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00:00:00 – 00:39:20
The video discusses the detailed process of setting up a custom water cooling system for a PC using Corsair products. It covers selecting components, installation techniques for fittings and blocks, airflow considerations, and tips for bending and deburring tubing. Emphasis is placed on proper setup to optimize cooling performance, including filling and testing the loop carefully to avoid leaks and air bubbles. The importance of following instructions, patience, and attention to detail is highlighted throughout the video. Ultimately, the video showcases the completed water cooling loop with RGB lighting effects and promotes Corsair's water cooling products for interested viewers.
00:00:00
In this segment of the video, the speaker discusses water cooling a computer with updated information in partnership with Corsair. They explain the basic components needed for a water loop, including a water block for the CPU or GPU, a pump like the XD5 RGB pump, and a radiator like the XR5 360mm radiator. The importance of matching radiator size to the number of components being cooled is highlighted, with recommendations for at least 120mm per part for basic cooling and 240mm for overclocking. The use of Corsair products such as the XC7 RGB water block, XG7 RGB water block, and XT hardline tubing, along with XL5 clear coolant, are recommended for a functional and aesthetically pleasing water cooling system.
00:05:00
In this segment of the video, the speaker discusses the preparation for creating a custom water cooling setup. They talk about selecting the right shade of blue for a frosted tube, the different fittings needed, including soft and hard tubing fittings, and the advantages of using 90 and 45-degree fittings to avoid excessive bending. Additionally, the speaker details the tools needed for the installation, such as the ifixit tool kit, and demonstrates the installation process of a Corsair xg7 water block on an Asus Strix RTX 3090 graphics card, highlighting the importance of following the manual for proper installation to ensure optimal cooling performance.
00:10:00
In this segment of the video, the speaker demonstrates how to install the CPU block, focusing on switching the AMD retention bracket. They highlight the importance of gentle handling, threading right into the factory back plate, and ensuring even tension for maximum cooling. Additionally, the video explains setting up radiators, determining airflow direction, screw sizes, and mounting considerations. The speaker emphasizes the direction of airflow for fans and discusses different setups for radiators and front fans in the case, detailing the importance of fittings and airflow direction for optimal performance.
00:15:00
In this segment of the video, the content focuses on installing front fans in a PC case and positioning the radiator and fans for optimal airflow. The fans are designed with rings on both sides to provide lighting on both the front and back sides. The video demonstrates the installation process using short screws designed for mounting the radiator to metal sheets. Additionally, it discusses setting up the XD5 pump with mounting brackets and the convenient inclusion of a coolant temperature sensor for temperature control. The pump also features a push-down tube to prevent aeration of bubbles in the reservoir. The narration explains the setup of fittings, drainage, and flow order in the loop configuration for efficient liquid cooling.
00:20:00
In this part of the video, the speaker discusses creating a custom cooling loop for a PC with water cooling components. They explain the use of fittings, tubing bends, and the flow order within the loop. The speaker emphasizes that the order in which components are cooled doesn’t significantly impact temperatures due to minimal coolant temperature changes. They also demonstrate bending rigid tubing with a heat gun and using a hardline bending tool kit for precise bends. Details on cutting the tubing and ensuring proper length are also provided.
00:25:00
In this part of the video, the speaker demonstrates how to smoothly deburr tubing for a computer liquid cooling system. They show bending a tube to create a 90-degree angle using a bending clamp. The importance of taking time and being patient during the bending process is emphasized. The speaker advises doing a test bend to gauge the material’s flexibility and hints at differences between materials like PMMA and acrylic. Toward the end, the speaker discusses the critical step of ensuring collars are in place before filling the system.
00:30:00
In this segment of the video, the speaker discusses the process of bending tubing for water cooling loops. They highlight the importance of using proper coolant and dye for water cooling systems. The speaker emphasizes the need for preparing the loop for filling, connecting the reservoir correctly, and ensuring a leak test is performed before powering up the system. Tips on filling the loop properly to avoid air bubbles and potential leaks are also provided, with practical suggestions on equipment to use for the filling process. It concludes with a recommendation to use white paper towels to identify any leaks during the testing process.
00:35:00
In this segment of the video, the process of filling and testing a water cooling loop is discussed. The main points include filling the reservoir, allowing air circulation, performing a leak test, and ensuring the system is dry. It is emphasized to be patient, allowing time for micro bubbles to clear and the system to undergo a leak test. The finalized product is showcased with RGB lighting effects. The tools required for the process are outlined, including a bending kit and heat gun for rigid tubing. The importance of patience and taking time for a successful build is highlighted. The video concludes with a mention of Corsair’s water cooling products, with a link provided for more information. Viewers are encouraged to share their own tips and tricks for water cooling loops in the comments.