#Programmable Logic Controller

Programmable logic controllers explained ⚡️ #automation #industrialautomation #plc #electricalengineering #programmablelogiccontroller #plcprogramming #controls #controlsystems #manufacturing #electrical #engineer #reels #reelsinstagram

PLC vs RLC Explained | Key Differences in Control Systems In this video, we explain the difference between PLC (Programmable Logic Controller) and RLC (Relay Logic Control) in a simple #PLC #RLC #Automation #IndustrialAutomation

Programmable Logic Controller A PLC (Programmable Logic Controller) is an industrial digital controller used to automate machines and industrial processes. It receives input signals, processes logic according to the program, and controls output devices. 1. Definition PLC is a rugged industrial computer specially designed for factory automation. It is used in industries for automatic control of machines, motors, conveyors, pumps, valves, and production systems. 2. Main Function PLC works on three basic steps: Input → Process → Output Receives signal from sensors / switches Processes logic using CPU Gives command to output devices 3. How It Works Example: Push button pressed Signal goes to PLC input terminal PLC checks ladder logic program If condition is true, PLC turns ON motor 4. Input Devices Devices that send signals to PLC: Push Button Selector Switch Limit Switch Proximity Sensor Temperature Sensor Pressure Sensor Float Switch Emergency Stop #instagramreels #electrician #electrical #iti #comedy

💡 If you want to design or implement any electronic control system, you can contact us on WhatsApp: +201080269003

Why PLC Programming Is Easy! (Intentionally) #automation #engineering #science #robotics #electronics

They have 30 hours to design a machine control system They told me they want to be engineers. Do they have what it takes? We gave our interns at Framatome a challenge: Design a working machine control system in 30 hours. If you don't know what that means, keep reading. Nearly everything is made by automated machinery: Your phone, your protein bars, your car, your socks. Those machines operate automatically from code running in a #plc (Programmable Logic Controller) in an electrical control panel in a factory. Engineers who design these control panels need to know electrical engineering, software engineering, and mechanical engineering. Engineers who really understand their discipline aren't afraid to get up close and personal with the equipment, so we're having them build it by hand. Safety is incredibly important in a project like this. PPE (Personal Protective Equipment) like safety glasses and gloves are a must. Learn to do it safe; do it right. What do you think? Could you do it? Could you design real controls for a piece of machinery AND build it using tools in 30 hours? If so, maybe we have a job for you here at Framatome.

La importancia de un Control PID🥶

📸 #REPOST - Credits: @albin.jd Building the control console 🤓 °°° °°° °°° Like ❤️, share 📨, follow 👥 DM me for permission to repost ✔️ #electronicsprojects #electrician #electronics #electronicsbasic #electronica #electricians #electronicsengineer #electronicslovers #electrical #electronic #electronicsdiy #breadboard #diy #diyideas #diyprojectidea #diycrafts #diyelectronics #diyproject #diytech #microchip #nanoelectronics #microelectronics #microelectronica #microelectrónica #maker #makerelectronics

Taming the mechanical beast! 🤖🎛️ Ever wonder how a drone hovers perfectly in place or how cruise control keeps your car at the exact right speed? It is all thanks to the magic of PID Control. But finding the perfect tuning? That is where the real engineering happens. 📉 Let's watch the graphs in real-time as we build a controller from scratch: 📈 1. Proportional (P) Only: This gives the system a strong kick toward our target (the set point). It is fast, but it overshoots and leaves an annoying gap called steady-state error. ⏳ 2. Adding Integral (PI): The 'I' looks at past mistakes and forces that gap to close completely. But notice the trade-off? The system gets wobbly and continues to oscillate! 🛑 3. Swapping to Derivative (PD): The 'D' acts like the brakes. It predicts the future to dampen those oscillations and smooth things out. But without our 'I' term, that annoying gap comes right back! 🎯 4. Full PID (Ziegler-Nichols Tuned): Instead of guessing the gains (Kp, Ki, Kd) for hours on end, engineers use the Ziegler-Nichols method. By pushing the system to its limit and using a set of specific formulas, we can mathematically calculate the perfect sweet spot. The result? A fast, smooth response that locks perfectly onto the target with zero steady-state error. This is why visualizing the math makes all the difference! ✨ What is the most frustrating system or robot you have ever had to tune? Let’s hear your control lab horror stories in the comments! 👇 #PIDController #ControlSystems #Mechatronics #RoboticsEngineering #ElectricalEngineering

Building the control console 🤓

Watch all 48 relays turn on and off one by one in this short demo! This setup uses MCP23017 I2C GPIO expanders and can support up to 128 outputs, showing how you can control lots of devices using just a few Arduino pins. Perfect for automation projects, smart home setups, or large Arduino systems.

This video explains how PLCs (Programmable Logic Controllers) work in factories. You'll see how they handle inputs like sensor data, make decisions, and control outputs like fans. Learn why #PLCs are faster and more flexible than traditional relays, and how they improve factory automation and productivity.