Aerocool Pulse L240F and L120F: maintenance-free LSS with RGB lighting

Aerocool has released two new Pulse series maintenance-free liquid cooling systems. The novelties are called Pulse L240F and L120F and differ from the Pulse L240 and L120 models by the presence of fans with addressable (pixel) RGB backlighting.

Aerocool Pulse L240F and L120F: maintenance-free LSS with RGB lighting

Each of the new products received a copper water block, which has a rather large structure of microchannels. At first glance, it seems that a pump is installed directly above the water block, as in many unattended LSS. In fact, only an impeller is located above the water block, which is an indicator of the coolant flow rate. Also, the lid of the water block is equipped with a pixel RGB backlight.

Aerocool Pulse L240F and L120F: maintenance-free LSS with RGB lighting

The pump is located in the same housing with a radiator. It is built on a ceramic bearing and is capable of operating at a speed of 2800 rpm, and its noise level does not exceed 25 dBA. Cooling systems Pulse L240F and L120F are equipped with aluminum radiators with a size of 240 and 120 mm, respectively. It is noted that the radiators have a rather high density of fins.

Aerocool Pulse L240F and L120F: maintenance-free LSS with RGB lighting

120 mm fans built on hydrodynamic bearings are responsible for blowing the radiators. Fan speed can be controlled by PWM method from 600 to 1800 rpm. The maximum airflow reaches 71,65 CFM, static pressure - 1,34 mm of water. Art., and the noise level does not exceed 31,8 dBA. The lighting of the fans can be controlled either using the built-in controller or via a connection to the motherboard.


Aerocool Pulse L240F and L120F: maintenance-free LSS with RGB lighting

The new cooling systems are compatible with all current Intel and AMD processor sockets, except for the oversized Socket TR4. According to the manufacturer, the 120mm Pulse L120F is capable of handling processors with TDPs up to 200W, while the larger 240mm Pulse L240F can handle chips with TDPs up to 240W.




Source: 3dnews.ru

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