The HB4003AF Induction-Type Ionising Air Snake generates a large volume of positive and negative ions, which are expelled by high-speed compressed air to neutralize static electricity on the surface of objects. When the object carries a negative charge, it attracts positive ions in the airflow; when it carries a positive charge, it attracts negative ions. This neutralizes the static charge on the surface. The powerful airflow also removes stubborn dust particles from the object.

 

The ionizing device operates with high voltage and low current generated by a high-voltage power source, forming a stable electric field. This field ionizes the surrounding air, and the ions are then delivered by the high-pressure airflow to the object’s surface, achieving both static elimination and dust removal.

 

1.The HB4003AF Ionising Air Snake is controlled by a photoelectric sensor. The sensing distance is adjustable. When no object is detected near the nozzle, the sensor automatically shuts off the compressed air, reducing unnecessary air consumption and noise.

2.Rapid static elimination; ideal for cleaning small, sensitive parts and materials.

3.Improved performance when used with an adjustable high-voltage ionizing power supply.

4.Easy to install and relocate.

5.Excellent grounding protection.

 

•Input Voltage: 220V/50Hz or 110V/60Hz

•Output Voltage: AC 4.6KV (JH1101A)

•Power Consumption: 30W

•Operating Temperature: -10℃ to +50℃

•High-Voltage Cable Length: 3 meters

•Compressed Air Pressure: 0.3MPa to 0.8MPa

•Airflow Speed: 3–10 m/s

•Air Consumption: 5 m³/h (at 0.5MPa pressure)

•Ozone Generation: 0.03 PPM

 

 

Test Conditions

•Test Voltage: 1KV to 100V

•Ambient Temperature: 22℃

•Humidity: ≤60%

•Air Pressure: 0.6MPa

•Test Distance: 150mm

 

Neutralization Time Positive: 0.7s Negative: 0.8s

Residual Voltage ≤±35V ≤±35V

 

•All test data is based on results from the ME268A Electrostatic Comprehensive Tester.

•Testing is conducted in accordance with IEC-61340-5-1 A·6.

•Results may vary depending on ambient temperature and humidity.