Tech content trusted by users in North America and around the world
6,419 Reviews & Articles | 42,815 News Posts
TRENDING NOW: NVIDIA acquires Valve, announces Half-Life 3 release for 2016

Thermaltake ProWater 850i Liquid Cooler - The ProWater 850i

Using our trusted T.E.C.C. testing methods, we compare Thermaltake's ProWater 850i to all our previously tested coolers.

By: | CPU Liquid Coolers in Cases, Cooling & PSU | Posted: Jun 10, 2008 4:00 am
TweakTown Rating: 92%Manufacturer: Thermaltake

The ProWater 850i



Thermaltake used a copper block for the PW 850i and as you can see here, the block supports several processor and motherboard types. The top mount is attached to the base with two screws making perfect CPU alignment very easy.



The base of the block has a near mirror finish that is visually smooth. The raised area in the center will allow better contact with the CPU since most processors have a slight curve on their Integrated Heat Spreader (IHS) that can reduce the amount of contact with the cooler.



The radiator uses a standard 120mm fan to push air out of the radiator. The fan uses a 4-pin Molex connector for power but also has a 3-pin motherboard fan connector for fan tachometer use only.


When mounting the radiator it is best to align it so that the water comes out of the top; this is so air does not get trapped in the radiator, reducing coolant to radiator contact.



Here you see the 120mm fan and the radiator from the side. The radiator is a single row configuration that does not take up much room inside of your system and can be easily mounted to the rear or top 120mm fan hole. You want the air to blow out of the case, this way you are not raising the ambient case temperature.



On the back side of the radiator we found a bracket that allows for easy mounting of the radiator to the case. I generally move the fan to the other side of the radiator so the fan sits between the case and radiator, giving a little cleaner appearance.


This configuration pulls air through the radiator instead of pushing it, and allows air to pass over a larger area of fins at the cost of a slower volume of air passing over. This also guarantees that all of the contaminated air exits the case instead of some of it being deflected back into the case.


Further Reading: Read and find more Cases, Cooling & PSU content at our Cases, Cooling & PSU reviews, guides and articles index page.

Do you get our RSS feed? Get It!

Got an opinion on this content? Post a comment below!

Latest News Posts

View More News Posts

Forum Activity

View More Forum Posts

Press Releases

View More Press Releases
Subscribe to our Newsletter
Or Scroll Up Or Down