Podcasts about Modbus

4.0 Podcast listeners, listen up! If your plant floor still speaks in mystery Modbus and legacy PLC grunts while leadership wants shiny AI dashboards, the Edge Connectivity → UNS Workshop—live online June 17‑19, 2025—is your shortcut. In three hands‑on sessions we'll show you how to hook any asset, clean the data, and stream it straight into a Unified Namespace your MES, BI, and AI apps can actually use. Because you're part of the podcast crew, use code PODCAST40 at checkout for 40 % off, but only until May 31. Hit the link, claim your seat, and turn mystery data into real‑time insight—before your competition even knows what hit them.https://www.iiot.university/offers/jwyzWAMM?coupon_code=PODCAST40

In dieser Folge von „TechnikDiskutiert“ sprechen Thilo und Thorsten mit Andras Schmalenberg von der KOSTAL Solar Electric GmbH, Produktmanager für PV-Wechselrichter und Speichersysteme. Es werden die folgenden Punkte in der Folge besprochen:-    Was ist ein Hybrid-Wechselrichter?-    Wie kann man mit einem Energiemanagement-System die Leistungsregelung der PV-Anlage verhindert werden.-  Wie wird ein Batteriespeicher an den Wechselrichter angeschlossen.-  Welche Schnittstellen sind bei Wechselrichtern wichtig (Modbus und EEBus)?.-   Einfache Feature Freischaltung von Zusatzfunktionen beim Wechselrichter durch Aktivierungscodes.-  Leistungssteigerung durch Repowering von Bestandsanlagen.  Für Fragen, Anregungen, Themenvorschläge oder Kritik erreicht ihr uns wie immer unter: ⁠kontakt@technik-diskutiert.de⁠. Links: www.kostal-solar-electric.com Repowering Tool Repowering- Tool: https://repowering.kostal-solar-electric.com/ NEU: PLENTIOCRE MP (einphasig) für Repowering von einphasigen Anlagen: DB WR+Bat G3 MP https://www.kostal-solar-electric.com/g3_mp_bat_db_deDB WR+Bat G3 https://www.kostal-solar-electric.com/g3-bat_db_de Datenblattt PLENTICORE G3: https://www.kostal-solar-electric.com/db_plenticore-g3_de Listemit kompatiblen Partnern (z.B. Wärmepumpe, Wallbox, Energiemanagement):https://www.kostal-solar-electric.com/compatible-partner Dateblatt Wallbox ENECTOR: https://www.kostal-solar-electric.com/db_wallbox_enector-ac-3_7-11_deDatenblatt Projektwechselrichter PIko CI 100: https://www.kostal-solar-electric.com/piko-ci-100_db_de PLENTICORE plus / G3 Modbus TCP Spezifikation:https://www.kostal-solar-electric.com/plenticore-modbus-tcp-spezifikation

Welcome back to your favorite (and only!) Controller Talk Podcast for one final episode before the holidays - diving into the essentials of LON and Modbus communication wiring! What better way to spread some holiday cheer anyways?

