Weight & dimensions
| Radiator depth |
120 mm |
| Radiator height |
79 mm |
| Radiator width |
145 mm |
| Fan diameter |
120 mm |
Technical details
| Noise level |
36.7 dB |
| Fan connector |
4-pin |
| Number of fans |
1 fan(s) |
| Radiator |
Y |
| Fan |
Y |
| Supported processor sockets |
Socket AM3, Socket 755, Socket AM3+, Socket AM2+, Socket FM2, Socket AM2, Socket FM1 |
| Fan speed (max) |
2200 RPM |
| Fan speed (min) |
1000 RPM |
Design
| Water block material |
Copper |
| Radiator material |
Aluminium |
| Tube material |
Aluminium |
Power
| Fan voltage |
12 V |
| Pump voltage |
12 V |
Ultimate Liquid CPU Cooler, 120x145x79mm, Embedded Pump
The world's first nanofluids applied cooler
Zalman with its unique technology came up with the world first nanofluids refrigerant applied cooler to maximize the cooling performance.
- Using nanofluids coolant improves thermal conductivity by mixing nanoparticles with fluids.
- Nm (nanometer): an SI unit of length, equal to 10?9?m (a billionth of a meter).
Optimized dual radial radiator desing
Slim fin pure cooper dual radial radiator designed for optimized air flow.
High efficient Qadro cooling path
Four times more powerful cooling efficiency with two copper pipes- Quadro cooling path system.
Micro-fin copper base applied for quick het transfer
Pure cooper water block and inner micro-fin applied for quick heat transfer.
Low noise/ high performance built-in water pump
Built-in low noise/ high performance pump inside the water block, minimized the tube connection and helps to speed up the circulation of the coolant for optimized cooling performance.
Efficient VRM(Voltage regulator module) cooling
Induction of the airflow inside the case increases cooling efficiency of the motherboard and VRM.
Blue LED applied fan and water block
Blue LED on the water block and the radiator fan is applied to create the luxurious and powerful image.
Dual fan configuration
Extra 120mmfan can be mounted for more powerful performance. (Extra fan available for purchase.)
Excellent hermeticity
Coolant is already placed inside the confined product, it can be used semi-permanently without replacement or separate maintenance.
