Scythe Mugen 6 Dual Fan Black Edition, Ventilator, 12 cm, 2000 rpm, 26,88 dB, 60,29 kubikfod/min., 102,44 m³/t

K COOLER Scythe Mugen 6 Black Edition CPU Kühler 2x120mm Scythe Mugen 6 Dual Fan Black Edition Scythe Mugen 6 Dual Fan Black Edition, Fan, 12 cm, 300 RPM, 2000 RPM, 102.44 m³/h, Black Scythe Mugen 6 Dual Fan Black Edition. Type: Fan, Fan diameter: 12 cm, Rotational speed (min): 300 RPM, Rotational speed (max): 2000 RPM, Airflow: 102.44 m³/h, Minimum air pressure: 0.05 mmH2O, Maximum air pressure: 2.45 mmH2O. Voltage: 12 V. Width: 132 mm, Depth: 132 mm, Height: 154 mm. Product colour: Black The Mugen 6 Dual Fan Black Edition introduces a redesigned heatsink with a sleek black finish. The special e-coating ensures unrestricted cooling performance without compromise. For active cooling, two Wonder Tornado 120mm fans are used in a push-pull configuration, taking full advantage of the updated design features. Keeping the height of 154mm the heatsink boasts a 45% increase in fin count. This arrangement with higher fin density achieves improved thermal conductivity. Like its predecessor the Mugen 6 features an asymmetrical design that avoids blocking the ram slots by slightly shifting the heatsink to the back and also away from the GPU. An improved soldering process guarantees a tighter bond between the six high quality nickel-plated copper heat pipes and the baseplate. The Mugen 6 Dual Fan Black Edition includes two of the new Scythe Wonder Tornado 120mm fans working in a push-pull configuration. The fans feature a 9-blade vortex-type design and the reliable Sealed Precision Fluid Dynamic Bearing. The re-adjusted fan hub-to-blade ratio ensures excellent silent performance even while reaching the maximum speed of 2000 rpm. Rubberized pads covering the mounting holes have a decoupling effect and prevent the transmission of noise and vibrations to the case. Together these features result in fans which provide a powerful airflow while remaining remarkably quiet. The easy-to-install H.P.M.S. V mounting system offers optimal contact pressure and...