In November 2024, the global spotlight turned to BIMworld Munich, where Marek Koźlak, PhD, Founder and CEO of SIMLAB, took the stage to present a groundbreaking vision for the future of property management and construction technology. With an audience of industry professionals spanning the Architecture, Engineering, and Construction (AEC) and Facility Management (FM) sectors, Koźlak's presentation illuminated the transformative potential of digital twin solutions like SIMLAB STAGES and SIMLAB SIM-ON. SIMLAB's mission, as Dr. Koźlak stated, is simple yet powerful: "Helping you feel more comfortable with your property." This vision resonates across all phases of a building's life-cycle, from design and construction to operation, maintenance, and even renovation. By bridging gaps in interoperability and offering intuitive tools for asset management, IoT control, and collaboration, SIMLAB is creating a unified digital ecosystem for the AEC industry. Addressing the Key Challenges in the AEC and Property Management Industries Dr. Koźlak identified a major challenge plaguing the industry: disconnected data systems. Building projects generate immense amounts of data—blueprints, BIM files, 3D scans, IoT sensor data, and maintenance records—but these datasets often exist in silos, preventing effective collaboration. SIMLAB's solutions, powered by cutting-edge Matterport integrations and IoT technologies, unify this data into a cohesive platform. SIMLAB's innovative platforms, STAGES and SIM-ON, leverage partnerships with industry-leading technology providers to deliver a seamless digital twin experience. These integrations ensure interoperability, efficiency, and advanced functionality across all phases of a building's life-cycle. Key integration partners include: Matterport: Providing high-quality 3D scans for immersive digital twin environments. KNX IoTech: Enabling seamless building automation and IoT integration. Schneider Electric: Supporting building automation through the Wiser for KNX logic controller. Procore: Enhancing construction management workflows and data exchange. NETxAutomation:: Facilitating advanced building system communication standards. NavVis: Delivering precise indoor mapping and spatial data solutions. FIBARO (a Nice company): Integrating IoT device control and automation. Helvar and DALI: Supporting lighting control and building automation. VingCard, Kaba, and Salto: Providing access control solutions for smart properties. Modbus, BACnet, and OPC: Ensuring interoperability with industrial communication protocols. M-Bus and DMX: Extending automation capabilities for HVAC and lighting systems. EnOcean: Enabling wireless and battery-free IoT device integration. Fidelio/Opera and Infor: Streamlining hotel management systems and real estate operations. SNMP and MQTT: Enhancing IoT communication and system monitoring. These partnerships empower SIMLAB's platforms to centralize diverse data streams into a unified, user-friendly digital twin solution. Here's a deeper dive into how his presentation and SIMLAB's solutions resonated with specific attendee groups at BIMworld Munich: For Facility Owners and Managers: Simplifying Operations with Digital Twins Facility owners and managers, tasked with overseeing the operation and maintenance of complex buildings, face daily challenges in tracking warranties, invoices, maintenance schedules, and IoT device performance.  Dr. Koźlak demonstrated how SIMLAB SIM-ON revolutionizes facility management by providing a spatial 3D interface powered by digital twin technology. From real-time IoT monitoring to task management and maintenance scheduling, SIM-ON consolidates all data into a single, user-friendly platform. Why This Matters: Facility managers can easily locate problem areas, manage assets, and monitor IoT systems in real-time, reducing the burden of juggling disparate tools. For building owners, this translates into lower operational costs, streamlined maintenance, and improved tenant satisfaction. For Architects and Interior Designers: Empowering Design Visualization For architects and designers, Koźlak highlighted how SIMLAB's STAGES platform serves as a powerful collaboration and visualization tool. By integrating Matterport scans with BIM data, architects can view side-by-side comparisons of design plans and as-built conditions.  The ability to track construction progress visually, annotate scans, and communicate issues with contractors fosters a collaborative workflow. Why This Matters: Designers gain unparalleled insight into project stages, from early blueprints to final finishes, ensuring that their creative visions are realized without costly deviations. The platform also simplifies client presentations by providing clear, visual documentation of progress. For Construction Companies and General Contractors: Enhancing Collaboration and Efficiency Construction professionals deal with tight deadlines, budget constraints, and complex coordination among teams. Dr. Koźlak showcased how STAGES addresses these pain points with its construction progress monitoring and issue tracking tools.  The platform's timeline feature enables contractors to review the status of a project at any given stage, compare scans over time, and resolve discrepancies quickly. Why This Matters: With all construction data centralized and easily accessible, contractors can eliminate communication gaps, reduce rework, and complete projects faster. STAGES empowers teams to collaborate seamlessly, whether they are onsite or remote. For Insurance Companies and Financial Institutions: Improving Risk Assessment Dr. Koźlak emphasized the value of digital twin technology for insurance and banking professionals. SIMLAB's platforms provide a comprehensive historical log of property documentation, including warranties, maintenance records, and IoT sensor data.  Insurers and banks can access accurate, up-to-date information about a property's condition, reducing risks during underwriting or claims processing. Why This Matters: With SIMLAB's solutions, financial institutions gain a transparent view of assets, enabling better decision-making and reducing liability risks. Insurers can also leverage visual documentation to speed up claims assessments and minimize fraud. For Real Estate Developers and Property Owners: Elevating Asset Value Real estate developers and property owners attending BIMworld Munich learned how SIMLAB's digital twin platforms can enhance the value and marketability of properties.  By providing a detailed visual record of a building's life-cycle, SIMLAB's tools help developers showcase the quality and sustainability of their projects to potential buyers or investors. Why This Matters: Developers can differentiate themselves in a competitive market by demonstrating transparency and a commitment to innovation. The ability to provide potential buyers with a complete digital history of the property adds immense value. A Call to Action: Embracing the Future of Digital Twin Technology Dr. Koźlak concluded his presentation with a bold vision for the future of digital twin technology. As SIMLAB prepares to expand its footprint in Europe and the United States, the company is actively seeking collaborations with AEC professionals, real estate developers, and technology integrators.  With their solutions already generating impressive traction — 2,000 customers and over €2 million in revenue—SIMLAB is poised to redefine how properties are designed, managed, and maintained. The potential of digital twin technology is limitless, and SIMLAB is leading the charge. As Dr. Koźlak aptly stated, "Coordination, communication, and collaboration are the keys to unlocking the full potential of the built environment." This transformative message from BIMworld Munich serves as a rallying cry for industry stakeholders to embrace innovation and join SIMLAB on their journey toward a smarter, more connected future. Next Steps: Discover How SIMLAB Can Transform Your Property Management Ready to revolutionize how you manage and operate your properties? Explore SIMLAB's cutting-edge solutions for digital twins, construction management, and IoT integration today. Here's how you can take the next step: Visit Our Website: Learn more about our platforms, STAGES and SIM-ON, and how they can benefit your projects at www.SIMLABinc.com. Set Up a Meeting: Have questions or want a personalized demo? Contact us to schedule a meeting and discuss your specific needs. Reach out via our Contact Us page. Let's work together to simplify your building's lifecycle management and unlock its full potential with SIMLAB's innovative technology.

Get on the Supermarket Academy waitlist now! New program to supercharge your supermarket refrigeration expertise. This episode of our “CO2 Experts” series features Rusty Walker, Training Director with the North American Sustainable Refrigeration Council (NASRC), leading an in-depth discussion on troubleshooting CO2 system electrical diagrams. The conversation is loaded with tips and examples aimed at helping refrigeration technicians troubleshoot service calls faster and get more confident with electrical principles. This “CO2 Experts Live” series is all about providing deep technical training so technicians and engineers in the field can get some quick tips on how to troubleshoot more efficiently and confidently. Links to more in this series below. In this conversation, we cover: -Basics of electrical symbols -Electrical relays and switches -Voltage and troubleshooting techniques -Electrical troubleshooting tips -Tools refrigeration technicians need to carry -Importance of understanding wiring diagrams -Understanding the electrical circuit -Using meters for  -Tips for reading wiring diagrams -Bipolar stepper valves -Modbus troubleshooting  Helpful Links & Resources: Connect with Rusty: rusty.walker@nasrc.org   Learn more about the NASRC: https://nasrc.org/  Episode 253. CO2 Experts: Designing an Oil Management System with Nabil Cook Episode 257. CO2 Experts Live: Case Controllers with Kevin Mullis Episode 246. CO2 Experts: Startup and Commissioning with Kevin Mullis BOOK A CALL with Trevor to learn more about refrigeration training programs. Upcoming Servicing Compressors, Supermarket and CO2 Trainings: Learn More Here Learn More About Refrigeration Mentor: https://refrigerationmentor.com/ Get your FREE Service & Compressor Troubleshooting Guide: Access Here Refrigeration Mentor Linktree Refrigeration Mentor on LinkedIn Refrigeration Mentor on Instagram Refrigeration Mentor YouTube Channel

Why did JPEmbedded, a member of the #STPartnerProgram, choose to use an STM32F7 in its APIS Box? See how this network protocol converter for Modbus and MQTT brings cloud connectivity and interoperability thanks to the #STM32 ecosystem.

