![]() The various formulas for calculating voltage drop are available for all of the different scenarios when you are dealing with both voltage drop and voltage loss.įor the purposes of this article, we’re sticking with the quick calculation for voltage drop, in a size 6 wire, stretched out to 1,000’. The thing is, there are so many mitigating factors that can affect voltage drop or loss that multiple formulas are called for. This is the most pedestrian formula for calculating voltage drop. In formulaic terms, voltage drop is measured by calculating, Vdrop = Resistance x Current. Factors that affect voltage drop include: Voltage drop is essential knowledge for those that are running size 6 wire-or any type of wire for that matter-because there is always a level of drop due to a number of factors, including distance and resistance. What’s the Voltage Drop on a Size 6 Wire? You will still find that size 8 and 10 wires are used for larger appliances far more often than a size 6 wire. However, it’s still not the most used wire size of the bunch in either type of application. It’s definitely more prevalent at the commercial, industrial, manufacturing, and agricultural levels than anything you would find at home. In smaller, commercial applications, such as for grocery stores, size 6 wires may be used in the lighting system or in some of the larger appliance machinery in the back. You’ll find it in kitchens where a single oven would fill up half of a residential kitchen and the same goes for dishwashers. In the shipbuilding industry, for instance, you will find 6-gauge wire in almost every aspect of a ship’s electric system, especially in larger ships where entire rooms are dedicated to industrial-sized washers and dryers. Read also: How Many Amps Can a 4 Gauge Wire Handle (Ampacy Chart!) Commercial Usesįor commercial use, you will find all of the same uses for a 6-gauge wire that you would in residential usage, with the obvious exception of the manufacturing industry, where you will find size 6 wire in a bast array of applications. You’re much more likely to find size 6 wire in a hot tub, jacuzzi, or water pump system for an in-ground pool. Of course, you won’t typically find size 6 wire in washers, dryers, dishwashers, or ovens, however, it is used in these appliances, regardless of frequency, so it stands to reason that size 6 wire deserves a place on these lists. However, appliances can run on 10 and 8-gauge wire and some will even run on 6-gauge, depending on what it is and its power requirements. It’s not what you would normally use, especially considering the fact that it is far more expensive than the 12 or 14-gauge wire that is typically found in the home. So if everything in your home is set up on a 20-amp circuit breaker (usually), a size 6 wire won’t present a problem for that. While the same is not true in reverse, larger wires can handle the amps that typically flow through smaller wires without a problem. Residential Usesįor one, just because it is a size 6 wire, doesn’t mean that it can’t be useful when 20 amps are the max. However, size 6 finds its way into more applications than you would think. So your immediate thought would be that there is no place for a size 6 wire in a residential dwelling. When it comes to circuit breakers, most residential homes are designed to handle either 15 or 20 amps. ![]()
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