As part of its 'hardcore' spirit towards the ultimate in custom PC water cooling, Thermaltake has launched the new Pacific RL120 Water Cooling Kit. A LCS combo unit, the kit consists of one CPU water block, one PR15 pump and reservoir, one 120mm radiator, six compression fittings (chrome), one PWM curve fan, tube, blue coolant, and other accessories. Together, these provide exceptional performance, unrivalled reliability, and styling to DIY enthusiasts.
"Tt LCS Certified" is the hallmark that ensures first-class performance from the best features and fitment. A certification exclusive to Thermaltake, it sets the benchmark for all true LCS chassis and is applied only to products that meet our stringent design standards for delivering what hardcore enthusiasts demand. The Tt LCS certification is a way for Thermaltake to designate to all power users the chassis which have been tested for best compatibility with extreme liquid cooling configurations.
The W1 CPU water block is constructed with a copper base and anti-corrosive nickel plating to provide exceptional heat transfer and cooling performance. Fits all modern CPU sockets.
The PR15 includes a 200ml reservoir and P500 pump to provide the perfect combination for proper water cooling circulation and capacity, manufactured from high quality POM and PMMA material.
With high-density fin design (FPI: 14), the 120mm radiator is optimized to accommodate high airflow and high air pressure with increased capacity and provides superior cooling performance to all components.
Six durable brass compression fittings allow proper connection to G1/4" ports to properly secure to cooling components.
A 120mm PWM fan maximizes the cooling performance and tranquility with speed up to 2000RPM, minimizing any overheating possibility.
The V-Tubler 200cm ID 1/2" (13mm) water tube provides custom PC water cooling configurations with flexibility and durability from end to end.
Eco-friendly pre-mixed blue coolant for custom PC water cooling configurations; prevent corrosion, rust and scaling across every component for a total system solution.