In dieser Folge von „TechnikDiskutiert“ geht es unter anderem um die Schnittstellen von Wärmepumpen. Als Gesprächspartner haben Thilo und Thorsten diesmal Malte Vahlenkamp, Leiter Produktmanagement Regelungstechnik von Stiebel Eltron, für euch ins Studio zugeschaltet. Schnittstellen wie beispielsweise Modbus und EEBus bei den Wärmepumpen werden immer wichtiger. Diese sind erforderlich für variable Stromtarife, PV-Überschussbetrieb und das Anlagendimmen nach § 14a. Besonders das „Anlagendimmen“ ist entscheidend, um das Netz von der letzten Trafostation bis zum Haus vor Überlastung zu schützen. Zudem können die Wärmepumpen problemlos über Modbus in Home Assistant und ioBroker in das Smart Home integriert werden. Des Weiteren geht es auch um die intelligente Einzelraumregelung der Heizung, die durch die Rückkopplung der Informationen des Heizungsventils zur Heizungssteuerung mittels spezieller Heizungs-Thermostate erfolgt. Wie immer stehen wir unter kontakt@technik-diskutiert.de für Fragen, Anregungen, Themenvorschläge oder Kritik zur Verfügung. Links zur Sendung:  www.stiebel-eltron.de

Podcast: Emerson Automation Experts (LS 23 · TOP 10% what is this?)Episode: Building Cybersecurity Robustness in Pipeline Operations PodcastPub date: 2024-07-25Manufacturers and producers across all industries know the challenges in keeping their operations cyber-secure. Industries such as pipeline transportation and electrical & gas distribution networks face additional challenges in the wide geographic spread of their operations and the need for reliance on public communications networks. In this podcast, I'm joined by Emerson cybersecurity expert Steve Hill to discuss these additional challenges and ways the companies in these industries, suppliers, and federal regulators are collaborating to develop and implement best practices for strong cyber resiliency. Give the podcast a listen and visit the SCADA Solutions & Software for Energy Logistics on Emerson.com and the AspenTech Digital Grid Management page for methods and solutions to improve your cybersecurity defenses and ongoing programs. Transcript Jim: Hi, everyone. This is Jim Cahill with another “Emerson Automation Experts” podcast. Pipelines cover a wide geographic area and require continuous monitoring for safe, efficient, and reliable operations. Today, I’m joined by Steve Hill to discuss the challenges pipeline operators face in keeping their pipeline networks cybersecure. Welcome to the podcast, Steve. Steve: Thanks, Jim. Pleasure to be here. Jim: Well, it’s great to have you. I guess, let’s get started by asking you to share your background and path to your current role here with us at Emerson. Steve: Thanks, yeah. I’ve been in the automation and SCADA industry for about 40 years, started on the hardware design and communications that then moved over to software. And it’s nearly 20 years I’ve been with Emerson. I joined as part of the Bristol Babcock acquisition. My main focus now is working in wide-area SCADA as the director of SCADA Solutions for Emerson, and most of that’s working in the oil and gas industry, working with Emerson sales and the engineering teams and our customers as they design systems and products for the industry. And also, alongside that, for the last few years, I’ve been collaborating with CISA. That’s the U.S. government Cybersecurity and Infrastructure Security Agency as part of the Joint Cyber Defense Collaborative. Jim: Okay. That’s a nice, varied background. That’s really good for our discussion. So, what exactly do you mean by wide-area SCADA? Steve: That’s a great question. There’s a SCADA system where the software is monitoring equipment across a very wide area. It might be a very large geographic area, like a pipeline or gas, or water distribution network, or perhaps a well field. I mean, some of the systems, for example, I was speaking to a customer last week who is monitoring an entire pipeline across Peru, and yet, their control centers are actually in Mexico. So, to do that kind of thing, the equipment is usually connected via public networks. You know, private networks don’t extend that far, and even the control centers may be widely distributed. And as part of that, compared to in-plant control, there’s an assumption that your communications are clearly not gonna be 100% perfect. You’re gonna lose communications either momentarily, like with cellular networks, and when, for example, like we’ve got in Texas this week, with natural events like hurricanes can cut communications for hours. But because these systems are all critical infrastructure, such as pipelines or electrical distribution, the actual operations, the process, must never be interrupted. Today, we’re talking about cybersecurity, and that same sensitivity is why these systems are now the target to some of the most sophisticated cyberattacks. Jim: Okay, that gives a picture of the breadth of these types of SCADA systems, and you had mentioned you’d work with CISA, the cybersecurity infrastructure defense agency, and the Joint Cyber Defense Collaborative, which I’ll just call JCDC for short. Can you give some more examples on that work? Steve: Yeah. Really, I could give you a bit of background. Probably many of our listeners know that there’s been several successful cyberattacks against critical infrastructure over the last few years. Probably the most famous in the pipeline industry was an attack that’s referred to as the Colonial Pipeline attack. That was actually a criminal ransomware attack that resulted in gasoline and jet fuel shortage across the Eastern U.S. for several days, and that was criminals basically trying to get money. And it was almost a random attack, it wasn’t targeted. However, there have been actual state-sponsored attacks, and probably the one that was most successful was prior to the Russian military attack against Ukraine. They actually instituted several successful cyberattacks against the Ukrainian power grid. And very concerning is, in recent months, the U.S. infrastructure, including pipelines, have been successfully infiltrated by a group that are called Volt Typhoon, who are thought to be from the People’s Republic of China. So JCDC and CISA are working hard to really counter and protect against these threats. Jim: Wow. Well, that’s clearly a huge concern. What is the JCDC doing to address these challenges? Steve: Well, in 2023, so last year, JCDC facilitated the development of something called the Pipeline Reference Architecture. Basically, Emerson, alongside other industry vendors and also pipeline operators, participated in the development of this Pipeline Reference Architecture, which I’ll refer to as the PRA. It’s a fairly short document that outlines the design and operating principles for SCADA systems in the pipeline industry. And one thing the government is keen to point out, it’s not a regulatory document, but it does set out the best principles and is intended as guidance for the industry. Really, they want to work with the industry to come up with best practices. Jim: Well, it sounds like this PRA is another set of standards to address cybersecurity. Why is another document needed in the industry where a bunch of standards exist now? Steve: Yeah, that’s a question I and other members get asked quite a lot. The main reason is that wide-area SCADA represents a very different set of challenges to traditional SCADA, which we refer to as inside the wire. So for example, a refinery or a manufacturing plant, everything is in one location. But as I mentioned before, wide-area SCADA has got a very wide displacement, physically. It also actually has a lot of remote field workers. There may be folks working on that system hundreds of miles from base, and you’re also using communications networks that are not even owned or operated by the owners of the pipeline. Though this PRA is really intended for the pipeline industry, clearly, it’s applicable to almost any wide-area SCADA, that’s water or electrical industry as well. Jim: Okay, that makes sense. So those are definitely challenges that don’t exist for more automation systems, as you say, inside the wire. Tell us more about how the PRA addresses these. Steve: Well, the big thing is segmentation, basically, taking the network and splitting it into different levels that represent different areas of the operation. For example, the internet would be what’s referred to as level zero, and moving all the way down to the bottom of the network, that’s level nine. And the levels in between that represent different