The Thermaltake Pacific RL series are high-quality cooler, the PC of the enthusiasts excellent water cooling performance offers. Made from high-quality zinc alloy aluminum and materials for the aerospace, in order to offer exceptional performance. Integrated 1/4"-threads permit easy installation, while rigid connections for leak-proof measures. Thanks to the ideal mounting, and flow configuration meets the Thermaltake Pacific RL series your cooling requirements in every respect.LCS certified "Tt LCS Certified" is a seal, with the Thermaltake products, the special requirements and standards for the support of Flussigkeitskuhlungen. The Tt LCS certificate is aimed at all power users, at a glance, what components for compatibility with water cooling systems tested and designed to ensure the best possible cooling performance.Optimized heat dissipationFor the most demanding hardcore enthusiasts designed radiators the Thermaltake RL series are optimized for maximum heat dissipation. They provide an average heating load of 32℃-35℃ on each cooler. After soldering, fin and tube to a connection, through which a uniform heat transfer occurs. The efficient dissipation of heat from the antistatic components ensure the cooler the reliability of the components.Two-row connector pipesThe Pacific RL series is an extremely thick cooler with a double row flat tube design with 13 sets, in order to improve the heat transfer. The water flows on the one side down and then flows over the lower chamber before it on the other side of the cooler circulates.High lamella densityThe lamella density is optimally designed for high air pressure. The cooling performance improves with increasing fan speed considerably and offers an extraordinary cooling performance during operation.High-quality manufacturing processAn extraordinary manufacturing process with high temperature soldering at 550 °C/1022 °F makes Pacific RL Radia Gate to a class for itself. This technology makes it possible impurities from the soldering process stay out to ensure that in all related areas the full strength is reached. The Materials merge with one another and thus achieve an optimum heat transfer from the pipes on the actual lamellae, in order to ensure a better heat dissipation.This text is machine translated.... More
