Answer for UK, Europe and countries running a 50 Hz supply service.
If you are referring to an oven or a hob, then the answer without seeing the information plate underneath is a very general yes.
Anything else is a very general no.
However, an electrician may find an appropriately safe way to connect this device to a UK mains outlet.
Perhaps it would be possible to re post this question with a link to a picture of the information plate?
As always it is advisable to have an electrician carry out any electrical work on your home.
domestic electrical wiring designig
Domestic wiring - is the wiring circuits in a house. Basically the ring main (that supplies all the sockets), cooker and lighting circuits.
If you have a short in an appliance or wiring, the fuse will blow to keep a fire from starting in your wiring.
Domestic wiring.: 1100 volts, 1.5 SQ-MM (22/0.3mm) lS:649
To prevent an overload or short from causing the wiring in the circuit supplying power to the appliance from overheating and possibly catching on fire. The fuse is there to protect the wiring and not what is plugged into that circuit.
A fuse link will melt and interrupt the flow of current to the appliance before it can get high enough to damage the appliance or wiring.
Possibly in your appliance parts store, or online.
The wire recognized by your governing body to mean "ground" is the wire an appliance connects its metal base to ground, via the household wiring. In the US that wire is green.
Possibly at your local appliance parts store, or online.
Possibly in your local appliance parts store. -Or online.
With the minor voltage loss in the wiring, the voltage drop across a single appliance is the total voltage in the circuit, and doesn't change when more devices are added in parallel.
Two different methods, either: 1) Faulty internal wiring is the most common cause. A live cable is somehow electrically connected to appliance. 2) Static build up, can be caused by internal mechanical movement. Note that the appliance may appear charged if a static shock is received, but the charge is not actually received from the appliance, but instead delivered to the appliance from the person.