3 Wire & 4 Wire Ceiling Fan Connection | Fan Winding Test & Wiring @ElectricalTechnician

So how will you do it!? How would you check the ceiling fan? Through today's video, I am going to show you Properly done I'll guide you step by step, explaining each thing clearly. First of all, the main point is that whoever performs the act of worship for the sake of Allah, the Almighty, how will they be checked? And who is the wire under the Salami Elpa in our system, and how do we adjust it to 20? It should be a multimeter of this type. If not, you can also use a test lamp. So, the ceiling fan we have here If you look at that ceiling fan Inside it, there are two windings. Inside your ceiling fan, there are two windings. The first winding that will be And the other one that happens It is starting to wind So, by opening it, you will find two windings here. Now, who is running, who is starting? Just understand it simply. The one that winds inward Like this one here This is our running winding And the one on the outside It is the starting winding here with us. Here we have our two windings. One is winding, one is winding So, for two windings, if you look at the total wire.following So, you will see a 4-wire there. As in one, two, three, and four, by this reasoning Now check the four wires. The four wires that have come here to you, along with the multimeter you have, is just the common point of this multimeter. Connect the other end of the rope now to the pulley's eye. And on this star, I've been staying at some Ust's pool with a black taxi, accompanied by a woman named Chandar, who has a red dress. After connecting in this type, you need to place this multimeter here. You have to select the resistance; which one is the resistance? Here it says "Ohm." If you see Om's symbol, understand that you need to make a selection here. After selection, you will attach the probe here. You will see some values here. As you've got 50 ohms here, you'll get 100 ohms, anything at all will be available Here a value will be received, so some reading should appear here If OLSO is being done here, understand that you have made a wrong connection here. What I mean is, if you connect the probe to the wrong place, or if your winding is incorrect, it will be wrong. Either you've placed the probe in the wrong place, but what do you mean by the wrong place? So, you know that for a winding with two terminals, you'll get resistance only at those two points. If you place one probe of a multimeter here and the other probe there So first of all, you have to identify this only So if you couldn't find resistance here So what do you do, this probe that's been changed for anyone? As I move this red one away from here What should I do with this again? What happened when connecting here? I connected it with two black wires. Inside the ceiling fan, there is color coding. If you happen to find two wires of the same color There will be resistance between those two only. As you can see here, I have this ceiling fan. There are three wires inside it. red, blue, and yellow How will we identify it now? I will explain it to you practically ahead. But at the moment Look here. I connected it in black to black mode of this type. So after connecting Something will surely appear for me to read here. Assuming it as an example If a 150-ohm resistance is found here So, please write it down somewhere. As I have created a table Please create a table of this type. In this table, you are required to write this: Black to black wire What came up when checking the resistance? So I'll write B to B here. checking from B to B The resistance here is 150 ohms. What should you do next? Attach this wire to this terminal. Now connect this red wire to this terminal. If you have a ceiling fan Four wires came in from inside to outside. So only 2 wires for you Resistance will be offered. Should not be found in Bakai So, from this place to that place We have obtained the resistance. So now I'll attach it from this place to this place. Under these conditions, resistance will not be obtained. I mean, O, L, S, O should be done here Now, in the way you have checked the resistance here Similarly, the second wire must also be identified. What have we identified? Agiya What happened here with the red-to-red connection? I'll get to see the resistances again. And right now, picking up the goods The resistance I have is 180 ohms here. Once the value comes in this type, this one should also be noted down. So in the red-to-red wire, here is what I have A resistor of 180 ohms has been found. So here we will get a total of 2 resistances. If four wires have come out from inside your ceiling fan Now you won't see these 4 wires in every ceiling fan anymore. If you have installed a new ceiling fan Now think here how exactly did the third wire end up appearing, sir? In our ceiling fan,้ว Two wires make a total of four wires. So, outside, how did we finally get the 3 wires? To understand this thing, grasp this. that the ceiling fan here is ours Inside it, the two windings are shorted together. To sort a wire is to understand it. Look, when you go to connect your ceiling fan So at the time of connecting us a running winding and a starting winding The two wires, one each, must be twisted together. I mean, both of these will have to be made into a series. So, in the series, where are we? This one, two wires, elemental crisis, many If we were to take this year's harvest and bring it home, and then store it away. What is this nonsense? This year is an AusSiboot year, so it will go accordingly. I'll be damned, Daddy, the wire that's supposed to be... The truth of a single day will always remain with us. The more one strives, the more one achieves. The one whose grief is for the sake of the beloved, weDESTROYED the video. The gum has been lost. Three, you are the destruction sound of the mighty will That will be our starting star. And the resistance here is low That has become our running winding. But a question should arise in your mind here. The question here will be this Tell me, please, that you are saying that four different ones will come here. But the one that is installed on the banpar in my house— it's not just three