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Home / Basics / Wiring / 10 Amp vs 15 Amp Power Cord | Which One You Should Buy?

10 Amp vs 15 Amp Power Cord | Which One You Should Buy?

The size of the earth pin is the only difference between a 10 Amp GPO and a 15 Amp GPO.

Compared to a 10A power cord, a 15A power cord has a larger earth pin and needs a heavier wire to carry the load. Additionally, it is built heavier than a 10A one. A 15A power cord is often used to run bigger appliances and several appliances simultaneously.

10 Amp vs 15 Amp

The Major Difference Between 10 Amp and 15 Amp

For devices that need more power than 10 amps to function, a 15A power cord is used. The product you’re using will determine this. Size is obviously not relevant in this situation. Smaller objects can handle significantly more power than larger ones in comparison. Both 10A and 15A power cords are routinely used in offices, homes, and other locations that require electricity. Differentiating between them or knowing when to utilize them might be challenging at times.

As you can see, the size of earth pin of 15A power cord is longer than the 10A power cord. You might need to disassemble the power outlet to see the variations when the plugs appear to be similar to one another. Compared to the 10A power cords, the 15A power cords are built more robustly. In comparison to 10A cords, they also have larger switch contacts and heavier metal in the components that come into contact with the plug.

Which Power Cord Should I Get for My Computer

Any 10A or 15A cable should work for a personal Computer. However, you might need to think about obtaining a 15A power cord if your computer has a PSU with a power rating of more than 750W.

When to Use a 10A or 15A Power Cord

For devices that need more power than 10 amps to operate, use a 15A power cord. Depending on the product you’re using, this. Of course, size is not relevant in this case. A smaller object can handle far more power than one that is larger.

What Is a 15 Amp Plug Used For

The most typical kind of outlet for low-powered gadgets in a typical household is a 15 amp outlet. It can run 12 amp or less loads on appliances like the TV, lighting, and other electronics. This particular type of outlet is typically put in living rooms and bedrooms, areas with lots of low-power electronics.

Can I Use 15A at Home?

If you don’t have a dedicated 15A power point installed in your home by an electrician or a 15A to 10A power adaptor, don’t even consider it. Because they are intended to be linked to a 15A power outlet, motor homes, and caravans are equipped with a 15A power inlet.

Can I Replace a 10AMP Plug With a 15 Amp Plug?

You can securely connect a 10amp socket to a 15amp plug using an RCD socket. Homes typically have 10 amp/240 volt hardwiring. While the majority of permanently connected recreational vehicles are hardwired to support 15-amp power. 

Is It Ok to Use a 20 Amp Outlet on a 15 Amp Circuit

It’s important, for instance, that an outlet’s amperage does not exceed the amperage of the circuit it utilizes. As a result, 20 amp circuits can accommodate both 15 amp and 20 amp electrical sockets, but only 15 amp receptacles should be used on 15 amp circuits.

How Many Appliances Can Be on a 10 Amp Circuit

As many as you want—the only restriction is the amount of electricity a circuit can carry before a breaker tripped or a fuse explodes, not the number of locations to plug things in. The maximum load for 10 amps at 120 volts in this scenario is 1200 watts. Therefore, the overall load on the circuit, not the number of outlets, is what matters.

Can a Refrigerator Be on a 15 Amp Circuit

You should have refrigerators and freezers installed on a 15-20 amp dedicated 120 volt circuit. This will avoid an electrical overload due to your current wiring not being capable of handling the additional power.

Conclusion

Compared to a 10A power cord, a 15A power cord has a larger earth pin and needs a heavier wire to carry the load. Additionally, it is built heavier than a 10A one.

Table Of Contents
  1. The Major Difference Between 10 Amp and 15 Amp
  2. Conclusion

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