Схема подключения трехклавишного выключателя с розеткой в одном корпусе: Трехклавишный выключатель с розеткой: схема подключения и назначение

Схема подключения выключателя света с тремя клавишами

Схема, фото и видео примеры подключения трехклавишного выключателя света.

Для того, чтобы немного экономить электроэнергию, а также управлять разными уровнями освещения с одного места, были созданы выключатели света на три клавиши. Они часто используются в домах и квартирах, т.к. действительно удобны и простые в обращении. Подключить тройную модель сложнее одинарной, поэтому в данной статье для вас предоставлены видео и фото примеры, а также схема подключения трехклавишного выключателя света. Содержание:

Особенность применения

Человек, сам того не осознавая, использует намного больше источников света, чем ему необходимо на самом деле. Тот уровень освещения, что он непроизвольно использует, может быть в два раза меньше. Если человек перестанет потреблять лишнее электричество и выключать ненужные лампочки, то это сэкономит до 30% используемой электроэнергии. Как раз для этих случаев и применяется тройной выключатель, изображенный на фото ниже. Подключение трехклавишного устройства осуществляется, как правило, к люстре для управления любым видом освещения: декоративным, основным и дополнительным. Чаще всего используется основное освещение, а остальные клавиши применяются по необходимости.

Также часто подключение трехклавишной модели используется для управления освещением разных комнат с одного места. Например, в коридоре можно установить тройную модель, чтобы включать свет в кухне, ванной и туалете, либо же вместо кухни в самом коридоре. Очень удобно и к тому же такая идея позволяет сэкономить на электромонтаже (вместо установки трех отдельных изделий будет задействован всего один).

Инструкция по монтажу

Итак, схема подключения трехклавишного выключателя света выглядит следующим образом:

От лампочек к распределительной коробке поступают шесть проводов. Из них три соединяются между собой и подключаются к нулевому проводнику (этот рабочий ноль идет от щитка, синего цвета). Те три провода из распределительной коробки, что остались незадействованные, соединяются с выходами прибора. Затем, из распределительной коробки необходимо подключить фазу, которая будет одинаковая для трех источников света. Подключение осуществляется к выключателю. Если предусмотрено заземление, желто-зеленые провода от светильников также нужно соединить между собой. Все соединения рекомендуется осуществлять, используя клеммы WAGO.

Данная схема наглядно показывает, как можно подключить трехклавишный тип выключателя и как при замыкании контакта загорается определенная лампочка:

Трехклавишный выключатель с внутренней стороны выглядит следующим образом: на корпусе подробно описывается и показывается, куда следует осуществить подсоединение каждого провода и куда отвести фазу. Схема прибора сзади выглядит так:

На видео инструкции наглядно показано, как подключить тройной выключатель света к сети:

Тройной прибор может работать по такому принципу: подключение одной лампы к первой клавише позволяет включить первый источник света, вторая клавиша – это две лампы, а третья включает дополнительное освещение, в виде бра. Такое подключение дает возможность комбинировать освещение в комнате до семи видов и сделать это может один трехклавишный прибор.

Также существует тройной расцепитель, который помещен с розеткой в один корпус. Благодаря такой конструкции можно сэкономить на монтаже электропроводки, так как работа сконцентрирована в одном месте. Схема подключения трехклавишного выключателя с розеткой в одном корпусе изображена ниже:

Такая схема имеет небольшое отличие от предыдущей. Разница заключается в том, что в данном случае добавляется нулевой провод, который от распределительной коробки идет к розетке. Этот вариант исполнения применяется в тех местах, где розетка используется нечасто, например, в ванной комнате.

На видео примере ниже предоставлена пошаговая инструкция по подключению тройной модели с розеткой:

Вот и все, что хотелось рассказать вам по данному вопросу. Надеемся, предоставленная схема подключения трехклавишного выключателя света, а также инструкция по монтажу были для вас полезными и помогли самостоятельно выполнить электромонтаж!

