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CORSAIR 水冷CPUクーラー CWCH50-1

4.0 5つ星のうち4.0 165個の評価

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ブランド CORSAIR
電圧 12 ボルト
冷却方法 空気
対応デバイス デスクトップ
騒音レベル 30 dB
最大回転速度 1700 毎分回転数

この商品について

  • タイプ:水冷
  • 回転数(rpm):1700
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CORSAIR 水冷CPUクーラー CWCH50-1

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価格現在お取り扱いできません。¥11,123¥9,869¥14,800¥13,391¥7,980
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最短で5月13日 月曜日のお届け予定です
最短で5月13日 月曜日のお届け予定です
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お客様の評価
安定性
4.6
4.7
3.8
3.7
初心者用
3.6
4.2
2.8
2.8
静音性
3.3
3.5
3.4
3.4
販売元:
ECJOY!
Amazon.co.jp
PC・チェンジネット【適格請求書対応】
Amazon.co.jp
novonest jp
冷却方法
空気
電源コネクタタイプ
3ピン
3ピン
4ピン
3ピン
対応端末
デスクトップ
デスクトップ
デスクトップ
ノートパソコン
デスクトップ
ノートパソコン
空気流量
71.93 cubic feet per minute
71.93 cubic feet per minute
73.11 cubic feet per minute
最大回転速度
1700 rpm
1750 rpm
1750 rpm
2000 rpm
2000 rpm
2000 rpm
ノイズレベル
30 decibels
27.2 decibels
27.2 decibels
29 decibels
33 decibels
材質
銅, アルミニウム
銅, アルミニウム
アルミニウム, 銅
ナイロン
ワット数
7.2 watts
7.2 watts
3.84 watts

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商品の説明

Intel LGA1156/LGA1366/LGA775対応!AMD Socket AM3/AM2+/AM2対応!誰でも簡単に設置できるメンテフリーの新水冷ユニット!空冷より優れた静音性能と冷却性能を発揮する水冷CPUクーラー CWCH50-1

カスタマーレビュー

星5つ中4つ
5つのうち4つ
165グローバルレーティング

この商品をレビュー

他のお客様にも意見を伝えましょう

上位レビュー、対象国: 日本

2021年8月22日に日本でレビュー済み
Amazonで購入
CPU温度がしっかり下がって比較的静かで最高の商品でした。
1人のお客様がこれが役に立ったと考えています
レポート
2023年6月29日に日本でレビュー済み
intel i7 860 → intel i7 7800X → Ryzen5 3600 と変遷し、4台目に移設
今の構成は
Windows11 Pro
CASE:Fractal Design Define 7 Compact Black TG
CPU:Ryzen9 5900X
M/B:ASUS ROG CROSSHAIR Ⅷ HERO(Wi-Fi)
GPU:ASUS TUF-RX6900XT OC
MEM:G.Skill TridentZ DDR4-4000 16GB x 2
SSD:Kingston SSD NV2 2TB PCIe Gen 4.0 x4 M.2 2280 NVMe SNV2S/2000G

2007年製品なので流石にAM4は非対応、別売のサードパーティ製H60取付キットにて対応出来るとの事で購入、取付OKでした。↓
https://www.amazon.co.jp/gp/product/B07WD8GTMR/ref=ppx_yo_dt_b_asin_title_o08_s00?ie=UTF8&psc=1
Ryzen9 5900X が難なく冷やせています。
WoWsやSF6も高画質WQHDで問題なく稼働。
しかし次のAM5は最大TDP170Wになるので、もうシングルファンでは厳しいか。
そろそろ世代交代かな。
耐久性抜群の素晴らしい簡易水冷キットです。
2010年8月22日に日本でレビュー済み
Amazonで購入
水冷クーラーとしては手軽に設置できる点は良いですね。
確かにアイドル時の冷却効果は空冷ハイエンドクーラーと良い勝負でしょう。

使用環境
CPU : Core i7 960
マザーボード : ASUS P6T
ケース : COOLER MASTER CM690
エアーフロー : フロント・ボトム吸気、 リア・トップ排気
ラジエーターファン : 1600rpm × 2(サンドイッチ)排気で使用

