Building a Custom Water-Cooled Editing Workstation for Ryzen 9 7950X

Table of Contents

1. Introduction
2. Client's requirements
3. Choice of components
4. The challenge of fitting the 240mm radiator
5. Incorporating a gold theme into the build
6. Installing the acrylic and planning reservoir placement
7. Mounting the Pump and aluminum bracket
8. Connecting the pass-through fittings and flow indicator
9. Installing the acrylic backplate and reservoir
10. Tube layout and bending tips
11. Fixing measurement errors with offset fittings
12. Final thoughts

😃 Article

Introduction

In this article, we will be discussing the process of building a computer system for a client named Sir Architect John David. This is the Second build for him, and we will be using some high-quality components to meet his requirements.

Client's requirements

Sir Architect John David had specific requests for this build. He wanted a powerful CPU, so we decided to go with the Ryzen 9 5900X. For the motherboard, we chose the Asus X670E to ensure compatibility and reliability. Additionally, the client expressed a desire for a gold theme in the build.

Choice of components

To achieve the desired performance and aesthetics, we selected the Ryzen 9 5900X as the CPU and the Asus X670E as the motherboard. These choices ensure a powerful and stable foundation for the build. We also wanted to incorporate the gold theme, so we ordered a black and gold EK Quantum Velocity CPU block.

The challenge of fitting the 240mm radiator

Initially, the client wanted to use a 360mm radiator for better cooling performance. However, due to the limited space in the case, we agreed to use a 240mm radiator instead. This decision was made to avoid any fitment issues that could arise from the larger radiator. To connect the two radiators on the top and bottom sides, we decided to use pass-through fittings or add an acrylic piece.

Incorporating a gold theme into the build

As per the client's request, we aimed to incorporate a gold theme into the build. To achieve this, we ordered a black and gold EK Quantum Velocity CPU block. This block will replace the existing one, and we will also be using gold accents in other parts of the build. This will create a visually appealing and Cohesive aesthetic.

Installing the acrylic and planning reservoir placement

After cutting the acrylic to the desired Shape, we mounted it on the 3D frames. We also fitted the reservoir, which adds a unique visual element to the build. The acrylic backplate and reservoir were mounted together, creating a sleek and organized look at the back of the build.

Mounting the pump and aluminum bracket

To ensure proper installation of the pump and aluminum bracket, we marked the necessary areas for mounting. This step is crucial in maintaining stability and functionality. Once the pump and bracket are installed, we can proceed with connecting the pass-through fittings.

Connecting the pass-through fittings and flow indicator

After mounting the pump and aluminum bracket, we proceeded to connect the pass-through fittings and flow indicator. This ensures efficient liquid cooling and allows for easy maintenance. The flow indicator provides visual feedback on the liquid movement, adding a functional and aesthetic element to the build.

Installing the acrylic backplate and reservoir

The acrylic backplate and reservoir have been installed and securely mounted. This step provides added stability and a clean look at the back of the build. The combination of the acrylic and reservoir creates an interesting visual effect, enhancing the overall aesthetic appeal.

Tube layout and bending tips

We started the process of tube layout by carefully planning the bends and measuring the required lengths. By using foam or boxes as props, we ensured the tubes were squared and aligned correctly. This technique allows for precise cutting and fitting of the tubes. Additionally, we shared a useful tip for fixing measurement errors using offset fittings or re-bending the tubes.

Fixing measurement errors with offset fittings

During the tube layout process, it's crucial to ensure accurate measurements and bends. However, sometimes errors can occur, resulting in misalignments. To address this issue, we discussed two methods of correction. One option is to re-bend the tube to extend it and align it properly. The other option is to use offset fittings, which provide flexibility in adjusting the tube position. Both methods are effective in achieving a clean and connected look.

Final thoughts

In conclusion, the build process for Sir Architect John David's computer system has been an exciting and challenging endeavor. By carefully selecting high-quality components, incorporating a gold theme, and using innovative techniques for tube layout, we have created a visually stunning and functional build. The attention to detail and the client's requirements have been paramount throughout the process, resulting in a satisfied and happy client.

Highlights

• Building a computer system for Sir Architect John David
• Choosing appropriate components for performance and aesthetics
• Meeting the challenge of fitting a 240mm radiator
• Incorporating a gold theme into the build
• Installing acrylic and planning reservoir placement
• Mounting the pump and aluminum bracket
• Connecting pass-through fittings and flow indicator
• Installing the acrylic backplate and reservoir
• Tube layout and bending tips for precision
• Fixing measurement errors with offset fittings

FAQ

Q: Why did you choose a Ryzen 9 5900X for the CPU? A: The Ryzen 9 5900X offers excellent performance and is well-suited for the client's requirements of a powerful CPU.

Q: How did you incorporate the gold theme into the build? A: We ordered a black and gold EK Quantum Velocity CPU block and used gold accents in other parts of the build to create a cohesive and visually appealing gold theme.

Q: What are pass-through fittings, and why did you use them? A: Pass-through fittings are connectors that allow the tubing to pass through without any bends or kinks. We used them to connect the two radiators in the build for efficient liquid cooling.

Q: Can you provide more detail on the tube layout and bending tips? A: We used foam or boxes as props to ensure the tubes were squared and aligned correctly before cutting. This technique helps in achieving precise measurements and bends for a clean and connected look.

Q: How do offset fittings help in fixing measurement errors? A: Offset fittings provide flexibility in adjusting the tube position. They allow for slight adjustments to align the tubes correctly, even if there are slight measurement errors or misalignments.

Resources:

• EK Quantum
• Asus