video 50: phần 4 Dạy Sửa Xe Hướng Dẫn Ráp Hoàn Thành Máy Suzuki Sport 120 | Motorcycles TV

To continue with part 4, I will start with the process of cutting the pot of Suzuki 4x2. I use a snail gun to cut the snail. If you don't have one, you can use your hands. After cutting the pot, I pierce the side of the pot. I will guide you in the previous part. Let it absorb the snail. Let it harden up. I will remove the snail. I close it close to the edge and hold it here. Hello everyone, I'm back with MOTO CYCLE TV. In part 3, I showed you how to assemble the numbering mechanism. As well as the forward pedal mechanism of the pedal joint. And the joint mechanism of the Suzuki 4x2. In this part 4, I will show you the final operation. I will show you how to assemble the pot, the electric pump, the air conditioner. And the principle of operation of the 2-cylinder engine. Different from the 4-cylinder engine. The principle of operation of it. In the previous videos, I have explained many issues. Related to this Suzuki 4x2 engine. As well as some issues about my personal work. In this video, I will answer some of your questions. Some of you asked me how to clean the engine. And how to clean the engine parts. It can be relatively clean like this. Because there are other people who will clean it much cleaner. Actually, these machines. The old process of it. In the first video clip I filmed for you guys. It was very bad. It just stuck to the red soil. But because it is a 2-cylinder engine. When it works, it will have a slimy phenomenon. As well as the phenomenon of smoke and coal. It will make this engine. It sticks to a lot of soil. It is also more difficult to clean than normal machines. In terms of cleaning. I only use basic detergents. For example, I can use detergents. Or common soaps. Then I will wash it with oil. Wash it with gasoline or perfume. I try to do it carefully. Then my machine will be cleaner. And it is more interactive. The washing is simple. The important thing is to be careful. There is nothing special about washing machines. I just wash it with normal detergents. Around the machine. To assemble the fire and the air filter. I will take the cover. Then I will go to the electrical assembly part. I will continue to guide you. The air filter and the operating principle. Of the 2-cylinder engine system. To assemble the electrical circuit. Of the 2-cylinder Suzuki Sport. I need to pay attention to some problems. Inside the electrical circuit. There will be a screw. To push the screw to the electrical circuit. This screw. In the previous video clip. I also instructed you. How to look at the screw. This is the screw of the electrical circuit. When I put the screw. The number will be outside. This part is inside. To put the screw. Into the electrical circuit. I will use a piece of tin. This is the ZIN screw. The ZIN screw has the Suzuki logo. This is the ZIN of this machine. This is the part I bought. Its parameters are. 25, 44 and 7. 25 means the hole inside. ZIN is 25. 44 is the screw hole. And 7 means this screw is 7mm thick. These two parameters are the same. In the previous clip, I also said. When I finished assembling. I will use a piece of tin. To fix the screw. I have already done it. I will put a little bit of force. To make it easier to put in. I will put it here. I will turn it a little bit. So it will not twist. I will use my hand to press it in. Then I will use a hammer. And a tool like this. I will hit it with the force. To make it even. I will finish it. I will close the screw. When I close it. I will turn this part. It will be a little bit heavy. Because the Suzuki screw. It makes. The friction of the hand. With the force. It makes it heavy. When the machine explodes. It will automatically be light. I put the force in. Now I will assemble the fire tray. The fire tray of the Suzuki Sport 120. I observe here. It has 8 moving parts. These 8 parts are the 8 lights. And this is the fire tray. It was captured. From the technical field. It is called the 2-phase charging fire tray. It has a mat. Here it has a mat. Attached to the tray. And 2 wires. Yellow and red wires. It has a green wire. And a blue and white wire. The green wire and the blue wire. It is the mat and the fire. Now I will put this fire tray. In the machine. The conclusion is. The Suzuki Sport 120. It uses a small fire extinguisher. It only takes the signal. And this light bulb. It serves as a car light. As well as charging. When I put the fire tray in here. It has 3 screws. Each 5mm. And about 1cm long. First. I will take the screw. I put these 3 screws. Attached to the fire tray. In the machine. Then I will use the fire extinguisher. And the T8. Because this screw is small. I think with the force of the T8. And the 5mm fire extinguisher. It will harden this fire tray. And note. You have to tighten this fire tray hard. Because when I don't tighten it hard. The car will run. It will loosen the fire tray. And it makes the machine. The guarantee is not stable. And the fire is not accurate. Tighten hard. I use the T8. And the 5mm fire extinguisher. I tighten again. On the handle. It has a screw. This screw. To locate the steering wheel. And the fire extinguisher. With the 2T engine. I don't need to determine the T. Because on the handle. It has a screw. I just need to put the steering wheel. I put the screw here. And on the steering wheel. It has a groove. This groove is a little bit out. And note. I put the steering wheel in. And I put it in. At the time. When the T. Runs through the T. The engine will fire. The turbo will be at its peak. It's the highest rpm. Then the