室温27度(ターボブーストON、 O.C 3.42G)
アイドル : 38度
CINEBENCH での最高温度 74度
Prime95 Self-test 8k 終了時点(約30分後)の最高温度 78度
その後、徐々に上昇し、82度超えしたのでテスト打ち切り

ラジエーターの冷却性能を超えているようで
長時間の高付加は辛いです。
(冷却水がお湯になってしまっている)
ファンの回転数を高くするなどの対処はありますが
PC環境の高騒音化は避けたいので使用は断念しました。
次期モデル(CWCH70)はラジエーターの厚みが倍のなるようなので期待しております。

PCの使用用途により異なると思いますが
私の場合、3D(3ds max)のレンダリングで長時間、高付加をかけて使用しますので
現在は、ZALMAN CNPS9900LED に戻しました。

i7 9xx系は、130Wで高発熱ですので i7 8xx系CPUだったら使えるかもしれません。
もちろん通常の使用用途(ExcelやWord、Photoshop等)なら水冷クーラーの価値は高いかも!
9人のお客様がこれが役に立ったと考えています
レポート
2010年5月31日に日本でレビュー済み
Amazonで購入
 CPUはCore2Duo、リテールクーラーで使っていましたが、MSIの
Motherboadが逝ってしまい、ASUSのものと取り替えるときに、別の
cpucoolerを使ってみました。1度目に取り付けた時にうまくいかなか
ったようで、やり直すときに誤ってピンを折ってしまいました。
 ちとバカな事を考えて接着剤で固定してしまいました。・・・orz
良い訳ありませんよね。試しに使ってみましたが、やはり効いていません。
 この状態では夏までも持つかどうか・・・
もう一度cpucoolerを変更しようと、前回色々選考した中から、ちと高いな
とは思いましたが、このCORSAIR 水冷CPUクーラー CWCH50-1 を選びました。
ちと手間はかかりましたが(実は3日間)これはイケル!と思わせて頂けるものでした。
・・・()内、電源のスイッチをOFFにしたまま、二度も分解→組立→起動を。
 つかれます。けどやめられません。
この製品はCPUソケットさえ合えばメンテフリーで長く使えると思います。
4人のお客様がこれが役に立ったと考えています
レポート
2011年8月28日に日本でレビュー済み
Amazonで購入
購入後まもなく1年になろうとしているとき、PCの電源を入れて1分もたたないころ、バンと音がしてました。あわててPCの電源を落としました。自分のケースは上部にFANがあるものですが、液体が噴出している状態でした。
ケースをあけたら、水びたし状態。全部部品を取り出してケースの底の液体のお掃除。これが大変でした。

原因は、2本のうち1本のホースがCPU側のヘッドから抜けていました。
さて、これからどうすればよいのか。
アマゾンで購入しましたが、返品可能かどうか。メーカーのHPでは2年保証ですが、箱内には販売店には返すなと赤紙が入っているし。カナダのメーカーHPでRMAを申請するのか、アマゾンに連絡いれるのか、困っています。あすとりあえずアマゾンに電話入れます。

音が静か点は評価していましたが、なんともリスキーな製品ですね。
もう使わないぞ。
8人のお客様がこれが役に立ったと考えています
レポート
2021年1月9日に日本でレビュー済み
Amazonで購入
簡易水冷の王道ですね。かなり古い商品ですが発売直後に装着して未だに健在です!
1人のお客様がこれが役に立ったと考えています
レポート
2020年1月17日に日本でレビュー済み
Amazonで購入
じょぼじょぼ音もないし、もしかしてまだ使えるかな?
2010年1月11日に日本でレビュー済み
Amazonで購入
装着が、むちゃくちゃ

コルセアのケースを想定

ではなく、

それ専用でしょ、これって

もう、いや

でも、性能はいい
3人のお客様がこれが役に立ったと考えています
レポート

他の国からのトップレビュー

すべてのレビューを日本語に翻訳
wingclip
5つ星のうち5.0 Big Cooling in a small package
2011年6月11日にアメリカ合衆国でレビュー済み
Amazonで購入
The Corsair H 100 Self-Contained Cooling System:

The chances are that most of you who are reading this have already read dozens of articles regarding CPU & GPU liquid cooling systems. Many of you are also aware of the cost of external liquid cooling systems which can run from a few hundred dollars to a few thousand.