Рекомендуем также прочитать:

• Системы дистанционного управления освещением
• Что такое умные лампы
• Схема электропроводки без распределительных коробок

Нравится0)Не нравится0) 90000 An Electrician Explains How to Wire a Switched (Half-Hot) Outlet 90001 90002 What Is a Half-Hot Outlet? 90003 90004 Most of the outlets in your home are of the duplex variety-that is, you can plug two devices into them at one time. A half-hot (or switched) outlet is a duplex outlet that has one half permanently «on» or ready to provide electricity while the other half can be turned off and on via an ordinary wall switch. 90005 90004 While the entire duplex outlet could be turned on via a wall switch, only one of the two plug-ins is usually switched; this leaves the other half permanently powered for other uses.90005 90004 This kind of outlet is quite common in modern construction. If you plug a lamp into the switched side, you can turn the light off and on via the wall switch. Half-hot outlets are most frequently found in living rooms, but can be put into any location. 90005 90004 Learning how to wire a switched outlet is not difficult. It is similar to wiring a regular light fixture. Find out how below. 90005 90004 Note: If you are installing a new outlet or pulling additional wire to an existing one, please check this article about adding an outlet; it contains tips and suggestions for pulling wire to both new and existing outlets.90005 90002 There Are 4 Wires in a Romex 3-Wire Cable! What Do the Colors of the Wires Indicate? 90003 90016 90017 White: the neutral. See warning below! 90018 90017 Green or bare copper without insulation: the ground wire. 90018 90017 Red: hot. 90018 90017 Black: hot. 90018 90025 90004 These will all be cabled together in a sheath. Romex wire is usually used in houses. 90005 90002 The White Wire: A Word of Caution 90003 90004 Switch boxes in older homes usually used the white wire as a power wire, not a neutral.So when the white wires in a switch box are spliced ​​together, any that go to a switch should be ignored and left right where they are. 90005 90004 Do not splice those white wires already on a switch to any other white wires, and especially not to the new white wire that is a part of your new 3-wire cable. 90005 90004 It was not until 2011 that the National Electric Code ruled that a white wire being used as a neutral was required in the switch box. Prior to that, it was acceptable to use the white as the switched «hot» wire, although a conscientious electrician would color it to something else (using magic marker, black tape, etc.). 90005 90004 So if you are replacing an older, existing switched outlet, and if it has 2-wire cable between the outlet and the switch, then the white wire is being used as either a permanent hot or as the switched power and IS NOT neutral. Care must be taken to keep it separate from other white wires. 90005 90002 How to Wire a Half-Hot Switched Outlet 90003 90004 Before you do anything, 90041 TURN OFF THE POWER! 90042 A non-contact voltage detector can be invaluable here for detecting power through the insulation of the wire.Make 90043 sure 90044 that the power is off. A nasty shock is the least desirable outcome of your project. 90005 90004 As noted above, there are two possibilities for the incoming power: either in the switch box or in the outlet box. These will be treated separately below. 90005 90002 How to Wire a Switched Half-Hot Outlet That Gets Its Power From the Outlet Box 90003 90004 This is the preferred method of wiring a half-hot switched outlet, because if the power is coming from the switch, it is most likely a lighting circuit that is intended to operate lights, not outlets.Yes, you will probably have a lamp plugged in, but the other half of the outlet could run anything. It is best if this outlet is on a circuit intended for outlets. So if there is an option, use the power already in the outlet box. 90005 90052 90017 In order for the outlet box to work, it must already contain one or more cables made up of black, white, and green / bare ground wires all cabled together. In order to add the switch, you will be adding a Romex 3-wire cable to the box. 90018 90017 Cut a short 6 «piece of cable and remove the outer sheath.This gives you four different colored wires to splice in with the matching wires in the box. These 6 «pieces (or» pigtails «) will attach to the outlet. Strip off the last 1/2 inch of colored plastic coating on each end of each wire. 90018 90017 Next, you will splice all of the grounds (green or bare wires) together with that additional green / bare 6 «piece. Splicing is when you twist all the bare metal wires together so that they’re in contact. You should pull them into a neat bundle with the stripped ends all together, twist them into one, put a plastic twist-on wire nut over them, and screw it down tightly as if it were a bolt head.Hold the wire nut in one hand and tug firmly on each individual wire to make sure it does not come loose. Pull fairly hard to test the connection; better that it comes apart now than later. 