Regarding the question of giving a water cooled radiator, do you need to add water to a water cooled

The Intel RTS2011LC is an entry-level single-CPU liquid cooling system that cannot dissipate heat from both the graphics card and the CPU at the same time.

This water cooling system is a pure fool-proof water cooling system for entry-level DIYERS, and like the Thief Ship H series, the water pump is integrated into the cold head, no water tank, and a small heat drain. Its advantage is only relatively low, and there is no practical application value.

A serious water cooling system includes CPU and graphics card heat dissipation, and can be attached to the motherboard's north-south bridge, capacitors, memory, and hard disks.

The necessary components of the water cooling system include: cold head (i.e., the cold guide head of the required heat dissipation components), water pipes, water pumps, heat dissipation radiators, water tanks, and cooling fans.

Non-essential components: temperature control switch, electronic cooling sheet, flow meter, UV fluorescent lamp, UV liquid.

As for the power consumption, the water pump is about 20W, and the fan is only a few watts, which can be ignored for the system of a single waterway and small water drain.

The electronic refrigeration water cooling system with multiple waterways and large water drains should be supplied with a separate power supply.

It is not recommended to buy a complete water cooling system, as the landlord said. Compared with the CPU graphics card, it is a big heater. Therefore, this system does not make any sense in the case of no overclocking, and it can be completely achieved through air cooling to achieve the purpose of heat dissipation and cooling, and the top air cooling such as Owl D14 and Kyushu Assasin is only about 500 yuan.

The cost of a complete water cooling system is extremely expensive, taking GTS680 as an example, the current price of EEK's water block is about 1200, the CPU is between 500 and 800, the radiator is 500, the water tank is 500, the pipeline is 45 meters, the DDC and DC water pump are 500-800, and the fan owl is about 100. Non-essential components: temperature control switch 60, flow meter 40, semiconductor refrigeration plate 20,.

You can calculate the approximate budget required to build your system, as for domestic water cooling, ** is relatively cheap, such as Dongyuan, etc., but the workmanship and effect do not reach the import level, it is not recommended to buy.

If the landlord's budget is not enough, you can consider the cold head to buy EK, the water tank water discharge is external, and the domestic original parts are selected, such as SC600 water pump 80 yuan, Dongyuan 360 water drain is about 300, the water tank is much simpler, you can DIY yourself, and the fan is about 20 yuan.

The W120 is water-cooled and air-cooled. No water leakage.

The H100 is a double 12 metric heat radiator.

The premise is that your chassis can fit in.

Corsair. antec

And the shark master is all manufactured by asetek.

The water-cooled radiator dissipates heat from the CPU.

The water-cooled cooling system uses a pump to circulate the coolant in the heat pipe and dissipate heat. The endothermic part of the heatsink (called a heat absorber in a liquid cooling system) is used to absorb heat from the computer CPU, northbridge, graphics card. The heat absorbed by the endothermic part is discharged to the outside of the main unit through a radiator designed on the back of the fuselage.

The water-cooled radiator does not need to be filled with water.

Generally speaking, the basic service life of first-line brand water cooling is about five years, during which a small amount of liquid will evaporate, generally not more than 15%, basically will not affect normal use, and the current computer is generally three or five years of life, so when you use the water cooling radiator, do not consider the problem of water replacement at all, and disassembling it without permission will only damage the water pipe, resulting in the leakage of cold liquid, which will affect the use.

How to choose an air-cooled radiator?

1. The power of the fan.

Generally speaking, the higher the power of the fan, the greater the wind will blow, and the better the heat dissipation effect, but this is not blindly emphasizing high power, excessive power may not only make the heat dissipation effect greatly reduced, but also may increase the operating load of the computer, thereby shortening the service life of the computer and the radiator. When purchasing, you can choose a moderate power.

2. Fan noise.

This is also one of the most common problems when we use a heatsink, in addition to the performance of the fan itself, it is also possible that the fan is not installed correctly or the shaft is loose. In the process of purchasing, we need to check whether the installation of the fan is correct and whether the quality is up to standard.

3. The material of the heat sink.

The heat sink of the air-cooled radiator is generally made of aluminum alloy, because aluminum alloy has the advantages of easy processing and low cost, but if the connection is not good, the heat dissipation effect will be reduced.

