The cooling fan is an indispensable core component for active heat dissipation in modern electronic equipment. It efficiently removes heat generated by electronic components (such as CPUs, GPUs, power chips, etc.) during operation through forced convection. It is a key component for ensuring stable operation of equipment within a suitable temperature range and extending its service life.

At GreatMinds, we understand that correct fan selection is crucial for ensuring the stable operation of equipment. We not only provide high-quality cooling fans but also offer professional selection services to ensure optimal thermal solutions for every project.

Based on the internal space of your equipment, we accurately recommend the most suitable fan type and size:

• Standard Chassis: Precise matching for standard specifications like 40/60/80/120/140mm, etc.
• Special Structures: Provide customized solutions for special types such as centrifugal fans and blowers.
• Space Optimization: Achieve maximum cooling efficiency within limited space.

Based on your equipment's cooling needs:

• Perform preliminary airflow calculations.
• Determine the optimal fan mounting location.
• Recommend fan models that meet the airflow requirements.

• Total System Heat Dissipation: Q = 100W + 15W = 115W
• Using empirical formula: V = 1.76 × Q / ΔT, ΔT taken as 10°C (conventional range 8~15°C)
• Total System Airflow: V = 1.76 × 115 / 10 = 20.24 CFM

• Size: Based on the layout dimensions of the chassis motherboard and power supply, determine the use of five 40*40*10mm fans.
• Airflow: Based on the total system airflow of 20.24 CFM, the required airflow per fan is 4.048 CFM. For system design, set the fan operating point at the 1/2 to 2/3 point of the airflow curve.
• Voltage: 12V According to the fan selection manual, select the specific fan model: AD0412UB-G70(T) or other fan models with similar airflow and static pressure.

Utilizing advanced thermal simulation technology:

• Import fan performance curves into system simulations.
• Precisely predict the actual operating point.
• Optimize the thermal solution before prototyping.

Ensure success through physical verification:

• Rapid prototyping.
• Physical testing to verify thermal performance.
• Data-driven solution optimization.

Strict adherence to international standards:

• Safety certifications (UL/CE/TUV, etc.).
• Electrical parameter confirmation (voltage, current, insulation withstand voltage).
• Connector and cable customization.

Ensure perfect integration:

• Signal compatibility testing (RD/FG/PWM).
• Control program adaptation. 
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Balance key indicators:

• Life assessment and validation.
• Cost-benefit analysis.
• Noise level optimization.

For specific application scenarios:

• Outdoor protection rating (IP rating).
• Vibration and shock resistance testing.
• Corrosion resistance and adaptation to special environments.

• Complete Product Range: Covers all types including axial, centrifugal, and cross flow fans, with comprehensive sizes.
• Excellent Performance: Optimized impeller design and motor technology provide the best efficiency.
• Reliable Quality: Strict quality control ensures long-term stable operation of products.
• Professional Support: Experienced engineer team provides full-range technical support from selection to integration.
• Customization Capability: Support for OEM/ODM customization to meet special application requirements.