Miner Cooling Fan

Products parameters

Model of fan FJ-150 miner cooling fan Life >10000 hours for continues running Voltage of fan motor 230V/50Hz,110/60Hz Power Rating of fan H-spd:400W, M-spd：280W Air capacity 1200m3/h Acoustical Noise 60-70 dB Outlet size 150mm Spd 3~5 spd is optional Material of Impeller Plastic modified PP Insulation class Class F 155C dgree Static Pressure 8500Pa Supply Capacity 100,000 pcs per Month Approves CE,Tuv,ETL,CCC,VDE,Rohs... Storage Humidity 5% to 95% RH

Products Description

By using the Huahao's miner cooling fan FJ-150 for reasonable selection and system optimization, the cooling cost of the mining machine can be reduced by 15% -40%, while extending the hardware life. It is recommended to choose a customized solution based on the actual scale and regularly monitor the temperature distribution (using an infrared thermal imager) to ensure maximum heat dissipation efficiency.

Cryptocurrency mining machines (such as Bitcoin ASIC mining machines or graphics card mining machines) generate a large amount of heat during operation, and fans are the core cooling components, directly affecting device lifespan and computing power stability.our big power miner cooling fan 400W is designed for the solutions of the miner coolings.

Airflow (CFM): determines the heat dissipation capacity, and mining machines typically require 680 CFM or more.
Noise (dB): Industrial fans can reach up to 80 dB, it is not accetable ,what we can use is household level but industrial capacity, a silent model FJ-150  should be selected.
Durability: It is recommended to choose a double ball bearing fan (with a lifespan of about 100000 hours) in high temperature environments.,the fan can be running without any stops.

Analysis and Application Guide for Centrifugal miner cooling fan
1, Basic concepts and working principles
Centrifugal mining fan is a ventilation equipment designed specifically for mining environments, which uses the principle of centrifugal force to drive airflow. Its core structure includes:
Impeller: It generates centrifugal force through high-speed rotation, sucking air in from the center and throwing it out radially.
Shell (snail shell): guides airflow and converts kinetic energy into static pressure, improving air delivery efficiency.
Working principle: The motor drives the impeller to rotate, and the gas enters the center of the impeller and is accelerated and thrown towards the edge by centrifugal force. After being collected by the snail shell, it is discharged at high pressure, forming a continuous airflow.

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