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- Dual 5.25 Drive Bay design: liquid cooling system in-a-box to save the space in the chassis and simplifies installation.
- Mesh design front bezel enhances ventilation.
- Easy to install and refill.
- 12cm Motorsports Radiator:
(1) DTT - Dimple Tube Technology swirls the coolant within the radiator to increase thermal transfer.
(2) An all-aluminum radiator featuring expanded outer fins and tube style for maximum performance.
- Slim Pure Copper Waterblock:
(1) Micro-Channel Design within the waterblock maximize the thermal efficiency.
(2) Advanced Brazing technology improves reliability and leakage free.
(3) All-in-one mounting design supports all latest CPU from Intel & AMD. (Includes: Intel Socket LGA775 and AMD K8/AM2.)
- Ultra-low noise fan: silent variable fan with blue LED (1600 ~ 2400rpm).
- High-performance Liquid Pump:
(1) Silent and powerful P500(500L/hr) pump provide superb reliability.
(2) The ceramic bearings significantly extend the life-expectancy of the pump.
- Quick connector:
(1) Quick Disconnect Coupling: Valves shuts off water flow immediately when dismantling to prevents water leakage.
(2) User friendly Quick Install Connector saves you time and energy.
Durable 3/8” Tube: Special material to prevent wear & tare from being clogged up or over bending.
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- Super Silent at 18 dBA.
- Effective cooling for the GPU and the video card memory at the same time.
- Brazing Pure Copper Waterblock for maximum heat conductivity from heat source.
- Super Silent:
(1) Pure Copper Base for maximum heat conductivity from heat source.
(2) Advanced Brazing Technology enhances the thermal efficiency.
(3) Effective cooling for the CPU and the video card memory at the same time with aluminum memory heatsink.
(4) Special fan shroud concentrates the airflow and focuses the air to the hotspot.
- Easy Installation
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LCS Monitoring System |
- Compatible with Thermaltake’s L.C.S P400/P500 pump.
- Onscreen display of real time CPU temperature, pump flow rate, fan speed and CPU/ memory usage.
- Built-in sensor to measure CPU Temperature and pump flow rate.
- Onscreen warning alarm and auto system shut down when cooling system is malfunctioning.
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Slim Waterblock - Redundant Micro Channel Design |
To decrease manufacturing cost, traditional water blocks often are designed with simple water channel. However, water within the liquid cooling system travels at very high speed and does not have sufficient time to absorb heat from the heat source. To overcome this major downside, Thermaltake developed water block with Redundant Micro Channel Design to effectively divide water flow into micro channels thus accelerating heat transfer from heat source to liquid material.
In additional, micro channel are stacked on top of each other to fully utilize the available space within the water block and further increases heat transfer.
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