There's no denying that if you want to increase and or maintain speed and stability of your CPU, (as well as GPU's but the Corsair H 100 is not designed to cool those), in a gaming setting you need an aggressive cooling system.

Corsair has come up with a number of self-contained, CPU liquid cooling systems. I personally owned the Corsair H 50 which did a great job in cooling my CPU over any air cooling systems that I could fit in my case at the time. But I have now upgraded to a Corsair 500R case, (you can see my review of that case and Amazon), which permitted me to install Corsair's largest self-contained cooling system; the H 100.

First I will tell you that I am running an AMD 965BE 3.4GHz CPU overclocked to 4 GHz. My power supply is an OC Z 700 W ATX unit. That is pretty much all you need to know when it comes to my review of the H 100s performance.

Corsair's instruction guide shows how to install to either an AMD or Intel processor and because I didn't install to the Intel I will only review the installation to the AMD. With the Intel processor you do have to have access to the back of your motherboard and in either case you definitely have to have at least 240 mm x 120 mm of space that will permit you to install the radiator and fans that come with this unit.

Unlike the H 50 which did require that you get to the back of the mobo in order to install one of the brackets, the H 100 doesn't require that at all. In fact, for the AMD you simply remove the air cooling fan that came with your processor, slip a few brackets in place on the new H 100 pump, and then apply the two thumbscrews and hoops that will then all secure tightly in the place where your fan's lockdown mechanism hooked to.

If you're not doing anything special, I can'ta see this installation taking more than 15 minutes. For my purposes I went a little further and set up my H 100 with a "push pull" configuration in which I had two fans pushing air through the radiator from the top and one fan pulling air through the radiator from the bottom.

Why one fan and not two pulling air? Because my RAM cards were in the way of the second fan due to their profile height. If you do a little research on the H 100 you'll find that this is a typical problem that many have gone around by purchasing low profile RAM cards.

Coupled with the fans that came with my Corsair 500R case, my CPU now enjoys incredibly cooler operating temperatures. Before I got the case and the H 100 the idle temperature, mean temperature, and maximum temperatures of my AMD CPU were as follows: 35/48/59, (all in centigrade), using the Corsair H50.

Now the results I get with this new cooler and case is as follows: 28/43/47 (all in centigrade). Not only that but before the H 100 my case temperature average around 63 C. Now my case has never gone above 41°C!

I not only strongly recommend the H 100 providing you have the room to fit it in your case, but also recommend that you try the push pull configuration to get just that much better performance. For the price of the H 100 compared to other liquid cooling systems and many of the new so-called "high-performance" air cooled systems you just can't beat it. It's a 10+ on a 10scale!

That was my review of the H 100 and what follows is my attempt to explain why it is better to pull air through the radiator of any of the Corsair self-contained cooling systems as opposed to pushing the air out of the case through the radiator. There seems to be a lot of confusion about this and it's mostly because people do not understand that the key to this self-contained system is that you must focus on keeping the liquid cool, not the processor.

Your goal should be to cool the liquid in the H 100 or any of the Corsair Hydro's to a temperature as low as possible. That will in turn, get your CPU to a temperature as cool as possible which is an incidental reaction. So it's very simple, if the air temperature outside of your case is cooler than the air temperature inside your case then by all means you should be pulling the cool air from outside of the case through the radiator.

In a push pull configuration such as the one I described above I'm pulling the cool air from outside of the case through the radiator and with the fans on top of the radiator on pushing the cool air from outside of the case through the radiator. You can never expect to get the liquid any cooler then the temperature of the air that is going through the radiator.

That doesn't mean that if your room temperature is 75°F and you pull that air through the radiator, that your liquid will be 75°F. In fact that would be very unlikely. What it does mean is that it will be much cooler, (the liquid), if that 75°F room temperature air passes through the radiator then it would if your 104°F temperature of your case passes through the radiator to cool the liquid.

