Ionic wind snake principle and application scope:

HM-380AF Inductive Ion Wind Snake is a device that can quickly eliminate static electricity on the surface of objects.
HM-380AF Inductive Ion Wind Snake is a sitting static eliminator that can manually deform the snake tube to direct the wind snake towards the target direction, allowing the ion airflow to blow directly towards the target surface for easy movement. It can be placed in various work areas and has good electrostatic and dust removal effects. It requires compressed air for use.
The HM-380AF inductive ion wind snake can generate a large amount of airflow with positive and negative charges, which can neutralize the charges carried on objects. When the surface of an object carries a negative charge, it will attract positive charges in the airflow. When the surface of an object carries a positive charge, it will attract negative charges in the airflow, thereby neutralizing static electricity on the surface of the object and achieving the goal of eliminating static electricity.
The HM-380AF inductive ion wind snake is applied in industries such as electronic assembly lines, medical device manufacturing, semiconductor production, and flat panel display manufacturing.

Product Features:

1. The integrated design of the high-voltage generator, ion nozzle, and gas source control switch is convenient for installation;
2. Neutralizing static electricity quickly and achieving excellent electrostatic dust removal effect;
3. By controlling the airflow through an infrared sensing switch, manual operation can be avoided and the gas source can be saved;
4. Ionic airflow covers a large area and the wind speed can be adjusted freely;
4. The snake tube can swing at an ideal angle freely, with lengths of 350mm and 400mm respectively. Special lengths can also be customized;
5. Wind snake has good grounding protection function, safe and reliable.

Note:

1. The test data is based on the results of the ME-268A electrostatic tester.
2. The speed measurement data may vary due to the ambient temperature and humidity during testing.