Typically an electric griddle will need 220 volts. however be careful as different regions of the world have different voltage settings. So if you buy an electric griddle from china or some other foreign country then make sure to check teh specific voltage requirements of that product.
Yes, you can use a griddle on an electric stove as long as the griddle is compatible with the stove's heating elements and size.
Yes, you can use a griddle on an electric stove for cooking.
The electricity used depends on the the size of the range. An electric stove if used one hour a day can use between 23 and 48 kilowatt hours per month.
This type of griddle is typically used in the food service industry. It is a smaller two sided electrically powered (3 phase, high voltage) appliance. It is recommended for catering or smaller venue restaurants.
To use a stove top griddle on an electric stove, make sure the griddle is flat and fits the burner size. Preheat the griddle on medium heat, and use a little oil or butter to prevent sticking. Cook in batches for even heating, and clean the griddle after each use to maintain its quality.
throw it in the garbage
You can indeed use a double griddle with electric. One thing to consider is that with the coils cycling on and off, a cast iron griddle might work best. Although they take longer to heat up, they do a better
A great resource for finding reviews on electric griddles is electric griddle reviews.net. This web site reviews some of the top brands in electric griddles and does a nice job of giving an overview of each one.
A good brand of non-stick electric griddle is Hamilton Beach. It is not overpriced and of good quality. Other great brands include Broil King and Nostalgia.
Yes Faberware does make an electric griddle. They manufacture the 322, 323, 344, 344A, 346A, B-3000, 260, 321, 343, 343A, and B-2000 models.
One can purchase an electric griddle from: Bed, Bath & Beyond, Macy's, Walmart, Best Buy, Target, Amazon, Sears, eBay, Sulit, William Sonoma, Cooking Equipment, to name a few.
To have electric current, you need a source of electric potential difference (voltage), a closed circuit that allows the flow of charges, and a conductive material through which the electric charges can move.