fire extinguisher. For the 2T fire extinguisher. It's longer than the 4T fire extinguisher. The engine will be longer. I will use platform 14. The gun to shoot the screw If you don't have a gun. You can use the other side. and a holder and we tighten it like this another way is to use a tool like this to hold the handle on the handle so that it can hold the handle and we tighten the screw like this tighten it like this here we have a spanner and a wrench we just need to insert the spanner the other spanner is the same we just need to rotate it 10 times then we rotate the spanner so that it can hold the handle and we push it in then we use a small tool to push the spanner into the handle then it's done when you tighten the spanner you have to do it evenly don't let the spanner be twisted because when it's twisted it will be easy to get a wrinkled handle if you have a long handle and you can make a long handle you can use a long handle we just need to put the handle into the handle because we don't have the spanner so we use this actually this is not the right way we need a spanner that is long enough for this handle so we just put the handle into the handle the same goes for the spanner this is the spanner on the spanner there is a spring and a pin we put the spring into the spring first then the pin then we put the spanner for the spanner of suzuki sport 120 it only has 2 positions 0 and top gear the top gear and the 0 is the light on the spanner we put the spanner into the handle the electric wire will go this way on the spanner there is a rubber band it will make the handle won't be wrinkled we don't have the rubber band so we put the rubber band into the handle to save time we just put the rubber band into the handle like this we use 5mm and 1cm then we tighten the rubber band will go this way the rubber band will go this way now we put the spring the spring has a a plastic door it's like the clock the plastic door will be inside the spring we put it in or we can put it on the spring like this on the spring like this it will be on the spring we put it in the right position we will adjust the angle of the spring it will go like this when we put it we will shake it so the spring will go inside we shake it so the spring will go inside when we shake it on the spring there will be a paper to prevent the spring from going inside now we put it like this the rubber band will go inside to hold the spring the spring we put it in the machine there is a 5mm long screw at the bottom and a 5mm short screw at the top we put it like this the rubber band on this hole the big rubber band it will take the rubber band from the rubber tube and the small rubber band it will go through a rubber tube it will put the rubber in the chicken's tongue to pump the urine to the tube the big rubber band it will pump the urine the small rubber band it will put the urine in the chicken's tongue with this small tube we will replace it with a rubber tube to see if the urine will go inside when we shake it we will replace it with a rubber tube now we will continue to assemble the air system of Suzuki Sport 120 before we assemble the air system I will guide you a part of the principle of the 2-stroke engine here you will see let me turn this machine right this is the system the lever the lever goes up here here you will observe on on the engine nozzle of this Sport 120 or 2-stroke engine in general it will have 2 sides what are these 2 sides for? the urine will be pumped from the baby's this is the chicken's tongue I will temporarily put it here to simulate for you to see the baby's bottle is here the urine and urine will be put in this tube the urine will be put in the baby's bottle then when there is urine in the baby's bottle the chicken's tongue is in the closed position the fuel will not be put inside this tube the fuel will not be put inside this tube when the power of the machine rotates, the concrete runs up and down then it will create a pressure that pressure lies in the back of the concrete let me take an old concrete this is an old concrete when the concrete journey is installed here the concrete runs up and down when the concrete returns in the return period this concrete will serve as a push cylinder push what? push a pressure go down push a pressure go down to this tube so the air volume the air volume inside this tube when the concrete runs it will go up on these two holes and go straight up it will come out at two doors when it goes down, it will come out at the position of these two holes these two holes it gives gasoline sucked from the gas hose goes up on the concrete and when the concrete goes up it will close it will close the door it starts from the position of this hole up to the concrete this is the position of the engine then it will create a force from this point up to the top of the concrete and when the concrete reaches the top it will create a force the concrete will run back then every time the concrete runs down and runs up like this it will create a force different from the four-wheel drive the concrete has to run up and down twice it means that when it runs down like this it will press the fuel press the fuel from this tube this tube is already there because of the operation of the fuel pump it will create a force make this flame open and gas from the fuel pump it will be waiting in this fuel pump when the concrete goes down it will create a reverse force to let that air flow it will bring up the two doors or the side of the cylinder it brings up the top of the concrete when the concrete runs all the way down it will continue to turn up