Robert Seidel’s Post

Switching on 13 lighting groups at once? Sounds simple but in practice it means high inrush current, tripped breakers, and faster component wear. My solution: ✔️ 0.5 second delay per group all lights on, but the grid stays stable ✔️ Load distribution power supplies and breakers are protected ✔️ Cost savings no oversized hardware required Of course, I know there are off-the-shelf components for this. But: the control system I developed goes further. 👉 Individual control of groups 👉 Multi-function buttons 👉 Illuminate only selected work areas efficient and cost-saving For the operator this means: longer system lifetime, reduced investment costs, and a flexible control system that adapts to real-world needs. 👉 And this is where the true value of an hourly rate shows: Not 90% for “turning screws”, but 90% for know-how the ability to anticipate problems and create solutions that outperform standard hardware. Technology is not just about doing it’s about foreseeing. #ElectricalEngineering #InrushCurrent #CostOptimization #Efficiency #KnowHow #PracticalExperience

Superior availability in the event of power failures with uninterruptible power supply The new innovation in uninterruptible power supplies is the Trio DC UPS from Phoenix Contact for machine building. The combined switched-mode power supply unit incorporates the functions of a UPS and a power supply in one compact housing, thus saving space in the control cabinet. More about the Trio DC UPS- ⁣https://lnkd.in/gbQ4uhYk #IndustrialAutomation #PowerReliability #PhoenixContact #TrioDCUPS

Series Circuit Load Sharing 💡 Understanding Power Dissipation in Series Circuits In electrical systems, load sharing is very important. This diagram clearly shows how different wattage bulbs behave when connected in series with a 230V AC supply. 🔹 10W and 50W bulbs connected in series share voltage unequally. 🔹 Higher resistance = higher voltage drop. 🔹 Power dissipation depends on resistance and current. 👉 This simple concept explains why appliances must always be connected carefully, as wrong wiring can lead to underperformance or even damage. #ElectricalEngineering #PowerDistribution #ElectricalSafety ---

What are the funcitons of a BMS? 1. Effectively improves battery utilization and extends battery lifespan; 2. monitors the operational status of the battery pack and individual battery cells; 3. Real-time monitoring and collection of relevant data from the battery system (including but not limited to voltage, current, power, insulation resistance, temperature, and battery circuits), performing analysis and processing on this data to achieve battery protection and enhance overall battery performance; 4. Enables more efficient control and management of the battery system, preventing issues such as overcharging, over-discharging, and thermal runaway. 5. Offers high cost-effectiveness, low cost, compact structure, and high reliability. 6. Supports scalable parallel expansion. Dimensions: 180mm * 113mm * 26mm.

What happens when AC touches DC line? Caption/Content (LinkedIn Post): ⚡ AC line meets DC line – What happens? This is one of the most interesting yet dangerous electrical scenarios. 👉 If an AC supply is accidentally connected to a DC system (like a battery): The battery may overheat, catch fire, or even explode. AC devices won’t run properly on DC – they may burn out. DC devices on AC may produce sparks, noise, or get permanently damaged. 💡 That’s why isolation, proper earthing, and protective relays are so important in electrical systems. ⚠️ Safety Tip: Always double-check supply type (AC/DC) before connecting any equipment. #ElectricalSafety #ACvsDC #ElectricalEngineering #StaySafe

Ever thought about taking your electrical testing to the next level? ⚡ This week, a client came to us for an EICR (Electrical Installation Condition Report). Along the way, we introduced them to thermal imaging—a proactive way to spot electrical hotspots before they become serious problems. Thermal imaging identifies components running at excessive temperatures, helping prevent system failures and even potential electrical fires. It can be applied to distribution boards, switchboards, isolators, control panels—essentially any electrical accessory. Adding thermal imaging to routine compliance isn’t just about ticking boxes—it’s about protecting your people, your assets, and your operations. Ready to consider thermal imaging for your business? Learn more here: https://lnkd.in/dTG_PZ4b #ElectricalCompliance #ThermalImaging #FacilitiesManagement

This week a client came to us for an EICR. Instead of stopping there, we suggested thermal imaging—because it’s one of the best ways to spot electrical hotspots before they turn into failures or even fires. It’s simple: thermal imaging shows you where your systems are overheating. Distribution boards, switchboards, isolators—you name it. That early insight keeps businesses safe, compliant, and ahead of problems. If you’ve never considered thermal imaging for your site, it might be the proactive step you didn’t know you needed. Learn More: https://lnkd.in/dWvKR5TX #FacilitiesManagement #ElectricalCompliance #ThermalImaging

Hear a transformer or switch gear humming loudly? First, step away and keep everyone else away. Second, call your power company. Typically, you can give them the address where the transformer or other equipment is. If you don't have an address, use intersections and typically most power companies have a number on the face of the transformer. Give the operator you speak to that number for a faster response. Be Safe, Do Safe in everything.

"🔌 Wiring the Mini Battery Switch? Here's What You Need to Know! This compact powerhouse (100A DC continuous / 32V DC rated) is perfect for tight spaces, but proper wiring is key: 1️⃣ Use M6 terminal studs for secure connections 2️⃣ Ensure panel opening is Φ29.0mm for clean installation 3️⃣ Remember its -20℃~+50℃ operating range for environment suitability Pro tip: The 150A intermittent rating (3 mins) gives you surge capacity when needed! #ElectricalEngineering #BatteryManagement #batteryswitch

We call the miniature circuit breaker the unsung little hero of the modern world. Since its invention in 1924, it has revolutionized the safety of electrical installations, protecting our homes from overloads and short circuits. Learn more in the video about how we are shaping the future of electrical safety in homes - http://spr.ly/6048f7Zoi #LifeisOn #ImpactMakers #100yearsofMCB