120kW Dry Cooler for 20 ASICs

120kW Dry Cooler for 20 ASICs

A 120kW dry cooler for 20 ASICs is a suitable cooling solution to ensure the stable operation of ASICs by dissipating the heat they generate.

Features of Dry Cooler

High Heat Dissipation Capacity: With a heat transfer capacity of 120kW, it can effectively handle the heat generated by 20 ASICs even in an ambient temperature of 35°C. When the ambient temperature is 20 - 25°C, the heat transfer capacity can exceed 140kW, providing sufficient cooling capacity.

Energy Saving: It has adjustable cooling modes. The high - performance mode has a maximum power of 1.7 - 2.2kW (4.4A), and the moderate mode can consume up to 40% less power. It can adjust the power consumption according to the actual heat dissipation demand, achieving energy saving.

Selection Considerations

Heat Dissipation Requirements: Calculate the heat generated by 20 ASICs under full load operation. Ensure that the selected 120kW dry cooler can meet the heat dissipation requirements with a certain margin to deal with possible peak heat generation.

Fluid Compatibility: The dry cooler uses a fluid, usually ethylene glycol solution, to transfer heat. Make sure that the fluid is compatible with the ASIC cooling system and will not cause corrosion or other adverse effects.

Installation Space: Consider the space available at the installation site. Although the 120kW dry cooler is relatively compact, it is still necessary to ensure that there is enough space around it for air circulation and maintenance.

Environmental Conditions: Take into account the ambient temperature, humidity and dust content of the installation environment. In a high - temperature and humid environment, it may be necessary to choose a dry cooler with better waterproof and moisture - proof performance. In a dusty environment, a dry cooler with easy cleaning and dust - proof design is preferred.

Maintenance Tips

Regular Cleaning: Regularly clean the dust and dirt on the surface of the dry cooler's heat exchange fins to ensure good heat transfer efficiency. Use a soft brush or compressed air to clean to avoid damaging the fins.

Fan Inspection: Check the operation of the fan regularly to see if the rotation is flexible, whether there is abnormal noise, and whether the fan blades are damaged. If problems are found, repair or replace them in time.

Fluid Monitoring: Check the concentration, leakage and other conditions of the ethylene glycol solution in the dry cooler regularly. Add or replace the solution in time according to the actual situation to ensure its normal operation.