![]() ![]() ![]() Make sure you’ve bought a compatible inverter.Always route AC cables in separate conduits and well away from your DC circuits.This could lead to unprotected bare wires creating a fire and shock hazard. Route cables in conduit and avoid laying them in a way where they could be crimped under paneling or wear on corners.Live should connect to live, neutral to neutral, etc. Never cross-connect any wires between the live, neutral, and earth connection points.Always use the correct wire size specification and color scheme conventions as dictated by your local electrical regulations.If you do not know what you are doing, always use a qualified electrician. These guidelines do not replace the need for a qualified electrician but give an indication of the work involved.You are dealing with AC power, and that has the potential to kill.You can set up your camper’s electrical system so that the battery bank only supplies your priority AC circuits when off-grid. Some appliances, like air conditioning units, use massive amounts of energy compared to the size of the battery bank and your ability to recharge them. In all likelihood, you’ll use a smaller number of AC appliances when off-grid. Then you only need one set of circuits for your appliances. While you could install a separate inverter with dedicated circuits to run the appliances you’ll use when off-grid, you can leverage your existing AC circuits for a slicker solution.īy installing a transfer switch and inverter to the RV’s AC distribution box, you can flip between shore power and the battery supply on demand. However, to continue to use AC appliances when boondocking or off-grid, an inverter is essential. For RVers who spend most of their time on campgrounds, the need for DC circuits is fairly limited. Some campers have AC circuits powered by shore power. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |