- Perbedaan Water Cooling Dan Liquid Cooling Unit
- Perbedaan Water Cooling Dan Liquid Cooling Pad
- Perbedaan Water Cooling Dan Liquid Cooling System
- Perbedaan Water Cooling Dan Liquid Cooling Units
For a liquid cooling solution, you would need water blocks on the parts you wish to cool, a water pump, a water-to-air heat exchanger (radiator + fan) and a reservoir for the liquid. Air cooler – fan and a heat sink (left) and liquid cooler – water block, radiator, pump and fans (right). Cooling is an essential part of our modern society and the need for cooling is expected to increase rapidly due to population growth, rising incomes, global warming, and urbanization. At Danfoss Cooling, we are committed to providing cooling in a sustainable way, keeping the environmental impact of cooling to an absolute minimum, and delivering.
Ada dua penyebab terjadinya perpindahan kalor yaitu perbedaan suhu dan perbedaan tekanan parsial antara air dan udara. Suhu pengembunan yang rendah pada cooling tower membuat sistem ini lebih hemat energi jika digunakan untuk system refrigerasi pada skala besar seperti chiller. Perbedaan Air Cooling dan Liquid Cooling. Kedua sistem pendinginan baik air cooling ataupun liquid cooling itu memiliki fungsi yang sama, yakni untuk mendinginkan komponen di dalam PC, terutama CPU dan VGA yang memang paling membutuhkan suhu tertentu ketika bekerja. I love the idea of tiny cases like the Dan A4-SFX, etc - but it's almost /impossible/ to watercooling in these cases! I've been considering an external watercooling system, but can't help but wonder if that sort of defeats the purpose of having a tiny case (though I could theoretically 'hide' the watercooling setup by mounting it under my desk.
Regardless of the type of PC you decide to build, you’re going to have to cool the CPU. And while there are many different types of PCs you can build, there’s only two ways to cool a CPU: either with air or with liquid.
So what’s the best way to cool a CPU?
The Pros and Cons of Air Cooling a CPU
Most CPU’s include a stock air cooling solution that that exhausts air onto the CPU. While this type of cooling is satisfactory for casual PC users, gamers often upgrade to aftermarket air coolers that provide higher cooling efficiency. Some of these builders also upgrade because these CPU coolers often look better and makes their PC more unique.
Aftermarket air coolers provide improved performance over stock air cooling solutions by using copper base plates to spread heat through pipes. To increase heat dissipation even further, aftermarket air coolers include high performance fans that carry hot air away from the CPU through specially designed fins. For most gamers, an aftermarket air cooler will provide more than enough power to keep their CPU running at optimal temperatures.
Air cooling isn’t without its drawbacks though. Some of these aftermarket air coolers are massive and won’t even fit inside a lot of PC cases unless you’re using a case specifically designed to accommodate larger CPU cooling options. You should also keep in mind that some fan options could also run louder than stock air coolers.
The Pros and Cons of Liquid Cooling a CPU
Liquid cooling is the best way to cool a CPU because water transfers heat much more efficiently than air. Liquid cooling also makes your PC run quieter because you won’t have fans constantly running at a high RPM. However, liquid cooling a PC can also be dangerous if water leaks onto hardware.
To keep things safe and simple, I recommend an all-in-one liquid cooler that provides all the benefits of water in one convenient package. This type of liquid cooling includes everything you would get out of a custom liquid cooling solution without the need to bend tubes, adjust fittings, or drill holes in your PC case. All-in-one liquid coolers are also conveniently available in a variety of different sizes so you’ll be able to find exactly what you need.
All-in-one liquid coolers aren’t just limited to your CPU either. With the addition of a liquid cooling mounting kit, you’ll be able to reap the same benefits of water on a GPU. And as any gamer can tell you, cooling a GPU is often more important than cooling a CPU during intense gaming sessions.
What’s the Best Way to Cool a CPU?
Both air coolers and liquid coolers provide increased cooling performance over a stock CPU cooler. However, the cooling solution you decide to use inside your PC build will usually depend on a variety of different factors to go alongside performance.. Things like price, compatibly, and looks will usually also play a role in your decision.
And while liquid cooling does outperform air cooling in various scenarios, you should probably base your decision on what you actually need. There’s no reason to use liquid cooling if your CPU doesn’t run hot and there’s no reason to use an aftermarket air cool if you’re not even gaming. The important thing is that you figure out what hardware you need for the PC you’re using.
There’s really no “best” way to cool a CPU because their is no “best” way to build a PC. Every PC is unique to its builder’s needs and the CPU cooler is just one of many different choices you have the power to control. So I guess the best way to cool a CPU is up to you!
At first glance, liquid cooling looks simple. Liquid is pumped through a cooler, it absorbs heat, and it's cooled back down with a radiator. But because you're working with liquid, the design principles become more complicated.
Water Conducts Electricity
Obviously, you don't want the system to leak. This is a more common concern to those new to liquid cooling. In actuality, it's a rare occurance.
Hose clamps used internally are a precaution in Koolance systems. Each device is designed to fit snugly with the next, and although not recommended, systems generally run fine without being clamped. Anyone who has installed a Koolance system quickly realizes the amount of sheer physical stress a typical hose connection can withstand.
Koolance components are also pressure-tested at many times their operating rate during the manufacturing process. For example, air is injected into the radiator at 70 times (7kg/cm2, 100psi) the normal running pressure to certify it from leakage.
Koolance user manuals provide instructions on testing each cooling system prior to placing any hardware into the chassis. This allows customers to validate the work they have done on nozzles and tubing arrangement before operating the computer.
Pump Reliability
The pump is a liquid cooling system's 'heart'. In conformance with that analogy, a similar effect can happen to the system if this component were to fail. This doesn't mean it is necessary for a liquid cooling system to use a $200 pump. It only means you can not use any off-the-shelf aquarium pump and hope it continues to operate for months and years under computer cooling conditions.
Different pumps are used in Koolance systems, depending on the thermal application. All models are specifically tested for long-term use, with reliability generally exceeding 30k-50k hours MTBF (3.4 to 5.7 years of continuous 24/7 operation).
Fail-Safes
Perbedaan Water Cooling Dan Liquid Cooling Unit
Let's assume something does go wrong. A motherboard cooler was installed, but the tubing got folded during installation of a new video card. There is almost no liquid flow, which is similar to the effect of a dead pump. The CPU is heating up, the liquid is absorbing the additional heat, but slowly, the liquid temperature begins to increase.
With a regular liquid cooling kit, this situation could result in a dead computer. Koolance systems, however, have built-in hardware safety features. Once your liquid temperature reaches a configured level (for example, 50°C/122°F), an alarm sounds. If you're not there to hear or see it, the system can shut off power to the computer automatically.
Corrosion
Perbedaan Water Cooling Dan Liquid Cooling Pad
There are multiple types of chemical reactions that can be present in a cooling system that uses liquid. The most common is galvanic corrosion, caused by different metals in an electrolyte (in this situation, water). These varying electrode potentials can create a 'battery' effect, damaging the anode metal.
Perbedaan Water Cooling Dan Liquid Cooling System
Using domestic tap water can encourage corrosion. Tap water contains numerous trace elements that can accelerate this process. This is the reason distilled water should be used (not 'purified', 'de-ionized', or bottled drinking water). Koolance's liquid coolant features many additives combined with water: anti-corrosives, anti-biology, and other chemicals that are commonly used in the engineering field to help avoid reactions. Koolance coolant is renowned for its extended time between replacement (2-3 years).