With its new ionization technology, the ion rod has set a new standard in the industry, and its performance meets the strict requirements of the electronics industry for the residual voltage of the ionizer in the EPA electrostatic discharge protection zone to be less than +35V, the aluminum alloy shell is suitable for use in cleanrooms due to its oxidation resistance and low particle emissions and the light contour of the aluminum color ensures a good visual integration of the clean room.
Features:
Excellent stability, electric and pneumatic separation design
Inductive coupling technology to ensure operator safety
Excellent ion balance, in line with electronic industry standards. below +35V
Low Emissions -Suitable for clean rooms, maintaining the cleanliness of clean rooms
The design of two rows of air vents improves the coverage area of ionic air
Use flame retardant PVC environmental protection material
Easy to install-with angle adjustment bracket
Principle of electrostatic removale
When a high voltage is applied to the ion needle in an alternating current mode, the electric field generated by the ion needle ionizes the surrounding air and ionizes the air into positive and negative ions, which are attracted by ions of opposite polarity to neutralize the static electricity, and the remaining ions quickly disappear into the atmosphere.
Structural design of electrical separation
We all know that the gas entering the ion rod needs to be dried and cleaned to avoid the water vapor and oil in the gas source from enteringthe ion rod, but many times the product failure is caused by the uncleanuse of gas, and the design of electrical separation can effectively solve this problem, and the separate gas path will not affect the electronic part.
Static elimination over long distances
The speed of static elimination depends on the number of ions necessary for the static eliminator to be released to the surface of a live object in a given time. To increase the total number of ions, it is necessary to increase the ion generation capacity (the number of ions generated per unit of time).
Test Instruments: CPM374
Test Voltage:+1000V-±100V Attenuation
Measure distances: 30CM
Operating Air Pressure:0.5Mpa
Measurement environment: humidity 55%, temperature 25°C
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