parans in Jari Paran, it's only three parans. As you can also see here, three wires have come in—red, blue, and yellow. So how did three wires come about? You yourself said we need to check the resistance in four wires, four times. Look, there's a concept here If you are going to connect the ceiling fan, then at the time of connection What do both our running and starting require? Neutral supply Whenever we connect, we have to provide them with a neutral supply at the time of connection. As if on a single thread, I'll make it clear to you right here There's a bulb here with us. If I want to get a glow on it I'll give you face supply in this batch, I'll give you neutral in this batch Now I have another bulb here. I also need to have my face supplied, I also need to have neutral supplied So if I have to give neutral to both bulbs So what can I do? Can I connect this neutral supply here, along with this? Similarly, regarding your ceiling fan, the two windings it has That wire where you connect is called the common wire. I mean, since the ceiling fan has two windings here, we can also short-circuit this on this side. We can also shorten this side if needed. So I shortened it right there during Philal's time. After shortening, take out a wire from this same location. The wire that comes out from here will become our common wire. Here we got the common wire. What needs to be done with the common wire? We need to provide the neutral supply. What can we do here since our short is here and this is our point? So, at this point, you need to check from this location. But if you look here into the ceiling frame You won't be able to tell which wire has been shorted just by looking at it. To find out, check the resistance in all three wires. So, for example, we take this red wire, this black wire, and we take this blue wire, okay? So, to check, first we'll write "red" and see here And then we have a black wire and a blue wire here; now let's check the resistance, how? Then, reconnect the multimeter to resistance again, and use the black-colored port on the multimeter. You need to take the port; just attach it anywhere you like. Put it here on the black one, and then Now we will check the resistance here. Connect the multimeter probes anywhere you like. This will give you Resistance will be obtained; there are three wires, connect them anywhere, you'll get some reading, if not, then So here, you should get resistance; let's assume it's connected between red and black here. So, will my multimeter show some reading here? Let's check this practically and write it down. As you can see here, I have a multimeter; first, I select the resistance value shown below on this multimeter. After selecting, what should I do here? I'll connect it with any one of the three wires—red, blue, or yellow. For example, I'll put red here and yellow here. Here, the resistance we obtain is 189 ohms. So, I'll place a resistance here between red and yellow. Looking here between red and yellow, we see a 189 ohm resistance. I check between red and yellow, then I check between yellow and blue; here, between yellow and blue, a resistance of 443 ohms is appearing. Here, we check the red and blue waves. In the Red and Blue wire loop, a resistance of 253 ohms is observed here. Here we will give the leg 253 ohms between whom So, our Ihafe RED and BLUE wires were Hardly any resistance came in between him. Now we have Garbage Resistance, which was majorized. In this Resistance We need to find out this. that the resistance of which winding will be higher It is Sainte-Chapelle. As you will see Yellow and Blue wires If I check these two wires with a multimeter, I get a resistance of 443 ohms here, which is the highest value. This means that these two wires, which are our running and starting wires, indicate that you should write what here? System Cord Change which is Here, the letters they have written about the Ghorans are a wire letter. It means we can determine the total resistance here by adding both of them. So, what is the total resistance? The ratio of these two windings That means the resistance of the two wires will be maximum after sorting them. because two windings are connected to each other and are in series So the resistance, which came here in yellow and blue What do we have here? Running and starting So yellow and blue mean the wire of the running and starting winding. Now, besides these two, one wire remained. What will this become? It will become common. This is our common wire. And I have already told you about the common wire. Always our neutral supply We have to provide it to him. We've already understood that much. Now, here two wires are left Now we need to check which of these two is the red wire If you look at the yellow wall from the red side So its resistance is 189. And if you look at Red War from Blue War So 253 I've already told you that. The winding with lower resistance Red has become common here. So if I look at Red from Blue Here, the highest resistance was found. The most resistant one Which wire will it be? Starting ones Here is the blue wire What happened? The starting wire has gone. And after that, one remained. Then it will become our running one. And I had told you this The resistance of a running winding Will be received the least Here, resistance is the lowest. What has happened to our running winding's resistance? That is the way. In the same way, you should do it here The ceiling fan needs to be checked. Now you have to understand this how exactly we should Connecting a ceiling fan If you are about to connect a ceiling fan So if there are four wires So, among the four wires, you will have to find this out Which one is the running one, which one is the starting one? You will get it just like the red wire that runs through the male connector. And the black wire that is for starting So here, the wire that was identified Which one is the running one? It's meant for you. So here, these two wires have been connected. Running and starting wires Here is a wire that is common Became And this running and this starting wire has gone. Now that this thing has been done We need to bring the capsicums here. And connect a wire from the capacitor