| |||||||||||||||||||
|
Thermaltake
Symphony Mini Water Cooling Kit The Thermaltake marketing people prove they have an excellent sense of humor. Sure, the Symphony Mini is a smaller version of the Symphony but putting “Mini” anywhere in the name of a product that is two and a half feet tall is both accurate in direct comparison with the predecessor while being comical at the same time. Check out the pics below for a closer look at the tower and its labeling on the very top. That small orange square you see in the first photo below is an 80mm case fan to give you an idea of scale with the one next to that being my four year old son. The third photo is the Mini alongside it's big brother, the original Tt Symphony. As far as the Mini goes, large size fortunately doesn’t mean overly heavy. Even with the reservoir being pre-filled at the Thermaltake factory, the Symphony Mini weighs in at 8.4 kgs. The tower has a screen mesh on either side that you saw in the previous pictures. This mesh conceals three 120mm case fans mounted onto a matching 360 x 120mm radiator. As with the original Symphony Water Cooling Kit, I could not figure out how to remove the protective screens. The only way I could get any kind of picture was by shining a LED flashlight on the assembly.
Thermaltake's quick connect hoses rock pretty
hard. They are designed so that both sides are closed and sealed except
when mated together. This makes moving your system with the Mini installed
much easier. With the very practical quick connect hoses you can
disconnect your system and move things around as needed without having to
uninstall just to move across the room. Remember how I mentioned that the Symphony Mini
came shipped to us pre-filled? The only thing between a liter or so of
coolant and the FedEx box were these quick connect seals. The hoses were
not connected during packaging or shipping. If Thermaltake puts this much
faith in a quick connect seal, I think that speaks volumes of how good it is. |
|
|
All rights
reserved.
All pages Copyright © 2000 - 2008
by R. Dean Barker.
|