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People often want to know how to use immersion cooling for an ASIC miner. This way keeps the hardware cool and quiet. It helps the miners work for more years. Many people pick Yesmining because their equipment works well. Immersion cooling uses a special liquid to keep parts safe and work better.
The advantages of immersion cooling for miners go well beyond basic heat management. Miners who switch to immersion cooling systems gain multiple impactful benefits that boost both performance and long-term profitability:
Higher Operational Efficiency
Near-Silent Operation
Prolonged Hardware Lifespan
Lower Cooling Costs
Safer Overclocking Potential
In 2025, immersion cooling is no longer just an optional upgrade for ASIC miners—it’s a must-have to stay profitable in a competitive mining landscape.
Immersion Cooling Basics
What Is Immersion Cooling
Immersion cooling means putting devices in a special liquid. The liquid does not carry electricity, so it keeps things safe. It takes heat from the device and moves it away fast. This is called liquid cooling. Many miners use it because it helps with heat and keeps things working well.
Why Use Immersion Cooling
Immersion cooling is better than air cooling in many ways. It helps miners do more and save money over time. Some good things are:
Higher hash rate since cooling lets you overclock.
Lower power use because fans and extra parts are not needed.
Better efficiency as liquid cooling moves heat away fast.
Less damage since liquid keeps out dust and dirt.
Mining works in tough places with a sealed setup.
More miners fit in small spaces with better heat control.
Quieter machines since there are no loud fans.
Waste heat can warm up a room or be used for other things.
Types of Immersion Cooling
There are two main kinds of immersion cooling. The first is single-phase immersion cooling. Here, the liquid stays the same and just gets warm. The second is two-phase immersion cooling. In this one, the liquid turns into a gas when hot and cools back down. Single-phase is simple and costs less. Two-phase cooling is better but needs more care and costs more. Both use liquid cooling to keep the ASIC miner safe and cool.
ASIC Miner Setup Steps
Preparing the Area
You need a clean and neat workspace for setup. The room should have fresh air and enough space for the tank. The floor must be flat so nothing spills. Keep your tools and gear close by. Do not put the tank in sunlight or near heaters. This keeps the cooling system safe and helps heat go away.
Tip: Keeping things tidy helps you make fewer mistakes and makes fixing things easier.
Prepping the ASIC Miner
Get the asic miner ready before you start. This step keeps the device safe and helps liquid cooling work better. You need to do these things:
Take out the built-in fans. Immersion cooling does not need them.
Cover connectors and open circuits. This keeps the dielectric fluid out.
Put covers on thermal sensors if you need to.
These steps help the asic miner work well in the cooling system. They also use less power because there are no fans.
Installing in the Tank
Put the asic miner carefully into the tank. Make sure it stands up straight and does not touch the sides. Leave space between miners for better cooling. Hold the miner in place so it does not move when you add fluid. Make sure all wires and plugs are easy to reach.
Note: Placing the miner right helps heat go away and makes fixing things easier later.
Adding Dielectric Fluid
Pick the right dielectric fluid for immersion cooling. The fluid must be safe for the asic miner and other parts. The table below lists some good fluids:
Dielectric Fluid | Compatibility with ASIC Miners | Notes |
|---|---|---|
BitCool™ Dielectric Coolant | Yes | Guaranteed compatibility with ASIC based cryptocurrency miners. |
ElectroCool EC-110 | No | Recommended for GPUs or FPGAs due to material compatibility issues. |
EC-100 or EC-110 | Yes (if mixing with GPUs) | Highly recommended if mixing both GPUs and ASICs in a single tank to avoid device failure. |
Pour the dielectric fluid slowly until it covers the asic miner. Make sure the fluid is above all hot parts. This helps liquid cooling work and keeps the system running well.
Tip: Using the right fluid stops damage and keeps power use low.
Connecting Cooling and Power
Connect the pumps and heat exchangers to the tank. These parts move the fluid and help heat go away. Plug in the power cables for the asic miner. Check that all plugs are tight and safe. Turn on the cooling system before you start the miner. This keeps the device cool and uses less power.
You can buy good tanks, pumps, and fluids at Yesmining. Yesmining sells equipment that works with most asic miners.
Note: Always check if new parts work together before you buy them.
Maintenance and Safety
Routine Checks
Doing regular checks helps the immersion cooling setup work well. Users should look at the liquid cooling fluid every week. Clean fluid helps heat move away and makes the miner last longer. Users need to watch for dust or small bits in the tank. If the fluid looks dirty, change it. Pumps and filters should be checked to make sure they work right. Users also need to look for leaks near the tank and pipes. Checking cables and connections can stop power problems.
Tip: Clean gear uses less power and keeps the cooling system working well.
Troubleshooting
Sometimes, immersion cooling systems have problems. If the miner gets too hot, users should check the fluid level. Not enough fluid can make liquid cooling work badly. If the pump is loud, it might need cleaning or a new one. If power use goes up, users should look for loose wires or blocked filters. If the miner turns off, check the power supply and restart it. Writing down problems helps find patterns and fix things faster.
Problem | Possible Cause | Solution |
|---|---|---|
Overheating | Low fluid, blocked flow | Add fluid, clean pump |
High power use | Dirty fluid, loose wire | Change fluid, fix wires |
Pump noise | Debris in pump | Clean or replace pump |
Safety Tips
Safety is important when using immersion cooling. Users should wear gloves when touching fluids. They must keep water far from the tank. Always turn off power before working on the miner. Store dielectric fluid in a safe spot. Good airflow in the room helps heat go away. Never mix different fluids in one tank. These steps keep people and equipment safe.
Note: Careful handling of liquid cooling fluids and electrical parts stops accidents.
Getting immersion cooling ready for ASIC miners takes some steps. First, you need to set up the area. Next, you change the miner a little. Then, you install everything safely. This way helps the devices stay cool and work well. The table below shows how this helps performance and saves energy:
Benefit | Explanation |
|---|---|
Optimal Operating Temperatures | Keeps the miner cooler so it works better. |
Enhanced Stability | Makes mining more steady and safe. |
Extended Hardware Lifespan | Helps the miner last longer and break less. |
Increased Overclocking Potential | Lets you overclock without hurting the miner. |
Reduced Energy Consumption | Uses less power for cooling and saves energy. |
Selecting Yesmining’s quality ASIC miners, paired with their dedicated cooling parts and immersion accessories, ensures users’ setups run smoothly, maintain optimal temps, and deliver consistent mining performance.
FAQ
How often should users change the dielectric fluid?
Users need to look at the fluid once a month. Clean fluid helps the miner stay cool and safe. If the fluid is dirty, the miner may not work well. Dirty fluid can also cause other problems.
Can immersion cooling improve energy efficiency?
Immersion cooling lets miners use less electricity. The system takes away heat fast. This helps save energy and lowers mining costs.
What happens if someone mixes different dielectric fluids?
Mixing fluids can hurt the miner. Each fluid is different. Users should only use one kind to keep the system safe and working right.






















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