Rockwell Automation releases new 1756-RM3 Redundancy Module

Interested in redundant #PROFINET connections to your controllers or I/O systems? 🔍 The R1 redundancy mode of SIMATIC ET 200SP provides redundant I/O architecture and therefore ensures continuous operation of your automation systems, even in the event of a single point of failure. 🛡️ Protect your critical processes from unexpected downtime with the advanced system redundancy option of SIMATIC ET 200SP. Benefit from maximum system availability and uptime! 💪 Learn how this robust #redundancy can help you minimize costly production interruptions and keep your critical processes online. 👉 https://sie.ag/2sX8Rg

Ethernet‑APL is the rugged Ethernet physical layer designed for process plants: it runs over two‑wire cabling for long distances, is safe for hazardous areas, and enables more data exchange with less wiring - ideal for connecting field instruments quickly and reliably. With our I/O terminals we bring Ethernet‑APL into a modular architecture, giving you real‑time data access, scalable systems and faster digital transformation for the process industry. 🌐: https://lnkd.in/epxwsD3Y #beckhoff #processindustry #APL

When Variable Speed Drive systems aren’t optimized from the start, performance issues ripple across the entire operation, causing unexpected downtime, energy waste, and faster wear on critical components. Proper drive selection and integration isn’t just about specs, it’s about load matching, control architecture, and how the system responds under real-world conditions. 💡 And once it's live, commissioning support makes the difference between “works on paper” and works in production. Because in high-demand environments, small misalignments become significant problems quickly. 📩 Let’s talk about future-proofing your systems: valbrid.com/contact-us #IndustrialAutomation #DriveEngineering #SmartManufacturing #ProcessOptimization #ControlSystems #EnergyEfficiency #AutomationEngineering

When Variable Speed Drive systems aren’t optimized from the start, performance issues ripple across the entire operation, causing unexpected downtime, energy waste, and faster wear on critical components. Proper drive selection and integration isn’t just about specs, it’s about load matching, control architecture, and how the system responds under real-world conditions. 💡 And once it's live, commissioning support makes the difference between “works on paper” and works in production. Because in high-demand environments, small misalignments become significant problems quickly. 📩 Let’s talk about future-proofing your systems: valbrid.com/contact-us #IndustrialAutomation #DriveEngineering #SmartManufacturing #ProcessOptimization #ControlSystems #EnergyEfficiency #AutomationEngineering

Industries can reduce unplanned downtime, speed up recovery, and increase throughput by unifying the Distributed Control System (DCS) and Electrical Management Control System (EMCS) into one architecture. Gain real-time insights into electrical situations, ensuring process continuity and prompt responses. Learn more: http://spr.ly/6044ff8Py #WeShapeAutomation #ProcessAutomation

Industries can reduce unplanned downtime, speed up recovery, and increase throughput by unifying the Distributed Control System (DCS) and Electrical Management Control System (EMCS) into one architecture. Gain real-time insights into electrical situations, ensuring process continuity and prompt responses. Learn more: http://spr.ly/6044ADbZ2 #WeShapeAutomation #ProcessAutomation

Industries can reduce unplanned downtime, speed up recovery, and increase throughput by unifying the Distributed Control System (DCS) and Electrical Management Control System (EMCS) into one architecture. Gain real-time insights into electrical situations, ensuring process continuity and prompt responses. Learn more: http://spr.ly/6049f0LW7 #WeShapeAutomation #ProcessAutomation

🔄 Take Control of Your Automation Upgrade 🔄 Upgrading your automation system doesn’t have to mean extended downtime or relying on third-party contractors. With the right tools and guidance, your team can lead the way. In partnership with Rockwell Automation, NHP offers a powerful suite of intuitive tools to help you confidently migrate from legacy SLC™ 500 controllers to modern CompactLogix™ 5380 systems—on your terms, at your pace. 💡 Whether you're aiming to reduce costs, minimise disruption, or stay in control of your modernisation journey, these tools are designed to support a successful DIY migration: 🛠️ Integrated Architecture® Builder (IAB) Design your new CompactLogix 5380 system with ease. Automatically generate a bill of materials based on your existing setup—no guesswork required. 🧠 RSLogix 5000® / Studio 5000® Project Migrator Convert your SLC 500 application code quickly and accurately, preserving your logic while updating your platform. 🔌 1492 I/O Wiring Conversion System Retain existing field wiring and reduce risk during hardware transitions—saving time and improving safety. 📐 CompactLogix™ 5380 Configuration Drawings Download scalable architecture drawings to accelerate system design and visualise performance. 📄 ProposalWorks™ Proposal Builder Create RFQs, BOMs, and full proposals with over 1,500 wizards—perfect for procurement and planning teams. 🌐 SLC EtherNet/IP™ Communication Module (1747-AENTR) Enable communication between CompactLogix 5380 and your existing remote I/O network—ideal for phased migrations. 🔗 Compact 5000™ I/O Serial Module (5069-SERIAL) Support legacy serial devices and mixed I/O environments with flexible connectivity options. 👷♂️ Not Sure Where to Start? We’re Here to Help. At NHP, we empower our customers with the tools and knowledge to succeed. Whether you're planning your first migration or managing a nationwide upgrade, our team is here to support you every step of the way. 📩 Learn more: https://lnkd.in/gHvQssYC #Automation #Modernisation #CompactLogix5380 #RockwellAutomation #NHP #IndustrialTechnology #DIYMigration #Manufacturing #EngineeringTools #SystemUpgrade #SmartManufacturing

Choosing between integrated PLC/HMI systems and distributed architectures means balancing performance, scalability, maintenance, and long-term flexibility. Each has trade-offs—so a careful, application-specific evaluation is key. Pacific Blue Engineering can help. https://lnkd.in/gtbVBDKD

Have your machines achieved their optimum productivity goals yet? According to a recent study, machine uptime in process plants averages to about 67% and the Overall Equipment Effectiveness score of most manufacturing organizations fall between 40% to 60%. By efficiently addressing machine requirements through ensuring its optimal #Performance, #Reliability and #Availability using an integrated system architecture and standardized interfaces, one can achieve optimum machine #Productivity. Know more on how you can make optimal use of available resources and improve your machine’s productivity at https://sie.ag/67mV6y