What is an ion fan
The main function of the ion fan is to remove static electricity. It has excellent static electricity removal performance and prevents static electricity pollution and damage. It is an ideal equipment for personal electrostatic protection areas such as electronic production lines and maintenance benches. is designed for localized areas. It has the characteristics of small size, light weight and easy installation. It can be installed in building blocks and is suitable for various places. General ion fans can be divided into desktop ion fans, horizontal ion fans, suspended ion fans, and miniature ion fans.
Introduction
A static eliminator is a static eliminator that transports ionized air to a distant place to eliminate static electricity. It is mainly composed of corona discharger, high voltage power supply and air supply system.
Ion blower static eliminator is a kind of static eliminator that transports ionized air to a distant place to eliminate static electricity. It is mainly composed of corona discharger, high voltage power supply and air supply system. It is designed and manufactured according to the principle of tip discharge and "neutralization" of positive and negative electricity. It eliminates static electricity from insulating materials and items. The size of the air volume of the electrostatic eliminator of the ion fan can be adjusted, so that the scope of the evacuation space is larger.
main indicators
1. Static neutralization rate: >400V/s
2. Action distance: 0.3～0.8m
3. The power dissipation efficiency is better than 98%
4. Power <30W, continuous work;
5. Ozone concentration <0.003ppm
How it works
Desktop ion blower, ion blower can provide a wide range of static removal area, fast static removal time and stable ion balance voltage in various working environments (including clean rooms).
The desktop ion fan can generate a large amount of airflow with positive and negative charges, which can neutralize the charge on the object. When the charge on the surface of the object is negative, it attracts the positive charge in the airflow; when the surface charge on the object is positive, it attracts the negative charge in the airflow. When equal positive and negative charges are in contact, electrical neutralization can be achieved.