to the running wire, and connect another wire to the chemical connection. Where you have made this zwint, if you make the wire as needed, the capacitor will not connect in it. Connect the capacitor to the terminals that are left after the sentence has been cut twice. What should I do after connecting this much? The power supply you have, its face and neutral Connect the one that is your neutral supply to the common point. And connect the face supply here with the running wire. One thing will always attract attention Whatever your face supply is, it will always be connected with a running wire. Don't connect with starting Otherwise, the ceiling fan that was supposed to last you 5 years His life will be reduced to just 4 years. So if you want a ceiling fan that will last you a long term You will always have to connect it with the running wire when bringing in the face supply. What will happen now after doing all this? ceiling fan that will start running for us I've already connected it. But suppose by chance the ceiling fan here is It started spinning backward. If your ceiling fan starts rotating in reverse Then what will we do? Look, there's a simple solution for this. The ones you had previously sorted here for running and starting What are we going to do with this starting now? We will sort using the second running wire. Just sort these two lists now. The wire needs to be interchanged. If four wires have come So, I'm telling you how you'll change it. How would you change it even if there are three wires? I'll guide you from here. What do you need to do right now? The one that is sorted here from here to here Now both of them have become common. And this is our running, this is the starting Now, after this, we need to connect the capacitor. Take one wire of the capacitor and connect it to the running one. Take the second wire and bring it to the starting point. Will connect it in this way Now, after this, we need to provide power supply to it. So the之人 power supply that you will have Take the part that is neutral and combine it with common. And after that, whichever phase supply you will have Bring that phase supply. You will have to directly connect the running wire here with this. It will always be connected along with the phase supply running. So what will happen after making such a connection? First, your ceiling fan was on this side. So now the ceiling fan will be on this side. So, the connection needs to be made only here at the interchange. Now, connect the ceiling fan that is in your house. And connect it and make it run And if there is difficulty in it The motor that rotates in reverse ceiling fan that rotates in reverse So, how will we change its direction? Let's understand it too. Look, the ceiling fan here Along with this, you are required to be here A capacitor will have to be used. In addition, you have here There will be a switch and a fan regulator. The one we will use to connect the ceiling fan To connect The ceiling fan that we have here It will have three wires, those three The three terminals on top of the wire connector A connector is provided right above the ceiling fan. As you will see here A connector is provided here from this tie bar. So, along with the three terminals above, Sai Here is your ceiling fan's The wire needs to be connected; the other two points Power has to be supplied to whoever comes here. So, connect on these three points. And who will connect which wire where? Let's understand this. Look here, what you have here It's a common wire. Finally, connectጅ I mean, all the way at the bottom and this one After that, the starting wire here is It needs to be connected in the middle and Bring the wire that is running for you First, you need to connect to this tie bar I have already told you about Aladi. that if anyone wants to connect a capacitor to it So we will not connect here with common The other two wires that are there Take the wire of the capacitor with him We will connect this tie bar. I mean one wire of the capacitor With the running wire and one that is here Now you know that The running wire needs to be supplied with phase. In a common wire, provide the neutral. For this, we have Here is the power supply. We will directly bring the neutral supply that will be available. And the latches that are here on the common wire We will connect with him. That's why we connect it at the end. Now only one remains with us. We will bring that phase supply. And first of all, we will power on the switch. Power supply from the switch's output The fan regulator will be operated. And power supply from fan regulator The one that is directly below our first terminal We'll give him power on the side. I mean, we'll provide power supply to the running wire. You will connect via this type 100% your ceiling fan that is It will go straight and turn there There won't be any problem. But by chance, Malo's electrician, who Your ceiling fan's winding done They did it by mistake Connection inside the ceiling fan What has been done is wrong. So in this condition, it might be possible that the ceiling fan If it spins backwards, then ceiling fan Three wires come out from inside. And he needs to change its direction. Then you need two wires You have to turn around; this method is wrong. It happens, but we don't have the option. If we need to change the direction I had already explained that the common wire you mentioned The connection needs to be changed. But the common wire is inside the ceiling fan. I am made, so we winding We won't open it; we'll change the direction. Then what can you do here? You can interchange the wire. How will we connect these two wires? We'll take it from here and this one After removing it, the wire that remains is our running wire. We will insert it in the middle and connect it. And the starting winding We'll connect it first like this type We have already exchanged it. After swapping, if you have a power supply Connect it exactly the same, no changes The capacitor will remain as it is. The power that comes will stay right there. You must have already found out how exactly we connect the ceiling fan We will do it properly. And in what way can we ceiling fan We will check it.