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Niall C.
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I'm interested in using European kitchen appliances to heat things faster. My house is a 2014 construction in America, split-phase power.

My understanding is that their 230v230V toasters, kettles, and toaster ovens cook faster because they have more watts available due to the higher voltage on a given size of wire.

Understanding that I'd have to avoid appliances with electronics and motors, What are the pros and cons to adding a circuit to my kitchen with European outlets?

I imagine that I might have to use a breaker smaller than optimal for the European outlets since American and European breakers don't come in the same capacities. What else could I be missing, and is there a better way to accomplish this?

It would be nice to have a microwave that was twice as fast too, but that definitely gets into electronic and motor land. Not to mention the magnetron might derive it'sits frequency from mains.

I'm interested in using European kitchen appliances to heat things faster. My house is a 2014 construction in America, split-phase power.

My understanding is that their 230v toasters, kettles, and toaster ovens cook faster because they have more watts available due to the higher voltage on a given size of wire.

Understanding that I'd have to avoid appliances with electronics and motors, What are the pros and cons to adding a circuit to my kitchen with European outlets?

I imagine that I might have to use a breaker smaller than optimal for the European outlets since American and European breakers don't come in the same capacities. What else could I be missing, and is there a better way to accomplish this?

It would be nice to have a microwave that was twice as fast too, but that definitely gets into electronic and motor land. Not to mention the magnetron might derive it's frequency from mains.

I'm interested in using European kitchen appliances to heat things faster. My house is a 2014 construction in America, split-phase power.

My understanding is that their 230V toasters, kettles, and toaster ovens cook faster because they have more watts available due to the higher voltage on a given size of wire.

Understanding that I'd have to avoid appliances with electronics and motors, What are the pros and cons to adding a circuit to my kitchen with European outlets?

I imagine that I might have to use a breaker smaller than optimal for the European outlets since American and European breakers don't come in the same capacities. What else could I be missing, and is there a better way to accomplish this?

It would be nice to have a microwave that was twice as fast too, but that definitely gets into electronic and motor land. Not to mention the magnetron might derive its frequency from mains.

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Installing European outlets in American kitchen for heat-based appliances

I'm interested in using European kitchen appliances to heat things faster. My house is a 2014 construction in America, split-phase power.

My understanding is that their 230v toasters, kettles, and toaster ovens cook faster because they have more watts available due to the higher voltage on a given size of wire.

Understanding that I'd have to avoid appliances with electronics and motors, What are the pros and cons to adding a circuit to my kitchen with European outlets?

I imagine that I might have to use a breaker smaller than optimal for the European outlets since American and European breakers don't come in the same capacities. What else could I be missing, and is there a better way to accomplish this?

It would be nice to have a microwave that was twice as fast too, but that definitely gets into electronic and motor land. Not to mention the magnetron might derive it's frequency from mains.