What are the classifications and operating principles of ion fans?
Ion fans operate on three main principles: high-frequency piezoelectric oscillation boosting, AC boosting by changing the primary and secondary coils, and DC boosting by grouping positive and negative electrodes. These three boosting principles are the most common classifications of ion fans on the market. They are also commonly referred to as ordinary AC ion fans, high-frequency AC ion fans, and DC ion fans.
Ion fans are also classified by structure: tabletop ion fans, horizontal ion fans, and suspended ion fans. Based on their operating principle, they are further subdivided into: AC tabletop ion fans, DC tabletop ion fans, high-frequency tabletop ion fans, AC horizontal ion fans, AC suspended ion fans, DC suspended ion fans, and high-frequency suspended ion fans, etc.
Generally, ordinary AC ion fans are suitable for general working environments, primarily for static electricity removal and dust collection. DC ion fans are suitable for general manufacturing processes in the processing industry, while high-frequency ion fans are suitable for product manufacturing in cleanroom environments. Their unique structure effectively prevents secondary contamination of the cleanroom, ensures ESD areas are not damaged by static electricity, and significantly improves product quality and yield. Therefore, high-frequency ion fans are the preferred product for cleanrooms.