Hello, the normal temperature of the CPU is stable within the range of 30 degrees Celsius.

In other words, the CPU has a harvest temperature of 65 degrees, and the maximum temperature of the CPU is 35 degrees in summer, so the CPU temperature is allowed to rise to 65 degrees.

Graphics cards, hard disks, and motherboards are also similar, but if the temperature is too high, you must check whether the heatsink and CPU are close to each other and whether the silicon grease between them has failed, otherwise when the temperature is too high, it will automatically shut down and crash to ensure that the chip will not be burned out!

What is a Water Cooler? The water-cooled radiator does not have a fan, it uses the heat volume of water to help the processor dissipate heat, that is, a certain amount of water is filled with a sealed capacity, and then a contact is directly installed on the surface of the processor to dissipate heat. So, should you add water to a water-cooled radiator?

Let's take a look. What is a Water Cooler? The water-cooled radiator does not have a fan, it uses the heat volume of water to help the processor dissipate heat, that is, a certain amount of water is filled with a sealed capacity, and then a contact is directly installed on the surface of the processor to dissipate heat.

Introduction to water-cooled radiators

A water-cooled cooler uses a method of water flow to drive heat away the heat dissipated by the CPU or graphics card. A typical water-cooled system must have the following components: water-cooling block, circulating fluid, water pump, pipes and tank or heat exchanger.

A water-cooled block is a metal block with a waterway inside, made of copper or aluminum, that comes into contact with the CPU and will absorb heat from the CPU. The circulating liquid flows in the circulating pipeline by the action of the water pump, and if the liquid is water, it is what we commonly call the water cooling system.

The liquid that absorbs the heat of the CPU will flow away from the water-cooled block on the CPU, and the new low-temperature circulating fluid will continue to absorb the heat of the CPU. The water pipe connects the water pump, the water cooling block and the water tank, and its function is to let the circulating liquid circulate and flow in a closed channel without leakage, so that the liquid cooling and heat dissipation system can work normally. The water tank is used to store the circulating fluid, and the heat exchanger is a device similar to a heat sink, which transfers heat to a heat sink with a large surface area, and a fan on the heat sink carries away the heat flowing into the air.

The water-cooled radiator is not used to add water, the inside of the radiator is added with a professional water-cooled heat transfer fluid, if you install water cooling, it is recommended that you use the SC-L550 special heat transfer fluid of Dongyuan heat dissipation, the heat dissipation effect is better.

Do you need to add water to the water-cooled radiator

Since the water-cooled system is pre-injected with coolant, and the water-cooled circulating fluid circulates in a closed channel without leakage, the water-cooled radiator usually does not require daily maintenance, that is, the water-cooled radiator does not need to be filled with water. Unless the leak is caused by man, in which case the entire circulating fluid module needs to be replaced.

The basic service life of the first-line brand water cooling heat dissipation is about five years, during which there will be a small amount of liquid evaporation, generally not more than 15%, which will not affect the normal use, and the current computer is generally three or five years of life, so when you use the water cooling radiator, do not consider the problem of water replacement at all, and dismantling it without permission will only damage the water pipe, resulting in the leakage of cold liquid, which will affect the use.

A water-cooled radiator is a radiator that uses coolant as a heat conduction medium, and the coolant in this is not water, and water cannot be added. The fully enclosed water-cooled radiator does not require the addition of coolant.

Extension:1CPU water-cooled radiator refers to the use of liquid driven by the pump to forcibly circulate to take away the heat of the radiator, compared with air cooling, it has the advantages of quiet, stable cooling, and less dependence on the environment.

The heat dissipation performance of a water-cooled radiator is directly proportional to the flow rate of the heat sink (water or other liquid), which in turn is related to the power of the water pump in the refrigeration system.

2.Moreover, the heat capacity of the water is large, which makes the water-cooled refrigeration system have a good heat load capacity. This is 5 times that of an air-cooled system, and the immediate benefit is that the CPU operating temperature curve is very flat.

For example, a system that uses an air-cooled cooler will experience a thermal spike in temperature for a short period of time when running a program with a heavy CPU load, or may exceed the CPU warning temperature, while a water-cooled system will have much smaller thermal fluctuations due to its large heat capacity.