when it runs up this air will be pushed back that is the reason why the two-wheel drive if you remove the concrete the car will not run because it takes advantage of the explosion the pressure of the explosion just released from the previous cycle it has not escaped from the concrete make a force to push the top of the concrete back help the new amount of fuel not be released out through the concrete is thanks to the mixture of air that has been exploded it keeps the amount of fuel in the combustion chamber the process of the two-wheel drive explosion we will go up and search the sketches that people draw by 3D drawing on the computer this guy will understand better in short, for the two-wheel drive concrete just runs up and runs down which means the cycle complete its explosion cycle just by the concrete running up and running down it will generate a force for the four-wheel drive the concrete must run up and run down twice to generate a force that is the principle of the two-wheel drive to combine the mixture of air we need parts like this the first is concrete the second is the concrete column the column will be like this it helps this column rotate lighter than the four-wheel drive if this column is old we need to replace it or this concrete column if we leave it to use it will be bent for this new column we will use it we will cut a side of the concrete to one side and we remove from the side of the column and then we break the other side for the two-wheel drive the name this name it will be turned into a hole on the upper back it will have two small holes in the concrete to help keep the position the concrete is fixed on the top the reason is it will be right on the side of the hole to help the sand when it slips on this hole it will not be round like a four-wheel drive but it has holes if the sand rotates like a four-wheel drive it rotates freely it will accidentally slip into these holes it will be like sand crushed it is easy to break the sand so people will design on the concrete it has two holes these two holes keep the sand fixed on the top then note the name will point to the hole the two holes are on the back you just need to note that the concrete is like that now I will proceed to the operation I put it in to assemble the concrete of the suzuki sport 120 you just need note for me a few points like this I will always assemble from the steering wheel I will attach a concrete side on this side I just showed you the concrete above and below to be exact I can also attach but I ensure that the direction is correct just look at the angle is correct I will put a side a concrete side in front in the concrete I will put it in on the side of the pot first then I push it I press it to ensure that it has fallen into the mold then I have finished this side I will pull the concrete from the steering wheel then before I put the concrete in I will put the concrete in if the contact surface here is good you just need to remove the concrete if the contact surface is not good you should use glue to avoid the phenomenon of air leakage then press the concrete from this side then press the concrete back here I would like to talk more about the concrete this is a set of concrete Suyuki 102 code 3 0.75 Suyuki 19D10 0.75 this concrete is RIT one of the best concrete brands in Japan I will peel off then in a box of concrete there will be 3 layers 1st called pine like the pine leaves of the 4WD 2nd 2 layers I will distinguish which layer is above which layer is below it does not have white or black like the 4WD how do I do it I just put one end of this layer equal to the other end and I look here which leaf this mouth is wider wider that leaf will be below and why I will explain here I am seeing the leaf above it is wider than the leaf below so this leaf will be below this leaf is above when people make 2 leaves open this mouth wide what is the purpose let it have a gap so that the concrete will be passed through this gap and cover the middle of the gap cover the top of the concrete and if I put this leaf down the concrete will not go up the top will be flattened it will cause a leak and the thickness when designing the thickness is different if I take a wider leaf a wider leaf it will not go up I will try this leaf is wider if I put it up it will be like it is flattened and if I put it down it will be comfortable and if I put it down it will be torn and this leaf if I put it up it will be comfortable if I put it down I will not be able to remove the concrete let me measure again this is definitely a wider leaf the leaf above is a wider leaf see if I put it down I will know right away and then I also pay attention that on each side of the concrete it will have a number this number it will go back to the top of the concrete the top of the concrete now I will put the concrete in the concrete this concrete leaf it will be at the bottom it will be the bottom I will put this concrete leaf in put it behind this concrete leaf it does not cover the bottom I put it behind it avoids the bottom I put it in I use a small tree I trick it so it avoids it then I trick it over then I will put the concrete leaf with a wider mouth is this leaf above I will put it down the bottom of the concrete and the letter will be turned up the sign will be turned up then the sign this sign will turn up I just force my way in there is no it won't break I just hold it then this little mouth I will also look at the sign of the silver leaf on the top then now I will proceed put the concrete leaf in before putting the concrete leaf I will also give it a little put a little on the leaf