ST-6

author：http://yw.stickon.com.cn/ date：2023-03-17 browse：99999

ST-6 High Frequency AC Ionizing Air Nozzle
AC small ionizer with built-in subminiature piezoelectric transformer
 
 
 
 
 
Can be matched with a variety of accessories
 
Functional diversity
 
Rod length can be customized
 
Wide blowing surface of blower-shaped nozzle
 
Action principle
 
ST-6 High-Frequency AC Type Ionizing Air Nozzle applies the international advanced technology and adopts
 
small piezoelectric transformer to change the input direct current into high-frequency low-voltage alternating
 
current.
 
The discharge needle made of special alloy material makes the discharge stability and wear resistance of the
 
needle surpass the commonly used metal discharge needle.
 
The discharge needle can be replaced, and ST-6 has built-in electrostatic removing electrode for corona discharge
 
to generate ions.
 

 


 
High frequency nozzle fittings
 
 
 
 
 
Technical parameter
 
 

Model	ST-6
Input power supply	DC+24V±10%
Capacity	2. 4VA
Output voltage	High frequency 3000V
Ionic equilibrium	Under ±15V
Use air pressure	0. 05Mpa ~0. 6Mpa
Air flow	30L/min~ 160L/min
Ozone generation	Under 0.05ppm (input air pressure: 0.02Mpa, measuring distance: 300mm)
Working guarantee temperature	10~ 40℃ (save as -10℃~60℃)
Work guarantee humidity	~ 75% or less, but no condensation (keep it below -90%, no condensation)
Main body size	87X18X50mm (W×H×D) does not include protruding parts
Body weight	72g
Attachment	Enter the power cable

 
Note 1: The measurement was performed using a 150mm, 20pF Charged plate monitor
 
Note 2: The static removal time is the attenuation time from 1000 V to 100 V, and the static removal time is less
 
than <1.5S s.
 
Note 3: The measured distance is 50mm from the flat panel monitor
 
Note 4: Test standards: ANSI/ESD.STM3.1, ANSI/ESD.SP3.3, SJ /T 11446—2013
 
Maintaining  
 
1. Adjustment of electrostatic removal effect
 
①. Static removal effect Static removal time is inversely proportional to air pressure. The air pressure should be
 
0.3Mpa—0.7Mpa.
 
②. The distance and angle between the nozzle head and the electrostatic field all affect the electrostatic effect, so
 
 we should pay attention to debugging until we are satisfied.
 
2. Daily maintenance　　
 
①. Pay attention to anti-collision when using nozzle, and pay attention to anti-falling after use. Even if the nozzle
 
is fixedly installed, care should be taken to prevent objects from colliding.
 
②. Clean the ion needle and ion needle chamber of nozzle with absolute alcohol, but not with water from Tianna. 
 
When cleaning, turn off the power first, then screw off the small plastic cover (also called air accelerator) in front
 
of the nozzle head with a camera, and clean the ion needle and the inner chamber of the ion needle with a cotton
 
 swab dipped in absolute alcohol to clean the internal stains and dirt.
 
③. Timely cleaning and maintenance can not only improve the use effect, but also prolong the service life.
 
 
Product size