These lights will be dimmer, which is what some people prefer. Low-voltage lights are usually used outdoors, but some people opt to have low-voltage lights on the inside of their houses too. Why Use Low Voltage Wire Sizes for Lighting? ![]() Here’s a chart indicating the voltage of wires at different wattages and lengths in feet. Have a look at our high-voltage cable size chart if you’re working with electronics and appliances that require thicker wires that can carry a higher voltage safely. ![]() Low voltage wires can have a thin protective sheath because there’s a small amount of electricity moving through them, so the barrier between you and the wire doesn’t need to be very thick to do its job. If a wire has no protective sheath on it, there is the risk that anybody that touches it will get shocked. In other words, it’s there to protect you. This sheath stops the electric energy from exiting the wire before it’s meant to. Low-voltage electronics can make use of a thin wire gauge with a very thin sheath coating it. This tells us that the diameter of a wire, or the wire gauge, is also responsible for determining the amount of voltage that can move through the wire. The diameter of a wire determines how many electrons it can safely transport, and therefore the amount of current that can move through it.Ĭurrent is directly proportional to voltage. The size or thickness of a wire is referred to as the wire gauge in the electronics world. ![]() Why Use Low Voltage Wire Sizes for Lighting?.Wire Size Chart for Low Voltage Lighting.
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