90018 90017 Do the same with all the black wires (and the additional 6 «piece of black wire you cut in step 2). 90018 90017 Splice all the white wires together, again with the 6 «additional white piece. 90018 90017 The loose end of the 6 «ground wire will terminate on the green ground screw of the outlet.The black 6 «wire will terminate on one of the brass-colored screws, the red one on the other brass screw, and the white one on the silver-colored screw. It is most common to put the red wire on the bottom screw, since that will make the top plug-in «hot» at all times and will be a little easier to plug things into it. 90018 90017 To terminate (affix or connect) the wires, bend a hook in the wire, loop it around the screw in a clockwise direction, and tighten the screw firmly. If the wire tends to come out from under the screw while tightening, you have looped it the wrong direction.Alternatively, many home grade outlets have small holes in the rear of the outlet where the wires can be simply pushed in instead of wrapping around the screw. 90018 90017 At the switch, put a wire nut on the white wire, capping it off, and tuck it into the back of the box. It will not be used. Splice all ground wires in the box together (if multiple switches or other wires are in the box), again with an additional 6 «green / bare piece to go to the switch. Terminate the ground wire on the green ground screw of the switch.90018 90017 Terminate the black wire from your new 3-wire cable on one of the screws on the side of the switch, and the red on the other. It does not matter which one goes where. 90018 90071 .90000 How to Wire a 3-Way Switch: Wiring Diagram 90001 90002 Wiring a 3-Way Switch 90003 90004 Wiring a 3-way light switch is not a difficult task … there are only three connections to be made, after all. Making them at the proper place is a little more difficult, but still within the capabilities of most homeowners, if someone shows them how. That’s where understanding a wiring diagram can help. 90005 90006 First, what is a three-way switch? 90007 90004 When you want to be able to control a light from two different locations (for example, you want to be able to turn the stair lights on from both upstairs and downstairs), this is what electricians call a «three-way switch.»90005 90006 Is it hard to wire a 3-way switch? 90007 90004 To replace a switch is not difficult at all: Simply watch how you disconnect the old one and then put the wires back on the new light switch in the same position. Problems can arise when an extra switch is being added or if you forget which wire went where. That’s when it becomes necessary to understand a little more about how a 3 way switch works and how to read a wiring diagram. 90005 90006 What do I need to know before I begin? 90007 90004 If you know what the purpose of each wire is, the task will become much simpler.This article will explain everything you’ll need to know in order to wire a 3-way switch, with wiring diagrams and common wiring methods explained. 90005 90006 What about 4-way switches? 90007 90004 Read 90021 How to Wire a 4-Way Switch 90022 for instructions and wiring diagrams for wiring four-way switches. 90005 90002 Identifying the Screw Terminals by Color 90003 90006 What is the green terminal screw? 90007 90004 The small, green screw terminal on the bottom is the ground terminal.All new switches must have a ground, but some older ones do not. 90005 90006 What is the darker screw terminal? 90007 90004 One of the three screw terminals will be a different color, usually darker. This is the common terminal. 90005 90006 What are the brass screws? 90007 90004 The two brass screw terminals are the traveler terminals. 90005 90002 Identifying the Wires by Color 90003 90006 What is the green wire? 90007 90004 The green or uninsulated (copper) ground wire always goes to the ground terminal.90005 90006 What is the white wire? 90007 90004 The white wire is the neutral. You’ll bundle all the neutrals together with a «wire nut» or a twist-on plastic wire connector. 90005 90006 What is the black wire? 90007 90004 The black wire is «hot» at all times unless the entire circuit is turned off at the circuit breaker panel. 90005 90004 90053 A note about wire colors: 90054 The National Electric Code requires that every 90021 neutral 90022 wire be colored white, and that ground wires be colored green.Only neutral wires may be white in color, but the code makes an exception for white wires in a cable that are not being used for a neutral. These wires should be colored black using a magic marker or some other method. Many electricians will do this, but many will not, and it can make troubleshooting in the future difficult and can be a safety hazard to anyone else working on the system. I encourage you to take the few seconds necessary to color these non-neutral wires. 