levels of trust. Now, those who are familiar with cybersecurity and SCADA are probably familiar with something that is called the Purdue model, which I think first came out in the late 1980s, and that also splits up SCADA and control networks and actually business networks into different levels. However, when that came out, the internet was in its infancy. No one would ever have used the internet or even really public IP networks for their connectivity. So it doesn’t really take into account many of the things we take for granted today in these systems. So the PRA is intended to expand and take into account the reality that, for example, some of this critical data will actually be transiting across a public network, right? And in order to achieve that with this segmentation, we’re using a concept called Defense in Depth, right? And as you go down the different levels of the network, the assumption is you can trust each item on that network better. So, for example, on the internet, you don’t trust anything, but when you get down, let’s say, to the communications between an RTU [remote terminal unit] and a gas chromatograph on a local serial link, you might completely trust that. Now, it’s interesting, although that’s part of the PRA model, that does actually conflict with a security concept called Zero Trust, which is something that Emerson has really based our products on. But both zero trust and defense in depth are valid. Jim: Now, you had mentioned a couple of concepts I’d like to explore a little bit more in there, and let’s start with zero trust. Can you explain that concept to us? Steve: Oh, yeah. Yeah. Zero trust is a concept where any piece of equipment or software should trust nothing. Don’t trust anything else on the network, don’t trust the network to be safe, and it should not rely on anything else for protection. And historically, SCADA was protected, for example, by firewalls. You would use insecure products that were known to not be secure because they were developed perhaps 20 or 30 years ago and hide them behind firewalls, and that’s really how we’ve handled security today. But there’s a realization you can’t do that. So we now need to design products so that they don’t trust anything. But the reality is many of our customers, Emerson’s customers and pipeline operators, have devices that were installed perhaps 30 years ago. That’s the typical lifespan of some RTUs and controllers in this industry. So as a result, when you get down to the lower levels of the network, zero trust doesn’t work. So you do have to have levels of additional protection. So for example, if you had a Modbus link, which is basically insecure almost by design, that should be protected by additional levels of firewalls and so on. But if you’re designing a modern product, it should be designed so it doesn’t rely on anything else. And that’s the concept of zero trust. Jim: Okay, got it. So don’t trust anything. Everything must be proven out. And the other concept you talked about was defense in depth. So, what does that mean? Steve: Well, the phrase is most commonly used where we’re talking about a network with multiple levels in. So when you come from, for example, the internet into your business network, you would have a set of firewalls and what’s called the demilitarized zone. And then when you go from your business network down to your controls network, you’d have another set of firewalls. So it’s multiple levels of protection. However, that same concept should be used actually within products as well. And, in fact, Emerson takes that very seriously with our secure development lifecycle certifications, IEC 62443, and how we design those products. Jim: Well, that’s good. As you get those two and as you put in more modern technology, that it complies and has that cybersecurity built into mind there. So, can you give us an example of how it’s built in? Steve: Yeah. That great one. If I take, for example, the Emerson FB3000 RTU, that’s a flow computer and a controller device that’s designed specifically for the oil and gas industry, especially for pipelines, an obvious concern is that that may be attacked externally to modify the firmware. Now, at the first level, the RTU itself has secure protocols. It uses something called DNP3, which would, in theory, provide access to the device. But then the firmware, when we issue new firmware, we put it on a website so we have protection of the website, we also publish a hash, which is basically a unique key that the customer downloading the firmware can check. It hasn’t been modified by anyone attacking the website. But then, when they actually put it into the RTU, so they’re updating firmware, the RTU will check that that firmware was developed by Emerson and was intended for that device. It does that by certifying certificates on the load. Now, once it’s in the device and it’s running in the field, you might say, “Well, the task is done,” but there’s an additional level of protection. It will continually and on boot, check that firmware, make sure the certificate still matches, it’s not being changed. And if it has been changed, it will actually revert to a known good factory firmware that’s basically embedded in the device. So you can see that there’s really five or six different things all checking and ensuring that firmware in that device was not compromised. So basically, multiple levels within the device, and in addition, there’s multiple levels on the network. So the bad guys have to get through a lot of different levels to damage or compromise the device. And we’re trying to do that with everything we design today. Jim: Yeah. And with modern cryptography and making any change completely will change that hash and everything and make it impossible to slip something in without it being noticed. So that’s really a nice thing. Steve: Yeah. And the fact that even if it detects it, it then goes back to factory firmware, which may be a slightly older version, but your operation will keep running. It will keep controlling, which is a very nice feature. Jim: Yeah, that’s a great example there. I guess, going back to the PRA, what else does it include other than the segmentation that you discussed? Steve: There’s about 10 high-level principles that cover aspects of the design and operation of the SCADA system. And for each of these, there’s various examples and guidance on how to actually follow the principle in a real-world system. So, for example, there was a whole section on how to manage third-party devices in the contractors, because on a pipeline system, you’re almost certainly gonna have, for example, engineers from Emerson coming in from third parties. So it gives examples on the real-world aspects of operating the system. Jim: Are there other examples from it you can share? Steve: Yeah. One important one is when you’re designing the system, you should identify and document all of the different data flows that occur. And that’s, when I say data flow, communications or conversation between different pieces of equipment. So, for example, this RTU may communicate with that SCADA platform on this particular machine and may communicate with a measurement system on another machine, document all of those data flows, and then deny all other data flows by default. Then, after the system is running, continually monitor it passively. And if you see an additional communication, say, between two pieces of equipment that normally never communicated or didn’t communicate on a particular IP socket, flag that immediately, because it may be something that’s going on that was unexpected. It certainly was outside the original design of the system. Jim: This has been very educational. Thank you so much, Steve. Where can our listeners go to learn more? Steve: Well, really a couple of places. If you go to the CISA blog, which is at www.cisa.gov/news-events, there’s details there. The actual PRA was published on March the 26th of this year. And also, if you want to discover more about Emerson’s involvement in wide-area SCADA and the cybersecurity associated with it, if you go to Emerson.com/SCADAforEnergy, you’ll find some information there. Jim: Okay, great. And I’ll add some links to that and to some of the other things we discussed in the transcript. Well, thank you so much for joining us today, Steve. Steve: Not a problem. It’s a pleasure. -End of transcript-The podcast and artwork embedded on this page are from Emerson Team, which is the property of its owner and not affiliated with or endorsed by Listen Notes, Inc.

