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Xingdong DC Axial Fan 3010—Suitable for internal heat dissipation in inverters

  • Date: 2025.11.19

  • View: 47

  • I. Core Product Features

    Miniaturized Design

    Dimensions: 30×30×10mm, optimized for the internal space of compact inverters.
    Weight: Only 10g, reducing equipment load.

    High-Performance Heat Dissipation Parameters

    Speed ​​Range: 5500~12000 RPM (customizable speed control)
    Airflow: 2.45~6.40 CFM (supports PWM intelligent speed control)
    Air Pressure: 2.07~8.04 mmAq (Breakthrough Hydraulic Bearing Technology)

    Electrical Compatibility

    Wide Voltage Support: 5V/12V/24V DC Power Supply
    Power Consumption Reduced by 30% Compared to Industry Average

    II. Inverter Scenario Adaptability Advantages

    Enhanced Thermal Management

    Special impeller design penetrates dust filters and heat sink fins, preventing airflow short circuits.
    Can be used with inverter power modules to achieve directional airflow cooling.

    Environmental Tolerance

    Operating Temperature Range: -10℃~70℃
    IP68 Protection Rating (Dustproof and Waterproof)
    UL94-V0 Flame Retardant Housing

    Reliability Guarantee

    Optional Dual Ball Bearings (Life Up to 50,000 Kilometers) (Hours) Pure copper motor windings resistant to high-temperature aging

    III. Industry Application Cases

    Photovoltaic Inverters

    Successfully solved the overheating problem of IGBT modules in string inverters
    Maintained stable speed at 40℃ ambient temperature

    Industrial Frequency Converters

    Passed EMC anti-interference test
    Adapted to 380V high-power equipment auxiliary cooling system

    IV. Technical Service Support

    Supports customized wind pressure curves
    Provides thermal simulation data interface
    Optional speed feedback signal output

    This product has been applied to 1.5kW-10kW models from several mainstream inverter manufacturers, and actual tests show it can reduce the temperature rise of power devices by more than 15℃. Its miniaturized design is particularly suitable for the compact structure of string inverters, while meeting the differentiated heat dissipation needs of residential and industrial/commercial scenarios.