Is this reasonable for heat dissipation? Wouldn t there be anything bad to say!!

ViewSonic is also a domestic famous brand, that heat is normal.

In fact, an external radiator doesn't play a big role.

If you have to plug it in, let the radiator blow upwards as the wind blows.

The opposite is bullish, and on the CPU is downward, and the reverse becomes.

The landlord is a CRT monitor, it is normal to generate a lot of heat, if you are not at ease, it is recommended to go to a professional maintenance point to sweep the dust (do not open it yourself, there is high voltage electricity inside).

If you want to dissipate heat, it is recommended to buy a small electric fan for 30 yuan to blow, the CPU fan is too small, and it is useless for this kind of big guy.

Khan, that's no use.

Dude, you can really do it, you came up with this idea.

The fan is too small.

You put the monitor next to the window, or get a fan that costs a few tens of dollars and blow it. Hehe.

Oh, the landlord is really creative, the fan is small·· Don't dismantle it... Inside there is a voltage...

This is unreasonable, the idea is very good, I have used it before, do it like this, seal all the heat dissipation holes on the display, leaving only some surfaces, so that the cold air from the outside comes in from below, cools the components inside, becomes hot air, and finally is discharged from above, forming a convection, the effect is very good. But one thing to keep in mind is that the fan power supply is connected to the chassis, so that it will run when it is turned on, otherwise.

Doing this badly will reduce the lifespan of the monitor

Heat sink is a kind of heat dissipation device for easy to heat electronic components in electrical appliances, mostly made of aluminum alloy, brass or bronze into plates, sheets, multiple sheets, etc., such as the CPU ** processor in the computer to use a considerable heat sink, the power tube in the TV, the line tube, the power amplifier tube in the power amplifier to use the heat sink. There are two main factors that affect the heat dissipation efficiency of heat sinks:

First, the surface area of the heat sink also has a great impact on heat dissipation, the same metal, the same water temperature, the larger the surface area, the faster the heat dissipation, this is the constant truth. In the process of making the radiator, it is also to increase the surface area as much as possible to enhance the heat dissipation, under normal circumstances, the radiator of the same specification and the same material, the steel plate radiator has a larger surface area than the steel column radiator, and the heat dissipation effect is also better under the same conditions. However, due to the good decorative properties of the steel pillar heat sink, the smooth outer wall, the beauty and the advantages of easy cleaning, it has gradually become the mainstream of the market.

Second, the material of the heat sink also has a great impact on heat conduction, from the beginning of the cast iron radiator, to the current steel radiator and copper and aluminum composite radiator, every time the progress of science and technology, has brought more and better choices to people. Compared with these kinds of radiators, the heat dissipation effect of copper-aluminum composite radiators is second to steel, and cast iron is the last, and copper-aluminum composite radiators also have the characteristics of strong corrosion resistance, but due to the particularity of copper and aluminum materials, the price will be slightly more expensive, which is more suitable for consumers with high demand for home decoration and excess budget. Aluminum alloy radiator has strong heat transfer ability, acid resistance and oxidation resistance, but it is prone to alkaline corrosion, which has certain requirements for water quality.

And it has the advantages of small size and fast heat dissipation efficiency.

Efficient heat dissipation performance is indispensable: we live in a fast-paced era, high efficiency is the common goal of modern people, in the radiator heating is no exception, high heating efficiency is an important indicator to measure the radiator material, a good gold flagship radiator material has high thermal conductivity, large heat dissipation, so that the radiator has a high heat dissipation, with the fastest time to quickly increase the indoor temperature, to achieve energy saving, economical, comfortable multiple functional requirements. What material is good for radiator?

What kind of radiator works well?

**Fair, cost-effective: a good gold flagship radiator in addition to comfortable, efficient, beautiful, but also need a high cost performance, this is because the use of radiator heating, after all, most of the ordinary small and medium-sized families, if the radiator is too high, many families will not be able to afford it, so the production of materials must be fair, the level is moderate, and the radiator manufactured can be accepted by most people.

Must have strong corrosion resistance: In normal environments, any metal will suffer from oxidative corrosion, but the degree of corrosion and strength will vary. The corrosion-resistant metal is slower to be oxidized and corroded, and the radiator has a long service life and is not prone to water leakage and bursting.

Of course, with the development of modern science and technology, the process of anti-corrosion of metal is improving day by day, but this does not mean that the corrosion resistance of the metal material itself can be ignored. Compared with the traditional radiator, the copper-aluminum radiator has a longer service life, and the copper-aluminum composite radiator is equipped with polymer polymeric thermal conductivity material, that is, copper-aluminum composite liquid, in the shell of the copper-aluminum composite radiator. There is no possibility of oxidation and corrosion, and the heat exchange tube is made of materials with excellent anti-corrosion function, so the copper-aluminum radiator is the most anti-corrosion radiator in the shopping mall.

The common solutions for poor heat dissipation of notebooks are:

1. Generally, the disassembly can be solved by deep cleaning and maintenance, and the cleaning and maintenance of the disassembly machine mainly includes cleaning dust, replacing new silicone grease and heat dissipation pads (silicone grease and soft pads are preferably the kind with high heat dissipation coefficient of the original factory), fan shaft plus lubricating oil;

2. The second is the aging of the fan and heat dissipation copper tube, which needs to be replaced with a new fan and heat dissipation copper tube;

3. Plus a good radiator.

I am Y460 and have been using Xu's father and son exhaust radiator for a year. (It's not for advertising, I like to buy it, and the exhaust radiator is almost the same as any model).

Talking about the main points:1Basically, the wind speed can be adjusted, when the wind speed is small, the sound is not too loud, the wind speed is the largest obvious noise, and the game sound is turned up without impact. (The wind speed is lowered at night, and it basically does not affect others).

2.Many people say that the exhaust radiator will accelerate aging, but I only know that if the exhaust radiator is not installed, the high temperature of more than 80 degrees will deteriorate faster.

3.It can damage the built-in fan. How much wind can a built-in fan get? It is basically useless to have the built-in of the pump. If it is useful, it will not produce a high temperature of more than 80 degrees.

4.The heat dissipation effect is directly proportional to the pumping strength, and it is basically useless to buy a small one, and if you want to play games, you have to buy a large one with strong ventilation.

If it's a notebook, the heat dissipation is not strong, I install a ventilation radiator, and you can also add a heat dissipation pad, which can also play a lifting function.