K-201A 鐵頭離子風咀
作用原理：
K-201A鐵頭離子風嘴可產生大量的帶有正負電荷的氣流,被壓縮氣高速吹出,可以將物體上所帶的電荷中和掉,當物體表面所帶電荷為負電荷時,它會吸引氣流中的正電荷,當物體表面所帶電荷為正電荷時,它會吸引氣流中的負電荷,從而使物體表面上的靜電被中和,達到消除靜電的目的。
電離器件：
K-201A鐵頭離子風嘴的電離器件在高壓發生器產生的低電流高電壓作用下,形成一個穩定的高強電場,電離空氣形成離子體,由高壓氣流帶出到達物體表面,達到中和靜電和除塵目的,高速的壓縮氣還可將物體上的頑固積塵吹
產品特點：
?中和靜電迅速
?離子氣流覆蓋面積大
?安全感應無電擊
?風咀有良好的接地保護
應用範圍：
硬碟製造、醫藥製造組裝線、電子生產及包裝、LED組裝線、半導體裝配生產線、微處理器等。
技術參數
|
輸入電壓
|
4.6KV
|
|
消耗電流
|
350uA
|
|
重量
|
0.4kg
|
|
高壓線長度
|
3 M
|
|
壓縮空氣壓力
|
50-70psi
|
|
氣流速度
|
10m/sec
|
|
工作氣流壓力
|
40-70 psi
|
|
工作氣流速度
|
10m/sec
|
測試結果
|
測試條件RH：60%
測試溫度：22℃
|
|
測試電壓：1KV-100V
|
|
距離
|
300mm
|
600mm
|
900mm
|
|
中和時間
|
正
|
0.3s
|
0.5s
|
0.9s
|
|
負
|
0.4s
|
0.6s
|
1.0s
|
|
殘餘電壓
|
30V?50V
|
Working Principle:
Ionizing Air Nozzle K-201A can
produce large amounts of air with positive and negative charges, blown out by
compressed air at high speed, can quickly neutralize static charges. When the
surface is negatively charged, it will attract positive charges from the air,
when positively charged, it will attract negative charges, so that the static
charges on the surface of the specific target can be neutralized, thus
eliminating them.
Ionization Device:
Ionization device produces a stable strong
electric field under low current and high voltage generated by the high voltage
supplier, ionizing the air to ions which be brought to the surface of the
target to neutralize the static charges and eliminate the dust.
Application:
Disk drive manufacturing,
Pharmaceutical manufacturing assembly,
Electronics manufacturing and packaging,
LED assembly,
Semi-conductor assembly,
Microprocessor, etc
KPSpecification:
|
Operating Voltage
|
4.6KV
|
|
Current consumption
|
350uA
|
|
Weigh
|
0.4kg
|
|
Current consumption
|
3 M
|
|
Air Pressure
|
50-70psi
|
|
Air velocity
|
10m/sec
|
|
Operating air pressure
|
40-70 psi
|
|
Operating air velocity
|
10m/sec
|
ME408 Decay Test Results:
|
Testing Conditions RH：60%
Temperature ：22℃
|
|
Testing Voltage：1KV-100V
|
|
Distance
|
300mm
|
600mm
|
900mm
|
|
Decay time
|
Positive
|
0.3s
|
0.5s
|
0.9s
|
|
Negative
|
0.4s
|
0.6s
|
1.0s
|
|
Offset Voltage
|
30V?50V
|