I've read where many people argued that they get better results when they pull the hot air of their case through the radiator of their Corsair cooling system. First their logic is that if you pull hot air from the case you're doing better than if you push cool air into the case. I don't know if that's true but that really has nothing to do with how the Corsair cooling systems work.

To understand all this you have to simply remember that you're not trying to cool your processor or your case. You are simply trying to cool the liquid that is in the Corsair's cooling system, that's it! And because the coolest air will very likely be outside of the case it goes that you must therefore pull your cool air that is outside the case through the radiator in order to get the coolest liquid. As a result your processor will be at its coolest, (an incidental reaction to your goal!).

For those of you who still believe that you can ignore the physics behind thermal hydraulic control consider this adage; the radiator on the Hydros works just like the radiator in your car. Most new cars these days have a thermostatically controlled engine radiator fan. If the car is sitting in a parking lot idling for instance, when the engine starts getting above whatever temperature thermostat in your engine is rated at, the engine fan kicks on and sucks cool air from outside the vehicle through the radiator cooling liquid inside the radiator. This in turn, cools the engine block.

This is the exactly how it works with the Corsair Hydro series. I've seen videos, (one of them in the Corsair forum I think), and read articles by bloggers instructing people on how to set up their fans and many of them instruct people to pull the hot air of their case through the radiator and out into the open cool air. That doesn't make sense does it? It shouldn't but that's because people are thinking in terms of pulling hot air out of their case which is fine if that was your goal. But with the radiator and self enclosed cooling system like the Hydros, the goal is to cool the liquid and nothing else.

I've also read arguments that they've tried it both ways and they got better results when they ran the hot air through the radiator and out of the case. The reason why that may have happened is because they either misinterpreted what they thought was going on, or the air temperature in your case was cooler than the air temperature outside of their case. As I said that's probably unlikely being that a cool case at 40°C equates to 104°F which is not very cool in your office or living environment.

In other words there are variables that can affect your CPU temperatures. Some of these variables have to do with your airflow fighting itself because you're using too many fans or having them pushing and pulling air against each other. This can possibly cause what is basically a dead zone. That's where the air doesn't really circulate but just balls and bunches up within the case.

So that's it folks, no matter how anyone wants to argue it, you just cannot get around the fact that that's the way it works and if they get better results doing it the other way just think how cool they can get if they perhaps adjusted some of their case fans and then set up their Hydros to pull the cooler air through the radiator instead!
1人のお客様がこれが役に立ったと考えています
レポート
Henor
5つ星のうち5.0 Nach langem überlegen geholt und nichts falsch gemacht...
2011年1月8日にドイツでレビュー済み
Amazonで購入
Hallo zusammen, ich will es kurz und knapp machen. Ich habe lange überlegt mir diese Kühlung zu kaufen. Habe es jetzt doch getan und bereue es auf keinen Fall.

Zu den Fakten:

Ich habe die Kühlung in einem Thermaltake Kandalf Gehäuse laufen, welcher mit 2 x 120er Lüftern für frische Luft und 2 x 92er Lüfter für Abluft versorgt wird. Allerdings laufen alle Lüfter auf kleinster Stufe, da ich es nicht so laut mag.
Den 120er Corsair Lüfter habe ich so verschraubt das er die Luft nach außen und nicht nach innen bläst. Zusätzlich habe ich ihn wie beschrieben an den 4-PIN Anschluss auf dem Mainboard für die CPU angeschlossen. Im Bios habe ich aber nicht Lüftersteuerung "Off" eingestellt sondern "On".
Meine CPU ist ein i7-920 der auf 2,80 GHz statt der 2,66 GHz läuft. Die Temperaturen belaufen sich auf ca. 41 Grad im Idle bei ca. 1200 RPM des Lüfters. Unter Last kommt die CPU auf Temperaturen um die 54 Grad bei 1550 RPM. Im Idle ist der Lüfter nicht zu hören, da höre ich eher meine Grafikkarte. Unter Last ist auch die Grafikkarte lauter als der CPU Lüfter.

