Kl2001b high frequency ion air nozzle is a fixed electrostatic device developed and produced by Kali company to eliminate static electricity and dust on the surface of objects. Compressed air is required before use.
Kl2001b high-frequency ion air nozzle applies today's international new technology, using a small high-voltage transformer to change the input DC into high-frequency low-voltage AC, without external high-voltage components and high-voltage wiring, it can easily add different components for different applications. Kp2001b high frequency ion wind nozzle can produce a large amount of air flow with positive and negative charges, which is blown out by compressed gas at high speed, and can neutralize the charges on the object. When the surface of the object is negatively charged, it will attract the positive charge in the air flow. When the surface of the object is positively charged, it will attract the negative charge in the air flow, so that the static electricity on the surface of the object is neutralized to achieve the purpose of eliminating static electricity.
Kl2001b high-frequency ion air nozzles are widely used in mechanical equipment matching, medical device manufacturing, electronic assembly, semiconductor manufacturing and other industries.
1 | The produced ion density is high and the electrostatic removal speed is fast. |
2 | The ion gas flow covers a large area. |
3 | Small size, light weight, easy installation. |
4 | It has the function of indicator light alarm. |
5 | The air nozzles have straight front air outlet with pipe, side air outlet with pipe, straight front air outlet with elbow and straight air outlet without pipe. |
6 | The air nozzle has good grounding protection function. |
Test conditions | ||
humidity:≤60% Test voltage:1KV-100V ambient temperature:22℃ | ||
distance | 300mm | |
just | 0.7s | |
negative | 0.8s | |
Residual voltage | ≤|±15V| |
* The test instrument shall be me268a electrostatic comprehensive tester, and the test result shall prevail.
* Test basis IEC-61340-5-1 A·6。
* The test data will be different due to the surrounding temperature and humidity changes。