-- How can live data be added to Matterport digital twins for facilities management? -- How can IoT from various open standards be centralized and synchronized from various open standards? -- Why is a Matterport digital twin better than a traditional 2D dashboard of physical space for building automation control? Stay tuned ... On WGAN-TV Live at 5 (5 pm ET) Thursday, 16 May 2024, our topic is: SIM-ON by SIMLAB +NETxAutomation: A Next Level of Interoperability with Building Management System (BMS) Guests -- NETxAutomation Software GMBH Sales & Business Development Suvankar Das -- SIMLAB Product Owner/Project Manager (SIM-ON) Michał Szopa Topics ✓ Enriching Matterport model with live data ✓ New, intuitive Digital Twin interface with 2D dashboard option ✓ Centralized synchronization of multiple vendors ✓ Hardware interoperability for automation scenes: FIBARO, SmartThings, KNX IoTech, NETxAutomation ✓ Integration with NETxAutomation Building Management System (BMS) ✓ IoT connectivity via NETx Server ✓ Building automation standards interoperability: KNX, OPC, BACnet, Modbus, SNMP ✓ IoT multi-vendor connection possibilities for Matterport users by NETx Cloud Portal ✓ Application of digital twin model with NETx in various types of buildings e.g commercial, hospitality, industrial etc. ✓ Making life easy for the technical staff in buildings thanks to the hybrid visualisation model of digital twin and 2D graphics offered by Simlab and NETx ✓ How to increase the acceptability of such solution among decision-makers – expos, demo centers, training etc. Backstory of SIMLAB and NETxAutomation Partnership Merging SIMLAB software packages with NETxAutomation solutions brings the next-generation Building Management System (BMS). Leveraging NETx Cloud Portal interface, SIM-ON platform connects multi-protocol ecosystems with immersive Digital Twins. Using cutting-edge Matterport technology, SIM-ON transforms a traditional 2D dashboard into an interactive 3D model of physical space, creating a new experience of building automation control and facility management. NETxAutomation and SIMLAB have joined forces to integrate software packages and bring you the next-generation Building Management System (BMS). SIM-ON platform provides NETxAutomation system with innovative Matterport Digital Twin technology. NETx software gained spatial coverage based on a top-notch reality capture standard delivered by global leader Matterport. SIM-ON works on top of these realistic, navigable 360 spaces, transforming traditional 2D dashboards into interactive digital twins. Supporting all vendors integrated by NETx, creates a new experience of building automation control. Navigable, immersive 3D interface expands BMS essential function with alert notifications and facility management features, such as maintenance scheduling, communication tools, documentation storage, and more. All NETx system vendors controlled within one digital twin platform ✓ Intuitive and user-friendly 3D interface ✓ Secure and easy access to device data ✓ Visual presentation of device activity and settings ✓ Sensors alert notifications All Information Stored in One Data Container ✓ Real mapping of devices in space ✓ Collect all data about devices, equipment, and furnishing in one place ✓ Adding photos, videos, and documents ✓ Multiple categories for intuitive management All tasks and Issues Resolved With One Tool ✓ Schedule and manage facility maintenance items ✓ Real-time facility inspection in full 3D ✓ Build your customized timeline activity graphs ✓ Link to your favorite news and widgets ✓ Report issues with task manager

