Testing MEGA Fuses + MEGA Fuse Theory скачать в хорошем качестве

Testing MEGA Fuses + MEGA Fuse Theory

My recommended fuse: https://amzn.to/3XhiJdd MEGA fuses for 48V: https://cleversolarpower.com/go/CCMEG... 📖 My Best-Selling book on Amazon: https://cleversolarpower.com/off-grid... 🎁 Free Diagrams: https://cleversolarpower.com/free-dia... In this video, I'm testing several popular MEGA fuses from different brands to see if they truly break the circuit at their rated current. If you're using MEGA fuses and want to find out if there's any difference between brands, make sure to watch this comparison! I will be testing fuses from: Bojack Offgridtech Littelfuse Vexunga Victron These are some of the top-selling MEGA fuses you can find online, and I'll put them to the test to see how reliable they really are. Knowing how dependable your fuse is can be crucial for the safety and efficiency of your system, especially when it comes to handling overloads or short circuits. Out of all the brands, Littelfuse is the only one that provides a detailed time-current curve, so we’ll use that as our benchmark. MEGA fuses are rated for 32V systems, but if you're using a 48V system, you'll need to look for ones rated for 58VDC. Plus, we'll talk about how MEGA fuses perform with different battery sizes and what that means for your setup. Time-Current Curve Explanation Before diving into the tests, we'll take a look at the time-current curve. You'll learn how these fuses don't immediately blow at their rated current—they allow a bit of wiggle room, making them perfect for systems with power surges, like engines. Testing the Fuses I'll be running each fuse through two tests: 44A Load (100% of their rating) – They shouldn't blow at this current. 80A Load (200% of their rating) – Based on the time-current curve, they should blow within 1-15 seconds.