A dedicated 20 Amp circuit wired with 12/2 wiring an a 20 amp breaker.
Yes, the microwave draws less that the circuits protective rating and will not trip the breaker if used on a 15 amp circuit.
No, a microwave does not store electricity when turned off. When the microwave is turned off, the electrical circuit is broken, and there is no stored electricity within the appliance.
In most instances, YES especially if it is a BUILT-IN microwave Most microwaves are 1500-1800 watts; this is the entire capacity of one branch circuit If it is plugged into a receptacle that shares a circuit with other receptacles, then the other shared receptacles can not be used while using the microwave. In busy kitchens (commercial) and sometimes at home, this would prove inconvenient
By code you're supposed to have a dedicated 20 amp circuit. But if you have an existing 15 amp circuit it might be fine for now if your microwave is 1400 watts or less and there's nothing else drawing power from that circuit. But if your running it new definitely run a 20 amp circuit dedicated on 12 gauge wire. That will allow you to use any microwave you want now and in the future.
That depends on the amount of current that the microwave draws. Calculate the current draw of the microwave, then do not use more than 80% of the circuit breaker that you put in circuit. More information: In the United States, kitchen counter top receptacles are required to be fed from at least 2 - 20 amp "small appliance" circuits. You may have more and I know of no requirement that additional circuits must be 20 amps. With this in mind, consider what Redbeard has answered. However, in my experience the term "small appliance circuit" is usually ASSUMED to be 20 amps because very rarely are more than the 2 required circuits installed. Your inspecting jurisdiction may make this assumption. They are the final arbiter of what the code means.
NO.. it can cause the short circuit or defect in metal plating of microwave.
Yes, a microwave typically requires a dedicated circuit to operate safely and efficiently. This ensures that the microwave has enough power and does not overload the circuit, reducing the risk of electrical hazards.
No
The microwave may trip the breaker when it is started because it draws a high amount of electrical power suddenly, causing an overload on the circuit. This can happen if the microwave is plugged into a circuit that is already close to its maximum capacity.
IE3D is a microwave circuit simulator from Zeland
Yes, the microwave draws less that the circuits protective rating and will not trip the breaker if used on a 15 amp circuit.
The typical current of a microwave oven is around 10-15 amperes. It is recommended to plug the microwave into a dedicated circuit to ensure safe and efficient operation.
No, a microwave does not store electricity when turned off. When the microwave is turned off, the electrical circuit is broken, and there is no stored electricity within the appliance.
A circuit breaker in a microwave serves to protect the appliance from electrical overloads by interrupting the flow of electricity when it detects a surge in current. This helps prevent damage to the microwave and reduces the risk of electrical fires.
In most instances, YES especially if it is a BUILT-IN microwave Most microwaves are 1500-1800 watts; this is the entire capacity of one branch circuit If it is plugged into a receptacle that shares a circuit with other receptacles, then the other shared receptacles can not be used while using the microwave. In busy kitchens (commercial) and sometimes at home, this would prove inconvenient
Yes, every Microwave should have it's own dedicated circuit as some consume 15-18 amps.
By code you're supposed to have a dedicated 20 amp circuit. But if you have an existing 15 amp circuit it might be fine for now if your microwave is 1400 watts or less and there's nothing else drawing power from that circuit. But if your running it new definitely run a 20 amp circuit dedicated on 12 gauge wire. That will allow you to use any microwave you want now and in the future.