90005 90004 The colors shown in these wiring diagrams are common color usages 90021 only 90022.Not all electricians use the same color code (except for neutrals and grounds), so the wires could be different colors. 90005 90002 Identifying All the Parts of a 3-Way Light Switch 90003 90004 The terms «traveler» and «common» have already been explained, but there are other terms that will be used in this article that also need some explanation. 90005 90066 90067 90053 Cable 90054. The term «cable» refers to an combination of two or more wires, bundled together, usually in a sheath of insulating material.Each wire is insulated separately, with the possible exception of the ground wire. The ground wire may be insulated with a green color or left bare (copper), without insulation. 90070 90067 90053 Power in 90054. The power-in cable is that cable that eventually ends in the circuit breaker panel or fuse box. It is the cable that provides the power to the lighting system. 90070 90067 90053 Neutral. 90054 This is the white wire contained in the power-in cable. It does not terminate at or connect to any switch, although it may be present in a switch box and ended with a wire nut that connects it to another neutral wire.90070 90067 90053 Ground. 90054 The grounded wire in each switch or light fixture box. It is either colored green or left bare of insulation (copper). 90070 90067 90053 Hot wire. 90054 This is the second, black wire, contained in the power-in cable. It is «hot» at all times unless the entire circuit is turned off at the circuit breaker panel. 90070 90067 90053 Circuit breaker panel. 90054 Commonly called a «fuse box,» it may contain either circuit breakers or fuses. This panel controls all the power in the building and it is where that power may be shut off.90070 90067 90053 Two rope. 90054 «Two rope» is the designation given to a cable that has two individual wires, plus a ground wire. These wires will be colored white and black, with a green or bare (copper) ground. 90070 90067 90053 Three rope. 90054 Three rope is a cable with three wires, plus a ground. Normally the colors are white, black, and red with an additional green or bare (copper) ground. 90070 90099 90002 Understanding a Wiring Diagram 90003 90004 Each diagram will show the two 3-way switches (but not the wall box they are contained in), the various cables and wires used in the configuration being discussed, and the light box and light fixture.90005 90006 How does the electricity flow through the switch? 90007 90004 To understand the wiring diagram, you must know that the electrical current enters the system on the black wire in the power-in cable, passes through the switches, through the light fixture, and returns to the white wire in the power in cable. If the circuit is broken anywhere (a switch turned the wrong way, a broken wire, or a bad light bulb), the current will not flow and the bulb will not light. For discussion purposes, each 3-way switch will be considered to have the common terminal connected to the right-hand traveler terminal when in the «up» position and connected to the left-hand terminal when in the «down» position.This is not necessarily true, however, it’s simply helpful for discussion purposes. 90005 90004 Read the descriptions carefully and compare them to the diagrams to understand the diagrams. Each diagram will have a description of how the current travels in order to light the lamp. 90005 90002 Voltage Testers 90003 90004 A non-contact voltage tester is an invaluable tool here for working on electrical circuits. Both Fluke and Klein make professional-quality testers, and cheaper ones are commonly available as well.As a professional electrician for some 20 years, there is always one in my pocket, and anyone working around electricity should carry one as well. 90005 90002 Installing the Light Switch 90003 90004 Once the correct location of each wire is determined using the wiring diagrams below, the light switch is connected to proper wires and installed in the light switch box. 90053 Make sure the power is off before making any connections! 90054 90005 90006 Older switches vs. newer ones: 90007 90004 Many residential light switches have a small hole in the back of the switch that wires can be pushed into, and all switches have the screws on the side.The picture of the older switch above has both the push-in holes and screws; the other is an expensive switch that has holes to insert wire but the screws must be tightened as well. Many switches have only the screws, with no holes. There is a «strip gage» on the back of the switch; it shows how much insulation is to be stripped off if the push-in method of connection is to be used. If the screws are to be used, a little more insulation needs to be removed. 