To wire a timer switch to a 3-way light switch, you will need to identify the common wire on the 3-way switch and connect it to the common terminal on the timer switch. The two traveler wires on the 3-way switch should be connected to the other terminals on the timer switch. Make sure to follow the manufacturer's instructions and turn off the power before working on the wiring.
The intermediate switch must be connected to the traveller wires that come from the 2-way switches. These traveller wires are used to carry the electrical signal between the switches to control the lights.
The voltage of a battery with three cells connected in series is the sum of the individual cell voltages. If one cell is connected the wrong way round, the total voltage will be reduced by the voltage of that cell.
One. A typical "two way" ON-OFF light switch is a Single Pole Single Throw (SPST) switch with two terminals. It is wired in series with the fixture: that is, the power circuit is routed from the breaker to one side of the switch. The other side of the switch is connected to the "phase" or "power" terminal of the fixture. In a 115VAC single phase circuit, the other terminal of the fixture is connected to neutral. A "three way" switch circuit consists of two switches in different locations, each of which is a Single Pole Double Throw (SPDT) switch with three terminals. A typical use would have one switch at the top and the other at the bottom of a set of stairs. For the sake of clarity, we can label the "common" terminal on a SPDT switch the "C" terminal. This terminal is internally connected to one of the other two terminals, call them "A" and "B", depending of the position of the switch. A three way switch is connected with the circuit breaker connected to the "C" terminal on either switch. Conductors connect the "A" terminal on one switch the the "A" terminal on the other switch and the "B" terminal on one switch the the "B" terminal on the other switch. The remaining "C" terminal is connected to the "phase" or "power" terminal of the fixture. The other terminal of the fixture is connected to neutral. Note that, in either case, there is no neutral wire connected to the switch. Ground conductors do connect to the chassis of the switch box and the fixture, but they do not carry current and do not affect the operation of the circuit.
A 3-way light switch has two hot terminals. One hot terminal is connected to the power source, and the other hot terminal is connected to either the light fixture or another 3-way switch in the circuit.
No it doesn't
For a standard switch, it doesn't matter. If it's a 3 way switch, "hot" is connected to the "common" connection.
Does not matter!
because it is the other way round...it is connected to the veinrather than the artery.
To wire a timer switch to a 3-way light switch, you will need to identify the common wire on the 3-way switch and connect it to the common terminal on the timer switch. The two traveler wires on the 3-way switch should be connected to the other terminals on the timer switch. Make sure to follow the manufacturer's instructions and turn off the power before working on the wiring.
You will actually need 2 3-way switches to control something from two locations. The first switch will receive the power, while the other will go directly to the load being controlled. The switch getting power will have the hot lead connected to the common terminal. The other switch will have its common terminal connected to the hot lead going to the load. Two "travellers" will be connected between the other terminals on the switches. They will be connected switch-to-switch. And don't forget that your neutral coming from the power feed will be connected to the load. Also don't forget to connect ground wires.
No, it's the other way round. Matter is what CAUSES gravity.
The intermediate switch must be connected to the traveller wires that come from the 2-way switches. These traveller wires are used to carry the electrical signal between the switches to control the lights.
The voltage of a battery with three cells connected in series is the sum of the individual cell voltages. If one cell is connected the wrong way round, the total voltage will be reduced by the voltage of that cell.
One. A typical "two way" ON-OFF light switch is a Single Pole Single Throw (SPST) switch with two terminals. It is wired in series with the fixture: that is, the power circuit is routed from the breaker to one side of the switch. The other side of the switch is connected to the "phase" or "power" terminal of the fixture. In a 115VAC single phase circuit, the other terminal of the fixture is connected to neutral. A "three way" switch circuit consists of two switches in different locations, each of which is a Single Pole Double Throw (SPDT) switch with three terminals. A typical use would have one switch at the top and the other at the bottom of a set of stairs. For the sake of clarity, we can label the "common" terminal on a SPDT switch the "C" terminal. This terminal is internally connected to one of the other two terminals, call them "A" and "B", depending of the position of the switch. A three way switch is connected with the circuit breaker connected to the "C" terminal on either switch. Conductors connect the "A" terminal on one switch the the "A" terminal on the other switch and the "B" terminal on one switch the the "B" terminal on the other switch. The remaining "C" terminal is connected to the "phase" or "power" terminal of the fixture. The other terminal of the fixture is connected to neutral. Note that, in either case, there is no neutral wire connected to the switch. Ground conductors do connect to the chassis of the switch box and the fixture, but they do not carry current and do not affect the operation of the circuit.
The round manhole cannot fall into the hole no matter which way you turn it.
Topology refers to the way equipments are connected one to another. For example, in a star topology all machines are connected through a central connector (a hub or switch), in a full mesh every equipment is connected to every other equipment, etc.Topology refers to the way equipments are connected one to another. For example, in a star topology all machines are connected through a central connector (a hub or switch), in a full mesh every equipment is connected to every other equipment, etc.Topology refers to the way equipments are connected one to another. For example, in a star topology all machines are connected through a central connector (a hub or switch), in a full mesh every equipment is connected to every other equipment, etc.Topology refers to the way equipments are connected one to another. For example, in a star topology all machines are connected through a central connector (a hub or switch), in a full mesh every equipment is connected to every other equipment, etc.