The CHUERA-ST022 is built for applications where static electricity needs to be removed from a specific product, component or work area. Unlike fixed ionizing equipment that covers a defined zone, the handheld gun allows the operator to direct ionized airflow exactly where it is needed.
This makes it practical for workstations involving manual assembly, inspection, cleaning and component handling.

The ST022 combines ion generation with compressed-air flow. The airflow helps remove loose particles from the target surface, while the generated ions help neutralize electrostatic charges that can attract dust.
This combination is useful when both static buildup and surface contamination need to be addressed during the same operation.
The handheld gun is shaped for direct manual operation. Its trigger-style structure allows the operator to control the airflow while working around individual components or localized areas.
The compact arrangement also makes it easier to move between different work positions without repositioning a fixed ionizer.
The unit incorporates a dedicated high-pressure air passage for delivering airflow through the ionizing nozzle.
The specified working air pressure is 40–70 psi, with an airflow velocity of more than 10 m/s under the stated specifications.
The standard high-voltage cable length is 3 m, with customization available according to the supplied product information.
A suitable cable length can help accommodate different workstation layouts and installation distances between the power unit and handheld gun.
The ST022 operates at a specified working voltage of 4600V with a consumption current of approximately 200 μA.
The low-current operating design is intended for ion generation while keeping the electrical consumption of the ionizing section relatively limited.
The specified ion balance is 0V ±35V.
Maintaining a balanced ion output is important for static-control applications because the purpose is to neutralize existing charge rather than introduce a significant new charge onto the target.
Under the supplied test conditions, the ST022 achieved a static decay time of 0.8 seconds at a test distance of 150 mm.
The referenced test conditions include an ambient temperature of 22°C, humidity below 65% RH, and a test voltage of ±1 kV to ±10 kV.
Actual performance can vary with distance, airflow conditions, target material, environmental humidity and installation setup.
Model: ST-022
Operating Voltage: 4600V
Consumption Current: 200 μA
Operating Temperature: 0–50°C
High-Voltage Cable: 3 m, customizable
Working Air Pressure: 40–70 psi
Ion Balance: 0V ±35V
Airflow Velocity: >10 m/s
Test Distance: 150 mm
Measured Static Decay Time: 0.8 s under specified test conditions
The CHUERA-ST022 can be used where localized static elimination and particle removal are required.
Typical applications include:
Electronics assembly
PCB and component handling
Precision parts cleaning
ESD-sensitive inspection
Plastic component processing
Optical component handling
Manual production workstations
Packaging and surface preparation
Precision manufacturing areas
For effective use, the ionizing nozzle should be directed toward the surface requiring treatment while maintaining an appropriate working distance.
Compressed-air pressure should remain within the specified operating range. The actual static neutralization result depends on the distance between the nozzle and target, environmental conditions and the characteristics of the material being treated.
Regular cleaning of the ionizing nozzle can also help maintain consistent airflow and ionization performance.
The ST022 is designed for localized static charge neutralization combined with airflow-assisted dust removal.
Yes. It uses a gun-style handheld structure for targeted treatment of components and work surfaces.
The specified operating voltage is 4600V.
The specified working air pressure is 40–70 psi.
The standard cable length is 3 m, and customization is available according to the product specification.
The ion balance is specified as 0V ±35V.
The supplied test data shows a static decay time of 0.8 seconds at a 150 mm test distance under the stated test conditions.
Yes. The high-pressure airflow helps remove loose particles, while ionization helps reduce the electrostatic attraction that can cause dust to remain on surfaces.
The specified operating temperature is 0–50°C.
It is suitable for electronics assembly, precision manufacturing, component handling, inspection and other work areas where localized ESD control is required.
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