SC600 DC 12V PC CPU Water Cooling System Tool Water Pump 132.09 GPH 10W Brushless Drive Water Pump for Destop Computer Laptop Computer

I installed this little pump 7 months ago (12hrs a day avg runtime) to cool an RTX 3080 through a 360mm radiator. I'm thoroughly impressed by how much water this pushes and how quiet it is; especially at this price. It's operating range seems to be 40%-100%, I run it at 50% as it's quieter than my case fans and still pushes plenty of water fast enough to cool my GPU (71f ambient room temp, core temp 57c under load at 50% pump speed, 100% will push it down to 53c). Considering other D5 and DDC pumps cost anywhere from 3x-6x as much, I can't believe how well this one works for the price and how quiet/reliable it's been. P.S. If you isolate this pump from your case with foam, it's nearly silent, even at 100% P.S.S. Find 'Fan Control' on Google (think it's hosted on GitHub) for a simple tool to control the pump speed (as long the header you plug the pump into on your motherboard supports variable voltage control) November 2024 Update: Still running this pump virtually 24/7 with no problems at all! What a great little pump.

My cylinder pump failed so I bought this in order to replace it. The pump will come in a small cardboard box. No bubble wrap and no instructions. Common sense would say suction is the top and dispense is the side hole but some don’t have common sense lol The pump fired up, no issues, and I don’t really hear any loud noise from the pump. I hope that the durability will stand. I’ll update this if this ever fails. I installed this today September 19 2026.

Just set this up. Water is definitely flowing through the loop. The old pump only did around 80gph, this is better so far and I'm also getting fairly cooler temps. Lets see how long it lasts (10-9-2026)

The noise level is low, even when running at full voltage, and it moves the fluid. Time will tell as to its durability. I used this pump to replace a failing pump that only had about 17,000 hours on it. It was supposed to last for 80,000. I paid a lot of money for the old pump. You can't beat the price of this one! Hopefully it's not an example of: "you get what you pay." Edit: Well, it's been about 10 months since this pump was installed, and everything is running smooth and cool! There have been no problems at all. I'm very pleased with its performance! I'm going to buy a couple more just to have around for future builds.

For the money this little pump did great , I have 3 radiators in my loop, 1 420 mm, and 2 360 mm . I used mayhems blitz cleaning kit in the loop. But the part one for the radiators is a acid and says not to run in the loop. To pull the rads are fill them and put caps on them and let them set for 6 hours Well because of the radiators have 20 fans connected to them in a push pull configuration. It’s not easy to pull them out . So I came up with the idea of buying a cheap water pump that was made of ceramic and plastic to pump the cleaning solution through the loop with some cheap barbs , and that way I didn’t have to risk my d5 pump and bits power fittings . Worked like a charm, the pump was able to push the cleaning solution through the rads even with one hose slightly kinked due to the limited room and the angle . The pump was also pushing all the fuild up as it dangled below and out of the way of the case in case of a leak. It was also pretty quite once the air was out of the loop. I had to put my hand on it , to be sure it was still working . It pushed the solution for 12 hours and lives to pump a other day. Also a nice back up just in case .

Pretty decent little pump, moves quite a bit and it's cheap. Can't speak on its reliability but it hasn't failed in my use case after a year so it's better than a lot I've tried in this price range.. no acrylic to crack or anything. It is quite loud though. Even with padding and what not, you can hear it vibrating. I have found the best way to silence its noise is to suspend it by tubing, which isn't probably the best thing in the world for durability's sake, and it's still not quiet by more expensive pumps standards but it works.

I've gone through a number of pumps lately and having a pump go out on my work machine costs me sucks!. Sick of the price for computer parts I started searching in the place where pumps are king, Aquarium business! Aquarium people know way more about water pumping than computer guys. People, water pump technology is absolutely nothing new, it is not a new invention. These companies selling D5 pumps for $100+ are off their rockers! I've used to have an aquarium hobby and a water pump is a water pump is a water pump! I've never spent more than $20 for a pump until I started water cooling my computer 11 years ago. Which brings me to this awesome, regularly priced water pump. Pump, Reservoir, fittings and tubing under $100 and it is far quieter than the D5 it replaced, at full speed 4200 rpm I can hardly register it, at anything less than full speed it makes absolutely no noise. It is a strong pump, don't let the size fool you. If I must put one con; the wires are mustard and ketchup colored. I will be putting more of these pumps in my other work rigs! Notice in my picture I am using a 95,000 watt btu heat exchanger for my radiator, a furnace supply company out of ohio sells it here on Amazon for $120, all copper, six pass with dual manifolds. Under full CAD work load temperature is pinned at 46c . Doing anything else on my computer, games, blurays, photoshop, illustrator all at the same time, temps are pinned at 25c, during winter months my rig runs between 8-12c.

I had my second CPU pump fail a couple of weeks ago. I was going to revamp my water cooling system anyway but wanted to wait a while. This forced my hand. I had this pump and parts on hand, so away I went! I was able to do the exact configuration I wanted, and the pump has plenty of power! I have it tuned to about 3000 rpm, and find my temps quite acceptable, but could dial it to 4200 if I needed more cooling. Even wide open, the pump is very quiet, barely detectable from the fans. I was going to run this with the existing pump as a booster but decided to "Frankenstein" the old pump, so it is now a free-flowing water block. Fortunately I kept the wiring, so my motherboard detects a cpu pump, which means I can use this new pump through a mechanically controlled fan control unit. This is my only criticism: I wish there was a way to put something on this pump that makes it detectable as the CPU pump. I will try later going through a fan header as others have suggested. So far I've only been going a week with this new config, but am very happy with what I see. I will update this review if necessary.