Die Montage war super einfach und macht auch keinen großen Aufwand, da alles bildlich dargestellt ist.

Ich hoffe ich konnte euch mit dieser Rezension helfen.
Kung Fu Panda
5つ星のうち5.0 Fantastic CPU cooler - easy and quiet
2010年2月11日に英国でレビュー済み
Amazonで購入
In contrast to one or two reviewers, I found this a pretty simple install. My motherboard is a Gigabyte GA-770TA-UD3 with AM3 socket. The brackets fit well and with plenty of clearance. The pump itself is small so should not interfere with any other parts like RAM (clearance can be a problem with larger fan and air based coolers). From opening the PC case, the whole process of taking PCI and graphics cards out, motherboard out, bracket exchange, fan and radiator install and then CPU pad/pump install, replace cards, testing and then closing up the case took no more than 45 minutes - and I don't have a removable panel behind the CPU so the motherboard did have to come out.

Cooling is very effective, even with my AMD Phenom II X4 965 running flat out on all four cores. The supplied fan is pretty quiet too (but replaced after a few months with a Cooling 11 bladed job, even quieter)

It is important to point out (although it is in the instructions) the pump must connect to a non-controlled fan outlet so that it always runs at full speed (it is extremely quiet, just about silent) and the cooling fan that blows air through the radiator should be connected to the CPU fan connector on the motherboard. That way, the fluid is always circulated, and the cooling breeze is varied according to the needs of the processor.

What more can I say - it just works. Five stars.

UPDATE July 2011 (after 18 months) - still works just as well as when new. I have had to blow the dust out of the radiator, but that's to be expected. And I have changed the processor - now a Phenom II x6 1100T - it runs just as cool as before if not better.
8人のお客様がこれが役に立ったと考えています
レポート
Byungdon Min
5つ星のうち3.0 Great cooling but not great product
2010年4月9日にアメリカ合衆国でレビュー済み
Amazonで購入
Pro :
1. Outlook is great, the supporting company is Corsair
(I am a big fan of Corsair, especially their power supply units are all over 5 stars)
2. Water cooling. there is no such problem to deal with side pannel fan.
3. Cooling performance is great, considering its cost, and radiator size.
Someone said its radiator is huge, but that is a comment of Newbie.
120mm radiator is one of the smallest radiators for water cooling system
Many radiators are unable to put inside of computer case
4. Inexpensive compared to other liquid cooling systems
5. There is no leak problem in normal condition(this is the major reason
to choose H50)

Cons :
1. Nightmare installation. The problem is backplate. You cannot fine a lot of review which deal with this issue on Amazon, but I have seen several reviews talk about this issue in Newegg reviews.
I agree with them, backplate design is problematic especially for LGA 1156 and 1366.
I had a huge problem to put the backplate on the rear of my motherboard.

Is it because I did something wrong or did Amazon sent older version(CWCH50)? I don't think so. I confirmed it is CWCH50-1 which is newer version. I just followed the instruction, but it does not fit with the hole. I was struggled about 30 minutes, but failed. I gave up.
I have my own backplate which come from my Megahalems Rev. It fits in 10 sec, and no problem :)
I can handle it by using other one. But it is problem.

2. Screws problem. There are many problems about fan screws.

First, they gave only 4 screws which is sufficient only for one fan.
If you desire to have double fans to cool your radiator? then you need to have your own screws.
Here is another problem. I have a hard time to get similar screw that can hold my fan on its radiator,
because radiator is not using a regular case fan screw, or similar screws.
Its screw is way thinner than that.

I did deal this problem by using 2 screws(diagonally) for one fan.
Third problem is length of screw. If this screw is just holding fan and radiator?
Then it is about enough. It seems little short length left after getting through fan, but it is okay

However, These screws should be design in way of penetrating Fan grill on the back of the computer case
and the case and then holding fan and radiator. It can hold radiator barely, when you are not using that
little donut like protector. Yes, barely.

I need to tight it extremely strongly. Especially, This problem became more problem, because
Corsair does not give me more secrews. I am using two screws.
I think they need extra length of screws and extra 4 screws for second fan.