-----------------------------------Te espero por mi CLUBhttps://eeymuc.co/club/-----------------------------------https://mybook.to/verdadesqueduelen"Verdades que duelen pero que Transforman en la Industria 4.0" es una obra minimalista y directa, creada a partir del podcast "Automatización Industrial EEYMUC". Esta selección de 47 episodios reúne reflexiones y experiencias que desafían y orientan a los profesionales en el cambiante mundo de la Industria 4.0.El libro aborda de manera directa y sincera uno de los mayores desafíos de la era moderna: la obsolescencia digital profesional. Andrés Felipe Hurtado, con 271 episodios en su podcast que cuenta con 40.000 descargas y un canal de YouTube con más de 1.200 videos y 13.000 suscriptores, comparte su visión sobre cómo mantenerse relevante y competitivo en un entorno industrial que evoluciona rápidamente.A través de sus páginas, el autor desmitifica conceptos como IoT, IIoT, Edge Computing y RPA, y enfatiza la importancia de adaptarse a las nuevas tecnologías para evitar caer en la obsolescencia. Con ejemplos prácticos y consejos basados en su propia experiencia, el autor ilustra cómo las habilidades técnicas y la adaptabilidad son fundamentales para prosperar en la Industria 4.0.Este libro no solo es una guía para comprender las tecnologías emergentes, sino también un llamado a la acción para aquellos profesionales que buscan renovar sus habilidades y abrazar el cambio. Andrés Felipe destaca la importancia de ser un aprendiz eterno, explorando y adaptándose a las nuevas oportunidades que la era digital ofrece."Verdades que duelen pero que Transforman en la Industria 4.0" es una lectura esencial para ingenieros, técnicos y cualquier profesional de la industria que desee superar la obsolescencia digital y transformar su carrera en la era de la Industria 4.0.

With Sajad Badalkhani, Service & Technical Support Manager at OTT HydroMetFood for geeks! Most measurement instruments are either analog or smart. This applies to our Kipp & Zonen portfolio for solar irradiance monitoring, too. But which one to choose for which application?In this episode of OTT CAST, we welcome Sajad Badalkhani, an experienced technical expert for solar monitoring instruments. We discuss the technical differences between analog and smart sensors and who they are designed for. Sajad explains the concept of the Modbus protocol and introduces the SMP12, an ISO 9060:2018 Class A pyranometer with integrated heating and built-in sensors for remote monitoring of humidity and tilt angle.Tune in and learn about: Pros and cons of analog and smart sensorsIntroducing the Modbus protocol Next level monitoring with the new Kipp & Zonen SMP12=====CONTACT https://get.otthydrometinsights.com/podcast-contact-us/

Podcast: Nexus: A Claroty Podcast (LS 28 · TOP 10% what is this?)Episode: MITRE on Caldera for OTPub date: 2023-10-05Misha Belisle and Blaine Jeffries of MITRE join the Claroty Nexus podcast to discuss  Caldera for OT, a new set of operational technology plugins for the open source core Caldera adversary emulation platform. Caldera for OT supports the Modbus, BACnet, and dnp protocols, and Belisle and Jeffries hope to add future support for additional protocols. Red and purple teams may use Caldera for OT for adversary emulation in order to understand the exposure of these protocols to attacks. Caldera for OT is available here.The podcast and artwork embedded on this page are from Claroty, which is the property of its owner and not affiliated with or endorsed by Listen Notes, Inc.

Podcast: Nexus: A Claroty Podcast (LS 32 · TOP 5% what is this?)Episode: MITRE on Caldera for OTPub date: 2023-10-05Misha Belisle and Blaine Jeffries of MITRE join the Claroty Nexus podcast to discuss  Caldera for OT, a new set of operational technology plugins for the open source core Caldera adversary emulation platform. Caldera for OT supports the Modbus, BACnet, and dnp protocols, and Belisle and Jeffries hope to add future support for additional protocols. Red and purple teams may use Caldera for OT for adversary emulation in order to understand the exposure of these protocols to attacks. Caldera for OT is available here.The podcast and artwork embedded on this page are from Claroty, which is the property of its owner and not affiliated with or endorsed by Listen Notes, Inc.

Misha Belisle and Blaine Jeffries of MITRE join the Claroty Nexus podcast to discuss  Caldera for OT, a new set of operational technology plugins for the open source core Caldera adversary emulation platform. Caldera for OT supports the Modbus, BACnet, and dnp protocols, and Belisle and Jeffries hope to add future support for additional protocols. Red and purple teams may use Caldera for OT for adversary emulation in order to understand the exposure of these protocols to attacks. Caldera for OT is available here.

Today my guest is James Parsons of SCADAmatic who introduces us to their SimServe product in this episode of The Automation Podcast. For more information, check out the "Show Notes" located below the video. Watch the Podcast:  Listen via Apple, Google, Pandora, Spotify, iHeartRadio, Stitcher, TuneIn, YouTube, Rumble, Amazon Music, Podcast Index, Deezer, Podchaser, RSS, or below: The Automation Podcast, Episode 157 Show Notes: Special thanks to James Parsons of SCADAmatic for coming on the show to discussSimServe! You can now support our work and join our community at Automation.Locals.com! Thanks in advance for your support! Vendors: Would you like your product featured on the Podcast, Show or Blog? If you would, please contact me at: https://theautomationblog.com/contact Until next time, Peace ✌️  Shawn M TierneyTechnology Enthusiast & Content Creator Have a question? Join my community of automation professionals and take part in the discussion! You'll also find my PLC, HMI, and SCADA courses at TheAutomationSchool.com. (122 views)

Chris integrates full home power monitoring into Home Assistant, while Alex tames the AI and rushes to replace Dark Sky. Special Guest: Brent Gervais.

Vi har fått mange leserbrev i løpet av 2022 - Det som har vært gjengang har vært Protokoller, hva er BACnet, Modbus, KNX og hva er dette nye med API, Webhook og MQTT?For å hjelpe oss å demystifisere protokoller har vi fått med Eirik Bjørnstad fra Evotek for å bistå oss!Eirik har en lidenskap for bærekraft og drar full nytte av sin tekniske bakgrunn, bachelor i elektroteknikk og mastergrad i ledelse til å engasjere seg i spennende og innovative prosjekter, for å bygge en bedre morgendag.

