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Uniquely Inspired for Ideal Placement. Offering both Bare Stent, and Non Bare Stent configurations, RelayPro maximises Precision and empowers confidence with controlled and accurate deployment. Explore: https://loom.ly/9U_C_Js

Introducing Reflow: Connecting Niagara data to responsive elements. Allow integrators to save time on jobs and look like experts from the start. No additional setup time is required. Providing server-level functions for a network of JACE, Niagara Edge, and other field devices.

Slip rings supporting SPE ( Single Pair Ethernet). What's your Ethernet or SPE application? #Kubler #slipring #SPE #Singlepairethernet #rotatingequipment #communication #communicationsolutions #communicationprotocols #packagingsolutions #pacificautomation

New feature alert: tagfields for RF18XC communication modules! 🚀 We’ve just released an exciting update for our RF18XC Communication Modules (Version 2.2). Why you'll love it: 👉 Definition of tag data directly in the Module 👉 Get both the tag ID and user data in one command 👉 No need to adjust your PC program when changing the tag address space And the best part? You can use this feature in PLC environments too, not just on PC! Curious to learn how? Stay tuned! 😊

The Netsilon Time Server receives a satellite signal such as GPS, and then distributes this signal via your existing network to connected devices with no distance limit. A variety of time synchronisation formats are available for devices which do not have an Ethernet port, such as IRIG, AFNOR, ASCII, 1 PPS and 10MHz. For simplicity of operation, clocks can be Power-over-Ethernet (PoE) devices. The device is powered from the network jack plug, so no mains power is required. Installation is therefore very straightforward, and the units can be easily moved, making it a very portable system. If your network is not PoE enabled, power adapters are available.

Powering and Connecting Your World! @Brisk Worldwide Tripp Lite Product Showcase features over 4,500 products to connect, organize and protect critical computer and electronic equipment. Check out here! #briskworldwide #TrippLitebyEaton @Eaton @Tripp Lite

If you're at #distributech24 go to W303 and stop by and see us at booth #1759! Learn about our #DSATools - the power system analysis software that can optimize system planning and operation. #powersystems #gridoptimization #transmissionanddistribution #thepoweroftrust #thefutureofenergy

🎙️ New EyeOpener Episode Live: Predictive Maintenance Tune in with the Senseye Predictive Maintenance team to learn more about: ✅ The different forms of data that are crucial for predictive maintenance ✅ How using existing infrastructure is cost-effective and minimizes downtime, making it a valuable approach. ✅ The benefits of existing infrastructure such as reduced downtime, cost savings, and immediate value. ✅ The challenges with existing infrastructure such as different communication protocols, data quality issues, and inadequate data for predictive maintenance. 🎧 Watch the full episode here ⬇️ https://sie.ag/3sMPqe #predictivemaintenance #iiot #industry40 #hardware #pdmhardware

Use this solution for your on demand, pop up network needs and then recycle kit at other locations. Utilizing this 5G solution with secure access, speed and reliability supersedes setting up a WiFi network.

WTR (Wait-to-Restore): o WTR stands for Waiting time-to-Restore. It’s a critical parameter in microwave link systems, especially when they operate in revertive mode. o In a microwave link, revertive mode refers to the behavior where the system automatically switches back to the primary path (usually the main or preferred link) after a temporary failure or outage on the secondary path (usually the backup or redundant link). o When an issue occurs on the secondary path (such as signal degradation, interference, or equipment malfunction), the system switches to the secondary link. The WTR timer starts counting down. o The WTR time represents the duration the system waits before attempting to restore the primary path. It ensures that the secondary path is stable and reliable before reverting back. o If the secondary path remains stable during the WTR time, the system switches back to the primary path. However, if the secondary path experiences further issues, the system continues to operate on the secondary link. o WTR helps prevent unnecessary switching due to transient glitches or momentary disturbances. o Typically, the WTR time is set based on network requirements and the specific characteristics of the microwave link. In summary, WTR ensures a smooth transition between primary and secondary paths in microwave links, enhancing reliability and minimizing disruptions.