DEEPCOOL LD240 240MM ARGB LIQUID CPU COOLER
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Descripción
LD240
OPTIMIZED LIQUID COOLING
REAL-TIME CPU STATUS SCREEN
The status screen displays the power consumption, temperature, and usage of your system's CPU in real time. A high temperature warning indicator will flash when the CPU temperature exceeds the 85°C mark.
* Due to variances in hardware configurations, polling periods, and system settings, the displayed information may experience minor delays.
* CPU temperature based on Intel: CPU Package / AMD: CPU Tdie
5TH GENERATION PUMP
Built on DeepCool's optimized 5th generation high-performance water pump, the LD240 brings cooling modern power-hungry CPUs to the next level.
The optimized pump design features an efficient 3-phase, 6-slot, 4-pole motor that rotates up to an astounding 3400 RPM, while staying under a quiet 21 dB(A).
LARGE DISPLAY WITH ARGB HALOS
The large multiple data points display of the LD series is unmistakable, but the LD coolers also utilize a bright gradient ARGB double halo effect that encapsulates the premium aesthetics of the LD pump design: beautifully bright as well as being functional. The ARGB of the entire cooler can be easily synced to ARGB headers on compatible motherboards.
FINE TUNED FD12 ARGB FANS
Optimized FD12 ARGB PWM fans are included with the LD240 and have been fine-tuned to provide excellent cooling performance with a long-life Hydro Bearing. The LD240 includes two of these specialized FD12 fans, which have an easy-to-manage 8-pin cable that can be chained to each of the FD fans.
KEEPING IT SIMPLE
Full control of the real-time status screen is provided via a simple-to-use application. Once installed, the entire application is found in the Notification Center of the taskbar, where you can switch between languages and choose between Celsius and Fahrenheit. The only interface that will be required is a connection to a USB 2.0 header on the motherboard.
ANTI-LEAK TECHNOLOGY
The LD liquid coolers feature DeepCool's patented Anti-Leak Technology. The internal valve regulates pressure and will purge it when internal pressure exceeds atmospheric pressure; this leads to a longer useful life while reducing the possibility of leaks.