For a single throw, double pole switch, each section is wired to the individual items to be controlled. For a double throw double pole (220) set up, both hot wires are run through the switch.
A light controlled by a switch are necessarily wired in "series", meaning that the electricity must pass through all components if the circuit is to operate correctly, assuming you actually have a source of electricity wired in as well.
Switches in electrical circuits are typically wired in series with the load they control. This means that the switch interrupts the flow of current to the load when turned off, and allows current to pass through when turned on. The switch is connected to the hot (live) wire coming from the power source, and the other terminal of the switch is connected to the load.
Wire size is the gauge (thickness of wire) hazard is almost anything not wired correctly.
Follow the instructions. I assume you are trying to switch 2 circuits with one switch. I always do a continuity test with an electrical meter to find which terminals to use. Usually one circuit will be wired on the left and one on the right.
Yes, an electrical switch can be installed before a GFCI outlet in a circuit. Just ensure that the wiring is done correctly, following all safety guidelines and local electrical codes. The GFCI outlet should be properly connected to the power source and the switch should be wired to control the flow of electricity to the outlet.
A wire diagram for a light switch shows the connections between the switch and the electrical wires in a building. It illustrates how the switch is wired to control the flow of electricity to the light fixture.
Check the wire. It must have been broken in between
A 3 way switch wired ---- , but works A 3 way switch wired not to code ---- , but works A 3 way switch wired not to code but it works
A stop switch is wired in series with the power supply and the load.
The adjective form is "misconnected", with no immediately-apparent synonyms. In electrical systems, the word "cross-wired" is used.
So that when the switch is in the open position the circuit is open and electricity cannot complete the circuit. When the switch is closed it completes the circuit and electricity flows completing the circuit and powering the device.
Are you sure the light bulb is good? Perhaps it's not wired correctly even though you think it is, or maybe it's a bad light socket/connection, or a bad switch.