and put a little in this tree to help the original machine that explodes it doesn't do squeeze the strong then it will turn very gently very gently now I will proceed put the concrete on this side put it out then I cut this side it's in it won't come out then it's done I put it on on the silver so it's even outside I will also put a little on the inside of this cylinder put a little on to help it light then my brothers I noticed that I had to put the silver leaf right on the concrete I instructed my brothers because if I let it squeeze out the concrete then it will hit the holes of the cylinder because I have to avoid the corner of the rotary so when I put it together it's a bit stiff then I push it in then the concrete goes up to the top then here I I will show you when the concrete goes back it pops up the air will leak out of this hole and at the same time the concrete creates a force to push the gas up to this door and when the concrete goes back to the gas hole it will start to run up the amount of air that has just popped up is the task of creating a force for the air to go in and out the manufacturer has calculated that the amount of air in this is released from the cylinder and the inside of the cylinder is pushed back to help balance the pressure here then the amount of air that pops up will not leak out and that is also the reason why the 2-cylinder engine produces smoke when the gas is mixed like that and the 2-cylinder engine will exhaust gas more than the 4-cylinder engine there will be a small amount of fuel and the 2-cylinder engine will be released and the 2-cylinder engine will run up creating a force to push the gas up and when the concrete reaches the top the gas will be released and the gas will be released and the old Bilac cylinder the old Bilac cylinder I cleaned it up and painted it and for this cylinder I had to glue it to avoid the gas leak because the force of the 2-cylinder engine when there is no valve to release the gas it will be very easy to break the cylinder after gluing the cylinder I will put the cylinder in remember that there are 2 holes at the bottom of this cylinder I have to put a fixative because this cylinder needs to be centered otherwise the concrete will be crushed let me put it on so that the glue does not dry out then I will explain to you this is the Bilac cylinder of the Suzuki Sport there are 4 screws 12mm I have to screw it in and tighten it tighten it just like the Bilac cylinder of the 4-cylinder engine I still tighten it normally to create a balance force on the cylinder after tightening I will show you the special thing on the Bilac cylinder of the 2-cylinder engine Suzuki Sport that you need to pay attention the special thing on the Bilac cylinder of Suzuki Sport are these rubber bands here what are these rubber bands for? not to break the cylinder but to help locate the air flow that is, it creates a wind tunnel it controls the air flow to the cylinder so that it does not spread to help dissipate heat why is this cylinder so big but the rubber band is big the reason is that inside the cylinder of this machine it does not have much like the 4-cylinder engine it is fed by the amount of carbon dioxide mixed with the combustion chamber then that amount is not enough to help dissipate heat so Suzuki designed this Bilac cylinder or Aishi engine designed this Bilac cylinder to make it bigger except for engines such as Honda Nova it will design a very small cylinder because it has water to dissipate heat and for this engine to dissipate heat by wind it will design this wind tunnel and at the same time it will also design the fan blades to help blow inside the cylinder of Suzuki Sport the fan blades will blow through this lid it brings the air inside the cylinder to help the cylinder reduce the temperature and the engine reduces the temperature that is the advantage of the Suzuki Sport 120 engine so I have guided you how to assemble and operate the Suzuki 120 engine here we have the fan blades I have shown you how to operate the fan blades you just need to tighten it and then pull it in the fan blades will have a paper to help the fuel not spill out then I will tighten it now I will pull the fan blades I will pull the fan blades and then I will pull the lid the lid will be like this I will pull it like this and it will be like this it will help the fan blades when the engine is running the fan blades will produce the air to blow inside the cylinder to help dissipate heat this is the air outlet the air will come out through these two holes the air will come out through these two holes the lid will push the cylinder now I have guided you how to assemble the Suzuki Sport 120 engine the fan blades you just need to tighten it there is a small note about the fan blades that you need to pay attention let me show you after that you just need to put the fan blades together then I will guide you how to assemble to save time I will assemble it and put it on the car this is the cylinder here it has a Amreya pin here it has a pin when you put the pin you need to pay attention it has a spring it is easy to remove there is a long screw and two pins two pins you just need to tighten it when you put it together you just need to adjust it to fit the Amreya pin let me guide you this is the pin you just need to adjust it to fit and then you just need to put the spring in and adjust it to fit the Amreya pin when you put it together you just need to adjust it to fit I have shown you how to assemble the Suzuki Sport 120 I hope with this video you can complete the assembly process see you in the next video bye bye