Post di Studiomeme

protection and coordination ✒ Relay coordination is the process of setting and timing relays in an electrical system to ensure that the correct relay responds to a fault, isolating the faulty section while keeping the rest of the system operational. This minimizes the impact of faults and enhances system reliability. #relaycoordination #protectionrelay #electricalsafety #powersystemprotection #relaysettings #selectivetripping #faultprotection #circuitprotection #powerdistribution #electricalengineering #distanceprotection #impedanceprotection #transmissionlineprotection #powersystemsecurity #faultdetection #relayprotection #electricalsafety #powergridprotection #electricalengineering #lineprotection POWER PROJECTS Madhan Raj Mohamed Meeran

Do you know the correct make and type of this switchgear?

ELD Basics - What Happens with Intermediate Layers? You already know that Electronic Leak Detection (ELD) relies on an electrically conductive substrate placed directly under the membrane you test (for leaks or breaches). But what happens when you add intermediate layer(s) in between? This is common in warm roof systems, where a vapour barrier and thermal insulation are installed between the supporting deck and the waterproofing membrane. Well, unless all these layers are electrically conductive, there will be no return path for the current—which means ELD testing won’t be possible. Unless you add… A conductive underlay directly under the waterproofing, designed specifically to enable ELD, even when intermediate layers are present. By connecting your ELD equipment to this conductive underlay, you ensure accurate and precise ELD testing, no matter how complex the roofing system. This is a simple addition that needs to be planned during the design phase to allow for thorough testing and long-term leak prevention. Want to know more? Get in touch! 🖐 ------------------------------------------ ♻️ Repost to share with your network! 👉 Follow for more insights on Waterproofing, Roofing, ELD, and solutions for Leak Prevention!

➡ The ultimate solution to supervise and control a coating-laminating job. Sensing unit NM-9000 provided by Nordson Measurement & Control Solutions. Monitoring and managing the coating weight in a converting process has never been so accurate and reliable. Nordmeccanica in cooperation with Nordson has developed the ultimate totally integrated package of sensing unit and process control. Coating technology can now be managed in total automation through the integration of Nordmeccanica machine set-up with the superior reliability of Nordson instruments. No undesired variables interferences, no complex operator handled preliminary procedures. Simple, easy and effective, the Nordmeccanica Way. Process management will cover multi rollers coating processes as well as Solvent Less lamination in the widest available range of coating weights. 

🔴 The Dangers of Arc Flash : Prioritizing Electrical Safety ⚡ 🔷 Arc Flash is among the most hazardous electrical incidents, posing risks to human safety and operational stability. ✅ 🔹 Implementing preventive measures and robust relay coordination is critical to mitigate these dangers. ✅ ⚪ Key Risks of Arc Flash ✅ 🔥 Extreme temperatures causing explosions and equipment damage. ⚕️ Severe injury risks, including life-threatening burns. 🛡️ Disruptions to operations and compromised equipment reliability. 🟢 Electrical Safety Solutions : 🔻 Arc Flash Risk Analysis: Identifying and addressing vulnerable areas. ✅ 🔻Relay Coordination: Ensuring stability by preventing unintended activations. ✅ 🔻Safety Planning: Protocol development, protective equipment provisioning, and emergency response training. ✅ #ArcFlash #ElectricalSafety #RelayCoordination #IncidentPrevention #EquipmentProtection #WorkplaceSafety #IndustrialSafety

🔧PROPER SIZING IS THE KEY TO STABLE CONTROL VALVE OPERATION🔧 In previous posts, we’ve discussed how filters and air valves support stable control valve operation. However, the most crucial factor is ensuring proper valve sizing based on accurate hydraulic data. A valve that is too large or too small can lead to various issues, including poor flow control, system instability, and even damage. Why Proper Sizing Matters: ✅ Accurate Control: Correctly sized valves maintain smooth operation, preventing pressure fluctuations and unstable flow. ⚙️ Prevent Cavitation: Proper sizing minimizes the risk of cavitation, which can cause valve damage and lead to expensive repairs. 💡 Energy Efficiency: Undersized valves make systems work harder, wasting energy and driving up costs. 🔧 Prolonged Valve Life: Correct sizing reduces wear and tear, extending valve lifespan and lowering maintenance expenses. Proper sizing is essential for efficient, safe and cost-effective water system operation. That’s why at AVK, we place great emphasis on proper valve selection. Let’s collaborate to optimize your system! In upcoming posts, we’ll explore which hydraulic data is most critical for proper valve selection and why it’s so important.💧🔩 #WaterSystems #ValveSizing #FlowControl #PreventCavitation #IndustrialEngineering

🧐 𝗠𝗶𝘀𝘂𝘀𝗲𝗱 𝗲𝗾𝘂𝗶𝗽𝗺𝗲𝗻𝘁?! 📽️ Attached video comes from a ship and shows circular motion getting turned into linear one. 🤔 Now, normally I'm against misusing equipment all day. But there are certain exceptions one has to make in some cases. This is probably one of them. 🛳️ I'm not a ship expert, but according to the source, we can see a diesel exhaust valve. It's getting obvious from the content, that repair work seems to be going on right next to it. 🤷♂️ When you have limited resources at your workplace and your very life might depend on the function of certain equipment, I certainly can give some leeway here. Credit: u/Chopper, DM me for a specific attribution or removal