These two are international brand wall switches. Today we are going to share their circuit design and installation and disassembly methods. These two are international brand wall switches. The one on the left is a single button, and the one on the right is an international brand
with two buttons. Brand starlight panel, first look at the switch of this single button panel. If you want to open this panel, the single button and double button are the same switch. There will be a straight-shaped gap under the short side part. Then use a flat-head screwdriver to insert it and pry it. The panel can be picked up. If we want to install this, we must pick up the panel because the screw holes are covered. We need to remove the switch because the screws are here. Generally, we pry it up like this and then insert this. Then plug it in and pry it out and it will come off. It is just a tenon and locked on the wall. Basically, these two holes are locked in the dark box on the wall . Our focus now is on the design of its wiring. The switch will be divided into There is a row here and then there is a row over here. The one in the upper right corner is 0. The small hole above this has the number 0, which is where the live wire is plugged in. The live wire is what we call the live wire in the alternating current. If the wire is under the live wire, these two are for connecting the light wires. Of course, you can either connect both holes or choose one hole. The left side is 1 and the right side is 3. Assuming that the switch is placed directly, there is a protrusion here. Generally, we At the bottom , we will put the more beautiful and flat one in a more obvious place. If there is a convex one, it means that when the panel is to be installed , is there a concave hole on this side of the outer frame ? He will make this convex one. Don't install it upside down here.
This is the design of the switch below. This side is energized, and the live wire comes in. Both of them are electrified. Which of the two holes below has electricity? It is controlled by the switch on the front. For example It is said that if it is 1 power on, it will become 3 power on and 1 power off if you switch it back, and it will become 1 power on and 3 power off. What is the design of this model? One switch controls one light. You can use this to control one light and two switches. Sometimes you can also use this style.
Let’s start with a simple explanation of a switch that controls a lamp. If the master makes it according to the standard, he will use red wire for the live wire, and the lamp wire will usually use colored wires , such as black, yellow, gray, etc. The assumption of using colors is that under standard circumstances, this is what everyone uses, so this means that the electricity comes in from here.
Your lamp cord is plugged into one of these two, and when you cut it to one side, it will break. Then switch to the other side and it will turn on 74 00:03:19,65 --> 00:03:19,566 When it is turned on, the electricity will pass from here to here
and then to your light . The light will have electricity. Basically, the concept of its operation is as follows. If you connect 0 and 3, it is the live wire. 0, the live wire is of course 0. If you connect the light wire to 3, the light on the right will light up . Panasonic this . There is a convex one, I said it is at the bottom, right? If you press the left side, it is closed. You have to press the right side to open it. So if you want to light up the right side , we are usually used to light up the right side. If you want to light up the right side, you have to connect 0 and 3 . This is a single switch design . Let's take a look at the double switch. There is one on this side. You can insert this screwdriver and pry it open. There is no top or bottom. It is the only one with a normal switch on one side. Parts are like this. If it is a hole, if it is a socket , because sockets are generally placed horizontally. If there are many sockets, there will be two holes at the bottom. You can pry the button part . First press it to tilt it up , and then lift it from the side that is tilted up. There is a slit on top. Insert this slotted screwdriver and then pry it down and it will come down. Just like this, this one is the same at the back. The top row is where the live wires are connected. In the upper right corner, this is 0. This is 3. On the left, this is 1. This side is also 0. Then 31 , our live wire comes in and is connected to 0. So why do we need to connect a wire? Once the power comes in, the two holes above are both powered because the switch on the left also needs power because you have to control two lights, so this One side will be connected to a light. This side will be connected to a light. The live wire will come in from here. The light here will still not have electricity , so you have to lead the electricity from this one here to this one , so it must be next to 0. Lead a wire from this hole to 0 here , and then the electricity will be transmitted to this one, and then there is a way to send power to the lamp 0 3 here. The installation method is the same as before . Let's take a look at what happens if the panel is opened. If so, how do you unplug the wire that's plugged in? It looks like this. When the wire is plugged in, it gets stuck and you can't pull it out. There are two holes. There is a horizontal bar on the top of this hole . There seems to be a white hole inside. For something like a tenon, you need to insert your flathead screwdriver like this. Insert it straight. Don't pry inside like this . If you pry inside, the tenon will be broken. Let me give you a look . It looks like this. The one above. After plugging it in, does the hook here look like this and it comes out ? The design of this switch in Taiwan is that it will bite when you plug it in. Now I plug it back in and it gets stuck again. Is there any reason to pull it out ? The same goes for the one under the tenon when you need to rub it. There will also be a straight line under the two holes. This is also the same as inserting it in and then picking the thread with your fingers to pull it out and remove it. The way to install the wiring is like this. If you want to put the switch back, you need to press it down first, align it with the bottom side, buckle it up, and then press it hard on the other side and
it will get stuck . See if it works. Like this, it is stuck, and then finally put the square panel on this side. I just said that if there are concave holes, there should be a convex point on this side. Then snap it back, and it will be OK . Basically, I will briefly share this with you. Taiwan switch circuit design and installation and removal methods
