Edited By
Markus Lindgren
A post on user boards highlights the challenges of immersion mining, particularly the heat and noise produced by ASIC miners. Concerns arise over optimal flow rates, radiator sizes, and the choice of coolant, with some suggesting redundancy for cooling pumps.
Users voiced their experiences and recommendations for effectively cooling immersion miners. The conversation hinges on three key themes:
Coolant Choices: Glycol is suggested as a viable option, but some experts stress using specialized oils designed for immersion setups.
Proper Equipment: Several users recommend purchasing complete immersion kits rather than attempting DIY solutions, citing compatibility and efficiency.
Cooling System Design: Effective radiator and pump setups are essential for cooling efficiency. Users point out that modifying air-cooled miners to immersion is complex due to differences in design.
"I wouldnโt mess around with your own setup. Get the proper kit."
Building a proper immersion cooling system involves various components:
Coolant: Users recommend products like Bitcool and mineral oil alternatives.
Heat Exchange: For a DIY solution, users suggest using fish tanks as reservoirs alongside a pump and radiator setup.
Fan Integration: Proper fan installation can enhance cooling efficiency, with some advocating for running fans on lower settings to reduce noise.
"Engineering fluids have options tailored specifically for miners. They definitely improve the cooling process."
๐ง Specialized coolants like glycol and Bitcool are preferred for immersion setups.
๐ก Complete kits are available to ensure optimal performance and avoid damaging miners.
๐ Users recommend redundancy in pump systems to prevent overheating.
As immersion mining gains traction, the community continues to share techniques and strategies to mitigate heat issues for miners. With proper guidance, users can enhance their mining efficiency while managing the technical challenges presented by heat and noise.