3. Air flow problem.
As many review mentioned, Corsair H50 is designed to bring in air from the back of the computer case
to cool down its radiator.
If you are a regular mid-tower case user, this is a problem. usually, many computer case is
designed to bring the cool outside air by the front fan, which is located very low.
many hot things such as VGA, hdd, and CPU are cooled by this cool air and the air goes up and
get out by the back fan.

Yes, you can change direction of front fan, and using it for taking out the hot air in your case,
but keep it mind, there is negative fact. Hot air goes up.
most case put their front fan much lower than their back fan. So, even you do this,
Your case is still hotter than regular cooler because of H50's system.
Consequently, you have some problem unless you don't have a fan on the top or side of your case.

I am a full-tower case user, and my case not only basic front and back fan, but also
support both fan on the top, and the side.

However, my top fan is too small to handle all air of my whole case, so I decided to use
side fan. and Here is another not nice thing. I know it is not a 'problem' but, it
is 'not nice element of H50'. To deal this airflow, I need to use many fans as possible.
What would be happened? my 3-pin fan connector on motherboard are not enough.
There are five of fan connectors on my board, but Corsair takes two of them 'plus my second fan takes one'
I need to deal with my all of other cases fan with just 2 of 3pin connectors.

If H50 did not mess up air flow system of my case, then I did not need to add that much of
fans. but it did. So, I tried to fix it by add more fans, but H50 takes many 3pin connectors.
How can I fix airflow? It is not nice

My thought : I think I am the one of the target consumer that H50 should aim for.
I admit that usual people are not interested in the air flow or dual fans.
However, those usual People who are not picky about cooling system, would not buy the water cooling package.
Even though it is a inexpensive kit among water cooling kit.
Corsair needs to understand picky consumer such as me.

Conclusion :
H50 unit is wonderful; inexpensive, efficient, out looks great, able to use more space compared to
Big fat high-end air cooling solution such as Megahalems.
But, its accessories are flawed or not enough.
What Corsair needs to do is fixing backplate first, give 4 more fan screw, and
let the pump use 4 pin connectors.

I am still a big fan of Corsair, I am using HX-650W, and Corsair RAM.
I want to buy 800D obsidian case, but it is bit expensive for me.
Overall, Corsair is a great; I just want to say, if you consider to buy this product,
then you need to ready to deal with several problems H50 has.
Getting more screws and 3pin to 4pin and having another backplate or whatever

Thanks for reading my review.
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Antoine
5つ星のうち3.0 Attention à la compatibilité
2011年6月3日にフランスでレビュー済み
Amazonで購入
Bon, je ne devais pas être bien éveillé lorsque j'ai fais cet achat, car je me suis trompé sur toute la ligne.

Faites attention à la compatibilité! la pompe se fixe à l'aide de petits arceaux métalliques, et il n'y en a pas pour tous les goûts. J'ai un socket 939 (abandonné depuis certes quelques temps, mais je ne pensais pas non plus qu'il s'agissait d'un dinosaure) et il se trouve qu'il n'y a pas dans la boîte, d'arceau correspondant à ce type de socket (et impossible de faire correspondre celui d'un autre socket, hélas. Pas plus qu'il n'est faisable de commander d'adaptateur chez Corsair.)

La pompe elle-même est plutôt petite, en revanche le ventilateur et le radiateur sont de taille très conséquente. Prévoir une tour d'une taille imposante ou de laisser le côté ouvert.

Les tuyaux ne sont d'ailleurs pas très longs (pas suffisamment pour fixer le radiateur et le ventilateur en dehors de la tour à l'arrière comme je comptais le faire initialement. Je n'ai pourtant pas de carte-mère très grande, donc la distance à parcourir n'est pas délirante.)

Cela dit, la fixation a l'air relativement simple, même s'il faut démonter entièrement la carte pour la montage de la pompe. (Il y a une pièce à positionner en face arrière de celle-ci)

A conseiller aux expérimentés du montage.

3 étoiles parce que ça a l'air d'être du bon matériel, mais puisque je n'ai pas pu le tester...
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