90005 90006 How to attach the wires to the screw terminals: 90007 90126 90067 If the screws are to be used for connection, bend the end of the stripped wire into a half circle using needle-nose pliers, and wrap the wire around the screw in the 90053 clockwise direction 90054.90070 90067 Tighten each screw firmly. 90070 90067 Fold the wires neatly back into the wall box and push the switch into the box. 90070 90067 Normally the ground screw goes down, toward the floor, but it can be inserted in the up position with 3-way and 4-way switches. 90070 90137 90002 Wiring Diagram # 1, Power In the Light Box 90003 90004 In this example, the power-in cable enters the light box. This method of running the wire is common when several light fixtures share one common breaker, and the switches are both on the same wall.Cables need to be run into the light box, between the two switches, and from the light box to just one of the switches. 90005 90004 Lets follow the current as it lights the lamp in the light fixture: 90005 90126 90067 The current enters the light box on a black wire, as it always does. 90070 90067 That wire is spliced ​​to a white wire in a two-rope cable that goes to the first switch 90053 box 90054 (not the switch), where it is spliced ​​to the white wire in a three rope cable and continues on to the second switch , at the common terminal.90070 90067 If the switch is up, it will exit the switch on the right-hand traveler terminal and continue on the red wire back to the traveler terminal on the first switch. 90070 90067 If that switch is also up, it will exit that switch from the common terminal on the black wire in the two rope cable from the light switch. 90070 90067 Continuing down that black wire, the electricity enters the light box where it goes to the light fixture. 90070 90067 The current will pass through the light, exiting on the white, neutral wire and returning to the power-in cable.90070 90137 90004 90053 A note about the color of the wires: 90054 In this example, the only neutral wires are the white wire in the «power-in» cable (which is always a white wire) and one of the two wires attached to the light (also always white). All other white wires should be colored. 90005 90002 Wiring Diagram # 2, Power in Light Box 90003 90004 In this 3-way switch wiring diagram, the power-in line enters the light box, but 3 rope cables are then installed between the light box and each switch box.This method might be used when power is available in the ceiling but switch boxes are on opposite walls-it is often easier to run the cable up into the ceiling light box instead of between switches. 90005 90004 If the current is followed … 90005 90126 90067 it comes into the light box on the black wire 90070 90067 then flows to the common terminal on one switch using a (colored) white wire 90070 90067 it exits the switch from a traveler terminal 90070 90067 then returns to the light box, where it is merely spliced ​​to another wire that goes to a traveler terminal on the second switch 90070 90067 it goes through that switch, again exiting from the common terminal, and once more enters the light box, where it goes to the light itself.90070 90067 The neutral goes from the power-in cable directly to the light fixture. 90070 90137 90002 Wiring Diagram # 3 90003 90004 This time the electrician has brought power into the first switch, through the second switch, and on to the light fixture. This is a reasonable method for cases with multiple switches in the same box, as other switches then have power available and can operate other lights without having to have a separate power in line run to them. 90005 90004 The major difference here is that the neutral from the power-in line has to be taken to the light fixture via the 3 rope.The white wire 90021 must 90022 be used here, as code requires that all neutral wires be white. 90005 90004 Following the current … 90005 90126 90067 it enters the first switch box on the black wire and is connected to the common terminal. 90070 90067 If the switch is in the «down» position, it exits the switch on the red wire, entering the second switch at a traveler terminal. 90070 90067 If that switch is also down, it exits that switch on the black, common, wire and continues to the light.90070 90067 After passing through the light fixture, the current returns to the second switch 90053 box 90054 on the white wire, is spliced ​​to another white wire in the 3 rope used between switch boxes, and continues to the first switch 90053 box, 90054 where it is spliced ​​to the white power in wire and back to the fuse box. 90070 90067 The circuit is complete and the lamp will light. 