Principle and application scope of ion nozzle

HM-405C ion air nozzle is a fixed anti-static device that eliminates surface static electricity on objects; It needs to be used together with compressed air and high-pressure generator.
The HM-405C ion air nozzle can generate a large amount of air masses with positive and negative charges, which can be blown out by compressed gas to neutralize the charges carried on objects. When the surface charge of an object is negative, it will attract positive charges in the airflow. When the surface charge of an object is positive, it will attract negative charges in the airflow, thereby neutralizing the static electricity on the surface of the object and achieving the goal of eliminating static electricity. High speed compressed air can also blow away stubborn dust deposits on the object.
The HM-405C ion air nozzle can be widely used in industries such as coating, optoelectronics, electronic production and packaging, printing, automation equipment, etc.

Product and Features

1. Neutralizing static electricity quickly and achieving excellent electrostatic dust removal effect;
2. Ionic airflow covers a large area and is compact in size, making it easy to install;
3. The wind nozzle has good grounding protection function;
4. HM-007S/4.6KV high-voltage generator is required for use together.

Technical specifications

Model (Model)	HM-405C
Input voltage	220VAC (or) 110VAC
Operating Voltage	4.6KV
Operating temperature	0℃~50℃
High voltage cable length	3M
Weight (weight)	0.4Kg
Operating air pressure	0.3~0.8Mpa
Operating air velocity	10m/1sec
Air Consumption	About 5m3/H (0.5MPA)
Ion balance	≤±35V

Decay Test Results

Testing Conditions	Test Voltage:+1000V~100V, -1000V~100V
	Environmental temperature (Temperature) 5 ℃~25 ℃ Relative humidity (RH) ≤ 60%
	Test distance: 150mm
Decay Time	正≤1.0s	Negative ≤ 1.0s
Offset Voltage	≤±35V	≤±35V

Remarks

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.
3. The test is based on IEC-6140-5-1.