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Firmware update adds web server functions, “HCiR” and parallel access to HART devices to Ethernet gateways
Users in process automation have the most to gain from insight through data from sensors and actuators. This is where the advanced physical layer for Ethernet, short Ethernet-APL comes in, the data highway to the field of process plants. Many questions must be answered when deploying Ethernet-APL for the first time. This article discusses topologies for Ethernet-APL that can be realized with currently available infrastructure components.
Futureproof secure switches in a broad range of configurations
PROFINET technology continues to see growing interest and acceptance in process automation. To cater to the high level of interest in and demand for an easy-to-understand introduction to digital communication in field automation and the digital transformation, PI (PROFIBUS & PROFINET International) is offering an internationally oriented series of workshops on this topic.
For commissioning, inspection and mobile maintenance tasks
Entry-level model for simpler automation applications based on the JUPITER platform.
PROFIBUS & PROFINET International will help to further develop the joint creation of NAMUR and ZVEI
For a variety of markets, available with SFP port options
ODVA announced today that The EtherNet/IP™ Specification has been enhanced to enable EtherNet/IP networks to support the Ethernet-APL physical layer for process automation. Licensed Vendors for the EtherNet/IP technology can immediately start developing EtherNet/IP components for Ethernet-APL, including controllers, power switches, field switches, and instrumentation.
He will follow as successor to Glenn Schulz who will retire from this position at the end of the year.
Second control channel for use in complex aplications
DIN-Rail Fanless Device for Hazardous Deployment
Free virtual Ethernet-APL Technology Workshop offered to users on October 5 and 6
Versatile interface options for a broad range of markets
Glenn Schulz, Managing Director at FDT Group, gives us the details of the FDT 3.0 IIoT ecosystem, as well as insights on smart manufacturing and mobility, CIP security enhancements and 5G technology
We interviewed Andreas Hennecke, Pepperl+Fuchs Product Marketing Manager and Ambassador for Ethernet-APL about the development and possibilities of Ethernet-APL for the process industry.
For temperature ranges from -25 to 70°C with high protection ratings
Simplified incubator monitoring with compact solution
Variable labelling in real time for demanding applications
Verification System for label compliance and quality monitoring
CAN-based communication with Wi-Fi or Bluetooth for mobile automation
Accurate measurement and control of liquids at very low flow rates
Data acquisition for test & measurement and condition monitoring
Temperature measurement from -40 °C to 2300 °C for use in hazardous environments
Bringing Ethernet to the field in process plants
Ethernet reaches the field of process plants
Auto hotspot finder and motor focus enable optimal use
Intelligent communication for decentral automation of hygienic processes
Unlocking business potential through a unified, digital communications infrastructure for safety and non-safety
HF read/write head with Ex-m protection for contactless identification in explosion-protected areas
Ethernet connectivity for increased flexibility and simplicity in flow measurement
“Size changeover” is not necessarily a term that immediately makes people stop and pay attention in the pharmaceutical industry. However, considering the challenges in pharmaceutical manufacturing, which are characterized by cost and competitive pressure as well as strict regulations, intelligent size changeover means competitive advantages in terms of efficiency, product quality and process reliability.
Industrial scanners deliver real-time thermal imaging at scan speeds up to 300 Hz
Confirming the safety, efficacy and quality of medications is paramount in the pharmaceutical sector, which requires robust data governance strategies. In the world of Pharma 4.0, these need to accommodate an ever-increasing volume of data. Technologies that incorporate gigabit Ethernet and Time-Sensitive Networking (TSN) are exactly what is needed. Author: John Browett, General Manager at CLPA Europe
Reliable and ruggedized Ethernet-APL brings networking to the field of process plants.
Ethernet-APL for wide use in process control
Today’s Industrial Ethernet connects any standard ethernet-based protocols. It flexibly integrates devices based on open and vendor-specific (safety) protocols.
BASF is convinced of Ethernet-APL technology: it offers powerful and consistent digital communication in process automation from sensors to control levels. We talked to Andreas Ziegler, Automation Manager at BASF SE, about advantages and challenges.
Reliable real-time communication between machines, plants and cloud systems
Rugged and flexible solution for monitoring and control in extreme environments
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