Axial Flow Fan

Introduction:

The DC Axial Fan 6025 is an ideal choice for inverter cooling, offering a compact size of 606025mm. The frame and impeller are made of thermal plastic UL94-0, ensuring durability and safety. It is available with both sleeve and ball bearings, providing options for different application requirements. Operating at a speed of 2500-4000 RPM, this fan generates a low noise level ranging from 21.1 to 29.3 dBA, maintaining a quiet and comfortable environment. Samples of the DC Axial Fan 6025 are readily available for testing and evaluation.

Application of DC Axial Fan 6025 in Frequency Converters

DC Axial Fan 6025 inverter cooling fan plays a crucial role in maintaining optimal performance and temperature control in frequency converters. These converters are widely used for motor speed control, converting the defined frequency and voltage of electrical energy into variable frequency and voltage outputs.

　　Effective cooling is essential for the reliable operation of frequency converters, and fans are integral to the cooling and ventilation process. By guiding cool air over the heat components, the fan helps dissipate excess heat, preventing overheating and ensuring the longevity of the equipment. We offer a range of wholesale inverter cooling fans in different sizes suitable for both residential and industrial applications.

　　In addition to the inverter cooling fan, high-power frequency converters often require additional fans installed in control cabinets. It is important to design the cabinet ventilation system properly, ensuring dust protection by using dust filters on all air intakes and maintaining unobstructed airflow to prevent the formation of dust accumulations or turbulent airflow within the cabinet. The selection of a fan should be based on the ventilation requirements specified in the converter’s manual, and attention should be given to secure and shock-proof installation.

　　Choose the reliable and efficient DC Axial Fan 6025 for your inverter cooling needs. Its superior performance, optimal airflow, and noise reduction capabilities ensure the stability and longevity of your frequency converter.

 Why use a frequency converter?

The following describes speed reduction and corresponding energy savings. In addition to energy savings, impeller, bearing and seal life is greatly improved.

For example, in aquatic applications the primary function of a frequency converter is to provide energy savings. By controlling the speed of a pump rather than controlling flow through use of throttling valves, energy savings can be substantial.

By way of example, a speed reduction of 20% can yield energy savings of 50%.Frequency converters also offer an additional benefit increased bearing and pump seal life. By maintaining only pressure needed in pump to satisfy system requirements, the pump is not subjected to any higher pressures than necessary. Therefore, the components last longer.

Frequency converter
A frequency converter – or variable frequency drive (VFD) – is an electric device that converts a current with one frequency to a current with another frequency. The voltage is normally the same before and after frequency conversion. Frequency converters are normally used for speed regulation of motors used to drive pumps and fans.

A frequency converter is an electric device that converts a current with one frequency to a current with another frequency. The voltage is normally the same before and after frequency conversion. Frequency converters are normally used for speed regulation of motors used to drive pumps and fans.