#Fuseworks

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#Fuseworks Reel by @apesylon - "💥 THAT TINY GLASS TUBE IS A SACRIFICIAL BODYGUARD. Episode 7 of 'Physics in Day to Day Life' rips open a fuse and shows why it blows on purpose: a c
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AP
@apesylon
"💥 THAT TINY GLASS TUBE IS A SACRIFICIAL BODYGUARD. Episode 7 of 'Physics in Day to Day Life' rips open a fuse and shows why it blows on purpose: a calibrated strip—usually a tin-lead alloy with a low melting point—is designed with just enough resistance to stay cool at its rated current. When you overload the circuit (too many devices) or a short dumps a huge surge, Joule heating ( $H = I^2 R t$) spikes—the heat is proportional to current squared, so a 3× overcurrent makes ∼9× the heat. Temperature rockets past the alloy’s melting point, the element liquifies, an arc flashes as it parts, and the filler (sand/silica) quenches that arc so the circuit opens in milliseconds, long before your wall wiring or laptop cooks. Save this before the next trip. Tag the flatmate who builds extension-cord skyscrapers. 👇 #reels #trending #viral #instagood #PhysicsInEverydayLife FuseExplained JoulesLaw I2Rt ElectricalSafety CircuitProtection TimeCurrentCurve BreakingCapacity HowItWorks LearnOnReels ScienceShorts FYP" [PHYSICS, SCIENCE, STUDY, LEARNING, VIRAL, TRENDING EXPLORE, REEL, STUDENTS, TEACHER , JEE , NEET, EDUCATION, FUSE, APESYLON, HEAT, KNOWLEDGE]
#Fuseworks Reel by @electrical_engineer_0612 - #electrical_engineer_0612 A surge arrester (also called a lightning arrester) is an electrical device used to protect electrical equipment from volta
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@electrical_engineer_0612
#electrical_engineer_0612 A surge arrester (also called a lightning arrester) is an electrical device used to protect electrical equipment from voltage spikes (surges), such as those caused by lightning or switching operations. ⚡ What it does (simple idea) When a sudden high voltage appears in a power line, the surge arrester: Diverts the extra voltage safely to the ground Prevents damage to devices like transformers, appliances, and wiring 🔧 How it works Under normal conditions → it acts like an insulator (no current flows through it) During a surge → it becomes a conductor, allowing excess current to flow to earth After the surge → it returns to insulating state 🧱 Basic Concept Illustration 🏠 Where it is used Power transmission lines Substations Industrial electrical systems Homes (in the form of surge protectors) ⚙️ Types of Surge Arresters Rod gap arrester Horn gap arrester Valve type arrester Metal Oxide (MOV) arrester (most common today) 🛡️ Why it is important Without a surge arrester: Equipment can burn out Systems may fail suddenly Fire risk increases ⚠️
#Fuseworks Reel by @vinaykumaryadav210 - Here is a clear, site-level engineering procedure to check a motor using a Megger (Insulation Resistance Tester): 🔧 Motor Insulation Test Using Megge
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VI
@vinaykumaryadav210
Here is a clear, site-level engineering procedure to check a motor using a Megger (Insulation Resistance Tester): 🔧 Motor Insulation Test Using Megger 🔹 1. Isolation (Very Critical) Before testing: Switch OFF supply Lockout/Tagout (LOTO if available) Disconnect motor cables from panel Ensure no backfeed (VFD, capacitor, etc.) ⚠️ Never megger a live or connected motor. 🔹 2. Select Correct Megger Voltage Motor Rating Test Voltage Up to 440 V ---500 V DC 440 V – 3.3 kV----1000 V DC Above 3.3 kV-----2.5 kV / 5 kV 🔹 3. Phase to Earth Test (Most Important) Connection: Megger + (Red) → Motor terminal (U / V / W) Megger – (Black) → Motor body (Earth) Test: Press TEST button for ~1 minute Note insulation resistance value 👉 Repeat for: U → Earth V → Earth W → Earth 🔹 4. Phase to Phase Test Test between windings: U ↔ V V ↔ W U ↔ W Same procedure (press test and record values) 🔹 5. Acceptable Insulation Values IR Value Condition < 1 MΩ --Poor (Do not use) 1 – 5 MΩ ---Marginal > 5 MΩ. ------Good > 100 MΩ----- Excellent 👉 Practical rule (site engineers use): Minimum IR = 1 MΩ per kV + 1 MΩ 🔹 6. Important Precautions Motor should be dry and clean Do not touch terminals during test ⚡ After test → Discharge winding to earth (very important) For critical motors → take PI test (Polarization Index) 🔹 7. Advanced Check (Optional but Professional) Polarization Index (PI Test) PI < 1 → Bad insulation PI 1–2 → Acceptable PI > 2 → Good 🔍 Practical Example If a 415V motor shows: U-E = 12 MΩ V-E = 10 MΩ W-E = 11 MΩ ✅ Motor is healthy and safe to energy #electrician #highlight #electrical #iti
#Fuseworks Reel by @epir.solution - Resistor getting hot? You're doing this wrong If your resistor is heating up, it means excess current is flowing or the power rating is too low ⚡ A
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@epir.solution
Resistor getting hot? You’re doing this wrong If your resistor is heating up, it means excess current is flowing or the power rating is too low ⚡ Always select the correct resistor value and power rating to keep your circuit safe and stable 🔧 Follow EPIR Tech for simple electronics tips and real problem-solving content 🔥 #Electronics #Resistor #CircuitDesign #ElectricalEngineering #DIYElectronics EngineeringStudents TechEducation LearnElectronics EPIRTech 🔥
#Fuseworks Reel by @electroshlok - Power of BC547! ⚡️ Electronics ka sabse versatile transistor. In clips mein dekhiye kaise ek chota sa NPN transistor bade kaam kar sakta hai-Wireless
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@electroshlok
Power of BC547! ⚡️ Electronics ka sabse versatile transistor. In clips mein dekhiye kaise ek chota sa NPN transistor bade kaam kar sakta hai—Wireless AC sensing se lekar LED flashing tak. 🛠️ Poori video YouTube par live hai: Electro Shlok 🎥 Check the link in Bio! 🔗 #ElectroShlok #ElectronicsDIY #BC547 #Transistor #TechHacks EngineeringLife CircuitDesign
