![]() Therefore, it is important to consult the electricity label or user manual prior to plugging in a device to determine the amount of power necessary to power the device. Although the amount of power that a 50 amp cord can handle is usually limited to 10,000 watts, some devices, such as water heaters, ovens and air conditioners, are capable of consuming up to 50 amps and can draw up to 12,500 watts. How many watts can a 50 amp cord handle?Ī 50 amp cord is capable of handling up to 12,500 watts. ![]() Ultimately, you should always consult the manufacturer’s instructions to understand the correct gauge and length of extension cord to safely use for your device. For larger appliances that require more electricity, such as a 10 amp air conditioner, a 12 gauge extender cord can be safely used up to 100 feet before losing power. Generally speaking, the larger the gauge number of the cable, the more power it can safely transfer without losing efficiency.įor up to a maximum of 7 amps, a 14 gauge extender cord is generally safe for up to 50 feet, while a 16 gauge cord can safely transfer up to 25 feet before losing power. The length of an extension cord before it starts to lose power depends on the gauge of the wire and the amount of electricity being pushed through it. How long can an extension cord be before it loses power? If it is outdoors, you should select a cord that is rated for outdoor use and protect it from weather elements. Additionally, consider the environment in which the cord will be used. When using a 50-amp extension cord, you should always use at least a 10-gauge cord to ensure proper power delivery and to prevent danger to the cord, wiring, and appliances. However, you should never run a 50-amp load on a 12-gauge cord, as it could cause damage to the cord, wiring, and appliances. Generally speaking, a 12-gauge cord can run up to 50 amps, while a 10-gauge cord can run up to 70 amps. It depends on the wire gauge used in the extension cord. How long can you run a 50 amp extension cord? ![]() Additionally, you should use an appropriate size circuit breaker to ensure that your electrical system doesn’t draw more current than your wiring is rated for. Wiring that is too small for the amperage of the load can cause an electrical fire, circuit overloads, and other potentially hazardous conditions. In order to carry a 50-amp circuit, you should use 10-gauge wire. #8 wire is rated for a maximum of 40 amps, and so putting it under a 50-amp load can create dangerous operating conditions. It would be best to get the best wire you can afford and be sure to buy a heavy-duty cord that is rated for 50 amps.įinally, make sure you read the instructions of your electrical device to determine what size amperage it requires so that you don’t overload the cord’s capacity. You should also make sure that your extension cord is rated for at least 50 amps, as some cords may be rated for lower amperages even if they are 8 AWG or higher. This wire should be a minimum of 10 AWG if you are going to be running the cord a long distance (>50 feet) or if the cord is going to be exposed to elements like rain, snow, or sun. ![]() For a 50 amp extension cord, you need a wire that is rated for a minimum of 8 gauge (8 AWG).
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