CO2 Monday guest is James Darby from Resource Data Management.  James shares with us what RDM has to offers the industry for a solid refrigeration control platform.  Topics we discussed: Communication Protocols IP vs Modbus tcp/ip vs Modbus RTU RDMs CO2 superPAC controller The flexibility advantage of RDM controllers for new installs and retrofits RDM PLC controllers for customized system control design The advantage of the Data Manager that can log years of data They types of pictorial blocks to design a full customized control package. Examples like controlling parallel compressors or ejectors How RDM hubs can reduce installation cost and change setpoints in a click or two with the broadcast feature RDM Case Controllers which have many benefits like its ability to control all major manufactures EEVs.    Suction Float, Network Trim Control, Case Performance, Night Blind Detection, Defrost Warning and much more Learn more about RDM at resourcedm.com Get in touch with James on linkedin https://www.linkedin.com/in/james-darby-40756138/ or at James.d@resourcedm.co.nz ====================================== All Access to Refrigeration Mentor Content:  Learn More Upcoming Compressor Masterclass: Learn More Upcoming Supermarket Learning Program: Learn More Free System & Compressor Troubleshooting Guide Subscribe to the Refrigeration Mentors video newsletter and get your Free Compressor Guide Youtube Channel: https://www.youtube.com/c/refrigerationmentor Connect with the Refrigeration Mentor IG: @RefrigerationMentor

Dieses Mal diskutieren Thilo und Thorsten darüber, was ein Smart Home ist. Dabei gehen sie auf die open source Software „Home Assistant“ und „FHEM“ ein und welche Hardware wie z.B. Raspberry Pi 4 eingesetzt werden kann. Des Weiteren werden die Funkstandards Zwave, Zigbee und WLAN (Shelly) kurz erklärt. Als praktische Anwendung wird besprochen, wie man die eigene PV Anlage über Modbus ins Smart Home einbinden kann. E-Mail an Thilo und Thorsten: technikdiskutiert@gmail.com Links zur Installationsanleitung von Home Assistant: Home Assistant auf dem Raspberry Pi - Erste Schritte (tutorials-raspberrypi.de) Hausautomatisierung I - Einstieg in die Software Home Assistant - reichelt Magazin Link zum D1 Mini für die Temperatur Messung: Hausautomatisierung II - Eigene Geräte mit ESPHome programmieren - reichelt Magazin Link zur Installation ESPHome: Home Assistant und ESPHome auf RPi-4 installieren | #EdisTechlab - YouTube Shelly 2.5 in Home Assistant einbinden: Shelly 2.5 in Home Assistant einbinden und im Dashboard anzeigen - Schritt für Schritt #Folge8 - YouTube Link ESP Home Installation: ESPHome — ESPHome Link zum Raspberry Pi: Raspberry Pi 4 Computer Modell B, 4GB Light Starter Set | Raspberry Pi 4 Computer Modell B, 4GB Light Starter Set | Kits | Raspberry Pi Computer | Raspberry Pi | BerryBase Links zu den Hersteller von Wechselrichter und Hausakkus: VARTA Energiespeicher - Erleben Sie die Energie der Unabhängigkeit (varta-ag.com) BYD Battery-Box – BYD Battery-Box (bydbatterybox.com) Home | Solar Electric (kostal-solar-electric.com)

It's Season 4 Episode 1 of Industrial Automation - It Doesn't Have To.

Kevin and I talk about Emerson CPC Communication Issues on I/O net  ,Modbus ,BACnet ,Echelon. Termination ,Daisy Chain. 

https://www.eeymuc.co/227-modbus-rtu-en-s7-1200/Me llega una consulta de un suscritor del Club que se encuentra implementando una comunicación entre un PLC S7-1200 y un variador Danfoss. En la tutoría Online se resaltan algunas recomendaciones para poder llevar a cabo la implementación y hoy te cuento de las opciones que tiene el equipo de Siemens para agregar la capa física RS485 al PLC.

Energy metering.  Is that EASILY accomplished?  Are there well suited applications for metering AND can a building owner be confident about energy consumption?  (YES!)  Greg and Dan, our Ask Caleffi gurus, talk about energy metering during this episode of the podcast.  They talk Modbus-to-BACnet (say what??) and what applications are perfect for calculating BTUs in a specific space.  Interested in a real-life example?  No problem!  Dan digs into an actual case study of successful tracking of energy usage with the 7504 Series CONTECA heat energy meter in action.Want to hear YOUR QUESTION on Ask Caleffi?  Take this quick 4 question survey for your chance to hear your question in a future episode.Survey:https://forms.gle/fRfnU8Px3B1Lq7K69

https://youtu.be/mrxXVgomSGwCuando se configura el protocolo Modbus en los Variadores se puede identificar una secuencia no importa la marca de los equipos y se puede detallar como sigue:- Gestión de la capa física- Habilitar el Protocolo en el equipo- Configurar los parámetros de la comunicación serial- Configurar la palabra de control- Identificar la palabra de Status

https://youtu.be/mrxXVgomSGwCuando se configura el protocolo Modbus en los Variadores se puede identificar una secuencia no importa la marca de los equipos y se puede detallar como sigue:- Gestión de la capa física- Habilitar el Protocolo en el equipo- Configurar los parámetros de la comunicación serial- Configurar la palabra de control- Identificar la palabra de Status

https://www.eeymuc.co/p220/Los equipos de Industria, cualquier tecnología de las disponibles o actuales se comunican a través de las redes industriales. En el pasado han quedado estrategias de intercambio de información con señales digitales y señales analógicas. Al menos recomiendo comenzar a dominar protocolos como Modbus (RTU y TCP), MQTT y OPC UA.

https://www.eeymuc.co/p220/Los equipos de Industria, cualquier tecnología de las disponibles o actuales se comunican a través de las redes industriales. En el pasado han quedado estrategias de intercambio de información con señales digitales y señales analógicas. Al menos recomiendo comenzar a dominar protocolos como Modbus (RTU y TCP), MQTT y OPC UA.

