Explore the structure of the engine coolant radiator

The engine radiator is a part of the car that plays an important role in keeping the entire engine running smoothly. Just a small problem with the radiator can cause serious damage to your car and cost a lot of money to repair. How to limit the risk to this part, let's learn more with Finlex Auto in the article "Discover the structure of the engine radiator".

Structure of the engine radiator
Structure of the engine radiator

For the car to operate smoothly, it requires a lot of coordination between different parts. Nước làm mát ô tô màu xanh One of the parts considered the most important is the engine radiator. The cooling system in the car will reduce the amount of heat generated by the continuous combustion process, keeping the engine piston always operating at a safe temperature.

How does the engine's radiator system work?
During operation, the radiator of a car's engine will always be filled with a specialized coolant. It is a mixture of distilled water and coolant, which helps lubricate, prevent corrosion and help dissipate heat. The coolant is pumped through the radiator. The car will also have a thermostat and a radiator, which help regulate the temperature of the coolant in the engine. They will work by passing more or less coolant through the radiator to be cooled based on the temperature of the car's engine.

One of the functions of the engine coolant is to maintain a constant pressure. When the car starts to operate, the coolant heats up and expands. If the radiator is completely filled with coolant, this expansion will increase the pressure rapidly. The radiator cap is designed to hold that pressure at a certain point, ensuring that everything does not leak and does not cause the coolant hose to burst or burst at high pressure. When the radiator pressure reaches a certain pressure, the radiator cap will allow the coolant to flow through it and into the reservoir to maintain the proper pressure. When the vehicle stops and the engine begins to cool, the coolant will flow back into the reservoir. This will ensure that the vehicle's engine coolant reservoir is always full of coolant and free of air bubbles.

When a car is running, it burns fuel to power the engine. A significant amount of heat is generated. If the temperature of the car's engine increases above normal, it can cause serious damage to the cylinders. The heat will cause these cylinders to warp or even crack the head gasket, which will cause damage to the car. At this point, you will spend a lot of money to replace the parts in the car's engine.

The car's radiator works to remove heat from the engine and prevent this type of problem. The radiator pumps coolant through pipes surrounding the engine's cylinders. The heat from the engine will be converted into gas and when it passes through the car's radiator, it will be converted back into liquid and released outside the car.

The coolant reservoir is an important component of the engine's radiator. Its function is to store excess coolant up to a certain level. You can locate the reservoir by following the hose from the radiator. There you will find the reservoir, which is usually made of clear plastic. The reservoir is also where you add new coolant to the system, not, as some people think, directly into the radiator.

When the car's engine heats up, the pressure inside the radiator increases. To release the pressure, Nuoc lam mat oto the radiator cap allows some of the coolant to escape and is stored in the reservoir. This excess coolant stays there until the system cools down enough to create negative pressure and draw the excess coolant from the reservoir back into the radiator. While the engine is off, the car's coolant reservoir should be about 30% full.

The most common reason for a car overheating is a leak in the coolant reservoir or one of the hoses that circulate the coolant in the system. A leak means that the coolant is not circulating enough throughout the system. To prevent overheating, be sure to check your coolant level regularly. If you see smoke coming from your engine or notice that your temperature gauge is getting too high, the best thing to do is pull over safely and shut the engine off immediately. An overheating engine can cause serious damage if left unchecked.

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