring the performance and condition of machines: While unbalance measurement based on Root Mean Square (RMS) sensors primarily aims at general machine monitoring, frequency analysis based on raw acceleration data enables a more in-depth analysis of vibration behavior.
ASi-3, ASi-5, and IO-Link: A Comparison of Three Communication Protocols
As simple and comparatively cost-efficient wiring technologies for sensors and actuators in the field, AS-Interface and IO-Link combine high functionality, flexibility, and reliability. In this blog article, learn where to use ASi-3, ASi-5 and IO-Link, and what makes these communication protocols so special.
The Important Function of RFID in the Mining Industry
RFID technology plays an important role for the mining industry in improving efficiency, occupational safety, and operational performance. Learn which RFID systems are used in the challenging mining environment.
Multipixel Technology vs. Pulse Ranging Technology—a Comparison of Two Photoelectric Measuring Principles
Have you ever wondered what is the difference between Multipixel Technology (MPT) and Pulse Ranging Technology (PRT)? Find out how photoelectric sensors with MPT and PRT work and for which applications the respective technologies are suitable.
LF, HF, UHF—How to Select the Ideal RFID Frequency Range for Your Application
LF, HF, or UHF RFID?—Learn how to select the most suitable RFID frequency range for your application. Whether in toll systems, as goods labels, in anti-theft systems, or for marking and tracking assets in production and logistics processes, noncontact RFID technology is ubiquitous.
Intelligent Valve Control with IO-Link in Conveyor Technology
Pneumatic valves are widely used in material handling systems. Learn how IO-Link valve connectors from Pepperl+Fuchs can make standard valves smart and add value to your application.
Ultrasonic Double Sheet Sensors with IO-Link Make Material Layer Detection Simple and Reliable
When it comes to reliably detecting sheets of various materials such as paper, plastic, wood, sheet metals, or even highly reflective solar wafers in industrial processes, ultrasonic double sheet sensors offer an ideal solution. This is now easier than ever with two new series of IO-Link double sheet sensors in M18 or M30 design.
Ethernet-APL—8 FAQs about Plant Performance with Digital Communication
Ethernet-APL enables continuous communication and fast data transmission from the field level to the process control system and the cloud. As with all modern technologies, questions also arise. We answer eight frequently asked questions about the plant performance with digital communication and what users should look for when building an Ethernet-APL network.
IO-Link Device Offline Parameterization Using PACTware
When connected to an IO-Link master, IO-Link devices offer a variety of benefits to the control systems in a plant, such as online configuration and parameterization, simplified device exchange, and even data acquisition via OPC UA and MQTT. For commissioning and test reasons, however, you may wish to configure and parameterize an IO-Link device outside the plant. This blog article supports you in offline parameterization of IO-Link devices using PACTware.
RFID in Explosion-Hazardous Areas: Three Examples from the Field
In this blog article, you will gain insight into three application examples that will help you understand the successful and safe use of RFID in hazardous areas.
How to Decode RFID Tags (HF)
Pepperl+Fuchs’ RFID read/write heads can read any RFID tags and any RFID system can read Pepperl+Fuchs’ RFID tags made to the international standards ISO/IEC 15693 and ISO/IEC 18000-3. In this blog article, we explain how to decode HF RFID tags to configure your HF RFID system.
Condition Monitoring and Predictive Maintenance with IO-Link Rotary Encoders
With the ENA**TL-**IO-Link, Pepperl+Fuchs was one of the first manufacturers to launch an absolute rotary encoder with IO-Link interface. Learn how you can benefit from easy configuration and integration with this IO-Link rotary encoder, while at the same time monitoring the status of your plants in a cost-effective manner.
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