false
No bell wire is not meant to be 230V.
It just means that the bare wire is insulated by a non-conducting coating. In home wiring the typical circuit has a black wire (Hot), a white wire (Neutral) and a bare wire which is ground.
Wires have to be insulated from each other to confine the current inside the wire. Most wires are insulated with a pvc sheath surrounding the copper wire.
No it does not attract to magnets
Primary wire is a type of insulated copper wire used mainly for the electronic connections in automobiles and other low voltage electrical equipment.
No bell wire is not meant to be 230V.
connect the Red Yellow blue phases
Yes, if it is not an insulated wire. If it is bare copper it is always ground. But the hot and neutral wire are also copper, they are just insulated.
Phillips Insulated Wire Company Complex was created in 1898.
Insulated wire means a conducting metallic wire will be covered by non conducting material such as nickel. As such a wire is wound on a soft iron core and as long as a current flows through such insulating wire then temporarily it comes a magnet and pulls the hand and it strikes the bell and sound is produced. By this time the circuit is broken and current stops flowing through the insulating wire and hence the core loses its magnetism and the hand is relieved and again it goes back to its original position and once again the circuit is completed and the cycle repeats and stroke produces bell sound. Hence insulating wire helps to produce magnetism temporarily.
a hose
An insulated wire is made of a conductor surrounded by an insulating 'jacket'.
Except for the ground wire they must be insulated.
It just means that the bare wire is insulated by a non-conducting coating. In home wiring the typical circuit has a black wire (Hot), a white wire (Neutral) and a bare wire which is ground.
An Insulated wire is one which has a coating of Heat Shrink Tubing, usually for safety; and an Uninsulated wire on the other hand does not have a coating of Heat Shrink Tubing.
Wires are insulated to stop a short circuiting between the common neutral wire and the wire that supplies the potential voltage to the load of the circuit.
It will shorten the life of the ballast. The wires in a ballast are insulated with varnish. The higher voltage and current will cause more heat to be generated. This heat will shorten the life of the wire insulation. Once the insulation breaks down the ballast coil will short out and have to be replaced. All devices should be operated at the manufactures specifications.