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250 amp fuse Added necessary precaution to inverter and Bus bar the 250 amp fuse. Works Flawlessly. Me and Mr. Little C drilled a couple holes and used a few M5 bolts and while he tightened down with a socket wrench, I held the other side with the screwdriver. I placed a 2/0 1.5 ft jumper cable in from the fuse to the bus bar a bit of overkill with the test inverter, but I am in high hopes of a situation that may get us an awesome 2000-watt inverter, Keep praying, and fingers crossed. The reason we add this precaution especially to the inverter is because the inverter itself will be the one component that draws immense amount of volts, amps, and energy and if it would short out it could create a fire and melt the whole project. The fuse therefore then will blow if too much energy were to be rushed through the system at one instantaneous time. Thus, saving the rest of the project and only having to trouble shoot the faulty component and replace the fuse. Sometimes it may not be a faulty component, it just may be a loose connection. Always tighten snugly all your connections. However, don't man handle it because you could crack or break the component you're tightening by over tightening it. If you feel like giving us a helping hand please give at the link provided it sure would be helpful -- Thank you https://gofund.me/5b4a16c6 Any little bit helps and we truly are grateful. Components used: 2 AWG Gauge Ultraflex EPDM Fully Assembled Battery Cables https://amzn.to/3T6vl3Y Fastronix 250 Amp MEGA/AMG Fuse Holder Kit https://amzn.to/3w908TA