ZappⅡ-L
PIEZONIZER Series
![ZappⅡ-L PIEZONIZER Series](https://www.shishido-esd.co.jp/en/wp-content/uploads/sites/2/2019/01/zapp2-l.jpg)
Nozzle type ideal for saving space.
Exhibits superior static elimination effects while reducing the flow rate of air compared to previous models.
- Purpose:
- Semiconductors/Electronic devicesLCD panelsAssembly processesPC board mounting processesInspection processesPrinting, coating processesWrapping/Packaging processesResin moldsFilmsGlassLensesDust, foreign matterParts feedersShort rangeSpace-saving
- Function:
-
Product features
- High performance
Even ultra-low air pressure supply, it keeps high performance ionization to compare with ZappII. - Integrated designed nozzle
The point of ion creation is around the tip of nozzle and easy installation with flexible seamless piping. Available length of piping is 100mm or 200mm. - H.V. alarm function
In case high voltage shut down, alarm LED light and alarm output function with non-signaled contact normally open or normally close use. - Cleaning Check [C.C] function
With detecting the abnormal discharge through the discharge emitter, it shows with C.C alarm LED and it links with signal output as normally open.
![Power supply, signal cable(standard accessories)](/wp/wp-content/uploads/sites/2/2019/01/zapp2_00-en.jpg)
Power supply, signal cable(standard accessories)
Main Application
For small products that it can’t be supplied with high air pressure.
![ZappⅡ-L Application](/wp/wp-content/uploads/sites/2/2019/01/zapp2-l_01-en.jpg)
* Notice: The adjustment of ZappII-L is not same as ZappII, so it cannot use with standard optional nozzles.
Options
ZappII-L exclusive nozzle
![ZappⅡ-L Optional Parts](/wp/wp-content/uploads/sites/2/2019/01/zapp2-l_01-en.gif)
Static Decay Characteristics and Ion Balance
![ZappII Static Decay Characteristics and Ion Balance](/wp/wp-content/uploads/sites/2/2019/01/zapp2-l_02-en.gif)
(Note1) Using □150mm, 20pF charged plated monitor for measurements.
(Note2) Static elimination time equals the decay time ±1000V→±100V.
(Note3) Distance is measured 50mm from the plate monitor.
(Note4) Above data is actual data not for guaranteed.
Specification
Model | Zapp Ⅱ-L |
---|---|
Input power supply | DC+24 V ±10% |
Electric consumption | 2.4 VA |
Output voltage | AC 2,000 V |
Discharge method | High Frequency AC Corona discharge method |
Ion balance | Below ±15V(Distance at 50mm) |
Alarm output | MOS FET Relay, Normally Opened and Closed contact(NO/NC) Maximum current: 100mA, Voltage: Below 30VDC |
Cleaning Check output | MOS FET Relay, Normally Opened contact(NO)(C.C) Maximum current: 100mA, Voltage: Below 30VDC. |
Discharge stop input(HV-OFF) | Discharge off: Short circuit to 0V, Discharge on: Open circuit (remained voltage below0.5V) |
Supplied Air | Clean Dried Air |
Available air pressure | 0.005 ~ 0.1MPa |
Airflow supply | Maximum 50 ℓ/min (ANR) |
Ozone level | Below 0.1ppm(Supplied air: 30 ℓ/min(ANR) at 50mm) *1 |
Guaranteed operating temperature | 10 to 40 ℃ |
Guaranteed operating humidity | 65%RH or less with no condensation |
Main unit dimensions | 87×18×50mm (W×H×D) only body size |
Weight | Approx 78g |
Accompanying items | Manual, Power supply cable(2.5m) Nozzle is optional. |
*1: Under some environment condition, it sometime makes more high level Ozone, we recommend to use ozone-resistant materials around the tip of nozzle.