If an electric stove burner coil designed for a higher voltage (e.g., 240V) is plugged directly into a 120V receptacle, several things may happen:
Insufficient heating: The burner coil would not receive the intended voltage and power it requires to generate enough heat. As a result, the heating element may not reach the desired temperature or may take significantly longer to heat up. Cooking or boiling times would be prolonged, and the stove's performance would be compromised.
Diminished functionality: The lower voltage supply would not provide enough power to achieve the desired cooking temperatures. As a result, the burner coil's overall performance and functionality would be diminished, affecting its ability to cook food efficiently.
Safety concerns: In some cases, the mismatch between the burner coil and the electrical supply could potentially lead to safety hazards. The lower voltage may cause the burner coil to operate outside its intended specifications, which could result in overheating, damage to the stove, or even electrical malfunctions. These issues can pose a risk of fire or electrical damage to the appliance.
It's crucial to ensure that appliances are properly matched to the correct voltage supply to ensure safe and optimal operation. If you encounter any issues with an electric stove or are unsure about its compatibility, it is recommended to consult a qualified electrician or contact the manufacturer for guidance.