Tearing Down the Best Liquid Cooler: Arctic Liquid Freezer III CPU Cooler Disassembly
Gamers Nexus
23 min, 24 sec
An extensive teardown and examination of the Liquid Freezer 3 cooler's components, design changes, and thermal characteristics.
Summary
- The video presents a detailed teardown of the Liquid Freezer 3, comparing components to the original Liquid Freezer 2.
- Focus is given to the impeller, housing, microfin density, and thermal characteristics of the cooler.
- The cooler is praised for its high-quality components, repairability, and performance improvements over its predecessor.
- Anomalies in the pressure distribution due to the leaf spring design are investigated and explained.
- The presenter mentions the ease of disassembly and the potential for future repair or modification due to the cooler's construction.
Chapter 1
An introduction to the teardown of the Liquid Freezer 3 cooler, outlining the investigation goals and noting the video's connection to a full review.
- The presenter introduces the teardown of the Liquid Freezer 3 cooler, referencing a full review already published on the channel.
- The focus of the teardown is on understanding the cooler's performance through examination of its design and components.
- There is an anticipation of finding changes in the impeller and housing that could impact thermal behavior.
Chapter 2
The presenter begins inspecting the cooler, comparing dimensions with the original Liquid Freezer 2, and noting design changes.
- Initial measurements of the cold plate size are taken, showing no change in dimensions from the original Liquid Freezer 2.
- The new cooler's pump cap is markedly different from the original, with a focus on repairability and potential for customization.
- The presenter discusses the fan design, highlighting its non-standard nature and the potential for more user-friendly replacements.
Chapter 3
The presenter disassembles the cooler, examining the microfin stack, impeller, and leaf spring.
- The microfin stack is inspected and compared to the original, with a significant height increase noted, which contributes to improved thermal performance.
- The impeller and internal chamber exhibit major design changes, with the impeller maintaining high quality with metal construction.
- Leaf spring pressure and its impact on the cold plate's pressure distribution are analyzed, explaining the pressure anomalies seen in the laser scan.
Chapter 4
The disassembly is completed with a focus on the pump assembly and fan, and overall conclusions about the cooler are presented.
- The video concludes with the removal of the pump assembly and fan, emphasizing the ease of disassembly for potential repairs.
- The presenter reflects on the quality of the components, the cooler's improved performance, and the repair-friendly design.
- Observations are made about the cooler's construction and how it could facilitate future modifications or replacements.
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