SPECIFICATIONS

Performance Features

1. Wide Voltage Adaptability

   • Operates normally within the AC voltage range of 110V–240V, adapting to multiple global power standards. This eliminates voltage mismatch concerns and facilitates use in different regions.

2. High Airflow

   • Breaks through the frequency limitations of traditional AC fans, significantly increasing rotational speed. With a compact motor design that maximizes air outlet area, its airflow is typically 1.5–3 times higher than that of the same-sized AC shaded-pole fans.

3. Low Energy Consumption

   • Utilizes AC frequency conversion technology to enhance efficiency and reduce power consumption. For fans of the same size, energy consumption is only 1/3 of conventional shaded-pole AC fans, making it highly energy-efficient and environmentally friendly.

4. Long Lifespan

   • Lightweight design of the motor rotor reduces bearing wear during operation. Optimized drive modes and windings significantly lower operating temperature rise and locked-rotor temperature rise, extending the L10 lifespan by 50% compared to standard AC fans.

5. Low Noise

   • Features advanced motor design and optimized air channels, resulting in quiet operation. This minimizes noise pollution and creates a more comfortable environment.

6. Lightweight Construction

   • The AC frequency conversion drive reduces the use of silicon steel sheets in traditional designs. With low operating temperatures, a PBT frame can be used, significantly reducing the product’s weight.

7. Flexible Control

   • Built-in intelligent control modules typically include RS485 output interfaces, 0–10V sensor output interfaces, and 4–20mA speed control switch output interfaces. This enables intelligent functions like automatic speed adjustment based on environmental factors (e.g., temperature, humidity) to achieve optimal cooling and energy savings.

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Application Fields

• Used in CNC machines, industrial automation production lines, injection molding machines, printing presses, etc., to cool heat-generating components (e.g., motors, drivers, inverters) and prevent overheating failures.

• Critical for heat dissipation in communication base stations, data centers, switches, and servers, ensuring stable operation of communication systems and avoiding data transmission errors or device crashes caused by overheating.

• Integrated into large appliances like air conditioners, refrigerators, washing machines, and ovens to improve performance, extend lifespan, and enhance energy efficiency.

• Provides reliable cooling for medical imaging devices, surgical instruments, and monitoring equipment, ensuring equipment accuracy and stability during medical procedures.

• Used in aerospace equipment and military systems to cool electronic devices and engine compartments, meeting (heat dissipation) requirements in harsh environments.