Advanced Energy’s Post

Grid-forming inverter secure-by-design question - what say you? Currently, grid-forming inverters - especially with virtual synchronous machine control capabilities for detection and response to grid transients such as under and over frequency conditions - necessarily incorporate precision software to be adaptively responsive to these incipient grid conditions. This is in part because the trajectory of the transition from grids which still are driven by synchronous generation. Conjecture: As the trajectory of this aspect of the grid continues to evolve to a grid where the grid-forming inverters are the maximized resource asset for injecting voltage and therefore controlling frequency and current - and SG is significantly minimized if not completely reduced, should the design and production manufacturing of GFM incorporate a combination of programable digital components for the current situation of grid dynamic behaviors as well as solid-state components that would perform all of the control algorithms needed when the grid is maximally inverter-based? I.e. a parallel / dual design? There is an intersection aspect to this question in that necessarily, programable and software controlled and configurable assets are far more susceptible to cyber-physical exploitation and abuse whereas solid-state components are far less susceptible to such vectors.

What is EtherCAT? If you want a good high level understanding of the fastest growing fieldbus, which arguably already has the most installed devices globally of any fieldbus protocol, check out this article from Control Design. Don't be left behind with a fieldbus that offers sub-level performance only because it's what your most familiar; learn why the largest end users in Intralogistics are turning to EtherCAT! #EtherCAT #intralogistics #parcel #fieldbus #automation https://lnkd.in/etY8fJzT

Difference between Scada and Hmi SCADA stands for Supervisory Control and Data Acquisition, while HMI stands for Human-Machine Interface. SCADA is a system used to monitor and control industrial processes and gather data from various sensors and devices. It allows operators to remotely monitor and control the processes from a central location. On the other hand, HMI refers to the graphical interface that enables humans to interact with machines or systems. It typically includes a visual display, such as a touchscreen, that allows users to monitor and control the operation of a specific machine or process. In simpler terms, SCADA is the overall system that collects and manages data, while HMI is the interface that allows humans to interact with that data and control the processes. They work together to make industrial operations more efficient and manageable.

CMMT-MP Multi-Protocol Servo Drives Improve Productivity and Eliminate Supply Chain Bottlenecks Thanks to our new CMMT-MP family of multi-protocol #servodrives, machine builders can work #smarter — not harder. Each drive supports EtherNet/IP, EtherCAT, PROFINET and Modbus TCP communication protocols, reducing drive inventories, strengthening #supplychains and simplifying #engineering efforts through the use of one familiar platform. Check more at our new #blog post:https://lnkd.in/ec_gR3wW

#PLC and #VFD Communication with #Modbus Protocol Modbus is a communication protocol that enhances the control and monitoring of devices like variable-frequency drives (VFDs) and motors, improving upon traditional hard-wired systems. In a conventional setup, a PLC sends discrete commands (Stop, Forward, Reverse) and an analog speed-control signal to a VFD using multiple wires. Modbus simplifies this by using a single two-conductor cable for communication between the PLC (as a Modbus master) and the VFD (as a Modbus slave). This setup allows the PLC to send the same commands and read data from the VFD, significantly reducing the wiring complexity. For example, a Modbus command can change motor speed or direction and read fault codes from the VFD for better diagnostics. A major advantage of Modbus is its ability to connect multiple devices on the same network. A single PLC can control and monitor up to 247 Modbus slave devices using unique addresses for each device, enhancing scalability. Commands can be sent to individual devices or broadcast to all devices simultaneously. Despite its advantages, Modbus can be slower and less reliable than dedicated wires, as the PLC cannot issue multiple commands simultaneously. However, the reduced wiring complexity and improved control and monitoring capabilities make Modbus a valuable protocol in industrial automation. For more information follow #S_automation

Rotork have just released our integrated Ethernet connectivity options for the IQ3 Pro, perfect for pairing with our Cloud-based Intelligent Asset Management platform for predictive maintenance of site assets. Contact me or Rotork to understand more about this new feature and how it can benefit you and your assets. #Rotork #IndustrialEthernet #IntegratedEthernet #Ethernet #ElectricActuation #AssetManagement