90070 90137 90002 Wiring Diagram # 4 90003 90004 This example shows the power-in cable entering the first switch box along with the cable to the light fixture.This can result in a lot of wires in this box, but can be helpful when the light is near the first switch box. A larger box may be necessary to contain all the wires. 90005 90004 Following the current … 90005 90126 90067 it enters the switch box on the black wire at the common terminal. 90070 90067 If the switch is up, it will exit the box on the red traveler wire and continue to the traveler terminal at the second switch. 90070 90067 If that switch is also up, it will exit the switch at the common terminal on the white (colored) wire and return to the first switch 90053 box 90054 where it is spliced ​​to the black wire in the 2 rope going to the light.90070 90067 Passing through the lamp, it returns on the white (neutral) wire to the first switch box, where it is spliced ​​to the white (neutral) wire returning to the fuse box. 90070 90067 The circuit is complete and the lamp lights up. 90070 90137 90002 Commonality In All Wiring Diagrams 90003 90066 90067 Common to all of these wiring diagrams is that the neutral, white wire from the lamp connects directly to the white, neutral wire from the power-in cable without ever terminating on a switch.It may or may not be spliced ​​to another white wire in a box, but never terminates on a switch-only on the light fixture. 90070 90099 90066 90067 The black power-in wire always goes to the common on a switch, often «changing colors» through the necessity of splicing to different cables. No matter what color, one switch will have a common terminal connected directly to the power-in black wire. 90070 90067 The other common terminal on the other switch always goes directly (although perhaps again spliced) to the light fixture.It does not terminate on the other switch. 90070 90099 90066 90067 There are two 90021 traveler 90022 wires; they always go directly from one switch to the other. Neither traveler wire ever terminates at the light fixture, the power in cable, or on anything but a traveler terminal, although it may splice to a different cable somewhere. 90070 90067 Neutral wires are 90021 always 90022 white, and white wires not connected to the white power in wire should be colored some other color. 90070 90067 Ground wires are 90021 always 90022 green or bare of insulation (copper).Each switch, as well as the light fixture, must have a ground wire terminated to it. The only exception is older homes that do not have ground wires in the boxes; if there is a ground wire in the box it must be terminated on the switch and light. 90070 90099 90006 A final note about building codes: 90007 90004 Recent code changes require that each switch box have a neutral wire in it. This means not only a white wire, but a white wire 90021 that is connected to the white wire on the power in cable 90022.This rule is intended to provide future capability for the use of a dimmer or other device that may need a neutral wire and stop homeowners from disconnecting or using the ground wire for other purposes. New work (such as adding a new three-way switch) will need to comply with this code. 90005 90006 Which method or diagram is the best to follow? 90007 90004 The only wiring diagram shown here that is legal to use is # 3, although # 1 could be modified by adding a 2-wire cable from the lower box to the light.Any neutrals in the switch box that are unused are either spliced ​​together or, in the case of a single neutral, simply capped off with a wire nut and tucked back into the box. 90005 90006 Am I required to replace all the wiring that does not meet the current code? 90007 90004 Simply replacing a switch does not mean that the room needs to be re-wired, as the existing wiring is «grandfathered in» and is acceptable. Old work does not need to be re-done to comply with the code and is this why the unacceptable (by current code) wiring diagrams are discussed here in this article.90005 90002 Other Articles and Links That Might Help You 90003 90004 In general, switches are not difficult to replace or install, and most homeowners are quite capable of doing it. For more help and guidance, read 90021 Installing or Replacing a Light Switch. 90022 90005 90004 If you are adding a new light fixture to work with your new 3-way switches and want some help, read 90021 Installing and Wiring a Light Fixture. 90022 90005 90004 Regardless of whether you are replacing a switch or installing new switches in a major remodel, probably the most useful tool to own is a non contact AC voltage detector.Make sure that whenever you do any kind of electrical work that you first test with a good voltage detector. 