Akademi 4.0 YouTube kanalında gerçekleştirdiğimiz Dijital Sohbetler'in üçüncü konuğu, Konzek Teknoloji'de Retmes Satış Mühendisi Uğur Tiğre oldu. Moderatör: Damla Meydan Konzek Teknoloji: https://www.konzek.com​ 1:28​ Haberleşme protolü nedir? 2:23​ Haberleşme prokolleri neden kullanılır? 3:10​ Retmes çözümlerinde hangi haberleşme protokolleri kullanılmaktadır? 3:36​ Bu protokollerden bahsedebilir misiniz? 05:45​ Modbus'un standart haline gelmesine etki eden özellikleri nelerdir? 6:15​ Modbus nerelerde kullanılabilir? 6:40​ SNMP'den biraz bahsedebilir misiniz? 7:47​ SNMP kullanarak, internete bağlı olan cihazlardan alabileceğiniz bilgiler nelerdir? 8:19​ MQTT ile devam edebiliriz. 9:18​ Bu abone durumunu bir örnekle açıklar mısın? 10:00​ OPC standartı nedir? 11:27​ Çeşitli haberleşme protokolleri bir arada kullanılabilir mi? Detaylı bilgi: info@akademi40.org Etkinliklerden haberdar olmak için kanalımıza abone olmayı ve bizi takip etmeyi unutmayın. Twitter: https://twitter.com/akademi40org Linkedin: https://www.linkedin.com/company/akademi40org/ Instagram: https://www.instagram.com/akademi40org/ MeetUp: https://www.meetup.com/Akademi-4-0/ Soundcloud: https://soundcloud.com/akademi40 Telegram: https://www.t.me/akademi40 YouTube: https://www.youtube.com/akademi40 Slack: akademi40.slack.com Ücretsiz etkinlik ve dijital içerik oluşturmak için bize ulaşın: info@akademi40.org

Sensors from the M2M world are evolving into connected sensors for IoT. Same sensor tech but now the sensor needs to communicate outside of a local and often proprietary network. Goodbye, 35-year-old Modbus, used in SCADA of yesteryear and hello layered communication, needed in the Internet of Things to onboard billions of sensors. In this episode of the IoT Inc Business Show, Mike Fahrion explains not only the anatomy of today's connected sensor but also why we're moving to a layered communication stack. Read the rest of the show analysis notes including the transcripts at: https://www.iot-inc.com/scaling-connected-sensor-solutions-iot-podcast/ This show is brought to you by DIGITAL OPERATING PARTNERS Related links you may find useful: Season 1: Episodes and show notes Season 1 book: IoT Inc Season 2: Episodes and show notes Season 2 book: The Private Equity Digital Operating Partner Training: Digital transformation certification

https://www.eeymuc.co/181-modbus-rs485/ Hoy hablamos de la relación que existe entre el Protocolo Modbus RTU y Modbus RS485. Realmente es exactamente lo mismo

https://www.eeymuc.co/181-modbus-rs485/Hoy hablamos de la relación que existe entre el Protocolo Modbus RTU y Modbus RS485. Realmente es exactamente lo mismo

https://www.eeymuc.co/181-modbus-rs485/Hoy hablamos de la relación que existe entre el Protocolo Modbus RTU y Modbus RS485. Realmente es exactamente lo mismo

https://www.eeymuc.co/181-modbus-rs485/ Hoy hablamos de la relación que existe entre el Protocolo Modbus RTU y Modbus RS485. Realmente es exactamente lo mismo

Quieres unirte al club y ser un EEYMUCQUER te dejo el Whatsapp https://wa.me/573128329992?text=Hola En el Episodio de hoy resuelvo la siguiente pregunta ¿Cuál versión de Modbus elegir, RTU o TCP? https://www.eeymuc.co/173-modbus-rtu-o-modbus-tcp/

Quieres unirte al club y ser un EEYMUCQUER te dejo el Whatsapphttps://wa.me/573128329992?text=HolaEn el Episodio de hoy resuelvo la siguiente pregunta ¿Cuál versión de Modbus elegir, RTU o TCP?https://www.eeymuc.co/173-modbus-rtu-o-modbus-tcp/

Quieres unirte al club y ser un EEYMUCQUER te dejo el Whatsapp https://wa.me/573128329992?text=Hola En el Episodio de hoy resuelvo la siguiente pregunta ¿Cuál versión de Modbus elegir, RTU o TCP? https://www.eeymuc.co/173-modbus-rtu-o-modbus-tcp/

Quieres unirte al club y ser un EEYMUCQUER te dejo el Whatsapp https://wa.me/573128329992?text=Hola En el Episodio de hoy te explico cómo llegar al artículo del Protocolo Modbus https://www.eeymuc.co/171-articulo-protocolo-modbus/

Quieres unirte al club y ser un EEYMUCQUER te dejo el Whatsapp https://wa.me/573128329992?text=Hola En el Episodio de hoy te explico cómo llegar al artículo del Protocolo Modbus https://www.eeymuc.co/171-articulo-protocolo-modbus/

Quieres unirte al club y ser un EEYMUCQUER te dejo el Whatsapphttps://wa.me/573128329992?text=HolaEn el Episodio de hoy te explico cómo llegar al artículo del Protocolo Modbushttps://www.eeymuc.co/171-articulo-protocolo-modbus/

Quieres unirte al club y ser un EEYMUCQUER te dejo el Whatsapphttps://wa.me/573128329992?text=HolaEn el Episodio de hoy explico la importancia de 3 funciones del Protocolo Modbus: 03, 06 y 16.https://www.eeymuc.co/170-funciones-claves-del-protocolo-modbus/