Transforming your automation systems just got easier with the SITOP PSU8600 Power Supply System from Siemens! The Siemens SITOP PSU8600 system not only delivers seamless integration and multi-vendor data exchange but also offers space-saving solutions with minimal heat loss, thanks to its high efficiency design. It seamlessly integrates into the digital enterprise via PROFINET, EtherNet/IP, or Industrial Ethernet and offers unparalleled flexibility and performance. It is complete with features like selective monitoring for overcurrent and the ability to prevent interruptions and plant downtimes with a suitable buffer and battery modules, keeping your processes efficient. To learn more about Siemens SITOP PSU8600, read our latest article! #SiemensSITOPPSU8600PowerSupplySystem #Automation #PowerSupplySystem #PowerFloTechnologies

We are excited to introduce our fully integrated ethernet actuator, which is compatible with EtherNet/IP Modbus TCP and PROFINET protocols. This innovative technology marks a significant leap forward in industrial automation, offering unprecedented data connectivity, speed, and operational efficiency. With our new solution, a data gateway is no longer required, enabling a direct, streamlined connection to Rotork’s intelligent IQ3 Pro actuator. This reduces complexity and increases the volume and speed of data extraction, with transfer rates up to 100 Mbps. It accelerates data transfer and enhances the capability for in-depth data analysis. By leveraging our Intelligent Asset Management (iAM) cloud-based system, you can unlock powerful insights from your operational data. This enables predictive maintenance, optimised performance, and informed decision-making, driving productivity and reducing downtime. #Rotork #IndustrialEthernet #IntegratedEthernet #Ethernet #ElectricActuation #AssetManagement Read more - https://bit.ly/3XASZK8

What do I need for the use of IO-Link and where can I find it? Thanks to the standardized communication protocol used across all sensors, actuators, and control components, setup and commissioning with IO-Link geets simple and fast. Even for those without expertise in the field. With just a few hardware and software components, you can get started with IO-Link.   IO-Link master: This data hub, which is attached to the skid near the sensors, allows up to eight sensors or actuators to be plugged in via M12 cable. Cables: Thanks to the digital transmission‘s interference immunity, 3-pin M12 standard cables can be used. IODD: The „IO-Link Device Description“ is device-specific software necessary for operation via the IO-Link master. Click here to open the IODD Download page: https://lnkd.in/dKqE4jAy AOI: The „Add-On Instruction“ is required only by few PLC types. The AOIs for all Anderson-Negele sensors can be found here: https://lnkd.in/dhfAdTTi   Start your Digital (R)evolution now!  https://lnkd.in/eUkTr3VJ To stay informed about the latest news and insights from Anderson-Negele, simply click 'Follow.' And if you've found this information valuable, please consider giving us a "Like" or leaving a comment."

UNLOCK LEGACY MODE Are you currently running any of the legacy Anybus Communicator gateways in your plant? By now you will likely know that the next-gen Anybus Communicators are far more powerful than their predecessors. Their have been significant hardware improvements with front facing ports and a slimmer construction but that's not all ... The next-gen gateways allow for instant data transfer, up to 10 times faster than your legacy gateways, and you can exchange significantly more data as the gateways transfer up to 1,500 bytes to and from connected PLCs. And with this handy little feature, you can easily streamline your gateway replacement process without causing production downtime or having to worry about extensive reprogramming. This is where the Anybus Communicator's legacy mode for PROFINET, PROFIBUS, and Modbus TCP comes into play. Legacy mode can be activated during network configuration in the web user interface 💻 using the latest firmware release. Once enabled, the next-generation Anybus Communicator behaves like a Communicator Classic or X-gateway towards the PLC. There's no need to modify the GSDML/GSD file, and you can continue to use the Anybus addressing mode on Modbus TCP. Now you can significantly expedite the replacement process allowing you to use the next-generation Anybus Communicator as a true drop-in replacement. Still haven't upgraded to these next-gen gateways? Get in touch and we can help you to get your sites upgraded and up-to-speed with the latest gateway technology ☎️ +353 (0)1 450 6 450 📩 sales_dublin@parkelect.com 🌐 www.parkelect.com/ #industrialautomation #anybus #industrialcommunication