90005 .90000 Wiring Diagrams Double Gang Box 90001 90002 By code, the number of conductors allowed in a box are limited depending on box size and wire gauge. Calculate total conductors allowed in a box before adding new wiring, etc. Check local regulations for restrictions and permit requirements before beginning electrical work. The user of this information is responsible for following all applicable regulations and best practices when performing electrical work. If the user is unable to perform electrical work themselves, a qualified electrician should be consulted.How to Read These Diagrams 90003 90002 This page contains wiring diagrams for two outlets in one box. Included are arrangements for 2 receptacles in one box, a switch and receptacle outlet in the same box, and 2 switches in the same box. 90003 90006 Wiring Two Outlets in One Box 90007 90008 90002 In this diagram, two duplex receptacle outlets are installed in the same box and wired separately to the source using pigtails spliced ​​to connect the terminals of each one. With each outlet connected by its own pigtail wire, if one fails because of physical damage, the other will not be affected and should still work.90003 90006 Wiring Dual Outlets in a Series 90007 90013 90002 Here two outlets are installed in one box and wired using the device terminals to connect them. With this arrangement, if receptacle # 1 fails, receptacle # 2 may also fail. If the first outlet in the circuit is damaged internally in some way, it may affect the flow of electricity to the outlets that follow. Usually this is not the case though. If the copper tab between the terminals screws remains intact, even if # 1 stops functioning, outlet # 2 will most likely still work.90003 90006 Wiring 2 Outlets with 2 Sources 90007 90018 90002 In this diagram, two outlets are wired in the same box with a separate 120 volt source feeding each. Three-wire cable runs into the box. The black and red wires are both hot and each is connected to one of the receptacles. The white, neutral wire is splice to each outlet so they share the return path. This is appropriate for standard duplex receptacles, but should not be used for GFCI receptacles. GFCI’s must have dedicated neutral connections to work properly.A circuit like this can usually be found in a kitchen where two 20 amp circuits are installed to accommodate all the appliances normally found in a typical kitchen as illustrated in this circuit breaker diagram. 90003 90006 Wiring a GFCI Outlet and a Light Switch in One Box 90007 90023 90002 This diagram illustrates wiring a GFCI receptacle and light switch in the same outlet box, a common arrangement in a bathroom with limited space. The hot source is spliced ​​with a pigtail to the LINE terminal on the receptacle and to on terminal on the light switch.The neutral is spliced ​​with a pigtail to the GFCI and the white wire running to the light. This wiring provides single-location gfci protection. The light and switch are not protected by the gfci receptacle. 90003 90006 Wiring Two Switches in One Box 90007 90028 90002 In this arrangement 2 switches are installed in one box. The switches are connected with pigtail wires to the same source. The black wires running to the two separate light fixtures are each connected to one of the switches.The source neutral and ground wires are spliced ​​to the wires running directly to each light fixture box. 90003 90006 Wiring Two Switches in One Box with 2 Sources 90007 90033 90002 This diagram shows two switches in the same box with a separate 120 volt source feeding each. Three-wire cable is supplying the source for the switches and the black and red wires are each connected to one switch. The black wire from each light is connected to one of the switches and the source neutral and ground are shared by the two light fixtures.90003 90006 Wiring a Switch and Outlet in the Same Box 90007 90038 90002 In this diagram, a light switch and receptacle are wired in the same box. Both devices are spliced ​​to the same hot source. The neutral is spliced ​​with a pigtail to the neutral terminal on the receptacle and to the white wire running through to the neutral at the light fixture located in a separate box. 90003 90006 Wiring an Outlet and a Light Switch Mid-Circuit 90007 90043 90002 This diagram illustrates a switch and receptacle in the same outlet box located in the middle of the circuit.This wiring allows the electricity to continue from the receptacle, on to any other outlets in the circuit and it provides a switch for controlling a light fixture or other load such as another wall outlet or a ceiling fan. 90003 90006 Wiring a Switch to an Outlet in One Box 90007 90048 90002 In this diagram, a switch and receptacle outlet are installed in the same box and the switch controls the power to the outlet. The hot source connects to one terminal on the switch and the other terminal connects to the hot on the receptacle with a short wire.The neutral wire from the source connects directly to the outlet neutral and the switch and outlet share the source ground. 