3.Water cooling uses liquid to circulate forcibly to take away the heat of the radiator driven by the pump, which has the advantages of quiet, stable cooling and less dependence on the environment than air cooling. The heat dissipation performance of a water-cooled radiator is directly proportional to the flow rate of the heat sink (water or other liquid), which in turn is related to the power of the water pump in the refrigeration system.

Moreover, the heat capacity of the water is large, which makes the water-cooled refrigeration system have a good heat load capacity.

Summary. Fatal disadvantages of water-cooled radiators:

1. The computer water cooling radiator is troublesome to install, and it is almost necessary to disassemble the entire chassis to install it.

2. The CPU liquid cooling radiator should be removed from the motherboard before installation, otherwise it will burn out the graphics card.

Fatal disadvantages of water-cooled radiators:

Hello, please elaborate on your problem.

Fatal disadvantages of water-cooled radiators: 1. The installation of computer water-cooled radiators is boring and boring, and almost the entire chassis can be disassembled before it can be installed. 2. The CPU water cooling radiator should be removed before installation, otherwise it will burn out the display and cover of the card.

The principle of water cooling and heat dissipation is the same as that of air cooling, except that water cooling uses circulating liquid to transport the heat of the GPU from the water cooling block to the heat exchanger and then dissipate it, replacing the homogeneous metal or heat pipe of air cooling and heat dissipation, and the heat exchanger part is almost a copy of the air-cooled radiator.

The biggest feature of the liquid cooling system is two: equalizing the heat of the GPU and working with low noise. Because the specific heat capacity of water is very large, it can absorb a lot of heat and keep the temperature will not change significantly, the temperature of the GPU in the water cooling system can be well controlled, and the sudden operation of the earth will not cause a large change in the internal temperature of the GPU instantaneously, because the surface area of the section lift heat exchanger is very large, so only a low-speed fan is needed to dissipate it to have a good effect, so the water cooling is mostly matched with a fan with a lower speed, in addition, the working noise of the water pump is generally not obvious, In this way, the overall cooling system is very quiet compared to the air cooling system.

A brief history and main features of the development of graphics card water cooling radiators

From direct "streaking" to passive heat dissipation, to air cooling and then water cooling, etc., the heat dissipation technology of graphics cards has been advancing; And water cooling first appeared in the CPU field at the end of the last century, and it was mainly a DIY attempt by gamers, and then the graphics card was gradually used, and there began to be manufacturers specializing in the production of water cooling radiators. The maturity of the technology has also made the water cooling heat dissipation develop from the split type that needs to be assembled by itself to the current integrated type that can be directly used by the brothers, which reduces the operating threshold for use.

The composition of water-cooled heat dissipation equipment (to be precise, "liquid cooling heat dissipation") generally includes a water block, a water-cooled circulating pump, a heat exchanger, a conduit and a heat transfer fluid (such as water), etc.; The specific principle of heat dissipation is actually the same as that of air cooling in essence, except that water cooling uses heat transfer fluid to transport the heat of the GPU from the water cooling block to the heat exchanger and then dissipate it, replacing the homogeneous metal or heat pipe of air cooling heat dissipation, but the specific heat capacity of the liquid is much greater than that of air, and the heat dissipation efficiency of the heat exchanger is also higher than that of the general air cooling radiator.

The main feature of the liquid cooling radiator is that it not only has efficient heat dissipation performance, but also has good performance in noise control; As for its shortcomings, it is also more obvious, first of all, the cost is higher, and the use is more inconvenient, and the more disadvantageous is that if the heat conduction fluid leaks, it will damage the circuit board inside the computer, and even cause a short circuit and other dangerous situations, and this risk will be greater with the increase of service life.

The development of water cooling solutions is still limited to a very small number of high-end graphics cards, and it has not been among the mainstream as some manufacturers have at the beginning. The failure of water cooling is mainly due to its high cost, large footprint and inconvenient installation, coupled with the risk of possible leakage of heat transfer fluid, which increases the cost of replacement parts at a later stage. In addition, the development of graphics cards is now moving in the direction of high performance and low power consumption, such as the Maxwell series, which is more likely to reduce the dependence on water cooling; Others include advances in new cooling technologies.