#Fuseworks Reel by @jags.tech - Did you know that many devices like electric irons, heaters, mixer grinders, and SMPS have a hidden safety component that protects them from overheati
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@jags.tech
Did you know that many devices like electric irons, heaters, mixer grinders, and SMPS have a hidden safety component that protects them from overheating? 😳 In Day 75 of Daily Dose of Electronics, we explore the Thermal Protector Switch (Temperature Protection Switch) — a small but extremely important component that automatically cuts off power when the temperature becomes too high. Inside this device is a bimetal strip that bends when heated. As soon as the temperature crosses a specific limit (for example 80°C–90°C), the strip bends and disconnects the circuit, preventing the device from burning or getting damaged. 🔥⚡ We also compare it with a standard fuse, and you'll learn why a thermal protector adds an extra layer of safety in many appliances. In this video you will learn: • What is a Thermal Protector Switch • How the bimetal strip mechanism works • Difference between Thermal Fuse and Auto-Reset Thermal Switch • Why it is better than a normal fuse in some cases • Where it is used in real devices Common Applications: ✔ Electric Iron ✔ Immersion Rod ✔ Room Heater ✔ Fan Motor ✔ SMPS (Power Supply) ✔ Mixer Grinder If you love learning Electronics, IoT, Microcontrollers, and Real-World Components, make sure to follow this Daily Dose of Electronics series on JagsTech. 🚀 #JagsTech #DailyDoseOfElectronics #ThermalSwitch #ThermalProtector #ElectronicsBasics ElectronicsEngineering TemperatureSensor BimetalStrip ElectronicsLearning HowElectronicsWork ElectricalSafety EngineeringFacts ElectronicsProjects ElectronicsForBeginners TechEducation ⚡
#Fuseworks Reel by @itielectric_insight - Active vs Passive components, what's the real difference? Active components need external power and can amplify or control signals, while passive comp
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IT
@itielectric_insight
Active vs Passive components, what’s the real difference? Active components need external power and can amplify or control signals, while passive components store, resist, or filter energy without amplification. Master this basic concept to build a strong foundation in electronics. ⚡ #ActiveComponents #PassiveComponents #ElectronicsBasics #BasicElectronics #ElectricalEngineering
#Fuseworks Reel by @bright_institutions - Electric Current & Circuits made SUPER EASY ⚡📚 No confusion ❌ No complicated theory ❌ Just simple notes + clear understanding = full marks 💯 If y
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@bright_institutions
Electric Current & Circuits made SUPER EASY ⚡📚 No confusion ❌ No complicated theory ❌ Just simple notes + clear understanding = full marks 💯 If you ever struggled with circuits, this video will change everything 🔥 Study smart. Learn fast. Win big 🚀 Save this now & revise anytime! 💡 #ElectricCurrent #CircuitsMadeEasy #PhysicsSimplified #ScienceNotes #StudySmart
#Fuseworks Reel by @tech_stack29 - Basic Electrical Circuit | Electronics Fundamentals ⚡#physics #science #tech #techstack #electronics
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@tech_stack29
Basic Electrical Circuit | Electronics Fundamentals ⚡#physics #science #tech #techstack #electronics
#Fuseworks Reel by @learnsciencewithdeepika - Do you know the difference between Active & Passive Components? 🤔⚡ Most students confuse this - but it's actually SUPER simple! 👉 Active = Controls
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@learnsciencewithdeepika
Do you know the difference between Active & Passive Components? 🤔⚡ Most students confuse this — but it's actually SUPER simple! 👉 Active = Controls current 👉 Passive = Just stores or resists energy 💡 Save this post for revision 📌 Follow for more science content @learnsciencewithdeepika
#Fuseworks Reel by @electroshlok - "Detecting electricity without any touch! ⚡️ Built this Wireless AC Current Sensor using just 3 transistors. Science or Magic? You decide! 🛠️💻 #Elec
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@electroshlok
"Detecting electricity without any touch! ⚡️ Built this Wireless AC Current Sensor using just 3 transistors. Science or Magic? You decide! 🛠️💻 #ElectroShlok #ElectronicsProject #WirelessSensor #DIYTech

✨ #Fuseworks Discovery Guide

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#Fuseworks is one of the most engaging trends on Instagram right now. With over thousands of posts in this category, creators like @electrical_engineer_0612, @itielectric_insight and @vinaykumaryadav210 are leading the way with their viral content. Browse these popular videos anonymously on Pictame.

What's trending in #Fuseworks? The most watched Reels videos and viral content are featured above. Explore the gallery to discover creative storytelling, popular moments, and content that's capturing millions of views worldwide.

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Content Performance Insights

Analysis of 12 reels

✅ Moderate Competition

💡 Top performing posts average 3.3K views (2.5x above average). Moderate competition - consistent posting builds momentum.

Post consistently 3-5 times/week at times when your audience is most active

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💡 Top performing content gets 1K+ views - focus on engaging first 3 seconds

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✍️ Detailed captions with story work well - average caption length is 637 characters

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