90003 90051 More Like This on Do-It-Yourself-Help.com 90052 .90000 Lamp Switch Wiring Diagrams — Do-it-yourself-help.com 90001 90002 This page contains wiring diagrams for four different types of household lamps. Included is a diagram for a two-circuit lamp switch to control a standard lamp socket at the top of the lamp and a smaller socket at the base for a low wattage bulb. Also included are diagrams for a standard lamp switch, a three way lamp switch, and a vintage floor lamp with 4 light bulbs. 90003 90004 Finding Lamp Cord Polarity 90005 90002 Lamp cords are usually all one color making the standard black-hot, white-neutral guidelines useless for determining polarity.Other methods are therefore used to determine the polarity on a lamp cord. First, check the insulation on the cord wires closely and you will find either a textured bead or a thin colored line running along one wire, this is the neutral wire. The plain wire is the hot. 90003 90002 If the cord is not marked with a bead, then the strands of wire may be different colors to distinguish between them. In these cases, the silver-colored wire is usually the neutral and the brass-colored wire is the hot.90003 90002 Another clue to polarity is the plug on the lamp cord, the wide prong being the neutral and the narrow one the hot. Most older lamp cords will have prongs that are the same size. This is because polarity was not observed on electric lamps until the development of grounded circuits. With these lamps, the plug can be plugged into the receptacle outlet in either direction making polarity a non-issue. 90003 90004 Wiring a 2 Bulb Lamp Switch 90005 90014 90002 This diagram illustrates the wiring for a bedside lamp with two sockets.The top socket 90016 A 90017, holds a standard incandescent bulb. The second socket 90016 B 90017, typically holds a small, low-wattage bulb similar to a night light bulb. The switch allows for energizing the top bulb only, the night light only, both bulbs at once, or for turning both bulbs off. This type of switch will be referred to as a 2 circuit lamp switch when shopping at home stores. Do not mistake this for a three way switch (pictured below), the two do not function in the same way. 90003 90004 Wiring a Push-Button Lamp Switch 90005 90023 90002 Here a 2-way push-button switch is wired to a lamp with 2 bulbs.This diagram can be used to rewire an old push-button lamp with a new switch replacement. The hot wire from the cord is connected directly to the black wire on the switch and the neutral is spliced ​​to the neutral contact on each bulb sockets. The red and blue wires from the switch are each connected to the hot contact on one of the bulb sockets. 90003 90004 Wiring a 3 Way Lamp Socket Switch 90005 90028 90002 This is a wiring diagram for a standard 3-way lamp switch. The socket is used with a three way bulb containing 2 separate elements that are energized separately and then together as the switch knob is turned for varying degrees of light.These sockets have two terminals, one for the hot wire and one for the neutral. A third contact may be present but is not used for this circuit. 90003 90004 Wiring a Single Lamp Switch 90005 90033 90002 This diagram illustrates wiring for a standard, one setting lamp. This socket has two terminals: the brass for hot and the silver for the neutral wire. The lamp cord is connected directly to these terminals observing the polarity described at the top of this page. 90003 90004 Wiring a Vintage Floor Lamp Switch 90005 90038 90002 This is a wiring diagram for a vintage floor lamp with 4 bulbs, one main bulb and 3 peripheral, and usually smaller, bulbs.The main bulb threads into a standard socket with an integrated switch and the three peripheral bulbs are wired to a single switch usually located near the central socket. The secondary switch may have wires colored black, blue, and red or if it’s an old switch, other colors or texturing may be used to distinguish them. 90003 90002 In this lamp wiring, the neutral wire on the cord is spliced ​​to wires running directly to the neutral terminals on all four sockets. The hot wire from the cord is spliced ​​to a wire running to the hot terminal on the primary socket 90016 A 90017 and to the hot wire on switch 90016 B 90017.Switch 90016 B 90017 will have three wires, one for the hot source and two for connecting to the bulbs. One of these will connect the the hot on 1 bulb and the second will be spliced ​​to the hot on the other two bulbs. 90003 90002 With this lamp, bulb 90016 A 90017 can be turned off and on independently and switch 90016 B 90017 can turn on bulb 1 alone, bulbs 2 and 3 together with bulb 1 off, bulbs 1, 2, and 3 all on at the same time, or all three off. 90003 90055 More Like This on Do-It-Yourself-Help.com 90056 .