Thermaltake Pacific CL360 Copper Water cooling - radiator

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Product description

Overview

Tight copper fin design
With brass tank
Dimensions 405 x 132 x 64 mm
LCS certified

Description

The Pacific CL 360 radiator is a powerful 360 mm radiator with dense copper fin design and brass tank. The cooler is designed for 120-mm fan with high static pressure built and made from high-quality materials. This offers exceptional performance and unmatched reliability. The unique stainless steel side walls guarantee the longevity and reduce the weight of the RADIA gate. Integrated 1/4"-threads permit easy installation, while rigid connections protection before the expiry.

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.

Optimal heat distribution
In order to meet the needs of demanding user, the CL radiator series by excellent heat distribution. The blades and the pipes inside the gate are connected by a hard-soldering Radia. This ensures that heat is distributed evenly over the entire surface. Through the cooling of the heat-generating components in the system is significantly increased their life.

Three-row copper pipes with brass tank
In order to ensure the best heat capacity and to increase the heat transfer, the Pacific CL 360 with an extremely thick 64-mm-cooler, a three-row 14-fold-Flat tube design and a brass tank. This technology provides that water flows on the one side down and then through the lower chamber before it flows back to the other side of the Cooler flows.

Copper Design
The density is optimally designed for high quantities of air (FPI: 14). Improves the performance, with increasing fan speed significantly and offers an excellent cooling performance during operation.

Side parts made of stainless steel
In contrast to most on the market of copper radiators used this side walls made of stainless steel, the durability and strength increase and at the same time reduce the weight.

High-quality manufacturing process
An extraordinary manufacturing process with high temperature soldering at 482 ℉/250℃ sets the radiator in its own class. This technology makes it possible to keep contaminants out of the soldering process and to ensure that the full strength in all related areas is reached. The materials blend together, in order to ensure an optimal heat transfer from the pipes to the actual ribs to reach, and therefore a better heat dissipation.

Information

Thermaltake recommends the following steps before using Pacific Series radiators and water blocks:
- To ensure a clean loop, rinse your radiators and water blocks with distilled water before use.
- Do not use tap water or distilled water as a coolant as this may damage your loop and affect performance.
- It is strongly recommended to use a proven premix coolant such as Thermaltake Coolant 1000. It provides excellent performance while protecting the entire fluid circuit from corrosion.
- Before storing, cleaning, rinsing and drying your water cooling components, please. This will ensure a longer life for your components.

Thermaltake recommends the following steps to be performed after completing the water circuit configuration:
- It is strongly recommended to use a proven premix coolant.
- Fill the tank with coolant and turn the unit on and off several times as the pump pushes the coolant into the loop.
- DO NOT allow the pump to run dry, if no liquid enters the pump, turn it off immediately
- Fill the tank to the top to prevent air from entering the pump
- If necessary, tilt the system slightly from side to side to remove air from the loop.
- Place some paper towels under fittings and joints to check for leaks.
- Run the loop with the filler neck open for 24 hours to completely remove air from the loop
- Flush the system thoroughly before starting to prevent coolant or unwanted particles from adhering to your hoses, radiators, and other cooling components.
- Coolant may adhere to your hoses, radiators, and other cooling components during operation.