The Enermax Magma Advance is a fan for extreme conditions. Enermax uses high-quality and heat-resistant components that easily withstand temperatures of up to 85°C. This makes the Enermax Magma Advance perfect for use in servers, high-performance workstations or overclocked systems. Thanks to the Shift Speed Control (SSC), the fan speed can be adjusted to the needs of the system.
Enermax installs the patented Twister bearing, which ensures smooth and long-lasting operation of up to 160,000 hours. The specially shaped Batwing fan blades increase the air flow and can be removed for cleaning.
For Extreme Conditions up to 85°C
High-quality and heat-resistant components allow cooling even at extreme temperatures of up to 85°C.
Powerful cooling due to Batwing blades providing up to 20% higher air flow.
Detachable blades for easy cleaning from dust.
|Product Dimensions||120 x 120 x 25mm|
|Product Box Dimensions||–|
|Product Box Gross Weight||11,64kg|
|Master Carton Dimensions||495 x 340 x 280mm|
|Master Carton Gross Weight||14.4kg|
|Master Carton Pieces||60|
Multi-purpose fan for easy customisation according to the system requirements. With a small switch at the back, the peak speed can be changed in three steps: Ultra Silent Mode (1,000 RPM) / Silent Mode (1,500 RPM) / Performance Mode (1,800 RPM).
|Number of Blades||9|
||120 x 120 x 25mm
||1,0001/- 1,5002/ 1,8003RPM|
|Rated Current Fan
||0.121/ 0.152/ 0.203A|
|Rated Current LED
||131/ 182/ 203dB(A)
||47.671/ 69.152/ 83.033CFM|
||80.991/ 117.492/ 141.073m3/h|
||0.8801/ 1.4002/ 2.0163mm-H2O|
|Included in the delivery||
4x isolator-mounts, 3-pin to 4-pin molex adapter
Adjustable Peak Speed Modi: 1Silent Mode – 2Performance Mode – 3Overclock Mode
The Twister Bearing Technology guarantees an exceptionally long lifetime of 160,000 hours (MTBF). The bearing shaft is fixed to the rotor and small magnet inside the bearing keeps the shaft in position. The convex surface of the shaft’s base reduces the frictional resistance and ensures a quiet and smooth fan rotation. The sleeve is made from a self-lubricating material, which prevents the bearing from draining and corrosion.