You probably mean to change it to a 240 V outlet... either case, you'll need to run a new wire and install a new breaker.
No
No a 208 volt outlet does not need a neutral. 208 volts is the line voltage between any two legs of a three phase 208 volt system.
It depends on:what you are calling a dedicated circuitWhether there is ANY possibility that the neutral could be required to carry a load in excess of the rating of the wire.First we have to make certain that we're talking the same language, second we have to consider the fire hazard involved. (although, if we're looking at safety, we would need to reverse the two)The simple answer is No.The term "dedicated circuit" is not defined in the code. But in practice the term refers to a circuit that is run for a particular purpose, often to one piece of equipment or receptacle (outlet). Sharing a neutral contradicts the principle of a dedicated circuit.Sharing a neutral would expose the circuit to electrical elements such as harmonics. A dedicated circuit is intended to avoid such problems.
You will need a receptacle that you can wire each outlet separately (not jumpered). You would then wire the switch in series on the line conductor with the outlet you want switchable. Wire the other outlet directly to the power source. You can jumper the neutral from one outlet to the other.
You probably mean to change it to a 240 V outlet... either case, you'll need to run a new wire and install a new breaker.
You need to stop dangerous experiments with live electricity.
Current code say that a freezer or any appliance needs to be on it's own circuit. It will still work if it is not on a dedicated circuit.
In order to be billed for electricity, you have to have a flow of current. your electric meter is not unlike your water meter in this regard, it measures flow rate through it. An outlet that is not plugged in to anything that is on, or an empty socket that normally holds a bulb will not pass current. That means they are technically off. All a switch does is open an electrical circuit. To close a socket circuit you need a bulb. To close an outlet circuit, you need an appliance that is on (another switch may be involved).
No, an LCD TV does not usually require a dedicated electrical outlet. It can typically be plugged into a standard electrical outlet alongside other devices. Just make sure the outlet can handle the power requirements of the TV.
Not enough info. The only "12 volt outlet" that is remotely standard is the lighter socket in a car. Most if not all cars have the negative side of the battery at ground, which is the outer shell of a lighter socket. So the center contact is positive. If you are asking about any other 12 volt outlet, you need to check it out with a meter, or get a diagram for the system.
To wire dedicated circuits, you need to route a separate cable from the electrical panel to the specific outlet or appliance you want to power. You then connect the cable to a dedicated circuit breaker in the electrical panel. To test if the circuit is dedicated, turn off the breaker and check if the outlet or appliance loses power. If other devices also lose power, then the circuit is not dedicated.
You cannot plug a 240V appliance directly into a standard 120V outlet as it can cause damage or be a safety hazard. You would need a dedicated 240V outlet and possibly a step-down transformer to safely use the appliance. It's recommended to consult an electrician for proper installation.
Yes, it is recommended to use a 15A miniature circuit breaker (MCB) for a 15A socket outlet to ensure proper protection against overcurrent situations. Using a matching MCB helps safeguard the outlet and connected devices from potential electrical hazards.
CHeck the coil located on frame just north of the engine valve outlet cover. There is an earth wire under the lower mount screw -check for tightness and also a HT connector to the plug that could need checking in case its popped out of the socket.
This answer is specific to the US and other regions that use 120/240 split phase power. This is generally not recommended because it would cause the poles of the circuit breaker to be unbalanced. You will need to have access to one of the hot leads, a neutral lead, and an earth ground lead. Dedicated 240V circuits generally do not have a neutral wire, because they only need both hot leads and the earth ground.
A 110 socket can work to charge a tesla - with the right adapter. 110 and 240 sockets can both be used to charge a Tesla.