We will tell you more about how to select the right gauge or your device in the later part of this article. The stickers contain the battery’s Cold Cranking amps (CCA), Reserve Capacity (RC), Amp Hours (AH), Deep Cycle, etc. Let me explain, have you ever noticed the stickers in the batteries? They’re weird right? But they bear a lot of information. Don’t panic! It’s quite easy if you ask me. So, you need to know your battery’s amp hours to determine the suitable gauge extension.īut before we get into the data, we have to understand the relationship between a volt, amp hour, and wattage. Depending on the ampere-hours, the wattage will vary. So, you need to determine which gauge wire to connect 12V batteries.įor example, a 12 volt can have 10,20,30,100,200 or 5000 ampere hours. Batteries can have different amp hours for the same voltage. However, there are different factors to keep in mind. What Gauge Extension Cord For Car Battery Charger?ġ2-gauges are the ideal gauge extension for car battery chargers. Now, let’s explore all the types of battery chargers in detail. It’s because the 12 gauge extension cord is the allrounder. However, 12-gauges are the most common ones. Types of Battery Charger Battery Amp Range Cord Length Extension cord Gauge Car battery charger 10-25 Amps 25 ft-100 ft 12-Gauge Boat battery charger 15-20 Amps 25 ft-100 ft 10-Gauge Motorcycle battery charger 3 Amps (Max) 25 ft-100 ft 16-Gauge AWG Electric lawn Mower battery charger 10-12 Amps 25 ft-100 ft 12-Gauge Golf Cart Charger 5-18 Amps 25 ft-100 ft 10 AWG/12-Gaugeįrom the table we see, battery chargers for different devices need different gauge extension cords. For now, let’s have a quick overview of the battery chargers. However, there are multiple factors and variations for each of the batteries. We have gathered five types of battery chargers, their amp ranges, and the extension cord gauge. Gauge Extension Cord For 5 Types Of Battery Chargers Now, let’s move on to the different types of battery chargers vs their ampere ranges. It produces more resistance resulting in voltage drops at long distances. On the other hand, a thin cord doesn’t have enough room for the electron to move freely. It’s because it has a bigger diameter which allows electron particles to move around freely. T thicker extension cords perform better compared to thick cords. That’s why choosing the right extension cord is necessary. The longer the cord the higher the chance of resistance. Remember? We previously mentioned that the cords’ ampere ranges depend on the length. Now, you may ask, how to know if your cord has high resistance or not? The resistance of a cord depends on two primary factors: So, if the cord you’re using has high resistance the current will not pass smoothly through the cord. The higher the resistance the lesser the current flow. We all know some basic science about electricity. The incorrect gauge extension cord can damage your battery beyond repair and even cause a fire.īy now, you already know that gauges have different amperes depending on the device’s power consumption. Gauges play an important role in extension cords.
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